Made to Measure.
www.cedesa.com.mx
Made to Measure.
2007 Good Will Instrument Co., Ltd.
GENERAL CA TALOG
CEDE S.A.
Componentes Electrónicos y
Dispositivos Especiales s.a. de c.v
Motolinia # 20 Col. Cimatario
cp.76030, Querétaro, México.
Tel.: +52 (442) 212 20 12
Fax: +52 (442) 212 01 06
ventas@cedesa.com.mx
World-Class Quality/Performance
Affordable Price
Wide-Range Selection
After 30 years in the test and measurement industry, GW Instek has just
one story to tell. It starts with our experience creating highly accurate test
equipments, and ends with our deep understanding of the various industries
that depend upon it. Started in 1975, GW Instek designs, manufactures and
markets data acquisition and control instrument for both device and
production/assembly testing.
Think of the word innovation and it's easy to think of R&D. However,
our focus at GW Instek is on another type of innovation. It's innovation
that concentrates on generating value for the end-user, on flexibility,
manageability and efficient performance in real-world test applications.
We call this 'customer-focused' innovation and we believe strongly in it.
Because by listening to our customers around the world, we are able to
participate their needs and respond quickly to market trend. So when one
of them introduces an exciting new technology, GW Instek is ready to test it.
Whether our customers are designing products with the ability to change
people's lives, educating and training the engineers of tomorrow, or
discovering new technologies that solve complex problems, GW Instek can
be trusted to perform reliably and accurately in even the most demanding
test environments. Furthermore, our two manufacturing facilities in Taiwan
and China all adhere to ISO quality and environmental management
standards, as well as European CE safety regulations. That's why we can
say, GW Instek products can be trusted to test.
Our portfolio includes over 150 products across five key lines oscilloscopes,
spectrum analyzer, signal source, power supply, as well as component and
safety testers. Just like our product range, the industries we service are as
diverse as they are specialized. Together, our experience and expertise allow
us to deliver high-performance test solutions that address the unique
requirements of each client. Solutions that are backed by comprehensive
after-sale support, warranty and calibration services, with one of the
industry's best price vs. Performance ratio. Solutions that are
" Made to Measure. "
Welcome to GW Instek.
TABLE OF CONTENTS
COMPANY MISSION & TABLE OF CONTENTS
WORLDWIDE SALES SITES & PRODUCT MIX
MODEL NUMBER INDEX
FUCTIONAL INDEX
NEW PRODUCTS
01 ~ 03
04 ~ 05
06 ~ 08
09 ~ 10
11 ~ 12
OSCILLOSCOPES
OSCILLOSCOPES OVERVIEW
DIGITAL STORAGE OSCILLOSCOPE
REAL-TIME/DIGITAL STORAGE OSCILLOSCOPE
ANALOG OSCILLOSCOPE
PC BASED LOGIC ANALYZER
FAQ FOR OSCILLOSCOPES
A 1~A 2
A 3 ~ A12
A13 ~ A16
A17 ~ A28
A29 ~ A30
A31 ~ A32
SPECTRUM ANALYZERS
SPECTRUM ANALYZERS OVERVIEW
9kHz~3GHz SPECTRUM ANALYZER
9kHz~2.7GHz SPECTRUM ANALYZER
150kHz~1GHz SPECTRUM ANALYZER
FAQ FOR SPECTRUM ANALYZERS
B 1~B 4
B 5 ~ B12
B13 ~ B16
B17 ~ B18
B19 ~ B22
SIGNAL SOURCES
SIGNAL SOURCES OVERVIEW
DDS FUNCTION GENERATOR
ARBITRARY FUNCTION GENERATOR
ANALOG FUNCTION GENERATOR
SPECIFIC APPLICATION SIGNAL SOURCE OVERVIEW
FM/AM SIGNAL GENERATOR
GENERATOR
AUDIO GENERATOR
FAQ FOR SIGNAL SOURCES
C 1
C 2~C 6
C 7~C 8
C 9 ~ C16
C17
C18
C19
C20
C21 ~ C22
POWER SUPPLIES
POWER SUPPLIES OVERVIEW
PROGRAMMABLE LINEAR DC POWER SUPPLY
LINEAR DC POWER SUPPLY
PROGRAMMABLE SWITCHING DC POWER SUPPLY
SWITCHING DC POWER SUPPLY
OTHERS POWER RELATED PRODUCTS OVERVIEW
AC POWER SOURCE
DC ELECTRONIC LOAD
D 1~D 4
D 5 ~ D10
D11~ D18
D19 ~ D22
D23 ~ D24
D25
D26
D27
BASIC T & M INSTRUMENTS
BASIC T & M INSTRUMENTS OVERVIEW
DIGITAL MULTIMETER
COMPONENT TESTERS OVERVIEW
LCR METER
DC MILLI-OHM METER
DIGITAL IC TESTER
FLASH WRITER
SAFETY TESTER OVERVIEW
ELECTRICAL SAFETY TESTER
SPECIFIC APPLICATION T&M INSTRUMENT OVERVIEW
AC POWER METER
CLAMP WATT METER
MINI CLAMP METER
AUTOMATIC DISTORTION METER
AC MILLIVOLT METER
INTELLIGENT COUNTER
DIGITAL FREQUENCY COUNTER
DIGITAL LIGHT METER
HAND HELD LCR METER
LOGIC PROBE & PULSER
FAQ FOR BASIC T & M INSTRUMENTS
E 1
E 2~E 8
E 9 ~ E10
E11 ~ E14
E15 ~ E16
E17
E18
E19
E19 ~ E26
E27
E28
E29
E30
E31
E32
E33
E34
E35
E36
E37
E39 ~ E40
ACCESSORIES
SELECTION GUIDE
ACCESSORIES
03
0-1
0-2~ 0-6
SALES SITES IN THE WORLDWIDE MARKET & MANUFACTURING PLANTS
INSTEK
America Corp.
GW instek Southeast
Asia Sdn. Bhd.
GW instek
Suzhou Plant
GW instek
Shanghai Company
Made to Measure.
GW instek
Headquarters & Plant
Good Will Instrument Co., Ltd.
04
PRODUCT MIX
A. OSCILLOSCOPES
Digital Storage Oscilloscope
Real Time/Digital Storage Oscilloscope
Analog Oscilloscope
Logic Analyzer
B. SPECTRUM ANALYZERS
9kHz~3GHz Spectrum Analyzer
9kHz~2.7GHz Spectrum Analyzer
150kHz~1GHz Spectrum Analyzer
C. SIGNAL SOURCES
Programmable Function Generator
DDS Function Generator
Analog Function Generator
FM/AM Signal Generator
Generator
Audio Generator
D. POWER SUPPLIES
Programmable Linear DC Power Supply
Linear DC Power Supply
Programmable Switching DC Power Supply
Switching DC Power Supply
AC Power Source
DC Electronic Load
E. BASIC T & M INSTRUMENTS
Digital Multimeter
Intelligent Counter
AC Power Meter
05
LCR Meter
Electrical Safety Tester
Milli-Ohm Meter
AC Millivolt Meter
Digital Frequency Counter
Automatic Distortion Meter
MODEL NUMBER INDEX
A
ADP-001
Accessory -- Adaptor BNC(J/F)75� to N(P/M) 50�
0-3
ADP-002
Accessory -- Adaptor SMA(J/F) to N(P/M)
0-3
ADP-101
APS-9102
Accessory -- Adaptor BNC(J/F) 75� to BNC(P/M) 50�
0-3
1kVA A.C. Power Source
D26
APS-9301
300VA A.C. Power Source
D26
APS-9501
500VA A.C. Power Source
ATA-001
Accessory -- BNC Antenna
D26
0-3
ATA-002
Accessory -- Near-field Probe
0-3
Accessory -- 10dB Attenuaror N(J) to N(P)
0-3
ATN-100
GA
GAD-201G
Automatic Distortion Meter
E31
GAG-809
Audio Generator
C20
GAG-810
Audio Generator
Option -- Termination 50 Ohm N(P)
C20
GAK-001
GAK-002
GAP-801
GC
3MHz Function Generator
C13
GFG-8217A
3MHz Function Generator
C13
GFG-8219A
3MHz Function Generator
C13
GFG-8250A
5MHz Function Generator
C13
GFG-8255A
5MHz Function Generator
C13
GHT-105
Accessory -- HV Test Lead
E25
GHT-105A
Accessory -- HV Test Lead
0-5
GHT-106R
E25
GHT-107A
Accessory -- Remote Control Box for GPI-625
Accessory -- HV Test Lead
GHT-108
Accessory -- High Voltage Wiring Cable
E22
GHT-109
Accessory -- Ground Bond Wiring Cable
E22
0-5
GHT-113
Accessory -- Communication Cable
High Voltage Test Pistol
0-5
GKT-001
Accessory -- General Kit Set
0-3
GH
GHT-110
Option -- Cap with Chain N(P)
0-3
0-3
GK
Option -- Pre Amplifier
0-3
GKT-002
GCM-302
Mini Clamp Meter
E30
GCM-303
Mini Clamp Meter
E30
GCP-201
Testing Gripper
GCP-210LC
GCT-630
Accessory -- Probe 60MHz (10:1/1:1)
Ground Continuity Tester
A30
GDM-01
Calibration key
E3
GDM-350A
3 1/2 Hand-Held Digital Multimeter
E7
GDM-356
GDM-394
3 1/2 Hand-Held Digital Multimeter
3 3/4 Hand-Held Digital Multimeter
GDM-395
GDM-396
3 3/4 Slim Pocket Digital Multimeter
3 3/4 Hand-Held Digital Multimeter
E7
E7
E7
E7
GDM-451
4 1/2 Hand-Held Digital Multimeter
E7
GDM-8034
3 1/2 LCD Digital Multimeter
E6
GDM-8135
3 1/2 Digital Multimeter
E5
GDM-8145
4 1/2 Digital Multimeter
E5
GDM-8245
50000 Counts Dual Display Digital Multimeter
E4
GDM-8246
50000 Counts Dual Display Digital Multimeter
E4
GDM-8251
120000 Counts Dual Display Digital Multimeter
E3
GDM-8255
5 1/2 Dual Display Digital Multimeter
E3
GDM-SC1
Scanner card
E3
GDS-806C
60MHz Digital Storage Oscilloscope
A9
GDS-806S
60MHz Digital Storage Oscilloscope
A9
GDS-810C
100MHz Digital Storage Oscilloscope
A9
GDS-810S
100MHz Digital Storage Oscilloscope
A9
GDS-820C
150MHz Digital Storage Oscilloscope
GDS-820S
GD
GFG-8216A
0-2
E26
0-5
Accessory -- CATV Kit Set
0-3
GKT-003
GKT-006
Accessory -- RLB Kit Set
Accessory -- EMI Probe Kit Set
0-3
0-3
GLA-1016
GLA-1032
GLA-1132
16 Channel 200MHz PC Based Logic Analyzer
A29
32 Channel 200MHz PC Based Logic Analyzer
A29
A29
GL
GLF-190C
32 Channel 200MHz PC Based Logic Analyzer
Accessory -- Probe 60MHz (10:1/1:1)
Accessory -- Probe 250MHz (10:1/1:1)
0-2
GLF-250
GLP-1A
Logic Probe & Pulser
A20
E37
GLX-301
Digital Light Meter
E35
GOM-801H
3 1/2 Digital D.C. Milli-Ohm Meter
E16
GOM-802
30000 Counts D.C. Milli-Ohm Meter
E15
GOS-310
10MHz Triggering Oscilloscope
A28
GOS-6030
30MHz Readout Analog Oscilloscope
A23
GOS-6031
30MHz Readout Analog Oscilloscope
A23
GOS-6050
50MHz Readout Analog Oscilloscope
A23
GOS-6051
50MHz Readout Analog Oscilloscope
A23
GOS-6103
100MHz Cursor Readout Analog Oscilloscope
A21
GOS-6103C
100MHz Cursor Readout Analog Oscilloscope
A21
GOS-6112
100MHz Cursor Readout Analog Oscilloscope
A21
GOS-620
20MHz Analog Oscilloscope
A26
GOS-6200
200MHz Cursor Readout Analog Oscilloscope
A19
GOS-620FG
20MHz Analog Oscilloscope + Function Generator
A27
GOS-622G
20MHz Analog Oscilloscope
A26
A9
GOS-635G
35MHz Analog Oscilloscope
A26
150MHz Digital Storage Oscilloscope
A9
GOS-652G
50MHz Analog Oscilloscope
A25
GDS-840C
250MHz Digital Storage Oscilloscope
A9
GOS-653G
50MHz Analog Oscilloscope
A25
GDS-840S
250MHz Digital Storage Oscilloscope
A9
GDS-2062
60MHz Digital Storage Oscilloscope
A5
GDS-2064
60MHz Digital Storage Oscilloscope
A5
GPC-1850D
195W D.C. Power Supply -- LED Display
D18
GDS-2102
100MHz Digital Storage Oscilloscope
A5
GPC-3030D
195W D.C. Power Supply -- LED Display
D18
GDS-2104
100MHz Digital Storage Oscilloscope
A5
GPC-3030DQ
195W D.C. Power Supply -- LED Display
D18
GDS-2202
200MHz Digital Storage Oscilloscope
A5
GPC-3060D
375W D.C. Power Supply -- LED Display
D18
GDS-2204
200MHz Digital Storage Oscilloscope
A5
GPC-6030D
375W D.C. Power Supply -- LED Display
D18
GPG-2A
Logic Pulser
E37
GPI-625
500VA Withstanding Voltage/Insulation Tester
E25
GPI-725A
200VA Electrical Safety Tester -- AC + IR
E21
GPI-735A
200VA Electrical Safety Tester -- AC + DC + IR
E21
GPI-745A
200VA Electrical Safety Tester -- AC+DC+IR+GB
E21
GPI-825
500VA Electrical Safety Tester -- AC + IR
E23
GPI-826
100VA Electrical Safety Tester -- AC + IR
E23
GPM-8212
AC Power Meter
E28
GF
GFC-8010H
120MHz Digital Frequency Counter
E34
GFC-8131H
1.3GHz Intelligent Counter
E33
GFC-8270H
2.7GHz Intelligent Counter
E33
GFG-3015
15MHz Programmable Function Generator
C11
GFG-8015G
2MHz Function Generator
C16
GFG-8020H
2MHz Function Generator
C15
GFG-8215A
3MHz Function Generator
C13
GO
GP
Made to Measure.
Good Will Instrument Co., Ltd.
06
MODEL NUMBER INDEX
GPR-0830HD
240W D.C. Power Supply -- LED Display
D15
GPR-100H05D
500W D.C. Power Supply -- LED Display
D14
GPR-11H30D
330W D.C. Power Supply -- LED Display
D15
GPR-16H50D
800W D.C. Power Supply -- LED Display
D14
GPR-1810HD
180W D.C. Power Supply -- LED Display
D16
GPR-1820HD
360W D.C. Power Supply -- LED Display
D15
GPR-1850HD
900W D.C. Power Supply -- LED Display
D14
GPR-25H30D
750W D.C. Power Supply -- LED Display
D14
GPR-3060D
180W D.C. Power Supply -- LED Display
D16
GPR-30H10D
300W D.C. Power Supply -- LED Display
D15
GPR-3510HD
350W D.C. Power Supply -- LED Display
D15
GPR-3520HD
700W D.C. Power Supply -- LED Display
D14
GPR-35H20D
700W D.C. Power Supply -- LED Display
GTC-001
Instrument Cart 450(W) x 430(D) mm
0-6
GTC-002
Instrument Cart 330(W) x 430(D) mm
0-6
GTL-101
GTL-103
Accessory -- Test Lead BNC-Alligator
Accessory -- Test Lead Banana-Alligator
0-4
GTL-104
Accessory -- Test Lead Current 4A ~ 10A
0-4
GTL-105
Accessory -- Test Lead Current 3A
0-4
GTL-107A
Accessory -- Test Lead
E5
GTL-108A
Accessory -- Test Lead
E15
GTL-110
Accessory -- Test Lead BNC-BNC
0-4
GTL-115
Accessory -- Test Lead for GCT-630, GPI-745A
0-4
GTL-117
Accessory -- Test Lead
E4
D14
GTL-118
GTL-161
Accessory -- Test Lead
Testing Probes
E3
A29
0-5
0-4
GPR-50H15D
750W D.C. Power Supply -- LED Display
D14
GTL-201-A
Ground Wire (Europe Type)
GPR-6015HD
900W D.C. Power Supply -- LED Display
D14
GTL-202
Short Wire (Europe Type)
0-5
GPR-6030D
180W D.C. Power Supply -- LED Display
D16
GTL-203
Accessory -- Test Lead Current 3A (Europe Type)
0-4
GPR-6060D
360W D.C. Power Supply -- LED Display
D15
GTL-204
Accessory -- Test Lead Current 4A ~ 10A (Europe Type)
0-4
GPR-60H15D
900W D.C. Power Supply -- LED Display
D14
GTL-232
Accessory -- RS-232C Cable
0-5
GPR-7510HD
750W D.C. Power Supply -- LED Display
D14
GTL-242
Accessory -- USB Cable
0-5
GPR-7550D
375W D.C. Power Supply -- LED Display
D15
GTL-243
USB Cable,
Cable USB2.0 cable, A-B type, 1.5M
A29
GPS-1830D
54W D.C. Power Supply -- LED Display
D17
GTL-245
GTL-301
Accessory -- USB Cable
Accessory -- RF Cable RG223 N(P) 1000mm
E3
0-3
GPS-1850
90W D.C. Power Supply -- Analog Meter
D17
GTL-302
Accessory -- RF Cable RG223 N(P) 300mm
0-3
GTL-303
GTL-304
GTL-401
GTP-060A
GTP-100A
Accessory -- RF Cable RG316 SMA(P) 600mm
0-3
Accessory -- RF Cable RG223 N(P) ~ N(J) 280mm
Accessory -- DC Power Cord for GSP-827/830
Accessory -- Probe 60MHz (10:1/1:1)
Accessory -- Probe 100MHz (10:1/1:1)
0-3
0-3
0-2
0-2
GTP-150A
Accessory -- Probe 150MHz (10:1/1:1)
0-2
GTP-250A
Accessory -- Probe 250MHz (10:1/1:1)
0-2
GUT-6000A
Digital IC Tester
E17
GUT-6001C
Flash Writer
E18
GUT-6600
Handy Digital IC Tester
E17
GVT-417B
1 Channel AC Millivolt Meter
E32
GVT-427B
2 Channel AC Millivolt Meter
E32
GWM-039
Clamp Watt Meter
E29
HSB-001-1
Option -- Scanner Box for GPT/GPI-700A Series
E22
HSB-001-2
Option -- Scanner Box for GPT/GPI-700A Series
E22
LCR-05
Accessory -- Axial & Radial Test Lead
E14
LCR-06A
Accessory -- Four-Wire Measuring Clip
E14
LCR-07
Accessory -- Two-Wire with Alligator Clips
E14
LCR-08
Accessory -- SMD / Chip Tweezers
E14
LCR-09
Accessory -- SMD / Chip Test Fixture
E14
LCR-12
Measurement Connections
E12
LCR-814
Hand-Held LCR Meter
E36
LCR-816
2kHz High Precision LCR Meter
E13
LCR-817
10kHz High Precision LCR Meter
E13
LCR-819
100kHz High Precision LCR Meter
E13
LCR-821
200kHz High Precision LCR Meter
E13
LCR-826
2kHz High Precision LCR Meter + Handler Interface
E13
LCR-827
10kHz High Precision LCR Meter + Handler Interface
E13
LCR-829
100kHz High Precision LCR Meter + Handler Interface
E13
B13
LCR-8101
1MHz High Precision LCR-Meter
E11
B5
LF-210E
Accessory -- Probe 100MHz (10:1/1:1)
A22
GPS-1850D
90W D.C. Power Supply -- LED Display
D17
GPS-2303
180W D.C. Power Supply -- LED Display
D13
GPS-3030
90W D.C. Power Supply -- Analog Meter
D17
GPS-6010
60W D.C. Power Supply -- Analog Meter
D17
GPS-3030D
90W D.C. Power Supply -- LED Display
D17
GPS-3030DD
90W D.C. Power Supply -- LED Display
D17
GPS-3303
195W D.C. Power Supply -- LED Display
D13
GPS-4251
55W D.C. Power Supply -- LED Display
D13
GPS-4303
200W D.C. Power Supply -- LED Display
D13
GPS-6010D
60W D.C. Power Supply -- LED Display
D17
GPT-705A
200VA Electrical Safety Tester -- AC
E21
GPT-715A
200VA Electrical Safety Tester -- AC + DC
E21
GPT-805
500VA Electrical Safety Tester -- AC
E23
GPT-815
500VA Electrical Safety Tester -- AC + DC
E23
GRA-401
Rack Adapter Panel -- 19", 4U
for PPE/PPS/PPT/PEL/GPC/GPR-M-H Series
0-6
GRA-402
Rack Adapter Panel -- 19", 4U
for LCR-800 Series, GPT/GPI-700A/800 Series
0-6
GRA-403
Rack Adapter Panel -- 19", 4U; for PSH/PSS-Series
0-6
GRA-404
Rack Adapter Panel -- 19", 4U; for GSP-827/830
B6
GRA-405
Rack Adapter Panel -- 19", 4U; for GDS-800/2000 Series
A6
GRA-406
Rack Adapter Panel--19",3U;for HSB-001-1,HSB-001-2
E22
GRA-407
Rack Adapter Panel -- 19", 4U; for PSM/PST-Series
0-6
GRC-1201
Remote Controller for GSG-120/122
C18
GRG-450B
GRS-6032A
RF Generator
C19
30MHz Digital Storage + Analog Oscilloscope
A14
GRS-6052A
50MHz Digital Storage + Analog Oscilloscope
A14
GR
GS
07
GT
GSC-001
Accessory -- Soft Carrying Case for GSP-827/830
GSC-005
GSG-120
GSG-122
GSP-810
GSP-827
Accessory -- Soft Carrying Case for GDS-800/GDS-2000 Series
GSP-830
3GHz Spectrum Analyzer
FM/AM Signal Generator (MONO)
FM/AM Signal Generator (STEREO)
1GHz Spectrum Analyzer
2.7GHz Spectrum Analyzer
B6
A6
C18
C18
B17
GU
GV
GW
H
L
P
PEL-300
300W D.C. Electrionic Load
D27
PPE-3323
Programmable D.C. Power Supply
D7
PPS-3635G
Programmable D.C. Power Supply
D6
PPT-1830G
Programmable D.C. Power Supply
D7
PPT-3615G
Programmable D.C. Power Supply
D7
PSH-1036A
360W Programmable Switching D.C. Power Supply
D21
PSH-1070A
700W Programmable Switching D.C. Power Supply
D21
PSH-10100A
PSH-2018A
1000W Programmable Switching D.C. Power Supply
360W Programmable Switching D.C. Power Supply
D21
D21
PSH-2035A
700W Programmable Switching D.C. Power Supply
D21
PSH-2050A
1000W Programmable Switching D.C. Power Supply
D21
PSH-3610A
360W Programmable Switching D.C. Power Supply
D21
PSH-3620A
720W Programmable Switching D.C. Power Supply
D21
PSH-3630A
1080W Programmable Switching D.C. Power Supply
D21
PSH-6006A
360W Programmable Switching D.C. Power Supply
D21
PSH-6012A
720W Programmable Switching D.C. Power Supply
D21
PSH-6018A
1080W Programmable Switching D.C. Power Supply
D21
PSM-2010
200W Programmable Dual-Range D.C. Power Supply
D10
PSM-3004
200W Programmable Dual-Range D.C. Power Supply
D10
PSM-6003
120W Programmable Dual-Range D.C. Power Supply
D10
PSP-2010
200W Programmable Switching D.C. Power Supply
D22
PSP-405
200W Programmable Switching D.C. Power Supply
D22
PSP-603
210W Programmable Switching D.C. Power Supply
D22
PSS-2005
100W Programmable D.C. Power Supply
D9
PSS-3203
96W Programmable D.C. Power Supply
D9
PST-3201
96W Programmable D.C. Power Supply
D8
PST-3202
158W Programmable D.C. Power Supply
D8
PT-100
Temperature Probe for GOM-802
E15
SFG-1003
3MHz DDS Function Generator
C6
SFG-1013
SFG-2004
3MHz Dual Display DDS Function Generator
C6
4MHz DDS Function Generator
C3
SFG-2007
SFG-2010
7MHz DDS Function Generator
C3
10MHz DDS Function Generator
C3
SFG-2020
SFG-2104
SFG-2107
SFG-2110
20MHz DDS Function Generator
C3
C3
10MHz DDS Function Generator
C3
SFG-2120
SFG-830
SFG-830G
20MHz DDS Function Generator
C3
30MHz Arbitrary Function Generator
30MHz Arbitrary Function Generator with GPIB
C7
C7
SPS-606
360W Switching D.C. Power Supply
D24
SPS-1230
SPS-1820
SPS-2415
360W Switching D.C. Power Supply
360W Switching D.C. Power Supply
360W Switching D.C. Power Supply
D24
D24
D24
SPS-3610
360W Switching D.C. Power Supply
D24
TL-06
SMD Type Measuring Clip
E36
S
T
4MHz DDS Function Generator
7MHz DDS Function Generator
C3
Made to Measure.
Good Will Instrument Co., Ltd.
08
FUCTIONAL INDEX
A
Watt Meter
Accessories
Cable
0-3~0-5
Cap
B6,B14,B18,0-3
DC Power Cord
B6, B14, 0-3
Probe
0-2
Rack Adapter Panel
A6,B6,E20,0-6
Remote Controller
C18,E25
Soft Carrying Case
A6,B6
Test Fixture
E14,E40
Test Lead
0-4~0-5
Electrical Safety Tester
E19~25
Millivolt Meter
E32
Power Meter
E28
Power Source
E26
AC
B6,B14,B18
Distortion Meter, Automatic
E31
E
Electrical Safety Tester
B6,B14, B18,0-3
SMA
B6,B14,B18,0-3
Type N
B6,B14,B18,0-3
AM/FM
Signal Generaor
C2~5,C7,C10~12,C18
Spectrum Analyzer
B1~22
Analog Function Generator
A9~16
Analog Osilloscope
A17~28
Analog Power Supply
D5~18
Analyzer, Spectrum
E19~22
Arbitrary Function Generator
C7
Attenuator
B6,B14,B18,0-3
Audio Generator
C20
Automatic Distortion Meter
E31
C
E21~25
AC + IR + DC
E21~25
AC + IR + DC + GB
E21~22
D27
EEPROM Writer
E18
F
C2~16
Function Generator
Arbitrary
C7
DDS
C2~8
Programmable
C11
E18
Flash Writer
A5~10,C3,C10~15,E33~34
Frequency Counter
G
Digital
E34
Intelligent
E33
Arbitrary Function
C7
Audio
C20
DDS Function
C3~8
Function
C2~16
Programmable Function
C11
Generator
C19
Signal, FM/AM
C18
Tracking
B6,B14,B18
A5~12,B5~16,C8,D6~10,
D21,E11,E15,E21
GPIB
Cable
0-3
RS-232
0-5
USB
A6,A10,B6,0-5
Cap with Chain N(P)
B6,B14,B18,0-3
Clamp Meter, Mini
E29~30
Combi-Scope
A13~16
Component Tester
E1~37
Counter, Frequency
A5~10,C3,C9~13,E33~34
D
Ground Bound
H
Electrical Safety Tester
E21
Ground Continuity Tester
E26
AC
E21~24
DC
E21~23
EPROM Writer
E18
EEPROM Writer
E18
FLASH Writer
B18
Electrical Safety Tester
E19~26
Spectrum Analyzer
B6,B14,B18,0-3
Hi-Pot Tester
I
IC Tester
DC
Electrical Safety Tester
E19~25
Electronic Load
D27
Milli-Ohm Meter
E15~16
Power Supply
09
E21~25
AC + IR
B14
E18
B18,0-3
ARC Detect
E21~25
AC + DC
EMI Filter, Spectrum Analyzer
EPROM Writer
A29,B1~22
Antenna, BNC
AC
Electronic Load
Adapters
BNC
E28~E29
Demodulator
D1~24
Insulation
DDS, Direct Digital Synthesized
C2~8
Digital
Frequency Counter
E33~34
IC Tester
E17
Light Meter
E35
Multimeter
E1~8
Bench Type
E2~6
Dual Display
E4
Hand-Held
E7~8
Bench Type
E11~14
Slim Pocket
Storage Oscilloscope
E7
A3~12
Hand-Held
E36
Handler Interface
E13~14
K
Kits
L
LabVIEW Driver
A5,A9,D10,D21,E4
LCR Meter
Linear Power Supply
D5~18
Power Supply
0-6
Load, Electronic
D27
Scanner Box
E22
Logic Probe & Pulser
E37
Spectrum Analyzer
B6
Logic Analyzer
A29
Real-Time Oscilloscope
A17~28
C9
Real-Time Storage Oscilloscope
A13~16
M
Meter
AC Milli-Volt
E32
Automatic Distortion
E31
Clamp Watt
E29
DC Milli-Ohm
E15~16
Digital Light
E35
Digital Multi
E1~8
LCR
E9~14,E36
Mini Clamp
E30
E32
Milli-Volt Meter, AC
Milli-Ohm Meter, DC
E15~16
Mini Clamp Meter
E30
O
Remote Control
Analog
Analog + Function Generator
Cursor Readout Analog
P
0-2
A17~28
A27
A19~24
Digital Storage
A3~12
Overview
A1~2
Real Time Digital Storage
A13~16
Selection Guide
A2,A4,A13,A18,A32
Software
A8,A12,A14
Power Meter
Power Meter for AC Source
B18
E28~29
Power Supplies
Accessaories
0-4~0-5
AC Sources
D26
DC Sources
D6~24
Electronic Load
D27
Linear DC
D6~18
Multiple Output DC
D7~8,D13,D18
Probe(Test Leads)
0-4~0-5
Programmable DC
D5~10,D19~22
Programmable Dual Range
D10
Programmable Switching DC
D19~22
Selection Guide
D2~D4
Single Output DC
D6,D9~10
Software
D8~10,D21~22
Switching DC
D21~24
Preamplifier
E25
GSG-120/122
C18
Generator
C17
Spectrum Analyzer
B1~22
RF
RS-232
A5~16,B5~18,C6,C9,
D7~10,D21~22,E4,E7,
E11~13,E19,E26
RS-485
E26
Scanner Box
Scanner Card
E20
E3
S
Soft Carrying Case
Oscilloscopes
Accessories
GPI-625
Digital Storage Oscilloscope
A6,0-6
Spectrum Analyzer
B6,0-6
A5,A9,A15,A29,B5,B13,
B17,D8~10,D21~23,E4,E13
Software
B1~22
Spectrum Analyzer
1ppm
B6,B14
AC/DC/Battery
B6,B10,B14
EMI Filter
B14
Kits
B6,B14,B18,0-3
Selection Guide
B4
Switching Power Supply
D19~24
Termination
0-3
Test Fixture
E4,E5,E14~15
T
Test Lead
Tracking Generator
HV
E22~26
BNC
0-3
Alligator
0-4
Banana
0-4,0-5
B6,B14,B18
U
A5~16,A29,E3
USB
Universal Counter
E33~34
Withstanding Voltage
E21~25
W
0-3
Programmable
Function Generator
C7,C11
Power Supply
D6~10,D21~22
Oscilloscope
0-2
Temperature
E15
Digital Storage Oscilloscope
A6, 0-6
Electrical Safety Tester
0-6
LCR Meter
0-6
Probe
R
Rack Adapter Panel
Made to Measure.
Good Will Instrument Co., Ltd.
10
NEW PRODUCTS
A
200MHz/100MHz/60MHz DIGITAL STORAGE OSCILLOSCOPE
* 200/100/60 MHz Bandwidth
* 2 or 4 Input Channels
* 1GSa/s Real-Time and 25GSa/s Equivalent-Time Sampling
* 25k Points Record Length Maximum
* Large 5.6-in TFT Color Display
* USB Host/Device: Support USB Printer and USB Flash Drive
* Battery Operation (optional)
* Color Printout
GDS-2202/2204 (200MHz),GDS-2102/2104 (100MHz),GDS-2062/2064 (60MHz)
A
32/16 CHANNEL 200MHz PC BASED LOGIC ANALYZER
GLA-1016/1032/1132
B
SFG-2120
11
* 32/16 Input Channel
* Time Analysis : Up to 200MHz Internal Sampling Rate
* State Analysis : Up to 100MHz External Input Clock
* Memory Depth : Up to 2Mbits/1Mbits (Half/Full Channels)
* Advanced Trigger : Count, Page, Time Delay and Clock Event Delay
* Data Compression : Up to 255 Times Data Captured
* Enable Qualifier : High/Low Level Enable and Enable Delay Function
* Signal Analyzer : I 2 C , RS-232C Protocol Analyzer and Signal Statistics
* File Export : Signal Data, Operation Setting and Display Image
* Manual Trigger Start Button
* High-Speed Communication : USB 2.0 (1.1 Compatible)
* USB Powered, Without External AC Power
Reference Page A29
3 GHz SPECTRUM ANALYZER
* Low Noise Floor (-117dBm @1GHz, 3k RBW)
* Sequence Programming Functions
* ACPR, OCBW, Channel Power, N-dB Phase Jitter Measurements
* Pass/Fail Test with Limit Line Editing
* 5 Markers with Marker, Peak Functions;10Markers with All Peaks Function
* Split Windows Allowed Separate Settings
* AC/DC/Battery Multi-Mode Power Operation
* USB/RS232/GPIB (Optional) Interface
* 6.4" TFT Color LCD, Resolution: 640x480
* Compact Size, 330(W) x170 (H)x340 (D) mm
* Light Weight of 5.8kg Without Options
* Optional Tracking Generator
* Optional Preamplifier
Reference Page B5~12
GSP-830
C
Reference Page A5~8
20 MHz DDS FUNCTION GENERATOR
* DDS Technology and FPGA Chip Design
* Frequency Range:0.1Hz~20MHz
* High Frequency Accuracy : 20ppm
* High Frequency Stability : 20ppm
* Frequency Resolution :100mHz
* Low Distortion Sine Wave : -55dBc, 0.1Hz ~ 200kHz
* Front Panel Setting Save/Recall with 10 Groups of Setting Memories
* Built-in 9 Digits, 150MHz/High Resolution Counter
* INT/EXT AM/FM Modulation
* LIN/LOG Sweep Mode
Reference Page C3~5
C
20 MHz DDS FUNCTION GENERATOR
* DDS Technology and FPGA Chip Design
* Frequency Range:0.1Hz~20MHz
* High Frequency Accuracy : 20ppm
* High Frequency Stability : 20ppm
* Frequency Resolution :100mHz
* Low Distortion Sine Wave : -55dBc, 0.1Hz ~ 200kHz
* Front Panel Setting Save/Recall with 10 Groups of Setting Memories
SFG-2020
C
Reference Page C3~5
3 MHz DDS FUNCTION GENERATOR
* DDS Technology and FPGA Design
* Frequency Range : 0. 1Hz ~ 3MHz
* High Frequency Accuracy : 20ppm
* High Frequency Stability : 20ppm
* Max. Frequency Resolution : 100 mHz
* Low Distrortion Sine Wave : -55dBc, 0. 1Hz~200 kHz
* Voltage Display ( Only SFG-1013)
SFG-1003/1013
E
199999/120000 COUNTS DUAL DISPLAY DIGITAL MULTIMETER
GDM-8255/8251
E
LCR-8101
Reference Page C6
* GDM-8255 : 199999 Counts Display
GDM-8251 : 120000 Counts Display
* VFD Dual Display
* Auto/Manual Ranging
* 2/4 Wire Resistance Measurement
* Temperature Measurement
* True RMS (AC, AC+DC)
* Selectable Measurement Rate
* Frequency Measurement to 1MHz
* Max./Min., REL, dBm, Compare, Math, Store, Recall, dB
* 16-channel Scanner Card (Option)
Reference Page E3
1MHz HIGH PRECISION LCR METER
* Test Frequency 20Hz ~ 1 MHz
* 6 Digit Measurement Resolution
* DC Resistance Measurement
* Monitoring of DUT Voltage and Current
* 0.1% Basic Measurement Accuracy
* Comprehensive Measurement Functions
* GPIB Interface
* PASS/FAIL Comparator
* Large LCD Display
* Graph Mode ( Optional )
* Intuitive User Interface
* Multi Step Mode
Reference Page E11~12
Made to Measure.
Good Will Instrument Co., Ltd.
12
OSCILLOSCOPES
GW Instek provides an entire series of oscilloscope solution, comprised of four groups: Digital Storage Oscilloscope, Analog
Oscilloscope, Real Time/Digital Storage Oscilloscope, and Logic Analyzer.
Digital Storage Oscilloscope GDS-Series
The frequency bandwidth ranges from the handy 60MHz to the high-class 250MHz. In addition, 1GSa/s realtime sampling rate and
125,000 points memory depth can pick up and hold the complete signal in order to preserve the accuracy. PC interface such as
USB, GPIB, RS-232, and Printer Port are integrated to the panel to satisfy data transmit/save needs.
Analog Oscilloscope GOS-Series
In this digital competition era, the traditional analog oscilloscope surely and continuously plays the role of "observing the precise
waveform" in the test measurement domain. With the frequency ranging from 10MHz to 200MHz, GOS-Series gives the perfect
solution when you need to observe an unmodified signal.
Real Time/Digital Storage Oscilloscope GRS-Series
Who said we cannot satisfy them all? GRS-Series provides you with both preciseness of analog waveform and convenience
of digital data storage. You can stay in between the traditional and the modern age, between analog and digital domain,
obtaining the perfect balance.
Logic Analyzer GLA-Series
As technology has become even more digital-involved, there is increasing demand for Logic Analyzer to detect, analyze, and observe
digital waveforms. GW Instek announces GLA-Series with maximum 32 channels, 200 MHz internal sampling rate, 1M bits of data
memory and advanced trigger settings. It provides engineers and professionals with a mean to adequately handle today's digital
system analysis.
PRODUCTS
Digital Storage Oscilloscope
Real Time/Digital Storage Oscilloscope
Analog Oscilloscope
Logic Analyzer
A1
OSCILLOSCOPES
Oscilloscope Overview
Oscilloscope has been considered to be one of the most widely
used instruments in Electrical T&M field. With an Oscilloscope,
it is possible to understand how an electrical signal changes over
time graphically. In every aspect of electrical application, from
Electronics Electric laboratory, Electrical products R&D,
Manufacturing QA, to After-Sale Service Station, there is a need
for waveform representation by oscilloscope.
With the rapid advancement of electronics technology, oscilloscope
market also shifts from conventional analog oscilloscope, which
displays the electronic waveform thru CRT, toward to digital
storage oscilloscope (DSO). The major functionality of DSO,
converting signal from analog to digital, not only enables the
reservation of testing data but also allows remote control and data
transmission thru interfaces. In spite of these strengths of DSO,
Analog oscilloscope still has irreplaceable prestige when faster
signal update rate and better display resolution are required.
MODEL
BANDWIDTH
Digital
GDS-800 Series
Digital
GRS-6000 Series
Digital &
Analog
GOS-6200
Analog
GOS-6100 Series
Analog
GOS-6000 Series
Analog
GOS-653G/652G
Analog
GOS-635G/622G
Analog
GOS-620/620FG/310
Analog
SAMPLING RATE
GLA-1000 Series
To satisfy various needs of waveform observation in time domain,
GW Instek provides an entire series of oscilloscope solution,
comprised of four groups: Digital Storage Oscilloscope, Analog
Oscilloscope, Real time/Digital Storage Oscilloscope, and Logic
Analyzer.
250MHz 200MHz 150MHz 100MHz 60MHz 50MHz 35MHz 30MHz 20MHz 10MHz
GDS-2000 Series
MODEL
At the same time, there has been growing need for detecting
digital signals which are usually presented by 2 discrete voltage
levels, as distinct from analog signals presented by continuous
voltage. A Logic Analyzer is better suited for digital signal
measurement comparing with Oscilloscope. Furthermore, when
analyzing digital system, it is sometimes mandatory to have
multiple input channel measurement, which is constrained in
Oscilloscope yet more applicable in Logic Analyzer.
250MHz 200MHz 150MHz 100MHz 60MHz 50MHz 35MHz 30MHz 20MHz 10MHz
Digital
Made to Measure.
Good Will Instrument Co., Ltd.
A2
DIGITAL STORAGE OSCILLOSCOPES
Digital Storage Oscilloscope Overview
GW Instek has announced two digital oscilloscope series with
different features and capabilities. While the GDS-800 Series
offers superior long memory depth and equivalent time sampling,
the newly announced GDS-2000 series provides distinguished
fast real-time sampling rate, selection of 2/4 Channel, and
advanced USB Host interface. Before making the decision of
buying a Digital Storage Oscilloscope, it is essential
to understand the terms introducing below.
Real-Time versus Equivalent-Time
The frequency bandwidth of digital oscilloscope differs with
sampling method. There are two types of sampling methods :
Real-Time Sampling(RTS) and Equivalent-Time Sampling(ETS).
The sampling method which the oscilloscope obtains as many
samples as possible from one triggered acquisition is called the
Real-Time Sampling method. The real-time sampling method is
targeted at observing single-shot waveforms, which appear only
once. A waveform is sampled at a constant rate, and the results
are stored in memory & displayed on the LCD screen.
The equivalent time sampling method is used for observing
repetitive waveforms. This method stores a repetitive signal
sample-by-sample in memory based on different trigger points
and displays the signal after reconstructing the original waveform.
This method achieves results equivalent to waveforms digitalized
at a higher frequency than the maximum sampling frequency
using the real-time sampling method, thus achieving a larger
frequency bandwidth which is limited by the analog circuit.
Real Time Sampling
� Tn
T1
T2
Equivalent Time Sampling
Display
Samplin
g
� T Time Co-Relation
to makeDisplay Stable
�� T3
T1
T2
Display
Memory Depth
The number of sampls which the oscilloscope can store is defined
as Memory Depth. The calculation of the memory depth is the
division of sample rate by the capture time desired as shown by
the formula. As indicated, memory length has positive relationship
with sampling rate. With a large memory capacity, in another word,
phenomena can be recorded over a long period.
Memory=
Sample Rate
Sampling Period
GDS-800 Series VS. GDS-2000 Series
For relative slow and repetitive signals, memory depth should be
prior consideration than sampling rate. GDS-800 series has the
long memory length of 125k Points, enables ETS as high as 25GS.
The frequency bandwidth ranges from the handy 60MHz to the
high-class 250MHz. The Equivalent Time Sampling rate of 25GSa/s
and 125,000 points memory depth enable users to pick up and
hold the complete signal with better accuracy. On the other hand,
sampling rate would be the most essential element to observe
A3
single-shot event. GDS-2000 series has the Real-time sampling
of 1GS/s with the bandwidth ranges from 60MHz to 200MHz
and choice of 2/4 channels. It allows the users to observe single
shot waveform better.
Other than the above differences, both models offer
PC interface such as USB, GPIB, RS232, and Printer Port (only
GDS-800 series) to satisfy data transmit/save needs.
DIGITAL STORAGE OSCILLOSCOPE SELECTION GUIDE
MODEL
MAIN FUNCTION
Display
Bandwidth(MHz)
GDS-2202
GDS-2204
GDS-2102
GDS-2104
GDS-2062
GDS-2064
5.6" TFT LCD
Color
5.6" TFT LCD
Color
5.6" TFT LCD
Color
5.6" TFT LCD
Color
5.6" TFT LCD
Color
5.6" TFT LCD
Color
200
200
100
100
60
60
2
4
2
4
2
4
Number of Channel
Record Length
25k Points
25k Points
25k Points
25k Points
25k Points
25k Points
1GSa/s(RTS)
25GSa/s(ETS)
1GSa/s(RTS)
25GSa/s(ETS)
1GSa/s(RTS)
25GSa/s(ETS)
1GSa/s(RTS)
25GSa/s(ETS)
1GSa/s(RTS)
25GSa/s(ETS)
1GSa/s(RTS)
25GSa/s(ETS)
Vertical Resolution
8-bits
8-bits
8-bits
8-bits
8-bits
8-bits
Vertical Sensitivity
2mV/div~5V/div
2mV/div~5V/div
2mV/div~5V/div
2mV/div~5V/div
2mV/div~5V/div
2mV/div~5V/div
Time Base range
1ns/div~10s/div
1ns/div~10s/div
1ns/div~10s/div
1ns/div~10s/div
1ns/div~10s/div
1ns/div~10s/div
Sample Rate
Waveform Memory
24
24
24
24
24
24
Panel Setup Memory
20
20
20
20
20
20
Opt.
Opt.
Opt.
Opt.
Opt.
Opt.
Counter Function
USB Host/USB Device
RS-232C
Go/NoGo Output
GPIB
Battery Power Operation
Power Source
Reference Page
Opt.
Opt.
Opt.
Opt.
Opt.
Opt.
AC 100V~240V
AC 100V~240V
AC 100V~240V
AC 100V~240V
AC 100V~240V
AC 100V~240V
A5~8
A5~8
A5~8
A5~8
A5~8
A5~8
DIGITAL STORAGE OSCILLOSCOPE SELECTION GUIDE
MODEL
MAIN FUNCTION
Display
Bandwidth(MHz)
Number of Channel
GDS-840C
GDS-840S
GDS-820C
GDS-820S
GDS-810C
GDS-810S
GDS-806C
GDS-806S
5.7" LCD
Color
5.7" LCD
Mono
5.7" LCD
Color
5.7" LCD
Mono
5.7" LCD
Color
5.7" LCD
Mono
5.7" LCD
Color
5.7" LCD
Mono
250
250
150
150
100
100
60
60
2
2
2
2
2
2
2
2
Record Length
125k Points/CH 125k Points/CH 125k Points/CH 125k Points/CH 125k Points/CH 125k Points/CH 125k Points/CH 125k Points/CH
Sample Rate
100MSa/s(RTS) 100MSa/s(RTS) 100MSa/s(RTS) 100MSa/s(RTS) 100MSa/s(RTS) 100MSa/s(RTS) 100MSa/s(RTS) 100MSa/s(RTS)
25GSa/s(ETS) 25GSa/s(ETS) 25GSa/s(ETS) 25GSa/s(ETS) 25GSa/s(ETS) 25GSa/s(ETS) 25GSa/s(ETS) 25GSa/s(ETS)
Vertical Resolution
8-bits
8-bits
8-bits
8-bits
8-bits
8-bits
8-bits
8-bits
Vertical Sensitivity
2mV~5V
2mV~5V
2mV~5V
2mV~5V
2mV~5V
2mV~5V
2mV~5V
2mV~5V
Time Base range
1ns~10s/div
1ns~10s/div
1ns~10s/div
1ns~10s/div
1ns~10s/div
1ns~10s/div
1ns~10s/div
1ns~10s/div
Waveform Memory
2
2
2
2
2
2
2
2
Panel Setup Memory
15
15
15
15
15
15
15
15
Opt.
Opt.
Opt.
Opt.
Opt.
Opt.
Opt.
Opt.
Opt.
Opt.
Opt.
Opt.
Opt.
Opt.
Opt.
Opt.
Counter Function
USB Device
RS-232C
Printer Port
Go/NoGo Output
GPIB
Power Source
Reference Page
Opt.
Opt.
Opt.
Opt.
AC 100V~240V AC 100V~240V AC 100V~240V AC 100V~240V AC 100V~240V AC 100V~240V AC 100V~240V AC 100V~240V
A9~12
Note : 1. RTS : Real-Time Sample Rate
A9~12
A9~12
A9~12
A9~12
A9~12
A9~12
A9~12
2. ETS : Equivalent-Time Sample Rate
Made to Measure.
Good Will Instrument Co., Ltd.
A4
200MHz/100MHz/60MHz DIGITAL STORAGE OSCILLOSCOPE
The GDS-2000 Series Digital Storage Oscilloscope comes along with All-In-One design, including
1GSa/s real-time sampling rate, 25k record length , 2 and 4 channel selection , TFT color LCD display ,
USB support on flash drive storage, color printout, and remote control, Battery power operation and
all the powerful Auto-Measurement functions.
GDS-2000 Series
(200/100/60 MHz)
NEW
The GDS-2000 Series, carrying bandwidths of 200MHz, 100MHz and 60MHz and inputs of 2 and 4
channels, makes up a family of 6 members in total. The combination of 1GSa/s real-time sampling
rate (25GSa/s for ET sampling) and 25k points record length of GDS-2000 Series provides the highest
value platform among all equivalent products available in the market today. The 27 Auto Measurement
functions, FFT measurement, Advanced Triggering, 12 Division Horizontal Display, Time Clock,
Frequency Counter, Go/NoGo, Multi-Language Screen Menu, On-Line Help, and Setup Sequence are
all standard features of GDS-2000 Series.
The USB mass storage and programmability, the RS-232C and USB interface included as standard
features, and the battery power operation(optional) available for field applications all together make
GDS-2000 Series a new standard for the main stream DSO market.
FEATURES
SPECIFICATIONS
* 200/100/60 MHz Bandwidth
VERTICAL
Channels
Bandwidth
Rise Time
Sensitivity
Accuracy
Input Coupling
Input Impedance
Polarity
Maximum Input
Waveform Signal Process
Offset Range
* 2 or 4 Input Channels
* 1GSa/s Real-Time and 25GSa/s EquivalentTime Sampling
* 25k Points Record Length Maximum
* Large 5.6-in TFT Color Display
* USB Host/Device: Support USB Printer and
USB Flash Drive
* Battery Operation (optional)
* Color Printout
Bandwidth Limit
TRIGGER
Sources
Modes
Coupling
Sensitivity
EXT TRIGGER (2CH Only)
Range
Sensitivity
Input Impedance
Maximum Input
HORIZONTAL
Range
Modes
Accuracy
Pre-Trigger
Post-Trigger
X-Y MODE
X-Axis Input
Y-Axis Input
Phase Shift
SIGNAL ACQUISITION
GDS-2062/2064
GDS-2102/2104
GDS-2202/2204
2/4
2/4
2/4
DC ~ 60MHz ( 3dB)
DC ~ 100MHz ( 3dB)
DC ~ 200MHz ( 3dB)
3.5ns Approx.
1.75ns Approx.
5.8ns Approx.
2mV/div ~ 5V/div (1-2-5 increments)
(3% x |Readout|+0.05 div x Volts/div+0.8mV)
AC, DC & Ground
1M
2%, ~16pF
Normal & Invert
300V (DC+AC peak), CATII
+,
, FFT
2mV/div ~ 20mV/div : 0.5V ; 50mV/div ~ 200mV/div : 5V
500mV/div ~ 2V/div : 50V ; 5V/div : 300V
20MHz ( 3dB)
CH1 , CH2 , Line , EXT for GDS-2062, GDS-2102, GDS-2202
CH1 , CH2 , CH3, CH4, Line for GDS-2064, GDS-2104, GDS-2204
Auto-Level, AUTO, NORMAL, SINGLE, TV, Edge,
Pulse Width Time-delay(for 2CH model only), Event-delay(for 2CH model only)
AC , DC , LF rej. , HF rej. , Noise rej.
DC ~ 25MHz : Approx. 0.5div or 5mV
25MHz ~ 60/100/200MHz : Approx. 1div or 10mV
15V
DC ~ 30MHz : ~ 50mV ; 30M ~ 60/100/200MHz : ~100mV
1M
2% , ~ 16pF
300V (DC AC peak) , CATII
1ns/div ~ 10s/div (1-2-5 increments); ROLL : 250ms/div ~ 10s/div
MAIN, WINDOW, WINDOW ZOOM, ROLL, SCAN, X-Y
0.01%
20 div maximum
1000 div
Channel 1
Channel 2
3 at 100kHz
1GSa/s maximum
Real-Time Sample Rate
25GSa/s maximum
Equivalent Sample Rate
8 Bits
Vertical Resolution
Record Length
25K Points maximum
Normal, Peak Detect, Average
Acquisition Mode
10ns
Peak Detection
Average
2 , 4 , 8 , 16 , 32 , 64 , 128 , 256
CURSORS AND MEASUREMENT
Voltage Measurement
Time Measurement
Delay Measurement
Cursors Measurement
Auto Counter
Vpp , Vamp , Vavg , Vrms , Vhi , Vlo , Vmax , Vmin , Rise Preshoot/ Overshoot ,
Fall Preshoot/Overshoot
Freq , Period , Rise Time , Fall Time , Positive Width , Negative Width , Duty Cycle
Eight different delay measurement
Voltage difference between cursors ( V) Time difference between cursors ( T)
Resolution : 6 digits
Accuracy : 2%
Signal Source: All available trigger source except the Video trigger mode
CONTROL PANEL FUNCTION
Autoset
Adjust Vertical VOLT/DIV, Horizontal TIME/DIV, and Trigger level automatically
Save Setup
Up to 20 sets of measurement conditions
24 sets of waveform
Save Waveform
A5
Rear Panel
GDS-2000 Series
GRA-405 Rack Adapter Panel
SPECIFICATIONS
DISPLAY
TFT LCD Type
Display Resolution
Display Graticule
Display Brightness
INTERFACE
Go/NoGo Output
RS-232 Interface
GPIB Interface (Option)
USB
POWER SOURCE
Line Voltage Range
Battery Power(Option)
MISCELLANEOUS
Multi-Language Menu
Online Help
Time Clock
ACCESSORIES
5.6 inch
234 (Vertically) x 320 (Horizontally) Dots
8 x 10 divisions ; 8 x 12 divisions (menu off)
Adjustable
Rack Mounting (19", 4U)
5V Maximum/10mA TTL Open Collector Output
DB 9-pin male DTE RS-232 interface
Fully programmable with IEEE 488.2 compliance
USB Host/Device 2.0 full speed supported
AC 100V ~ 240V , 48Hz ~ 63Hz , Auto selection
Battery : 11.1V Li-Ion battery pack
Charge Time : 8 hours (Power ON)
Operating Time : 3 hours , depending on operating condition
GSC-005 Soft Carrying Case
Available
Available
Time and Date, Provide the Date/Time for saved data
Probe-GTP-060A:60MHz x10/x1 Switchable Passive Probe for GDS-2062/2064
Probe-GTP-100A:100MHz x10/x1 Switchable Passive Probe for GDS-2102/2104
Probe-GTP-250A:250MHz x10/x1 Switchable Passive Probe for GDS-2202/2204
User manual
Power cord
DIMENSIONS & WEIGHT
310(W) 142 (H) 254(D)mm, Approx. 4.3kg
ORDERING INFORMATION
GDS-2062
GDS-2064
GDS-2102
GDS-2104
GDS-2202
GDS-2204
Option
60MHz, 2-channel, Color LCD Display DSO
60MHz, 4-channel, Color LCD Display DSO
100MHz, 2-channel, Color LCD Display DSO
100MHz, 4-channel, Color LCD Display DSO
200MHz, 2-channel, Color LCD Display DSO
200MHz, 4-channel, Color LCD Display DSO
Li-Ion Battery Pack
Opt. 01: GPIB Interface
Opt. 02: Battery power operation
( Factory installed, include additional DC Power & Battery charger circuits and Li-lon Battery pack x 2 )
Optional Accessories
GRA-405
GSC-005
GTC-001
GTC-002
GTL-232
GTL-242
Rack Mounting, 19" 4U Type
Soft Carrying Case
Instrument Cart, 450(W) x 430(D) mm (120V Input Socket)
Instrument Cart, 330(W) x 430(D) mm (120V Input Socket)
RS-232C Cable, 9-pin Female to 9-pin Female, Null Modem for Computer, 2000mm
USB Cable, USB 1.1 A-B TYPE CABLE, 4P, 1800mm
Made to Measure.
Good Will Instrument Co., Ltd.
A6
200MHz/100MHz/60MHz DIGITAL STORAGE OSCILLOSCOPE
A.
4CH & 2CH SELECTION
4-channel models have joined the product lineup in addition
to the traditional 2-channel models, doubling the spot range.
All vertical scales of each channel carry a full bandwidth among
the selection of 200MHz , 100MHz and 60MHz , depending
on the model. The flexible solution of channel and bandwidth
B.
1GSa/s REAL-TIME SAMPLING & 25GSa/s EQUIVALENT-TIME SAMPLING
1GSa/s Real-Time Sampling allows you to deal with high frequency
waveform capture in an accurate way. A higher sampling rate
helps to acquire more waveform data in a short period of time.
It is especially useful for the single-shot waveform capture and
observation, as the more the waveform data can be acquired
the better the waveform reconstruction can be done for a
non-repetitive signal. When it comes to the repetitive waveform
C.
group discussion in front of the DSO screen. The bright and
colorful display is extremely necessary when dealing with signal
analysis and comparison of multiple waveforms shown on the
screen at the same time. The TFT Color LCD display of GDS-2000
Series makes the 4 Channel inputs more meaningful.
27 AUTOMATIC MEASUREMENTS
The automatic waveform measurement feature includes 27
frequently used measurement items in three groups: Voltage,
Time ( Frequency ) , and Delay . 10 measurement results
maximum with their continuous updates can be shown on the
screen menu area simultaneously. A snapshot of all time &
A7
capture, the Equivalent-Time Sampling, however, becomes a
better tool than Real-Time Sampling. By acquiring data from
repetitive waveform cycles, the ET Sampling Technology accurately
reconstructs the waveform at the resolution of only 40ps.
GDS-2000 Series performs 25GSa/s sampling rate for the
repetitive waveform acquisition and reconstruction besides its
Real-Time Sampling capability at 1GSa/s rate.
TFT COLOR LCD DISPLAY
In order to guarantee a crisp and clear view in any situation ,
GDS-2000 Series adopts a TFT Color LCD display. With faster
frame update rate compared to STN type of display, TFT panel
reduces the flicker and gives a smooth signal view. In addition,
the wide view angle of TFT LCD facilitates the team work and
D.
combination extends the GDS-2000 Series application range
into various market sectors . The 4 channel applications for
the tests of switching power supply and automotive are typical
examples.
voltage related Auto Measurement readings of a designated
input signal can be displayed on the screen as a very effective way
to get a real-time and overall monitoring on the characteristics of
a signal.
E.
Go/NoGo TESTING
Go/NoGo testing function checks whether the incoming signal
violates the user-defined template. Setting the template is
simply a two-step process. Pick up the reference waveform
from input signal or waveform file and configure the violation
tolerance in reference to the waveform, the Go/NoGo testing
is ready to go. GDS-2000 Series compares the input signal with
F.
ON-LINE HELP AND MULTI-LANGUAGE SUPPORT
To provide a friendly operation environment, GDS-2000 Series
offers On-Line Help through the on-screen manual. Press
"Help" button to get into the On-Line Help mode, then press
any other button to get its instructions on the screen. GDS2000 Series screen menu and the On-Line Help Manual can
G.
template in real time and shows the test result on the screen.
Both the type of violation and the DSO reaction toward violation
can be selected to meet the requirements of various applications.
The violation is indicated either giving a buzzer sound or sending
a control signal to the external device via a BNC terminal on the
rear of the DSO.
be switched among the selections of multiple languages such
as English, Russian, Spanish, Korean, German, Japanese,
Traditional Chinese, Simplified Chinese, etc. This gives a localized
help to the users and offers an easy environment for multicultural
joint-projects.
DATA STORAGE & TRANSFER AND USB PRINTING SUPPORT
USB Printer
GDS-2000
Series
USB
FLASH DRIVE
GDS-2000 Series
RS-232C
PC Remote
Control
GPIB
20 sets of waveform data, 20 sets of panel setup and 4 sets of
reference waveform data can be saved into GDS-2000 Series
internal memory for later recall and display. All the waveform
data, panel setup and the screen image can be saved into or
recalled from a popular Flash Drive via USB Host Port. With
a PC software offered by Good Will Instrument, the GDS-2000
H.
Series waveform data , screen image and the screen record
over a period of time can be transferred to the PC for further
utilization . GDS-2000 Series offers the USB direct printing
support. The color printout of screen image with grayscale
can be done via USB connection to a color printer directly.
BATTERY POWER OPERATION
Li-Ion Battery Pack
The battery power operation feature (optional) extends GDS2000 Series market coverage to the field application areas
where AC power is not available. After fully charged, the two
light-weight battery packs keep GDS-2000 Series running
under normal operation for over 3 hours . The built-in battery
Soft Carrying Case
charger automatically recharges the battery packs whenever
the AC power is connected to the oscilloscope. A soft carrying
case of GDS-2000 Series is available(optional) to accommodate
the field applications.
Made to Measure.
Good Will Instrument Co., Ltd.
A8
250/150/100/60MHz DIGITAL STORAGE OSCILLOSCOPE
GDS-840C/820C/810C/806C
( 250/150/100/60MHz)
GDS-800 Series at 250MHz/150MHz/100MHz/60MHz bandwidth with Color or Monochrome LCD
display, are designed and built to meet the demands of a modern Digital Storage Oscilloscope (DSO)
in the main stream market today. With 125k points memory and 25GSa/s ET sampling rate per channel,
GDS-800 Series provides a good balance of DSO performance in terms of memory length and
sampling speed. The easy-to-remember menu tree, the analog-scope-like front panel design, the
advanced trigger functions of Pulse Width, TV Line, Event and Time-Delay , and the availability of
RS-232C, GPIB, USB and Printer Port, make GDS-800 Series a general purpose product to meet most
of the waveform measurement applications in the market.
FEATURES
* 250/150/100/60MHz Bandwidth With Either
Color or Monochrome LCD Display
* 125k Points Long Memory and 12 Division
Horizontal Display
GDS-840S/820S/810S/806S
( 250/150/100/60MHz)
SPECIFICATIONS
DISPLAY SYSTEM
VERTICAL SYSTEM
* Go/NoGo and Auto Setup Sequence
* FFT Function
* Option 01: GPIB interface
* Option 11: USB interface, Printer Port and
Go/NoGo Output (for GDS-806/810 Series)
GDS-806S
GDS-806C GDS-810S GDS-810C GDS-820S GDS-820C GDS-840S GDS-840C
Display Device
Mono
(320 x 240)
5.7 LCD
Color
(320 x 240)
5.7 LCD
Display Contrast
Waveform Display Graticule
Display Mode
Adjustable
8 10 divisions ( 8 x 12 div, when menu off )
Dot, Vector, Accumulate
Bandwidth
Channels
Vertical Resolution
Vertical Sensitivity
Vertical Accuracy
60MHz ( -3dB )
2
8-Bit
2mV/div ~ 5V/div
3%
Rise Time
5.8ns
Mono
(320 x 240)
5.7 LCD
Color
(320 x 240)
5.7 LCD
100MHz ( -3dB )
3.5ns
Mono
(320 x 240)
5.7 LCD
Color
(320 x 240)
5.7 LCD
Input Coupling
Polarity
Maximum Voltage Between Signal
& Common at Input BNC
Waveform Signal Process
Offset Range
BW Limit
AC, DC, & Ground
Normal & Invert
300V ( DC+AC peak ), CATII
HORIZONTAL
SYSTEM
Time Base Range
Time Base Mode
Time Base Accuracy
Delay Range
1ns/div ~ 10s/div (1-2-5 increments) ; Roll : 250ms/div ~ 10s/div
Main , Window , Window Zoom , Roll , X-Y
0.01%
Pre-trigger : 20 div maximum ; Post-trigger : 1000 div
SIGNAL
ACQUISITION
SYSTEM
Real-Time Sample Rate
Equivalent Sample Rate
Record Length
Peak Detection
Acquisition Mode
Average
100MSa/s maximum on each channel
25GSa/s E.T. maximum on each channel
125k Points/CH
10ns (500ns/div ~ 10s/div)
Sample , Peak Detect , Average
2 , 4 , 8 , 16 , 32 , 64 , 128 , 256
TRIGGER
Trigger Source
Mode
Coupling
CH1 , CH2 , Line , Ext
Auto Level , Auto , Normal , Single , TV , Edge , Pulse Width , Time Delay , Event Delay
AC , DC , HF , LF , Noise Reject
CURSOR &
MEASUREMENT
CH1+CH2 , CH1-CH2 , FFT
2mV/div ~ 50mV/div 0.5V ; 100mV/div ~ 500mV/div
20MHz ( -3dB )
Sensitivity
DC ~ 25MHz 0.5div or 5mV
25MHz~60MHz Approx.
1.5div or 15mV
X-Axis Input / Y-Axis Input
Phase Shift
Auto Voltage Measurement
Auto Time Measurement
Cursor Measurement
Channel 1 / Channel 2
3 at 100kHz
DC ~ 25MHz 0.5div or 5mV
25MHz~100MHz : Approx.
1.5div or 15mV
1M
2% , ~22pF
5V ;
1V/div ~ 5V/div
1.4ns
1M
2% , ~18pF
50V
DC ~ 30MHz Approx. 0.5div
or 5mV; 30MHz~150MHz :
Approx. 1.5div or 15mV
Vpp , Vamp , Vavg , Vrms , Vhi , Vlo , Vmax , Vmin
Freq , Period , Rise Time , Fall Time , Positive Width , Negative Width , Duty Cycle
Voltage difference between cursors ( V) Time difference between cursors ( T)
Frequency difference between cursors ( 1/ T )
Color
(320 x 240)
5.7 LCD
250MHz ( -3dB )
2.3ns
1M
2% , ~18pF
Mono
(320 x 240)
5.7 LCD
150MHz ( -3dB )
Input Impedance
X-Y MODE
A9
* 25GSa/s Sampling Rate for Repetitive Waveforms
* Advanced Trigger : Pulse Width, TV Line, Event
Delay And Time Delay
* Built-In Help Manual, Multi-Language and PC
Software
* Standard Interface :
RS-232C (for GDS-800 Series)
USB, Printer Port, Go/NoGo Output
( for GDS-820/840 Series )
DC ~ 30MHz Approx. 0.5div
or 5mV; 30MHz~150MHz :
Approx. 1.5div or 15mV
150MHz ~ 250MHz : Approx.
2.0div or 20mV
SPECIFICATIONS
FREQUENCY
COUNTER
ADJUSTABLE PROBE
COMPENSATION SIGNAL
EXTERNAL
TRIGGER
Readout Resolution
Frequency Range
Signal Source
Frequency Range
Duty Cycle Range
Range
Sensitivity
Input Impedance
Maximum Input
CONTROL
PANEL
FUNCTION
AutoSet
Save/Recall
Waveform Trace Save/Recall
INTERFACE
Standard
Optional Opt. 01
Optional Opt. 11
GDS-806S
GDS-806C GDS-810S GDS-810C GDS-820S GDS-820C GDS-840S GDS-840C
6 digits
AC Coupled , 20Hz ~ bandwidth ; Resolution : 10Hz
All available trigger source except the Video Trigger mode
1kHz ~ 100kHz , 1kHz/STEP
5% ~ 95%; 5%/STEP
15V
DC ~ 25MHz ~50mV
25MHz ~ 60MHz ~100mV
DC ~ 25MHz ~50mV
25MHz ~ 100MHz ~100mV
1kHz
50%
DC ~ 30MHz ~50mV
30MHz ~ 150MHz ~100mV
1M
2% , ~22pF
300V( DC+ AC peak) , CATII
1M
2% , ~18pF
300V( DC+ AC peak) , CATII
DC ~ 30MHz ~50mV
30MHz ~ 150MHz ~100mV
150MHz ~ 250MHz ~150mV
1M
2% , ~18pF
" Autoset " can adjust vertical ( Volt/div ) , Horizontal ( Sec/div ) and Trigger level automatically
Up to 15 sets of measurement conditions can be saved and recalled
2 sets of waveform can be saved and recalled
RS-232C
RS-232C, USB, Printer Port, Go/NoGo Output
GPIB (Factory Instaled)
USB, Printer Port, Go/NoGo Output (Factory Installed)
POWER SOURCE
100V ~ 240V AC , 47Hz ~ 63Hz , Auto selection
ACCESSORIES
Probe-GTP-060A:60MHz x10/x1 Switchable Passive Probe for GDS-806S/806C
Probe-GTP-100A:100MHz x10/x1 Switchable Passive Probe for GDS-810S/810C
Probe-GTP-150A:250MHz x10/x1 Switchable Passive Probe for GDS-820S/820C
Probe-GTP-250A:250MHz x10/x1 Switchable Passive Probe for GDS-840S/840C
User manual x 1, Power Cord x 1
DIMENSIONS & WEIGHT
310W x 142H x 254D (mm) , Approx. 4.1kg
ORDERING INFORMATION
GDS-806C
GDS-806S
GDS-810C
GDS-810S
Option
GDS-820C
GDS-820S
GDS-840C
GDS-840S
60MHz, 2-channel, Color LCD Display DSO
60MHz, 2-channel, Mono LCD Display DSO
100MHz, 2-channel, Color LCD Display DSO
100MHz, 2-channel, Mono LCD Display DSO
Opt.01: GPIB Interface (Factory Installed)
Optional Accessories
Opt.11: USB Interface, Printer Port, Go/NoGo Output (Factory Installed)
(for GDS-806/810 Series Only))
GRA-405 Rack Mounting (19", 4U)
GSC-005 Soft Carrying Case
GTC-001 Instrument Cart, 450(W) x 430(D) mm (120V Input Socket)
GTC-002 Instrument Cart, 330(W) x 430(D) mm (120V Input Socket)
Note : Only one kind of opt.01 and opt.11 could be selected.
Rear Panel
150MHz, 2-channel, Color LCD Display DSO
150MHz, 2-channel, Mono LCD Display DSO
250MHz, 2-channel, Color LCD Display DSO
250MHz, 2-channel, Mono LCD Display DSO
GTL-110 Test Lead, BNC-BNC Heads
GTL-232 RS-232C Cable, 9-pin Female to 9-pin, Null Modem for Computer
GTL-242 USB1.1 A-B Type Cable, 1800mm
GRA-405 Rack Adapter Panel
Rack Mounting (19", 4U)
GSC-005 Soft Carrying Case
Made to Measure.
Good Will Instrument Co., Ltd.
A10
250MHz/150MHz/100MHz/60MHz DIGITAL STORAGE OSCILLOSCOPE
A.
FFT FUNCTION
FFT Function for AM Signal
FFT Function for Square Waveforms Signal
With FFT function, GDS-800 Series could easily transform the signal
display from time domain into frequency domain. Most remarkably,
GDS-800 Series is able to display a signal by the forms of both time
domain and frequency domain at the same time. The cursors under
B.
25GSa/s ET SAMPLING RATE AND 125k MEMORY
The encoded signal from a car-door
remote controller
The same signal is acquired at
2500 points record length only
GDS-806/810/820/840 Series, with its superior sampling rate up to
25GSa/s, provides 40ps point to point resolution for repetitive
waveform display. With 125k points long memory,
GDS-806/810/820/840 Series gives higher or equal sampling rate and
longer record length for the transient signal under test.
C.
In general, the longer memory a DSO has the higher sampling rate
it performs under the same time base setting. This is among
the reasons that GDS-800 Series could always give a better waveform
display than the GDS-800 Series that only has a short memory.
The extra 12 division horizontal display
The on-screen menu of a DSO gives the convenience of operation,
but it also limits the screen space of waveform display. GDS-806/
810/820/840 Series offers you with the alternative to view the
waveform with 12 divisions when the on-screen menu is not in use.
At a press of a button, the screen is available for 12-division waveform
display. Press the button again, and you have the display back to
normal. It is a very useful feature when you expect to view a longer
portion of the signal under test.
FREQUENCY ADJUSTABLE PROBE CALIBRATION SIGNAL
Frequency at 1kHz,
Duty Cycle at 50%
Frequency at 1kHz, Duty Cycle at 30%
(for GDS-806/810 Series only)
The probe calibration signal is frequency adjustable from1kHz to
100kHz with 1kHz per step, and duty cycle adjustable from 5% to
95% with 5% per step. This probe calibration signal is provided
A11
The same signal is acquired at
a total 125000 points record length
12 DIVISION HORIZONTAL DISPLAY
The conventional 10 division
horizontal display
D.
FFT mode are used to indicate the values of frequency and voltage, and
the relative values of frequency and voltage of the signal
components. All these measurement readings could be shown on the
screen simultaneously.
Frequency at 1kHz, Duty Cycle at 80%
(for GDS-806/810 Series only)
mainly for the accurate adjustment of probe compensation, but is also
adequate to be used as a signal source for teaching and basic testing.
(This function is only available for GDS-806/810 Series)
E.
15 Auto Measurements and Simultaneous
Displaying 10 Auto-Measurement
data simultaneously
T/
V Cursors
Operating vertical and horizontal
Cursor measurements simultaneously
The 15 Auto Measurement functions of GDS-806/810/820/840 Series
enables you to get the most frequently tested parameters easily.
GDS-800 Series is able to display 10 auto measurement data on the
F.
ADVANCED TRIGGER FUNCTIONS
Video signal trigger
Pulse Width Trigger
GDS-800 Series provides advanced trigger features such as TV line
trigger , video trigger, pulse width trigger, event delay trigger and time
delay trigger, which could only be found in a higher-end GDS-800
G.
screen for two channels at one shot. At a glance, you get all your
measurements results immediately.
Series. The advanced trigger capability of GDS-800 Series makes the
waveform capture in a broad range of applications possible.
ON-SCREEN HELP MANUAL
H.
Auto Set-Up Sequence
"Real-Time" On-Screen Help Manual
On-Screen Help Manual allows you to get the real-time help whenever
you need to know the details of the function of any operation key.
Press the "Help" key first, then press any other function key on the
front panel, you will get the On-Screen Help Manual for that specific
function key you just pressed.
I.
AUTO SET-UP SEQUENCE
Auto Set-Up Sequence enables the testing engineers to carry out
ATE test without software programming. After programmed with a
sequence of front panel Set-Ups, GDS-800 Series starts to perform
the measurements step by step according to the sequence of front
panel Set-Ups until it completes the whole cycle of ATE test. The
ATE test cycle on GDS-800 Series could be programmed to repeat
continually by a number of times as you wish.
VERSATILE INTERFACE
Ext VGA
Projector Monitor
USB 2.0
Full Speed
• ••
USB Interface for Video Output
Waveform real-time Monitoring via USB Interface
GDS-800 Series provides various kinds
of interface, including RS-232C, GPIB,
USB, and printer port. With a software
available for USB communication, GDS800 Series enables you to view nearly
synchronous waveform displays on
both PC screen and the GDS-800 Series.
Waveform Captured via RS-232C
or GPIB Interface
125000 Points Acquisition Memory can be Transferred
to a Personal Computer
Made to Measure.
Good Will Instrument Co., Ltd.
A12
REAL-TIME / DIGITAL STORAGE OSCILLOSCOPES
Real-Time/Digital
Storage
Oscilloscope
Overview
Real Time/Digital Storage
Oscilloscope
GRS-Series
When fast update rate, original representation of signals, and
waveform storage & editing are required, the Real-Time/Digital
Storage Oscilloscope will be the only choice. In conjunction of
both analog and digital storage features in one product, the
Real-Time/Digital Storage Oscilloscope enables professionals
to switch from analog to digital mode in one touch.
GW Instek offers the Real Time/Digital Storage Oscilloscope,
GRS-Series, which delivers both preciseness of analog waveform
and convenience of digital data storage. RS-232C Interface
and the free Remote Control Software enable the functions of
monitoring, remote controlling, as well as waveform storage in
PC. Professionals now can stay in between the traditional and
the modern age, between analog and digital domain, obtaining
the perfect balance.
Numerous functions as Average, Pre-Trigger, Roll mode, Peak
Detect, Envelop, Persistence, and X-Y mode are avilable to fit
in various measurement applications.
A/D
Input
Acquistion
Memory
�P
D/A
Delay
Line
VERT.
AMP
Display
AMP
Trigger
HORIZ.
AMP
REAL-TIME / DIGITAL STORAGE OSCILLOSCOPE SELECTION GUIDE
MODEL
GRS-6052A
GRS-6032A
6" CRT
6" CRT
Bandwidth(MHz)
50
30
Number of Channel
2
2
2k Words/CH
2k Words/CH
100MSa/s
500MSa/s
100MSa/s
500MSa/s
Vertical Resolution
8-bits
8-bits
Vertical Sensitivity
1mV~20V
1mV~20V
Time Base range
0.2 s~100s/div
0.2 s~100s/div
Waveform Memory
10
10
Panel Setup Memory
10
10
AC 100/120/230 V
AC 100/120/230V
A14~16
A14~16
MAIN FUNCTION
Display
Record Length
Real-Time Sample Rate
Equivalent-Time Sample Rate
RS-232C
Power Source
Reference Page
A13
50MHz/30MHz REAL-TIME/DIGITAL STORAGE OSCILLOSCOPE
The GRS-6000 Series is a Real-Time/Digital Storage Oscilloscope, which provides both analog
and digital storage features in one product. When original signals are correctly represented
and fast updated, the GRS-6000 series also makes the waveform storage possible at the same
time. With Equivalent Time Sampling at 500MSa/s, the GRS-6000 Series is capable of
reconstructing repetitive waveforms up to 50MHz/30MHz in an accurate and detailed fashion.
The waveform storage could be done at just a press of the RUN-STOP button, or through
Single Trigger mode to capture the single-shot event. 10 Reference Waveforms could be saved
and recalled for waveform comparison. Numerous functions as Average, Pre-Trigger, Roll mode,
Peak Detect, Envelop, Persistence, and X-Y mode are available to fit in various measurement
applications. RS-232C Interface and the free Remote Control Software enable the functions of
monitoring, remote controlling, as well as waveform storage in PC.
GRS-6052A(50MHz)
GRS-6032A(30MHz)
ANALOG + DIGITAL STORAGE
GRS-6000 Sries real time and digital storage oscilloscope provides both analog and digital storage features in one product. It is extremely useful for
The applications, which need real time measurements under analog mode and waveform storage functions under digital storage mode.
500MSa/s ET Sampling With Equivalent Time Sampling ( ET Sampling ) technique, GRS-6052/6032, running at 500MSa/s sampling speed max., are
able to reconstruct repetitive waveforms up to 50MHz/30MHz in an accurate and detailed fashion.
DIGITAL STORAGE
The waveform storage could be done at just a press of the"RUN-STOP" button , or through Single Trigger mode to capture the single-shot event.
10 Reference Waveforms could be saved and recalled for waveform comparison. The "Average" function, "Pre-Trigger" function, Roll mode, and X-Y mode
are available to fit in various measurement applications.
Pre-Trigger
GRS-6000 Series provide Pre-Trigger function, which
allows user to observe Pre-Trigger waveform up to
10 divisions ahead of the trigger point.
ROLL Mode
ALT-MAG
The low-speed transient event of the input signal
could be viewed easily under ROLL Mode. The waveform
will roll on from right to the left to show the updated
input signal all the time.
With ALT-MAG function, the user could expand the
waveforms by 5, 10, or 20 times for a more detailed
waveform observation. Both original waveforms and
expanded waveforms could be shown on the screen
at the same time.
RS-232 AND REMOTE CONTROL SOFTWARE
Through RS-232C Interface and the Remote Control Software,
the waveform on the oscilloscope screen could be displayed and
updated on the PC screen.
Remote Control Software
The graphic user interface provides a friendly environment for
an user to do his remote control jobs on the PC easily.
The waveform data could be converted into BMP, PCX, TIFF,
PNG, or JPEG file for documentation.
Made to Measure.
Good Will Instrument Co., Ltd.
A14
50MHz/30MHz REAL-TIME/DIGITAL STORAGE OSCILLOSCOPE
GRS-6052A/6032A
FEATURES
* GRS-6052A : DC~50MHz Bandwidth,
100MSa/s, 2kW/CH x 2
GRS-6032A : DC~30MHz Bandwidth,
100MSa/s, 2kW/CH x 2
* Equivalent Time Sampling of 500MSa/s max.
* Acquire Mode : Peak Detect, Envelop,
Persistence
* Pre-Trigger Function 0 ~ 10 div
* ROLL Mode to 100s/div
* Waveform SAVE/RECALL 10 sets (REF0~REF9)
* Averaging Function (2 ~ 256)
* Smoothing Function ON/OFF
* Max. Sweep Rate 10ns/div
* ALT-MAG Function (x5, x10, x20)
* Cursor Readout Function: V, T,1/ T
* Panel Setting SAVE/RECALL 10 sets (M0~M9)
* VERT Mode Triggering
* RS-232C Interface
SPECIFICATIONS
CRT
Type and Acceleration 6-inch CRT , 10kV
Front panel control
ILLUM
Z-axis Input
Sensitivity : at least 5V
Polarity : positive going input
decrease intensity
Max. input voltage:30V(DC+ACpk)
Input Impedance :approx. 33k
VERTICAL SYSTEM
Deflection Coefficient 1mV ~ 2mV/div 5%,
and Accuracy
5mV ~ 20V/div 3%,
14 steps in 1-2-5 sequence
Variable Continuously 2.5 : 1 ~ min. 50V/div
Bandwidth (-3dB)
1mV ~ 2mV/div: DC~7MHz
5mV ~ 20V/div: DC~50MHz
CH1, CH2, DUAL (ALT or CHOP)
Vertical Mode
Chopper Frequency
Approx. 250kHz
Sum or Difference
CH1+CH2, CH1-CH2
CH2
Invert
1M
2%//approx. 25pF
Input Impedance
AC, DC, GND
Input Coupling
Max. 400V(DC+ACpeak)
Input Voltage
GRS-6032A
30MHz, 100MSa/s, 500MSa/s (ETS)
6-inch CRT , 2kV
Front panel control
Sensitivity : at least 5V
Polarity : positive going input
decrease intensity
Max. input voltage:30V(DC+ACpk)
Input Impedance :approx. 47k
1mV ~ 2mV/div 5%,
5mV ~ 20V/div 3%,
14 steps in 1-2-5 sequence
2.5 : 1 ~ min. 50V/div
1mV ~ 20mV/div: DC~7MHz
5mV ~ 20V/div: DC~30MHz
CH1, CH2, DUAL (ALT or CHOP)
Approx. 250kHz
CH1+CH2, CH1-CH2
CH2
1M
2%//approx. 25pF
AC, DC, GND
Max. 400V(DC+ACpeak)
HORIZONTAL SYSTEM
Sweep Time
Variable Continuously
Accuracy
Sweep Magnification
Max. Sweep Time
ALT-MAG Function
HOLD-OFF Time
TRIGGER
Trigger Mode
Trigger Source
Trigger Coupling
Trigger Slope
ALT Trigger
Indicator Trigger LED
TV Sync. Separator
Trigger Sensitivity
External Trigger Input
X-Y OPERATION
Input
Sensitivity
Bandwidth
X-Y Phase Shift
DIGITAL STORAGE
Acquisition Digitizer
Max. Sampling Rate
A15
GRS-6052A
50MHz, 100MSa/s, 500MSa/s (ETS)
0.2 s/div ~ 0.5s/div, 20 steps
2.5 : 1 up to 1.25s/div (uncal.)
3%, 5% at x5/ x10MAG.
8% at x 20MAG
x5, x10, x20
20ns/div (10ns/div uncal)
Yes
Variable
0.2 s/div ~ 0.5s/div, 20 steps
2.5 : 1 up to 1.25s/DIV (uncal.)
3%, 5% at x5/ x10MAG.
8% at x 20MAG
x5, x10, x20
50ns/div (10ns~40ns/div uncal)
Yes
Variable
AUTO, NORM, TV
VERT, CH1, CH2, LINE, EXT
AC, HFR, LFR
+ or - polarity
Yes
Yes
TV-V(-), TV-H(-)
AUTO, NORM, TV
VERT, CH1, CH2, LINE, EXT
AC, HFR, LFR
+ or - polarity
Yes
Yes
TV-V(-), TV-H(-)
20Hz ~ 5MHz
5MHz ~ 40MHz
GRS-6052A
20Hz ~ 2MHz
2MHz ~ 20MHz
GRS-6032A
CH1, CH2
0.5 div
1.5 div
VERT-MODE
2.0 div
3.0 div
EXT
200mV
800mV
TV sync. pulse more than 1 DIV or 200mV (EXT)
Input impedance :Approx. 1M //25pF (AC coupling)
Max. input voltage :400V (DC + AC peak)
X-axis : CH1 ; Y-axis : CH2
1mV/div ~ 20V/div
X-axis : DC ~ 500kHz (-3dB)
<3 from DC ~ 50kHz
40MHz ~ 50MHz
20MHz ~ 30MHz
2.0 div
3.5 div
1V
X-axis : CH1 ; Y-axis : CH2
1mV/div ~ 20V/div
X-axis : DC ~ 500kHz (-3dB)
<3 from DC ~ 50kHz
8 bit ADC x 2
8 bit ADC x 2
500MSa/s for equivalent time sampling 500MSa/s for equivalent time sampling
100MSa/s for normal sampling
100MSa/s for normal sampling
Rear Panel
SPECIFICATIONS
Storage Bandwidth
Single shot: DC ~ 25MHz
Repetitive: DC ~50MHz
5div
Dynamic Range
Memory Length
Acquisition Memory 2k words/CH x 2, 1k words/CH(equivalent)
1k words/CH x 10 with back-up memory
Save REF Memory
(REF0~REF9)
1k words/CH x 4 waveform(max.)
Display Memory
Equivalent: 0.2 s/div ~ 0.5 s/div
Sweep Time
Normal Sample: 1 s/div ~ 0.1s/div
Roll: 0.2s/div ~ 100s/div
Sweep Magnification x 5, x 10, x 20
10ns/div
Max.Sweep Time
DOTS, LINEAR
MAG Interpolation
Yes
ALT-MAG Function
Sample, Peak detect(>25ns), Envelop.
Acquire Mode
Persist, Average(2~256)
Auto, Norm, Single, Single-roll, Roll,
Operation Mode
X-Y, Run/Stop
Dot joint ON/OFF selectable
Smoothing Function
Pre-trigger 0 ~10div in 0.02div steps
Pre-Trigger
X-axis: CH1 Y-axis: CH2
X-Y Operation
DC~50MHz(-3dB)
Storage Bandwidth
H: 100points/div; V: 25points/div;
Display Resolution
X-Y: 25 x 25 points/div
Waveform SAVE/RECALL 10 sets(REF0~REF9)
Panel Setting SAVE/RECALL 10 sets(M0 ~M9)
Single shot: DC ~ 25MHz
Repetitive: DC ~30MHz
5div
2k words/CH x 2, 1k words/CH(equivalent)
1k words/CH x 10 with back-up memory
(REF0~REF9)
1k words/CH x 4 waveform(max.)
Equivalent: 0.2 s/div ~ 0.5 s/div
Normal Sample: 1 s/div ~ 0.1s/div
Roll: 0.2s/div ~ 100s/div
x 5, x 10, x 20
10ns/div
DOTS, LINEAR
Yes
Sample, Peak detect(>25ns), Envelop.
Persist, Average(2~256)
Auto, Norm, Single, Single-roll, Roll, X-Y,
Run/Stop
Dot joint ON/OFF selectable
Pre-trigger 0 ~10DIV in 0.02div steps
X-axis: CH1 Y-axis: CH2
DC~30MHz(-3dB)
H: 100points/DIV; V: 25points/div;
X-Y: 25 x 25 points/div
10 sets(REF0~REF9)
10 sets(M0 ~M9)
READOUT & CURSOR
V, T, 1/ T
V, T, 1/ T
Cursor Measurement
Adjustable
Adjustable
Readout Intensity
OUTPUT SIGNAL
CH1 Signal Output
Voltage : approx. 20mV/div (with 50 terminated) ; Bandwidth : 50Hz ~ 5MHz
Calibrator Output
Voltage : 0.5V 3% ; Frequency : approx. 1kHz, square wave
INTERFACE
RS-232C
POWER SOURCE
AC 100V/120V/230V 10%, 50/60Hz
ACCESSORIES
User manual x 1, Power cord x 1, GLF-190C Probes (10:1/1:1) x 2
DIMENSIONS & WEIGHT
275(W) x 130(H) x 370(D) mm; Approx. 8.5kg
ORDERING INFORMATION
GRS-6052A 50MHz Digital Storage + Analog Oscilloscope
GRS-6032A 30MHz Digital Storage + Analog Oscilloscope
DIGITAL MODE FUNCTIONS
Pre-Trigger
GRS-6000 Series provide Pre-Trigger function, which
allows user to observe Pre-Trigger waveform up to
10 divisions ahead of the trigger point.
ROLL Mode
The low-speed transient event of the input signal
could be viewed easily under ROLL Mode. The waveform
will roll on from right to the left to show the updated
input signal all the time.
ALT-MAG
With ALT-MAG function, the user could expand the
waveforms by 5, 10, or 20 times for a more detailed
waveform observation. Both original waveforms
and expanded waveforms could be shown on the
screen at the same time.
Optional Accessories
GTC-001 Instrument Cart, 450(W) x 430(D)mm (120V Input Socket)
GTC-002 Instrument Cart, 330(W) x 430(D)mm (120V Input Socket)
GTL-232 RS232C Cable,9-pin Female to 9-pin,Null Modem for PC
Made to Measure.
Good Will Instrument Co., Ltd.
A16
ANALOG OSCILLOSCOPES
Analog Oscilloscope Overview
In this digital competition era, the traditional analog oscilloscope
surely and continuously plays the role of "observing the precise
waveform" in the test measurement domain. An analog oscilloscope
draws waveforms on its display by deflecting an electron beam which
sweeps across the screen horizontally. The beam is vertically deflected
in proportion to the applied voltage, reproducing the shape of the
target trace.
The immediate representation of waveform results to faster update
rate, thus there is fewer risk of missing any signal when using analog
oscilloscopes. Moreover, the original intensity of the waveform can be
observed thru the CRT of analog oscilloscopes. This qualification is
considered to be essential in some application areas, such as Video
or TV industry. Analog Oscilloscope has no trouble in aliasing and
point interpolation as well. For those reasons, in spite of some
imperfection of Analog Oscilloscope, such as shortage of storage &
analysis capability, lack of PRE-POST trigger information, and
limitation of high frequency, Analog Oscilloscope still is preferred by
some professionals.
GW Instek has announced a complete series of Analog Oscilloscopes,
GOS-Series, ranges from 10MHz to 200MHz. Some of the modern
features, such as AUTO Set, Timebase AUTO range, Panel Set-up
Memory, Cursor Numerical Readout, have been embedded into the
GOS series. GOS series gives the perfect solution when you need to
observe an unmodified signal.
ANALOG OSCILLOSCOPE SELECTION GUIDE
MAIN
FUNCTION
MODEL
Bandwidth(MHz)
No. of Channel
GOS-6200
GOS-6103C
GOS-6103
GOS-6112
GOS-6051
GOS-6050
200
100
100
100
50
50
50
50
2
2
2
2
2
2
2
2
10ns
10ns
Cursor Readout
GOS-653G GOS-652G
1
Delayed(B) Sweep
Max. Sweep S/div
10ns 2
2ns
5ns
5ns
5ns
10ns 2
6-inch
6-inch
6-inch
6-inch
6-inch
6-inch
6-inch
6-inch
Power Source
AC100/
120/230
10%
AC100/
120/230
10%
AC100/
120/230
10%
AC100/
120/230
10%
AC100/
120/230
10%
AC100/
120/230
10%
AC100/
120/220
/230
10%
AC100/
120/220
/230
10%
Reference Page
A19~20
A21~22
A21~22
A21~22
A23~24
A23~24
A25
A25
Counter Function
AUTO Set
Timebase AUTO Range
ALT Trigger
Panel Set-up Memory
Function Gen.
CRT Type
A17
ANALOG OSCILLOSCOPE SELECTION GUIDE
MODEL
GOS-635G
GOS-6031
GOS-6030
GOS-622G
GOS-620
GOS-620FG
GOS-310
Bandwidth(MHz)
35
30
30
20
20
20
10
No. of Channel
2
2
2
2
2
2
1
MAIN
FUNCTION
Cursor Readout
1
Delayed(B) Sweep
Max. Sweep S/div
10ns
10ns 3
10ns 3
10ns
20ns
20ns
0.1 s
CRT Type
6-inch
6-inch
6-inch
6-inch
6-inch
6-inch
75mm
Power Source
AC100/
120/220
/230
10%
AC100/
120/230
10%
AC100/
120/230
10%
AC100/
120/220
/230
10%
AC115/
/230
15%
AC115/
/230
15%
AC115/
220/230
10%
A26
A23~24
A23~24
A26
A26
A27
A28
Counter Function
AUTO Set
Timebase AUTO Range
ALT Trigger
Panel Set-up Memory
Function Gen.
Reference Page
Note: 1 Only Provide CRT Readout.
2 10nS/div Uncalibrated.
3 10nS/div~40nS/div Uncalibrated.
Made to Measure.
Good Will Instrument Co., Ltd.
A18
200MHz CURSOR READOUT ANALOG OSCILLOSCOPE
The GOS-6200 Analog Oscilloscope satisfies the massive needs in diverse professional applications
up to 200MHz bandwidth. Embedded with Delay Sweep and Hold Off features, the GOS-6200 is
capable of measuring sophisticated signals. The Cursor Readout with 7 measurements, Panel
Setup Save/Recall, and the built-in 6 Digit Universal Counter all make waveform observation
and measurement easier, faster and more accurate. The advanced Time Base Auto Range function
, acquired the waveform at the pushbutton convenience, and counter function are the extra benefits
available in GOS-6200.
GOS-6200 (200MHz)
FEATURES
* 200MHz Bandwidth, Dual Channel, Delayed
Sweep
* Auto Set
* Built-in 6 Digits Counter
* Cursor Readout with 7 Measurements
* 10 Sets Memory for Front Panel Setting Save
& Recall
* TV-Line Selection (NTSC, PAL, SECAM)
* Panel Setup Lock of Digital-Control Functions
* Buzzer Alarm
* LED Indicators
* Trigger Signal Output
* Z-axis Modulation Input
* SMD Technology, High Stability and Reliability
SPECIFICATIONS
CRT
Type
Accelerating Potential
Illumination
Z-axis input
VERTICAL SYSTEM
Sensitivity
Sensitivity Accuracy
Vernier Vertical Sensitivity
Bandwidth(-3dB)
Rise Time
Signal Delay
Max. Input Voltage
Input Coupling
Input Impedance
Vertical Mode
Bandwidth Limited
Common-Mode Rejection Ratio
Dynamic Range
6-inch rectangular type with internal graticule; 0%, 10%, 90% and 100% markers
8 x 10 div (1 div = 1 cm)
14 kV approx.
Continuously adjustable
Coupling : DC
Sensitivity: 5V or more
Maximum input voltage : 30V (DC + AC peak) at 1kHz or less
Bandwidth : DC ~ 5 MHz
2mV~5V/div, 11 step in 1-2-5 sequence
_ 3% (5div at the center of display)
<
Continuously variable to 1/2.5 or less of panel-indicate value
DC~200MHz (5mV/div:DC~150MHz) ; (2mV/div:DC~20MHz)
1.75ns (5mV/div:2.33ns) ; (2mV/div:17.5ns)
Leading edge can be monitored
400V(DC+AC peak) at 1kHz or less
AC, DC, GND
1M +
_ 2% // approx. 25pF
CH1,CH2,DUAL(CHOP/ALT), ADD, CH2 INV.
20MHz
50:1 or better at 50kHz
8 div at 100MHz; 5div at 200MHz
HORIZONTAL SYSTEM
Horizontal Modes
A(main) Sweep Time
B(delay) Sweep Time
Accuracy
Sweep Magnification
Hold Off Time
Delay Time
Delay Jitter
Alternate Separation
TRIGGER
Trigger Modes
Trigger Source
Trigger Coupling
Trigger Slope
Trigger Sensitivity
Trigger Level Range
TV Triggering
TV-Line Selection
Max. External Input Voltage
External Input Impedance
X-Y OPERATION
Mode
Sensitivity Accuracy
X-axis Bandwidth
Phase Error
A19
MAIN(A), ALT, DELAY(B)
20ns~0.5s/div, continuously variable (UNCAL)
20ns~50ms/div
+
_ 3% ( +
_ 5% at x 10 MAG)
x 10 (maximum sweep time 2ns/div)
Variable
1 s~5s
Better than 1:20000
Variable
AUTO, NORM, TV
CH1, CH2, LINE, EXT, EXT/10
AC, DC, HFR, LFR, NR
"+" or "-" polarity or TVsync polarity
Mode
Frequency
INT
EXT
EXT/10
10 Hz ~ 20 MHz
0.35 div
50 mV
AUTO
150 mV
20 MHz ~ 200 MHz
1.5 div
50 mV
DC ~ 20 MHz
0.35 div
NORM
150 mV
20 MHz ~ 200 MHz
1.5 div
TV
sync signal
1 div
200 mV pp
_ 4div or more; EXT : +
_ 0.4V or more; EXT/10 : +
_ 4V or more
INT : +
Mode : TV-V, TV-H, TV-LINE
Standard
NTSC (525H)
PAL
(625H)
SECAM (625H)
500 mV
1.5 V
500 mV
1.5 V
2 V pp
Field 1
1H ~ 263H
Field 2
1H ~ 262H
1H ~ 313H
1H ~ 312H
400V(DC+AC peak) at 1kHz
_5% // approx.25pF
1M � +
X-axis: selectable CH1, EXT, EXT/10 ; Y-axis: selectable CH1, CH2, CH1 and CH2
_ 3%;EXT : 0.1V/div +
_ 5%; EXT/10 : 1V/div +
_ 5%
2mV~5V/div +
DC~500kHz(-3dB)
3 or less from DC~50kHz
GOS-6200
SPECIFICATIONS
OUTPUT SIGNAL
Trigger Signal Output
Calibrator Output
Voltage : approx. 25mV/div into 50 ; Frequency response : DC ~ 10MHz
_ 2%
1kHz square wave, 2Vpp +
CURSOR READOUT FUNCTION
Cursor Measurement Function
V, V%, VdB, T, 1/ T, T%,
Cursor Resolution
1/100 div
_ 4 div
_ 3div; Horizontal: +
Effective Cursor Range
Vertical: +
Panel Setting Display
Vertical: V/div(CH1,CH2),UNCAL,ALT/CHOP/ADD,INV, probe factor,AC/DC/GND
Horizontal: s/div(MTB, DTB), UNCAL, x 10MAG, delay time , Hold-off
Trigger: source, coupling, slope, level, TV-V, TV-H
Others: X-Y, lock, save/recall MEM 0-9
AUTO MEASUREMENT FUNCTION
Parameter Function
Display Digits
Frequency Range
Accuracy
Measuring Sensitivity
_ WIDTH, +
_ DUTY (+ or - polarity selected by trigger slope)
FREQ, PERIOD, +
Max. 6-digits, decimal
50Hz ~ 200MHz
_ 0.05%
_ 0.01%; 50Hz ~ 1kHz : +
1kHz ~ 200MHz : +
> 2 DIV (Measuring source selected from CH1 and CH2 as synchronous signal
sources)
SPECIAL FUNCTION
Auto Set
Input Channel: CH1, CH2; Frequency Response 50Hz ~50MHz
Panel Setting Save & Recall
10 sets
Panel Setups Lock
Provided
POWER SOURCE
_ 10% , 50/60Hz
AC 100V/120V/230V +
ACCESSORIES
User manual x 1, Power cord x 1, GLF-250 Probe (10:1/1:1) x 2
DIMENSIONS & WEIGHT
310(W) x 150(H) x 470(D) mm ; Approx. 9kg
AUTO AND CURSOR
MEASUREMENT FUNCTIONS
AUTO Mode : Frequency
RISE Time (
AUTO Mode : Period
T)
Voltage (
V)
AUTOSET FUNCTION
ORDERING INFORMATION
GOS-6200 200MHz Cursor Readout Analog Oscilloscope
Optional Accessories
GTC-001 Instrument Cart, 450(W) x 430(D) mm (120V Input Socket)
GTC-002 Instrument Cart, 330(W) x 430(D) mm (120V Input Socket)
GLF-250
GLF-250 is a x1, x10 attenuator modular probe.
Designed for use with DC to 250MHz oscilloscope with input
impedance of 1M� The probe consists of following separate units;
1. BNC male connector and compensation box.
2. Probe body includes probe tip and R.C. assemblies.
3. Approx. 1.2M cable
Item
Bandwidth
Input R
Input C
Att. Ratio
Max. Input Voltage
10:1
DC~250MHz(� 3dB)
~10M�
~14pF
1/10
DC 600V
1:1
DC~6MHz(� 3dB)
1M� (Oscilloscope)
~150pF
1/1
DC 600V
Accessories
1.Pincher tip
2.Ground lead
3.Cable Marker
4.Screw driver
5.IC tip
6.Ground bayonet
7.BNC adaptor
8.Insulting tip
Before AUTOSET
Screen after unknown signal input.
After AUTOSET
Optimum screen display after
pressing a button.
TV-H, TV-V, FIELD/LINE SELECTOR
TV - H
Made to Measure.
TV - L
Good Will Instrument Co., Ltd.
A20
100MHz CURSOR READOUT ANALOG OSCILLOSCOPE
The GOS-6100 Series Analog Oscilloscope satisfies the massive needs in diverse professional
applications up to 100MHz bandwidth. The advanced Time Base Auto-range function acquires
the waveform at the pushbutton convenience (GOS-6103/6103C only). Embedded with Delay
Sweep and Hold Off features, the GOS-6100 Series is capable of measuring sophisticated
signals. The Cursor Readout with 7 measurements, Panel Setup Save/Recall (GOS-6103/6103C
only), and the built-in 6 Digit Universal Counter (GOS-6103C only) all make waveform
observation and measurement easier, faster and more accurate.
GOS-6112/6103/6103C (100 MHz)
GOS-6103C Without
Approved
FEATURES
SPECIFICATIONS
* 100MHz Bandwidth, Dual Channel, Delayed
Sweep
* Built-In 6 Digit Universal Counter (GOS-6103C)
* 10 Sets Memory for Front Panel Setting Save
& Recall (GOS-6103/GOS-6103C)
* Time Base Auto-range (GOS-6103/GOS-6103C)
* Cursor Readout with 7 Measurements
* Panel Setup Lock of Digital-Control Functions
* Buzzer Alarm
* LED Indicators
* TV Synchronization
* Trigger Signal Output
* Z-Axis Modulation Input
* SMD Technology, High Stability and Reliability
CURSOR MEASUREMENT
FUNCTIONS
The unique easy-to-use cursor and numerical
readouts make waveform observation and
measurement easier, faster and more accurate.
The on-screen cursors provide seven
measurement functions (
1/
T,T%,
)
V,
V%,
VdB,
T,
CRT
Type
Accelerating Potential
Illumination
Z-axis input
VERTICAL SYSTEM
Sensitivity
Sensitivity Accuracy
Vernier Vertical Sensitivity
Bandwidth(-3dB)
Rise Time
Signal Delay
Max. Input Voltage
Input Coupling
Input Impedance
Vertical Mode
Bandwidth Limited
Common-Mode Rejection Ratio
Dynamic Range
HORIZONTAL SYSTEM
Horizontal Modes
A(main) Sweep Time
B(delay) Sweep Time
Accuracy
Sweep Magnification
Hold Off Time
Delay Time
Delay Jitter
Alternate Separation
TRIGGER
Trigger Modes
Trigger Source
Trigger Coupling
Trigger Slope
Trigger Sensitivity
6-inch rectangular type with internal graticule; 0%, 10%, 90% and 100% markers
8 x 10 div (1 div = 1 cm)
16 kV approx. (GOS-6103/GOS-6103C), 12kV approx. (GOS-6112)
Continuously adjustable (GOS-6103/GOS-6103C)
Coupling : DC
Sensitivity: 5V or more
Maximum input voltage : 30V (DC + AC peak) at 1kHz or less
Bandwidth : DC ~ 5 MHz
2mV~5V/div, 11 step in 1-2-5 sequence
_ 3% (5div at the center of display)
<
Continuously variable to 1/2.5 or less of panel-indicate value
DC~100MHz(2mV/div:DC~20MHz)
3.5ns (2mV/div:17.5ns)
Leading edge can be monitored
400V(DC+AC peak) at 1kHz or less
AC, DC, GND
_2% // approx. 25pF
1M +
CH1,CH2,DUAL(CHOP/ALT), ADD, CH2 INV.
20MHz
50:1 or better at 50kHz
8 div at 60MHz; 5div at 100MHz (GOS-6112)
8 div at 100MHz (GOS-6103/GOS-6103C)
MAIN(A), ALT, DELAY(B)
50ns~0.5s/div, continuously variable (UNCAL)
50ns~50ms/div
+
_ 3% ( +
_ 5% at x 10 MAG)
x 10 (maximum sweep time 5nS/div)
Variable
1 s~5s
Better than 1:20000
Variable
AUTO, NORM,TV
CH1,CH2,LINE,EXT
AC,DC,HFR,LFR
"+" or "-" polarity or TVsync polarity
Mode
AUTO
NORM
TV
10 Hz ~ 20 MHz
20 MHz ~ 100 MHz
DC ~ 20 MHz
20 MHz ~ 100 MHz
sync signal
INT
0.35 div
1.5 div
0.35 div
1.5 div
1 div
EXT
50 mV
150 mV
50 mV
150 mV
200 mVpp
TV sync
Max. External Input Voltage
External Input Impedance
X-Y OPERATION
TV-V, TV-H
400V(DC+AC peak ) at 1kHz
_5% // approx.25pF
1M � +
Mode
Sensitivity Accuracy
X-axis Bandwidth
Phase Error
X-axis: selectable CH1, CH2, EXT ; Y-axis: selectable CH1, CH2, CH1 and CH2
_ 3% ; EXT : 0.1V/div +
_ 5%
2mV~5V/div+
DC~500kHz(-3dB)
3 or less from DC~50kHz
OUTPUT SIGNAL
Trigger Signal Output
Calibrator Output
A21
Frequency
Voltage: approx. 25mV/div into 50
_ 2%
1kHz Square wave, 2Vpp +
; Frequency response : DC ~ 10MHz
GOS-6103/6103C
GOS-6112
SPECIFICATIONS
CURSOR READOUT FUNCTION
Cursor Measurement Function
V, V%, VdB, T, 1/ T, T%,
Cursor Resolution
1/100 div
_ 4 div
_ 3div ; Horizontal: +
Effective Cursor Range
Vertical: +
Panel Setting Display
Vertical: V/div(CH1,CH2),UNCAL,ALT/CHOP/ADD,INV, probe factor,AC/DC/GND
Horizontal: s/div(MTB, DTB), UNCAL, x 10MAG, delay time , Hold-off
Trigger: source, coupling, slope, level, TV-V, TV-H
Others: X-Y, lock, save/recall MEM 0-9 (GOS-6103/GOS-6103C)
AUTO MEASUREMENT FUNCTION (GOS-6103C)
Parameter Function
Display Digits
Frequency Range
Accuracy
Measuring Sensitivity
Voltage Measurement
_ WIDTH, +
_ DUTY (+ or - polarity selected by trigger slope)
FREQ, PERIOD, +
Max. 6-digits, decimal
50Hz ~ 100MHz
_ 0.05%
_ 0.01% ; 50Hz ~ 1kHz : +
1kHz ~ 100MHz : +
> 2 div (Measuring source selected from CH1 and CH2 as synchronous signal sources)
SPECIAL FUNCTION
TIME/DIV Auto Range
Provided (GOS-6103/GOS-6103C)
Panel Setting Save & Recall
10 sets (GOS-6103/GOS-6103C)
Panel Setups Lock
Provided
POWER SOURCE
_10% , 50/60Hz
AC 100V/120V/230V +
ACCESSORIES
User manual x 1; Power cord x 1; LF-210E Probe (10:1/1:1) x 2
DIMENSIONS & WEIGHT
310(W) x 150(H) x 455(D) mm ; Approx. 9kg
Voltage percentage Measurement
ORDERING INFORMATION
GOS-6112 100MHz, 2-channel, Analog Oscilloscope
GOS-6103 100MHz, 2-channel, Analog Oscilloscope
GOS-6103C 100MHz, 2-channel, Analog Oscilloscope with 100MHz Frequency Counter
Frequency Measurement
Optional Accessories
GTC-001 Instrument Cart, 450(W) x 430(D) mm (120V Input Socket)
GTC-002 Instrument Cart, 330(W) x 430(D) mm (120V Input Socket)
LF-210E
LF-210E is a x1, x10 attenuator modular probe.
Designed for use with DC to 100MHz oscilloscope with input
impedance of 1M�
The probe consists of following separate units;
1. BNC male connector and compensation box.
2. Probe body includes probe tip and R.C. assemblies.
3. Approx. 1.5M cable
Item
Bandwidth
Input R
Input C
Att. Ratio
Max. Input Voltage
10:1
DC~100MHz(� 3dB)
~10M�
~14pF
1/10
DC 600V
1:1
DC~6MHz(� 3dB)
1M� (Oscilloscope)
~150pF
1/1
DC 600V
Accessories
1.Pincher tip
2.Ground lead
3.Cable Marker
4.Screw driver
5.IC tip
6.Ground bayonet
7.BNC adaptor
8.Insulting tip
Time percentage Measurement
Time Measurement
Phase Measurement
Made to Measure.
Good Will Instrument Co., Ltd.
A22
50MHz/30MHz READOUT ANALOG OSCILLOSCOPE
The GOS-6000 Series Analog Oscilloscope provides a remarkable combination of high performance
and compact design in bandwidth range of both 30 & 50 MHz. Coupled with various Trigger functions
(Auto, Norm, TV), wavefroms can be acquired and observed by professionals in diverse application
fields. The primary waveform along with the magnified waveform in the ratio of x5, x10, x20 can be
displayed simultaneously using the ALT MAG function. Together with the Cursor Readout and Frequency
Counter functions (GOS-6051/6031 only), the GOS-6000 Series offers tremendous value to all users in
electronic related field.
GOS-6051/GOS-6050 (50MHz)
GOS-6031/GOS-6030 (30MHz)
SPECIFICATIONS
FEATURES
* 2 Channels, 4 Traces:
DC~50MHz Bandwidth (GOS-6051/6050)
DC ~ 30MHz Bandwidth (GOS-6031/6030)
* 1mV/div ~ 20V/div
* CRT Readout
* Cursor Measurement, 6 Digit Frequency
Counter, 10 sets Memory for Front Panel
Setting Save & Recall (GOS-6051/6031)
* ALT MAG Function (x 5, x 10, x 20)
* Vertical Mode Triggering
* TV Synchronization
* CH1 Signal Output, Z- axis Input
* Buzzer Alarm & LED Indicators
* Compact size(275Wx130Hx370Dmm)and
Front Panel Layout Groups for easy to use
CRT
Type
Accelerating Potential
Illumination
Trace Rotation
Z-axis Input
VERTICAL SYSTEM
Sensitivity and Accuracy
Vernier Vertical Sensitivity
Bandwidth(-3dB)
and Rise Time
Maximum Input Voltage
Input Coupling
Input Impedance
Vertical Modes
Chop Frequency
Dynamic Range
HORIZONTAL SYSTEM
Sweep Time
Accuracy
Sweep Magnification
Maximum Sweep Time
(at MAG)
ALT-MAG Function
TRIGGER
Trigger Mode
Trigger Source
Trigger Coupling
Trigger Slope
Trigger Sensitivity
External Trigger Input
Hold-off Time
X-Y OPERATION
Input
Sensitivity
Bandwidth
Phase Difference
OUTPUT SIGNAL
CH1 Signal Output
Calibrator Output
A23
6-inch rectangular type with internal graticule
0%, 10%, 90%, 100% markers. 8x10 div(1div=1cm)
GOS-6051/6050:approx.10kV; GOS-6031/6030 : approx. 2kV
Provided (GOS-6051/6031)
Provided
Sensitivity : at least 5V ; Polarity : positive going input decrease intensity
Usable frequency range : DC to 2MHz ;
Max. input voltage : 30V (DC + AC peak) at 1kHz or less
Input Impedance:GOS-6051/6050:approx.33k ;GOS-6031/6030:approx.47k
1mV~2mV/div 5%,5mV~20V/div 3%,14 calibrated steps in 1-2-5 sequence
Continuously variable to 1/2.5 or less of panel indicate value
Rise Time
Bandwidth (-3dB)
Approx. 7nS
DC ~ 50MHz
5mV ~ 20V/div
GOS-6051/6050
Approx. 50nS
DC ~ 7MHz
1mV ~ 2mV/div
Approx. 11.7nS
DC ~ 30MHz
5mV ~ 20V/div
GOS-6031/6030
Approx. 50nS
DC ~ 7MHz
1mV ~ 2mV/div
400V (DC + AC peak) at 1kHz or less
AC, DC, GND
1M
2%//approx. 25pF
CH1, CH2, DUAL (CHOP, ALT), ADD, CH2 INV
Approx. 250kHz
GOS-6051/6050:8 div at 40MHz, 6div at 50MHz; GOS-6031/6030:8 div at 20MHz,
6div at 30MHz
0.2 s/div ~ 0.5s/div, 20 steps selectable in 1-2-5 sequence, continuous variable
control between steps at least 1 : 2.5
3%, 5% at x5 / x10MAG, 8% at x 20MAG
x5, x10, x20 MAG
GOS-6051/6050 : 20ns/div (10ns/div are uncalibrated)
GOS-6031/6030 : 50ns/div (10ns/div ~ 40nS/div are uncalibrated)
Available
AUTO, NORM, TV
VERT-MODE, CH1, CH2, LINE, EXT
AC, HFR, LFR, TV-V(-), TV-H(-)
+ or - polarity
GOS-6051/6050
GOS-6031/6030
CH1, CH2
VERT-MODE
EXT
20Hz ~ 5MHz
20Hz ~ 2MHz
0.5 div
2.0 div
200mV
5MHz ~ 40MHz
2MHz ~ 20MHz
1.5 div
3.0 div
800mV
40MHz ~ 50MHz
20MHz ~ 30MHz
2.0 div
3.5 div
1V
TV sync pulse more than 1 div (CH1, CH2, VERT-MODE) or 200mV (EXT)
Input impedance:Approx.1M //25pF(AC coupling)
Max. input voltage:400V(DC+AC peak)at 1kHz
Variable
X-axis : CH1 ; Y-axis : CH2
1mV/div ~ 20V/div
X-axis : DC ~ 500kHz (-3dB)
3 or less from DC to 50kHz
Voltage:approx.20mV/div(with 50 terminated);Bandwidth:50Hz to at least 5MHz
Voltage:0.5V 3% ; Frequency : approx. 1kHz, square wave
Rear Panel
GOS-6031/GOS-6030 (30MHz)
SPECIFICATIONS
CRT READOUT
Panel Setting Display
Panel Setting Save & Recall
Cursor Measurement
(GOS-6051/6031)
Frequency Counter
(GOS-6051/6031)
POWER SOURCE
ACCESSORIES
DIMENSIONS & WEIGHT
CH1/CH2 sensitivity, sweep time, trigger condition
10 sets (for GOS-6051/6031)
Cursor measurement function : V, T, 1/ T
Cursor resolution : 1/25 div ; Effective cursor range : vertical : 3 div
Horizontal : 4 div
Display digits : Max. 6-digits decimal
Frequency range :GOS-6051 : 50Hz ~ 50MHz; GOS-6031 : 50Hz ~ 30MHz
Accuracy : 0.01% ; Measuring sensitivity : more than 2 div
(measuring source selected from CH1 or CH2 as synchronous signal sources)
AC 100V/120V/230V 10%, 50/60Hz
User manual x 1, Power cord x 1, GLF-190C Probes (10:1/1:1) x 2
275(W) x 130(H) x 370(D) mm; Approx. 7.2kg
ORDERING INFORMATION
GOS-6051 50MHz, Readout Analog Oscilloscope with Cursor Measurement and Frequency Counter
GOS-6050 50MHz, Readout Analog Oscilloscope
GOS-6031 30MHz, Readout Analog Oscilloscope with Cursor Measurement and Frequency Counter
GOS-6030 30MHz, Readout Analog Oscilloscope
Optional Accessories
GTC-001 Instrument Cart, 450(W)x430(D)mm (120V Input Socket)
GTC-002 Instrument Cart, 330(W)x430(D)mm (120V Input Socket)
GLF-190C
10:1 DC~60MHz
1:1 DC~6MHz
For: GOS-652G/653G/658G,
GOS-6000 Series,
GRS-6000A Series
Item
Bandwidth
10:1
DC~60MHz(� 3dB)
1:1
DC~6MHz(� 3dB)
Input R
Input C
Att. Ratio
Max. Input Voltage
Accessories
~10M�
~23pF
1/10
DC 500V
1M� (Oscilloscope)
~128pF
1/1
DC 300V
1.Channel identifier clip 2.Sprung hook
3.Ground lead 4.Insulating tip
5.IC tip 6.Adjusting tool
The GTP-060A is a passive high impendence oscilloscope
probe designed and calibrated for use on instrument
having an input impedance of 1M� shunted by 20pF.
However, it may be compensated for use with instruments
having an input
capacitance of 15~35pF. The probe incorporates a two
position slide switch in the head which selects attenuation
of x 1, x 10 position.
Made to Measure.
Good Will Instrument Co., Ltd.
A24
50MHz ANALOG OSCILLOSCOPE
The GOS-653G/652G Series is the classic design of 50 MHz Analog Oscilloscope. The applications for
GOS-653G/652G Series cover a broad range from industrial purposes , such as electrical products
designs, production lines, and repair service , to educational purposes , such as EE laboratory and
class experiments. Coupled with various Trigger functions (Auto, Norm, TV) , waveforms can be
acquired and observed by professionals in diverse application fields. The distictive ALT Trigger function
enables to observe signals from dual channels simultaneously. Hold off function further stablizes
sophiscated signals, while delayed sweep function (only available in GOS-653G) allows to display the
original waveform (A sweep time) and the zoom in view at the same time. The GOS-653G/652G Series
offers extra value than its cost.
GOS-653G (50 MHz)
SPECIFICATIONS
CRT
VERTICAL SYSTEM
Sensitivity
Bandwidth
GOS-652G (50 MHz)
FEATURES
* 50MHz Bandwidth, Dual Channel
* Delayed Sweep(GOS-653G)
* Built-In Delay Line (GOS-653G)
* TV Synchronization
* CH1 Output
* Z Axis Modulation Input
* ALT Triggering Function
* Hold Off Function
* Trigger Level Lock Function
Rise Time
Signal Delay
Input Impedance
Input Coupling
Vertical Mode
HORIZONTAL SYSTEM
A(main) Sweep Time
B(delay) Sweep Time
(GOS-653G only)
Delay Time
Delay Time Jitter
TRIGGER
Trigger Mode
Trigger Source
Trigger Coupling
Trigger Slope
X-Y OPERATION
Sensitivity
X-axis Bandwidth
Phase Error
_ 5%
_ 3%,1mV ~ 2mV/div +
5mV/div ~ 5V/div +
DC ~ 50MHz
DC ~ 15MHz at 1 ~ 2mV/div
7ns (23.3ns for 1 ~ 2mV/div)
leading edge can be monitored(GOS-653G only)
Approx. 1M
AC, DC, GND
CH1, CH2, DUAL, ADD, CH2 INV
(Dual automatic switching ALT and CHOP)
_ 3%
0.1 � s ~ 0.5s/div +
_ 5% (x 10 MAG)
100ns ~ 50ms/div +
_
10ns ~ 50ns + 8% (x 10 MAG)
_ 3%
0.1 � s ~ 0.5ms/div +
_ 5% (x 10 MAG),
100ns ~ 50� s/div +
_ 8% (x 10 MAG)
10ns ~ 50ns/div +
_ 5% (GOS-653G only)
1 � s ~ 5ms, +
Better than 1 : 10000 (GOS-653G only)
AUTO, NORM, SINGLE
CH1, CH2, ALT, LINE, EXT
AC, DC, HF REJ, TV
+ ,, or - ,,
,,
Accelerating Potential
Illumination
Z-axis Input
6-inch rectangular type with internal graticule
0%, 10%, 90% and 100% markers.
8 x 10 div (1div=1cm)
12kV
Continuously adjustable
Input Impedance: Approx. 5k
Sensitivity: Above 3Vp-p
Bandwidth: DC ~ 5MHz
,,
Type
_ 4%
5mV ~ 5V/div +
DC ~ 2MHz
3 or less from DC ~ 100kHz (GOS-653G)
3 or less from DC ~ 50kHz (GOS-652G)
OUTPUT SIGNAL
Trigger Signal Output
Voltage: approx. 50mV/div into 50
_ 2%
Calibrator Output
1kHz Square wave, 2Vp-p +
POWER SOURCE
_ 10%, 50Hz/60Hz
AC 100V/120V/220V/230V +
ACCESSORIES
User manual x 1, Power cord x 1, GLF-190C Probes (10:1/1:1) x 2
DIMENSIONS & WEIGHT
310(W) x 150(H) x 455(D) mm; Approx. 8.2kg
ORDERING INFORMATION
GOS-653G 50MHz, 2-Channel, Oscilloscope with Delayed Sweep
GOS-652G 50MHz, 2-Channel, Oscilloscope
Optional Accessories
GTC-001 Instrument Cart, 450(W) x 430(D) mm (120V Input Socket)
GTC-002 Instrument Cart, 330(W) x 430(D) mm (120V Input Socket)
A25
35MHz/20MHz ANALOG OSCILLOSCOPE
The GOS-635G and GOS-622G are the general purpose analog oscilloscope with the bandwidth of
35MHz & 20MHz respectively. The application fields cover a range from electrical products designs,
production lines, repair service, to EE laboratory and class experiments. Featured with the vertical
sensitivity as low as 1mV/div and practical Auto/Norm Trigger, GOS-635G & GOS-622G could
accurately & faithfully capture small signals. The GOS-635G and GOS 622G offer the highest
performance over price solution in Test & Measurement.
The GOS-620 Analog Oscilloscope delivers the most economic solution for measurement demand
with bandwidth of 20MHz and below. Together with the vertical sensitivity of 1mV/div~5V, horizontal
SPECIFICATIONS
CRT
Type
* ALT Triggering Function
* Hold Off Function (GOS-635G,GOS-622G)
* CH1 Output
17.5ns (50ns at x 5MAG)
Approx. 1M
AC, GND, DC
CH1, CH2, DUAL (ALT/CHOP), ADD,
CH2 INV
0.2 s ~ 0.5s/div 3%
100ns ~ 50ms/div 5% (x 10 MAG)
20ns ~ 50ns/div : uncalibrated
,,
* Z Axis Input
5mV/div~5V/div 3%,x5MAG: 5%
DC (AC 10Hz) ~20MHz(-3dB)
DC (AC 10Hz) ~7MHz(-3dB) at x 5MAG
TRIGGER
Trigger Mode
Trigger Source
Trigger Coupling
Trigger Slope
AUTO, NORM
CH1, CH2, ALT, LINE, EXT
AC, DC, HF REJ, TV
,,
,,
+ or -
X - Y OPERATION
Sensitivity
X-axis Bandwidth
Phase Error
5mV ~ 5V/div 4%
DC ~ 1MHz
3 or less from DC ~ 50kHz
5mV ~ 5V/div 4%
DC ~ 500kHz
3 or less from DC ~ 50kHz
Voltage: approx. 50mV/div into 50
1kHz Square wave, 2Vp-p 2%
Voltage: approx. 20mV/div into 50
1kHz Square wave, 2Vp-p 2%
AC 100V/120V/220V/230V 10%, 50Hz/60Hz
AC 115V/230V 15%, 50Hz/60Hz
User manual x 1
Power Cord x 1
GCP-210LC Probes (10:1/1:1) x 2
User manual x 1
Power Cord x 1
GCP-210LC Probes (10:1/1:1) x 2
AUTO, NORM, TV-V, TV-H
CH1, CH2, ALT, LINE, EXT
AC
,,
,,
+ or -
,,
* 35MHz Bandwidth, Dual Channel (GOS-635G)
* 20MHz Bandwidth, Dual Channel (GOS-622G)
* 20MHz Bandwidth, Dual Channel (GOS-620)
* High Sensitivity 1mV/div
* TV Synchronization
VERTICAL SYSTEM
5mV/div~5V/div 3%,1mV~2mV/div 5%
Sensitivity
Bandwidth
DC ~ 35MHz ( GOS-635G)
DC ~ 20MHz ( GOS-622G)
DC ~ 10MHz at 1~ 2mV/div
Rise Time
10ns (35ns at 1mV~2mV/div)for GOS-635G
17.5ns(35ns at 1mV~2mV/div)for GOS-622G
Input Impedance
Approx. 1M
Input Coupling
AC, DC, GND
Vertical Mode
CH1, CH2, DUAL, ADD, CH2 INV
(Dual automatic switching ALT and CHOP)
HORIZONTAL SYSTEM
Sweep Time
0.1 s ~ 0.5s/div 3%
100ns ~ 50ms/div 5% (x 10 MAG)
10ns~ 50ns 8% (x 10 MAG)
6-inch rectangular type with internal graticule
8 x 10 div (1div=1cm)
Input Impedance: Approx. 47k
Sensitivity: Above 5Vpp
Bandwidth: DC ~ 2MHz
,,
FEATURES
GOS-620
6-inch rectangular type with internal graticule
8 x 10 div (1div=1cm)
Input Impedance: Approx. 5k
Sensitivity: Above 3Vp-p
Bandwidth: DC ~ 5MHz
Z-Axis Input
GOS-620 (20MHz)
GOS-635G/GOS-622G
,,
GOS-635G (35MHz)
GOS-622G(20MHz)
sweep time of 0.2 � S/div~0.5S/div, and practical Auto/Norm/TV-V/TV-H trigger modes, the GOS-620
is the best economic choice for education, production lines, repair service application fields at the
most affordable price.
OUTPUT SIGNAL
Trigger Signal Output
Calibrator Output
POWER SOURCE
ACCESSORIES
DIMENSIONS & WEIGHT
310(W) x 150(H) x 455(D) mm; Approx. 8.2kg
310(W)x150(H)x455(D) mm; Approx. 8kg
ORDERING INFORMATION
GOS-635G
GOS-622G
GOS-620
35MHz, 2-Channel , Oscilloscope with Hold Off Function
20MHz, 2-Channel , Oscilloscope with Hold Off Function
20MHz, 2-Channel , Oscilloscope
Optional Accessories
GTC-001 Instrument Cart, 450(W) x 430(D) mm (120V Input Socket)
GTC-002 Instrument Cart, 330(W) x 430(D) mm (120V Input Socket)
Made to Measure.
Good Will Instrument Co., Ltd.
A26
20MHz ANALOG OSCILLOSCOPE+FUNCTION GENERATOR
The GOS-620FG is the general purpose analog oscilloscope with the bandwidth of 20MHz. Aside of
the basic functions, such as 1mV/div~5V vertical sensitivity, 0.2uS/div~0.5S/div horizontal sweep time,
and practical Auto/Norm/TV-V/TV-H trigger modes, the GOS-620FG offer extra feature of Function
Generating which is required by most of class experiments and electrical production lines. GOS-620FG
is capable of generating Sine/Square/Triangle waveforms in the frequency ranges from 0.1Hz~1MHz
(7 range) with Sinewave Distortion as low as 2% at most affordable price.
GOS-620FG (20 MHz)
FEATURES
* Built-In 1 MHz Function Generator
* 20MHz Bandwidth, Dual Channel
* High Sensitivity 1mV/div
* ALT Triggering Function
* TV Synchronization
* CH1 Output
* Z Axis Input
* Economic Choice for High Quality
SPECIFICATIONS
CRT
Type
Accelerating Potential
Z-Axis Input
Polarity
Focus Control
FUNCTION GENERATOR
Frequency Range
Waveform
Frequency Variable Range
Output Impedance
Voltage
Sinewave Distortion
Squarewave Unsymmetry
Squarewave Rise/Fall Time
VERTICAL SYSTEM
Sensitivity
Bandwidth
Rise Time
Max. Input
Input Coupling
Input Impedance
Vertical Mode
HORIZONTAL SYSTEM
Sweep Time
Max. Sweep Rate
TRIGGER
Trigger Mode
Trigger Source
Trigger Slope
X-Y OPERATION
Sensitivity
X-axis Bandwidth
Phase Error
OUTPUT SIGNAL
Trigger Signal Output
Calibrator Output
6-inch rectangular type with internal graticule ; 8 x 10 div (1div=1cm)
2kV
Sensitivity: Above 5Vp-p ; Max. input voltage : 30V (DC + AC peak)
Bandwidth: DC ~ 2MHz
Positive-going input decrease
Auto focus
0.1Hz ~ 1MHz (7 range)
Sine Wave, Square Wave, Triangle Wave
10:1 or more
_10%
50 +
Over 14Vp-p(open circuit)continuous conversion
_ 6V when open
DC offset possible over +
2% Max. (10Hz ~ 100kHz)
_ 3% or less (in 1 kHz maximum)
+
50 output: 120ns or less
_5%(using x 5MAG.)
_ 3%,1mV/div~1V/div +
5mV/div~5V/div +
DC to 20MHz (x 5MAG.:DC to 7MHz)
Approx. 17.5ns (x 5MAG.:Approx. 50ns)
300V (DC+ACpeak) at 1kHz
AC, DC, GND
Approx. 1M // 25pF
CH1,CH2,DUAL(ALT,CHOP),ADD,CH2 INV
_ 3% (+
_ 5% at x 10MAG)
0.2 s/div ~ 0.5s/div +
100ns/div (20ns and 50ns/div are uncalibrated)
AUTO, NORM, TV-V, TV-H
CH1, CH2, ALT, LINE, EXT
" + " or " - "
_ 4%
5mV ~ 5V/div +
DC ~ 500kHz
3 or less from DC ~ 50kHz
Voltage : approx. 20mV/div into 50�
Bandwidth : 50Hz to 5MHz (-3dB)
Impedance : Approx. 50 �
1kHz Square wave, 2Vp-p 2%
POWER SOURCE
_ 15%, 50/60Hz
AC 115/230V +
ACCESSORIES
User manual x 1, Power cord x 1,
GCP-210LC Probes(10:1/1:1)x2,
GTL-101 x 1
DIMENSIONS & WEIGHT
310(W) x 150(H) x 455(D)mm; Approx. 8.5kg
ORDERING INFORMATION
GOS-620FG 20MHz Oscilloscope with Built-in 1MHz Function Generator
Optional Accessories
GTC-001 Instrument Cart, 450(W) x 430(D) mm
GTC-002 Instrument Cart, 330(W) x 430(D) mm
A27
10MHz TRIGGERING OSCILLOSCOPE
The GOS-310 10MHz Analog oscilloscope is design for Education, Student, Hobbyist and Maintenance
use. Stadard Trigger Modes of Auto, Norm, Ext and TV sync. are provided and applicable in various
market fields. High sensitivity of 5mV/div extends the measurement range and increases the test
accuracy. The 10MHz bandwidth, single channel, 4.6kg light weight and compact size design make
GOS-310 the best choice for affordable yet high performance oscilloscope.
GOS-310 (10MHz)
FEATURES
SPECIFICATIONS
* 10MHz Single Channel
Display Area
* With TV Sync. Mode
* High Sensitivity 5mV/div
* Easy to Operate
* Low Cost, High Performance
* Designed for Education, Student,
Hobbyist and Maintenance use
CRT
Accelerating Potential
75mm round screen CRT, 8 x 10 div
(6mm/div)
Approx. 1.2kV
VERTICAL SYSTEM
Sensitivity
Bandwidth
Accuracy
Input Impedance
Max. Input
5mV ~ 5V in 4 decade steps
DC ~ 10 MHz
_ 5%)
_ 3% (at line Voltage +
Within +
Approx. 1M � // 35pF
_ 1kHz
600Vp-p or 300Vpk(DC+AC peak), <
HORIZONTAL SYSTEM
Sweep Rate
Accuracy
10ms ~ 0.1 s in 6 decade steps
_ 5% (at line Voltage +
_ 5%)
Within +
TRIGGER
Trigger Mode
Trigger Source
EXT.
AUTO, NORM, EXT, TV
INT, EXT
Trigger Max. input voltage: 600Vp-p or 300
Vpk (DC+AC peak)
Approx. 1M� // 35pF
Input Impedance
X-Y OPERATION
Freq. Response
DC ~ 500kHz(-3dB)
Sensitivity: approx. 0.1V/div
Approx. 1M� // 35pF
600Vp-p or 300Vpk(DC+ACpeak)
3 or less at 10kHz
Input Impedance
Max. Input Voltage
Phase Error
CALIBRATOR
_ 3%
_ 5%, square wave, 0.25Vp-p +
1kHz +
POWER SOURCE
_ 10%, 50/60Hz
AC 115/220/230V +
ACCESSORIES
User manual x 1
Power cord x 1
Test Lead GTL-101 x 1
DIMENSIONS & WEIGHT
132(W) x 210(H) x 298(D)mm
Approx. 4.6kg
ORDERING INFORMATION
GOS-310
10MHz Triggering Oscilloscope
Made to Measure.
Good Will Instrument Co., Ltd.
A28
32/16 CHANNEL 200MHz PC BASED LOGIC ANALYZER
GLA-1000 Series is a palm-size PC based logic analyzer with functionality matching that of a desktop
device. The maximum 32 channels, 200MHz internal sampling rate, 1Mbits of data memory and
advanced trigger settings give user higher accuracy and longer data analysis result. The unique features
" Data-loss-less compression " , " Enable Qualifier " and " Serial Bus Protocol Analyzer " provide
engineers & professionals with a mean, which can adequately handle today's digital system analysis.
The whole captured data and setting of GLA-1000 Series could be saved as various types of files into
PC for further data analysis, reporting, and other applications. The USB 2.0 communication between
GLA-1000 Series and the PC guarantees the secured data transfer at the maximum speed while
providing GLA-1000 Series with power source.
GLA-1000 Series
SPECIFICATIONS
CHANNELS
MEMORY TOTAL/PER CHANNEL
FEATURES
* 32/16 Input Channel
* Time Analysis : Up to 200MHz Internal
Sampling Rate
* State Analysis : Up to 100MHz External Input
Clock
* Memory Depth : Up to 2Mbits/1Mbits
(Half/Full Channels)
* Advanced Trigger : Count, Page, Time Delay
and Clock Event Delay
* Data Compression : Up to 255 Times Data
Capture
* Enable Qualifier : High/Low Level Enable and
Enable Delay Function
* Signal Analyzer : I C , RS-232C Protocol
Analyzer and Signal Statistics
* File Export : Signal Data, Operation Setting
and Display Image
* Manual Trigger Start Button
* High-Speed Communication : USB 2.0
(1.1 Compatible)
* USB Powered, Without External AC Power
INTERFACE
OPERATING SYSTEM
TIMING ANALYSIS
STATE ANALYSIS
TRIGGER
Channel
Condition
Pre/Post trigger
Level
Threshold
Accuracy
Delay
Count
Page
INPUT
Maximum Input Voltage
Impedance
Data Skew
ENABLE QUALIFIER
Channel
Enable Condition
Enable Delay
DATA
Compression Channels
Compression Ratio
Signal Statistics
Protocol Analyzer
CURRENT CONSUMPTION
Static
Working
POWER DISSIPATION
Static
Working
POWER
Interface
Working voltage
ACCESSORIES
GLA-1016
GLA-1032
GLA-1132
16
32
32
4Mbits/256kbits
4Mbits/128kbits
32Mbits/1Mbits
USB 2.0 (1.1)
Win98/98SE/Me/2000/XP
Maximum 200MHz
0.001Hz ~ 100MHz
16 (GLA-1016), 32 (GLA-1032, 1132)
Edge/Pattern
0%~100%
1
+6V ~ -6V
� 93mV
Time delay, clock event delay
1 ~ 65535
Maximum 8191
� 30V
500k� /10pF
< 1.5ns
16 (GLA-1016), 32 (GLA-1032, GLA-1132)
Don't care, Low, High
1~65535ms
16 (GLA-1016), 24 (GLA-1032, GLA-1132)
Maximum 255
Postive/Negative, Full cycle within length condition
I 2 C, RS-232C
Maximum 200mA
Maximum 400mA
Maximum 1W
Maximum 2W
USB
4.5V ~ 5.5V
Testing Probes - GTL-161 : 16 channel, 25cm (8pin x 2, 2pin x 1, 1pin x 1) for GLA-1016
Testing Probes - GTL-321 : 32 channel, 25cm (16pin x 1, 8pin x 2, 2pin x 1, 1pin x 1) for GLA-1032/1132
Testing Gripper - GCP-201 : 20 pcs. signal grippers for GLA-1016
Testing Gripper - GCP-361 : 36 purchase. signal grippers for GLA-1032/1132
USB Cable - GTL-243 : USB2.0 cable, A-B type, 1.5M for GLA-1000 Series
Carrying Case
Software CD-ROM
User manual
DIMENSION & WEIGHT
137(W) x 39(H) x 102(D) mm ; Approx. 340g
A29
ORDERING INFORMATION
GLA-1016 16 channels, 256Kbit/channel
GLA-1032 32 channels, 128Kbit/channel
GLA-1132 32 channels, 1Mbit/channel (Long memory)
Optional Accessories
GCP-201
GTL-161
GTL-243
A.
GTL-161 Testing Probes
16 channel, 25cm (8pin x 2, 2pin x 1, 1pin x 1)
For : GLA-1016/1032/1132
Testing Gripper, 20 pcs. signal grippers
Testing Probes, 16 channel, 25cm (8pin x 2, 2pin x 1, 1pin x 1)
USB Cable, USB2.0 cable, A-B type, 1.5M
Friendly PC Operation with GUI Environment
GCP-201 Testing Gripper
20 pcs. signal grippers
For : GLA-1016/1032/1132
B.
Losses Data Compression
Up to x 255 Memory Utilization
C.
Advance Trigger Functionalities
Level Configuration, Count/Page Delay, Time and Clock Event Delay
Made to Measure.
Good Will Instrument Co., Ltd.
A30
FAQ for OSCILLOSCOPES
How to select an oscilloscope?
There are couple of key points users have to know before selecting a right oscilloscope
Digital or Analog
When waveform recording, waveform analysis, or remote control are required, a
Digital Oscilloscope will be necessary. If the immediate representation of
waveform results or original intensity of the waveform are required, then analog
oscilloscope will better satisfy the needs.
High Bandwidth
The higher the frequency of the input signal, the higher the bandwidth the
oscilloscopes measured required. Otherwise, there are great possibilities of
inaccuracy measurement result. Theoretically, the users can decide the
minimum bandwidth of the oscilloscope through the following equation:
BW = (0.35 / rise time of the signal)
Channel number
Generally, the oscilloscopes support input channels of two, CH1& Ch2.
When there are applications of observing more than 2 signals simultaneously,
such as the PC power supply which exist signals of -+12V,-+ 15V, four channel
oscilloscopes will be the better choices.
Display
TFT/STN LCD made with digital display can offer color presentation of the
Waveform, higher display update rate, and wider viewing angle, while CRT is
comparative traditional display with better resolution and faster waveform update
Rate.
Color & Mono
When using digital oscilloscopes with color display, it is possible to distinguish
between different waveforms from channels, Math, Reference, as well as cursors.
It will facilitate the operation under complicated measurement conditions.
Sampling Rate & Memory Length
The higher the sampling rate, the more precise the captured waveforms. At the
same sampling period, digital oscilloscopes with longer memory depth can use
higher sampling rate to capture more accurate and precise waveforms.
Real-time sampling &
For transient signals, Real-time sampling technology is more capable to capture
the accurate waveforms. On the other hand, for repetitive signals, Equivalenttime sampling acquires signals which are 10 or 100 times of captured data than
the Real-time sampling speed, so the users can observe the waveforms at details.
Equivalent-time Sampling
A31
Digital Storage
After capture and STOP the signals at Digital Oscilloscopes, Digital Storage
function is capable of restoring the waveforms in the DSO or USB flash memory
or PC for further analysis.
Digital Interface
The communication standard in industrial applications is IEEE 488.2 thru GPIB
in terface, while RS-232C is more acceptable interface for pc communication.
Nowadays, USB has become as more popular interface due to its strengths of fast
speed and user-friendliness. Through USB interfaces, one can remote control
the instruments or conduct waveform monitoring and storage.
Auto-set
Based on the input signal, AUTO-SET function can automatically adjust the
vertical and horizontal settings to the best viewing position.
TV Trigger
TV trigger function is aiming to accurately trigger the TV signals.
Cursor Readout
Cursor readout function provides the feasibility to acquire the waveform
measurements manually by locating the cursors.
Frequency Counter
The embedded Frequency Counter function enables users to understand the
frequency of input signals while using oscilloscopes.
XY mode
XY mode provides the feasibility to measure the correlation between two signals,
such as phase and IV curve measurements.
Auto measurement
Auto measurement function will conduct the pre-set measurements of signals
automatically with display.
Zoom (ALT MAG)
The Zoom or ALT MAG function is capable of enlarging a specific portion of
waveform for further analysis.
Printer
The Print function will print out the screen by one push of the button.
USB Flash Drive
The USB Flash Drive function is capable of restoring the waveform data, image,
as well as settings into USB Flash Drive.
Digital / Analog
GDS-2000
Series
GDS-800
Series
GRS-6052A
GRS-6032A
Digital
Digital
Digital/Analog
High Bandwidth
200~60MHz 250~60MHz
Sample Rate
1GSa/s(RTS) 100MSa/s(RTS) 100MSa/s(RTS)
25GSa/s(ETS) 25GSa/s(ETS) 25GSa/s(ETS)
Memory Length
25k Points Max. 125k Points/CH 2k Points/CH
Channel number
Display
50/30MHz
GOS-6200 GOS-6100 GOS-6000 GOS-653G GOS-635G
GOS-652G GOS-620
Series
Series
GOS-622G
GOS-620FG
Analog
Analog
Analog
Analog
Analog
200MHz 100MHz 50/30MHz 50/30MHz 35/20MHz
GOS-310
Analog
10MHz
2/4
2
2
2
2
2
2
2
1
TFT LCD
STN LCD
CRT
CRT
CRT
CRT
CRT
CRT
CRT
Digital Storage
Digital Interface
Auto-set
Auto/Normal Trigger
TV Trigger
Cursor Readout
Frequency Counter
XY mode
Auto measurement
Zoom (ALT MAG)
Printer
USB Flash Drive
Note : 1. RTS : Real-Time Sample Rate
2. ETS : Equivalent-Time Sample Rate
Made to Measure.
Good Will Instrument Co., Ltd.
A32
SPECTRUM ANALYZERS
Ever since GW Instek officially entered the RF field in 2000, our spectrum analyzer lineup has been expanding steadily - now
they are in the 3GHz range.
GSP-Series spectrum analyzer has numerous testing functions based on full synthesis and low noise design, including: Marker
Measurement, Power Measurement, Limit Line, Dual Trace, and Trigger. Easy and fast measurement adds a true convenience on
device usage.
GSP series is equipped with diverse and flexible functionalities, user-friendly panel operation, and complete set of optional items.
They fit broad range of applications in laboratories, measurements, and service fields. GSP-Series represents a remarkable
achievement in GW Instek's design technology.
PRODUCTS
9kHz~3GHz Spectrum Analyzer
9kHz~2.7GHz Spectrum Analyzer
150kHz~1GHz Spectrum Analyzer
B1
SPECTRUM ANALYZERS
Spectrum Analyzer Overview
Spectrum analyzer is the most widely applied measuring
equipment for wireless communication devices, components
or systems. It measures and presents the frequency spectrum
distribution of a RF signal. Both the frequency and
amplitude information can be measured and read thru a
Spectrum Analyzer. Nowadays the digital communication
technique dominates the wireless communication systems, but
to measure the frequency spectrum thru a spectrum analyzer is
still an important mean of measurement in this industrial field.
To satisfy various spectrum analyzing needs, GW Instek
provides three models : 3GHz, 2.7GHz, and 1GHz. Equipped
with exceptional high performance and affordable price, the
products are designed for the applications of wireless product
manufacturers, service, design, educational institutes, and so on.
To choose the right spectrum analyzer, couple of key specification
explainations are briefed below.
WHAT IS A SPECTRUM ANALYZER
Frequency Range
The spectrum analyzer is applied for the measurement depending
on the frequency range, like 1GHz, 2.4GHz, and so on. Therefore
the frequency range is the first consideration for most of the
applications.
Spurious Noise
The circuit noise or interference that looks like a signal occurred
even without external signal is the spurious noise of the spectrum
analyzer. Unlike noise floor, the spurious noise presents
like a signal with a specific frequency.
Spurious noise
Figure 2, spurious noise
Harmonics
Noise Floor
Noise floor is the bottom noise level when no external signal fed
into the spectrum analyzer. It represents the lowest signal level
that the spectrum analyzer can measure.
The spectrum analyzer itself will generate the harmonics from
the input signal. Therefore if the harmonics generated by
spectrum analyzer are greater than the harmonics of input signal,
the harmonic measurement will be an error as figure 3 presents.
Harmonic generated by SA
Harmonic of input signal
Noise floor
Figure 1, noise floor
Figure 3, Harmonic error because of greater harmonic of
spectrum analyzer
Made to Measure.
Good Will Instrument Co., Ltd.
B2
SPECTRUM ANALYZERS
Phase Noise
Third-order Inter-modulation
The 3rd order inter-modulation takes place for the two-tone input
signal, which means the signal with two frequencies or two
frequency signals are fed into the spectrum analyzer at the same
time. If the input signal frequencies are f1 and f2, the harmonics
are as follows.
Input
f1, f2
output
fundamentals
2nd order harmonics
3rd order harmonics
----
f1,f2
2f1, 2f2, f1� f2,
3f1, 3f2, 2f1� f2, f1� 2f2
----
The 3rd order harmonics are the most concerned ones in system.
If f1 and f2 are very closed in frequency, then 2f1-f2 and f1-2f2 will
be very close to the original signal. The followed filter will be hard
to filter out the harmonics accordingly. The concepts are illustrated
in figure 4.
f1
f2
BPF
f1, f2
2f1-f2
2f2-f1
Figure 4, the 3rd order harmonics of 2f1-f2 and 2f2-f1
An example is expressed in table 1.
Harmonics
Input
frequency
1
2
...
100, 110
100, 110
100, 101
100, 101
...
100, 100.1
100, 100.1
...
The Phase Noise is the measure of purity of the signal. In the
figure 5a, there are two signals with different types of phase noise,
in which the lower one is purer than the upper one, therefore it
has better phase noise performance.
3
300, 330, 310, 320, 90, 120
300, 303, 301, 302, 99, 102
300, 300.3, 300.1, 300.2, 99.9, 100.2
Table 1, the harmonics of two-tone signal
In the case of input 100 and 100.1, the 3rd order harmonics of 99.9
and 100.2 are quite close to the originals. It will make the
followed filter design a challenge. Therefore the inter-modulation
distortion of spectrum analyzer itself will limit the ability of twotone signal measurement as well.
Amplitude
difference
worse
offset
better
a. Signals with different phase noises
b. definition of phase noise
Figure 5, Phase noise
In figure 5b, it shows how the phase noise is defined. It is usually
defined as dBc with an frequency offset. For example, -55dBc at
200kHz offset with 30kHz RBW. Refer to the Q&A to see the
relationship between the phase noise and RBW.
Dynamic Range
There could be different wording for the definition of dynamic
range from different companies, but actually they mean the same
thing that is the ability to get the accurate measurement of
amplitude. Considering the specifications introduced above, the
dynamic range actually includes more than one term.
For example, if two-tone signal is under measurement, the intermodulation distortion needs to be considered. If the input signal
frequency falls onto the spurious noise, the spurious noise will
limit the dynamic range. But generally speaking, the level from
noise floor to maximum measurable level is defined as dynamic
range. Sometimes the display range (80 or 100dB) is also called
dynamic range. It describes the level range within the display
without shifting the reference level. The entire concept is
illustrated in figure 6.
Non-Harmonic Spurious
rd
Amplitude
Linearity
within 80dB
Display
3 Order Inter-modulation
nd
2
Shifting by
Ref. Level
Noise floor
Figure 6, Dynamic range
B3
Order Harmonic
SPECTRUM ANALYZER
MAIN FUNCTION
MODEL
Frequency Range
GSP-830
GSP-827
GSP-810
9kHz ~ 3GHz
9kHz ~ 2.7GHz
150kHz ~ 1GHz
Noise Floor
-117dBm@1GHz, 3k RBW
-100dBm@1GHz, 3k RBW
-100dBm@500MHz, 3k RBW
RBW Range
3kHz, 30kHz, 300kHz, 4MHz
3kHz, 30kHz, 300kHz, 4MHz
3kHz, 30kHz, 220kHz, 4MHz
10Hz ~ 1MHz in 1-3 steps
10Hz ~ 1MHz in 1-3 steps
1.6kHz/90kHz
Amplitude Measurement Range
-117dBm ~ +20dBm
-100dBm ~ +20dBm
-100dBm ~ +20dBm
Overload Protection
+30dBm,
+30dBm,
25V DC
+30dBm, 25V DC
Reference Level Range
-30dBm ~ +20dBm
-30dBm ~ +20dBm
-30dBm ~ +20dBm
Video Bandwidth
Power Measurement
Marker
Memory save/recall
External Reference Clock
25V DC
ACPR, OCBW, Channel Power, N dB
10
ACPR, OCBW, Channel Power
100 traces and setup
1MHz~19.2MHz
1MHz~19.2MHz
640 x 480 Color TFT LCD
Tracking Generator
9kHz ~ 3GHz (Optional)
2
10
10 traces and setup
Display
Power Meter (Optional)
9 memories
640 x 480 LCD, B&W
6-inch CRT Screen
9kHz ~ 2.7GHz (Optional)
Power Meter
150kHz~1GHz (Optional)
10MHz~2GHz (Optional)
Demodulator
Optional
Optional
DC/Battery Power Operation
Optional
Optional
Optional
Optional
USB Interface
RS-232C Interface
GPIB Interface
Power Source
Reference Page
AC100 ~ 240V, 50 ~ 60Hz
B5 ~12
AC100 ~ 240V, 48 ~ 63Hz
AC100/120/220/230V 10% ,50/60Hz
B13 ~ 16
B17 ~ 18
Other than the above specification differences, all models offer RS232 interface and free PC softwares, while GPIB is available in GSP-827/830 and USB
host and device are standard in GSP-830. All these friendly interfaces satisfy users' data transmit/save needs.
Made to Measure.
Good Will Instrument Co., Ltd.
B4
3GHz SPECTRUM ANALYZER
NEW
GSP-830 (9kHz ~ 3GHz)
The newly announced 3GHz Spectrum Analyzer, GSP-830, inherits advantages of high performance,
low cost, easy to use and varied portability. With GW Instek state-of-the-art design, GSP-830's
outstanding noise floor level, -152dBm/Hz and -162dBm/Hz with GAP-801 preamplifier, presents
extreme sensitivity for picking up weak signals. Thru Auto Sequence mode, professionals can define
their own macros in 10 Sequence sets while additional Pause, Repeat or Single run mode can be
selected for different applications. Further advanced features, as Auto Set, Split window, Power
measurements, Pass/Fail, all make GSP-830 an ideal solution when it comes to spectrum analysis.
The vast and advanced interfaces, as USB host/device, RS-232C, VGA, and GPIB (optional), make
print-out, remote control and monitoring, as well as data transactions possible.
SPECIFICATIONS
FREQUENCY
Frequency Range
Aging Rate
Span Range
Phase Noise
Sweep Time Range
FEATURES
* Low Noise Floor (-117dBm @600MHz, 3k RBW)
* Autoset Function
* Sequence Programming Functions
* ACPR, OCBW, Channel Power, N-dB
Measurements
* Pass/Fail Test with Limit Line Editing
* 10 Markers with Marker, Peak Functions
* Split Windows Allow Separate Settings
* AC/DC/Battery Multi-Mode Power Operation
* USB/RS232/GPIB(Optional) Interface
* Direct VGA Output
* 6.4" TFT Color LCD, Resolution: 640 x 480
* Compact Size, 330(W) x170 (H) x 340 (D)mm
* Light Weight of 6kg Without Options
* Optional Tracking Generator
* Optional Preamplifier
Autoset
Signal is
automatically
measured and
located at the
display center
with default or
specified settings.
Sequence
Front panel
operations can be
automated with
built-in Sequence
programming
functions.
GKT-006 EMI Probe Kit Set
ADP-01
Test Lead: BNC(P/M)~BNC(P/M) RF Cable x 1
ADP-02
Test Lead: SMA(P/M)~SMA(P/M) RF Cable x 1
ANT-01
ANT-02
ANT-03
PR-03
For:GSP-810/827/830
RESOLUTION BANDWIDTH
RBW Range
RBW Accuracy
Video Bandwidth Range
AMPLITUDE
Measurement Range
Overload Protection
Reference Level Range
Accuracy
Frequency Flatness
Display Range Linearity
DYNAMIC RANGE
Average Noise Floor
Third Inter-Modulation
Harmonic Distortion
Non-Harmonic Spurious
GENERAL
Display
Internal Memory
Markers
Trace Detection
Power Measurement
Autoset Function
CONNECTORS
RF-Input
9kHz ~ 3GHz
10ppm, 0-50 C, 5ppm/yr
2kHz ~ 3GHz in 1-2-5 sequence, full span, zero span
-80dBc/Hz @1GHz 20kHz offset typical
50ms ~ 25.6s
3kHz, 30kHz, 300kHz, 4MHz
15%
10Hz ~ 1MHz in 1-3 steps
-103dBm ~ +20dBm, 1MHz ~ 5MHz
-120 1dBm~+20dBm, 5MHz ~600MHz, Ref. Level @-50dBm
-117 -1dBm~+20dBm, 600MHz~2.3GHz, Ref. Level @-50dBm
-115 1dBm~+20dBm, 2.3GHz ~ 3GHz
+30dBm, 25VDC
-110dBm ~ +20dBm
1dB @100MHz
1dB
1dB over 70dB
-135dBm/Hz, 1MHz ~ 15MHz, Ref. Level>_ -30dBm
-152 1dBm/Hz, 15MHz ~ 600MHz, Ref. Level @-50dBm
-149 1dBm/Hz, 600MHz ~ 2.3GHz, Ref. Level @-50dBm
-147 1dBm/Hz, 2.3GHz ~ 3GHz
< -70dBc @-40dBm Input, Ref. Level @-30dBm
< -60dBc RF Input < -40dBm, Ref. Level @-30dBm
< -110dBm @3kHz RBW
640 x 480 high resolution color TFT LCD
10 traces or Setup info, 10 Limit lines, 5 Corrections, 10 Sequences
10 Markers for peaks; 5 normal-delta marker pairs
Functions: Delta , Peak , Marker Track
3 traces with Peak, Maximum hold, Freeze, Trace math
ACPR, OCBW, Channel power, N dB BW and Phase Jitter
Auto tuning the measurement result for observation
Type: N female, 50 nominal
RF input VSWR: <2:1@ 0dBm Reference Level
Type: BNC female,
1M, 1.544M, 2.048M, 5M, 10M, 10.24M, 13M, 15.36M, 15.4M, 19.2MHz
Type: BNC female, accept +5-V TTL signal
Type: BNC female, 10MHz
Jack: 5.5mm, 12V
Type: SMB male, outputs +9V/100mA Max.
External Reference
Clock Input
External Trigger Input
Reference Clock Output
DC Input
DC Voltage Output Terminal
INTERFACE
Sub-D 9 pins female
RS-232C
USB Host/Device 2.0 full speed supported
USB
VGA Output
Fully programmable with IEEE 488.2 compliance
Option : GPIB Interface
POWER SOURCE
AC 100 ~ 240V, 50/60Hz
ACCESSORIES
User manual x1 , Power cord x1
DIMENSIONS & WEIGHT
330(W) x 170(H) x 340(D) mm, Approx. 6kg
Note: Need to Collocate the Optional Accessories.
OPTION
B5
Opt. 01 Tracking Generator
Frequency Range
Amplitude Range
Amplitude Accuracy
Amplitude Flatness
Harmonics
Reverse Power
Impedance
RF Output VSWR
9kHz ~ 3GHz
-50dBm ~ 0dBm
1dB@100MHz, 0dBm
1dB@0dBm
<-30dBc typical
+30dBm
Type: N female, 50 nominal
<2:1
Rear Panel
GSP-830
OPTION
Opt. 02 Battery pack
10.8V Li-Ion battery pack x 2
Opt. 03 1ppm Stability
1ppm , 0 ~ 50 C, 1ppm/yr
Opt. 04 300Hz RBW
RBW 300Hz, 3dB bandwidth
RBW accuracy : 15%
Opt. 05 9kHz & 120kHz RBW(*)
RBW selections : 9kHz and 120kHz, 6dB bandwidth
RBW accuracy : 15%
Opt. 06 10kHz & 100kHz RBW(*)
RBW selections : 10kHz and 100kHz, 3dB bandwidth
RBW accuracy : 15%
Opt. 07 AM/FM Demodulator & 10kHz & 100kHz RBW(*)
Demodulation : AM , FM
Output : internal speaker, 3.5mm stereo jack wired for mono operation
RBW selections : 10kHz and 100kHz, 3dB bandwidth
RBW accuracy : 15%
Opt. 08 GPIB Interface
IEEE 488 bus
NOTE : 1. (*) Only one option can be selected between Opt. 05,06,07.
2. All options are factory-installed except opt.02.
OPTIONAL ACCESSORIES
ATA-001 BNC Antenna
ATA-002 Near Field Probe
Wideband, 0.1~1000 Mhz, Low Noise, 2.9dB Typical
GAP-801 Preamplifier
Preamplifier with 10dB(typical) 9kHz ~ 6GHz
GKT-001 General Kit set
ADP-002: adaptor, SMA(J/F) ~ N(P/M) x 2
ATN-100: 10dB attenuator, N(J/F) ~ N(P/M) x 1
GTL-303: RF cable assembly(SMA(P/M),RD316,600mm)x2
GSC-002: Kit box x 1
GKT-002 CATV Kit set
ADP-001: adaptor, BNC(J/F) ~ N(P/M) x 2
ADP-101: adaptor,BNC(J/F)75 ~BNC(P/M)50 x 2
GTL-304: RF cable assembly(RG223,N(P/M)-N(J/F),300mm)x2
GSC-003: Kit box x 1
GKT-003 RLB Kit set
GAK-001: termination 50 , N(P/M) x 1
GAK-002: Cap with chain, N(P/M) x 1
GTL-302: RF cable assembly(RG223,N(P/M),300mm)x2
GSC-004: Kit box x 1
GKT-006 EMI Probe Kit set
ANT-01: 6cm Loop, H-Field Probe x 1
Test Lead: BNC(P/M)~BNC(P/M) RF Cable x 1
Test Lead: SMA(P/M)~SMA(P/M) RF Cable x 1
ANT-02: 3cm Loop, H-Field Probe x 1
ADP-01: N(P/M)~BNC(J/F) Adapter x 1
ANT-03 6mm Stub tip, E- Field Probe x 1
PR-03: Touch Passive Probe x 1
ADP-02: N(P/M)~SMA(J/F) Adapter x 1
GRA-404 Rack Adapter Panel
Rack Mounting (19", 4U)
GSC-001 Soft Carrying Case
GTL-301 RF Cable
RG 223 N(P/M), 1000mm
GTL-401 DC Power Cord
DC power cord with DC Jack and lighter plug,Current 5A
GRA-404 Rack Adapter Panel
For : GSP-827/830, Rack Mounting (19", 4U)
GSC-001 Soft Carrying Case
For : GSP-827/830
GKT-001 General Kit Set
ADP-002
ATN-100
GTL-303
GSC-002
For:GSP-810/827/830
GKT-002 CATV Kit Set
ADP-001
ADP-101
GTL-304
GSC-003
For:GSP-810/827/830
GKT-003 RLB Kit Set
GAK-001
GAK-002
GTL-302
GSC-004
For:GSP-810/827/830
GTL-401
DC Power Cord
with DC Jack and
Lighter Plug,
Current 5A
For:GSP-827/830
Made to Measure.
Good Will Instrument Co., Ltd.
B6
3GHz SPECTRUM ANALYZER
KEY FEATURES
GW Instek now extends its Spectrum Analyzer product series to 3GHz up. As a new member, GSP-830 inherits the advantages
of high performance, low cost, easy to use and light-weight portability of GWinstek products. Moreover, its fabulous
low noise floor greatly increases the measurement range; advanced user interface brings you significant visual distinction;
rich measurement functions make your work simple and easy. GSP-830 offers you the greatest performance/price value in
the market.
Wide Measurement Range
With GW Instek state-of-the-art design, GSP-830's outstanding noise floor level, -152dBm/Hz @600MHz, presents extreme
sensitivity for picking up weak signals. Along with GAP-810 10dB-gain preamplifier, GSP-830 reaches the equivalent noise
floor level as low as -162dBm/Hz, thus widely extend the measurement range.
Automatic Measurement
GSP-830 can be an automatic test instrument without any external computer control. Users can define their own macros
through keypad on the front panel and store them into 10 Sequence sets. The sequence includes the step of pause, so
the running sequence could be stopped for measurement result observation then continue when necessary. Repeat or
Single run modes can be selected based on the application requirements.
Portable Power Operations
Equipped with two packs of Li-lon battery, GSP-830 could maintain its normal operation for more than 3 hours. The DC
operation mode also allows GSP-830 to be powered by a 12-Volt power supply or the power of cigar-lighter inside the
automobile. The large internal memory size of GSP-830 makes measured traces storage, information setup, limit lines
and user-defined macros possible. Along with the USB feature to adopt the popular flash drive for mass storage, GSP-830 is
a convenient tool for the service engineers. With only 6kg light weight and compact size, GSP-830 well fits into
outdoor applications.
Advanced User Interface
The user-oriented interface design of GSP-830 gives you the pleasure of handling a complicated job with ease. A highresolution 6.4" color TFT LCD provides high quality image display. Multiple traces with different colors, as defined by the
user, facilitate the visual recognition of small disparities at a glance. Split window mode delivers the value for monitoring
two different frequency bands on the same display at the same time. Under this split-window mode, GSP-830 acts like a
product of two-spectrum-analyzers-in-one.
Feature-Rich Interface
The front panel USB host port supports the ubiquitous flash drive for various transactions, including setup info, trace data
and display images. The rear panel USB On-The-Go, or OTG, port plays the dual roles of both host and slave. As a slave,
it gives accessibility to the remote control from PC. The display image of GSP-830 could be sent directly to the external
monitors through a VGA port on the rear panel. This gives convenience for the remote monitoring at EMI test sites or the
circumstances needing presentation or group discussion.
Free PC Software for GSP-830/GSP-827
Through RS-232 or USB connection, EagleShot transfers the measurement data from GSP-830 to the PC. Users can print
out the data in graphical format directly or save it into text file for further data analysis. With EagleShot software, the
Limit Line setting on the PC could be done either through capturing the setting from GSP-830 or through the Limit Line
editing by the user at the PC end. For marking and reading the measured signals on the PC screen, users can place markers
to the peaks of their interest on the display, as easily as they do on GSP-830. The new EagleShot PC software supports both
GSP-830 and GSP-827 in various application fileds.
B7
A.
AUTO SET FUNCTION
Going through special training and/or numerous panel
operations is a common requirement to capture RF signals in
a precise manner. Everything is changed now: GSP-830's
advanced Autoset function automatically captures RF signal
and configures at the optimal display setting in just one push
of button. For complex signals, definitely, you can still
B.
POWER MEASUREMENT FUNCTION
ACPR
OCBW
GSP-830 provides various power measurement functions:
ACPR, OCBW, Channel Power, Phase Jitter, and N-dB. Two
adjacent channels as well as channels bands are shown at the
same time with different color codes, enabling users to
recognize the result at a glance. When conducting power
C.
manually adjust settings such as amplitude and frequency
span. Using spectrum analyzer will never be a complicated
matter again.
MARKER FUNCTION
Using the 5 pairs of flexible and all-around markers in GSP-830,
you can easily find and observe the signal peaks, track them,
or measure the delta. The markers provide accurate status of
any frequency in a table list, letting you grasp all signal aspects
in a glance.
N-dB BW Measurement
Jitter Measurement
measurements, the display will split in half showing all parameters
together with the waveform.
D.
CORRECTION TABLE FUNCTION
GSP-830 provides up to five sets of amplitude correction
functions for compensating antenna effect. Each correction
set includes 30 amplitude adjustment points in independent
frequencies, allowing adjustment of antenna effect over
measurements.
Made to Measure.
Good Will Instrument Co., Ltd.
B8
3GHz SPECTRUM ANALYZER
E.
PASS/FAIL JUDGMENT
GSP-830 can increase the production line efficiency by using the
three types of Pass/Fail test setting (Hi, Lo, Curve)
with high/low limit. GSP-830 swiftly and accurately determines
whether the waveform is within the specified range or not.
The display shows the low/high limit line shape in real time;
the delta between the target shape is always clear.
G.
AUTO SEQUENCE MODE
Automatic sequence feature offers a special functionality that frees
you from complex programming; GSP-830 configures ATE test
system by itself. After setting up sequence sets from the front
panel, it will be very convenient to run different measurements in
series (in one push button) or to carry out the whole test
sequences step by step.
I.
THREE-TRACE INDEPENDENT DETECTION
GSP-830 can display three traces at once, enhanced with
various signal detection modes: peak, average, sample, etc.
The other useful trace functions include trace math operations
using the stored traces.
B9
F.
TRIGGER FUNCTION
The configurable trigger feature adds a very flexible yet powerful
triggering capability to GSP-830. Professionals can select and set
various trigger characteristics: source, mode, delay, frequency, etc.
H.
SPLIT WINDOWS DISPLAY IN LIVE MODE
In the split window mode, one can measure two traces at the
same time with different scale settings. More importantly,
real-time display update is maintained under the split window
mode. This feature is especially useful when measuring
harmonics.
J.
STATUS INFORMATION PRESENTED BY ICONS
Breaking out of the traditional methodology, GSP-830 has
adopted status icons to show the current instrument state in
the display. The intuitive icons help you grasp the current
condition immediately. No need to worry about other functions
or settings which might cause measurement errors.
K.
MULTI-LANGUAGE OPERATION
In order for you to operate the spectrum analyzer effectively,
GSP-830 offers multi-language operation feature, which gives
you the familiar environment and lets you dive in the RF
measurement even at the first try.
M.
L.
VGA OUTPUT
The VGA output terminal can be used for showing GSP-830
display content on an external device, such as projector screen
or VGA monitor. It offers a huge benefit in a large amount of
applications such as education and remote monitoring.
USB INTERFACE INCLUDED IN THE STANDARD CONFIGURATION
Flash Driver
PC
Printer
GSP-830
GSP-830 provides multiple PC connections. In addition to the
standard RS-232C and optional GPIB for ATE control, GSP-830
now includes the widely adopted USB Host for data transfer.
Professionals can directly plug in Flash drives to USB Host
port to transfer measurement data.
N.
This feature improves the work efficiency and makes file transfer
far more convenient.
OPERATION TIME OF 3HOURS WITH THE BATTERY PACK
Li-Ion Battery Pack
Three types of power operations are equipped in GSP-830: AC
(100~240V), DC (+11~17V), and battery. Using the battery
pack, one can operate GSP-830 for up to 3 hours without
external power source. When using GSP-830 inside automobiles,
the standard 12V supply provides not only the power source
Soft Carrying Case
but also battery charging. These multiple power choices will
definitely satisfy professionals mobile measurement needs.
Made to Measure.
Good Will Instrument Co., Ltd.
B10
3GHz SPECTRUM ANALYZER
O.
FULL-FLEDGED FUNCTIONS FOR A TOTAL SOLUTION
GSP-830, with much elevation on the frequency domain technology, is positioned as an accurate and powerful tool for RF
measurements in the industrial fields. The 3GHz Frequency Band and the low Noise Floor of -152dBm/Hz greatly expands the
GSP-830 dynamic range to a level that meets most of the critical measurement requirements in various market sectors. The high
speed signal processing of GSP-830 not only gives a very fast sweep rate of the spectrum but also plays the role as the engine for
powerful measurement capabilities. The Auto Measurements of Channel Power, Bandwidth and Phase-Jitter related parameters
of a RF system or device could be done with ease. The Split-Window enables the dual measurements with dual displays of a signal
under two different setting environments. The A B C Traces provide three live measurement results, such as Clear & Write, Max
Hold, and Average traces, of a signal in the same spectrum at the same time. The Go/NoGo function facilitates the fast
measurements in the Manufacturing and Component Sourcing fields, whereas the Auto Sequence provides a mean to
automatically run through a sequence of tests based on the various system settings of the user's test routines.
The remarkable USB features support the Image, Data & Setting storage through flash drive. Being an USB Device,
GSP-830 can be remotely controlled by PC through the USB OTG port on the rear panel. The 6.4" TFT LCD with 640 x 480
resolution enhances the effectiveness of GSP-830 powerful measurements due to its bright, colorful & high-resolution display.
The Auto-Set function, 10Markers (with 5 pairs) measurement and Multi-Language Menu all together provide a very thoughtful
user interface. The light-weight & compact design plus DC/Battery power operation give field service engineers the bestportability
benefit.
The optional 9k/120kHz RBW filters plus Average and Quasi-Peak Detections fulfill the demand for EMI Test compliances. The
function of "Peak Table", listing the first ten peaks based on the ranking of either amplitude or frequency, provides EMI Engineers
with a very convenient tool. With optional preamplifier GAP-801, GSP-830 becomes a very good EMI pre-tester to help electronic
designers catch potentially critical signals prior to the product EMI certification test. With 3GHz Tracking Generator, GSP-830 well
accommodates the applications for System & Component characteristic verifications. The optional 1ppm stability and the
optional AM/FM Demodulator extend the GSP-830 application support to the niche areas. The accessories, such as preamplifier,
CATV test kit and RLB test kit, are all available as GSP-830 options to meet the requirements with various applications.
The free PC software of GSP-830, EagleShot, can be accessed and downloaded from GW Instek website. Through RS-232 or USB
connection, EagleShot transfers the measurement data from GSP-830 to the PC. Users can print out the data in graphical format
directly or save them into text file for further data analysis. With EagleShot software, the Limit Line setting on the PC could be
done either through capturing the setting from GSP-830 or through the Limit Line editing by the user at the PC end. For marking
and reading the measured signals on the PC screen, users can place markers to the peaks of their interest on the display, as easily
as they do on GSP-830.
B11
P.
APPLICATION
Wireless Speaker
EMI Debug
SNG Car
Tuners
Remote Control
Antennas
GSP-830
Wireless CCD Camera
Mobile phone
GPS Receive
Wireless
Microphone
RFID
WLAN
Made to Measure.
Good Will Instrument Co., Ltd.
B12
2.7GHz SPECTRUM ANALYZER
GSP-827 Spectrum Analyzer is a very handy instrument for RF measurement application, which delivers
a superior combination of easy-to-use design and exceptional price/performance value enclosed within
highly portable package. Covering 9kHz to 2.7GHz frequency range, GSP-827 is designed to meet
Production/Development test demands of RF products, as well as on-site Maintenance/Installation of
wireless communication system. The large memory size of GSP-827 enables storing 100 types of trace/
set-up, making repetitive measurements with a massive amount of test results doable. With AC/DC/
Battery power operation and 4.5kg light weight, GSP-827 makes the field service of RF systems much
easier.
GSP-827 (9kHz~2.7GHz)
SPECIFICATIONS
FREQUENCY
FEATURES
* Frequency Range : 9kHz ~ 2.7GHz
* Input Range : -100dBm ~ +20dBm
* Average Noise Floor : -100dBm
* Power Measurements : ACPR/OCBW/CH Power
* Split Window: Simultaneous Measurements
in Two Separate Frequency Spans
* 10 Markers : Delta Mode, Peak Search, Peak Track
* Trace Function : Dual-Trace Display, Peak Hold,
Freeze, Average, Trace Math
* Limit Line : Upper/Lower Limit with Pass/Fail Test
* Trigger Function : Video/ External
* Clock/Calendar : Time/Date Stamp in Saved Data
* Wide Range of External Reference Clock :
1MHz~19.2MHz
* 100 Trace/State Memories with Date/
Time Stamp and File Name
* TG : 9kHz ~ 2.7GHz,-50dBm ~ 0dBm(Option)
* EMI Filters (Option)
* AC/DC/Battery Operation (Option)
* Compact Size and Light Weight at 4.5kg
Frequency Range
Aging Rate
Span Range
Phase Noise
Sweep Time Range
RESOLUTION BANDWIDTH
9kHz~2.7GHz
10ppm, 0~50 C, 5ppm/yr
2kHz~ 2.5GHz in 1-2-5 sequence, full span, zero span
-85dBc/Hz @1GHz 20kHz offset typical
50ms~25.6s
RBW Range
RBW Accuracy
Video Bandwidth Range
3kHz, 30kHz, 300kHz, 4MHz
15%
10Hz~1MHz in 1-3 steps
AMPLITUDE
Measurement Range
Overload Protection
Reference Level Range
Amplitude Display Range
Amplitude Accuracy
Frequency Flatness
Amplitude Level Linearity
DYNAMIC RANGE
Average Noise Floor
Third Inter-Modulation
Harmonic Distortion
Non-Harmonic Spurious
ADP-01
Test Lead: BNC(P)~BNC(P) RF Cable x 1
ADP-02
Test Lead: SMA(P)~SMA(P) RF Cable x 1
ANT-01
ANT-02
ANT-03
PR-03
For:GSP-810/827/830
-100dBm: 1MHz~2.5GHz ; -95dBm: 2.5GHz~2.7GHz
-75dBm: 150kHz~1MHz ; -65dBm: 50kHz~150kHz
<-70dBc @-40dBm Input, 2MHz apart
<-60dBc @-40dBm Input
<-60dBc @typical down from Reference Level 150k~2.7GHz
DISPLAY SYSTEM
Display Device
Display Function
FUNCTIONS
Marker Mode
Internal Memory
Peak Search
Trace Number
Power Measurement
Trigger
GKT-006 EMI Probe Kit Set
-100dBm~+20dBm : 1MHz~2.5GHz @3k RBW
-95dBm~+20dBm : 2.5GHz~2.7GHz @3k RBW
-75dBm~+20dBm : 150kHz~1MHz @3k RBW
-65dBm~+20dBm : 50kHz~150kHz @3k RBW
+30dBm, 25VDC
-30dBm~+20dBm
75dB
1.5dB @100MHz
1.5dB
1.5dB over 70dB
640 x 480 high resolution graphical LCD, B&W
Contrast, backlight ON/OFF, Invert screen split window: upper and lower
Normal and delta mode Number: Up to 10 in multi marker mode
100 traces and setup for Save/Recall
To peak, to center , next peak, peak right, peak left and peak track
Number:2, tr A and B for display memory Functions: peak hold, average, freeze,
math.Detect: sample, peak+, AVG 1/2/3, quasi-peak
ACPR x 2, OCBW, Channel Power
Functions: Video, External; Mode: continuous, single
Source: video, external (0~5V rising edge); Setting: Trigger delay, Trigger frequency
Number: 2, high and low Functions: Edit:Insert, Delete, Undo Pass/Fail
100MHz, -30dBm
Limit Line
Calibrate Signal
CONNECTORS
RF Input
Type : N female, 50 nominal; RF input VSWR : <1.5:1, @0dBm Reference Level
Type: BNC female
External Reference
1M, 1.544M, 2.048M, 5M, 10M, 10.24M, 13M, 15.36M, 15.4M, 19.2M
Clock Input
Type:BNC female, 10MHz
Reference Clock Output
DC Input
Jack:5.5mm, 12V
INTERFACE
RS-232C
Sub-D 9 pins female
Fully programmable with IEEE 488.2 compliance
Option : GPIB Interface
POWER SOURCE
AC 100 ~ 240V, 50 ~ 60Hz
ACCESSORIES
User manual x 1, Power cord x 1
DIMENSIONS & WEIGHT
330(W) x 170(H) x 340(D) mm, Approx. 4.5kg
Note: Need to Collocate the Optional Accessories.
OPTION
B13
Opt. 01 Tracking Generator
Frequency Range
Amplitude Range
Amplitude Accuracy
Amplitude Flatness
Harmonics
Reverse Power
Impedance
RF Output VSWR
9kHz ~ 2.7GHz
-50dBm ~ 0dBm
1dB@100MHz, 0dBm
1dB@0dBm
<-30dBc typical
+30dBm
Type: N female, 50 nominal
< 1.5 : 1
Rear Panel
GSP-827
OPTION
Opt. 02 AC/DC BatteryOperation with Battery Pack
10.8V Li-Ion battery pack x 2
Opt. 03 1ppm Stability
1ppm , 0 ~ 50 C, 1ppm/yr
Opt. 06 GPIB Interface
IEEE 488 bus
Opt. 12 EMI Filters (*)
RBW Selections: 9kHz and 120kHz, 6dB bandwidth
RBW Accuracy: 15%
Opt. 13 Demodulator (*)
Demodulation: AM, FM
Output: Internal speaker, 3.5mm stereo jack wired for mono operation
Opt. 14 EMI Filters and 300Hz RBW (*)
RBW Selections: 9kHz and 120kHz,6dB bandwidth 300Hz,3dB bandwidth RBW Accuracy: 15%
Opt. 15 EMI Filters and Demodulator (*)
RBW Selections: 9kHz and 120kHz, 6dB bandwidth
RBW Accuracy: 15%
Demodulation: AM, FM
Output: Internal speaker, 3.5mm stereo jack wired for mono operation
Opt. 16 EMI Filters, 300Hz RBW and Demodulator (*)
RBW Selections: 9kHz and 120kHz, 6dB bandwidth 300Hz, 3dB bandwidth
RBW Accuracy: 15%
Demodulation: AM, FM
Output: Internal speaker, 3.5mm stereo jack wired for mono operation
NOTE : 1. (*)Only one option could be selected among option 12 to 16 for any given GSP-827 unit.
2. All options are factory-installed.
OPTIONAL ACCESSORIES
ATA-001 BNC Antenna
ATA-002 Near Field Probe
Wideband, 0.1~1000 Mhz, Low Noise, 2.9dB Typical
GAP-801 Preamplifier
Preamplifier with 10dB(typical) 9kHz ~ 6GHz
GKT-001 General Kit set
ADP-002: adaptor, SMA(J/F) ~ N(P/M) x 2
ATN-100: 10dB attenuator, N(J/F) ~ N(P/M) x 1
GTL-303: RF cable assembly(SMA(P/M),RD316,600mm) x 2
GSC-002: Kit box x 1
GKT-002 CATV Kit set
ADP-001: adaptor, BNC(J/F) ~ N(P/M) x 2
ADP-101: adaptor,BNC(J/F)75 ~BNC(P/M)50 x 2
GTL-304: RF cable assembly(RG223,N(P/M)-N(J/F),300mm) x 2
GSC-003: Kit box x 1
GKT-003 RLB Kit set
GAK-001: termination 50 , N(P/M) x 1
GAK-002: Cap with chain, N(P/M) x 1
GTL-302: RF cable assembly(RG223,N(P/M),300mm)x2
GSC-004: Kit box x 1
GKT-006 EMI Probe Kit set
ANT-01: 6cm Loop, H-Field Probe x 1
Test Lead: BNC(P/M)~BNC(P/M) RF Cable x 1
ANT-02: 3cm Loop, H-Field Probe x 1
Test Lead: SMA(P/M)~SMA(P/M) RF Cable x 1
ADP-01: N(P/M)~BNC(J/F) Adapter x 1
ANT-03 6mm Stub tip, E- Field Probe x 1
PR-03: Touch Passive Probe x 1
ADP-02: N(P/M)~SMA(J/F) Adapter x 1
GRA-404 Rack Adapter Panel
Rack Mounting (19", 4U)
GSC-001 Soft Carrying Case
GTL-301 RF Cable
RG 223 N(P/M), 1000mm
GTL-401 DC Power Cord
DC power cord with DC Jack and lighter plug,Current 5A
GRA-404 Rack Adapter Panel
For : GSP-827/830, Rack Mounting (19", 4U)
GSC-001 Soft Carrying Case
For : GSP-827/830
GKT-001 General Kit Set
ADP-002
ATN-100
GTL-303
GSC-002
For:GSP-810/827/830
GKT-002 CATV Kit Set
ADP-001
ADP-101
GTL-304
GSC-003
For:GSP-810/827/830
GKT-003 RLB Kit Set
GAK-001
GAK-002
GTL-302
GSC-004
For:GSP-810/827/830
GTL-401
DC Power Cord
with DC Jack and
Lighter Plug,
Current 5A
For:GSP-827/830
Made to Measure.
Good Will Instrument Co., Ltd.
B14
2.7GHz SPECTRUM ANALYZER
Portable and Easy-To-Use Spectrum Analyzer with Exceptional Price/Performance
GSP-827 covering 9kHz ~ 2.7GHz frequency range, is designed to meet the demands of production or development tests of RF products, and maintenance
or installation of on-site wireless communication systems. The exceptional price/performance, high portability, and easy-to-use design make GSP-827 a very
accurate and handy instrument for most of the RF measurement applications.
High Portability and Large Memory Size :
With AC/DC/Battery power operation, 4.5kg light weight, compact size, and 9kHz ~ 2.7GHz frequency coverage, GSP-827 is a very convenient tool for the field
service of RF systems. The 100 sets of memory of GSP-827 to save 100 trace/set-up make repetitive measurements with mass storage of test results possible.
The large memory size of GSP-827 is also a useful feature for the characteristic verification of products and components. The repetitive measurement results
could be saved in GSP-827, and then transferred to the PC for further analysis.
Exceptional Price/Performance :
Utilizing advanced synthesizer-based design, GSP-827 delivers accurate and reliable measurements. The remarkable performance of -100dBm average noise
floor and -100dBm ~ 20dBm wide input range, greatly extends the application range of the product. The ACPR, OCBW and CH power measurements make
the verification of wireless communication characteristics simple and easy. The split window display to simultaneously show the spectrum in two separate
frequency spans and set-ups makes the complicated measurements a lot easier. The optional built-in tracking generator with normalized output gives a useful
mean for the performance test of RF components and modules. All the GSP-827 innovative features reflect to the price/performance value of the users.
A.
CH POWER/OCBW/ACPR
Channel Power Measurement
OCBW Measurement
GSP-827 provides versatile power measurement capabilities including
Channel Power(CHP), Occupied Bandwidth(OCBW) and Adjacent
Channel Power Ratio(ACPR), which are essential to the transmission
characteristics verification of wireless communication systems.
CH Power : With the setting of channel center frequency and channel
bandwidth, GSP-827 automatically measures the total
transmitted power within the set bandwidth of the
designated channel.
OCBW : With the setting of channel center frequency and the
percentage of total transmitted power, GSP-827
B.
Delta Marker Mode
100 TRACE/STATE MEMORIES
100 Sets of Trace/State Memories
GSP-827 provides up to 100 sets of memory to Save and Recall the
Waveform and the Set-Up of measurements. The specified file name
and the Date/Time stamp could be attached to each saved file for easy
recognition and analysis of all the saved information. With large
memory size, GSP-827 greatly facilitates the measurements of on site
service and the product characteristic verification.
B15
ACPR : ACPR measurement function allows the user to check the
interference or leakage power between the designated channel
and its adjacent channels. Due to the sophistication of the
modern communication system, GSP-827 has the capabilities
to measure the power ratio between the designated channel
and its adjacent channels either within the same
communication system or that of a different communication
system.
10 MARKERS(PEAK TRACK, PEAK SEARCH)
Multi-Markers Mode
C.
Adjacent Channel Power Ratio
automatically indicates the bandwidth that represents the set
percentage of total transmitted power.
GSP-827 gives the high operation flexibility under both Delta-Marker
mode and Multi-Marker mode. Up to 10 markers could be selected to
show their absolute values of frequency and level in a table on the
screen. The relative values of frequency and level of selected markersto-reference marker could be shown under an easy operation process.
All Markers, each with full marker capabilities including Peak Search,
Marker to Center, and Peak Track, provide fast and comprehensive
interpretations of measurements.
D.
LIMIT LINE
Limit Line for Pass/Fail Testing
The Upper Limit Line and Lower Limit Line could be easily set to
monitor the abnormal signals under user's definition. Each Limit Line
could be set by linking the points, which are positioned by entering
the values of both frequency and level referring to the frequency axis
and the level axis.
E.
SPLIT WINDOW
Split Window allows user to view the frequency spectrum of an
input signal on two separate screen areas under two different settings
of GSP-827. This useful feature of two-measurements-in-one usually
means the value of two-instruments-in-one.
Split Window To Observe Two Different Signals
F.
TRACKING GENERATOR
With optional Tracking Generator, GSP-827 becomes a handy tool to
do the characteristic verification of dual-port components such as
filters and amplifiers etc. The normalization process of output signal
compensates the uneven signal loss caused by the effect of
measurement cables and connectors, and therefore ensures an
accurate measurement.
Tracking Generator To Observe Characteristic of Filter
G.
PC SOFTWARE
H.
Carrying Case with GSP-827 and Accessories
Free Charge of PC Software
GSP-827 offers a PC software free of charge that customers can easily
send the acquired trace and the associated parameters from GSP-827
to PC through RS-232C.
I.
CARRYING CASE
With the carrying case , GSP-827 makes the on-site RF measurements
more convenient. The carrying case not only provides the protection and
portability of GSP-827 but also carries the test accessories , such as RF
cable, antenna, and battery to facilitate the measurements.
APPLICATION
Maintenance
Radio/TV Broadcasting System
Industrial Wireless Automation
CATV
HDVT
Education
RF and Wireless
Communication Lab
Installation/Maintenance
Cellular/Base Station
WLAN Hot-Spot
Wireless Communication System
RF Components
Amplifier
LNB
Filter
RFID
Oscillator.. Antenna
GSP-827
EMC Pre/Post
Compliance Test
Production Testing of
Wireless Products
WLAN/ Blue Tooth Module
Cordless Phone
Wireless Keyboard, Mouse
Made to Measure.
Good Will Instrument Co., Ltd.
B16
1GHz SPECTRUM ANALYZER
The GSP-810 Spectrum Analyzer is a digitally synthesized, easy-to-use RF measurement instrument
with a frequency range up to 1GHz. It uses state-of-the-art design for a phase-locked RF system that
combines measurement quality and performance with an affordable price. The GSP-810 is designed
for rugged use as well, with 1-watt input protection. The small size and light weight of GSP-810 make
it easy to carry and stow anywhere. Standard RS-232C interface and free Windows compatible software
allow displaying the spectrum and saving/printing the test data through PC. All these functions and
features make the GSP-810 an affordable, expandable, and high quality instrument fit your needs!
GSP-810 (150kHz~1GHz)
FEATURES
SPECIFICATIONS
* Frequency Range : 150kHz ~ 1GHz
* Fully Digital Phase Locked Loop Technique
Design
* High Frequency Stability : 10ppm
* High Resolution of Span to Measure the More
Detailed Signal : Zero, 2kHz~100MHz/div
* RBW : 3k, 30k, 220k, 4MHz
* High Input Protection Level : +30dBm,
25VDC
* Reference Level Range : -30dBm ~ +20dBm
* Good Noise Floor Performance: -95dBm
@30kHz, -100dBm Typical @220kHz RBW
* Two Markers for Absolute and Relative
Measurement
* Functions: Max. Hold, Average(2 ~ 32 Traces),
Freeze, Peak Search, Marker to Center Functions
* 9 Memories of Save/Recall
* RS-232C Interface and Software to get Trace
from GSP-810 to PC
* Options:Tracking Generator, Power Meter,
Romote Control Software
Frequency Range
Aging Rate
Span Range
Phase Noise
Frequency Resolution
Frequency Display
Frequency Control
FREQUENCY
RESOLUTION BANDWIDTH
RBW Range
RBW Accuracy
Video Bandwidth Range
AMPLITUDE
Measurement Range
Overload Protection
Reference Level Range
Amplitude Display Range
Amplitude Accuracy
Frequency Flatness
Amplitude Level Linearity
DYNAMIC RANGE
Average Noise Floor
Third Inter-Modulation
Harmonic Distortion
Non-Harmonic Spurious
DISPLAY SYSTEM
Display Device
Display Function
FUNCTIONS
Marker Mode
Number of Markers
Marker Resolution
Marker Accuracy
Memory
Trace
Setup
Demodulator
150kHz~1GHz
10ppm, 0~50 C, 2ppm/yr
Zero, 2kHz~100MHz/div in 1-2-5 sequence
-77dBc/Hz @ 1GHz 30kHz offset
1kHz C.F. entry, 40Hz sweep resolution at 2kHz/div
6 1/2 digit setting
Digital phase locked
3kHz, 30kHz, 220kHz, 4MHz
15%
1.6kHz/90kHz couple with RBW
-100dBm~+20dBm
+30dBm continuous, 25VDC
-30dBm~+20dBm
75dB
1.5dB typical @ 0dBm, 80MHz
1.5dB over 100MHz, 2.5dB typical over entire band/ 3dB:150kHz~10MHz
1.5dB over 70dB
-95dBm @30kHz RBW, -100dBm typical /-75dBm: 150kHz~10MHz
<-70dBc, @-40dBm input, 2tones, 2MHz apart/ <-45dBc:150kHz~10MHz
<-40dBc, RF input < selected reference
<-60dBc typical down from reference level, average, 5MHz/div
CRT Display, 8 x 10 graticule, 6-inch waveform screen
LCD Display, 4 line x 20 character data screen
Center Frequency Control, Bandwidth, Reference Level, Span Range, Amplitude
Absolute, relative, PK->marker, marker->center
2
0.1dB, 1kHz
0.1dB amplitude accuracy
9 memorise of save/recall
Max. hold, average(2~32 traces), freeze(Hold)
Access parameters
WB FM, 120kHz deviation
MB FM, 75kHz deviation
NB FM, 30kHz deviation
AM
Outputs : Internal speaker, 3.5mm stereo jack, wired for mono operation
80MHz, -30dBm
Calibrate Signal
INTERFACE
RS-232C standard & remote display software
(The software will be downloaded from GW Web-Site.)
POWER SOURCE
AC 100V/120V/220V/230V 10%, 50/60Hz
ACCESSORIES
User manual x 1, Power cord x 1
DIMENSIONS & WEIGHT
310(W) x 150(H) x 455(D) mm, Approx. 8.5kg
B17
GSP-810
OPTION
Opt. 01 TRACKING GENERATOR (Factory Installed)
Frequency Range
150kHz ~ 1GHz
Amplitude Range
0 ~ 50 dBm
Amplitude Resolution
1 dB
_ 1 dB @ 0 dBm, 80 MHz
+
Amplitude Accuracy
_ 1 dB @ 50 MHz
+
Attenuation Accuracy
_ 1 dB @ 10 MHz/DIV,+
+
_ 1.5dB@0dB,entire band
Amplitude Flatness
Harmonics
< -30 dBc (<-25dBc, 150kHz ~ 10MHz)
Reverse Power
< +30 dBm
Impedance
50 nominal
Return Loss
< 10 dB (VSWR < 2)
Connector
Type N female
Opt. 02 POWER METER (Factory Installed)
Frequency Range
Power Level Range
Power Level Overload
Return Loss
Readout Resolution
10MHz ~ 2 GHz, usable to 2.7GHz
-20 dBm ~ +23 dBm, usable to +30 dBm
+40 dBm < 10% duty cycle, < 10 mS duration
< 1:1.35 VSWR into 50 ohms, < 1:1.25 typical
0.2 mW, 100 mW scale, 2 W, 1 mW scale;
0.1dB, Log scale
Accuracy
(10% rdg 1digit)
Readout
mW or dBm
Opt. 03 REMOTE CONTROL SOFTWARE
Connecting PC to get the trace and provide the control for setting
OPTIONALACCESSORIES
ACCESSORIES
OPTIONAL
ATA-001 BNC Antenna
ATA-002 Near Field Probe
Wideband, 0.1~1000 MHz, Low Noise, 2.9dB Typical
GAP-801 Preamplifier
Preamplifier with 10dB(typical) 9kHz ~ 6GHz
GKT-001 General Kit set
ADP-002: adaptor, SMA(J/F) ~ N(P/M) x 2
ATN-100: 10dB attenuator, N(J/F) ~ N(P/M) x 1
GTL-303: RF cable assembly(SMA(P/M),RD316,600mm)x2
GSC-002: Kit box x 1
GKT-002 CATV Kit set
ADP-001: adaptor, BNC(J/F) ~ N(P/M) x 2
ADP-101: adaptor,BNC(J/F)75 ~BNC(P/M)50 x 2
GTL-304: RF cable assembly(RG223,N(P/M)-N(J/F),300mm)x2
GSC-003: Kit box x 1
GKT-003 RLB Kit set
GAK-001: termination 50 , N(P/M) x 1
GAK-002: Cap with chain, N(P/M) x 1
GTL-302: RF cable assembly(RG223,N(P/M),300mm)x2
GSC-004: Kit box x 1
GKT-006 EMI Probe Kit set
ANT-01: 6cm Loop, H-Field Probe x 1
Test Lead: BNC(P/M)~BNC(P/M) RF Cable x 1
ANT-02: 3cm Loop, H-Field Probe x 1
Test Lead: SMA(P/M)~SMA(P/M) RF Cable x 1
ADP-01: N(P/M)~BNC(J/F) Adapter x 1
ANT-03 6mm Stub tip, E- Field Probe x 1
PR-03: Touch Passive Probe x 1
ADP-02: N(P/M)~SMA(J/F) Adapter x 1
GKT-001 General Kit Set
ADP-002
ATN-100
GTL-303
GSC-002
For:GSP-810/827/830
GKT-002 CATV Kit Set
ADP-001
ADP-101
GTL-304
GSC-003
For:GSP-810/827/830
GKT-003 RLB Kit Set
GAK-001
GAK-002
GTL-302
GSC-004
For:GSP-810/827/830
GKT-006 EMI Probe Kit Set
ADP-01
Test Lead: BNC(P)~BNC(P) RF Cable x 1
ADP-02
Test Lead: SMA(P)~SMA(P) RF Cable x 1
ANT-01
ANT-02
ANT-03
PR-03
For:GSP-810/827/830
GTL-301 RF Cable
RG 223 N(P/M), 1000mm
Made to Measure.
Good Will Instrument Co., Ltd.
B18
FAQ for SPECTRUM ANALYZER
Q1
How does spectrum analyzer work?
A1
Frequency Domain Measurement
The signal spectrum distribution actually means the measurement result
on frequency domain. Figure 1 gives the concept of the relationship in
between the frequency domain and time domain. In the figure, a squarelike waveform on time domain is measured by oscilloscope. By Fourier
Transform, the signal can be decomposed into its fundamental and up to
11th odd harmonics. If the signal is observed from frequency domain with
a spectrum analyzer, it will distinguish every frequency components
on spectrum. Taking the figure 1 as example, the fundamental,
3rd, 5th, 11th harmonics will be identified.
Here we can see that the time domain and frequency domain are describing
the same signal but just from the different angle.
The following sections are to introduce the basic concept of how the (sweep
type) spectrum analyzer works. We start with the wideband receiver, then
add the parts used in spectrum analyzer step by step. After going through
these sections, in addition to the basic concept of the structure of spectrum
analyzer, the readers should be able to understand the functions of RBW
and VBW which are a little difficult to understand.
Figure 1
Broadband Receiver
The spectrum analyzer basically works as a broadband receiver. The
broadband here means starting from several 10kHz or 10MHz. The
principle of the receiver is to convert the input signal frequency down to
the band that detection circuitry can handle. Figure 2 illustrates the
structure. The frequency conversion is implemented by mixer and LO, local
oscillator. In spectrum analyzer, the first stage local oscillator has to be
broadband oscillator, its frequency range offsets a fixed frequency to input
frequency. The offset frequency is the so-called IF, intermediate frequency.
The following band pass filter is to filter out the unwanted frequency
products of the input and LO signals. Only the designed IF is picked and
fed into the detection and display unit.
Since spectrum analyzer is essentially a broadband receiver, more than one
frequency conversions are necessary. How many frequency conversions are
necessary will depend on the frequency range, frequency resolution, and
sometimes the RBW filters.
Attenuators
The attenuators on the RF input path can increase the dynamic range of
input signal level or give more input protection to the spectrum analyzer.
Refer to figure 3, the attenuator will limit the signal level coming to the
mixer RF end at certain level. If the input signal is over the reference level,
it could cause the measurement error, or cause more spur noise. That is
why some spectrum analyzers list their specification under the condition
of specified signal level at mixer.
IF
Detection
& Display
Unit
BPFs
Tunable LOs
Figure 2
the brief structure of the broadband receiver
Mixers
RF Input
Detection
IF
& Display
Unit
BPFs
Attenuator
Tunable LOs
Figure 3, attenuator
Mixers
RF Input
Resolution Filter
When the input signal frequency is converted to lower band and filtered
in to the detection and display unit, in order to distinguish the signals that
are close to each other in frequency, the RBW (resolution bandwidth)
filter is used. Figure 4 shows this concept.
Figure 4 illustrates how the RBW filter distinguishs the two tone signals
uunder different RBWs. If the signal under test is a two tone and equivalent
amplitude signal, it passes two RBW filters, where RBW1 is less than RBW2.
From the result, after passing the narrower RBW1 filter, the components
of the two tone signal are clearly distinguished from each other on the
result. But the result passed the wider RBW2 filter, it is not as clear as RBW1.
Here we can predict that if the RBW2 is wider, the result could be only one
signal. This problem will happen if these two signals are even closer in
frequency. Another case is when one amplitude is much higher than the
other, the smaller level signal still can be detected for RBW1, but is hidden
in the case of RBW2. Figure 6 illustrates this difference. This is why we name
this filter as resolution filter.
B19
Mixers
RF Input
IF
Attenuators
Detection
& Display
BPFs
Unit
RBW
Filter
Tunable LOs
Figure 4, RBW filter
Signal under test
RBW
Results
RBW2
RBW1
Figure 5, Effect of different RBWs (1)
Signal under test
RBW
Results
RBW1
RBW2
Figure 6, Effect of different RBWs (2)
Detector
After the RBW filter followed is the detector that is to detect the power and
convert to the DC voltage. The display unit utilizes this DC voltage to "draw"
the spectrum distribution as figure 7 presents.
Video Filter
Just before the detector feeds the DC voltage to display unit, a filter is
necessary here to compress the noise generated by the detector. The video
filter is employed here, and the bandwidth is therefore called as VBW.
Figure 8 shows the VBW filter in the system. The term video comes from the
TV broadcasting system. It was also called as post filter.
IF
Display
Unit
RBW
Filter
BPFs
Attenuators
Detector
Filter
Tunable LOs
Figure 7, Dectector
Mixers
RF Input
IF
Display
Unit
RBW
Filter
BPFs
Attenuators
Figure 9 illustrates the VBW effect. If the signal under test passes through
two VBW filters, which VBW1 is less than VBW2. From the result, we can see
the noise floor of VBW2 is jumping up and down more than VBW1. In other
words, the noise floor is averaged by the video filter. But please notice that
the level of the noise floor remains the same. The VBW only affects the noise
jumping, but not the amplitude of the signal.
Sweep Time
The basic structure of a spectrum analyzer is introduced, and moreover, the
RBW and VBW are also explained a little detailed. One more thing is to note
as follows. For the physical reason, the narrower bandwidth filter will take
longer time to get into steady state. Therefore if the narrower RBW or VBW
is selected, the longer time is necessary. So the sweep time could be longer
in the cases of narrower RBW and VBW. Most of spectrum analyzers have
auto and manual modes for RBW/VBW/Sweep time to select. Auto mode
means the best combination considering the trade-off between the frequency
span, RBW, VBW and sweep time.
Mixers
RF Input
Detector
Filter
VBW
Filter
Tunable LOs
Figure 8, VBW filter in system
Signal under test
VBW
Results
Noise floor
VBW1
VBW2
Figure 9, effects on different VBW
Q2
What Does AM Signal look like on Spectrum Analyzer?
A2
Figure 10 gives both measurement results of frequency and time domains of AM signal. On time domain, the AM
modulation index calculated by the scale of A and B is not so easy to be accurately measured from oscilloscope.
Besides, the carrier frequency is also hard to get.
m AM �
Modulation Index �
AM signal on
Frequency Domain
AM signal on
Time Domain
A� B
A� B
4 �10 x dB
1 � 2 �10 B
xxdBdB
Figure 10, AM signal on frequency and time domains
From frequency domain, the carrier and modulating signal frequency is easy to be measured. From the different (delta)
dB number x in between the carrier and sideband signal, the modulation index can be calculated from the quantitative
number of marker read out.
Q3
What Does FM Signal Look Like on Spectrum Analyzer ?
A3
FM signal has more complicated phenomenon on time domain that is presented in figure11. The frequency is modulated
to sweep with deviation specified, and it will be very difficult to measure the deviation from time domain. But on the
frequency domain, the carrier frequency, modulating signal frequency, deviation and bandwidth can be figured out directly.
FM signal on
frequency domain
FM signal on
time domain
Figure 11, FM signal on frequency and time domains
Made to Measure.
Good Will Instrument Co., Ltd.
B20
FAQ for SPECTRUM ANALYZER
Q4
What is the Difference Between Power Meter and Spectrum Analyzer?
A4
Power meter measures the total power of the signal. A power sensor is used to convert the RF power to DC voltage, and
the DC voltage is then converted to power reading. The most used power sensors are thermocouple and diode sensors.
These sensors will sense the total power of signal but cannot distinguish the power distribution over the frequency. If
there are harmonics, the power meter will collect (or sense) the power with all harmonics.
-3.18dBm
Sensor
Figure 12, Power meter measures the TOTAL POWER
coming into the power sensor
The spectrum analyzer will present the power spectrum distribution over frequency, therefore every component of the
harmonic, spurious signal and noise can be identified. Besides, most of spectrum analyzers offer the power calculation
features, which means the spectrum analyzer can integrate the spectrum distribution to give the power reading within
the specified bandwidth like power meter.
Q5
What is the Difference Between Frequency Counter and Spectrum Analyzer?
A5
Frequency counter measures the signal frequency. Basically it is designed to measure the fixed frequency. If a frequency
modulated signal is under measurement, the frequency variation will result in the unstable measurement. Besides,
frequency counter tends to measure the fundamental frequency, there is no harmonic information.
Figure 13, Frequency counter tends to measure the
fundamental frequency
Since spectrum analyzer will present the spectrum distribution, with the marker functions, spectrum analyzer can tell the
frequency of any point the signal displayed. Spectrum analyzer provides complete information that frequency counter cannot.
Q6
What is the Difference Between Network Analyzer and Spectrum Analyzer?
A6
Network analyzer is mainly used to measure the S parameters of the RF devices or modules. Most of modern network
analyzers are able to measure the vector S parameters.
Figure 14, Network analyzers to measure the
S parameters of RF devices or modules.
�S�
B21
Q7
What is TG? How to properly operate it?
A7
TG (Tracking Generator) acts as a sweep generator and its frequency synchronize to the spectrum analyzer. So it is very
useful for frequency response measurement. Before it is performed, normalize the test setup first just like network analyzer
does. Refer to the operation manual for the detailed procedure.
Besides, when the spectrum analyzer is set to be "ZERO SPAN" which means only measure one frequency, the TG will
also output a fix frequency signal without frequency sweep. In this case, TG is working as a signal generator that offers the
same frequency range as spectrum analyzer.
Q8
What is the Difference Between EMI Filters and RBW Filters?
A8
The 9k and 120kHz EMI filters are at 6dB bandwidth, while most of the RBW filters are at 3dB bandwidth.
Q9
What do ACPR, OCBW Stand for?
A9
ACPR stands for Adjacent Channel Power Ratio and sometimes the ACLR for Adjacent Channel Leakage Ratio. It's the
measure of adjacent channel power leakage related to main channel.
Figure 15, ACPR definitions
Greater dB number means greater (better) rejection ratio between channels. Where the PU1,
PU2, PL1 and PL2 are power of upper and lower adjacent channels 1 and 2. Pch is the power of
main channel.
OCBW stands for Occupied Bandwidth. It is Measure of BW that takes the specified percentage BW in the Channel.
Figure 16 illustrates the example of a 99% OCBW of the channel BW.
Figure 16, OCBW example
Lesser OCBW number at the specified % means more concentrated power distribution in the
channel.
Q 10
Why do the Noise Floor and Phase Noise Change with RBW in Spectrum Analyzer?
A 10
The wider RBW will filter in more noise compared to the narrower RBW, therefore the noise floor level is proportional to
the RBW bandwidth with the 10*log(RBW) rule. Refer to figure 17 as example. Where the noise floor at 30k RBW is 10dB
higher than 3k RBW. From the rule introduced, 10*log(30k/3k)=10dB.
Figure 17 Noise floor due to different RBWs
The same rule is applied to the phase noise situation as well.
Made to Measure.
Good Will Instrument Co., Ltd.
B22
SIGNAL SOURCES
In the world of Test and Measurement, Signal Source is one of the major categories of instruments which offer the signal to the
device for standard or reference. There is a great variety of signal types, as digital, analog, modulation, noise, pulse, and so on.
Every sort of signal has its specific characteristics. It could be time, frequency or amplitude.
From the signal and system point of view, the most fundamental signal is sine wave. But in many cases, other signals are
demanded for different applications, like rectangular wave for digital system, modulation signal and noise for communication system,
pulse signal for radar, or arbitrary waveform for various applications. A particular type of signal generator gathering the sine,
square and triangle waves is called Function Generator.
GW Instek provides a wide range of signal source products. They are function generators, AM/FM signal generators, audio
generator and radio frequency generator. In function generators, there are two main categories - DDS (Direct Digital
Synthesized) type and conventional (analog technique) type.
PRODUCTS
DDS Function Generator
Analog Function Generator
FM/AM Signal Generator
Generator
Audio Generator
C1
DDS FUNCTION GENERATORS
Direct Digital Synthesized Function Generator( DDS) Overview
DDS type Function Generator is becoming the main stream
of signal generation. This technique brings the advantages
of simplicity, frequency stability and low distortion. The basic
principle of how DDS working is as follows.
Frequency control
word, k
The sine wave data is picked by accumulating frequency control
word, . The whole sequence is as follows. At the very beginning,
is loaded into the accumulator, through the register as an
address to memory to select the th data. Meanwhile the
address is fed back as the phase feedback to add with . Repeat
the above steps, the 2 th, 3 th, sine wave data are sent to
construct the sine wave. The time base is the system clock .
Comparing to the conventional function generator (introduced in
the later section), there is no toggle between positive and negative
current sources, therefore no spike noise occurs on the peak of
sine wave. Besides, the frequency stability will follow the time
base . The frequency stability will be much better than
conventional function generator.
Phase feedback,
n
Accumulator
System
clock, fs
Register
Memory
(Sine
Wave
Table )
DAC
Low
Pass
Filter
Figure 1 Block Diagram of DDS
The extended product of the DDS function generator is arbitrary
waveform generator. In DDS unit, a sine wave data is stored in
the memory. If the data of waveform can be loaded into the
memory as demanded, an arbitrary waveform generator is
accordingly constructed.
The block diagram of DDS is illustrated in figure 1 above.
A digitized sine wave data is stored in a memory. The data is
picked and sent out to a DAC, after the DAC, the step-shape
sine wave is formed. A pure sine wave is then generated by a
low pass filter.
DDS FUNCTION GENERATOR
MAIN FUNCTION
MODEL
Frequency Range
SFG-2020
SFG-2120
SFG-2010
SFG-2110
SFG-2007
SFG-2107
SFG-2004
SFG-2104
SFG-1003
SFG-1013
SFG-830
20MHz
20MHz
10MHz
10MHz
7MHz
7MHz
4MHz
4MHz
3MHz
3MHz
30MHz
TTL
TTL
SYNC
Arbitrary
DUTY
TTL/CMOS
DC Offset
LIN/LOG Sweep
AM/FM Modulation
EXT Counter
Voltage Display
Interface
Reference Page
RS-232/GPIB
C3~5
C3~5
C3~5
C3~5
C3~5
C3~5
C3~5
C3~5
Made to Measure.
C6
C6
C7~8
Good Will Instrument Co., Ltd.
C2
20 MHz/10MHz/7MHz/4MHz DDS FUNCTION GENERATOR
Based on Direct Digital Synthesized (DDS) technology and unique FPGA design, SFG-2000/2100 Series
Function Generators are built with exceptionally high performance far exceeding that of any conventional
function generators, at a very competitive price. Stable output frequency, low distortion, and fine
frequency resolution are the most remarkable characteristics of this product series.
NEW
SFG-2100 Series (20/10/7/4 MHz)
SFG-2000/2100 Series include three members in each family at 4MHz, 7MHz, 10MHz and 20MHz
bandwidth, respectively. SFG-2100 Series has additional functions of Sweep, AM/FM modulation, and
External Counter. As a result of the 20ppm stability level and output waveform accuracy, SFG-2000/
2100 Series well fits a wide variety of applications, such as signal generator for experiment labs, reference
signal for PLL (Phase Locked Loop), and calibration and adjustment source for electronic devices.
SPECIFICATIONS
MAIN
NEW
SFG-2000 Series (20/10/7/4 MHz)
FEATURES
* DDS Technology and FPGA Chip Design
* Frequency Range:0.1Hz~4/7/10/20 MHz
* High Frequency Accuracy : 20ppm
* High Frequency Stability : 20ppm
* Frequency Resolution :100mHz
* Low Distortion Sine Wave : -55dBc, 0.1Hz ~
200kHz
* Front Panel Setting Save/Recall with 10 Groups
of Setting Memories
* Built-in 9 Digits, 150MHz/High Resolution
Counter (SFG-2100 Series Only)
* INT/EXT AM/FM Modulation
(SFG-2100 Series Only)
* LIN/LOG Sweep Mode
(SFG-2100 Series Only)
Frequency
Range(For Sine, Square)
Range(For Triangle)
Resolution
Stability
Accuracy
Aging
Output Function
Amplitude Range
Impedance
Attenuator
DC Offset
Duty Control
Range Resolution
Display
SINE WAVE
Harmonics Distortion
Flatness(Relative to 1kHz)
TRIANGLE WAVE
Linearity
SQUARE WAVE
Symmetry
Rise or Fall Time
CMOS OUTPUT
Level
TTL OUTPUT
Level
SWEEP OPERATION
Rate
Time
Mode
AMPLITUDE MODULATION
Depth & Modulation
Frequency
Carrier BW
EXT Modulation Sensitivity
FREQUENCY MODULATION
Deviation & Modulation
Frequency
EXT Modulation Sensitivity
FREQUENCY COUNTER
Range
Accuracy
Time base
Resolution
Input Impedance
Sensitivity
C3
SFG-2100 Series
SFG-2000 Series
SFG-2004 SFG-2007 SFG-2010 SFG-2020 SFG-2104 SFG-2107 SFG-2110 SFG-2120
0.1Hz~ 0.1Hz~ 0.1Hz~ 1Hz~
0.1Hz~ 0.1Hz~
4MHz
7MHz
10MHz 20MHz 4MHz
7MHz
0.1Hz~1MHz (1Hz ~ 1MHz for SFG-2020/2120)
0.1Hz (1Hz for SFG-2020/2120)
20 ppm
20 ppm
5 ppm / year
Sine, Square, Triangle
2mV ~ 10Vpp(into 50 load)
50
10
-20dB 1dB 2
-5V ~ +5V(into 50 load)
20% to 80% , 2Hz ~1MHz (Square wave only)
1%
9 digits LED display
0.1Hz~
10MHz
1Hz~
20MHz
-55dBc,0.1Hz 200kHz; -40dBc,0.2MHz 4MHz; -30dBc,4MHz 10MHz
(Specification applied to both TTL/CMOS OFF and from MAX. to 1/10 level)
< 0.3dB, 0.1Hz~1MHz; < 0.5dB, 1MHz~4MHz; < 2dB, 4MHz~10MHz
98
,0.1Hz
100kHz;
95 ,100kHz
1MHz
1% of period + 4ns, 0.1Hz 100kHz
25ns at maximum output.(into 50 load)
4Vpp 1Vpp 15Vpp 1Vpp adjustable; Rise or FallTime
3Vpp; Fan Out: 20 TTL load;Rise or Fall Time:
120ns
25ns
100:1 ratio max. and adjustable(*)
1Sec 30Sec adjustable(**)
Lin./Log. switch selector
0 100 ; 400Hz(INT),
DC 1MHz(EXT)
100Hz 5MHz(-3dB)
10Vpp for 100 modulation
0 50kHz,center at 1MHz,
400Hz fixed(INT),1kHz fixed(EXT)
10Vpp for 10% modulation(center at 1MHz)
5Hz 150MHz
Time base accuracy 1count
20ppm(23 5 )after 30 minutes warm up
The maximum resolution is 100nHz
for 1Hz and 0.1Hz for 100MHz
1M /150pf
35mVrms (5Hz~100MHz)
45mVrms (100MHz~150MHz)
Rear Panel
SFG-2000 Series
SPECIFICATIONS
STORE/RECALL FUNCTION
POWER SOURCE
ACCESSORIES
DIMENSION & WEIGHT
SFG-2100 Series
SFG-2000 Series
SFG-2004 SFG-2007 SFG-2010 SFG-2020 SFG-2104 SFG-2107 SFG-2110 SFG-2120
10 groups of Setting memories
AC115V 10%, AC230V+10%/-15%, 50/60Hz
User manual 1,
Power Cord x 1,GTL-101
1
266(W) 107(H) 293(D) mm;
Approx. 3.1kg
User manual 1,
Power Cord x 1,GTL-101 2
266(W) 107(H) 293(D) mm;
Approx. 3.2kg
ORDERING INFORMATION
SFG-2004
SFG-2007
SFG-2010
SFG-2020
SFG-2104
SFG-2107
SFG-2110
SFG-2120
4MHz DDS Function Generator
7MHz DDS Function Generator
10MHz DDS Function Generator
20MHz DDS Function Generator
4MHz DDS Function Generator with Counter, Sweep & AM, FM Modulation
7MHz DDS Function Generator with Counter, Sweep & AM, FM Modulation
10MHz DDS Function Generator with Counter, Sweep & AM, FM Modulation
20MHz DDS Function Generator with Counter, Sweep & AM, FM Modulation
Note : 1.(*) In order to get maximum sweep span, the sweep time needs to be tuned on when adjust sweep span.
2.(**) When the sweep time is too long, the stop frequency will reach and stay at the maximum frequency
of instrument until the end of the sweep cycle.
SELECTION GUIDE
FREQUENCY RANGE
MODEL
4MHz
7MHz
10MHz
20MHz
SFG-2004 SFG-2104 SFG-2007 SFG-2107 SFG-2010 SFG-2110 SFG-2020 SFG-2120
DUTY
TTL/CMOS
DC OFFSET
LIN/LOG SWEEP
AM/FM MODULATION
EXT COUNTER
Made to Measure.
Good Will Instrument Co., Ltd.
C4
20MHz/10MHz/7MHz/4MHz DDS FUNCTION GENERATOR
A.
OUTPUT WAVEFORM
Sine Waveform
Triangle Waveform
Square Waveform
AM Modulated Waveform
FM Modulated Waveform
Sweep Waveform
SFG-2000/2100 Series provides Sine, Triangle and Square
waveforms with DC offset and variable duty cycle at 20ppm
frequency stability and accuracy. The low drift rate and -55dBc
low distortion of the sine wave output significantly extend
the application range of the product to various market sectors.
B.
The TTL/CMOS output is also available to fulfill various application
requirements in the market. Besides the basic functions, SFG-2100
Series further provides additional functions of AM/FM modulation,
sweep mode, and Built-In Frequency Counter.
DDS FG VS. CONVENTIONAL FG
GW Instek SFG DDS Sine Wave & Triangle Wave
The signal of SFG-2000/2100 is generated by continuously
delivering a series of sampling values from a sine waveform
table (stored in RAM) to DAC (Digital to Analog Converter)
for waveform construction. With low pass filter circuit to filter
out the harmonics of DAC output and smooth the signal, the
SFG-2000/2100 is able to provide a stable output with very
low waveform distortion. This is very different from the way a
conventional FG generates a signal. As a conventional FG
C5
Pulse Waveform
Conventional Function Generator Sine Wave & Triangle Wave
needs to obtain its signal by switching current sources to go
positive and negative directions alternately all the time, the
"Ringing" distortion occurs at the peak of the signal waveform
when the switching is activated. This distortion is comparatively
serious when the output amplitude is low. For SFG-2000/2100
DDS FG, however, the waveform distortion remains low even
when the output amplitude is at only 2mVpp.
3 MHz DDS FUNCTION GENERATOR
SFG-1000 Series, an economic function generator with high accuracy and high stability output, is
designed based on the DDS (Direct Digital Synthesized) technology embedded in a large scale FPGA.
The frequency range of 3MHz and the output waveform selection of Sine, Square, Triangle and TTL of
SFG-1000 Series adequately provide the fundamental features to ensure high confidence for the test
results. The DDS technology at an affordable price gives a high value solution to the users who need a
signal source for accurate but unsophisticated measurement applications.
SFG-1003/1013 (3MHz)
NEW
FEATURES
SPECIFICATIONS
* DDS Technology and FPGA Design
* Frequency Range : 0. 1Hz ~ 3MHz
* High Frequency Accuracy : 20ppm
* High Frequency Stability : 20ppm
* Max. Frequency Resolution : 100 mHz
* Low Distrortion Sine Wave : -55dBc,
0. 1Hz~200 kHz
* Voltage Display ( Only SFG-1013)
Output Function
Frequency Range(For Sine, Square)
Frequency Range(For Triangle)
Resolution
Stability
Accuracy
Aging
Amplitude Range
Amplitude Accuracy
Impedance
Attenuator
DC Offset
Duty Control Range
Display
Output Control
SELECTION GUIDE
MAIN
FUNCTION
MODEL
Frequency
SFG-1003
SFG-1013
3 MHz
3 MHz
MAIN
SINE WAVE
Harmonics Distortion
Offset
TTL Output
-40dB Attenuation
Voltage display
Flatness
(at maximum amplitude relative
to 1kHz)
TRIANGLE WAVE
Linear
SQUARE WAVE
Symmetry
Rise or Fall Time
TTL OUTPUT
Level
Fan Out
Rise or Fall Time
GENERAL
Operation Environment
POWER SOURCE
Sine, Square, Triangle, TTL
0.1Hz ~ 3MHz
0.1Hz ~ 1MHz
0.1Hz maximum
20ppm
20ppm
5ppm/year
10Vp-p (into 50 load)
20% at maximum position (only SFG-1013)
50 10
-40dB 1dB 1
-5V ~ 5V (into 50 load)
25% ~ 75% below 1MHz (for square wave only)
6-digit LED display
ON/OFF selector
From Amplitude control at maximum position without any attenuation to
its 1/10 of any combination setting, TTL OFF
-55dBc, 0.1Hz ~ 200kHz
-40dBc, 0.2MHz ~ 2MHz
-35dBc, 2MHz ~ 3MHz
0.3dB, 0.1Hz ~ 1MHz
0.5dB, 1MHz ~ 2MHz
1dB, 2MHz ~ 3MHz
98
, 0.1Hz ~ 100kHz ; 95 , 100kHz ~ 1MHz
5% of period+4ns, 0.1Hz ~ 100kHz
100ns at maximum output. (into 50 load)
3Vp-p
20 TTL load
25ns
Indoor use, altitude up ~ 2000m
Ambient Temperature 0 ~ 40
Relative Humidity: Up to 80% at 0
Up to 70% at 35 ~ 40
Installation category II
Pollution Degree 2
~ 40
AC 240V/220V/110V 10%, 50/60Hz
STORAGE CONDITION
Temperature
-10 ~ 70
Humidity
70% (Maximum).
ACCESSORIES
User manual 1, Power cord, GTL-101 1
DIMENSION & WEIGHT
251(W) x 91(H) x 291(D) mm, Approx. 2.1kg
ORDERING INFORMATION
SFG-1003
SFG-1013
3 MHz DDS Function Generator
3 MHz DDS Function Generator with Voltage Display
Made to Measure.
Good Will Instrument Co., Ltd.
C6
30MHz ARBITRARY FUNCTION GENERATOR
C.
The SFG-830 Series 30MHz Arbitrary Function Generator is one of the most versatile and highly
qualitative signal generators utilizing DDS techniques. It not only offers the standard functions
of ordinary generators, but also provides the accurate modulations, sweep, and arbitrary waveform
generation. The free editing software allows professionals obtain, edit, or create frequency and
amplitude characteristics as desired thru interfaces of RS-232 or GPIB (available only in SFG-830G).
The SFG-830 is suited to simulate all of the signal conditions encountered including both ideal and
anomalies. For applications such as product design, manufacturing testing, automotive, and sensor
stimulation, SFG-830 is the best solution provider for generating arbitrary waveforms.
SFG-830/SFG-830G (30MHz)
FREQUENCY AGING
OUTPUT IMPEDANCE
Source Impedance
AMPLITUDE
Range
Resolution
Accuracy
DC OFFSET
Range
Resolution
Accuracy
SYNC OUTPUT
Sync Output
Sync Fan-Out
SINE OUTPUT
Harmonics
SQUARE OUTPUT
C7
20mHz ~ 30MHz
20mHz ~ 30MHz
100mHz ~ 100kHz
100mHz ~ 100kHz
20mHz
20mHz
10mHz
10mHz
+
_10ppm
+
_5ppm/year
_ 10%
50� +
_ 5V
10mV ~ 10Vpp (into 50 � ) 8 amplitude range, Vac peak + Vdc <
3 digits
_ 0.5dB ( +
_5mVrms)(sine out) ; +
+
_ 12% ( +
_ 5mVrms)(square out)
_ 5% (+
_ 5mVrms)(arbitrary out)
_ 5mVrms)(triangle out) ; +
_ 5% ( +
+
_ 5V (into 50� ), Vac peak + Vdc <
_ 5V
+
3 digits
_ 1.5% of setting + 1mV
+
TTL levels
> 10 TTL load
DC ~ 100kHz : -50dBc, 0.1M ~ 1MHz : -40dBc
1M ~ 10MHz : -30dBc, 10M ~ 30MHz : -25dBc
Rise/Fall Time
Overshoot
Asymmetry
TRIANGLE AND RAMP
Linearity
ARBITRARY WAVEFORMS
_ 15nS
<
_ 5% (at full scale output)
<
_ 1% of period + 4nS
+
Sample Rate
Waveform Length
Vertical Resolution
SWEEP
Sweep Functions
Sweep Range
Sweep Time
42.949600MHz / N, N = 8, 10, 12.......2
12000 points max
12 bits
_ 0.1% of full scale output
+
LIN or LOG
20mHz ~ 30MHz
0.01S ~ 1000S
_
_
_
Sine
Square
Triangle
Ramp
FREQUENCY RESOLUTION
Sine
Square
Triangle
Ramp
FREQUENCY ACCURACY
SINE, TRIANGLE, RAMP, SQUARE, SYNC OUTPUT, ARBITRARY WAVE
_
FREQUENCY RANGE
_
_
_
* 30MHz Direct Digital Synthesized Source
* 20mHz Frequency Resolution
_ 10ppm Frequency Accuracy
* +
* 12 Bit, 5M Sample/S Arbitrary Waveforms
* Internally Synthesized FM , AM and Phase
Modulation (PSK)
* Linear and log Sweeps
* Arbitrary Modulation
* Standard Interface : RS-232C
* GPIB Interface (SFG-830G)
SPECIFICATIONS
OUTPUT FUNCTION
_
FEATURES
Rear Panel
SFG-830/SFG-830G
Waveform Editing Software
SPECIFICATIONS
MODULATION
AM Modulation Function
Modulation Rate
Modulation Span
Ext Input
Ext Input Impedance
FM Modulation Function
Modulation Rate
Modulation Span
PM Modulation Span
Modulation Rate
External,internal(sine,triangle,ramp,square)
10mHz~10kHz(internal)50kHz max(external)
0 ~ 100%
_ 5V for 100% modulation
+
100k
Sine, triangle, ramp, square
10mHz ~ 10kHz
30MHz (100kHz for triangle, ramp)
360 Degrees
20mHz ~ 10kHz
INTERFACE
Standard : RS-232C
Optional : GPIB Interface (SFG-830G)
POWER SOURCE
_10%, 50/60Hz
AC100V/120V/220V/240V +
ACCESSORIES
User manual x 1, Power cord x 1, GTL-110 x 1
DIMENSIONS & WEIGHT
214(W) x 89(H) x 370(D) mm, Approx. 6.5kg
ORDERING INFORMATION
SFG-830
SFG-830G
30MHz Arbitrary Function Generator with RS-232C Interface
30MHz Arbitrary Function Generator with RS-232C & GPIB Interface
Made to Measure.
Good Will Instrument Co., Ltd.
C8
ANALOG FUNCTION GENERATORS
Analog Function Generator Overview
The block diagram of conventional analog function generator is
illustrated in figure 2. Two current sources are toggled to charge/
discharge the integrator, a triangle wave is generated first.
Current
source 2
Square
Triangle
Current
Source 1
:Charging
:Discharging
Figure 2
C9
The above square and sine wave shaper will convert triangle
wave to square and sine waves respectively. But square shaper
has another function. At the moment when the square transition
occurs, it will change the switch of current sources to another.
The charge and discharge of integrator produce the periodic
waveforms.
Since the frequency depends on the current source and
components of integrator, the frequency generated is
not as stable as DDS and PLL (phase locked loop).
In GW Instek analog function generator lineup, GFG-3015
utilizes the conventional current source and integrator technique
with additional digital feedback control, so the higher frequency
stability can be achieved, while GFG-8200 family satisfies
most of general application needs.
FUNCTION GENERATOR
MAIN
FUNCTION
MODEL
Max. Freq output (MHz)
GFG3015
GFG8255A
GFG8250A
15
5
5
GFG8219A
3
GFG8217A
GFG8216A
GFG8215A
GFG8020H
GFG8015G
3
3
3
2
2
LIN/LOG Sweep
TTL/CMOS Output
TTL
GCV Function
LED Display
INT/EXT Counter Function
INT/EXT
INT/EXT
INT/EXT
INT/EXT
INT/EXT
INT/EXT
-20dB x 2
-20dB x 2
-20dB x 2
-20dB x 2
-20dB x 2
-20dB x 2
-20dB x 2
-20dB x 2
C13~14
C13~14
C13~14
C13~14
C13~14
C13~14
C15
C16
INT
AM/FM Modulation
Sync Output
Gate Characteristics
Trigger Characteristics
Attenuator
Ramp Output
Burst Output
Pulse Output
Interface
RS-232
Reference Page
C11~12
Made to Measure.
Good Will Instrument Co., Ltd.
C10
15MHz PROGRAMMABLE FUNCTION GENERATOR
GFG-3015 is a versatile and high precision function generator, which provides stable and accurate
signal at the frequency range up to 15MHz. Powered by the Frequency Feedback technology, GFG-3015
delivers the frequency accuracy as low as 0.02% and the maximum resolution at 10mHz. 10 sets of
front panel setup memory make it easier to output the specific signal as pre-defined. Other functions
include AM/FM, Gate, Burst, Trigger, five standard waveforms, 150Mhz counter, VCF control, and
dedicated channel for different types of output. GFG-3015 provides exceptional value to users in
educational field as well as repair service, production testing, and development lab.
GFG-3015 (15MHz)
FEATURES
* Frequency Range 0.01Hz~15MHz
* Maximum Frequency Resolution 10mHz
* Frequency Accuracy 0.02% 5 Count
* Dual Displays Indicate Frequency and Amplitude
* Built-in 6 Digit Counter With INT/EXT Function
up to 150MHz/High Resolution
* Output Waveforms Sine, Square, Triangle,
Pulse, AM, FM, Sweep, TTL, Trigger
and Gate or Burst
* INT/EXT AM/FM Modulation
* LIN/LOG Sweep Mode
* Variable DC Offset Control
* VCF for 100:1 EXT Frequency Control
* GCV Output for Synchronization
* SYNC Output
* Output Overload Protection
* RS-232C Interface Standard
SPECIFICATIONS
MAIN
Output Waveforms
Frequency Range
Frequency
Resolution
Frequency Accuracy
Output Impedance
Amplitude Range
Amplitude Accuracy
Amplitude Unit
DC Offset
DC Offset Accuracy
Duty Control
Duty Accuracy
Display
SINE WAVE
Distortion
TRIANGLE WAVE
Linearity Error
SQUARE WAVE
Sine, Square, Triangle, Ramp, Pulse, AM, FM, Sweep, Trigger, Gate or Burst
10mHz~15MHz in 8 frequency range(auto switch)
15MHz~150kHz(100Hz);1.5MHz~15kHz(10Hz)
150kHz~1.5kHz(1Hz);15kHz~150Hz(0.1Hz);1.5kHz~15Hz(10mHz);
150Hz~1.5Hz(10mHz);15Hz~0.15Hz(10mHz);1.5Hz~0.01Hz(10mHz)
0.02% 5 count
50
10%
10.00V ~ 0.01V(into 50 ) 4 amplitude range
|Vac peak| + |Vdc| = 5V ; Resolution : 10mV(10.00V ~ 0.01V)
3% 5count at 10Hz ~ 1MHz ; 10% 5count at 1MHz ~ 15MHz
Vpp , Vrms , dBm
-5V ~ 5V (into 50 ); resolution 10mV
3% 3count at amplitude min.
80%: 20%:80% ~ 1MHz; resolution 1%
1% ~ 1MHz at 50% duty
Dual display for frequency 6 digits and amplitude 4 digits
0.5%(-46dBc) from 10Hz~ 100kHz;
-30dBc~15MHz;(spec. applied form 1Vpp~10Vpp)
<1% of full scale output at 100Hz
Asymmetry
Rise or Fail Time
SYNC OUTPUT
1% of period + 3nS
<18nS
Impedance
Level
50
10%
>1Vp-p open circuit
MODULATION CHARACTERISTICS
Types
Waveform
Rate Frequency Range
Rate Frequency Accuracy
Rate Frequency Resolution
Symmetry
Symmetry Accuracy
Output Level
Sine Wave Distortion
AM, FM, Sweep, Trigger(int/ext), Gate or Burst (implement by trigger type)
Sine, Square, Triangle, Ramp or Variable Symmetry Pulse
10mHz~10kHz in 3 frequency range (auto switch)
5% 1 count
10.0kHz~0.1kHz(100Hz);99Hz~1Hz(1Hz); 0.99Hz ~ 0.01Hz(0.01Hz)
90% : 10% : 90%; resolution : 1%
1 count(
1%)
1Vpp into 10k load
2% from 10Hz ~ 10kHz
AMPLITUDE MODULATION
Depth
Modulation Frequency Rate
Carries -3dB Bandwidth
External Sensitivity
0 ~ 100%
0.01Hz ~ 10kHz(INT) ; DC ~ 1MHz(EXT)
<100Hz to >5MHz
10Vpp for 100% modulation
FREQUENCY MODULATION
Deviation
Modulation Frequency Rate
External Sensitivity
0 ~ 15%
0.01Hz ~ 10kHz(INT) ; DC ~ 50kHz(EXT)
5Vpp for 15% deviation
SWEEP CHARACTERISTICS
Sweep Range
Width
Rate
Symmetry Control
Mode
Sweep Output
C11
15MHz ~ 150kHz; 1.5MHz ~ 15kHz; 150kHz ~ 1.5kHz; 15kHz ~ 150Hz;
1.5kHz ~ 15Hz; 150Hz ~ 1.5Hz;15Hz ~ 0.15Hz; 1.5Hz ~ 0.01Hz
100:1(in same frequency range)
0.01Hz ~ 10kHz
90% : 10% : 90% ; resolution:1%
Linear /Log sweep
0 -5Vpp into 10k
Rear Panel
GFG-3015
SPECIFICATIONS
TRIGGER CHARACTERISTICS
Start/Stop Phase Range
Rate
Frequency Range
Ext Trig Frequency Range
Gate or Burst
80 ~ 90
0.1Hz ~ 10kHz
0.1Hz ~ 1MHz(Useful ~ 10MHz)
DC ~ 1MHz, TTL compatible input level
Implement by trigger setting
Function Generator RS232
Interface Software
VCF(Voltage Controlled Frequency)
Range
100:1(0 ~ 10V 1V)
<0.5% ~ 1MHz,<5% ~ 10MHz
Input Linearity
Input Impedance
10 k
GCV(Generator Controlled Voltage) OUTPUT
To set the voltage between 0.2V ~ 2V as per different frequency in same frequency range
FREQUENCY COUNTER
INT/EXT
Range
Accuracy
Time Base
Resolution
Input Impedance
Sensitivity
MEMORY
Save/Recall
INTERFACE
RS-232C
POWER SOURCE
Switch selector
5Hz ~ 150MHz EXT
Time base accuracy 1 count
20ppm(23 C 5 C) after 30 minutes warm up
The maximum resolution is 100nHz for 0.1Hz and 1Hz for 100MHz
1M // 150pF
35mVrms(5 ~ 100MHz); 45mVrms(100MHz~150MHz)
10 sets of front panel setting memories
AC115V/230V 15%, 50/60Hz
ACCESSORIES
User manual x 1, Power cord x 1, GTL-101 x 2
DIMENSIONS & WEIGHT
290(W) x142(H) x 460(D)mm, Approx. 5kg
ORDERING INFORMATION
GFG-3015 15MHz Programmable Function Generator
Made to Measure.
Good Will Instrument Co., Ltd.
C12
5MHz/3MHz FUNCTION GENERATOR
GFG-8200A product family offers a complete solution in generating signals at the frequency ranges of
3&5 MHz. All models are embedded with standard functions such as TTL/CMOS/Ramp output,
External Voltage Controlled Frequency (VCF), as well as built-in 6-digit counter (except GFG-8215A).
Further versatility of Logarithmic and Linear sweep is added into GFG-8255A/8219A/8217A, while GCV
output feature and AM/FM modulation are available in GFG-8255A/8219A. All these integrated functions
and user-friendly operations of the GFG-8200A series are made to accommodate the applications in audio
response testing, vibration testing, servo system evaluation, ultra sound applications, and so forth.
GFG-8255A (5MHz)
GFG-8219A (3MHz)
SPECIFICATIONS
MODEL
GFG-8215A/8216A/8217A/8219A
GFG-8250A (5MHz)
GFG- 8216A (3MHz)
MAIN
Frequency Range
Amplitude
Impedance
Attenuator
DC Offset
Duty Control
Display
Range Accuracy
FEATURES
* Frequency Range: 0.3Hz ~ 3MHz
(GFG-8215A/8216A/8217A/8219A)
* Frequency Range: 0.5Hz ~ 5MHz
(GFG-8250A/8255A)
* Waveforms: Sine, Triangle, Square,Ramp,
TTL and CMOS Output
* External Voltage Controlled Frequency
(VCF) Function
* Duty Cycle Control with Signal Inversion
Capability
* Variable DC Offset Control
* Two-Step (-20dBx2) and Variable
attenuator
* Built-in 6 Digit Counter with INT/EXT
Function up to 150MHz
(Except GFG-8215A)
* LIN/LOG Sweep Mode
(GFG-8217A/8219A/8255A)
* INT/EXT AM/FM Modulation
(GFG-8219A/8255A)
* GCV Output for Synchronization
(GFG-8219A/8255A)
SINE WAVE
Distortion
Flatness
TRIANGLE WAVE
Linear
SQUARE WAVE
Symmetry
Rise or Fall Time
CMOS OUTPUT
Level
Rise or Fall Time
TTL OUTPUT
Level
Fan Out
Rise or Fall Time
0.3Hz ~ 3MHz (7 Range)
> 10Vpp (into 50� load)
_ 10%
50� +
_ 1dBx2
-20dB +
<-5V ~ >5V (into 50� load)
80% : 20% : 80% to 1MHz Continue variable
6 digit LED display
*GFG-8215A does not have display.
0.5Hz ~5MHz (7 Range)
> 10Vpp (into 50� load)
50� +
_ 10%
_ 1dBx2
-20dB +
<-5V ~ >5V (into 50� load)
80% : 20% : 80% to 1MHz Continue variable
6 digit LED display
_ 1%, 0.3Hz ~ 200kHz
<
_ 35dB below
THD <
fundamental in all range
(Specification applied from MAX. to 1/10 level)
_ 1%, 0.5Hz ~ 100kHz
<
_ 30dB below
THD <
fundamental in all range
(Specification applied from MAX. to 1/10 level)
_ 5%+1Hz (at 3 position)
+
*only for GFG-8215A
< 0.3dB, 0.3Hz ~ 300kHz
< 0.5dB, 300kHz ~ 3MHz
< 0.3dB, below 500kHz
_
_ 1dB, below 5MHz
<
_ 98%, 0.3Hz ~ 100kHz
>
> 95%, 100kHz ~ 3MHz
_
> 98%, 0.5Hz ~ 100kHz
_
_ 95%, 100kHz ~ 5MHz
>
_ 2%, 0.3Hz ~ 100kHz
+
+ 2%, 1Hz ~ 100kHz
_
< 100nS at maximum output (into 50� load) <
_
_ 50nS at maximum output (into 50� load)
_ 0.5Vpp adjustable
_1Vpp ~ 14.5Vpp+
4Vpp +
_ 120nS
<
_ 0.5Vpp adjustable
_ 1Vpp ~ 14.5Vpp+
4Vpp+
_ 120nS
<
_ 3Vpp
>
_ 3Vpp
>
20 TTL load
_ 25nS
<
20 TTL load
_ 25nS
<
VCF (Voltage Controlled Frequency)
_ 1V (100 : 1)
0V ~ 10V +
Input Voltage
_ 10%
Input Impedance 10k� +
GCV (Generator Controlled Voltage) (GFG-8219A/8255A)
Output Voltage
GFG-8250A / 8255A
To set the voltage between 0V ~ 2V as
per different frequency
_ 1V (100 : 1)
0V ~ 10V +
_ 10%
10k� +
To set the voltage between 0V ~ 2V
as per different frequency
SWEEP OPERATION (GFG-8217A/8219A/8255A)
Sweep/Manual
Sweep/Rate
Sweep/Time
Sweep/Mode
Switch selector
100 : 1 ratio max. and adjustable
0.5sec. ~ 30sec. adjustable
Lin./Log. switch selector
Switch selector
100 : 1 ratio max. and adjustable
0.5sec. ~ 30sec. adjustable
Lin./Log. switch selector
AMPLITUDE MODULATION (GFG-8219A/8255A)
Depth
0 ~ 100%
MOD. Frequency 400Hz (INT), DC ~ 1MHz(EXT.)
Carrier BW
100Hz ~ 3MHz (-3dB)
EXT Sensitivity
_ 10Vpp for 100% modulation
<
C13
0 ~ 100%
400Hz (INT), DC ~ 1MHz(EXT.)
100Hz ~ 5MHz (-3dB)
_ 10Vpp for 100% modulation
<
SELECTION GUIDE
GFG-8255A
MODEL
GFG-8250A
GFG-8219A
GFG-8217A
GFG-8216A
GFG-8215A
3MHz
3MHz
6 Digits LED Display
DISPLAY
Sing , Square , Triangle
WAVEFORM
FREQUENCY RANGE
5MHz
5MHz
3MHz
3MHz
-
LIN/LOG SWEEP
AM/FM MODULATION
FREQUENCY COUNTER
GFG-8217A (3MHz)
VOLTAGE CONTROLLED
FREQUENCY
GCV OUTPUT
TTL/CMOS OUTPUT
SPECIFICATIONS
MODEL
GFG-8215A/8216A/8217A/8219A
FREQUENCY MODULATION (GFG-8219A/8255A)
_ 5%
0~+
Deviation
MOD. Frequency 400Hz(INT), DC ~ 20kHz(EXT.)
_ 10Vpp for 10% modulation
<
EXT. Sensitivity
GFG-8250A / 8255A
_ 5%
0 ~+
400Hz (INT), DC ~ 20kHz(EXT.)
_ 10Vpp for 10% modulation
<
FREQUENCY COUNTER (GFG-8216A/8217A/8219A/8250A/8255A)
Int./Ext.
Switch selector
Switch selector
Range
0.3Hz ~ 3MHz (5Hz ~ 150MHz EXT.)
0.5Hz ~ 5MHz (5Hz ~ 150MHz EXT.)
_1 count
Accuracy
_ 1 count
Time base accuracy +
Time base accuracy +
_ 20ppm (23 C +_ 5 C) after 30 minutes
+
_ 20ppm (23 C +_ 5 C) after 30 minutes
+
Time Base
warm up
warm up
Resolution
The maximum resolution is 100nHz for 1Hz The maximum resolution is 100nHz for 1Hz
and 1Hz for 100MHz
and 1Hz for 100MHz
1M� // 150pF
Input Impedance 1M� // 150pF
_ 35mVrms (5Hz ~ 100MHz)
<
_ 35mVrms (5Hz ~ 100MHz)
<
Sensitivity
_ 45mVrms (100MHz ~ 150MHz)
<
_ 45mVrms (100MHz ~ 150MHz)
<
POWER SOURCE
_ 15%, 50 / 60Hz
AC115V, 230V +
_ 15%, 50 / 60Hz
AC115V, 230V+
User manual x 1
GTL-101 x 2 (GTL-101 x 1 for GFG-8215A)
User manual x 1
GTL-101 x 2
GFG-8215A (3MHz)
ACCESSORIES
DIMENSION & WEIGHT
251(W) x 91(H) x 291(D)
Approx. 2.0 kg(GFG-8215A)
Approx. 2.1 kg(GFG-8216A)
Approx. 2.15kg(GFG-8217A)
Approx. 2.2 kg(GFG-8219A)
251(W) x 91(H) x 291(D)
Approx. 2.3 kg (GFG-8250A)
Approx. 2.4 kg (GFG-8255A)
ORDERING INFORMATION
GFG-8215A
GFG-8216A
GFG-8217A
GFG-8219A
GFG-8250A
GFG-8255A
3MHz Function Generator
3MHz Function Generator With Counter
3MHz Function Generator With Counter & Sweep Mode
3MHz Function Generator With Counter, Sweep Mode & AM/FM Modulation
5MHz Function Generator With Counter
5MHz Function Generator With Counter, Sweep Mode & AM/FM Modulation
Made to Measure.
Good Will Instrument Co., Ltd.
C14
2MHz FUNCTION GENERATOR
GFG-8020H Function Generator delivers the most economic solution available for signal generating
demand within 2MHz frequency range with display. GFG-8020H offers extra values with CMOS output,
built-in 4-digit counter, Coarse and Fine Tuning, and 1000:1 Tuning Range, and LED display. Together
with the standard functions such as Variable DC Offset Control, Output Overload Protection, and VCF
input function, GFG-8020H is the best economic choice for educational usage as well as for production
lines at the most competitive price.
GFG-8020H (2MHz)
FEATURES
* Frequency Range: 0.2Hz ~ 2MHz
* Coarse and Fine Tuning
* Waveforms: Sine, Triangle, Square, TTL Pulse
* CMOS Output
* Built-in 4 Digit Counter(INT only)
* Large 0.5" LED Display
* Variable DC Offset Control
* Output Overload Protection
* VCF Input Function
SPECIFICATIONS
MAIN OUTPUT
SINE, TRIANGLE, SQUARE, TTL pulse and CMOS output
>20Vp-p (open circuit) ; >10Vp-p (into 50� load)
_ 10%
50 � +
_ 1.0dB (at 1kHz)
-20dB +
<-10V to > +10V (<-5V to > +5V into 50 � load)
1:1 to 10:1 continuously rating
4 digits LED display
0.2Hz to 2MHz 7 ranges
Separate coarse and fine tuning
Waveforms
Amplitude
Impedance
Attenuator
DC Offset
Duty Control
Display
Frequency Range
Frequency control
SINE WAVE
Distortion
Frequency Response
<1% 0.2Hz ~ 20kHz, <2% 20kHz ~ 200kHz
<0.2dB 0.2Hz ~ 100kHz, <1dB 100kHz ~ 2MHz
TRIANGLE WAVE
Linear
SQUARE WAVE
98% 0.2Hz ~ 100kHz, 95% 100kHz ~ 2MHz
Symmetry
Rise/Fall Time
CMOS OUTPUT
Level
Rise/Fall Time
<2%, 0.2Hz ~ 100kHz
<120nS
_ 1Vp-p) ~ (14.5Vp-p+
_ 0.5Vp-p) adjustable
(4Vp-p+
<120nS
TTL OUTPUT
Level
>3Vp-p
<30nS
Rise/Fall Time
VCF (Voltage Controlled Frequency)
_1V) input for 10:1 frequency ratio
Approx. 0V ~ 10V ( +
Input Voltage
_10%
10k� +
Input Impedance
FREQUENCY COUNTER
Mode
Internal only
Range
0.2Hz ~ 2MHz
_ 1Count
Accuracy
Time base accuracy +
_5 C)
_ 20PPM (23 C +
Time Base
Oscillation frequency 3.58MHz,Temp. stability +
Resolution
0.1Hz, 1Hz, 10Hz, 100Hz, 1kHz
POWER SOURCE
_ 10%, 50/60Hz
AC100V/120V/220V/230V +
ACCESSORIES
User manual x 1, Power cord x 1, GTL-101 x 1
DIMENSIONS & WEIGHT
230(W) x 95(H) x 280(D) mm, Approx. 2.1kg
ORDERING INFORMATION
GFG-8020H
C15
2MHz Function Generator with 4 Digits LED Display, TTL/CMOS Output
2MHz FUNCTION GENERATOR
GFG-8015G Function Generator delivers the most economic solution available for signal
generating demand within 2MHz frequency range. GHG-8015G offers extra values of TTL output,
and 1000:1 Tuning Range. Together with the standard functions such as Variable DC Offset Control,
Output Overload Protection, and VCF input function, GFG-8015G are the most affordable choice
for educational usage as well as for production lines at the most competitive price.
GFG-8015G (2MHz)
FEATURES
SPECIFICATIONS
* Frequency Range: 0.2Hz ~ 2MHz
* Waveforms: Sine, Triangle, Square, TTL Pulse
* Variable DC Offset Control
* Output Overload Protection
* VCF Input Function
* 1000:1 Tuning Range
Waveforms
Amplitude
Impedance
Attenuator
DC Offset
Duty Control
Frequency Range
Range Accuracy
MAIN OUTPUT
SINE, TRIANGLE, RAMP, SQUARE and TTL pulse Output
>20Vp-p (open circuit). > 10Vp-p (into 50� load)
_ 10%
50 � +
_ 1.0dB (at 1kHz)
-20dB, -20dB+
<-10V to> +10V (<-5V to >+5V into 50 � load)
1:1 to 10:1 continuously rating
0.2Hz to 2MHz 7 ranges
_ 5% + 1Hz (0.2, 2.0 position)
+
SINE WAVE
Distortion
Frequency Response
TRIANGLE WAVE
Linear
SQUARE WAVE
<1% 0.2Hz to 200kHz
<0.1dB 0.2Hz to 100kHz
<0.5dB 100kHz to 2MHz
98% 0.2Hz to 100kHz, 95% 100kHz to 2MHz
Symmetry
<2%, 0.2Hz to 100kHz
Rise/Fall Time
<100nS
TTL OUTPUT
Level
>3Vp-p
<25nS
Rise/Fall Time
VCF (Voltage Controlled Frequency)
Input Voltage
Impedance
_ 1V input for 1000 : 1 ; frequency ratio
Approx. 0 ~ 10V +
_10%)
10k� ( +
POWER SOURCE
_ 10% , 50/60Hz
AC100V/120V/220V/230V +
ACCESSORIES
User manual x 1,Power cord x 1, GTL-101 x 1
DIMENSIONS & WEIGHT
230(W) x 95(H) x 280(D) mm, Approx. 2.0kg
ORDERING INFORMATION
GFG-8015G
2MHz Function Generator
Made to Measure.
Good Will Instrument Co., Ltd.
C16
SPECIFIC APPLICATION SIGNAL SOURCES
Specific Application Signal Source Overview
GW Instek also offers a range of signal sources for specific
GSG-120/122 is the signal source for AM/FM broadcast system
applications, including FM/AM Signal Generator - GSG Series,
Generator - GRG Series and Audio Generator - GAG Series.
which cover the frequency range up to 110MHz. GRG is a radio
frequency generator. Its frequency up to 450MHz is the
third tone of 150MHz. GRG is the economical type of
signal
Generator which produces the audio signal for professionals.
SIGNAL GENERATOR
MODEL
C17
Description (Main Function)
Reference Page
GSG-120/122
110MHz FM/AM Signal Generator
C18
GRG-450B
150MHz RF Generator
C19
GAG-809/810
Audio Generator
C20
110MHz FM/AM SIGNAL GENERATOR
GSG-120 (110MHz, MONO)
GSG-Series is an FM/AM standard signal generator which provides CW, AM, and FM signals from
100kHz to 110MHz with the calibrated output levels from -19dB to 99dB in 1dB step. The intuitive
user interface of the GSG series enables free combinations of frequency, output level, and modulation.
Output settings can be stored and recalled easily; 10 points in one block up to 100 continuous points,
with 4 independent output levels. Remote Controlling is available with optional GRC-1201 unit which
enhances the memory recall function from distance. All these superior features of GSG-Series cover
most of the applications in receiver manufacturing and maintenance industries.
GSG-122 (110MHz, STEREO)
SPECIFICATIONS
FREQUENCY
GRC-1201 (Remote Controler)
FEATURES
* Freq. Range 100kHz ~ 110MHz
* Output Level -19 ~ + 99 dBu
* All Operations are Controlled by
Microprocessor
* Memory Stored from 10 Points in one Block
Can be up to 100 Continuous Points in
Blocks and 4 Output Levels
* Memory Data Copied
* Back Space key
* Remote Controlled
* FM Stereo Modulation (GSG-122 only)
Range
Display
Resolution
Accuracy
OUTPUT
Range
Display
Resolution
Attenuator Accuracy
Spurious
Impedance
Frequency Response
RESIDUAL MODULATION (S/N)
Post-Detection BW
FM Component
AM Component
MODULATION
Internal Modulation
EXT Input Impedance
100kHz ~ 110MHz
6 digits 0.5" LED display
100Hz (0.1 ~ 34.999MHz), 1kHz (35 ~ 110MHz)
_ 1count
_ 5 x 10-5 +
+
-19dBu ~ +99dBu, 1dBu steps (0dB: 1 V for open end)
2 digits LED display
1dB
_ 1.5dB
20 ~ 99dBu+
_ 3dB
_ 2dB, -11dBu ~ -19dBu+
19dBu ~ -10dBu+
-30dB or less
50 (VSWR<1.2)
_ 1.5dB
+
50Hz ~ 20kHz
< 200Hz
> 50dB
_ 3%) (GSG-120)
400Hz, 1kHz, 3kHz ( +
_ 3%) (GSG-122)
400Hz, 1kHz ( +
Approx. 10k �
FREQUENCY MODULATION
Frequency Deviation
Display
Meter Accuracy
Distortion (at 75kHz Deviation)
EXT MOD. Freq.
Response
Separation
Pilot Frequency
0 ~ 100kHz
3 digits LED Display
_ 10%
+
<0.1%, <0.05% (10.7, 65 ~ 110MHz)
_ 1dB (REF 1kHz)(GSG-120)
20Hz ~ 100kHz +
_ 1dB (REF 1kHz)(GSG-122)
50Hz ~ 15kHz +
>55dB (GSG-122 only)
_ 2Hz (GSG-122 only)
19kHz +
AMPLITUDE MODULATION
MOD. Depth
0 ~ 60%
Display
3 digits LED display
_ 5%
+
Accuracy
Distortion (30% AM)
< 0.5% (0.1 ~ 30MHz), <1.5% (30 ~ 110MHz)
_ 1.5dB (REF 1kHz)
EXT. Bandwidth
20Hz ~ 10kHz +
_ 2%
Input Level
3Vpp +
Preset Function
100 sets, Four presetting output levels can be stored
POWER SOURCE
_ 10%, 60Hz; 220V/240V +
_ 10%, 50/60Hz
AC100V/120V +
ACCESSORIES
User manual x 1, Power cord x 1,GTL-110 x 1
DIMENSIONS & WEIGHT
430(W) x 110(H) x 250(D) mm, Approx. 6.5kg
ORDERING INFORMATION
GSG-120
GSG-122
GRC-1201
110MHz MONO FM/AM Signal Generator
100MHz STEREO FM/AM Signal Generator
Remote Control for GSG-120 or GSG-122
Made to Measure.
Good Will Instrument Co., Ltd.
C18
150MHz
GENERATOR
GRG-450B comes right on the spot for applications requiring even higher frequency: up to 450MHz on
Harmonics. Panel operation is user-friendly and effective, represented by the large main meter which
allows seeing the target frequency at a glance. If an extra sensitivity is needed, GRG-450B can connect
the monitor output to an external device, such as digital frequency counter. Frequency range is
divided into seven zones with dial access, giving shortcuts to different application ranges. AM
modulation and the associated audio output are enabled using built-in modulator or input from
external device. Gain adjustment is available in fine mode, coupled with a handy high/low range
selection feature. Compact package, 247 (W) x 158 (H) x 140 (D) mm, and light weight 2.5kg, allow
GRG-450B to be carried around anytime, to be used at anywhere.
GRG-450B (150MHz)
FEATURES
* Frequency Range from 100kHz ~ 150MHz
(up ~ 450MHz on Harmonics)
* Int/Ext AM Modulation, 0 ~ 100%
* Frequency Monitor Output for EXT Frequency
Counter
SPECIFICATIONS
MAIN OUTPUT
Frequency
100kHz ~ 150MHz
(up to 450MHz on harmonics)
A 100 ~ 290kHz
B 290 ~ 900kHz
C 0.9 ~ 3.0MHz
D 3.0 ~ 11MHz
E 10 ~ 35MHz
F 32 ~ 150MHz
(96 ~ 450MHz, calibrated harmonics)
_ 5%
+
100mVrms approx up to 35MHz
High/Low switchable and fine control
Range
Accuracy
Level
Level control
AMPLITUDE MODULATION
Frequency: 1kHz
Percentage: 30% max and adjuster
Frequency: 50Hz to 20kHz
Sensitivity: less than 1Vrms
Internal
External
AUX OUTPUT
Audio Output Frequency: 1kHz
Level: 1 Vrms MIN, fixed
FREQUENCY MONITOR
Frequency: Oscillation frequency
Level: 50mVrms MIN
POWER SOURCE
AC 100/115/230V 10% , 50/60Hz
ACCESSORIES
User manual x 1, Power cord x 1, GTL-110 x 1
DIMENSIONS & WEIGHT
247(W) x 158(H) x 140(D)mm, Approx. 2.5kg
ORDERING INFORMATION
GRG-450B
C19
150MHz RF Generator
AUDIO GENERATOR
GAG-809/810 provide a convenient solution for low frequency (< 1MHz) signal generation, specifically
for audio bandwidth. Intuitive and simple panel interface provides quick frequency and amplitude
adjustment, with dial/key shortcuts to different ranges. Square wave generation covers digital
application in addition to the traditional analog using sine wave. Distortion is kept at minimum level,
especially at the audible frequency range: 0.02% or less distortion factor for 500Hz~20kHz. The external
synchronization signal input helps collaborating with other measurement devices.
GAG-809/810 (1MHz)
FEATURES
* Frequency from 10Hz ~ 1MHz
* 0.02% Low Sine wave Distortion
(GAG-810 Only)
* 6 Steps Output Attenuator
* EXT SYNC Function
SPECIFICATIONS
SINE WAVE CHARACTERISTIC
Frequency Range
Frequency Indicator
Frequency Accuracy
Output Voltage
Frequency Response
Distortion Factor
SQUARE WAVE
Output Voltage
Overshoot
Rise & Fall Time
Duty Ratio
EXT. SYNCHRONIZATION
Synchronizing Range
Max. Allowable Input
Input Impedance
OUTPUT
Output Impedance
Output Attenuator
10Hz ~ 1MHz, 5 Ranges
Dial Scale
_ (3% + 1Hz)
+
5 Vrms (600 � load)
_ 0.5dB(at 600 � load)
10Hz ~ 1MHz +
Reference Frequency (1kHz)
500Hz ~ 20kHz : 0.02% (GAG-809 : 0.1%)
100Hz ~ 100kHz : 0.05% (GAG-809 : 0.3%)
(x 10 range for 100Hz, x 1k range for 100kHz)
50Hz ~ 200kHz : 0.3%
20Hz ~ 500kHz : 0.5%
10Hz ~ 1MHz : 1.5%
10Vpp or more (no load)
2% (at 1kHz, max output)
Less than 200nS
_ 5%
50%+
_1%/Vrms
+
15V (DC + AC peak)
150k �
600 �
0, -10, -20, -30, -40, -50dB
_1dB at 600 � load)
6 ranges (accuracy +
POWER SOURCE
_ 10% , 50/60Hz
AC 100/120/220/230V +
ACCESSORIES
User Manual x 1, Power cord x 1, GTL-103 x 1
DIMENSIONS & WEIGHT
130(W) x 210(H)x292(D)mm , Approx 3 kg
ORDERING INFORMATION
GAG-809
GAG-810
1MHz Audio Generator
1MHz Audio Generator with 0.02% Low Sine Wave Distortion
Made to Measure.
Good Will Instrument Co., Ltd.
C20
FAQ for SIGNAL SOURCES
Why is the Maximum Frequency Of Triangle Wave Less Than Sine and Square Waves for all DDS type Function Generators?
In order to have straight charge and discharge curve of triangle wave, the number needed of data point is more than
sine and square waves. In the case of less data point of triangle wave, the low pass filter will make it look like sine wave.
In What kind of Application the DDS Function Generator is Better than Conventional Function Generator? Why?
DDS FG is better than conventional FG in most of the applications. Because of the frequency stability and low distortion,
the DDS is more adaptive as a signal source. Only in the few cases like higher frequency triangle wave and external FM
function, the conventional function generators have better functionality.
Why the Output Signal Displayed on Oscilloscope is 1Vpp, but Feed the Signal to DUT (Device Under Test), the Amplitude
is in Half, 0.5Vpp?
The input impedance of oscilloscope is 1M ohm, but function generator output impedance is 50 ohm, if the DUT load
is also 50ohm and connected to generator, the oscilloscope will measure half amplitude.
Based on the same theory, for the generators like GFG-3015 and SFG-830, there are amplitude displays. The displayed
amplitude is based on 50ohm load. For example, the displayed 1Vpp means the voltage on the connected 50� load.
If we disconnect the load and use oscilloscope to measure the voltage directly, 2Vpp is measured on oscilloscope.
What is the Relationship Between the Sampling Frequency and Output Frequency of a Arbitrary Waveform?
The relationship is as follows.
where fo is output frequency
fs is sampling frequency
np is number of data point
How to Properly Perform the Sweep Function in GFG-8200 Series Function Generators?
GFG-8200 series Function Generators can perform the frequency sweep ratio up to 100:1. To properly perform
the 100 : 1 sweep, the steps are as follows.
1. Select a frequency range, set the frequency to be the maximum frequency of the sweep (stop frequency).
2. Adjust the SPAN to maximum position.
3. Perform the sweep function.
Why is the Duty Cycle Specification Specified at the Frequency Lower Than the Maximum main Output Frequency for
all Function Generators?
If the Duty cycle is set to a significant ratio, say 99 : 1 at 4 MHz, the 1% frequency of 4MHz will be much higher than 4MHz,
thus it is over the bandwidth the FG specified. Therefore, the lower frequency limit of duty cycle specification is indicated.
C21
NOTE
Made to Measure.
Good Will Instrument Co., Ltd.
C22
POWER SUPPLIES
GW Instek provides the most reliable and complete Instrumental Power Supply lineup you can find in the electronic T&M industry.
Considering different professional demands of function, performance, and price, GW Instek provides a complete product lineup:
Linear or Switching, Programmable or Non-programmable, Single or Multiple Outputs, High Precision or Affordable Price,
Dual-Range, as well as Wide Combinations of Voltage and Current.
GW Instek currently offers more than 100 power supply products to ensure to meet most of the diverse applications including
Electronic Assembly Testing, Education, Component Testing, Wireless Product Testing, Burn-In, Battery-Power Product Testing,
Automotive, Aerospace and so on.
PRODUCTS
Programmable Linear DC Power Supply
Linear DC Power Supply
Programmable Switching DC Power Supply
Switching DC Power Supply
AC Power Source
DC Electronic Load
D1
POWER SUPPLIES
General Selection Guide of Power Source by Application
Power Supply Category
AC Source
DC Source
Linear
Single-CH: GPR/GPS (D14~17)
Multi-CH: GPS/GPC (D13~18)
Programmable
Single-CH: PSM/PSS/PPS (D6,9~10)
Multi-CH: PPE/PPT/PST (D7~8)
Series
Education
DC Load
APS-Series (D26)
PEL-Series (D27)
Switching
SPS-Series (D24)
Programmable
PSH/PSP-Series (D21~22)
R&D/ Research Lab
Production Testing
ATE for Production
Burn-IN
Page
PPS-Series
D6
PPT-Series
D7
PPE-Series
D7
PST-Series
PSS-Series
D8
PSM-Series
D10
GPS-X303 Series
D13
GPR-U Series
D14
GPR-H Series
D15
GPR-M Series
D16
GPS-Series
D17
GPC-Series
D18
PSH-Series
D21
PSP-Series
D22
SPS-Series
D24
APS-Series
D26
PEL-300
D27
D9
General Selection Guide of DC Power Source by Function
Programmability
Output
Single
Display
LED
Non-Programmable
Multiple
Linear
Single
Programmable
Multiple
Switching
LED
Page
Model
Analog
GPS-1850/3030/6010
Single
GPS-1830D/1850D/3030D/3030DD
Dual
GPR-Series
Dual
GPC-1850D/3030D/3060D/6030D
Qualdrop
GPS-2303/3303/4251/4303
GPC-3030DQ
D17
D17
D14~16
D18
D13
VFD
PSM-Series
D18
D10
LCD
PSS-Series
LED
D9
PPS-Series
LCD
PST-Series
D6
D8
D7
LED
Non-Programmable
Single
LED
Programmable
Single
LCD
PPE-3323
D7
D24
PPT-Series
SPS- Series
D21
D22
PSH-Series
PSP-Series
Made to Measure.
Good Will Instrument Co., Ltd.
D2
SELECTION GUIDE BY VOLTAGE & CURRENT
Programmable Linear Power Supply
Voltage(V)
Current(A)
8
20
PSM-2010
PSM-3004
1 CH
2 CH
3 CH
4 CH
Display
Remark
Page
VFD
DUAL RANGE
D10
VFD
DUAL RANGE
D10
LED
18V/3A x 2 ; 6V/5A x 1
D7
15
7
18
3
20
5
PSS-2005
LCD
20
10
PSM-2010
VFD
DUAL RANGE
D10
30
4
PSM-3004
VFD
DUAL RANGE
D10
30
6
PSM-6003
VFD
DUAL RANGE
D10
32
1
PST-3201
LCD
32V/1A x 3
D8
32
2
PST-3202
LCD
32V/2A x 2 ; 6V/5A x 1
D8
32
3
PPE-3323
LED
32
3
36
1.5
36
3.5
60
3.3
PPT-1830G
D9
32V/ 3A ; 3.3V(5V)/3A FIXED
LCD
PSS-3203
LED
PPT-3615G
PPS-3635G
LED
PSM-6003
VFD
D7
D9
36V/3A x 2 ; 6V/3A x 1
D7
D6
DUAL RANGE
D10
Non-Programmable Linear Power Supply
Voltage(V) Current(A)
D3
1 CH
8
30
GPR-0830HD
18
18
18
18
18
18
18
25
30
30
30
30
30
30
30
30
30
30
35
35
60
60
60
60
60
75
75
110
160
250
300
350
500
600
1000
3
5
5
5
10
20
50
0.5
3
3
3
3
3
3
3
3
6
6
10
20
1
3
3
6
15
5
10
3
5
3
1
2
1.5
1.5
0.5
GPS-1830D
GPS-1850
GPS-1850D
2 CH
3 CH
GPC-1850D
GPR-1810HD
GPR-1820HD
GPR-1850HD
GPS-4251
GPS-3030
GPS-3030D
GPS-3030DD
GPR-3060D
GPR-3510HD
GPR-3520HD
GPS-6010
GPR-6030D
GPR-6060D
GPR-6015HD
GPR-7550D
GPR-7510HD
GPR-11H30D
GPR-16H50D
GPR-25H30D
GPR-30H10D
GPR-35H20D
GPR-50H15D
GPR-60H15D
GPR-100H05D
4 CH
GPS-2303
GPS-3303
GPC-3030D
GPC-3030DQ
GPC-3060D
GPC-6030D
GPS-4303
Display
Remark
Page
LED
D15
LED
ANALOG
LED
LED
LED
LED
LED
LED DUAL DISPLAY
ANALOG
LED
LED DUAL DISPLAY
LED DUAL DISPLAY
LED DUAL DISPLAY
LED
LED DUAL DISPLAY
LED DUAL DISPLAY
LED
LED
LED
LED
ANALOG
LED
D17
D17
D17
D18
D16
D15
D14
D13
D17
D17
D17
D13
D13
D18
D18
D13
D16
D18
D15
D14
D17
D18
LED
LED
LED
LED
LED
LED
LED
LED
LED
LED
LED
LED
LED
60V/3A x 2 ; 5V/3A x 1
D16
D15
D14
D15
D14
D15
D14
D14
D15
D14
D14
D14
D14
SELECTION GUIDE BY VOTAGE & CURRENT
Programmable Switching Power Supply
Voltage(V)
Current(A)
1 CH
10
2 CH
3 CH
Display
4 CH
Remark
Page
36
PSH-1036
LCD
D21
10
70
PSH-1070
LCD
D21
10
100
PSH-10100
LCD
D21
20
10
PSP-2010
LCD
D22
20
18
PSH-2018
LCD
D21
20
PSH-2035
LCD
D21
20
35
50
PSH-2050
LCD
D21
36
10
PSH-3610
LCD
D21
36
20
PSH-3620
LCD
D21
36
30
PSH-3630
LCD
D21
40
5
PSP-405
LCD
D22
60
3.5
PSP-603
LCD
D22
60
6
PSH-6006
LCD
D21
60
12
PSH-6012
LCD
D21
60
18
PSH-6018
LCD
D21
Non-Programmable Switching Power Supply
Voltage(V) Current(A)
1 CH
2 CH
3 CH
Display
4 CH
Remark
Page
12
30
SPS-1230
LED
D24
18
20
SPS-1820
LED
D24
24
15
SPS-2415
LED
D24
36
10
SPS-3610
LED
D24
60
6
SPS-606
LED
D24
AC Power source
Model
Max. Current (Hi,A)
Voltage(V)
Capacity
Max. Current (Lo)
Display
Remark
Page
APS-9102
300
8.4
1kVA
4.2
LED
D26
APS-9301
300
2.6
300VA
1.3
LED
D26
APS-9501
300
4.2
500VA
2.1
LED
D26
DC Electronic Load
Model
Operation Voltage(V)
Operation Current(A)
Power (W)
PEL-300
60
60
300
Remark
Page
D27
Made to Measure.
Good Will Instrument Co., Ltd.
D4
PROGRAMMABLE LINEAR D.C. POWER SUPPLIES
Programmable Linear D.C. Power Supply Overview
GW Instek's Programmable Linear D.C. Power Supply delivers high
resolution, high stability, safety protection design and user-friendly
operation. The Auto-Run function allows user to edit and output
its own testing sequence without additional writing of its own
software program. The SCPI command sets and LabVIEW driver
are mostly provided to facilitate the development of ATE software.
PPE/PPT/PPS/PST/PSS/PSM-Series
Programmable Power Supply
D5
Model
Channel
PPS-3635G
1
36V
PPE-3323
3
PPT-1830G
Current
Voltage
Page
3.5A
D6
0~+32V, 0~ 32V, 3.3V/5V fixed
0~+3A, 0~ 3A, 3A fixed
D7
3
0~18V x 2, 0~6V x 1
0~3A x 2, 0~5A x 1
D7
PPT-3615G
3
0~36V x 2, 0~6V x 1
0~1.5A x 2, 0~3A x 1
D7
PST-3202
3
0~32V x 2, 0~6V x 1
0~2A x 2, 0~5A x 1
D8
PST-3201
3
0~32V x 3
0~1A x 3
D8
PSS-2005
1
0~20V
0~5A
D9
PSS-3203
1
0~32V
0~3A
D9
PSM-2010
1
Dual range: 8V/20V
Dual range: 20A/10A
D10
PSM-3004
1
Dual range: 15V/30V
Dual range: 7A/4A
D10
PSM-6003
1
Dual range: 30V/60V
Dual range: 6A/3.3A
D10
-
SINGLE OUTPUT PROGRAMMABLE LINEAR D.C. POWER SUPPLY
The PPS-3635G is single output, 126W, programmable linear DC power supply. OVP and OCP protect
PPS and loads from unexpected conditions. Compliance to major standards, US, CSA, and IEC,
enhances safety level. High resolution is maintained at 10mV, 1mA. Remote sensing adds extra level
of precision by compensating cable losses between loads. Configuration is simplified with output
limit store/recall function and Auto step running for continuous testing. SCPI command set and
LabVIEW driver access through GPIB interface provide remote control and ATE software development
capability. The versatile PPS-3635G is ideal for high-level applications which require high precision and
extra level of safety caution
PPS-3635G
Patent No: 81011/81324
FEATURES
* Easy Operation, with UP/DOWN Key
* High Resolution: 10mV, 1mA
* Over Voltage Protection, Over Current
Protection ( by Hardware )
* 100 Sets Memory
* Self Test and Software Calibration
* Meet UL/CSA/IEC Safety Regulation
* Auto Step Running With Time Setting
* FRONT/REAR Output and Sense Switch
Selectable
* IEEE-488.2 and SCPI Compatible
Command set
* LabVIEW Driver Software Available
* High Stability, Low Drift
* 4 Digit Display
Rear Panel
SPECIFICATIONS
OUTPUT
Voltage
Current
OVP
LOAD REGULATION
Voltage
Current
LINE REGULATION
Voltage
Current
RESOLUTION
Voltage
Current
OVP
PROGRAM ACCURACY (25 5 C)
Voltage
Current
OVP
RIPPLE & NOISE (20Hz ~ 20MHz)
Voltage
0 ~ 36V
0 ~ 3.5A
0 ~ 38.5V
_ 3mV rear output ( <
_ 6mV front output )
<
_ 3mA ( <
_ 6mA rating current > 3.5A )
<
_ 3mV
<
_ 3mA
<
10mV ( 20mV rating voltage > 36V )
1mA ( 2mA rating current >3.5A )
10mV( 20mV rating voltage > 36V )
_ 0.05% + 25mV ( + 50mV rating voltage > 36 V )
<
_ 0.2% + 10mA
<
_ 2% + 0.6V
<
Ripple 1mVrms / 3mVp-p
Noise 2mVrms / 30mVp-p
_ 5mA rms rating current > 3.5A )
_ 3mA rms ( <
<
Current
TEMPERATURE COEFFICIENT (0~40 C )
_ 100ppm + 3mV
<
Voltage
_ 150ppm + 3mA
<
Current
READBACK RESOLUTION ACCURACY (25 5 C)
10mV ( 20mV rating voltage > 36V )
1mA ( 2mA rating current > 3.5A )
_ 0.05% + 25mV ( + 50mV rating voltage > 36V )
<
_ 0.2% + 10mA
<
Voltage
Current
Voltage
Current
RESPONSE TIME
VOLTAGE UP
VOLTAGE DOWN
10% ~ 90%
90% ~ 10%
READBACK TEMPERATURE
COEFFICIENT
Voltage
Current
_ 100mS
<
_ 100mS
<
_ 100ppm + 10mV ( + 20mV rating voltage > 36V )
<
_ 150ppm + 10mA
<
DRIFT
_ 0.03% + 6mV
<
Voltage
_ 0.1% + 6mA
<
Current
TIMER
1 second ~ 255 minutes (Max. 255 minutes x 99)
Setting Time
Resolution
1 second
Function
for output working loop (Auto Step running )
INTERFACE
GPIB Interface Standard
POWER SOURCE
_ 10%, 50/60Hz
AC 100V/120V/ 220V/240V +
ACCESSORIES
User manualx1, Power cordx1, GTL-105 x 1
DIMENSIONS & WEIGHT
255(W) x 145(H) x 346(D) mm; Approx. 9.5kg
ORDERING INFORMATION
PPS-3635G
126W Single Output Programmable D.C. Power Supply
GRA-401
Rack Adapter Panel
Optional Accessories
Made to Measure.
Good Will Instrument Co., Ltd.
D6
TRIPLE OUTPUT PROGRAMMABLE LINEAR D.C. POWER SUPPLY
The PPE/PPT Series is triple output, programmable linear DC power supply with power output selection of 207/138/
126W. The thoughtful OVP and OCP features protect PPE/PPT and loads from unexpected conditions, and compliance
to major standards, US, CSA, and IEC, enhances safety level. High resolution is maintained at 10mV, 1mA for both
series. Remote sensing available in PPT Series adds extra level of precision by compensating cable losses between
loads. Configuration is simplified with output limit store/recall function, Auto-tracking, Auto series/parallel operation
(PPT-Series only), and auto step running for continuous testing. The standard RS-232C terminal for PPE-Series
provides PC communication interface, while PPT-Series offers remote control and ATE software development capability
by SCPI command set and Labview driver through its standard GPIB interface. The versatile PPE/PPT-Series is ideal
for high-level applications which require high resolution, multiple output, and extra level of safety precaution.
PPE-3323
SPECIFICATIONS
Patent No: 81011/81324
PPT-1830G/3615G
Patent No: 81011/81324
FEATURES
* Easy Operation, with UP/DOWN Key
* High Resolution: 10mV, 1mA
* Over Voltage Protection, Over Current
Protection (PPT-Series by Hardware, PPE-Series
by Software)
* 50 Sets Memory
* Self Test and Software Calibration
* Meet UL CSA IEC Safety Regulation
* Auto Step Running With Time Setting
* FRONT/REAR Output and Sense Switch
Selectable (for PPT -Series)
* Triple Output
* Auto Series and Parallel Operation
(for PPT-Series)
* Auto Tracking
* IEEE-488.2 and SCPI Compatible Command
set (PPT-Series)
* RS-232 Communication Capability (PPE-Series)
* LabVIEW Driver Software Available
(for PPT-Series)
* High Stability, Low Drift
* 4 Digit Display
Rear Panel
PPE-3323
MODEL
PPE-3323
PPT-1830G
PPT-3615G
OUTPUT
0~+32V,0~ 32V,3.3V/5V FIXED 0~18Vx2,0~6Vx1
0~36Vx2,0~6Vx1
Voltage
Current
0~+3A,0~ 3A,3A FIXED
0~3Ax2,0~5Ax1
0~1.5Ax2,0~3Ax1
0~38.5Vx2,0~7Vx1
0~+33V,0~ 33V
0~20Vx2,0~7Vx1
OVP
LOAD REGULATION
_ 3mV rear output (<
< 6mV
<
_ 6mV front output )
Voltage
_ 3mA
_ 3mA (<
_ 6mA rating current > 3.5A )
<
<
Current
LINE REGULATION
_ 3mV
<
Voltage
_ 3mA
<
Current
RESOLUTION
10mV ( 20mV rating voltage > 36V )
Voltage
1mA ( 2mA rating current >3.5A )
Current
10mV( 20mV rating voltage > 36V )
OVP
PROGRAM ACCURACY (25 5 C)
_ 0.05% + 25mV ( + 50mV rating voltage > 36 V )
<
Voltage
_ 0.2% + 10mA
<
Current
_ 2% + 0.6V
<
OVP
RIPPLE & NOISE (20Hz ~ 20MHz)
Ripple 1mVrms / 3mVp-p
Voltage
Noise 2mVrms / 30mVp-p
_ 5mA rms rating current > 3.5A )
_ 3mA rms ( <
<
Current
TEMPERATURE COEFFICIENT (0~40 C )
_ 100ppm + 3mV
<
Voltage
_ 150ppm + 3mA
<
Current
READBACK RESOLUTION ACCURACY (25 5 C)
10mV ( 20mV rating voltage > 36V )
1mA ( 2mA rating current > 3.5A )
_ 0.05% + 25mV ( + 50mV rating voltage > 36V )
<
_ 0.2% + 10mA
<
Voltage
Current
Voltage
Current
RESPONSE TIME
_ 100mS
<
VOLTAGE UP 10% ~ 90%
_ 100mS
VOLTAGE DOWN 90% ~ 10% <
READBACK TEMPERATURE COEFFICIENT
_ 100ppm + 10mV ( + 20mV rating voltage > 36V )
<
Voltage
_ 150ppm + 10mA
<
Current
DRIFT
_ 0.03% + 6mV
<
Voltage
_ 0.1% + 6mA
<
Current
TRACK OPERATION
_ 0.1% + 50mV
<
Tracking Error
_ 50mV
<
Series Regulation
PARALLEL OPERATION (PPT-Series only)
_ 0.05% + 25mV ( + 50mV rating voltage > 36V )
<
Voltage
Program Accuracy
_ 0.2% + 20mA
<
Current
(25 5 C)
_ 2% + 0.6V
<
OVP
_ 3mV rear output ( <
<
_ 6mV front output )
Voltage
Load Effect
_ 6mA ( <
_12mA rating current > 3.5A )
<
Current
_
<
Voltage
3mV
Source Effect
_ 6mA
<
Current
MEMORY
49 sets
Store/Recall
TIMER
Setting time
1 second ~ 255 minutes (Max. 255 x 49 minutes for PPT-Series)
1 second ~ 99 minutes (Max. 99 x 49 minutes for PPE-3323)
1 second
Resolution
for output working loop (Auto Step running )
Function
INTERFACE
RS-232 standard for PPE-Series; GPIB Interface Standard for PPT-Series
POWER SOURCE
_ 10%, 50/60Hz
AC 100V/120V/ 220V/240V +
ACCESSORIES
User manual x 1, Power cord x 1, GTL-105 x 3
DIMENSIONS & WEIGHT
255(W) x 145(H) x 346(D) mm; Approx. 10kg
ORDERING INFORMATION
PPT-1830G
D7
PPE-3323
PPT-1830G
PPT-3615G
207W Triple Output Programmable D.C. Power Supply
138W Triple Output Programmable D.C. Power Supply
126W Triple Output Programmable D.C. Power Supply
GRA-401
Rack Adapter Panel
Optional Accessories
TRIPLE OUTPUT PROGRAMMABLE LINEAR D.C. POWER SUPPLY
The PST-Series is triple output, 96 or 158W, programmable linear DC power supply. OVP, OCP, and OTP protect PST
and loads from unexpected conditions. High resolution is maintained at 10mV, 1mA. Large 192 x 128 LCD panel with
simultaneous output/parameter view and automatically regulated cooling fan for low noise provide comfortable
operation. Configuration is simplified with output setting store/recall function, Auto series/parallel operation, and
Auto step running for continuous testing. SCPI command set and Labview driver access through RS-232C or optional
GPIB interface provide remote control and ATE software development capability. The versatile PST Series is ideal for
applications which require high resolution, multiple output, and automated operation, such as in production testing
and rack mounting system.
SPECIFICATIONS
PST-Series
FEATURES
* Digitized Programmable Interface, High
Resolution 10mV, 1mA
* 192 x 128 LCD Display, Display Several Setting
and Measuring Result Simultaneously
* Over-Voltage, Over-Current, Over Temperature
Protection
* Intelligent Fan Control(Change by Output Power)
* 100 Sets Memory
* Auto Step Running With Timp Setting
* Auto Series and Parallel Function
* LabVIEW Driver
* Standard Interface: RS-232C
* Option: GPIB (IEEE-488.2)
* Optional European Jack Type Terminal
PST-3202
OUTPUT
Voltage
Current
OVP
LOAD REGULATION
Voltage
Current
LINE REGULATION
Voltage
Current
RESOLUTION
Voltage
Current
OVP
PROGRAM ACCURACY(25
0~32Vx2, 0~6Vx1
0~2Ax2, 0~5Ax1
0~33Vx2, 0~7Vx1
3mV (
3mA (
PST-3201
0~32Vx3
0~1Ax3
0~33Vx3
5mV rating current >3.0A)
5mA rating current >3.0A)
3mV
3mA
10mV
1mA (2mA, rating current >3.0A)
10mV
5 C)
0.05%+20mV
Voltage
0.1%+5mA (+10mA, rating current>3.0A)
Current
0.05%+20mV
OVP
RIPPLE & NOISE(20Hz~20MHz)
Voltage
Ripple: 1mVrms/3mVp-p ; Noise: 2mVrms/30mVp-p
3mArms ( 5mArms, rating current >3.0A)
Current
TEMPERATURE COEFFICIENT (0 ~ 40 C)
Voltage
Current
READBACK RESOLUTION
Voltage
Current
READBACK ACCURACY(25
Voltage
Current
100ppm+3mV
100ppm+3mA
10mV(20mV, rating current >36V)
1mA(2mA, rating current >3.0A)
5 C)
0.05%+10mV(+20mV, rating current >36V)
0.1%+5mA
POWER SUPPLIES
READBACK TEMPERATURE COEFFICIENT
Voltage
Current
RESPONSE TIME
Voltage Up (10%~90%)
Voltage Down (90%~10%)
DRIFT
Voltage
Current
TRACK OPERATION
Tracking Error
Series(Load Effect)
PARALLEL OPERATION
Program Accuracy
(25 5 C)
Load Effect
Source Effect
Rear Panel
100ppm+10mV(+20mV, rating current >36V)
100ppm+5mA(+10mA, rating current >3.0A)
100mS
100mS (
10% rating load)
100ppm+10mV(+20mV, rating current >36V)
150ppm+10mA
0.1%+20mV
20mV
Voltage 0.05%+20mV(+20mV, rating current >36V)
Current 0.1%+10mA
OVP 0.05%+20mV
Voltage 3mV( 5mV, rating current>3.0A); current 6mA
Voltage 3mV; current 6mA
MEMORY
99 Sets
Store/Recall
TIMER
Setting time
0.1 second~99 Minutes 59 second(Max. 99 Minutes 59 second x 100)
0.1 second
Resolution
Auto step running (for output working loop)
Function
INTERFACE
Standard : RS-232C ; Option: GPIB (IEEE488.2)
POWER SOURCE
AC 100V/ 120V/ 220V 10%, 230V(+10%/-6%), 50/60Hz
ACCESSORIES
User Manual x 1, Power Cord x 1, Test Lead: GTL-104 x 3 (PST-3202) or GTL-105 x 3 (PST-3201)
European Test Lead: GTL-204 x 3 (PST-3202) or GTL-203 x 3 (PST-3201)
DIMENSIONS & WEIGHT
230(W) x 140(H) x 380(D) mm , Approx.10kg
ORDERING INFORMATION
PST-3202
PST-3201
Option
158W Triple Output Programmable D.C. Power Supply
96W Triple Output Programmable D.C. Power Supply
Opt.01: GPIB Interface (factory installed)
Optional Accessories
D9
GRA-407
Rack Mounting ( 19", 4U )
D8
PROGRAMMABLE LINEAR D.C. POWER SUPPLY
The PSS Series is single output, 96 or 100W, programmable linear DC power supply. OVP, OCP, and
OTP protect PSS and loads from unexpected conditions. High resolution is maintained at 10mV, 1mA.
LCD panel with simultaneous output/parameter view and automatically regulated cooling fan for low
noise provide comfortable operation. SCPI command set and Labview driver access through RS-232C
or optional GPIB interface provide remote control and ATE software development capability. The
compact PSS Series is suitable for both bench-top and rack mounting applications in high resolution.
(Note: only one interface, RS-232C or GPIB, can be installed at a time)
PSS-Series
FEATURES
* Digitized Programmable Interface, High
Resolution 10mV, 1mA
* High Stability, Low Drift
* Over-Voltage, Over-Current, Over Temperature
Protection
* Intelligent Fan Control (Change by Output Power)
* Built-in Buzzer Alarm
* LabVIEW Driver
* Standard Interface: RS-232C
* Option: GPIB (IEEE-488.2)
* Optional European Jack Type Terminal
SPECIFICATIONS
PSS-2005
PSS-3203
OUTPUT
Voltage
0~20V
0~32V
Current
0~5A
0~3A
0~21V
0~33V
OVP
LOAD REGULATION
< 3mV (< 5mV, rating current >3.0A)
Voltage
< 3mA (< 5mA, rating current >3.0A)
Current
LINE REGULATION
< 3mV
Voltage
< 3mA
Current
RESOLUTION
Voltage
10mV
1mA (2mA, rating current >3.0A)
Current
10mV
OVP
PROGRAM ACCURACY(25 5 C)
< 0.05%+20mV
Voltage
< 0.1%+5mA (+10mA, rating current>3.0A)
Current
< 0.05%+20mV
OVP
RIPPLE & NOISE(20Hz~20MHz)
Voltage
Ripple : 1mVrms/3mVp-p ; Noise : 2mVrms/30mVp-p
< 3mArms (< 5mArms, rating current >3.0A)
Current
TEMPERATURE COEFFICIENT (0 ~ 40 C)
< 100ppm+3mV
Voltage
< 100ppm+3mA
Current
READBACK RESOLUTION
Voltage
10mV
1mA (2mA, rating current >3.0A)
Current
READBACK ACCURACY(25
Voltage
Current
5 C)
< 0.05%+10mV
< 0.1%+5mA
READBACK TEMPERATURE COEFFICIENT
Rear Panel
Voltage
Current
RESPONSE TIME
Voltage Up (10%~90%)
Voltage Down (90%~10%)
DRIFT
< 100ppm+10mV
< 100ppm+5mA (+10mA rating current >3.0A)
< 100mS
< 100mS ( 10% rating load)
Voltage
< 100ppm+10mV
< 150ppm+10mA
Current
INTERFACE
Standard : RS-232C; Option: GPIB
POWER SOURCE
AC 100V/120V/ 220V 10%, 230V (+10%/~6%), 50/60Hz
ACCESSORIES
User manual x 1, Power cord x 1 Test lead GTL-104 x 1(PSS-2005) or GTL-105 x 1(PSS-3203)
European Test Lead GTL-204 x 1 (PSS-2005) or GTL-203 x 1 (PSS-3203)
DIMENSIONS & WEIGHT
108(W) x 140(H) x 315(D) mm, Approx. 4.8kg
ORDERING INFORMATION
PSS-2005 100W Single Output Programmable D.C. Power Supply
PSS-3203 96W Single Output Programmable D.C. Power Supply
Option
ORDERING
INFORMATION
Opt.01 : GPIB Interface (factory installed) Opt.02 : GRA-403 Rack Mounting ( 19", 4U )
NOTE : When Opt.01 GPIB interface is ordered, the standard interface RS-232C will be deleted.
D9
PROGRAMMABLE DUAL-RANGE D.C. POWER SUPPLY
The PSM Series is single output / dual range, 120 or 200W, programmable linear DC power supply.
OVP, OCP, OTP, and output On/Off control protect PSM and loads from unexpected conditions. High
resolution, high regulation, low ripple are maintained at 1mV/1mA, 0.01%, and less than 350 Vrms,
respectively. LCD panel with simultaneous view of output and parameter setting provide comfortable
operation. Configuration is simplified with output limit store/recall function and Auto step running
feature for continuous testing. Self-test and software calibration features reduce maintenance overhead.
SCPI command set and Labview driver access through RS-232C or GPIB interface provide remote
control and ATE software development capability. The PSM Series is an ideal choice for high precision,
high reliability application such as QA verification and R&D.
PSM-Series
Patent No: ZL 03 3 01174.5
FEATURES
* Single Output Dual Range Max. 200W
* High Resolution: 1mV/1mA
* Stable & Clear Power: 0.01% Load/Line
Regulation, 350 Vrms Ripple
* 100 Sets Memory
* Auto Step Running With Time Setting
* Safety Design: OVP, OCP & OTP ; Output
ON/OFF Control(OCP Provides Delay Setting
to Prevent Trip of High Start-Up Current)
* Self-Test and Software Calibration
* High Visible Vacuum-Fluorescent Display
* Front and Rear Output Terminal
* Standard Interface : RS-232C, GPIB
* Option : European Jack Type Terminal
SPECIFICATIONS
DC OUTPUT
Low Range
High Range
PSM-3004
PSM-6003
0 ~ 8V/20A
0 ~ 15V/7A
0 ~ 20V/10A
0 ~ 30V/4A
CONSTANT VOLTAGE OPERATION
Regulation
Load regulation < 0.01% + 2mV
+(% of output + offset)
Line regulation < 0.01% + 2mV
0 ~ 30V/6A
0 ~ 60V/3.3A
Ripple & Noise
<50V:<500 Vrms/3mVpp
>50V:<1mVrms/3mVpp
< 350 Vrms/3mVpp
< 350 Vrms/2mVpp
CONSTANT CURRENT OPERATION
Regulation
Load regulation < 0.01% + 250 A
+(% of output + offset)
Line regulation < 0.01% + 250 A
Ripple & Noise
< 2mArms
RESOLUTION
1mV
1mV
Programming
Voltage
Current
1mA
0.5mA
Readback
0.5mV
0.5mV
Voltage
Current
1mA
0.1mA
Front Panel
OVP/OCP
ACCURACY
Programming
Voltage
Current
Voltage
Current
Voltage
Current
Readback
Voltage
Current
Voltage
OVP/OCP
Current
TRANSIENT RESPONSE
COMMAND PROCESSING TIME
Rear Panel
PSM-2010
2mV
0.5mA
1mV
0.5mA
1mV
1mA(<10A),10mA( 10A)
10mV
10mA
0.05% + 10mV
0.2% + 10mA
0.05% + 5mV
0.15% + 5mA
0.1% + 10mV
0.4% + 10mA
< 50 sec. ( for output to recover to within 15mV following a change
in output current from full load to half load.
100 ms
VOLTAGE PROGRAMMING RESPONSE TIME (for resistive load)
Full Load
80 ms
50 ms
95 ms
Voltage Up
100 ms
20 ms
45 ms
No Load
Full Load
Voltage Down
30 ms
45 ms
30 ms
No Load
450 ms
400 ms
450 ms
STABILITY (% of output + offset)
Voltage
0.02% + 1mV
Current
0.1% + 1mA
MEMORY
100 sets
Store/Recall
TEMPERATURE COEFFICIENT PER C (% of Output + Offset)
Voltage
0.01% + 3mV
Current
0.02% + 3mA
POWER SOURCE
AC 100V/120V/220V 10% , 230V : - 6% ~ + 10% , 50/60Hz
INTERFACE
Standard RS-232C , GPIB
ACCESSORIES
User manual x 1, Power cord x 1,
Test Lead GTL-104 x 1 ; European Test Lead GTL-204 x 1,
Ground Lead GTL-201A x 1 (European Terminal), Sense Lead GTL-202 x 1 (European Terminal)
DIMENSIONS & WEIGHT
230(W) x 140(H) x 380(D) ; Approx. 10kg
ORDERING
ORDERING INFORMATION
INFORMATION
PSM-2010 200W Single Output, Programmable Power Supply
PSM-6003 200W Single Output, Programmable Power Supply
PSM-3004 120W Single Output, Programmable Power Supply
Option
Opt. 01:
GRA-407 19", 4U Rack Mounting ( 19" , 4U )
GTL-232
RS-232C Cable, 9-pin Female to 9-pin , Null Modem for PC
Optional Accessories
Made to Measure.
Good Will Instrument Co., Ltd.
D10
LINEAR D.C. POWER SUPPLIES
Linear D.C. Power Supply Overview
feature for all linear D.C. Power Supplies, while series
and parallel are standard feature for all multi-output power
supplies. In order to meet the demand of most applications,
GW Instek provides different voltage/current combinations
Power Supplies at the same power ratings.
When the Power Supply of accuracy, stability and low ripple/noise
is needed, GW Instek offers you the choice of linear power supply.
GW Instek provides the single output linear D.C. Power Supply
from 54W~1000W and multiple output D.C. Power Supply from
55W~400W. CC/CV mode with automatic crossover is standard
GPS-Series (Multiple Output, Output Power : < 200W)
LED Display
Display Type
Weight(kg)
Independent
Series
Parallel
GPS-4303
(0 ~ 30V / 0 ~ 3A) x 2
(2.2~5.2V/0~1A MAX) x 1
(8~15V/0~1A MAX) x 1
60V 3A
30V 6A
GPS-4251
(0 ~ 25V / 0 ~ 0.5A) x 2
(3 ~ 6V / 2.5A MAX) x1
(8 ~ 15V / 1A MAX)x1
50V 0.5A
25V 1A
3 digit x 4
( 4 CH )
6.3
GPS-3303
(0 ~ 30V / 0 ~ 3A) x 2
(5V / 0 ~ 3A MAX) x 1
60V 3A
30V 6A
3 digit x 4
( 2 CH )
7
GPS-2303
(0 ~ 30V / 0 ~ 3A) x 2
60V 3A
30V 6A
3 digit x 4
( 2 CH )
7
Model
3 digit x 4
Page
7
( 4 CH )
D13
GPR-U SERIES (Single Output, Output Power : 500W ~1000W)
LED Display
Model
Output Volts (V)
GPR-1850HD
0 ~ 18
Output Amps (A)
0 ~ 50
Weight (kg)
30
GPR-3520HD
0 ~ 35
0 ~ 20
29.5
GPR-6015HD
0 ~ 60
0 ~ 15
30
GPR-7510HD
0 ~ 75
0 ~ 10
29.5
GPR-16H50D
0 ~ 160
0~5
30.5
GPR-25H30D
0 ~ 250
0~3
29.5
GPR-35H20D
0 ~ 350
0~2
29.5
GPR-50H15D
0 ~ 500
0 ~ 1.5
29.5
GPR-60H15D
0 ~ 600
0 ~ 1.5
30.5
GPR-100H05D
0 ~ 1000
0 ~ 0.5
28.5
Page
D14
GPR-H SERIES (Single Output, Output Power : 200W~400W)
LED Display
D11
Model
Output Volts (V)
Output Amps (A)
Weight (kg)
GPR-0830HD
0~8
0 ~ 30
18.5
GPR-1820HD
0 ~ 18
0 ~ 20
18.5
GPR-3510HD
0 ~ 35
0 ~ 10
18.5
GPR-6060D
0 ~ 60
0~6
18.5
GPR-7550D
0 ~ 75
0~5
18.5
GPR-11H30D
0 ~ 110
0~3
13.5
GPR-30H10D
0 ~ 300
0~1
13.5
Page
D15
GPR-M SERIES (Single Output, Output Power : 180W)
LED Display
Model
Output Volts (V)
Output Amps (A)
Weight (kg)
GPR-1810HD
0 ~ 18
0 ~ 10
11.5
GPR-3060D
0 ~ 30
0~6
11.5
GPR-6030D
0 ~ 60
0~3
11.5
Page
D16
GPS-SERIES (Single Output, Output Power : < 100W)
Model
Analog Meter
Display
LED Display
Output Volts(V)
Output Amps(A)
Display Type
Weight(kg)
GPS-1850
0 ~ 18
0~5
V-Meter
1,I-Meter
1
GPS-3030
0 ~ 30
0~3
V-Meter
1,I-Meter
1
5
GPS-6010
0 ~ 60
0~1
1
4
GPS-1830D
0 ~ 18
0~3
GPS-1850D
0 ~ 18
0~5
GPS-3030D
0 ~ 30
0~3
GPS-3030DD
0 ~ 30
0~3
V-Meter
1,I-Meter
Page
5.5
3 1/2 digit x 1
4
3 1/2 digit x 1
5
3 1/2 digit x 1
5
3 1/2 digit x 2
5
D17
GPC- SERIES (Triple Output With Fixed 5V/3A Output, Output Power : 100W~400W)
Model
LED Display
Independent
Series
Parallel
Display Type
Weight(kg)
GPC-1850D
(0 ~ 18V/0 ~ 5A) x 2
(5V/3A MAX) x 1
36V 5A
18V 10A
3 1/2 digit x 2
11.5
GPC-3030D
(0 ~ 30V/0 ~ 3A) x 2
(5V/3A MAX) x 1
60V 3A
30V 6A
3 1/2 digit x 2
11.5
GPC-3030DQ
(0 ~ 30V/0 ~ 3A) x 2
(5V/3A MAX) x 1
60V 3A
30V 6A
3 1/2 digit x 4
11.5
GPC-6030D
(0 ~ 60V/0 ~ 3A) x 2
(5V/3A MAX) x 1
120V 3A
60V 6A
3 1/ digit x 2
18.5
GPC-3060D
(0 ~ 30V/0 ~ 6A) x 2
(5V/3A MAX) x 1
60V 6A
30V 12A
3 1/2 digit x 2
18.5
2
Made to Measure.
Page
D18
Good Will Instrument Co., Ltd.
D12
MULTIPLE OUTPUT LINEAR D.C. POWER SUPPLY
The GPS-Series is dual to quad output, 55 to 200W, linear DC power supply. Overload/reverse polarity
protection and output On/Off switch keep GPS and loads safe from unexpected conditions. High
regulation and low ripple/noise are maintained at 0.01% and less than 1mVrms, respectively. Cooling
fan speed control minimizes fan noise according to load conditions, ensuring quiet operation. The
GPS-Series is an ideal solution for lightweight, inexpensive bench-top or portable applications
requiring high regulation and multiple outputs.
GPS-2303/3303/4251/4303
Patent No: ZL 02 3 35264 . 7
FEATURES
SPECIFICATIONS
* 2, 3 and 4 Independent Isolated Output
* Four "3 Digits" LED Displays
* 0.01% Load and Line Regulation
* Low Ripple and Noise
* Tracking Operation and Auto Series/Parallel
Operation
* Output ON/OFF Switch
* Output Voltage and Current Setting When
Output Disable (Except GPS-2303)
* Fan Speed Control Circuit to Minimize Fan
Noise
* Over Load and Reverse Polarity Protection
* Optional European Jack Type Terminal
OUTPUT MODE
GPS-4303
GPS-4251
GPS-3303
CH1 CH2
CH3
CH4 CH1 CH2 CH3
CH4 CH1 CH2 CH3
0 ~ 30V 2.2 ~ 5.2V 8 ~ 15V 0 ~ 25V 3 ~ 6V
8 ~ 15V 0 ~ 30V 5V Fixed
0 ~ 3A 1A Max. 1A Max. 0 ~ 0.5A 2.5A Max. 1A Max. 0 ~ 3A 3A Max.
0 ~ 60V
0 ~ 50V
0 ~ 60V
---------0 ~ 6A
0 ~ 1A
0 ~ 6A
CONSTANT VOLTAGE OPERATION (CH1, CH2)
< 0.01% + 3mV
Line Regulation
< 0.01% + 3mV (rating current < 3A)
Load Regulation
< 0.02% + 5mV (rating current > 3A)
< 1mVrms , 5Hz ~ 1MHz
Ripple & Noise
< 100 S (50% Load change, Minimum load 0.5A)
Recovery Time
Voltage
Current
Tracking Series Voltage
Tracking Parallel Current
CONSTANT CURRENT
Line Regulation
Load Regulation
Ripple & Noise
OPERATION (CH1, CH2)
< 0.2% + 3mA
< 0.2% + 3mA
< 3mArms
TRACKING OPERATION (CH1, CH2)
Tracking Error
< 0.5% + 10mV of the CH1
Series Regulation
< 300mV
Load Regulation
< 0.01% + 3mV
Ripple & Noise
< 2mVrms , 5Hz ~ 1MHz
CH3 OPERATION (for GPS-3303/4251/4303)
GPS-4303 : 2.2V ~ 5.2V , GPS-4251 : 3V ~ 6V , GPS-3303 : 5V Fix
CH3 Voltage
< 5mV
Line Regulation
< 15mV
Load Regulation
< 2mVrms, 5Hz ~ 1MHz
Ripple & Noise
Current Output
GPS-4303: 1A, GPS-4251: 2.5A , GPS-3303: 3A
CH4 OPERATION (for GPS-4251/4303)
CH4 VOLTAGE
8V ~5V
< 5mV
Line Regulation
< 10mV
Load Regulation
< 2mVrms, 5Hz ~ 1MHz
Ripple & Noise
Current Output
1A
METER
3 digits 0.5" LED display
Digital
GPS-4303/4251/3303 Out ON Accuracy + (0.5% rdg + 2 digits)
GPS-4303/4251/3303 Out OFF Accuracy + (0.5% rdg + 8 digits)
GPS-2303 Accuracy + (0.5% rdg + 2 digits)
INSULATION
Chassis and Terminal
Chassis and AC Cord
> DC 500V / 20M
> DC 500V / 30M
POWER SOURCE
AC 100V/120V/220V+10%, 230V(+10%~-6%), 50/60Hz
ACCESSORIES
User manual x 1, Power cord x 1,
GPS-4303:Test lead GTL-104 x 2,GTL-105 x 2 ; European test lead GTL-203 x 2,GTL-204 x 2, GTL-201A x1
GPS-4251:Test lead GTL-105 x 4 ; European test lead GTL-203 x 4, GTL-201A x1
GPS-3303:Test lead GTL-104 x 2,GTL-105 x 1 ; European test lead GTL-203 x 1,GTL-204 x 2, GTL-201A x1
GPS-2303:Test lead GTL-104 x 2 ; European test lead GTL-204 x 2, GTL-201A x1
DIMENSIONS & WEIGHT
255(W) x 145(H) x 265(D) mm, Approx. 7 kg (GPS-4303/3303/2303) ; Approx. 6.3kg (GPS-4251)
ORDERING INFORMATION
GPS-4303 4-channels, 200W D.C. Power Supply
GPS-4251 4-channels, 55W D.C. Power Supply
D13
GPS-3303 3-channels, 195W D.C. Power Supply
GPS-2303 2-channels, 180W D.C. Power Supply
GPS-2303
CH1 CH2
0 ~ 30V
0 ~ 3A
0 ~ 60V
0 ~ 6A
LINEAR D.C. POWER SUPPLY
The GPR-U Series is single output, 500 to 900W, linear DC power supply. Overload and reverse polarity
protection, in addition to standard OVP/OCP/OTP, protect GPR and loads from unexpected conditions.
High regulation and low ripple/noise are maintained at 0.01% and less than 2mVrms, respectively.
Special order with custom output configuration is available within 18 to 1000V, 0.5 to 50A, under 1kVA.
The GPR-U Series is the ideal lineup for system applications requiring large output capacity and
custom-made output settings, such as materials and products aging.
GPR-U Series
Patent No: 81011
Only for GPR-1850HD/3520HD/6015HD
FEATURES
SPECIFICATIONS
* 0.01% High Regulation
* Constant Voltage and Constant Current
Operation
* Low Ripple and Noise
* Overload and Reverse Polarity Protection
* 3 1/2 Digits 0.5" LED Display
* Application for Material and Products Aging
* Built-In Overvoltage and Overcurrent
Tripped Crowbar
* Ten-Turn Potentiometer
Regulation
CONSTANT VOLTAGE OPERATION
Ripple & Noise
Recovery Time
Output Range
_ 0.01% + 3mV
Line regulation <
_ 0.01% + 5mV (<10A)
Load regulation <
_10A
_ 0.02% + 5mV rating >
<
_ 2mVrms 5Hz ~ 1MHz
<
_ 100 S(50% Load change,Minimum load 0.5A)
<
0 to rating voltage continuously adjustable
CONSTANT CURRENT OPERATION
_ 0.2% + 3mA
Line regulation<
Regulation
Ripple Current
Output Range
_ 0.2% + 3mA
Load regulation<
_ 5mArms (<
<
_ 20mArms (<
_ 50A)
_ 20A),<
_ 100mArms ( <
_ 100A)
<
0 to rating amperes continuoulsy adjustable
METER
Digital
INSULATION
3 1/2 Digits 0.5" LED display
_ ( 0.5% of rdg + 2 digits )
Accuracy +
Chassis and Terminal
100M or above ( DC 1000V )
Chassis and AC Cord
100M or above ( DC 1000V )
POWER SOURCE
_ 10%, 50/60Hz (AC220V, or 240V order made)
AC 120V +
ACCESSORIES
User manual x 1
_ 3A ) or GTL-104 x 1 ( <_ 10A ) or Not Available ( > 10A or 600V )
Test lead GTL-105 x 1 ( <
Rear Panel
DIMENSIONS
430(W) x 178(H) x 572(D) mm
ORDERING INFORMATION
Model
900W D.C. Power Supply
G P R - 3 5 2 0 H D 700W D.C. Power Supply
G P R - 6 0 1 5 H D 900W D.C. Power Supply
G P R - 7 5 1 0 H D 750W D.C. Power Supply
G P R - 1 6 H 5 0 D 800W D.C. Power Supply
G P R - 2 5 H 3 0 D 750W D.C. Power Supply
G P R - 3 5 H 2 0 D 700W D.C. Power Supply
G P R - 5 0 H 1 5 D 750W D.C. Power Supply
G P R - 6 0 H 1 5 D 800W D.C. Power Supply
G P R - 1 0 0 H 0 5 D 500W D.C. Power Supply
GPR-1850HD
GPR-6015HD
GPR-25H30D
Output Volts (V)
Output Amps (A)
Weight (kg)
0 ~ 18
0 ~ 50
30
0 ~ 35
0 ~ 20
29.5
0 ~ 60
0 ~ 15
30
0 ~ 75
0 ~ 160
0 ~ 10
0~5
29.5
30.5
0 ~ 250
0~3
29.5
0 ~ 350
0~2
29.5
0 ~ 500
0 ~ 1.5
29.5
0 ~ 600
0 ~ 1.5
30.5
0 ~ 1000
0 ~ 0.5
28.5
NOTE: Welcome special order from 8 volts to 1000 volts and 0.5 Amps to 75 Amps under 1kVA available.
Made to Measure.
Good Will Instrument Co., Ltd.
D14
LINEAR D.C. POWER SUPPLY
The GPR-H Series is single output, 240 to 375W, linear DC power supply. Overload and reverse polarity
protection keep GPR and loads safe from unexpected conditions. High regulation and low ripple/noise
are maintained at 0.01% and less than 1mVrms, respectively. Internal load selection, continuous or
dynamic, accommodates applications such as pulsed current. The GPR-H Series is suitable for middleto high-end bench-top application requiring preciseness.
GPR-H Series
Patent No: 81011
Approved Only for GPR-1820HD, GPR-3510HD, GPR-7550D, GPR-11H30D
Real-Panel Output for GPR-0830HD, GPR-1820HD
FEATURES
* 0.01% High Regulation
* Constant Voltage and Constant Current
Operation
* Internal Select for Continuous or Dynamic
Load
* Low Ripple and Noise
* Overload and Reverse Polarity Protection
* 3 1/2 Digits 0.5" LED Display
SPECIFICATIONS
CONSTANT VOLTAGE OPERATION
_ 0.01% + 3mV
Line regulation <
_ 0.01% + 5mV (<10A)
Load regulation <
Regulation
_ 0.02% + 5mV ( >
<
_10A)
_ 1mVrms 5Hz ~ 1MHz
<
_ 100 � S ( 50% Load change, Minimum load 0.5A )
<
Ripple & Noise
Recovery Time
Output Range
0 to rating voltage continuously adjustable
CONSTANT CURRENT OPERATION
_ 0.2% + 3mA
Line regulation <
_ 0.2% + 3mA
Load regulation <
_ 5mArms ( <
_30A)
_10mArms ( <
<
_ 20A), <
_ 20mArms (<
_ 50A)
<
0 to rating amperes continuoulsy adjustable
Regulation
Ripple Current
Output Range
METER
Digital
INSULATION
Chassis and Terminal
Chassis and AC Cord
3 1/2 Digits 0.5" LED display
_( 0.5% of rdg + 2 digits )
Accuracy +
100M
100M
or above ( DC 1000V )
or above ( DC 1000V )
POWER SOURCE
AC 100V/120V/220V/240V 10%, 50/60Hz
ACCESSORIES
User manual x 1, Power cord x 1
_ 3A ) or GTL-104 x 1 (<
_ 10A ) or Not Available (>10A)
Test lead GTL-105 x 1 ( <
DIMENSIONS
225(W) x 145(H) x 420(D) mm
Rear Panel
ORDERING INFORMATION
Model
GPR-0830HD
GPR-1820HD
GPR-3510HD
GPR-6060D
GPR-7550D
GPR-11H30D
GPR-30H10D
240W D.C. Power Supply
360W D.C. Power Supply
350W D.C. Power Supply
360W D.C. Power Supply
375W D.C. Power Supply
330W D.C. Power Supply
300W D.C. Power Supply
Optional Accessories
GRA-401 Rack Adapter Panel
D15
Output Volts (V)
Output Amps (A)
Weight (kg)
0~8
0 ~ 18
0 ~ 30
0 ~ 20
18.5
18.5
0 ~ 35
0 ~ 10
18.5
0 ~ 60
0~6
18.5
0 ~ 75
0 ~ 110
0~5
0~3
18.5
13.5
0 ~ 300
0~1
13.5
LINEAR D.C. POWER SUPPLY
The GPR-M Series is single output, 180W, linear DC power supply. Overload and reverse polarity
protection keep GPR and loads safe from unexpected conditions. High regulation and low ripple/noise
are maintained at 0.01% and less than 1mVrms, respectively. Internal load selection, continuous or
dynamic, accommodates certain applications such as pulsed current. The GPR-M Series is suitable for
middle- to high-end bench-top application requiring preciseness.
GPR-M Series
Patent No: 81011
FEATURES
* 0.01% High Regulation
* Constant Voltage and Constant Current
Operation
* Internal Select for Continuous or Dynamic
Load
* Low Ripple and Noise
* Overload and Reverse Polarity protection
* 3 1/2 Digits 0.5" LED Display
SPECIFICATIONS
CONSTANT VOLTAGE OPERATION
_ 0.01% + 3mV
Line regulation <
Regulation
_ 0.01% + 5mV (<10A)
Load regulation <
_ 0.02% + 5mV ( >
_10A)
Load regulation <
_ 1mVrms 5Hz ~ 1MHz
<
Ripple & Noise
_ 100 S( 50% Load change, Minimum load 0.5A )
<
Recovery Time
0 to rating voltage continuously adjustable
Output Range
CONSTANT CURRENT OPERATION
_ 0.2% + 3mA
Line regulation<
Regulation
_0.2% + 3mA
Load regulation<
_3mArms
<
Ripple Current
0 to rating amperes continuoulsy adjustable
Output Range
METER
Analog
Digital
INSULATION
Chassis and Terminal
Chassis and AC Cord
V-meter and I-meter each one 2.5 class
Dimension 60 x 80 mm
3 1/2 Digits 0.5" LED display
Accuracy ( 0.5% of rdg + 2 digits )
20M
30M
or above ( DC 500V )
or above ( DC 500V )
POWER SOURCE
_10%, 50/60Hz
AC 100V/120V/220V/240V +
ACCESSORIES
User manual x 1 , Power cord x 1
Test lead GTL-105 x 1 ( GPR-6030D )
GTL-104 x 1 ( GPR-1810DH/3060D )
DIMENSIONS
255(W) x 145(H) x 335(D) mm
ORDERING INFORMATION
Model
G P R - 1 8 1 0 H D 180W D.C. Power Supply
180W D.C. Power Supply
GPR-3060D
180W D.C. Power Supply
GPR-6030D
Optional Accessories
Output Volts (V)
Output Amps (A)
0 ~ 18
0 ~ 10
Weight (kg)
11.5
0 ~ 30
0~6
11.5
0 ~ 60
0~3
11.5
GRA-401 Rack Adapter Panel
ORDERING INFORMATION
Made to Measure.
Good Will Instrument Co., Ltd.
D16
LINEAR D.C. POWER SUPPLY
The GPS-Series is single output, 54 to 90W, linear DC power supply. Overload and reverse polarity
protection keep GPS and loads safe from unexpected conditions. High regulation and low ripple/noise
are maintained at 0.01% and less than 1mVrms, respectively. Internal load selection, continuous or
dynamic, accommodates applications such as pulsed current. Remote control terminal offers
programming and operation from external device. The GPS Series is an ideal solution for lightweight,
inexpensive bench-top or portable applications requiring high regulation.
GPS-1830D/1850D/3030D
SPECIFICATIONS
GPS-1850/3030/6010
CONSTANT VOLTAGE OPERATION
_ 0.01% + 3mV
Line regulation <
Regulation
_ 0.01% + 3mV (rating current<_ 3A)
Load regulation <
_ 0.01% + 5mV (rating current >3A)
<
_ 0.5mVrms 5Hz ~ 1MHz (rating current <_ 3A)
<
Ripple & Noise
_ 1mVrms 5Hz ~ 1MHz (rating current >3A)
<
_ 100 S ( 50% Load change, Minimum load 0.5A )
<
Recovery Time
_ 300 ppm / C
<
Temp. Coefficient
0 to rating voltage continuously adjustable
Output Range
CONSTANT CURRENT OPERATION
_ 0.2% + 3mA
Line regulation <
Regulation
_ 0.2% + 3mA
Load regulation <
_3mArms
<
Ripple Current
0 to rating current continuously adjustable
Output Range
( Hi / Lo range switchable )
METER
Analog
V-meter and I-meter each one
2.5 class
Dimensions 50 x 50 mm
3 digits 0.5" LED display (GPS-1830D/1850D/3030D)
3 digits 0.39" LED display (GPS-3030DD)
_( 0.5% of rdg + 2 digits )
Accuracy +
Digital
GPS-3030DD
FEATURES
* Light and Compact Design
* 0.01% High Regulation
* Constant Voltage and Constant Current
Operation
* Remote Control for External Programmability
* Internal Select for Continuous or Dynamic
Load
* Low Ripple and Noise
* Overload and Reverse Polarity Protection
* Series or Parallel Operation Function
for GPS-3030DD
* Optional European Jack Type Terminal
for GPS-3030/GPS-3030D/GPS-3030DD
D17
INSULATION
Chassis and Terminal
20M or above ( DC 500V )
Chassis and AC Cord
30M or above ( DC 500V )
POWER SOURCE
_ 10%, 50/60Hz
AC 100V/120V/220V/240V +
ACCESSORIES
User manual x 1 , Power cord x 1
_ 10A )
Test lead GTL-105 x 1 ( <
_ 3A ) or GTL-104 x 1 ( <
_ 10A ), GTL-201Ax1(for GPS-3030,GPS-3030D,GPS-3030DD)
_ 3A )or GTL-204x1( <
European test lead GTL-203x1( <
DIMENSIONS
128(W) x 145(H) x 285(D) mm
ORDERING INFORMATION
Model
GPS-1850
GPS-3030
GPS-6010
GPS-1830D
GPS-1850D
GPS-3030D
GPS-3030DD
90W
90W
60W
54W
90W
90W
90W
D.C. Power Supply
D.C. Power Supply
D.C. Power Supply
D.C. Power Supply
D.C. Power Supply
D.C. Power Supply
D.C. Power Supply
Output Volts(V)
Output Amps(A)
0 ~ 18
0~5
Weight (kg)
0 ~ 30
0~3
0 ~ 60
0~1
4
0 ~ 18
0~3
0 ~ 18
0~5
4
5
0 ~ 30
0 ~ 30
0~3
0~3
5
5
5.5
5
TRIPLE OUTPUT LINEAR D.C. POWER SUPPLY
The GPC-Series is triple output, 135 to 195W, linear DC power supply. Overload and reverse polarity
protection keep GPC and loads safe from unexpected conditions. Low ripple and noise are maintained
at less than 2mVrms. GPC-3030DQ contains cooling fan with its speed automatically adjusted
according to heatsink temperature, enhancing thermal protection. Internal load selection, continuous
or dynamic, accommodates certain applications such as pulsed current. The GPC-Series is an ideal
solution for inexpensive bench-top applications requiring low noise and multiple outputs.
GPC-1850D/3030D/3060D/6030D
Patent No: 81011
(Note: GPC-3060D/6030D are not
appoved.)
SPECIFICATIONS
OPERATION MODE
Two independent outputs and 5V fixed output
Output from 0 to rating volts and 0 to rating amperes
Output from 0 to rating volts at rating amperes each
Output from 0 to double rating volts at rating amperes
Output from 0 to double rating amperes at rating volts
Independent
GPC-3030DQ
Series
Parallel
CONSTANT VOLTAGE OPERATION
_ 0.01% + 3mV
Line regulation <
_ 0.01% + 3mV (rating current <_ 3A)
Load regulation<
_ 0.01% + 5mV(rating current <_10A)
<
_ 0.02% + 5mV (rating current <
_10A)
<
_ 1mVrms 5Hz ~ 1MHz
<
_
< 100 S ( 50% Load change, Minimum load 0.5A )
Regulation
FEATURES
* Four Digital Panel Meters (GPC-3030DQ)
* Triple Output
* Auto Tracking
* Auto Series and Parallel Operation
* Constant Voltage and Constant Current
Operation
* Low Ripple and Noise
* Internal Select for Continuous or Dynamic
Load
* Overload and Reverse Polarity Protection
* 3 1/2 Digits 0.39" LED Display(GPC-3030DQ)
* 3 1/2 Digits 0.5" LED Display(GPC-1850D/
3030D/3060D/6030D)
* 5V, 3A Fixed Output
Ripple & Noise
Recovery Time
CONSTANT CURRENT OPERATION
_ 0.2% + 3mA
Line regulation<
_0.2% + 3mA
Load regulation <
_ 3mArms
<
Regulation
Ripple Current
5V FIXED OUTPUT
Regulation
Ripple & Noise
Voltage Accuracy
Output Current
TRACKING OPERATION
Tracking Error
Series Regulation
METER
Digital
INSULATION
Chassis and Terminal
Chassis and AC Cord
_ 5mV
Line regulation <
_ 10mV
Load regulation <
_ 2mVrms
<
_ 0.25V
5V+
3A
_ 0.5% + 10mV of the master
<
_ 300mV
<
31 2 digits 0.5" LED display
31 2 digits 0.39" LED display (for GPC-3030DQ)
_( 0.5% of rdg + 2 digits )
Accuracy +
20M or above ( DC 500V )
100M or above ( DC 1000V )(for GPC-3060D/6030D)
30M or above ( DC 500V )
100M or above ( DC 1000V )(for GPC-3060D/6030D)
POWER SOURCE
AC 100V/120V/220V/240V 10%, 50/60Hz
ACCESSORIES
User manual x 1 , Power cord x 1
_ 10A )
_ 3A ) or GTL-104 x 2 ( <
Test lead GTL-105 x 1 ( <
DIMENSIONS
255(W) x 145(H) x 346(D) mm
ORDERING INFORMATION
Model
GPC-1850D
GPC-3030D
GPC-6030D
GPC-3060D
GPC-3030DQ
Independent
Series
Parallel Weight (kg)
195W D.C. Power Supply (0 ~ 18V/0 ~ 5A) x 2 , (5V/3A MAX) x 1 36V 5A
18V 10A
195W D.C. Power Supply (0 ~ 30V/0 ~ 3A) x 2 , (5V/3A MAX) x 1 60V 3A 30V 6A
375W D.C. Power Supply (0 ~ 60V/0 ~ 3A) x 2 , (5V/3A MAX) x 1 120V 3A 60V 6A
375W D.C. Power Supply (0 ~ 30V/0 ~ 6A) x 2 , (5V/3A MAX) x 1 60V 6A
195W D.C. Power Supply (0 ~ 30V/0 ~ 3A) x 2 , (5V/3A MAX) x 1 60V 3A
Optional Accessories
11.5
11.5
18.5
30V 12A
18.5
30V 6A
11.5
GRA-401 Rack Adapter Panel
Made to Measure.
Good Will Instrument Co., Ltd.
D18
PROGRAMMABLE SWITCHING D.C. POWER SUPPLIES
Switching DC Power Supply
When the power supply of high power density and high efficiency
linear DC Power Supply. On the other hand, high efficiency power
is at demand, GW Instek offers various choices of switching DC
conversion makes the Power Supply consume less power energy
Power Supplies. High power density makes the Power Supply
and aligns with the increasing concern of global environment
compact size and lighter weight than the same power rating of
protection.
Programmable Switching DC Power Supply
GW Instek provides 200W~1000W modularized Programmable
resolution and safety protection. The SCPI command set and
Switching Power Supply designed to fit into the various application
Lab-View Driver are also provided to facilitate the development
of different Power Range. GW Programmable DC Power Supplies
of ATE software.
are designed to meet most of the engineers' requirements of high
D19
PROGRAMMABLE SWITCHING D.C. POWER SUPPLY (Single Output, Output Power : 360W~1080W)
Model
LCD Display
Output Voltage ( V )
Output Current ( A )
Display Type
Weight(kg)
PSH-1036A
0 ~ 10V
0 ~ 36A
LCD
3.3
PSH-1070A
0 ~ 10V
0 ~ 70A
LCD
6.2
PSH-10100A
0 ~ 10V
0 ~ 100A
LCD
9.3
PSH-2018A
0 ~ 20V
0 ~ 18A
LCD
3.3
PSH-2035A
0 ~ 20V
0 ~ 35A
LCD
6.2
PSH-2050A
0 ~ 20V
0 ~ 50A
LCD
9.3
PSH-3610A
0 ~ 36V
0 ~ 10A
LCD
3.3
PSH-3620A
0 ~ 36V
0 ~ 20A
LCD
6.2
PSH-3630A
0 ~ 36V
0 ~ 30A
LCD
9.3
PSH-6006A
0 ~ 60V
0 ~ 6A
LCD
3.3
PSH-6012A
0 ~ 60V
0 ~ 12A
LCD
6.2
PSH-6018A
0 ~ 60V
0 ~ 18A
LCD
9.3
Page
D21
PROGRAMMABLE SWITCHING D.C. POWER SUPPLY (Single Output, Output Power :200W)
Model
LCD Display
Output Voltage (V)
Output Current (A)
Display Type
Weight(kg)
Page
4
PSP-2010
0 ~ 20V
0 ~ 10A
LCD
PSP-405
0 ~ 40V
0 ~ 5A
LCD
4
PSP-603
0 ~ 60V
0 ~ 3.5A
LCD
4
Made to Measure.
D22
Good Will Instrument Co., Ltd.
D20
PROGRAMMABLE SWITCHING D.C. POWER SUPPLY
The PSH Series is single output, 360 to 1080W, programmable switching DC power supply. OVP, OCP,
and OTP protect PSH and loads from unexpected conditions. Remote sensing adds extra level of
precision by compensating cable losses between loads. LCD panel with simultaneous output/parameter
view provides comfortable operation. Self-test and software calibration features also reduce maintenance
overhead. SCPI command set and LabVIEW driver access through RS-232C or optional GPIB interface
provide remote control and ATE software development capability. Modular architecture, exclusive rearpanel output, and 19inch, 4U rack mounting option ensure the PSH Series is optimized for large
systems. (Note: only one interface, RS-232C or GPIB, can be installed at a time)
PSH-Series
FEATURES
* Wide Input Voltage Range and High Power
Factor (P.F)
* High Efficiency and High Power Density
* Constant Voltage and Constant Current
Operation
* Over Voltage Over Current and Over
Temperature Protection
* Self-Test and Software Calibration
* Output ON/OFF Control
* Low Ripple and Noise
* LCD Display
* Built-in Buzzer Alarm
* Standard Interface : RS-232C
* Option : GPIB ( IEEE-488.2 )
* LabVIEW Driver
Rear Panel
SPECIFICATIONS
OUTPUT
10V
20V
36V
60V
REGULATION ( CV )
Load
Line
REGULATION ( CC )
Load
Line
RIPPLE & NOISE
Voltage (mVrms)
Voltage (mVp-p)
Current (mArms)
RESOLUTION
Voltage
36V
>36V
Current
10V
20V
36V
60V
PROGRAM ACCURACY
Voltage
36V
>36V
Current
10V
20V
36V
60V
36A(PSH-1036A)
18A(PSH-2018A)
10A(PSH-3610A)
6A(PSH-6006A)
70A(PSH-1070A)
35A(PSH-2035A)
20A(PSH-3620A)
12A(PSH-6012A)
0.1%+5mV
0.05%+5mV
0.1%+5mV
0.05%+5mV
0.1%+5mV
0.05%+5mV
0.2%+5mA
0.2%+5mA
0.2%+10mA
0.2%+10mA
0.2%+15mA
0.2%+15mA
10mVrms
100mVp-p 20Hz~20MHz
0.2%
10mVrms
100mVp-p 20Hz~20MHz
0.2%+20mA
10mVrms
100mVp-p 20Hz~20MHz
0.2%+40mA
10mV
20mV
10mA
10mA
10mA
10mA
0.05%+25mV
0.05%+50mV
0.2%+30mA
0.2%+30mA
0.2%+30mA
0.2%+30mA
10mV
20mV
20mA
10mA
10mA
10mA
100A(PSH-10100A)
50A(PSH-2050A)
30A(PSH-3630A)
18A(PSH-6018A)
10mV
20mV
30mA
20mA
10mA
10mA
0.05%+25mV
0.05%+50mV
0.2%+60mA
0.2%+30mA
0.2%+30mA
0.2%+30mA
READBACK ( Meter ) RESOLUTION
Voltage
As Resolution
As Resolution
As Resolution
As Resolution
Current
READBACK ( Meter ) ACCURACY
Voltage
As Program Accuracy
As Program Accuracy
As Program Accuracy
As Program Accuracy
Current
READBACK TEMP. COEFFICIENT
100ppm/ C
100ppm/ C
Voltage (25 5 )
RESPONSE ( Rise/Fall ) TIME
150mS( 95% rating load)
150mS( 95% rating load)
Voltage Up(10%~90%)
150mS( 10% rating load)
150mS( 10% rating load)
Voltage Down(90%~10%)
RECOVERY TIME ( 50% Step Load Change From 25%~75% )
CV Mode
2mS
2mS
PROTECTION
OVP/OCP/OTP
Rush Current
OUTPUT ON/OFF CONTROL
0.05%+25mV
0.05%+50mV
0.2%+90mA
0.2%+60mA
0.2%+30mA
0.2%+30mA
As Resolution
As Resolution
As Program Accuracy
As Program Accuracy
100ppm/ C
150mS( 95% rating load)
150mS( 10% rating load)
2mS
INTERFACE
Standard : RS-232C; Option01 : GPIB ( order GPIB interface RS-232C will be deleted)
POWER SOURCE
AC90V~250V, 50/60Hz
ACCESSORY
User manual x 1
DIMENSIONS & WEIGHT
108(W)x141(H)x388(D)mm
188(W)x141(H)x388(D)mm
268(W)x141(H)x388(D)mm
Approx. 3.3kg
Approx. 6.2kg
Approx. 9.3kg
ORDERING INFORMATION
PSH-1036A
PSH-1070A
PSH-10100A
PSH-2018A
PSH-2035A
PSH-2050A
Option
360W Programmable Switching D.C. Power Supply
700W Programmable Switching D.C. Power Supply
1000W Programmable Switching D.C. Power Supply
360W Programmable Switching D.C. Power Supply
700W Programmable Switching D.C. Power Supply
1000W Programmable Switching D.C. Power Supply
PSH-3610A
PSH-3620A
PSH-3630A
PSH-6006A
PSH-6012A
PSH-6018A
360W Programmable Switching D.C. Power Supply
720W Programmable Switching D.C. Power Supply
1080W Programmable Switching D.C. Power Supply
360W Programmable Switching D.C. Power Supply
720W Programmable Switching D.C. Power Supply
1080W Programmable Switching D.C. Power Supply
Opt. 01: GPIB Interface ( Factory Installed)
Optional Accessories
GRA-403 Rack Adapter Panel
D21
Note : When Opt.01 GPIB interface is ordered, the standard interface RS-232C will be deleted.
PROGRAMMABLE SWITCHING D.C. POWER SUPPLY
The PSP-Series is single output, 200W, programmable switching DC power supply. OVP, OCP, OTP,
and OPP protect PSP and loads from unexpected conditions. Large LCD panel with simultaneous
output/parameter view, key lock feature for preventing improper use, and output power setting in
addition to the standard voltage/current, provide comfortable operation. SCPI command set and
Labview driver access through RS-232C interface provide remote control and ATE software development
capability. The simple, safe, and inexpensive PSP-Series is suitable for generic bench-top applications in
laboratories and educational institutions.
PSP-Series
FEATURES
* LCD Display
* Output ON/OFF Control
* 3 Steps Fan Speed Control
* Setting of Voltage/Current/Power
* Key Lock to Avoid Error Operation
* Normal , +% & -% Output Operation Key
* Standard Interface : RS-232C
* Optional European Jack Type Terminal
SPECIFICATIONS
OUTPUT
Model
PSP-603
PSP-405
PSP-2010
Voltage
Current
0 ~ 60V
0 ~ 3.5A
0 ~ 40V
0 ~5A
0 ~ 20V
0 ~ 10A
VOLTAGE REGULATION
Load
Line
10mV
0.05%
10mV
0.05%
10mV
0.05%
5mA
0.05%
5mA
0.05%
5mA
0.05%
20mV
10mA
20mV
10mA
20mV
10mA
CURRENT REGULATION
Load
Line
RIPPLE
Voltage (mVrms)
Current (mArms)
RESOLUTION
Voltage
Current
PROGRAM ACCURACY
Voltage
Current
20mV
2mA
10mV
2mA
0.05%rdg + 20mV
0.1%rdg + 5digits
0.05%rdg + 20mV
0.1%rdg + 5digits
READBACK (METER) RESOLUTION
Voltage
As Resolution
As Resolution
Current
READBACK (METER) ACCURACY
Voltage
Current
PROTECTION
OVP/OCP/OPP/OTP
10mV
5mA
As Program Accuracy
As Program Accuracy
0.05%rdg + 20mV
0.3%rdg + 10digits
As Resolution
As Resolution
As Resolution
As Resolution
As Program Accuracy
As Program Accuracy
As Program Accuracy
As Program Accuracy
OUTPUT ON/OFF CONTROL
Rear Panel
DISPLAY
LCD
INTERFACE (STANDARD)
RS-232C
POWER SOURCE
AC 115V 10% , AC 230V 15%, 50/60Hz
ACCESSORIES
User manual x 1, Power cord x 1, Test lead GTL-104 x 1 ; European test lead GTL-204 x 1
DIMENSIONS & WEIGHT
225(W) x 100(H) x 305(D) mm ; Approx. 4kg
ORDERING INFORMATION
PSP-603
PSP-405
PSP-2010
200W Programmable Switching DC Power Supply
200W Programmable Switching DC Power Supply
200W Programmable Switching DC Power Supply
ORDERING INFORMATION
Made to Measure.
Good Will Instrument Co., Ltd.
D22
SWITCHING D.C. POWER SUPPLIES
Switching DC Power Supply
GW Instek offers single output 360W switching DC Power Supply
switching technology, it has the advantage of higher efficiency
in a lightweight and compact size designed to provide reliable,
power conversion and power density compared to the same power
stable DC Power Source at affordable price. Furthermore, with
range of linear power supply.
SWITCHING D.C. POWER SUPPLY (Single Output, Output Power : 360W)
Model
LED Display
D23
Display Type
Weight(kg)
SPS-1230
Output Voltage (V)
0 ~ 12V
Output Current (A)
0 ~ 30A
3 1/ 2 digit x 2
3.2
SPS-1820
0 ~ 18V
0 ~ 20A
3 1/ 2 digit x 2
3.2
SPS-3610
0 ~ 36V
0 ~ 10A
3 1/ 2 digit x 2
3.2
SPS-2415
0 ~ 24V
0 ~ 15A
3 1/ 2
digit x 2
3.2
SPS-606
0 ~ 60V
0 ~ 6A
3 1/ 2 digit x 2
3.2
Page
D24
SWITCHING D.C. POWER SUPPLY
The SPS Series is single output, 360W, switching DC power supply. OVP protects SPS and loads from
unexpected conditions. High regulation is maintained at 0.01%. Remote sensing adds extra level of
precision by compensating cable losses between loads. Turning the output On/Off from external device
is available through Remote control terminal. The GPS Series is an ideal solution for power-efficient
bench-top or portable applications requiring high regulation.
SPS-1230/1820/2415/3610/606
FEATURES
* Two Digital Panel Meters
* 0.01 % High Regulation
* Constant Voltage and Constant Current
Operation
* High Efficiency
* High Power Density
* Over Voltage Protection
* Remote Control Output ON/OFF Function
SPECIFICATIONS
OUTPUT
Voltage
Current
SPS-1230
SPS-1820
SPS-2415
SPS-3610
SPS-606
0 ~ 12V
0 ~ 30A
0 ~ 18V
0 ~ 20A
0 ~ 24V
0 ~ 15A
0 ~ 36V
0 ~ 10A
0 ~ 60V
0 ~ 6A
CONSTANT VOLTAGE OPERATION
_ 5mV
Regulation
Line regulation <
_5mV
Load regulation <
_ 5mVrms, 100mVp-p 20Hz ~ 20MHz
<
Ripple & Noise
_ 500 S
<
Recovery Time
(50% Load change, Minimum load 0.5A)
_ 100ppm / C
<
Temp. Coefficient
0 to rating voltage continuously adjustable
Output Range
CONSTANT CURRENT OPERATION
Regulation
Line regulation 3mA
Load regulation 3mA
Ripple Current
Output Range
METER
Digital
Rear Panel
_3mArms (SPS-606)
<
_5mArms (SPS-3610)
<
_10mArms (SPS-2415)
<
_10mArms (SPS-1820)
<
_30mArms (SPS-1230)
<
0 to rating current continuously adjustable
(HI/LO range switchable)
3 1/2 digits, 0.39" LED display
_ (0.5% of rdg + 2digits)
Accuracy+
INSULATION
Chassis and Terminal
20M
Chassis and AC Cord
30M
POWER SOURCE
_ 15 %, 50/60Hz
AC 115V/ 230V +
ACCESSORIES
User manual x 1 , Power cord x 1
Test lead GTL-203 x 1
or above ( DC 500V )
or above ( DC 500V )
DIMENSIONS & WEIGHT
128(W) x 145(H) x 285(D) mm, Approx. 3.2kg
ORDERING INFORMATION
SPS-1230 360W D.C. Switching Power Supply
SPS-1820 360W D.C. Switching Power Supply
SPS-2415 360W D.C. Switching Power Supply
SPS-3610 360W D.C. Switching Power Supply
SPS-606
360W D.C. Switching Power Supply
ORDERING INFORMATION
Made to Measure.
Good Will Instrument Co., Ltd.
D24
OTHERS POWER RELATED PRODUCTS
Others Power Related Products
GW Instek provides another product lines including AC Power
source, range from 300VA to 1k VA, as well as DC Electronic Load
at 300W.
A.C. POWER SOURCE
Main Function
Output
Capacity
Output
Freq.
Output
Voltage
Max. Current
APS-9102
1k VA
45~500Hz
0~300V
8.4A/4.2A(Hi/Lo)
3
digit x 3
35
APS-9501
500 VA
45~500Hz
0~300V
4.2A/2.1A(Hi/Lo)
3
digit x 3
25
APS-9301
300 VA
45~500Hz
0~300V
2.6A/1.3A(Hi/Lo)
3
digit x 3
20
Model
Display Type
Weight(kg)
Page
D26
ELECTRONIC LOAD
Main Function
Model
PEL-300
D25
Operation Voltage
Operation Current
Power(W)
Weight(kg)
Page
60
60
300
9
D27
A.C. POWER SOURCE
APS-9301/9501
The APS Series is dual output, 300 to 1000VA, linear AC power supply. OCP and OTP protect APS and
loads from unexpected conditions. High accuracy and low distortion are maintained at true RMS and
less than 0.5% THD, respectively. Panel lock feature preventing improper use and three LED displays
showing frequency/voltage/current simultaneously provide comfortable operation. Configuration is
simplified with output setting store/recall function. Software calibration feature reduce maintenance
overhead. The APS Series is suitable for middle size laboratory and production test applications
requiring high accuracy and security.
SPECIFICATIONS
APS-9102
TYPE
FEATURES
OUTPUT CAPACITY
* True RMS Meter
* Wide Range Variable Output Voltage/Frequency
* 4 Sets of " Save/Recall " Voltage/Frequency
Memory
* Stable and Low-Distortion Output Waveforms
* Software Calibration to Ensure Accuracy
* Panel-Lock Function to Prevent Accidental
Wrong-Operation
* Over Current Protection and Over
Temperature Protection
* Frequency, Volts, Amps, Watts and Power
Factor Display
OUTPUT VOLTAGE
APS-9301
APS-9501
APS-9102
300 VA
500 VA
1k VA
0.0~300.0 VAC, 0.1V/step. (110,220V selectable)
OUTPUT MAX. CURRENT
0~150V
0~300V
FREQUENCY
WAVEFORM
2.6 Arms
1.3 Arms
4.2 Arms
2.1 Arms
8.4 Arms
4.2 Arms
45.0~500.0Hz (50Hz, 60Hz selectable)
0.1Hz/step(45.0~100.0Hz), 1Hz/step(100.0~500.0Hz)
Sine Wave, 0.5% THD (resistance load)
LINE VOLTAGE REGULATION
<0.1%
LOAD REGULATION
0.5% + 0.1V
SAVE/RECALL
4 settings, Save/Recall operated by hand
PROTECTION
Short-circuit protection, panel- lock,
Over temperature protection, current overflow
MEASUREMENT
Range
Resolution
0.1Hz
Accuracy
Frequency Counter
0.0~999.9Hz
RMS Volt-Meter
0.0~380.0V
0.1V
(1%rdg + 0.1V)
RMS Amp-Meter
0.000~2.000A
1.80~35.00A
1.0mA
0.01A
(1%rdg + 5mA)
(1%rdg + 20mA)
Wattage Meter
0.0~360.0W
320.0~3500.0W
0.1W
1.0W
(1.5%rdg + 0.5W)
(1.5%rdg + 1W)
Power Factor Meter
0.000~1.000
0.001
2%rdg + 0.002
POWER SOURCE
115V/230V 15%, 47~63Hz, single phase
OPERATION TEMPERATURE/HUMIDITY
0 ~+40 ; <80% (non-concreting)
ACCESSORIES
User manual x 1 , Power Cord x 1
DIMENSION
430(W) x 137(H) x 500(D)mm
WEIGHT
Approx. 20kg
Approx. 25kg
0.1Hz
430(W)x225(H x500(D)mm
Approx. 35kg
ORDERING INFORMATION
APS-9102 1000VA A.C. Power Source
APS-9501 500VA A.C. Power Source
APS-9301 300VA A.C. Power Source
ORDERING INFORMATION
Made to Measure.
Good Will Instrument Co., Ltd.
D26
D.C. ELECTRONIC LOAD
The PEL-300 is single output, 300W, programmable DC electronic load. OVP, OCP, and OPP protect
PEL from unexpected conditions. Compliance to major standards, US, CSA, and IEC, enhances safety
level. High resolution is maintained at 10mV, 0.2mA, and 0.33m� . Configuration is simplified with
output limit store/recall function and timer operation mode. Self-test and software calibration features
reduce maintenance overhead. The PEL-300 is suitable to work in laboratory and production line
applications, where safety and reliability are the top priorities.
PEL-300
Patent No: 81011/81324
FEATURES
* Operating Voltage DC 3 ~ 60V
* Operating Current 6mA ~ 60A
* Operating Power 1 ~ 300W
* Easy Operation, with UP/DOWN Key
* High Resolution : 20mV, 0.2mA, 0.33m
* Over Voltage, Over Current, Over Power
Protection
* 100 Sets Memory
* Operation Mode : Constant Voltage Mode ;
Constant Current Mode ; Constant
Resistance Mode
* Transient Generator Frequency
Frequency Range : 1Hz ~ 1kHz ;
Duty Range : 10% ~ 90%
* Self-Test and Software Calibration
* Meet UL CSA IEC Safety Regulation
SPECIFICATIONS
RATING
Operating Voltage
Current
Power
Minimum Operation
CV MODE
Operating Range
Setting Accuracy
Setting Resolution
CC MODE
DC 3 ~ 60V
6mA ~ 60A
1 ~ 300W
3V
Operating Range
Setting Accuracy
6mA ~ 60A
(0.5% + 100mA) for 6.02A ~ 60A
(0.1% + 10mA) for 0.602A ~ 6A
(0.1% + 1mA) for 6mA ~ 0.6A
20mA for 6.02A ~ 60A
2mA for 0.602A ~ 6A
0.2mA for 6mA ~ 0.6A
Setting Resolution
CR MODE
DC 3 ~ 60V
+
_ (0.1% + 40mV)
20mV
50m� ~ 1k �
(5% + 1� ) for 100.33� ~ 1k�
(5% + 100m� ) for 10.033� ~ 100�
(5% + 1m� ) for 1.0033� ~ 10�
(5% + 1m� ) for 50m � ~ 1�
Setting Resolution
330m for 100.33� ~ 1k �
33m for 10.033 � ~ 100 �
3.3m for 1.0033� ~ 10 �
0.33m for 50m � ~ 1 �
DYNAMIC OPERATION CC MODE ONLY
1Hz ~ 1kHz
Frequency Range
5Hz for 100Hz ~ 1kHz ; 0.5Hz for 10Hz ~100Hz
Resolution
0.05Hz for 1Hz ~ 10Hz
10% ~ 90%
Duty Range
1%
Resolution
VOLTAGE READBACK
+
Accuracy
_ (0.1% + 60mV)
Resolution
20mV
CURRENT READBACK
Operating Range
Setting Accuracy
+
_ ( 0.5% + 100mA) for 6.02A ~ 60A ; +
_( 0.1% + 10mA) for 0.602A ~ 6A
+
_ ( 0.1% + 1mA) for 6mA ~ 0.6A
Accuracy
20mA for 6.02A ~ 60A ; 2mA for 0.602A ~ 6A
0.2mA for 6mA ~ 0.6A
Resolution
MEMORY
0 ~ 99 sets
Store/Recall
TIMER
1 second ~ 999 minutes 59 second
Range
1 second
Resolution
for load on
Function
POWER SOURCE
AC100V/120V/220V/240V 10%, 50/60Hz
ACCESSORIES
User manual x 1, Power cord x 1
DIMENSIONS & WEIGHT
255(W) x 145(H) x 346(D) mm, Approx. 9kg
ORDERING INFORMATION
PEL-300
300W DC Electronic Load
GRA-401
Rack Adapter Panel
Optional Accessories
D27
NOTE
ORDERING INFORMATION
Made to Measure.
Good Will Instrument Co., Ltd.
D28
BASIC T&M INSTRUMENTS
GW Instek basic measurement instruments can be divided into 4 groups : Digital Multimeter, Component Tester, Safety Tester,
and Specific Application T&M Instruments.
For Digital Multimeter, we provide you Multimeters in 5 1/2 digit, 4 1/2 digit, as well as 3 1/2 digit at benchtop and 4 1/2 digit and
below for hand-held type.
For Component Tester, LCR Meter with 200kHz wide frequency at 0.05% high accuracy, D.C. Milli-Ohm Meter up to 3M� , and IC
testers are included.
For Safety Testing, GPI/ GPT-Series Safety Tester gives you safe and quick measurement environment with AC/DC Withstanding
Voltage test, Insulation Resistance test, and Continuity Check functionality.
In order to provide the customer with a complete "One Stop Shopping" solution, GW Instek also has other lineups from which you
can choose: 120MHz - 2.7GHz High Precision Frequency Counter, Automatic Distortion Meter, AC Millivolt Meter.
Serving the customer with complete measurement solutions has always been our goal.
PRODUCTS
Digital Multimeter
LCR Meter
Milli-ohm Meter
Electrical Safety Tester
AC Power Meter
AC Millivolt Meter
Automatic Distortion Meter
Digital Frequency Counter
E1
DIGITAL MULTIMETERS
Digital Multimeter Overview
The GDM-8000 Series, ranges from 3 1/2 to the 5 1/2, delivers
good measurement accuracy up to 0.012% and allows to measure
the high current up to 20A with high energy fuse protection.
With the design of superior performance and easy-to-use,
GDM-8000 Series becomes the best choice for most engineers
or technicians in repair service, production test and educational
institution. USB, RS-232C, GPIB, Scan and Remote I/O Interface
all make it ideal for the PC control application.
BENCH-TOP DIGITAL MULTIMETER
MODEL
GDM-8251
GDM-8246
GDM-8245
GDM-8145
GDM-8135
GDM-8034
Hz, Diode Test,
Continuity Beeper,
REL, dBm,
Max./Min., Temp.,
Compare,
AC+DC True RMS
Hz, Diode Test,
Continuity Beeper,
REL, dBm,
Max./Min., Temp.,
Compare,
AC+DC True RMS
C, Hz, Diode Test,
Continuity
Beeper, REL,
dBm, Max./Min.,
Auto Hold,
Compare,
AC+DC True RMS
C, Hz, Diode
Test, Continuity
Beeper, Max./
Min., dBm,
Relative, Hold,
AC+DC True RMS
Diode Test,
AC or
AC+ DC
True RMS
Diode Test,
Continuity
Beeper
C , Diode Test,
Continuity
Beeper
199999 Counts
VFD Dual
Display
120000 Counts
VFD Dual
Display
50000 Counts
Dual LED
Display
4 1/ 2 LED
3 1/ 2 LED
3 1/ 2 LCD
0.012%
0.012%
0.02%
0.03%
0.03%
0.1%
0.5%
Ohms Measurement
2/4 Wires
2/4 Wires
2 Wires
2 Wires
2 Wires
2 Wires
2 Wires
Max. Current Range
10A
10A
20A
20A
20A
20A
20A
USB,RS-232C
USB,RS-232C
RS-232C
GPIB, Digital I/O
16 CH Scanner
GPIB, Digital I/O
16 CH Scanner
GPIB
E3
E3
E4
E5
E5
E6
MAIN
FUNCTION
Special
Measurement
Functions
Display
DCV Basic Accuracy
GDM-8255
50000 Counts
Dual LED
Display
Autoranging
Interface (Std.)
Optional
Reference Page
E4
HAND-HELD DIGITAL MULTIMETER
Special Function
Max. Display
GDM-394
GDM-396
GDM-356
GDM-350A
GDM-395
19999
3999
3999
1999
1999
3999
20kHz
10MHz
10MHz
20kHz
E7 ~ 8
E7 ~ 8
E7 ~ 8
E7 ~ 8
GDM-451
Fused 10A Range
Auto Ranging
Diode
Continuity
Capacitance
Frequency
100kHz
Temperature
Duty Cycle(%)
True RMS
Relative mode
Data Hold
RS-232C
Display Backlight
Auto Power Off
Reference Page
E7 ~ 8
Made to Measure.
E7 ~ 8
Good Will Instrument Co., Ltd.
E2
199999/120000 COUNTS DUAL DISPLAY DIGITAL MULTIMETER
The GDM-8255/8251 are the portable, dual-display digital multimeters. The display of 199999/120000
counts with 4 wire measure technology and VFD display provide DCV 0.012% accuracy and excellent
Contrast/ brightest display.
GDM-8255/8251 carry an extensive list of measurement items - ACV, DCV, ACA, DCA, R, Hz,
Continuity beeper, Diode test, REL, Dual display: ACV + Hz, DCV + dBm, ACV + dBm, DCV + ACV ripple
and dBm. Additional measurement functions, such as Max/Min, Hold, Relative value and Compare,
are suitable for wide range of applications, such as production testing, research, and field verification.
The calibration key along with the free software enable users to calibrate GDM-8255/8251
in an effective manner.
GDM-8255 (199999 Counts)
GDM-8251 (120000 Counts)
The USB, RS-232C and 9-pin digital I/O interface are included as standard features, while the optional
GPIB interface and 16 channel scanner x2 are also available for ATE applications.
SPECIFICATIONS
FULL SCALE
SAMPLE RATE
FEATURES
* GDM-8255 : 199999 Counts Display
GDM-8251 : 120000 Counts Display
* VFD Dual Color Display
* Auto/Manual Ranging
* 2/4 Wire Resistance Measurement
* Temperature Measurement
* True RMS (AC, AC+DC)
* Selectable Measurement Rate
* Frequency Measurement
* Max./Min., REL, dBm, Compare,
Math, Store, Recall, dB
* 16-Channel Scanner Card (Option)
GDM-SC1 Scanner card
Multipoint Testing
can be facilitated
by simple insertion
of scanner card.
For: GDM-8255/8251
GDM-01 Calibration key
For: GDM-8255/8251
GTL-118 Test Lead
For: GDM-8255/8251
GTL-245 USB Cable
A-A type cable,
Approx.3m
For: GDM-8255/8251
GTL-108A 4W Type Test Lead
For: GOM-801H/802 , GDM-8255/8251
DC VOLTAGE
Range
Accuracy
Input Impedance
GDM-8255
199999 Counts
120000 Counts
Slow : 5 1/2 digits, 10 readings/second
Medium : 4 1/2 digits, 30 readings/second
Fast : 3 1/2 digits, 60 readings/second
100mV, 1V, 10V, 100V, 1000V 5 ranges
(0.012% rdg + 5 digits)
10M
AC VOLTAGE True RMS (AC or AC+DC True RMS)
Range
100mV, 1V, 10V, 100V, 750V 5 ranges
20Hz~45Hz : (1% rdg + 10 digits)
Accuracy
45Hz ~ 10kHz : (0.2% rdg + 100 digits)
10kHz ~ 30kHz : (1% rdg + 100 digits)
30kHz~100kHz : (3% rdg + 200 digits)
Input Impedance
10M
DC CURRENT
Range
10mA, 100mA, 10A 3 ranges
Accuracy
10mA , 100mA : (0.05% rdg + 15 digits)
10A range : (0.2% rdg + 5 digits)
AC CURRENT TRUE RMS (AC or AC+DC TRUE RMS)
Range
10mA, 100mA, 10A 3 ranges
Accuracy
10mA , 100mA range : 20Hz ~ 50Hz : (1.5% rdg + 100 digits)
50Hz ~ 10kHz : (0.5% rdg + 100 digits)
10kHz~20kHz : (2% rdg + 200 digits)
RESISTANCE
Range
2W Accuracy
4W Accuracy
100 , 1k , 10k , 100k , 1M , 10M , 100M
7 ranges
100 range : (0.1% rdg + 8digits)(*); 1k ~ 1M 4 ranges : (0.08% rdg + 5 digits)
10M range : (0.3% rdg + 5 digits); 100M range : (3% rdg + 8 digits)
100 range : (0.05% rdg + 8digits)(*);1k ~ 1M 4 ranges : (0.05% rdg + 5 digits)
10M range : (0.3% rdg + 5 digits); 100M range : (3% rdg + 8 digits)
DIODE TEST
Open Circuit Voltage 2.0V, Test Current 0.5mA
FREQUENCY
20Hz~300kHz
CONTINUITY BEEPER
1 ~ 1000
TEMPERATURE
0 C ~ 300 C : J , K , T Type
OTHER FUNCTIONS
Auto range / Manual, Math : MX + B/ % / 1/X ; Max, Min, dBm, dB, REL, Hold, Compare, Store, Recall
DISPLAY
VFD, Two ColorsDual Display
INTERFACE
Standard : Remote I/O, USB, RS-232C
Option : GPIB, Scanner Card
POWER SOURCE
AC 100V~240V 10%, 50/60Hz
ACCESSORIES
User manual x 1, Power cord x 1, Test lead GTL-118 x 1,
Calibration key GDM-01 x 1 (Compatible with Fluke 5720A/5725A calibrators only)
DIMENSIONS & WEIGHT
265(W) x 107(H) x 350(D) mm, Approx. 2.6 kg
Note : (*)USE "REL" Mode
ORDERING INFORMATION
GDM-8255
GDM-8251
199999 Counts Dual Display Digital Multimeter
120000 Counts Dual Display Digital Multimeter
Opt.01
GPIB Interface (Factory installed only)
GTL-108A
4W Type test lead
Option
Optional Accessories
E3
GDM-8251
GTL-245
Opt.02
USB Cable
GDM-SC1 Scanner card
50000 COUNTS DUAL DISPLAY DIGITAL MULTIMETER
The GDM-8246/8245 bench-top DMM series is equipped with a rich set of features. It offers 50,000
counts meter with large 7 segment LED dual display, which simultaneously shows two electrical
characteristics in a single measurement: ACV plus frequency or dBm, DCV plus dBm or ACV ripple.
GDM-8246/8245 carries an extensive list of measurement items - DC Voltage/Current, AC Voltage/
Current with true RMS, Resistance, Capacitance, Frequency, Continuity with Beeper, Diode Test, and
dBm. Additional measurement functions, such as Max/Min hold, Relative value, and Compare
(GDM-8246 only), load off the setup and diagnosis burden. The GDM-8246 permits remote control
and data- logging using standard IEEE488.2 protocol or proprietary Windows based software via
RS-232C or optional GPIB interface.
GDM-8246 (50000 Counts)
GDM-8245 (50000 Counts)
FEATURES
* 50000 Counts Display
* Multi-Function ACV, DCV, ACA, DCA, R, C,
Hz, Continuity Beeper, Diode Test, Max/Min,
REL, Auto Hold, dBm
* Compare Function (Only GDM-8246)
* Dual Display Indicate ACV and Hz, DCV(ACV)
and dBm
* DCV and ACV Ripple (Only GDM-8246)
* Manual or Auto Ranging
* 0.02% DCV Accuracy, 0.03% for GDM-8245
* ACV Measuring Frequency Up to 100kHz for
GDM-8246, 50kHz for GDM-8245
* 20A Current Range With High Energy Fuse
Protection
* Auto-Recall the Setting Upon Power ON
(Only GDM-8246)
* AC True RMS or AC + DC True RMS
* RS-232C Interface(Only GDM-8246)
* Option : GPIB Interface(Only GDM-8246)
GTL-117
For: GDM-8245,GDM-8246
Rear Panel
SPECIFICATIONS
DC VOLTAGE
Range
500mV, 5V, 50V, 500V, 1000V 5 ranges
(0.02% rdg + 4 digits) for GDM-8246
Accuracy
(0.03% rdg + 4 digits) for GDM-8245
Input Impedance
10M
AC VOLTAGE TRUE RMS (AC OR AC + DC TRUE RMS)
Range
500mV, 5V, 50V, 500V, 1000V 5 ranges
GDM-8246
GDM-8245
Accuracy
500mV ~ 1000V 5 ranges :
500mV ~ 50V 3 ranges :
20Hz ~ 45Hz : (1% rdg + 10 digits)
20Hz ~ 45Hz : (1% rdg + 15 digits)
45Hz ~ 2kHz : (0.3% rdg + 30 digits)
45Hz ~ 2kHz (0.5% rdg + 15 digits)
2kHz ~ 10kHz : (0.4% rdg + 50 digits)
2k~10kHz (1% rdg + 15 digits)
500mV ~ 500V 4 ranges :
10kHz ~ 20kHz (2% rdg + 30 digits)
10kHz ~ 20kHz : (0.5% rdg + 50 digits)
20kHz ~ 50kHz (5% rdg + 30digits)
500mV ~ 50V 3 ranges :
500V,1000V range :
20kHz ~ 50kHz : (2% rdg + 20 digits)
45Hz ~ 1kHz (0.5% rdg + 15 digits)
50kHz ~ 100kHz : (5% rdg + 50 digits)
Input Impedance
10M
DC CURRENT
Range
500 A, 5mA, 50mA, 500mA, 2A, 20A 6 ranges
Accuracy
500 A~500mA 4ranges: (0.05% rdg+3 digits);2A~20A 2ranges: (0.2% rdg+5digits)GDM-8246
500 A~500mA 4ranges: (0.02% rdg+2 digits);2A~20A 2ranges: (0.3% rdg+2digits)GDM-8245
AC CURRENT TRUE RMS (AC OR AC + DC TRUE RMS)
Range
Accuracy
500 A, 5mA, 50mA, 500mA, 2A, 20A 6 ranges
500 A ~ 500mA 4 ranges
45Hz ~ 2kHz
(0.5% rdg + 15 digits); 2kHz ~ 10kHz
10kHz ~ 20kHz
(2% rdg + 15 digits)
2A ~ 20A 2 ranges
45Hz ~ 2kHz (0.5% rdg + 15 digits)
(1% rdg + 15 digits)
RESISTANCE
Range
Accuracy
500 ,5k ,50k ,500k ,5M ,20M 6 ranges
500
(0.1% rdg + 4 digits); 5k ~ 500k 3 ranges
(0.1% rdg + 2 digits)
5M
(0.2% rdg + 2 digits); 20M
(0.3% rdg + 2 digits)
DIODE TEST
The one range can check the forward voltage of diode. Maximum forward voltage 1.5V open voltage 2.8V
CAPACITANCE
Range
Accuracy
FREQUENCY
Input Level
(Sine Wave)
FUNCTIONS
5nF, 50nF, 500nF, 5 F, 50 F 5 ranges
(2% rdg + 4 digits)
mV range : 10Hz ~ 50kHz : >120mV ; 50k ~ 150kHz : >200mV
5V ~ 50V range : 10Hz ~ 200kHz >1.2V ; 500V range : 20Hz ~ 1kHz >12V
Auto Range/Manual, Max, Min, dBm, REL, Hold;
Compare, Set RECALL (GDM-8246 only)
CONTINUITY BEEPER
NMRR
<5
CMRR
> 60dB
OPERATING MODE > 90dB
DISPLAY
Dual Display 0.4" and 0.5", 7 segment LED display
INTERFACE (only for GDM-8246)
Standard : RS-232C , Optional : GPIB
POWER SOURCE
AC 100V/120V/220V/230V 10%, 50/60Hz
ACCESSORIES
User manual x 1, Programming manual x 1(only for GDM-8246), Power cord x 1, Test lead GTL-117 x 1
DIMENSIONS & WEIGHT
251(W) x 91(H) x 291(D) mm, Approx. 2.6kg
ORDERING INFORMATION
GDM-8246 50,000 Counts Dual Display, Programmable DMM, with RS-232C Interface
GDM-8245 50000 Counts Dual Display Digital Multimeter
Option (only for GDM-8246)
Opt.01 GPIB Interface (Factory Installed)
Made to Measure.
Good Will Instrument Co., Ltd.
E4
4 1/2 & 3 1/2 DIGITAL MULTIMETER
In terms of cost/performance ratio, the GDM-8145/8135 Series yields one of the best choices among
the DMMs out on the market. It is equipped with 4 1/2 (GDM-8145) or 3 1/2 (GDM-8135)digits, 0.5" LED
display in distinctive red color. Measurement items include DC Voltage/Current, AC Voltage/Current
with true RMS (GDM-8145 only), Resistance, Diode Test, and Continuity with Beeper (GDM-8135 only).
The true RMS AC and AC+DC response give accurate measurements for equivalent DC energies
regardless of the waveform shape. Small voltage offsets are canceled by auto-zero circuit, and protection
mechanism is available for complete measurement range. All provide users with robust measurement
experience.
GDM-8145 (4 1/2 Digits)
SPECIFICATIONS
DC VOLTAGE
GDM-8145
200mV, 2V, 20V, 200V, 1000V 5ranges.
Range
+_(0.03% rdg + 4 digits)
Accuracy
Input Impedance 10M�
AC VOLTAGE
GDM-8135 (3 1/2 Digits)
Range
Accuracy
200mV, 2V, 20V, 200V, 1000V 5ranges
200mV ~ 200V 4 ranges
_(1%rdg + 15 digits)
20Hz ~ 45Hz +
_(0.5% rdg + 15 digits)
45Hz ~ 2kHz +
_ (1% rdg + 15 digits)
2kHz ~ 10kHz+
_(2%rdg + 30digits)
10kHz ~ 20kHz +
_(5% rdg + 30 digits)
20kHz ~ 50kHz +
_(0.5%rdg + 15digits)
1000V range 45Hz ~ 1kHz +
Input Impedance
10M�
GDM-8135
200mV, 2V, 20V, 200V, 1000V 5 ranges
+_ (0.1% rdg + 1 digit)
10M�
200mV, 2V, 20V, 200V, 1000V 5 ranges
200mV ~ 20V 3 ranges :
_(0.5% rdg + 1 digit)
40Hz ~ 1kHz +
_(1% rdg + 1 digit)
1kHz ~ 10kHz +
_(2% rdg + 1 digit)
10kHz ~ 20kHz +
20kHz ~ 40kHz +
_(5% rdg + 1 digit)
_(0.5% rdg + 1 digit);
200V range : 40Hz ~ 1kHz +
_(1% rdg + 1 digit)
1kHz ~ 10kHz +
_ (0.5% rdg + 1 digit)
1000V range : 40Hz ~ 1kHz +
10M�
DC CURRENT
200 A, 2mA, 20mA, 200mA, 2000mA, 20A 6 ranges 200 A, 2mA, 20mA, 200mA, 2A, 20A 6 ranges
_(0.2% rdg + 2 digits)
200 A ~ 200mA 4 ranges +
_(0.2% rdg + 1 digit)
200 A ~ 200mA 4 ranges : +
_ (0.3% rdg + 2 digits)
2000mA ~ 20A 2 ranges+
_ (0.5% rdg + 1 digit)
2A ~ 20A 2 ranges : +
Range
Accuracy
FEATURES
AC CURRENT
* Vast Measuring Functions : AC/DC Voltage,
AC/DC Current, Resistance and Diode Test
* Continuity Beeper (GDM-8135)
* Large 0.5" Red LED Display
* High Resolution 10 V, 10nA and 10m
* All Range with Protection Circuit
* 0.03% DCV Accuracy (GDM-8145),
0.1% DCV Accuracy (GDM-8135)
* Auto Zero Circuit
* 20A High Current Range
* 1000V High Voltage Range
* AC or AC + DC True RMS (GDM-8145)
RESISTANCE
GTL-107A
For: GDM-8034,GDM-8135,GDM-8145
Range
Accuracy
200 A, 2mA, 20mA, 200mA, 2000mA, 20 A 6 ranges
200 A ~ 200mA 4 ranges
_(0.5% rdg+ 15 digits)
45Hz ~ 2kHz +
_ (1% rdg + 15 digits)
2kHz ~ 10kHz +
_(2% rdg + 15 digits)
10kHz ~ 20kHz +
2000mA ~ 20A 2 ranges
_ (0.5% rdg + 15 digits)
45Hz ~ 2kHz+
200 � , 2k� , 20k� , 200k� , 2000k� , 20M� 6 ranges 200� , 2k, 20k, 200k� , 2M� , 20M� 6 ranges.
_ (0.2% rdg + 1 digit)
200� ~ 2M� 5ranges : +
_ (0.1%rdg + 4 digits)
200 � range +
_(0.5% rdg + 1 digit)
20M� range : +
_ (0.1%rdg + 2 digits)
2k� ~ 2000k� 4 ranges+
_ (0.25%rdg + 2 digits)
20M� range +
Range
Accuracy
DIODE TEST
Test Current
Open Voltage
The three ranges have enough voltage to turn on
silicon junctions to check the forward resistance,
but the 2k� range is preferred and is marked with
a larger diode symbol on the front panel of the
instrument.
Max. 1 mA
Max. 13V
CONTINUITY BEEPER
Description
Test Current
Open Voltage
Buzzer sounds if conductance less than 10
Max. 1 mA
Max. 13V
DISPLAY
0.5" LED display
POWER SOURCE
_ 10%, 50/60Hz
AC 100V/120V/220V/230V+
ACCESSORIES
User manual x 1, Power cord x 1, Test lead GTL-107A x 1
DIMENSIONS & WEIGHT
245(W) x 95(H) x 280(D) mm, Approx. 2kg
ORDERING INFORMATION
GDM-8145
GDM-8135
E5
200 A, 2mA, 20mA, 200mA, 2A, 20A 6 ranges
200 A ~ 200mA 4 ranges
_(0.5% rdg + 1 digit)
40Hz ~ 1kHz +
_ (1% rdg + 1 digit)
1kHz ~ 10kHz+
_(2% rdg + 1 digit)
10kHz ~ 20kHz +
_(1% rdg + 2 digits)
2A ~ 20A 2 ranges, 40Hz ~ 2kHz +
4 1/2 Digits True RMS Digital Multimeter
3 1/2 Digits Digital Multimeter
3 1/2 DIGITAL MULTIMETER
The GDM-8034 is a most affordable cost-effective bench-top digital multimeter. Large 0.5" LCD display
with 3 1/2 digits always provides a clear view of the result. A series of powerful built-in functions, as
AC/DC Voltage, AC/DC Current, Resistance, Capacitance, Diode Test, and Audible Continuity Beeper,
turn the users' application measurements simpler and easier. Compact profile, sufficient functionality,
and excellent cost-performance make the GDM-8034 best suited for educational institutions such as
schools and training centers.
GDM-8034 (3 1/2 Digits)
FEATURES
* 8 Functions AC/DC Voltage, AC/DC Current,
Resistance Capacitance, Diode Test and
Audible Continuity Beeper
* High Voltage 1000V and 20A Current Range
* 0.5% Basic DCV Accuracy
* LCD Display
SPECIFICATIONS
DC VOLTAGE
Range
Accuracy
Input Impedance
AC VOLTAGE
Range
Accuracy
Input Impedance
200mV, 2V, 20V, 200V, 1000V 5 ranges
_ (0.5% rdg + 1 digit)
+
10M�
200mV, 2V, 20V, 200V, 750V 5 ranges
_(1% rdg + 4 digits)
40Hz ~ 500Hz +
10M�
DC CURRENT
GTL-107A
For: GDM-8034,GDM-8135,GDM-8145
Range
Accuracy
200 A, 2mA, 20mA, 200mA, 2A, 20A 6 ranges
_(0.5% rdg + 1 digit)
200 A ~ 200mA +
_ (1% rdg + 3 digits)
2A ~ 20A +
AC CURRENT
Range
Accuracy
200 A, 2mA,20mA,200mA, 2A,20A 6 ranges
40Hz ~ 500Hz on all ranges
_(1% rdg + 4 digits)
200 A ~ 200mA +
_(1.5% rdg + 2 digits)
2A ~ 20A +
RESISTANCE
200 � , 2k, 20k, 200k� , 2M� , 20M� 6 ranges
_ (0.75% rdg + 1 digit)
200 � ~ 2M� +
_(1.5% rdg + 5 digits)
20M� +
Range
Accuracy
CAPACITANCE
Range
Accuracy
Test Freq.
2nF, 20nF, 200nF, 2 F, 20 F 5 ranges
_(2% rdg + 4 digits)
+
_ 5%
300Hz +
DIODE TEST
Test Current
Open Voltage
Max. 2.5mA
Max. 3.2V
CONTINUITY BEEPER
Description
Test Current
Open Voltage
Buzzer sounds if conductance less than 30�
Max. 2.5 mA
Max. 3.2V
DISPLAY
0.5" LCD display
POWER SOURCE
_ 15%, 50/60Hz
AC 110V/220V +
ACCESSORIES
User manual x 1, Power cord x 1, Test lead GTL-107A x 1
DIMENSIONS & WEIGHT
245(W) x 95(H) x 280(D) mm, Approx. 2kg
ORDERING INFORMATION
GDM-8034
3 1/2 Digits LCD Digital Multimeter
Made to Measure.
Good Will Instrument Co., Ltd.
E6
HAND-HELD DIGITAL MULTIMETER
The GDM-300/400 Series Hand Held DMM is a compact, high precision, battery operated multimeter
designed to meet most of the daily needs for general engineers as well as service personnel.
The GDM-300/400 Series is powered by loads of mobile-oriented features: auto off function to save
battery, large backlight display for clear view, rotary range selector and clear-cut push buttons to ease
operations, and temperature measurement for outdoor usage.
The primary functionalities also match the width of bench-top type: fuse-protected current
input, true RMS for accurate AC measurements, Auto ranging, Duty cycle, Relative mode, etc. These
compact, reliable, and economical devices are ideal for your toolboxes and pockets.
GDM-394/396(3 3/4 Digits)
SPECIFICATIONS
DC VOLTAGE
Range
Best Accuracy
Input Impedance
200mV, 2V, 20V, 200V, 1000V(GDM-451/356);400mV, 4V, 40V, 400V, 1000V(GDM-394/396)
400mV, 4V, 40V, 400V, 600V (GDM-395);200mV, 2V, 20V, 200V, 500V (GDM-350A)
(0.05%rdg + 3digits) for GDM-451; (0.8%rdg + 1digit) for GDM-394/396
(0.5%rdg + 1digit) for GDM-356; (0.7%rdg + 3digits) for GDM-395
(0.5%rdg + 2digits) for GDM-350A
10M
AC VOLTAGE (40Hz ~ 400Hz)
Range
Best Accuracy
GDM-395(3 3/4 Digits)
Input Impedance
2V, 20V, 200V, 750V (GDM-451/356) ; 4V, 40V, 400V, 750V (GDM-394/396)
4V, 40V, 400V, 600V (GDM-395) ; 200V, 500V(GDM-350A)
(0.5%rdg + 10 digits) for GDM-451 (1%rdg + 5 digits) for GDM-394/396
(2.3%rdg + 5 digits) for GDM-395 (0.8%rdg + 3 digits) for GDM-356
(1.2%rdg + 10 digits) for GDM-350A
10M (5M for GDM-350A )(2M for GDM-451)
DC CURRENT
Range
GDM-394
* 3999 Counts Auto/Manual Ranging
* Capacitance, Frequency Measurement
* Continuity Beeper/Diode Test
* High Energy Fused For 10A Range
* Data Hold/Relative Mode
GDM-396
* 3999 Counts Auto/Manual Ranging
* High Energy Fused for 10A Range
* Capacitance, Frequency Measurement
* Continuity Beeper/Diode Test
* Data Hold/Relative Mode
* True RMS/RS232C
GDM-395
* Slim Pocket Digital Multimeter
* 3999 Counts Auto/Manual Ranging
* Capacitance, Frequency Measurement
* Continuity Beeper/Diode Test
* Data Hold/Relative Mode
Best Accuracy
2mA, 20mA, 200mA, 20A (GDM-451);400uA,4mA,40mA,400mA,4A,10A(GDM-394/396)
2000uA, 2mA, 20mA, 200mA, 10A (GDM-350A);20mA, 200mA, 20A (GDM-356)
(0.5%rdg + 5 digits) for GDM-451; (1%rdg + 2 digits) for GDM-394/396/350A
(0.8%rdg + 1 digit) for GDM-356
AC CURRENT (50Hz ~ 400Hz)
Range
Best Accuracy
RESISTANCE
Range
Best Accuracy
20mA, 200mA, 20A(GDM-451/356);400uA,4mA,40mA,400mA,4A,10A(GDM-394/396)
(0.8%rdg + 10 digits) for GDM-451; (1.5%rdg + 5 digits) for GDM-394/396
(1%rdg + 3 digits) for GDM-356
200 ~ 200M 7 ranges (GDM-451/356) ; 200 ~ 200M 6 ranges (GDM-350A)
400 ~ 40M 6 ranges (GDM-394/395/396)
(0.3%rdg + 1 digit) for GDM-451 ; (1%rdg + 2 digits) for GDM-394/396
(2%rdg + 5 digits) for GDM-395 ; (0.8%rdg + 1 digit) for GDM-356
(0.8%rdg + 2 digits) for GDM-350A
CONTINUITY BEEPER
Buzzer sounds if conductance less than 70
DIODE TEST
Open Circuit
Voltage
CAPACITANCE
GDM-394/395/396 : 1.48V (Approx.)
GDM-356/451/350A : 2.85V (Approx.)
Range
2nF, 20nF, 2 F, 20 F (GDM-451) ; 20nF, 200nF, 2 F, 100 F (GDM-356)
40nF,400nF,4 F,40 F,100 F(GDM-394/395/396)
(3%rdg + 40 digits) for GDM-451 ; (3%rdg + 5 digits) for GDM-394/396
(5%rdg +10 digits) for GDM-395 ; (4%rdg + 3 digits) for GDM-356
Best Accuracy
FREQUENCY
Range
Best Accuracy
TEMPERATURE
Range
Best Accuracy
1Hz~20kHz (GDM-451/356);10Hz ~ 10MHz (GDM-394/396)
1Hz~99.9kHz (GDM-395)
(1.5%rdg + 5 digits) for GDM-451/356; (0.1%rdg + 3digits) for GDM-394/396
(0.7%rdg + 3digits) for GDM-395
-40 ~1000
1%+30 (GDM-451);
1%+3 (GDM-396/356/350A)
SPECIAL FUNCTION
Duty cycle, Auto Ranging (GDM-394/396) True RMS, RS-232C (GDM-396)
E7
GDM-451(4 1/2 Digits)
GDM-356(3 1/2 Digits)
GDM-350A(3 1/2 Digits)
SPECIFICATIONS
GDM-451
DIMENSIONS & WEIGHT
* 4 1/2 Digits 19999 counts
* Manual Ranging
* Continuity Check/Diode Test
* Data Hold
* Temperature Measurement
* Capacitance, Frequency Measurement
LCD DISPLAY
4 1/2 digits (GDM-451), 3999 counts (GDM-394/395/396), 3 1/2 digits (GDM-356/350A )
POWER SOURCE
Single 9V battery (6F22), Cell Battery for GDM-395(CR2032)
ACCESSORIES
User manual x 1 , Test leads
85(W) x 177(H) x 40(D) mm , Approx.330g (GDM-394/396)
80(W) x 165(H) x 38.3(D) mm, Approx. 275g (GDM-451/356)
73.5(W) x 130(H) x 35(D) mm, Approx. 156g (GDM-350A)
56(W) x 110(L) x 11.5(D) mm, Approx. 97g (GDM-395)
GDM-356
SELECTION GUIDE
Special Function
Max. Display
GDM-451
GDM-394
GDM-396
GDM-356
19999
3999
3999
1999
GDM-350A GDM-395
1999
3999
Fused 10A Range
Auto Ranging
GDM-350A
Diode
Continuity
Capacitance
Frequency
* 3 1/2 Digits 1999 counts
* Manual Ranging
* Continuity Beeper/Diode Test
* Capacitance Measurement
* Frequency, Temperature Measurement
20k
10M
10M
20k
100k
* 3 1/2 Digits 1999 counts
* Manual Ranging
* Continuity Beeper/Diode Test
* Temperature Measurement
Temperature
Duty Cycle(%)
True RMS
Relative mode
Data Hold
RS232C
Display Backlight
Auto Power Off
ORDERING INFORMATION
GDM-451
4 1/2 Digits Hand-Held DMM
GDM-396
3 3/4 Digits Hand-Held DMM with True R.M.S, Measurement and RS-232C Inter face
GDM-394
3 3/4 Digits Hand-Held DMM
GDM-395
3 3/4 Digits Hand-Held DMM
GDM-356
3 1/2 Digits Hand-Held DMM
GDM-350A 3 1/2 Digits Hand-Held DMM
Made to Measure.
Good Will Instrument Co., Ltd.
E8
COMPONENT TESTERS
COMPONENT TESTER OVERVIEW
GW Instek offers a variety lines of products for component testing applications, induding LCR Meters, IC Testers/Writers, and Milli-Ohm
Meters.
LCR Meter Overview
GW Instek offers high performance LCR meters, LCR-800 Series, which are designed for a variety of applications such as production test,
QC inspection, and design evaluation. Thoughtful and reliable test result, user-friendly and fully automatic interface make the LCR-800
Series the best choice in passive component test. Some of the important features are described below:
High Resolution and Accuracy
5 digit measurement resolution and 0.05% basic accuracy for LCR-817/819/821
0.1% basic accuracy for LCR-829/827/826/816.
Wide Frequency
Hundreds of user programmable test frequencies can be chosen for different applications.
Absolute value, Delta Value, Delta % Display
Three modes of measurement displays are available depending on the test condition.
Setup Save/Recall
Up to 100 sets of measurement conditions can be stored and recalled.
Easy to Use
Large LCD graphics display and user friendly menu driven interface provide easy-to-use measurement operations.
IC Tester/Writer Overview
Digital IC tester GUT-6000A/6600 and Flash writer GUT-6001C provide quick, portable solution for digital IC in product design, QC
inspection, and firmware programming. Some of the important features are described below:
Compact Size and Lightweight
GUT-6600 /6001C weighs no more than 0.5kg, and takes up only 160 (w) x 45 (h) x 110 (d) mm space.
Programmability
GUT-6000A offers auto-search and loop testing, while GUT-6001C allows programming various parameters such as voltage and pulse
width.
Standard Device Supported
GUT series is compatible to industry standard devices as in 54/74 series TTL, 40/45 CMOS (GUT-6000A and GUT-6600), various
27/28/29/39/49 Flash and EEPROM (GUT-6001C).
Battery Operation
In addition to the standard DC power source, GUT-6600 and GUT-6001C work in battery operation which comes handy in field
applications.
Milli-Ohm Meter Overview
The GOM series is fine-tuned for measuring precise impedance of components required in production design and inspection tests.
Two product lineups, either of standard or high resolution, cover most of budget or precision requirements.
Some of the important features are described below :
Compact, User-Friendly Benchtop
Both GOM-802 and GOM-801H come in an intuitive user interface with a large LED display.
Hi/Lo Comparator
Built-in Hi/Lo comparator indicates component test result in a fast and reliable manner.
1A High Test Current
GOM series offers a large test current capacity of 1A, enhancing robustness which is a crucial requirement in everyday use.
Expandability (GOM-802)
GOM-802 offers multiple interfaces for expanding its functionality. Scan interface for external scanning device and RS-232C/GPIB
interface for remote control.
E9
COMPONENTS TESTING INSTRUMENTS
Description (Main Function)
MODEL
Reference Page
LCR-8101
1MHz Precision LCR Meter
E11 ~ 12
LCR-821
High Precision LCR Meter 12Hz~200kHz(504 steps)
E13 ~ 14
LCR-819
High Precision LCR Meter 12Hz~100kHz(503 steps)
E13 ~ 14
LCR-817
High Precision LCR Meter 12Hz~10kHz(489 steps)
E13 ~ 14
LCR-829
Handler Interface High Precision LCR Meter 12Hz~100kHz(503 steps)
E13 ~ 14
LCR-827
Handler Interface High Precision LCR Meter 12Hz~10kHz(489 steps)
E13 ~ 14
LCR-816
High Precision LCR Meter 100Hz~2kHz(245 steps)
E13 ~ 14
LCR-826
Handler Interface High Precision LCR Meter 100Hz~2kHz(245 steps)
E13 ~ 14
GOM-802
D.C. Milli-Ohm Meter 30m� ~ 3M�
E15
GOM-801H
D.C. Milli-Ohm Meter 20m� ~ 20k�
E16
GUT-6000A
Digital IC Tester
E17
GUT-6600
Handy Digital IC Tester
E17
GUT-6001C
FLASH Writer
E18
Made to Measure.
Good Will Instrument Co., Ltd.
E10
1MHz PRECISION LCR METER
LCR-8101(1MHz)
NEW
FEATURES
* Test Frequency 20Hz ~ 1 Mhz
* 6 Digit Measurement Resolution
* DC Resistance Measurement
* Monitoring of DUT Voltage and Current
* 0.1% Basic Measurement Accuracy
* Comprehensive Measurement Functions
* GPIB Interface
* Large LCD Display
* Intuitive User Interface
* Multi Step Mode
* PASS/FAIL Comparator
* Graph Mode ( Option )
The LCR-8101 1MHz precision LCR meter provides accuracy and versatility for a wide range of
component measurements, even including DC resistance measurement and Voltage/Current
monitoring. High resolution and accuracy provide precise measurement results which helps
reconstructing component characteristics. Multi-Step function allows customized measurement with
Pass/Fail indication, in accordance with to the users' requirements. Parameters and limitations are
defined separately for each program step. GPIB and RS-232C interface are installed as standard
features for controlling the instrument and reading the measurement results. Optional Graph Mode
function can display component characterization over a wide frequency range in graph charts. The rich
features of LCR-8101 relieve your measurement tasks at a very competitive price.
SPECIFICATIONS
TEST FREQUENCY
20Hz ~ 1MHz, 5 Digits, 0.005%
INPUT IMPEDANCE
100
BASIC ACCURACY
0.1% (R, Z, X, G, Y, B, L, C)
TEST SPEED
AC
MAX: 75mS
FAST: 150mS
MEDIUM: 450mS
SLOW: 600mS
DC
MAX: 30mS
FAST: 60mS
MEDIUM: 120mS
SLOW: 500mS
TEST SIGNAL LEVELS
10mV~2Vrms, 1mV/Step, 2.5%
SHORT CIRCUIT CURRENT
Max. 20mA
MEASUREMENT RANGES
R, Z, X
0.1m
~ 1M
G, Y, B
10nS ~ 1kS
L
0.1nH ~ 100kH
C
0.001pF ~ 1F
D
0.0001 ~ 9.9999
Q
0.1 ~ 9999.9
Rdc
0.1m
~ 100M
MEASUREMENT PARAMETERS
Impedance (Z), Phase Angle ( ), Inductance (L), Capacitance (C),
AC Resistance (Rac), Quality Factor (Q), Dissipation Factor (D),
Admittance (Y), Conductance (G), Reactance (X), Susceptance (B),
DC Resistance (Rdc)
SERIES OR PARALLEL EQUIVALENT CIRCUIT
C + R, C + D, C + Q, L + R, L + Q
SERIES EQUIVALENT CIRCUIT ONLY
X + R, X + D, X + Q
PARALLEL EQUIVALENT CIRCUIT ONLY
C + G, B + G, B + D, B + Q
POLAR FORM
Z + Phase Angle, Y + Phase Angle
LCD DISPLAY
320 x 240 DOT-MATRIX
INTERFACE
RS-232, GPIB
POWER SOURCE
115V/230V AC(SELECTABLE), 50/60Hz
ACCESSORIES
User manual x1, Power cord, Test lead LCR-12 x 1
DIMENSIONS & WEIGHT
330(W) x 170(H) x 340(D)mm, Approx. 5kg
E11
Rear Panel
LCR-8101
ORDERING INFORMATION
LCR-8101
Option
Opt.01
1MHz Precision LCR Meter
Graph Mode (factory installed)
OPTION - Graph Mode
Display of component characterization
over a wide frequency range in graph charts.
LCR-12
Measurement Connections
4 front panel BNC sockets with screens
at ground potential.
For : LCR-8101
Made to Measure.
Good Will Instrument Co., Ltd.
E12
HIGH PRECISION LCR METER
The LCR-800 Series is a high-class digital LCR meter for component/material measurements, applicable
to various R&D activities and production lines. A large 240x128 dot Matrix LCD display gives room for
two measurement items plus setup parameters, and lets users get the whole picture in an instant.
Measurement result is always accompanied with supplement factor as in R/Q, C/D, C/R, and L/Q. The
LCR-821 also contains more accurate resistance measurement as a combination of absolute value and
phase angle. 100 sets of measurement setup memory allow sharing LCR-800 series among multiple
testing conditions or sites. For a better viewing experience with standard PC monitor, Windows based
proprietary software is accessible via RS-232C terminal. The handler interface is standard for
LCR-826/827/829 models.
LCR-821 (12Hz~200kHz)
LCR-819/829 (12Hz~100kHz)
LCR-817/827 (12Hz~10kHz)
LCR-816/826(100Hz~2kHz)
Handler
FEATURES
* Test Frequency:
12Hz~200kHz (LCR-821)
12Hz~100kHz (LCR-819/829)
12Hz~10kHz (LCR-817/827)
100Hz~2kHz (LCR-816/826)
Continuously Variable Frequencies
* 0.05~0.1% Measurement Accuracy
* 100 Sets Memory for Save/Recall of Setup State
* R/Q, C/D, C/R, L/Q Test Modes for all Models;
Z/ , L/R for LCR-821 Only
* Absolute Value, Value, and % Measurement
Display
* 240 x 128 dot Matrix LCD Display
* Test Condition and Test Result Shown on the
Screen Simultaneously
* Interface : RS-232C , Handler
SPECIFICATIONS
TEST FREQUENCY
BASIC ACCURACY
TEST SPEED
TEST SIGNAL LEVELS
DC BIAS
Internal
External
DISPLAY RANGE
Resistance
Capacitance
Inductance
Quality Factor
Dissipation Factor
Impedance
Phase Angle ( Degree )
TEST MODE
EQUIVALENT CIRCUIT
MEMORY
AVERAGE
TEST SPEED MODE
DISPLAY MODE
DISPLAY
INTERFACE
12Hz ~ 200kHz (504 steps) for LCR-821
12Hz ~ 100kHz(503 steps) for LCR-819/829
12Hz ~ 10kHz(489 steps) for LCR-817/827
100Hz ~2kHz (245 steps) for LCR-816/826
0.05% for basic accuracy for LCR-821/819/817
0.1% for basic accuracy for LCR-829/827/826/816
68ms for LCR-821/819/817/816, 34ms for LCR-829/827/826
5mV ~ 1.275Vrms ( 5mV/step ) for LCR-821/819/829/817/827
0.1V ~ 1.275Vrms ( 5mV/step )for LCR-816/826
2V
0 ~ 35V for LCR-821; 0 ~ 30V for LCR-819/829/817/827/816/826
R
C
L
Q
D
Z
0 .00001 ~ 99999k
0.00001pF ~ 99999 F
0.00001mH ~ 99999H
0.0001 ~ 9999
0.0001 ~ 9999
0.00001 ~ 99999k for LCR-821
-180.00 ~ 180.00 for LCR-821
R/Q , C/D, C/R, L/Q
Z/ , L/R for LCR-821 only
Parallel or Serial selectable
100 memory blocks totally
1 to 255 times
SLOW, MEDIUM and FAST
Value,
,
%
240x128 dot matrix C.C.F.L back light LCD
Standard Interface : RS-232C for LCR-821
Standard Interface : Handler Interface for LCR-829/827/826
Optional : RS-232C Interface for LCR-819/817/816 (factory installed)
(Including LCR-Viewer Software)
POWER SOURCE
AC 100V ~ 240V , 50/60Hz
ACCESSORIES
User manual x 1, Power cord x1, LCR-06A x 1
DIMENSIONS & WEIGHT
330 (W) x 149 (H) x 437 (D)mm, Approx. 5.5kg
E13
Rear Panel
LCR-819
ORDERING INFORMATION
LCR-821
LCR-819
LCR-829
LCR-817
LCR-827
LCR-816
LCR-826
200kHz High Precision LCR Meter
100kHz High Precision LCR Meter
100kHz High Precision LCR Meter with Handler Interface
10kHz High Precision LCR Meter
10kHz High Precision LCR Meter with Handler Interface
2kHz High Precision LCR Meter
2kHz High Precision LCR Meter with Handler Interface
Optional Accessories
LCR-05 Test Fixture for Axial & Radial Leaded Components
LCR-07 Test Fixture, Two-Wire with Alligator Clips
LCR-08 Test Fixture(Tweezers) for SMD/Chip Components
LCR-09 Test Fixture for SMD/Chip Components
GRA-402 Rack Adapter Panel, Rack Mounting (19", 4U)
GTL-232 RS232C Cable, 9-pin Female to 9-pin, null Modem for Computer
LCR-800 SERIES SELECTION GUIDE
MODEL
LCR-821
LCR-819
LCR-829
Display
240 x 128 dot matrix CCFL back light LCD
Test Frequency
12Hz~200kHz
(504 steps)
Basic Accuracy
0.05%
12Hz~100kHz
(503 steps)
0.05%
Test Mode
R/Q, C/D, C/R
L/Q, Z/ , L/R
Memory
100 memory blocks totally
DC BIAS
Interface
Internal
2V
External
0 ~35V
RS-232
Std.
Handler
0.1%
R/Q, C/D, C/R,L/Q
LCR-817
LCR-827
12Hz~10kHz
(489 steps)
0.05%
LCR-816
100Hz~2kHz
(245 steps)
0.1%
R/Q, C/D, C/R,L/Q
2V
2V
0 ~30V
0 ~30V
0 ~30V
Opt.
Std.
Description:
Kelvin clip test leads.
Frequency: DC to 200kHz
Max. Voltage: +/- 35V
Description:
Test fixture for measurement
of both axial and vertical
lead components
Frequency: DC to 200kHz
Max. Voltage: +/- 35V
LCR-08
Patent:188540
Description:
Test leads for conventional
component measurement.
It is especially useful for high
impedance measurement.
(With alligator clips)
Two-wire measurement;
apply to low C or high R.
Frequency: DC to 200kHz
Max. Voltage: +/- 35V
Description:
SMD / clip tweezers
Frequency: DC to 200kHz
Max. Voltage: +/- 35V
LCR-09
Patent:186171
Opt.
Std.
Patent:185538
LCR-826
2V
Opt.
LCR-05
LCR-07
0.1%
R/Q, C/D, C/R,L/Q
LCR-06 A
Description:
SMD / chip test fixture
Frequency: DC to 200kHz
Max. Voltage: +/- 35V
Std.
Made to Measure.
Good Will Instrument Co., Ltd.
E14
D.C. MILLI-OHM METER
The GOM-802 milliohm meter is designed for components and material impedance measurements at
laboratories and other test environments. Deep 30,000 counts display and superb accuracy at minimum
0.05% gives reliability and flexibility required in high demanding measurement applications.
Auto ranging, built-in comparator offering Hi-Lo testing and Limit Percent setting, and Go/NoGo
testing reduce the effort for complex testing setup. Display selections of Relative, Actual, and %
value give results view from multiple angles. The four independent terminals, separating connections
for different applications, eliminate lead resistance and achieve much faster measurement than
traditional bridge techniques.
GOM-802
FEATURES
* 30000 Counts Display
* High Accuracy 0.05%
* Hi/Lo Comparator and Limit Percent Setting
* Measurement of REL, Actual and % Value
* Continuous or Triggered Measurement Mode
* Temperature Compensation and Measurement
* Four-Terminal Measurement Technique
* Auto-Recall Last Setting After Power OFF and
ON Again
* Alarm Setting for PASS/FAIL
* Scan, Handler Interface (Standard)
* Manual or Autoranging
* RS-232C+GPIB (Option)
SPECIFICATIONS
DISPLAY
RESISTANCE
Ranges/Test Current
(Fixed)
Accuracy
Resolution
Ranges
Accuracy
Resolution
FUNCTION
For: GOM-801H/802 , GDM-8255/8251
MEASURING RATE
MEMORY
INTERFACE
PT-100
30m /1A
30 /10mA
30k /100 A
300m /100mA
300 /1mA
300k /10 A
30m : 0.1% reading + 6 digits
300m : 0.05% reading + 6 digits
3 : 0.05% reading + 3 digits
30 ~ 3M : 0.05% reading + 2 digits
1
, 10
, 100
, 1m , 10m , 100m
, 10
, 100
Hi/Lo, Go/No-Go, Manual Trigger, Actural, %, Diode, Temp, TC for Transformer
7 measuring / sec at 30,000 counts , 30 measuring / sec at 3,000 counts
20 sets
Standard : Handler / Scan (same connector)
Option : RS-232C+GPIB
POWER SOURCE
AC 100/120/220/230V 10%
ACCESSORIES
User manual x 1 , Power cord x 1 , GTL-108A x 1
DIMENSIONS & WEIGHT
251(W) x 91(H) x 291(D)mm, Approx. 3kg
GOM-802 High Precision Programmable DC Milli-Ohm Meter
Option
Opt.01 RS-232C + GPIB Interface ( Factory Installed )
Optional Accessory
PT-100 Platinum Temperature Probe
E15
,1
-50 C ~ 100 C
-10 C ~ 40 C : 0.3% + 0.5 C other : 0.3% + 1.0 C
0.1 C
ORDERING INFORMATION
Rear Panel
3 /100mA
3k /100 A
3M /1 A
TEMPERATURE
GTL-108A
Temperature Probe
For: GOM-802
30,000 counts
D.C. MILLI-OHM METER
The GOM-801H milliohm meter is the ideal device for quick, handy measurement for precise resistance
of component and materials. Main display is equipped with 3 1/2 digits 0.5" LED in distinctive red color.
Measuring objects cover cable joints, earth bonds, switches, motors, transformers, generators, and
many others. Test range separates into seven levels between 20m� and 20k� , accessible from the front
panel in a single press. Internal comparator provides a user settable Hi/Lo indication. GOM-801H is
the best way to go for an inexpensive, easy to use, yet reliable milliohm meter.
GOM-801H
FEATURES
* Measures from 20m
SPECIFICATIONS
~ 20k
in 7 Ranges
* 1A High Test Current
* High Resolution 10
* Hi/Lo Comparator Indicator and Buzz Alarm
* 3 1/2 Digits 0.5" LED Display
TEST RANGE
20, 200m� , 2, 20, 200� , 2k, 20k � ,
7 Ranges
TEST CURRENT
ACCURACY
Measuring 20m � +
_ (0.2% rdg + 6 digits)
_(0.2% rdg + 4 digits)
200m � ~ 20k � +
Setting +
_(0.2% + 6 digits)
RESOLUTION
COMPARATOR
DISPLAY
GTL-108A
For: GOM-801H/802 , GDM-8255/8251
DC 10 A ~ 1A
0.01, 0.1, 1, 10, 100m� , 1, 10 �
HI, LO setable
3 1/2 digits 0.5" LED display
HI, GO, LO indicator
POWER SOURCE
ACCESSORIES
DIMENSIONS & WEIGHT
AC 115V/230V +
_ 10% , 50/60Hz
User manual x 1
Power Cord x 1
Test Lead GTL-108A x 1
230(W) x 95(H)x280(D)mm, Approx. 2 kg
ORDERING INFORMATION
GOM-801H
High Precision Programmable DC Milli-Ohm Meter
Made to Measure.
Good Will Instrument Co., Ltd.
E16
DIGITAL IC TESTER/FLASH WRITER
The GUT-6000A is a desktop digital IC tester. Oriented toward automating the testing tasks, GUT-6000A
contains high-class features like auto-search function and loop test, providing an intelligent and
continuous process for detecting defective ICs. Self-diagnosis function and over-load protection
mechanism draw GUT-6000A close to maintenance-free, releasing users from unnecessary hassles.
Wide device coverage includes 1800 series as well as ubiquitous TTL and CMOS, realizing one-size-fitsall solution in IC testing bench area.
GUT-6000A (Digital IC Tester)
The GUT-6600 is a portable Digital IC tester with feature range matching that of its desktop cousin,
6000A. Standard AA type battery operation with optional DC adaptor always provides a secure power
supply anywhere. Specialized for ease of use, no programming or fixture is required when operating
6600; simply plug in the device and the search is completed within a mere 0.8 second on average.
All these features and compact profile make 6600 ideal as the additional companion in your toolkit.
SPECIFICATIONS
TEST RANGE
TEST VOLTAGE
TEST TIME
GUT-6600 (FLASH Writer)
DISPLAY
POWER SOURCE
ACCESSORIES
GUT-6000A
* Loop Test
* Auto-Search
* Self-Diagnosis
* Over-Load Protection
* Measures 1800 Kinds Device
* 54/74 Series TTL and High Speed CMOS
* 4000 and 4500 Series CMOS
* Test Socket : 28-Pin
GUT-6600
* Easy-Operating Tester, Particularly
Designed for the Digital IC
* Supported Device: 74/40/45/41/44 Serial
* Small, Portable, Light and PowerSaving, and Battery Operation
* Average Search Time: 0.8 Second
* Display: 16 Characters in 1 Line LCD
* Test Pins: 14 ~ 24 Pins
E17
GUT-6000A
GUT-6600
54/74 series TTL and high
speed CMOS
CMOS 40/45
RCA1800
TTL 54/74
5V
5V
Average Search Time :0.8Sec
Average Search Time : 0.8Sec
16Characters in 1 line LCD
16 Characters in 1 line LCD
AC100V~240V 10%,50/60Hz
Battery
User manual 1 , Power cord 1
DIMENSIONS & WEIGHT
335(W) 105(H) 300(D)mm, Approx. 1.5kg
OPTION
CMOS 40/45
DRAM41/44
User manual 1
160(W) 45(H) 110(D)mm, Approx. 0.34kg
DC 9V/500mA adaptor ; SOP adaptor
The GUT-6001C is a small, lightweight, battery or DC operated Flash writer. Two rows of 32pin connector
accept various types of EPROM/EEPROM/FLASH EPROM ICs. Powerful features include test library,
full screen edit, fuse map, HEX/ASCII memory, flow chart/voltage/pulse width programming.
PC based mode, accompanied with USB connection and WindowsXP compatible driver, gives this tiny
device the depth and power of a desktop device.
GUT-6001C (FLASH Writer)
SPECIFICATIONS
GUT-6001C
SUPPORTED DEVICES
EPROM 27C/LV64~27C/LV080 ; EEPROM 27C64~28C040 ; FLASH EPROM ;
29C/LC256~29C/LC040 ; 29EE/LE/VE512~29EE/LE/VE020 ;
28F/LF/VF256~28F/LF/VF040 ; 29F010~29F040 ; 29F001~29F0025 ;
39SF/VF512~39SF/VF040 ; 49BV/F512~49BV/F040 ; 49BV/F/LV001~49BV/F/LV002
TEST SOCKET
DISPLAY
ACCESSORIES
DIMENSIONS & WEIGHT
32Pin 2
16 2 Characters
CD (Driver software & Manual) 1; DC 12V/500mA adaptor ; USB cable 1
160(W) 45(H) 110(D)mm, Approx. 0.5kg
ORDERING INFORMATION
GUT-6001C
* Windows and XP Driver
* Small, Portable, Light and
Battery Operation
* Two Types of High Efficient Work
Mode: Stand-Along Mode, PC Based Mode
* LCD Display: 16 x 2 Characters
* Can Set Programming Flow Chart, Oltages,
Pulse Width & Other Parameters
* Powerful HEX/ASCII Memory and Fusemap,
Test Library and Full Screen Edit
* Support File Format Binary Code, Intel
HEX & 80/86 HEX
GUT-6000A Digital IC Tester
GUT-6600 Handy Digital IC Tester
GUT-6001C FLASH Writer
Option for GUT-6600
Opt. 01: DV 9V/500mA adaptor
Opt. 02: SOP adaptor
Made to Measure.
Good Will Instrument Co., Ltd.
E18
SAFETY TESTERS
Safety Tester Overview
The main function of a Safety Tester is to ensure that the devices under test will be safety reliable after long term usage. Many of the
international safety regulations, such as UL for USA, VDE for Germany, CE for EU, BS for England, and CSA for Canada, are constituted
for the same reason. GW Instek offers series of Safety Testers, designed for manufacturers to meet the mentioned regulations with
variable tests of AC Hi-Pot, DC Hi-Pot, Insulation Resistance, and Ground Bond.
GW Instek offers Series of Safety Testers: GPX-700A GPX-800 Series GPI-625 GCT-630 with different test capabilities. GPT/GPI-700A
Series generate sine wave by adopting DDS technology to create sine wave and D/A converter to digitalize the voltage output. The main
advantages of GPT/GPI-700A-Series are as follow :
Ramp up time control
No related with AC line distortion
High voltage accuracy
Low voltage regulation
On the other hand, GPT/GPI-800 Series use the AC line directly into High voltage transformer to get the voltage. Despite of the limited
capabilities comparing with GPT/GPI-700A Series, GPT/GPI-800 Series are more economic solutions to some applications. Even though
the differences, both series provide the digital display for test information. Besides of the mentioned series, GW Instek also offers
Withstanding Voltage tester, GPI-625, and Ground Continuity Tester, GCT-630, for simplified applications.
Test Items Explanation
Hi-Pot Test
Purpose: Make sure users do not receive an electrical shock that might be caused by a breakdown of the electrical insulation when they
use the product.
Method: Under high voltage operation, measure the current leakage between AC primary circuits and low voltage secondary circuits, the
current leakage between AC primary circuits and its ground, and the current leakage between low voltage secondary circuits and its ground.
Insulation Test
Purpose: Check the quality of insulation.
Method: Measure the resistance between AC primary circuits and low voltage secondary circuits, the resistance between AC primary
circuits and its ground, and the resistance between low voltage secondary circuits and its ground.
Continuity Test
Purpose: Verify if the exposed conductive parts of a product and the power system ground are well connected.
Method: Check if a path exists between the exposed conductive metal surfaces and power system ground. Measure the ground
impedance with low DC current (<1A).
Ground Bond
Purpose: Verify if the exposed conductive parts of a product and the power system ground are well connected.
Method: Check if a path exists between the exposed conductive metal surfaces and power system ground. Measure the resistance of a
ground circuit and verify the adequacy of the connection. Ground Bond Test is similar to the Continuity Test, but the difference is to
measure ground path with low voltage and high current.
Arc Detection
Purpose: Check the potential problems such as screw loosen, bad material insulation, etc.
Method: Measure the duration (>10us) of a current spike occurred by the dramatic change of voltage or current. Normally, Arc Detection
is performed during Hi-Pot test.
SAFETY TESTING INSTRUMENTS
MODEL
E19
Description (Main Function)
Reference Page
GPI-745A
AC/DC/IR/GB Electrical Safety Tester
E21 ~ 22
GPT-705A
AC 200VA Withstand Voltage Tester
E21 ~ 22
GPT-715A
AC 200VA/DC 60VA Withstand Voltage Tester
E21 ~ 22
GPI-725A
AC 200VA Withstand Voltage/Insulation Tester
E21 ~ 22
GPI-735A
AC 200VA/DC 60VA Withstand Voltage/Insulation Tester
E21 ~ 22
GPT-805
AC 500VA Withstand Voltage Tester
E23 ~ 24
GPT-815
AC 500VA/DC 50VA Withstand Voltage Tester
E23 ~ 24
GPI-825
AC 500VA Withstand Voltage/Insulation Tester
E23 ~ 24
GPI-826
AC 100VA Withstand Voltage/Insulation Tester
E23 ~ 24
GPI-625
AC 500VA Withstand Voltage/Insulation Tester
E25
GCT-630
Ground Continuity Tester
E26
AC/DC/IR/GB ELECTRICAL SAFETY TESTER
GPT/GPI-700A Series
GPT/GPI-700A Series are the fully automatic, at 200VA test capacity electrical safety testers, which might combine AC/DC Hi-pot ,
Insulation Resistance and high current ground bond ( up to 42A ) test. The GPT/GPI-700A Series comply with the requirement of the
electrical equipment and appliance testing standards such as UL, CSA and other international standards. The design of thoughtful safety,
reliable test result, user-friendly and fully automatic interface make the GPT/GPI-700A Series become the advanced safety tester , that can
perform up to four essential electrical safety tests and deliver fast and reliable test result from a single test connection.
No Load Set Up of Trip Current and Output Voltage
With the GPT/GPI-700A Series, it is a safe way to set the trip current and output voltage without having the high voltage activated, or the
use of a load resistor.
Safety Fault Interrupt
With the built-in Safety Fault Intercept technology, GPT/GPI-700A Series will be able to set the high limit current as watchdog to detect
whether the current is abnormal and shut-off the output power when trip current is over high limitation of current.
Flashing High voltage indicator
A flashing red LED will give warning when the high voltage is present at output
Highly Regulated Voltage Output
The highly regulated linear power amplifier of GPT/GPI-700A Series provides a very stable HV output and avoids the loading effect of DUT.
Zero Crossing Turn-On
The zero crossing turn-on is to assure that the output voltage will start from the zero crossing of sine wave. With this Zero-Turn-On
function, it will prevent the unexpected occurrence of spike or Arc, which might cause wrong trigger of cut-off current.
True RMS Current Read-Back
The GPT/GPI-700A Series are equipped with a true RMS circuit to make sure that the read-back of the test is a real value instead of
average value, especially under the capacitance and inductance load. This function will prevent wrong measurement result of cut-off
current measurement.
Selectable ARC Detection
ARC is the short duration (>10uS) of current spike occurred due to the dramatic change of voltage or current. GPT/GPI-700A Series offer
selectable ARC detection from 1 level to 40 level to identify the potential problem of product quality such as screw loosen, bad material
insulation and so on.
Controllable Ramp Up Time
During the tests of DC Hi-pot and IR , an unfavorable condition such as spike might arise GPT/GPI-700A Series can control the ramp up
time to prevent the occurrence of spike, which might cause the wrong measurement result.
Memories of 10 Groups, and Each Group contains 16 Steps of test set-up
GPT/GPI-700A Series provide 16 steps of test set-up, which can be set to test one kind of electrical safety test , and execute 16 steps of
test under one group by pressing one button. GPT/GPI-700A Series offer 10 groups of memories to facilitate your test up to 10 different
products in your production line.
Made to Measure.
Good Will Instrument Co., Ltd.
E20
AC/DC/IR/GB ELECTRICAL SAFETY TESTER
GPT-705A/715A & GPI-725A/735A
Patent No : 074646
GPI-745A
Patent No:074646
FEATURES
* 200VA AC Test Capacity
* AC/DC Withstanding Voltage Test & Insulation
Resistance Test
* True RMS Cut-Off Current Measurement
* Arc Detection
* Zero Crossing Turn-On Operation Switch
* Linear Amplifier with Feedback Control to
Provider High Regulated Voltage Output
* Controllable Ramp-Up Time
* Output Voltage and Current Limit Could be set
Without HV Output
* Output Voltage Adjustable During Test Period
* 9 pins Remote Control for START, RESET, and
Test Result Output
* Automatic FAIL Indicator of Alarm Lamp and
Buzzer
* Scanner Box for Automatic Test (Option)
* 42A Ground Bond Test (GPI-745A only)
The GPT/GPI-700A Series is a universal Safety Tester, compliant to all major safety standards such as
UL, CSA, JIS, and BS. The operation interface has been carefully designed making it user-friendly and
fully automatic, to ensure safety and to produce reliable test results. The advanced and versatile
GPT/GPI-700A Series can be used in production lines, workshops, laboratories, and test sites.
Users can select from 5 models according to the testing requirement - starting from the simple 705A
for AC Withstanding, through middle range GPI-725A for AC Withstanding + Insulation Resistance, up to
the most advanced GPI-745A for AC Withstanding + DC Withstanding + Insulation Resistance + Ground
Bond. Each model has remote control terminal and programming function which deliver fast and
reliable test results.
SPECIFICATIONS
AC HI-POT
Voltage Range
Voltage Resolution
Voltage Regulation
(Line and Load)
Voltage Accuracy
Max. Current Sourcing
0.100kV ~ 5.000kV
5V/step
1% + 5 V
Voltage Range
Voltage Resolution-Output
Voltage Regulation
(Line and Load)
Voltage Accuracy
Max. Current Sourcing
0.100kV ~ 6.000kV
5V/step
1% + 5 V
DC Voltage
Resistance Range
Resistance Accuracy
(50V/100V)
50V/100V/500V/1000V
1~9900M (500V, 1000V); 1~2000M (50V, 100V)
1M ~50M : (5% rdg 1count)
51M ~200M : (10% rdg 1count)
201M ~1990M : (20% rdg 1count)
1M ~500M : (5% rdg 1count)
501M ~2000M : (10% rdg 1count)
2001M ~9990M : (20% rdg 1count)
(1% rdg 10V)
30mA ~ 40mA (above 500V, maximum test time:180sec.)
0.10mA ~ 29.99mA (above 500V, continuous test)
0.10mA ~ 10mA (below 500V, continuous test)
Current Limit
0.10 ~ 40mA, 0.02mA/step
Current Accuracy
(1% rdg 80 A)
DC HI-POT (GPT-715A/GPI-735A/GPI-745A)
(1% rdg 10V)(above 500V)
0.10mA ~ 10.00mA (above 500V, continuous test)
0.10mA ~ 2mA (below 500V, continuous test)
Current Limit
0.10mA ~ 10mA, 0.01mA/step
Current Accuracy
(1% rdg 50 A)
INSULATION RESISTANCE (GPI-725A/GPI-735A/GPI-745A )
Resistance Accuracy
(500V/1000V)
GROUND BOND (GPI-745A )
Voltage Range
Current Range
Current Resolution
Current Accuracy
Max. 8V (DC)
3~42A
0.02A
1% of reading 0.2A (3A~8A); 1% of reading
Ground Bond Resistance Test
0~600m
0.1m
Resistance Resolution
Resistance Accuracy
1% of reading 3m
Test Method
Four terminal test mode
CONTINUITY CHECK (GPT-705A/715A & GPI-725A/735A)
Output Current Range
Compliance Voltage Range
Resolution
RAMP TIME & TEST TIME
AC Hi-Pot Ramp/Test Time
DC Hi-Pot Ramp/Test Time
Insulation Resistance Test Time
Ground Bond Test Time
Continuity Check Test Time
ARC DETECT
Detect Current
MEMORY
E21
50mA (9A~42A)
0.1A (DC)
10%
0.1 @ 1
000.0 ~ 999.95
000.0 ~ 999.95
001.0 ~ 999.95
000.0 ~ 999.95
000.0 ~ 999.95
40 level (1 ~ 40mA)
Groups : 10, steps per group : 16
INTERFACE
Remote I/O
Standard
RS-232C
Standard
Standard
Scan
Option
GPIB
Option (GPI-745A: standard)
Real Panel Output
POWER SOURCE
AC100V/120V/220V/230V 10% , 50/60Hz
ACCESSORIES
User manual x 1 ,Power cord x 1,
GHT-105A x 1 for GPT-705A/GPT-715A/GPI-725A/GPI-735A ; GHT-105A x 1, GTL-115A x 1 for GPI-745A
DIMENSIONS & WEIGHT
330(W) x 149(H) x 446(D) mm, Approx. 14kg
Rear Panel
GPI-735A
GHT-113
HIGH VOLTAGE TEST PISTOL
ORDERING INFORMATION
GPI-745A
GPI-735A
GPI-725A
GPT-715A
GPT-705A
Option
AC 200VA AC/DC Withstanding Voltage/Insulation/Ground Bound Electrical Safety Tester
AC 200VA AC/DC Withstanding Voltage / Insulation Electrical Safety Tester
AC 200VA AC Withstanding Voltage / Insulation Electrical Safety Tester
AC 200VA AC/DC Withstanding Voltage Electrical Safety Tester
AC 200VA AC Withstanding Voltage Electrical Safety Tester
* Housing of unbreakable plastic
* Operation voltage 10kVDC/8kVAC max.
* Connecting via highly flexible safety cable
* Power supply line approx. 2m
* Wear-resistant tungsten test probe tip
* Teflon sleeve for resistance to burning
Opt.01 GPIB Interface (Factory Installed)
Opt.04 HSB-001-1 Scanner Box, 8CH HV and 8CH GB
Opt.05 HSB-001-2 Scanner Box, 16CH HV
Option Accessories
GHT-107A
GHT-108
GHT-109
GHT-110
GHT-113
GRA-402
GRA-406
Clip High Voltage Probe
High Voltage Wiring Cable for HSB-001-1
Ground Bond Wiring Cable or HSB-001-1
Communication Cable for HSB-001-1/HSB-001-2
High Voltage Test Pistol
Rack Adapter Panel (19",4U)
Rack Adapter Panel (19",3U) for HSB-001-1/HSB-001-2
For : GPT/GPI-800A Series, GPT/GPI-700A Series
Note : GPT/GPI-7x5A Series can control only one scanner box.
SELECTION GUIDE
FUNCTION
MODEL
AC
DC
IR
GB
GPT-705A
GPT-715A
GPI-725A
GPI-735A
GPI-745A
SCANNER BOX
HSB-001-1
GHT-107A Clip High Voltage Probe
8CH HV + 8CH GB
For: GPT/GPI-700A Series
For : GPT/GPI-800A Series, GPT/GPI-700A Series
HSB-001-2
16CH HV
For: GPT/GPI-700A Series
Can be installed into rack by
adding two option handles.
GHT-108
High Voltage Wiring Cable
For : HSB-001-1
(Rear Panel)
( Front Panel)
GHT-109
Ground Bond Wiring Cable
For : HSB-001-1
GRA-406 Rack Adapter Panel
For : HSB-001-1, HSB-001-2
Rack Mounting (19",3U)
Made to Measure.
Good Will Instrument Co., Ltd.
E22
AC/DC/IR ELECTRICAL SAFETY TESTER
The GPT/GPI-800 Safety Tester series offers an economic solution for the most frequently used electrical
safety requirement, AC Withstanding test. The GPT/GPI-800 Series provides a reliable and accurate test
environment for the operator through a number of safety-oriented features, for instance zero turn-on
switch, remote control function, and PASS/FAIL signal output. In addition to the basic AC Withstanding
test, GPT- 815 features DC Withstanding and GPI-825/826 accommodate Insulation Resistance. 500VA
of AC capacity is secured for 805/815/825, giving ample headroom for testing a wide range of electrical
equipment and components. The simple and robust GPT-GPI-800 series can be used effortlessly in
almost any practical applications.
GPT-805/815 & GPI-825/826
Patent No: ZL 02 3 35181 . 0
FEATURES
SPECIFICATIONS
* 500VA AC Capacity (for GPT-805, GPT-815,
GPI-825)
* True RMS Current Readback
* Arc Detection
* Zero Turn-On Operating Switch (for GPT-805,
GPT-815, GPI-825)
* 3 Ranges of Adjustable Cut Off Current
* Voltage Output Adjustable During Test Period
* Digital Display for Voltage, Current and Timer
at Same Time
* 9 Pin Remote Control for START, RESET
* Automatic FAIL Indicator of Alarm Lamp and
Buzzer
* General Input Power Acceptable
* Easy Operation
AC Output Voltage
V Regulation
V Accuracy
Trip Current
Current Accuracy
ACW TEST
DCW TEST (GPT-815)
DC Output Voltage
V Regulation
V Accuracy
Trip Current
Current Accuracy
Output Voltage
Resistance
Resistance Accuracy
Digital Display
For: GPT/GPI-700A Series
GPT/GPI-800 Series
0.2kV ~ 5kV
20%
(3%rdg 3counts)
0.3 ~ 10mA
(3%of reading 2counts)
IR TEST (GPI-825/826)
FEATURES
Test Time
Arc Detection
GHT-105A
0.1kV ~ 5kV
15%
(3% rdg 3counts)
0.3 ~ 100mA ; 0.3 ~ 20mA (GPI-826)
(3% rdg 2counts)
DC 500V / 1000V
1~2000M�
1~500M� ��� (5% rdg 2counts)
501M� ~2000M� : (10% rdg 2counts)
1 ~ 180 secretary. or Continual
0.3 ~ 100mA
0.3 ~ 20mA (GPI-826)
V, A, Time, Remote Control
Voltage & Current : 3 1/2 digits, 0.39" LED
Timer : 3 digits 0.39" LED
POWER SOURCE
AC 115V 10%, AC 230V 10%, 50/60 Hz(factory setting)
ACCESSORIES
User manual x 1, Power cord x 1, GHT-105A x 1
DIMENSION & WEIGHT
330(W) x 149(H) x 446 (D) mm, Approx. 20kg ; Approx. 15kg (only GPI-826)
Note : All specifications are guaranteed under the distortion of the AC input power source is less than 3%.
E23
Rear Panel
GPI-825
GHT-113
HIGH VOLTAGE TEST PISTOL
ORDERING INFORMATION
GPT-805
GPT-815
GPI-825
GPI-826
AC 500VA Withstanding Voltage Tester
AC 500VA / DC 50VA Withstanding Voltage Tester
AC 500VA Withstanding Voltage / Insulation Tester
AC 100VA Withstanding Voltage / Insulation Tester
* Housing of unbreakable plastic
* Operation voltage 10kVDC/8kVAC max.
* Connecting via highly flexible safety cable
* Power supply line approx. 2m
* Wear-resistant tungsten test probe tip
* Teflon sleeve for resistance to burning
Optional Accessories
GHT-107A Clip High Voltage Probe
GHT-113
High Voltage Test Pistol
MODEL
FUNCTION
OUTPUT
GPT-805
500VA
GPT-815
500VA
GPI-825
500VA
GPI-826
100VA
AC
DC
IR
Made to Measure.
Good Will Instrument Co., Ltd.
E24
WITHSTANDING VOLTAGE/INSULATION TESTER
The GPI-625 is a simple 2-in-1 (AC Withstanding / Insulation Resistance) analog safety tester, which
is geared toward automatic testing to let the operators free from hazard and inaccuracy. Auto
test procedure runs withstanding and insulation resistance in preferred order. Testing with timer
operation is controllable from the optional GHT-106R remote control box, while the result can be sent
to external device from a dedicated terminal. Equipped with a large 500VA AC capacity, GPI-625 provides
an ideal test/analysis environment for various electronic equipments, components, and insulation
materials.
GPI-625 (AUTO TEST)
FEATURES
* Built-In Withstanding/Insulation Tester
* 500VA Test Capacity
* Zero Turn on Operating Switch
* Automatic NG Indicator of Alarm Lamp and
Buzzer
* Lower Set for NO-Contact Judge
* Digital Cut-Off Current Set
* Test on and Result Output Signal
* Auto W-I and I-W Test Procedure
* Remote Control Box GHT-106R (Option)
GHT-105
For: GPI-625
SPECIFICATIONS
AC HI-POT
Voltage
Voltage Regulation
Max. Current
REFERENCE VALUE
Setting
Low Reference
METER
JUDGEMENT
Description
Accuracy
TIMER
AC Outlet
Test Mode
POWER SOURCE
For: GPI-625
0.5, 1, 2, 4, 8, 10, 100mA 7 ranges , combination of from 0.5 ~ 25.5mA ranges
From 0 to one-half of reference value continuously variable
_ 3% of full scale
2.5kV, 5kV two ranges, +
Description
Window comparator system
_5% of high Reference value ; +
+
_ 20% of Low Reference value (only one-half Reference value)
Accuracy
CURRENT MONITOR METER
_ 5% of full scale
+
INSULATION RESISTANCE
500V/1000V
DC Voltage
1 ~ 2000M
Resistance Range
Resistance Accuracy 5% ~ 10% depends on range
JUDGEMENT
GENERAL
Type of Tests
Remote Control
Output Signal
GHT-106R Remote Controller
0 ~ 2.5kV, 0 ~ 5kV 2 ranges AC Line waveform
20%
100mA
Window comparator system
_10% ~ +
_ 20% depends on range
+
0.5S ~ 10MIN.
AUTO W- I, AUTO I -W, MANUAL-W, MANUAL-I
Test, Reset and Timer On-Off control
Test ON, GOOD, NG and Read signal
( The rating of the contact signal are 110VAC 1A or 30VDC 1A )
Use only Buzzer and warning light, the output voltage depend on the line voltage
and the current is 1A
Double action, good hold, momentary, NG alarm
_ 10% , 50/60Hz
AC 120V +
AC 220V/240V order made
ACCESSORIES
User manual x1 , Power cord x 1, GHT-105 x1
DIMENSIONS & WEIGHT
430(W) x 223(H) x 510(D)mm, Approx. 28kg
ORDERING INFORMATION
GPI-625
Option
AC 500VA AC Withstanding Voltage/Insulation Electrical Safety Tester
GHT-106R Remote Controller
E25
GROUND CONTINUITY TESTER
The GCT-630 is a special purpose safety tester focused on Ground Continuity testing only. Its internal
protection mechanism prevents the constant AC current, settable from 3A up to 32A, from overrun
when measuring the DUT's resistance. The dual meter updates both testing current and resistance in
real time. A special Go/NoGo function monitors the reading and automatically terminates the test
when the target is not met. If the measurement must go on, continue test mode keeps running the
test regardless of the resistance reading.
GCT-630
FEATURES
* AC 32 Amperes High Test Current
* Measuring Resistance From 0 ~ 0.6
* Continue & Normal Test Mode
* Four Wire Measurement
* Go/NoGo Function
* Test and Result Output Signal
GTL-115
For: GCT-630, GPI-745A
SPECIFICATIONS
TEST CURRENT
AC 3A ~ 32A
TEST VOLTAGE
MAX 8V AC Typically
MEASURING RESISTANCE RANGE
0 to 0.12 , 0 ~ 0.6 2 ranges
MEASURING ACCURACY
_10% of full scale
3A ~ 5A +
_ 5% of full scale
5A ~ 32A +
CURRENT METER
Indicate the testing Current and Setting value of Warning
RESISTANCE METER
Indicate the testing Resistance and Setting value of Fail and Subtraction
SWITCHING
Zero-start operating switch
TIMER
1S, 10S, 1MIN, 10MIN, 4 ranges
WARNING
_ 10%
Monitor the variation test current, When the test current is beyond +
of the setting value, the warning operation will proceed ; The setting value from 3A ~ 32A
SUBTRACTION
The resistance of testing line can be subtracted from the test value
The subtraction range from 0 ~ 0.1� ; Accuracy is +
_ 5%
Go/No-Go SET
If the test reading value is beyond the setting value, the FAIL(NoGo) will be acting, otherwise the PASS(GO) will
_ 15% of full scale (3A ~ 5A)
proceed the setting value from 5% ~ 100% of the test range Accuracy is +
+
_ 10% of full scale (5A ~ 32A)
REMOTE CONTROL
Input high voltage range from 11V ~ 15V, Low voltage range from 0 ~ 4V and input Low current range below 20mA
TEST MODE
Normal: if the warning activated then the test will stop
Continue: if the warning activated then the test will be continued
BUZZER
A Buzzer is sounded when the test fail activated
TEST FREQUENCY
50Hz or 60Hz independent by Line Voltage
OUTPUT SIGNAL
TEST, GO, NG, WARNING, READY, MONITOR
POWER SOURCE
_10% , 50/60Hz
AC 100V/120V/ 220V/ 240V +
ACCESSORIES
User manual x 1 , Power cord x 1 , Test Lead GTL-115 x 1
DIMENSIONS & WEIGHT
430(W) x 178(H) x 510(D) mm , Approx. 21 kg
ORDERING INFORMATION
GCT-630
AC 32A Ground Continuity Tester
Made to Measure.
Good Will Instrument Co., Ltd.
E26
SPECIFIC APPLICATION T & M INSTRUMENTS
Specific Application T&M Instrument Overview
GW Instek offers many other test and measurement instruments
for different applications. For power related measurement,
digital A.C. Power Meter, GPM-8212, Clamp Watt Meter,
GWM-039, as well as Mini Clamp Meter,GCM-302/303.
For Audio related measurement, GW Instek provides Automatic
Distortion Meter, GAD-201G, and AC Millivolt Meter,
GVT-417B/427B. Also, Frequency Counters in frequency ranges
of 2.7GHz/1.3GHz/120MHz , Hand Held LCR Meter, LCR-814,
and Logic Probe & Pulser, GLP-1A/2A are also available
in GW Instek product groups.
POWER RELATED INSTRUMENT
Description (Main Function)
MODEL
Reference Page
GPM-8212
Digital A.C. Power Meter
Simultaneous Display of W, A, V (PF or Hz)
True RMS V, A, W; Max./Min./Hold Function
Option : RS-232C or RS-485 Interface
E28
GWM-039
Clamp Watt Meter, VA Cos , VA Sin , VA , Cos
E29
GCM-302
Mini Clamp Meter ACA, ACV, DCV, Ohm, Diode, Buzzer
E30
GCM-303
Mini Clamp Meter ACA, ACV, DCV, Ohm, Diode, Buzzer and True RMS
E30
AUDIO RELATED INSTRUMENT
Description (Main Function)
MODEL
Reference Page
GAD-201G
Automatic Distortion Meter 20Hz ~ 20kHz
E31
GVT-427B/417B
AC Millivolt Meter (2CH/1CH)
E32
FREQUENCY COUNTER
Description (Main Function)
MODEL
Reference Page
GFC-8131H
Intelligent Counter 0.01Hz ~ 1.3GHz
E33
GFC-8270H
Intelligent Counter 0.01Hz ~ 2.7GHz
E33
GFC-8010H
Digital Frequency Counter 1Hz ~ 120MHz
E34
OTHER
Description (Main Function)
MODEL
E27
Reference Page
GLX-301
Lux Measurement and Data Hold Function
E35
LCR-814
Hand Held LCR Meter
E36
GLP-1A
Logic Probe & Pulser
E37
GPG-2A
Logic Pulser
E37
A.C. POWER METER
The GPM-8212 is a bench-top power meter suitable for middle- to high-end application. Performance
and functionality are maintained at the highest level as in maximum 9999 CT/PT ratio, high immunity
to external noise, and true RMS voltage/current/power. Extra attention is paid to simplify setup and
operation. The large 0.56" display shows all three units, Wattage/Voltage/Current, either in Pf or Hz,
simultaneously. PC connection through RS-232C or RS-485 interface adds automatic calibration feature
providing minimum error factor and data/control interface for automated test systems.
GPM-8212
RS-485
FEATURES
* Simultaneous Display of W, A, V (PF or Hz)
* True RMS V, A, W
* Auto Calibration Via Computer
* Max. / Min. / Hold Function
* High Immunity to External Noise
* CT Ratio (1 ~ 9999)
* PT Ratio (1 ~ 9999)
* Option : RS-232C or RS-485 Interface
SPECIFICATIONS
VOLTAGE
Range
Measurement Type
Input Resistance
Maximum Input Voltage
PT Ratio Setting
_5 C ) ( Sinewave)
Accuracy ( at 23 C +
CURRENT
Range
Measurement Type
Input Resistance
Maximum Input Current
CT Ratio Setting
_ 5 C ) ( Sinewave)
Accuracy ( at 23 C+
5V, 10V, 20V, 40V, 80V, 160V, 320V, 640V total 8 ranges by auto-range
or manual.
True RMS
>
_ 1M�
1000V(peak), 700V(rms)
1 ~ 9999
_0.1% of reading +
+
_0.1% of range
160mA, 320mA, 640mA, 1.280A, 2.560A, 5.120A,10.24A, 20.48A total
8 ranges by auto-range or manual
True RMS
0.01�
30A(peak), 20A(rms)
1 ~ 9999
_ 0.1% of reading +
+
_0.1% of range
WATT
Measurement Range
Measurement Type
_ 5 C ) ( Sinewave)
Accuracy ( at 23 C +
0.32mW ~ 13.10kW
True rms
_ 0.2% of reading +
+
_ 0.2% of range
POWER FACTOR
Range
Computation
FREQUENCY
0.001 ~ 1.000
W/(V x A) = Power factor (PF)
Measurement Range
_5 C )
Accuracy( 23 C +
40Hz ~ 400Hz
_0.2% of reading +
+
_ 2 digits
GENERAL
Display
Minimum Input
Response Time
Overload Indicating
Rear Panel
4 digits 0.56" LED and 2 sets of 4 digits 0.4" LED
2% of range
2 cycles/sec
" O.L"
INTERFACE
Optional : RS-232C or RS-485 Interface
POWER SOURCE
AC 100 ~ 230V, 50/60Hz
ACCESSORIES
User manual x 1 , Power cord x 1
DIMENSIONS & WEIGHT
251(W) x 91(H) x 291(D) mm, Approx. 1.6kg
ORDERING INFORMATION
GPM-8212 A.C. Power Meter
Option
Opt.01 RS-232C Interface ( Factory Installed )
Opt.02 RS-485 Interface ( Factory Installed )
Made to Measure.
Good Will Instrument Co., Ltd.
E28
CLAMP WATT METER
The GWM-039 combines the features of current clamp and power meter into a rugged, self-contained
handset. Measurement coverage goes beyond the basic current/power, including various power
attributes, inrush current, true RMS AC voltage, frequency, and peak detect. Robust enclosure, 1000A
current capacity, big 50mm clamp size, and standard AAA battery operation give secure measurement
for electricians in the toughest troubleshooting conditions, such as industrial, commercial, hospital,
residential, and power line electrical systems. Designed for durability, the GWM-039 can stand up to
any rough treatment and measurement requirement on-site.
GWM-039 (Watt Meter)
FEATURES
* AC/DC Current up to 1000 Amp
* Active Power(VAcos ), Apparent Power
(VA), Reactive Power(VA sin ) and Power
factor(cos )
* Surge Mode for Inrush Current Measurement
* Power, Current, Voltage, Frequency, and
Resistance Measurement
* Data Hold, Max/Min, and Crest Factor Reading
* MAX Clamp Size : 50mm
SPECIFICATIONS
DC VOLTAGE
Range
350V, 600V 2ranges
Accuracy
+
_ (1% rdg+5 digit)
Impedance
5M �
AC VOLTAGE (45Hz~400Hz) TRUE RMS
Range
Accuracy
350V, 600V 2ranges
+
_ (1% rdg+5digits)
5M �
Impedance
DC CURRENT
Range
Accuracy
AC CURRENT
35A, 350A, 1000A 3ranges
+
_ (1% rdg+5 digits)
Range
Accuracy
True R.M.S.
35A, 350A, 1000A 3ranges
_(1% rdg+5digits)
47Hz~63Hz +
_ (2% rdg + 10digits)
Up ~ 400Hz +
RESISTANCE
Range
Accuracy
+
_1%
3500 �
CONTINUITY BEEPER
FREQUENCY
Buzzer sounds if conductance is less than 30 �
Range
Accuracy
10Hz ~ 1kHz
+
_ 0.5%
PEAK DETECT
Range
Accuracy
All ranges except resistance, audible and frequency test.
_ (3% rdg+5 digits) Acquisition time 150mS for AC , 10mS for DC
ACTIVE POWER (VxAx cos )
Range
Accuracy
APPARENT POWER (VxA)
REACTIVE POWER (VxAxSIN )
POWER FACTOR (COS )
CREST FACTOR
SURGE MODE
3.5kW,35kW,350kW 3ranges
_ (2%rdg + 2digits)
_ (2%+5digits)
3.5 kVA,35kVA, 350kVA +
_ (2%+5digits)
3.5 kVar,35kVar, 350kVar +
_ (3%+2 digits)
3.5kW, 35kW, 350kW 3ranges +
_ (3%+2digits)
1~6 range +
ACA ranges to capture and retain current surge long enough for reading
DISPLAY
3 1/2 digits LCD display
POWER SOURCE
AAA x 4pcs
ACCESSORIES
User manual x 1 , Test lead x 1 , Alligator x 1, Carrying case x 1
DIMENSIONS & WEIGHT
85(W) x 43(H) x 270(D) mm , Approx. 700g
ORDERING INFORMATION
GWM-039
E29
Clamp Watt Meter
MINI CLAMP METER
The GCM-302/303 series lightweight clamp meter aims at small- to middle-size cable measurement
area. Tapered jaws, slim profile, and 200g lightweight allow reaching cables in tight places.
Measurement items cover all the fundamental requirements as Voltage, Current, Resistance, Diode,
while advanced true RMS measurement is available in GCM-303. Additional features, such as auto
ranging, auto power off, Max hold and maximum load, let professionals focus on the target
application while GCM-302/303 themselves taking care of the background tasks.
GCM-302/303
FEATURES
* Auto Range
* Auto Power Off
* Max Hold
* True RMS Measurement (GCM-303)
* 600A/600V Max Input
* Mini Size
* High Accuracy
* MAX Clamp Size : 30mm
SPECIFICATIONS
ACA
Range
Resolution
Accuracy
Frequency
200A, 600A
0.1A, 1A
(1.9 rdg+5dgts)~ (1.9 rdg+10dgts)
40Hz~500Hz
ACV
Range
Resolution
Accuracy
Input Impedance
Frequency
DCV
Range
Resolution
Accuracy
Impedance
2V, 20V, 200V, 600V
0.001V, 0.01V, 0.1V, 1V
(1.5 rdg+5dgts)~ (1.5 rdg+10dgts)
Approx.11M ~Approx.10M
40Hz~500Hz
200mV, 2V, 20V, 200V, 600V
0.1mV, 0.001V, 0.01V, 0.1V, 1V
(0.7 rdg+3dgts)~ (1.3 rdg+3dgts)
Approx.11M ~Approx.10M
Ohm
Range
Resolution
Accuracy
Open-Loop Voltage
200 ,2k ,20k ,200k ,2M ,20M
0.1 , 0.001k , 0.01k , 0.1k , 0.001M , 0.01M
(1.5 rdg+5dgts)~ (10 rdg+5dgts)
Approx.0.4V
DIODE
Range
Resolution
Accuracy
Open-Loop Voltage
2V
0.001V
(10 rdg+5dgts)
Approx.1.5V
BUZZER
Range
Resolution
Accuracy
Open-Loop Voltage
200
0.1
The buzzer turns on for resistances lower than 60
0.4V
20
OPERATION TEMPERATURE / HUMIDITY
0 ~50 (32 ~122 )/Below 80 R.H. (No Condensation)
STORAGE TEMPERATURE / HUMIDITY
-10 ~60 (14 ~140 )/Below 70 R.H. (No Condensation)
ACCESSORIES
User manual, Test leads, Carrying case
DIMENSIONS & WEIGHT
189(L) x 71(W) x 37(H) mm ; Approx. 200g(Including Batteries)
ORDERING INFORMATION
GCM-302
GCM-303
Mini Clamp Meter
Mini Clamp Meter with True RMS Measurement
Made to Measure.
Good Will Instrument Co., Ltd.
E30
AUTOMATIC DISTORTION METER
The GAD-201G distortion meter is aimed at total harmonic distortion (THD) and AC voltage
measurement at audio frequency range, from 20 ~ 20kHz. Frequency and voltage value are displayed
simultaneously on dual meters, with measurement range automatically switching over full scale.
Shortcut keys are provided for commonly used 400Hz, 1kHz, and 10kHz measurement. Output
terminal feeds basic waveform (X) and harmonic distortion (Y) to external monitoring device. Residual
distortion, including hum and noise, is kept at a minimum level of 0.03% making GAD-201G ideal for
high-class audio application.
GAD-201G
FEATURES
* Automatic level & distortion measurements
* Auto or hold function can be selectable
* 0.1% ~ 100% in 7 distortion measuring ranges
* 20Hz ~ 20kHz in 3 continuous ranges
* 400Hz, 1kHz, 10kHz 3 spot Frequency
* 1mVrms ~ 300Vrms in 12 ACV Measuring
ranges
SPECIFICATIONS
DISTORTION MEASUREMENT
Range
0.1% ~ 100% full scale in 7 ranges by
auto ranging
Fundamental Frequency Range
Input Level
Automatic Level Control Range
Fundamental Rejection
Second Harmonic Accuracy
20Hz ~ 20kHz in 3 continuous ranges with fine adjustment
tuning and 3 spots for 400Hz, 1kHz and 10kHz only
100mVrms ~ 300Vrms
_10dB
+
80dB or above
_ 1dB at a basic frequency of 20Hz ~ 20kHz
Within+
Residual Distortion
(Including hum and noise)Less than0.03%
AC VOLTAGE MEASUREMENT
GTL-103
Range
Frequency Response
Input Impedance
Accuracy
Residual Noise
Output Level
Output Impedance
1mVrms to 300Vrms full scale in 12 ranges by auto ranging
_1dB
20Hz ~ 200kHz +
_ 10%, 70pF or less(Unbalanced)
100k� +
_ 3% of full scale (at 1kHz)
Within +
Less than 10 V (input short circuited)
X : 1Vrms, Y : 500mVrms at meter full scale
Approx. 600 �
POWER SOURCE
_ 10%, 50/60Hz
AC 100V/120V/220V/240V +
ACCESSORIES
User manual x 1
Power cord x 1
Test lead GTL-103 x 1
DIMENSIONS & WEIGHT
310(W) x 165(H) x 300(D)mm, Approx. 3.8 kg
ORDERING INFORMATION
GAD-201G
E31
Automatic Distortion Meter
AC MILLIVOLT METER
The GVT-427B/417B series is a compact analog AC millivoltmeter ideal for low level voltage
measurement beyond ordinary multimeter capability; 300 V sensitivity is maintained over full 100V
scale. Model GVT-427 provides dual channel measurement, simultaneously or in separate mode.
Voltage scale is separated into 12 ranges, instantly accessible by the large rotary selector. Wide
measurement range, frequency (10Hz~1MHz) and voltage (-70dB~+40dB), provides ample headroom
for most applications.
GVT-427B (2CH)
SPECIFICATIONS
INPUT
Voltage Range
Decibel Range
Accuracy
Operating Mode
GVT-417B (1CH)
FEATURES
* 300 V Full scale sensitivity
* Measures frequency from 10Hz ~ 1MHz
* Measures from -70dB ~ +40dB in 12 ranges
* Dual Channel ( GVT-427B )
Impedance
300 V~100V of Full Scale in 12 ranges
-70dB ~ +40dB in 12 ranges
_3% of full scale
+
Channel 1 and 2 separately
or simultaneously at channel 1
one channel only (GVT - 417B)
_ 10%
_3%,10Hz~1MHz+
20Hz~200kHz +
(reference 1 kHz)
1M� , approx, 40pF
OUTPUT
Level
Distortion
Approx. 0.1Vrms at full scale
Less than 2%
Frequency Response
POWER SOURCE
_10% , 50/60Hz
AC 115V/230V +
ACCESSORIES
User manual x 1
Power cord x 1
Test Lead GTL-101 x 2 for GVT-427B
Test Lead GTL-101 x 1 for GVT-417B
DIMENSIONS & WEIGHT
130(W) x 210(H) x 295(D)mm; Approx. 2.7 kg
ORDERING INFORMATION
GVT-427B
GVT-417B
2 Channels AC Millivolt Meter
1 Channel AC Millivolt Meter
* GVT-427B Without
Approved
Made to Measure.
Good Will Instrument Co., Ltd.
E32
INTELLIGENT COUNTER
The GFC-8000 Series performs virtually all of the counting measurements required in laboratories or
ATE environment, in terms of both period and frequency. 8 digits LED display with distinctive red color
and overflow indicator provides fast and clear view. Model 8270H/8131H add extra sensitivity into the
GHz range: ultra-stable timebase with 100nS for 1Hz resolution, 7 digits/sec of responding time for
instant update, and variable trigger level control. Easy operation with all functions neatly organized on
the front panel, compact size suitable for both portable and bench-top usage, GFC-8000 Series serves
users as a handy reference.
GFC-8270H (2.7GHz)
GFC-8131H (1.3GHz)
FEATURES
* Frequency and Period Measurement
* High Resolution at Both High and Low
Frequency
* 0.01Hz~2.7GHz Frequency Range(GFC-8270H)
* 0.01Hz~1.3GHz Frequency Range(GFC-8131H)
* 10mV rms High Sensitivity
* 100nHz Resolution for 1Hz
* Variable Trigger Level Control
* Microprocessor Controlled Intelligent
Counter(only GFC-8270H)
GTL-101 Test Lead
SPECIFICATIONS
DISPLAY
GATE TIME
ACCURACY
CHANNEL A
Range
Sensitivity
Coupling
Filter
Impedance
Attenuator
Trigger Level
Adjustment
Resolution
BNC-Alligator Heads
Period Range
CHANNEL B
Range
BNC-BNC Heads
Variable from 10ms to 10s, or 1 period of input depending on whichever is greater
+
_ (Resolution +
_ timebase error)
DC coupled 0.01Hz ~ 120MHz
AC coupled 30Hz ~ 120MHz
10mV rms typical, 50mV rms max
AC or DC, switchable
Low pass, switchable in or out for channel A
-3dB point of nominally 100kHz
1M� //40pF
20dB
-2.5 VDC ~ + 2.5 VDC
For frequency measurement, the maximum resolution is 100nHz for 1Hz
and 0.1Hz for 100MHz inputs respectively.
For period measurement, the maximum resolution is 10nS for 1Hz and 0.1x10 S
for 100MHz inputs respectively.
At least, the display is 7 digits for 1sec, 6 digits for 100ms, 5 digits for 10ms
gate time respectively.
8nS to 100S at least 7 digits displayed for per second of gate time
Coupling
50MHz ~ 2.7GHz for GFC-8270H
50MHz ~ 1.3GHz for GFC-8131H
_ 50mVrms (10mVrms typical) for GFC-8270H
<
_ 40mVrms (10mVrms typical) for GFC-8131H
<
AC only
TIME BASE
Aging rate
Temperature
Line variation
1PPM, per Month
5PPM 23 C 5 C
_ 10% variation
0.005ppm for +
Sensitivity
GTL-110 Test Lead
8 digits with Hz, kHz, MHz, GHz, S, mS, S, nS and overflow
POWER SOURCE
AC 100V/120V/220V/230V 10%, 50/60Hz
ACCESSORIES
User manual x 1 , Power cord x 1 , GTL-110 x 1 , GTL-101 x 1
DIMENSIONS & WEIGHT
230(W) x 95(H) x 280(D)mm, Approx. 2.2kg
ORDERING INFORMATION
GFC-8131H
GFC-8270H
E33
1.3GHz Intelligent Counter
2.7GHz Intelligent Counter
DIGITAL FREQUENCY COUNTER
The GFC-8010H performs virtually most of the counting measurements required in laboratories or
ATE environment, in terms of both period and frequency. 8 digits LED display with distinctive red color
and overflow indicator provides fast and clear view. Easy operation with all functions neatly organized on
the front panel, compact size suitable for both portable and bench-top usage, GFC-8010H serves
users as a handy reference.
GFC-8010H (120MHz)
FEATURES
* 1Hz ~ 120MHz Range
* 8 Digit Display (0.3" LED)
* 15mVrms High Sensitivity
* 5ppm High Stability Time Base
* Frequency and Period Measurement
SPECIFICATIONS
DISPLAY GATE TIME ACCURACY
8 Digit with Hz, kHz, MHz, S, mS,
0.1S , 1S , 10 S switch selectable
_( 1 Digit + Time base accuracy )
+
INPUT
Sensitivity
Impedance
Coupling System
Max Input Voltage
10Hz ~ 10MHz < 15mVrms
10MHz ~ 40MHz < 20mVrms
40MHz ~ 80MHz < 35mVrms
80MHz ~ 120MHz < 50mVrms
1M //35pF
AC Coupling
150Vrms
TIME BASE
Oscillation Frequency
Aging Rate
Temp. Stability
10MHz
_ 1 ppm per month
+
_ 5ppm
_5 C : +
25 C +
* Low Pass Filter Function
* Over-Flow Indicator
GTL-101 Test Lead
BNC-Alligator Heads
S, nS and overflow
RESOLUTION
The maximum resolution is 1 Hz for 10Hz and 0.1Hz for 100MHz
Input respectively for frequency measurement and 1nS for 10Hz and 0.1 x 10
for 100MHz
POWER SOURCE
_ 10% , 50/60Hz
AC 100V/120V/220V/230V +
ACCESSORIES
User Manual x 1
Power cord x 1
Test Lead GTL-101 x 1
DIMENSIONS & WEIGHT
230(W) x 95(H) x 280(D) mm, Approx. 1.7kg
ORDERING INFORMATION
GFC-8010
120MHz Digital Frequency Counter
Made to Measure.
Good Will Instrument Co., Ltd.
E34
DIGITAL LIGHT METER
The GLX-301 digital light meter is a hand-held device ideal for on-site measurement of light quality.
In addition to the 270g lightweight , two measurement units, Foot-Candle (fc) for Imperial system,
and lux for metric system, ensure operation is available anywhere.
A separate light sensor for optimum position measurement enhances measurement sensitivity.
Background task support as in data hold function, low battery indicator, and offset adjustment,
lets users focus on the applications rather than device configuration.
GLX-301
FEATURES
* Sensor Used The Exclusive Photo Diode & Color
Correction Filter
* Data Hold Function
* Light Sensor Separate Design For Optimum
Position Measure
* Current Measurement Range Scale &
Illuminated Units Are Displayed On LCD
* Low Battery Indication
* Offset Adjustment
* High Accuracy Measurement
* Large LCD Display And Distinct Digital Data
Reading
* Power Consumption: Approx. 2.5mA
* Response Speed: 2.5 Times/Sec
SPECIFICATIONS
INDICATION
3 1/2 digits LCD readings with maximum value 1999
PHOTOMETER
Rage(nm)
SENSITIVITY
Peak Wavelength
PHOTOMETER UNITS
400~700
550
LUX or FC ( Foot-Candle ; 1FC = 10.76 LUX )
MEASURING RANGE
200/2000/20000 LUX ; 20/200/2000 FC
MEASURING RANGE SCALE
READING DATA ACCURACY (23 C
OPERATION TEMP./ HUMIDITY
STORAGE TEMP./ HUMIDITY
POWER SUPPLY
ACCESSORIES
5 C)
0.1~19990 LUX ; 0.01~1999 FC
LUX: 200 , 2000 , 20000
FC: 20 , 200 , 2000 , 20000
Accuracy: ( 4 rdg + 5dgts ) ~
0 ~50 /Below 80
-10 ~60 /Below 70
(5
rdg+4dgts )
R.H. (No Condensation)
R.H. (No Condensation)
Battery 9V NEDA 1604, IEC 6F22, JIS 006P.
User manual x 1, 9V Battery
DIMENSION WEIGHT
Meter
Light Receiver
ORDERING INFORMATION
GLX-301
E35
Digital Light Meter
148(L) x 71(W) x 36(H) mm
85(L) x 67(W) x 32(H) mm
Approx.270g (Including Meter,Light receiver and battery)
HAND HELD LCR METER
Enclosed within a sturdy shell, LCR-814 Hand Held LCR meter is a reliable and easy-to-use workhorse
for quick capacitance, inductance, and resistance measurement. Large 0.5", 3 1/2 digits display
guarantees clear view in typical yet less than perfect conditions, such as field services. But convenience
is not the only virtue with 0.1 H/0.1pF/1m high resolution, dissipation factor measurement, and
zero adjustment for removing lead impedance, the precision of LCR-814 almost replicates that in true
in-circuit measurements.
LCR-814
LCR-814
* 3 LCR Measurement Functions
* 1% Basic Accuracy
* High Resolution 0.1 H, 0.1pF and 1m
* Dissipation Factor Measurement
* Zero Adjustment
* Optional Accessory : TL-06 for SMD Type
Component
SPECIFICATIONS
CAPACITANCE
Range
Accuracy
Dissipation Factor
Accuracy
200pF, 2nF, 20nF, 200nF, 2 F, 20 F, 200 F, 2mF, 20mFin 9 ranges
_(1% rdg + 2 digits); 2mF ~ 20mF+
_ (2% rdg + 10 digits)
200pF ~ 200 F +
Range 0 ~ 1.999
_ (1%+20+2000/Cx)
_ (1%+10+2000/Cx), 2 F Cx 2mF +
2nF Cx 2 F +
200pF, 20mF no specified
INDUCTANCE
Range
Accuracy
200 H,2mH,20mH,200mH,2H,20H,200H in 7ranges
_ (2%rdg + 2 digits); 2mH ~ 200mH +
_ (1%rdg + 2 digits)
200 H, 2H ~ 20H +
Dissipation Factor
Accuracy
_ (3%rdg + 2 digits)
200H +
Range 0 ~ 1.999
_ 200mH +
_(1% + 10 + 2000/Lx); 200mH~200H +
_ (2% + 20 + 2000/Lx)
Lx +
RESISTANCE
TL-06 SMD Type Measuring Clip
2� , 20� , 200� , 2k� , 20k� , 200k� , 2M� , 20M� in 8 ranges
_(1% rdg+5 digits) ; 20 � ~200k � +
_ (1%rdg+2 digits);
2� +
_ (2% rdg + 2 digits)
2M� ~ 20M� +
Range
Accuracy
OTHERS
Low Battery Warning
Current Consumption
Temperature
Show " LO BAT" when the 5% of battery life remained
10mA
Operation 0 C ~ 40 C, Storage -20 C ~ 70 C
DISPLAY
0.5" , 3 1/2 digits LCD
POWER SOURCE
Single 9V 006P battery
ACCESSORIES
User manual x 1, Test lead
DIMENSIONS & WEIGHT
88(W) x 40(H) x 177(D) mm; Approx. 400g
ORDERING INFORMATION
LCR-814
Hand Held LCR Meter
TL-06
SMD Type Measuring Clip
Optional Accessories
Made to Measure.
Good Will Instrument Co., Ltd.
E36
LOGIC PROBE & PULSER
The GLP-1A/GPG-2A Series is a pen-type logic pulser that can be used to perform in-circuit testing of TTL, CMOS, and many
other logic devices at speed up to 50MHz. GLP-1A is enhanced with logic probe function with 10ns detectable pulse width,
providing enough sensitivity for most applications. Short 10 sec pulse width assures that no damage will occur to the circuit
under test. Less than 50g ultra lightweight, holding grip and sync input accepting external synchronized signal all give users
comfort and reliability in various troubleshooting tasks.
GLP-1A
GLP-1A (Logic Probe
Pulser)
* Combining a Logic Probe and Pulser in One Probe for Troubleshooting Digital
Circuits
* Operating Voltage : 4VDC~18VDC
* Maximum Input Signal Frequency 50MHz
_ 0.25V
_ 0.25VLogic"0"<0.75V +
* TTL : Logic "1">3.0V +
+5%, Logic"0" <15% VCC+
_ 5%
* CMOS : Logic "1">60%VCC _
* Minimum Detectable Pulse Width 10nsec
* Pulser : Sync input impedance 120k
* Pulse Repetition rate : Switchable 0.5/400Hz
* Pulse width : 10 sec
* Dimensions & Weight : 18(W)x210(H)x18(D)mm, Approx. 50g
ORDERING INFORMATION
GLP-1A
Logic Probe & Pulser
GPG-2A
GPG-2A (Logic Pulser)
* A very Effective Tool for Troubleshooting or Testing Logic Circuits
* Directly Inject a Signal into Logic Circuits Without Removing Components
* Has a Sync Input for Producing Externally Synced Signals
* Operating Voltage Range : 5 ~ 15VDC
_ 35VDC
* Maximum input Probe Voltage : +
_ 120V/30sec
* Maximum sync input Voltage : +
* Sync Input Impedance : 1M
* Pulse Repetition rate : 0.5/400Hz
* Output Current : Pulser Mode,100mA Sink/Source
* Square Wave, 5mA Sink/Source
* Dimensions & Weight : 18(W) x 210(H) x 18(D)mm , Approx. 40g
ORDERING INFORMATION
GPG-2A
E37
Logic Pulser
NOTE
Made to Measure.
Good Will Instrument Co., Ltd.
E38
FAQ for BASIC T & M INSTRUMENTS
Q1
How do I chose the right LCR meter?
A1
Before choosing your own LCR meter, some of the key specification you will need to know:
* Test Frequency
Electrical components need to be tested at the frequency in which the final product/application will be utilized.
The test frequency should be set the same as the working frequency of DUT.
* Test Voltage
Most LCR meters can be programmed to select the signal level applied to the DUT.
Generally, the signal level is measured under an open circuit condition.
* Accuracy/Speed
The testing speed of LCR meter is actually a trade-off of testing accuracy.
The more time it takes and the more accurate measurement you get. Conversely, the faster your measurement speed the
less accurate your measurement.
* Measurement Parameters
Primary parameters like L, C and R.
Secondary parameters like D, Q, and
* Ranging
In order to measure wide range of the impedance values, measuring instrument must have several measurement
ranges. Ranging is usually done automatically and selected by the impedance of the test device.
* Averaging
Averaging is related with LCR meter integrating time. If integration time is longer than cycles of the test signal, the
measurement time will be longer, but the accuracy will be enhanced.
* Bias Voltage and Bias Current
A bias voltage or bias current function enables to be applied to the device under test.
Q2
What is the best test condition when using a LCR meter?
A2
Our suggested test conditions is specified below:
Component
Inductor
Capacitor
Resistor
E39
Value of Compnent
< 10� H
10� H ~ 1mH
1mH ~ 1H
>1H
<10pF
10pF ~ 400pF
400pH ~ 1� F
>1� F
<1k�
1k� ~ 10M�
>10M�
Test Circuit
Series
Series
Series
Series
Series
Series or Parallel
Series
Series
Series
Parallel
Parallel
Frequency
100kHz
10kHz
1kHz
0.1kHz
100kHz
10kHz
1kHz
0.1 or 0.12kHz
1kHz
0.25kHz
0.03kHz
Q3
What is the difference between basic accuracy and actual accuracy of LCR meters?
A3
The Basic accuracy of LCR meters is the best accuracy you can get when testing in best condition. Basic accuracy does not
add the error from extra factors like fixturing or cables and under the optimum test signal, frequencies, highest accuracy
setting or slowest measurement speed and impedance of the DUT. Therefore, it is really important to know the actual
accuracy of the measurement you want to perform in real world. Measurement range, speed, test frequency and
voltage level are the factors we need to consider. Moreover, there are additional errors including dissipation factor Df
of the DUT, internal source impedance and ranges of the instrument, which all affect accuracy. The accuracy formulas
will take into account each of the factors affecting accuracy.
Q4
How should I choose the right Test Fixture for my LCR meters?
A4
Test Fixture Selection Guide
Fixture Model
Connection
DUT package
Application
LCR-05
4 Wire
Axial & Radial lead
components
Suitable for low
R or high
4 Wire
Kelvin clip test leads
odd-shaped components
Suitable for low
R or high C
2 Wire
Alligator Clip
Conventional component
for in-circuit,
board-mounted
components.
High impedance
measurement.
Suitable for low
C or high R
measurement
4 Wire
SMD/clip tweezers
Suitable for high
C measurement
4 Wire
SMD/chip test fixture
Suitable for low
C measurement
LCR-06 A
LCR-07
LCR-08
LCR-09
Q5
How do I choose the right safety tester?
A5
When choosing a safety tester, couple of important elements you will need to consider. First of all, you will need to
consider the safety test items required, such as AC Withstanding, DC Withstanding, IR, Ground Continuity, Ground Bond,
or ARC detection. Secondly, the test condition, such as the test voltage, leakage current limits, test time, is require to
attain as well. Thirdly, you will have to find out the test wiring between tester and DUT. Also, the capability of connection
between any external device with safety tester should be considered. Finally, additional features of programmable test
setup, maximum current detection, operator convenience, arc detection, sequence testing, and voltage Ramp up need to
be reviewed as well.
Made to Measure.
Good Will Instrument Co., Ltd.
E40
ACCESSORIES INDEX
MODEL
ADP-001
ADP-002
ADP-101
ATA-001
ATA-002
ATN-100
GAK-001
GAK-002
GAP-801
GCP-201
GCP-210LC
GDM-01
GHT-105
GHT-105A
GHT-106R
GHT-107A
GHT-108
GHT-109
GHT-110
GHT-113
GKT-001
GKT-002
GKT-003
GKT-006
GLF-190C
GLF-250
GRA-401
GRA-402
GRA-403
GRA-404
GRA-405
GRA-406
GRA-407
GSC-001
GSC-005
GTC-001
GTC-002
GTL-101
DESCRIPTION
Adaptor BNC (J/F) ~ N (P/M)
Adaptor SMA (J/F) ~ N (P/M)
Adaptor BNC (J/F) 75 ~ BNC (P/M) 50
BNC Antenna
BNC Antenna
10dB Attenuaror N (J) ~ N (P)
Termination 50 N (P)
Cap with Chain N (P)
Pre-Amplifer
Testing Gripper, 20 purchase.
Probe - 10:1 DC ~ 60MHz, 1:1 DC ~ 6MHz
Calibration Key
HV Test Lead - AC 500VA AC Withstanding Voltage/Insulation Electrical Safety Tester
HV Test Lead
Remote Control Box
HV Test Lead Clip
High Voltage Wiring Cable
Ground Bond Wiring Cable
Communication Cable
High Voltage Test Pistol
General Kit Set - Include ADP-002, ATN-100, GTL-303, GSC-002
CATV Kit Set - Include ADP-001, ADP-101, GTL-304, GSC-003
RLB Kit Set - Include GAK-001, GAK-002, GTL-302, GSC-004
EMI Probe Kits Set - Include ADP-01, ADP-02, ANT-01, ANT-02, ANT-03, PR-03,
Test Lead : BNC(P/M)~BNC(P/M) RF Cable x1,Test Lead:SMA(P/M)~SMA(P/M) RF Cablex1
Probe - 10:1 DC ~ 60MHz, 1:1 DC ~ 6MHz
Probe - 10:1 DC ~ 250MHz, 1:1 DC ~ 6MHz
Rack Adaptor Panel - 19" 4U
Rack Adaptor Panel - 19" 4U
Rack Adaptor Panel - 19" 4U
Rack Adaptor Panel - 19" 4U
Rack Adaptor Panel - 19" 4U
Rack Adaptor Panel - 19" 3U
Rack Adaptor Panel - 19" 4U
Soft Carrying Case
Soft Carrying Case
Instrument Cart (Shelf Loading 30kg) 120V Input Socket 450(W) x 430(D)mm
Instrument Cart (Shelf Loading 30kg) 120V Input Socket 3300(W) x 430(D)mm
Test Lead - BNC-Alligator Heads
GTL-103
GTL-104
GTL-105
GTL-107A
GTL-108A
GTL-110
Test Lead - Banana-Alligator Heads
Test Lead - Current 4A ~ 10A
Test Lead - MAX Current 3A
Test Lead
Test Lead
Test Lead - BNC-BNC Heads
GTL-115
GTL-117
GTL-118
GTL-161
GTL-201A
GTL-202
GTL-203
GTL-204
GTL-232
Test Lead
Test Lead
High Voltage Wiring Cable
Testing Probes, 16 channel, 25cm (8pin x 2, 2pin x 1, 1pin x 1)
GTL-242
GTL-243
GTL-245
GTL-301
GTL-302
GTL-303
GTL-304
GTL-401
GTP-060A
GTP-100A
GTP-150A
GTP-250A
LCR-05
LCR-06A
LCR-07
LCR-08
LCR-09
LCR-12
LF-210E
PT-100
TL-06
0-1
Ground Lead
Sense Lead
Test Lead - MAX Current 3A (for Europe Only)
Test Lead - MAX Current 4A ~ 10A (for Europe Only)
RS-232C Cable - 9-pin Female to 9-Pin Male, Null Modem for Computer
USB Cable - USB 1.1, A-B type Cable
USB Cable - A-B type cable, 1.5M
USB Cable - A-A type cable, Approx. 3M
RF Cable {RG223 N (P), 1000mm}
RF Cable Assembly {RG223, N (P), 300mm}
RF Cable Assembly {SMA (P), RD316, 600mm}
RF Cable Assembly {RG223, N (P) ~ N (J), 300mm}
D.C. Power Cord with DC Jack and lighter plug, Current 5A
Probe - 10:1 DC ~ 60MHz, 1:1 DC ~ 6MHz
Probe - 10:1 DC ~ 100MHz, 1:1 DC ~ 6MHz
Probe - 10:1 DC ~ 150MHz, 1:1 DC ~ 6MHz
Probe - 10:1 DC ~ 250MHz, 1:1 DC ~ 6MHz
Axial & Radial Test Lead - Test fixture for measurement of both axial
and vertical lead components, DC to 200KHz, +/- 35V
Four-Wire Measuring Clip - Kelvin clip test leads, DC to 200KHz, +/- 35V
Two-Wire with Alligator Clips - Test leads for conventional component
measurement. It is especially useful for high impedance measurement.
(With alligator clips) Two-wire measurement; apply to low C or high R, DC to
200KHz, +/- 35V
SMD / Clip Tweezers, DC to 200KHz, +/- 35V
SMD / Chip Test Fixture, DC to 200KHz, +/- 35V
Measurement Connections, 4 front panel BNC sockets with screens at ground potential
Probe - 10:1 DC ~ 100MHz, 1:1 DC ~ 6MHz
Temperature Probe
SMD Type Measuring Clip, USB Cable - USB1.1 A-B Type Cable, 1800mm
GSP-810/827/830
APPLICABLE DEVICE
PAGE
0-3
GLA-1016/1032/1132
GOS-620/620FG/622G/635G
GDM-8255/8251
GPI-625
GPI/GPT-700A Series, GPI/GPT-800 Series
GPI-625
GPI/GPT-700A Series, GPI/GPT-800 Series
HSB-001-1
HSB-001-1
HSB-001-1, HSB-001-2
GPI/GPT-700A Series, GPI/GPT-800 Series
GSP-810/827/830
A30
0-2
E3
E25
0-5
E25
0-5
E22
E22
0-5
0-5
0-3
GOS-652G/653G/658G,GOS-6000 Series, GRS-6000A Series
GOS-6200
PPE/PPS/PPT/PEL/GPC, GPR-M/GPR-H Series
LCR-800 Series, GPT/GPI-700A/800 Series
PSH/PSS-Series
GSP-827/830
GDS-800/2000 Series
HSB-Series
PSM/PST-Series
GSP-827/830
GDS-800/2000 Series
GDS/GOS/GRS-Series
0-2
A20
0-6
0-6
0-6
B6
A6
E22
0-6
B6
A6
0-6
GOS-310, GOS-620FG, GFC-8000 Series, GFG-8000 Series,
GVT-427B/417B, SFG-2000/1000 Series
GAG-809/810, GAD-201G
GPC, GPR, GPS, PSM, PSP, PSS, PST,
GPR, GPS, PPE, PPS, PPT, PSS, PST
GDM-8034, GDM-8135, GDM-8145
GOM-801H/802, GDM-8255/8251
GDS-800 Series, GDS-2000 Series, SFG-830,
GFC-8131H, GFC-8270H, GRG-450B, GSG-120/122
GCT-630, GPI-745A
GDM-8245/ 8246
GDM-8255/ 8251
GLA-1016/1032/1132
GPS-2303/3303/4303, PSM Series, GPS Series
PSM Series
PSS, PST, SPS, GPC, GPS
GPC, GPS, PPE, PPS, PPT, PSM, PSP, PST
GDS-800 Series, GDS-2000 Series, GRS-6032A/6052A,
SFG-830, LCR-816/817/819/821, PSM-2010/3004/6003
GDS-800 Series, GDS-2000 Series, GSP-830
GLA-1000 Series
GDM-8255/8251
0-4
0-4
0-4
0-4
E5
E15
0-4
0-4
E4
E3
A29
0-5
0-5
0-4
0-4
0-5
GSP-810/827/830
0-5
A29
E3
0-3
GSP-827/830
GDS-806S/806C/2062/2064
GDS-810S/810C/2102/2104
GDS-820S/820C
GDS-840S/840C/2202/2204
LCR-821/819/817/816/829/827/826
0-3
0-2
0-2
0-2
0-2
E14
LCR-8101
GOS-6103/6103C/6112
GOM-802
LCR-814
E12
A22
E15
E36
ACCESSORIES
GCP-210LC
GTP-060A
10:1 DC~60MHz
1:1 DC~6MHz
For: GOS-620/620FG/
622G/635G
10 : 1 DC~60MHz
1 : 1 DC~6MHz
For: GDS-806S/806C,
GDS-2062/2064
GTL-210 is a x1, x10 attenuator modular probe. Designed for use with DC to 60MHz
oscilloscope with input impedance of 1M� The probe consists of following separate units;
1. BNC male connector and compensation box.
2. Probe body includes probe tip and R.C. assemblies.
3. Approx. 1.4M cable
GLF-190C is a x1, x10 attenuator modular probe. Designed for use with DC to 60MHz
oscilloscope with input impedance of 1M� The probe consists of following separate units;
1. BNC male connector and compensation box.
2. Probe body includes probe tip and R.C. assemblies. 3. Approx. 1.4M cable
Item
Bandwidth
10:1
DC~40MHz(� 3dB)
DC~60MHz(� 3dB)
1:1
DC~3MHz(� 3dB)
DC~6MHz(� 3dB)
Input R
Input C
Att. Ratio
Max. Input Voltage
Accessories
~22M�
~14pF
1/10
DC 600V
1M� (Oscilloscope)
~18pF
1/1
DC 600V
1.Pincher tip
2.Ground lead
3.Cable Marker
Item
Bandwidth
10:1
DC~40MHz(� 3dB)
DC~60MHz(� 3dB)
1:1
DC~3MHz(� 3dB)
DC~6MHz(� 3dB)
Input R
Input C
Att. Ratio
Max. Input Voltage
Accessories
~22M�
~14pF
1/10
DC 600V
1M� (Oscilloscope)
~18pF
1/1
DC 600V
1.Pincher tip
2.Ground lead
3.Cable Marker
4.Screw driver
5. IC tip
6.Ground bayonet
GLF-190C
GTP-100A
The GTP-060A is a passive high impendence oscilloscope probe designed and
calibrated for use on instrument having an input impedance of 1M� shunted by
20pF. However, it may be compensated for use with instruments having an input
capacitance of 15~35pF. The probe incorporates a two position slide switch in
the head which selects attenuation of x1, x10 position.
The GTP-100A is a passive high impendence oscilloscope probe designed and
calibrated for use on instrument having an input impedance of 1M� shunted by
20pF. However, it may be compensated for use with instruments having an input
capacitance of 10~35pF.The probe incorporates a two position slide switch in
the head which selects attenuation of x1, x10 position.
10 : 1 DC~100MHz
1 : 1 DC~6MHz
For: GDS-810S/810C,
GDS-2102/2104
10:1 DC~60MHz
1:1 DC~6MHz
For: GOS-652G/653G/658G,
GOS-6000 Series,
GRS-6000A Series
Item
Bandwidth
10:1
DC~60MHz(� 3dB)
1:1
DC~6MHz(� 3dB)
Item
Bandwidth
10:1
DC~100MHz(� 3dB)
1:1
DC~6MHz(� 3dB)
Input R
Input C
Att. Ratio
Max. Input Voltage
Accessories
~10M�
~23pF
1/10
DC 500V
1M� (Oscilloscope)
~128pF
1/1
DC 300V
Input R
Input C
Att. Ratio
Max. Input Voltage
Accessories
~10M�
~17pF
1/10
DC 500V
1M� (Oscilloscope)
~47pF
1/1
DC 300V
1.Channel identifier clip 2.Sprung hook 3.Ground lead
4.Insulating tip 5.IC tip 6.Adjusting tool
GTP-150A
1.Channel identifier clip 2.Sprung hook 3.Ground lead
4.Insulating tip 5.IC tip 6.Adjusting tool 7.Sprung earth tip
GTP-250A
10:1 DC~150MHz
1:1 DC~6MHz
For:GDS-820S/820C
10:1 DC~250MHz
1:1 DC~6MHz
For: GDS-840S/840C,
GDS-2202/2204
The GTP-150A is a passive high impendence oscilloscope probe designed and
calibrated for use on instrument having an input impedance of 1M� shunted by
20pF. However, it may be compensated for use with instruments having an
input capacitance of 10~35pF.m The probe incorporates a two position slide
switch in the head which selects attenuation of x1, x10 position.
The GTP-250A is a passive high impendence oscilloscope probe designed and calibrated
for use on instrument having an input impedance of 1MÙ shunted by 20pF.
However, it may be compensated for use with instruments having an input capacitance
of 10~35pF.
The probe incorporates a two position slide switch in the head which selects attenuation
of x1, x10 position.
Item
1:1
10:1
Bandwidth
DC~250MHz(� 3dB)
DC~6MHz(� 3dB)
Item
Bandwidth
10:1
DC~150MHz(� 3dB)
1:1
DC~6MHz(� 3dB)
Input R
Input C
Att. Ratio
Max. Input Voltage
Accessories
~10M�
~15pF
1/10
DC 500V
1M� (Oscilloscope)
~47pF
1/1
DC 300V
1.Channel identifier clip 2.Sprung hook 3.Ground lead
4.Insulating tip 5.IC tip 6.Adjusting tool 7.Sprung earth tip
LF-210E Test Lead
For:GOS-6103/6103C/6112 See Page A22
Input R
Input C
Att. Ratio
Max. Input Voltage
Accessories
~10M�
~17pF
1/10
DC 500V
1M� (Oscilloscope)
~47pF
1/1
DC 300V
1.Channel identifier clip 2.Sprung hook 3.Ground lead
4.Insulating tip 5.IC tip 6.Adjusting tool 7.Sprung earth tip
GLF-250 Test Lead
For:GOS-6200
See Page A20
Ordering Guide
If an accessory is ordered separately from the main product, please indicate the nomenclature of the accessory when placing order.
Example : GSC-005 Soft Carrying Case for GDS-800 Series
If an accessory is ordered along with the main product, please indicate the option number of the accessory when placing order.
Example : GDS-820C 150MHz, 2-Channel, Color LCD Display DSO
Opt.05 : GSC-005 Soft Carrying Case
Made to Measure.
Good Will Instrument Co., Ltd.
0-2
ACCESSORIES
ADP-001
GAK-001
Termination 50
N (P/M)
For:GSP-810/827/830
RF Cable Assembly
(RG223, N(P/M),
280mm)
For:GSP-810/827/830
ADP-002
GAK-002
GTL-303
Adaptor
BNC(J/F)75 ~
BNC(P/M)50
For:GSP-810/827/830
Adaptor
SMA(J/F) ~ N (P/M)
For:GSP-810/827/830
ADP-101
GTL-302
Cap with Chain
N (P/M)
For:GSP-810/827/830
RF Cable Assembly
(SMA(P/M), Rg316,
600mm)
For:GSP-810/827/830
ATA-001
GTL-304
BNC(J/F) 75 ~
BNC(P/M) 50
For:GSP-810/827/830
BNC Antenna
For:GSP-810/827/830
RF Cable Assembly
(RG223, N(P/M) ~ N(J/F),
280mm)
For:GSP-810/827/830
ATN-100
GTL-301
GTL-401
GKT-001 General Kit Set
GKT-002 CATV Kit Set
GKT-003 RLB Kit Set
10dB Attenuator
N(J/F) ~ N(P/M)
For:GSP-810/827/830
DC Power Cord
with DC Jack and
Lighter Plug,
Current 5A
For:GSP-827/830
RF Cable (RG 223
N(P/M) , 1000mm)
For:GSP-810/827/830
ADP-002
ATN-100
GTL-303
GSC-002
For:GSP-810/827/830
ADP-001
ADP-101
GTL-304
GSC-003
For:GSP-810/827/830
GAK-001
GAK-002
GTL-302
GSC-004
For:GSP-810/827/830
GKT-006
EMI Probe Kits Set
GAP-801 Pre-Amplifier
Wideband, 9kHz ~ 6GHz
Low Noise Figure, 11.5dB
For: GSP-810/827/830
For: GSP-810/827/830
Probe Technical Data
Model Number
ANT-01
Parameter
Frequency Rang
Gain
Output 1dB-Compression Point
Standing Wave Ratio
3rd Order Intercept Point
Noise Figure
Device Current
Term
Minimum
fo
Gp
P1dB
SWR
IP3
NF
Ic
0.009
9
+13
--+21
--42
Typical Maximum
--6
--11.5
--+14
1.3 : 1
+27
6.8
45
1.8 : 1
--7.2
55
Unit
GHz
dB
dBm
---
ANT-02
dBm
dB
mA
ANT-03
PR-03
ATA-002 Near Field Probe
Wideband, 0.1 ~ 1000 MHz
Low Noise, 2.9 dB Typ.
For: GSP-810/827/830
Antenna characteristic
Material
Connector
Bandwidth
Weight (kg)
0-3
External cover PE
BNC(F)
1 GHz
0.25
Probe Primary E/H or Upper
Resonant
Type Sensor H/E
Rejection Frequency
Type
6 cm
Loop
H-Field 41dB 1GHz
3 cm
Loop
H-Field 29dB 1.5GHz
6 mm
Stub E-Field
Tip
0.01
mm
E-Field
30dB 2.6GHz
20dB
3GHz
PR-03
Frequency Response
Voltage Attenuation
Attenuation
loading Effects
Voltage Range
DC Voltage Block
Probe Cable
100kHz~3GHz
10:1(Nominal)for 50� sources
10 dB(Nominal)for 50� sources
+/- 500�
7 Vrms(Continuous) ;35Vrms(MAX.1Sec.)
50 Volts Maximum
60 cm in Length SMA connector
GTL-101
GTL-103
For: GOS-310, GOS-620FG,
GVT-427B/417B,
SFG-2000 Series,
SFG-1000 Series,
GFG-8000 Series,
GFC-8000 Series
For: GAG-809/810,GAD-201G
GTL-104
GTL-105
Max. Current 10A
For: PSP-Series, PST-Series,
PSS-Series, PSM-Series,
GPR-U/H/M Series,
GPS-Series,
GPC-Series
MAX Current 3A
For: GPR-U/H/M Series,
GPC-Series, GPS-Series,
PPE-Series, PPS-Series,
PPT-Series, PSS-Series,
PST-Series
GTL-203 (European Terminal)
GTL-204 (For Europe Only)
MAX. Current 3A
For: PSS-Series, PST-Series,
GPC-Series, GPS-Series,
SPS-Series
MAX. Current 10A
For: GPC-Series, GPS-Series,
PPE-Series, PPS-Series,
PPT-Series, PSM-Series,
PSP-Series,PST-Series,
GTL-110
GTL-115
For: GDS-800 Series, GDS-2000 Series
GFC-8131H/8270H, GRG-450B
GSG-120/122,SFG-830
GTL-107A Test Lead
See Page E5
GTL-108A Test Lead
See Page E15
For: GCT-630, GPI-745A
GTL-161 Testing Probes
For:GDM-8034/8135/8145
16 channel, 25cm (8pin x 2, 2pin x 1, 1pin x 1)
For : GLA-1016/1032/1132
For:GOM-801H/802, GDM-8255/8251
GTL-117 Test Lead
GCP-201 Testing Gripper
See Page E4
For:GDM-8245/8246
GTL-118 High Voltage Wiring Cable
For : GDM-8255/8251
See page A30
See page E3
See page A30
20 pcs. signal grippers
For : GLA-1016/1032/1132
Made to Measure.
Good Will Instrument Co., Ltd.
0-4
Accessories
GTL-201A Ground Lead (European Terminal)
GTL-202 Sense Lead (European Terminal)
For: GPS-2303/3303/4303, PSM-Series, GPS-Series, GPC-Series
For: PSM-Series
GHT-105A
GTL-232
For: GPT/GPI-700A Series
GPT/GPI-800 Series
RS-232C Cable
For: GDS-2000 Series
GDS-800 Series
GRS-6032A/6052A,SFG-830,
LCR-816/817/819/821,
PSM-2010/3004/6003
GTL-242
GHT-107A Clip High Voltage Probe
USB Cable
USB 1.1 A-B Type Cable,
4P, 1800mm
For: GDS-2000 Series, GDS-800 Series
GSP-830
For : GPT/GPI-800A Series,
GPT/GPI-700A Series
GHT-110
GHT-113 HIGH VOLTAGE TEST PISTOL
Communication Cable
For:HSB-001-1, HSB-001-2
For : GPT/GPI-800A Series
GPT/GPI-700A Series
GDM-01 Calibration Key
For : GDM-8255/8251
GTL-243 USB Cable
For : GLA-1000 Series
See page E3
See page A29
GHT-105 HV Test Lead
See page E25
GHT-106R Remote Control Box
See page E25
GHT-108 High Voltage Wiring Cable
See page E22
GHT-109 Ground Bond Wiring Cable
See page E22
For : GPI-625
For : GPI-625
For : HSB-001-1
GTL-245 USB Cable
For : GDM-8255/8251
0-5
See page E3
For : HSB-001-1
GTC-001
GTC-002
Instrument Cart (Shelf Loading 30kg)
120V Input Socket
450(W) x 430(D)mm
For:GDS/GOS/GRS Series
Instrument Cart (Shelf Loading 30kg)
120V Input Socket
330(W) x 430(D)mm
For:GDS/GOS/GRS Series
GRA-401 Rack Adapter Panel
GRA-402 Rack Adapter Panel
For: PPE/PPS/PPT/PEL/GPC/GPR-M-H Series Rack Mounting (19", 4U)
For : LCR-800 Series, GPT/GPI-700A/800 Series, Rack Mounting (19", 4U)
GRA-403 Rack Adapter Panel
GRA-407 Rack Adapter Panel
For : PSH-Series, PSS-Series Rack Mounting (19", 4U)
For : PSM-Series, PST-Series, Rack Mounting (19", 4U)
GRA-404 Rack Adapter Panel
See page B6
GRA-405 Rack Adapter Panel
See page A6
For : GSP-827/830, Rack Mounting (19", 4U)
For : GDS-2000 Series, GDS-800 Series,
Rack Mounting (19", 4U)
GRA-406 Rack Adapter Panel
See page E22
For : HSB-001-1, HSB-001-2 Rack Mounting (19", 3U)
GSC-001 Soft Carrying Case
See page B6
For : GSP-827/830
GSC-005 Soft Carrying Case
For : GOM-802
See page E14
LCR-06A Test Fixture
See page E14
LCR-07 Test Fixture
See page E14
LCR-08 Test Fixture
See page E14
LCR-09 Test Fixture
See page E14
LCR-12 Measurement Connections
See page E12
TL-06 SMD Type Measuring Clip
See page E36
For : LCR-819/817/816, LCR-829/827/826/821
For : LCR-819/817/816, LCR-829/827/826/821
For : LCR-819/817/816, LCR-829/827/826/821
For : LCR-819/817/816, LCR-829/827/826/821
For : LCR-819/817/816, LCR-829/827/826/821
See page A6
For : GDS-800 Series, GDS-2000 Series
PT-100 Temperature Probe
LCR-05 Test Fixture
For : LCR-8101
See page E15
For : LCR-814
Made to Measure.
Good Will Instrument Co., Ltd.
0-6
.BEFUP.FBTVSF
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