14.8MB
Test and Measuring
Instruments Catalog
Vol. 3
Semiconductor Curve Tracer
Digital Oscilloscope
Isolation Measurement System
Isolation Probe
Probe
Digital Multimeter
Universal Counter
Function Generator
Delay Pattern Generator
B-H Analyzer
Targeting tomorrow’s electronics
At IWATSU, our focus is always on the future. With the relentless pace of development in the electronics industry, success
demands innovation, creativity, and an unwavering commitment to research and development. Building on our solid base of
accumulated basic research, we are expanding our cutting-edge R&D with high technology
both domestically and overseas.
In addition to power electronics and it's managements such as inverters for train,
PV(photovolatics), etc. we manufacture a wide range of electronic equipment and systems
to cover various types of demands from industries and research for energy-efficient power
managements.
1930's 1938
Iwatsu Electric Co., Ltd. founded in Shibuya, Tokyo.
1950's 1952Grant-in-aid for industrial technology research was offered to our design of shock-wave measurement device.
Two years later, Japan’s first domestic oscilloscope was put on the market (trademark registered as SYNCHROSCOPE).
1957
Listed on the first section of the Tokyo Stock Exchange.
1960's 1961
Development and manufacture of proprietary CRT for waveform observation started.
Development and manufacture of proprietary IC started.
1962
1970's 1970
The first domestic IC oscilloscope released, providing a compact and light oscilloscope.
1974Colona-Denshi Co., Ltd., (present name: Iwatsu Test Instruments Corporation, Aizu factory) was established in
Wakamatsu, Aizu, Fukushima as a production base for electric measurement equipment.
1980's 1980
World’s fastest analog storage oscilloscope released.
1990's 1991An overseas affiliate Iwatsu (Malaysia) Sdn. Bhd. (presently a consolidated subsidiary of Iwatsu Electric Co., Ltd.)
was established.
1999
Digital oscilloscopes were joint-developed with LeCroy Corporation.
2000's 2000Iwatsu TME Service Co., Ltd., (present name: Iwatsu Test Instruments Corporation), a service company specializing in
measurement equipment, was established.
2002Iwatsu Test Instruments Corporation was established from the measurement division of Iwatsu Electric Co., Ltd.
The world’s only 1GHz bandwidth analog storage oscilloscope, TS-81000 was released, featuring high speed high
brightness writing.
2004
50th anniversary of oscilloscope sales.
Digital oscilloscopes to support Microsoft® Windows® OS were released.
Digital multi-meter with two-channel input, VOAC7520 was released.
2005
Full-scale entry into the field of measurement for the automobile industry.
2006
Four models of digital oscilloscope DS-5100 series were released, providing high performance with low cost.
Full-scale entry into the field of measurement for high performance electromagnetic steel sheets with the world’s first
V-H analyzer IE-1131B.
2007An isolation system for power electronics, DM-8000 was released, providing highly accurate measurement of ultrahigh voltages.
2009Full-scale entry into the field of measurement for power semiconductors, with three models of CS-3000 series, a
semiconductor curve tracer supporting high current at 1,000A.
Capacitance displacement meter with high resolution and high stability, the ST-3541 series were released.
2010's 2010
Eight models of digital oscilloscope DS-5300 series were released.
2011Two models of CS-10000 series, a semiconductor curve tracer supporting ultra-high voltage high current, and
three models of CS-5000 series were released, providing support to all needs in the field of measurement for power
semiconductors.
Genuinely domestic highly accurate measurement equipment, radiation dosimeter SV-1000/SV-2000 were released.
B-H analyzer SY-8218 was released and eight models of digital oscilloscope DS-5500 series were released.
Rogowski-coil current probe SS-280 series and High voltage differential probe SS-320 were launched.
2012
Universal Counter SC-7217/7215 were released.
2013
New Function Generator SG-4322/4321 were launched.
2014
Eight models of digital oscilloscope DS-5600 series, new functions providing additional power, were released.
IWATSU
Test and Measuring Instruments
Semiconductor Curve Tracer
4
CS-5400, CS-5300, CS-5200, CS-5100, CS-3300, CS-3200, CS-3100,
CS-15800, CS-12800, CS-10800, CS-10400
Digital Oscilloscope
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DS-5654, DS-5652, DS-5634, DS-5632, DS-5624, DS-5622, DS-5614, DS-5612,
DS-5424, DS-5422, DS-5414, DS-5412
Isolation Measurement System
26
DM-8000H
Isolation Probe
31
SE-6000, SE-6010
Probe
32
Digital Multimeter
36
VOAC7602, VOAC7523H, VOAC7520H, VOAC7522H, VOAC7521H
Universal Counter
44
SC-7207H, SC-7206H, SC-7205H, SC-7217, SC-7215
Function Generator / Boost Amp
48
SG-4322, SG-4321, SG-4105, SG-4104 / SG-300
Delay Pattern Generator
51
DG-8000
B-H Analyzer
SY-8218, SY-8219
54
Semiconductor Curve tracer
Multipurpose Unit Measures Leakage
Current and High Current.
Auto Measurement Supported!
The best solution to properly measure semiconductors such as IGBTs, MOSFETs,
TRANSISTORs and DIODEs from small to large quantities.
4
Semiconductor Curve Tracer
CS-10000 Series
CS-5000 Series
CS-3000 Series
10kV to 15kV, 〜8,000A
5kV, 〜1,500A
3kV, 〜1,000A
Order Information
Model Name
Main unit
Semi-conductor Curve tracer
Fixture S
Fixture
Fixture M
Large Fixture
Prober Cable
Alligator Clip
Cable
Software
Test Adapter
Scanner unit
Model Number
3kV
CS-3200
3kV, 400A
CS-3300
3kV, 1,000A
CS-5100
5kV
CS-5200
5kV, 400A
CS-5300
5kV, 1,000A
CS-5400
5kV, 1,500A
CS-10400
10kV, 4,000A
CS-10800
10kV, 8,000A
CS-12800
12kV, 8,000A
CS-15800
15kV, 8,000A
CS-301
Comes with CS-3100
CS-302
Comes with CS-3200/3300
CS-303
Comes with CS-5100/5200/5300
CS-304
Comes with CS-5400
CS-307
CS-308
Fixture cable for CS-5400
Custom-made (Contact us)
Prober cable
Small alligator clip Red 10pcs
Remarks
CS-3100
Custom-made (Contact us)
CS-001
Small alligator clip Black 10pcs
CS-002
High voltage wire Red 5pcs
CS-003
Banana clip, 5kV, 30cm
Wire Black 5pcs
CS-004
Banana clip, 30cm
Standard Lead Set
CS-005
Comes with Main unit except CS-3100, Banana cable 30cm (Red
2pcs for HV, Black 2pcs, Green 2pcs, and Yellow 1pc. Alligator
Clip (Red 2pcs, Green 2pcs, Black 2pcs, and Yellow 1pc)
Cable for High Current
CS-006
20cm,2pcs come with CS-5400
Cable for High Current
CS-007
30cm,2pcs come with CS-10400/10800
Semi-conductor parameter search
CS-800
Built in Main unit
Semi-conductor parameter measurement
CS-810
Install in PC
Comes with Main unit
Test adaptor
CS-500
TO type test adaptor
CS-501A
AXIAL type adaptor
CS-502
TO-263-3(D2PAK) type adaptor
CS-503
TO-252-3 type adaptor
CS-504
TO-263-7 type adaptor
CS-505
TO-252-5 type adaptor
CS-506
SC-70-3(SOT-323-3) type adaptor
CS-507
SC-59A/SOT-23-3 type adaptor
CS-509
SC-62/SOT-89 type adaptor
CS-510
Switch control unit
CS-701
Integrated controller for each unit
LV Relay unit
CS-702
300V/30A 10CH
HV Relay unit
CS-703
5kV/3A 10CH
HC Relay unit
CS-704
2kV/1,000A 10CH
HV-HC Switch unit
CS-705
5kV/1,000A, Extension unit with HV/HC switch function
Extension unit
CS-706
5kV/15A
Gate/Short unit
CS-707
Curve tracer side:300V/8A Device side:5kV/8A 10CH
HV-HC Relay unit 2CH
CS-708
5kV/1,500A 2CH
HV-HC Relay unit 4CH
CS-709
5kV/1,500A 4CH
HV-HC Switch unit( for CS-5400)
CS-710
5kV/1,500A, Extension unit with HV/HC switch function
Fixture with hotplate function
CTJ1050
Heater surface 5kV insulating, Max. Temperature:200℃ ,
Interlock function PA3020
Dimension of Plate portion:200 × 200mm
PA3040
Dimension of Plate portion:200 × 400mm
Hotplate
5
Advanced functions for your ease of use
T he configuration is displayed in the setup
display area under CONFIGURATION key
sets.
Appropriate configuration can be selected
for each device test.
Confirm applied voltage and current with waveforms in Wave mode.
・The pulse width and the measurement point can be specified even when you are confirming the applied waveform (current
and voltage) to the device based on the time axis as with oscilloscopes.
・ By confirming the waveform, appropriate pulse width and measurement timing can be decided.
・ Since our products give no waveform influences such as probing of oscilloscopes, etc., abnormal signals are confirmable.
・ This function also helps to confirm the anomalies caused by heat such as a oscillation, etc.
I-V waveform/Switch of Time axis waveform
Measurement items/Range
Current waveform
Pulse width
Measurement point
Voltage waveform
Full detailed automation with PC
Semiconductor parameter measurement with CS-810 (optional)
This software application performs various kinds of auto measurements through remote control of the main unit.
This software can execute stress test; which is difficult using traditional curve tracers, and can measure temperature
characteristics of many devices, while controlling at the same time a hotplate and a thermostatic chamber.
USB memory:
Graphic Images, Data, and Setup conditions can be saved.
Graphic Images can be saved in various formats:
TIFF,BMP,PNG. Black/White selection for color of
background, color/monochrome selection are available.
Waveform data can be saved
in Text and in Binary at the
same time.
Remote Control tool (free download)
Where security policy restricts use of USB, the remote
control tool for PC can be used.
Ethernet:
Ethernet socket provided as a standard
function (on the back side of Main unit)
Automatic measurement connecting with PC, Scanner, Thermostatic chamber, etc. are available.
6
Sweep
Number of points, sweeping speed, the resolution, and the direction of sweeping can be
configured as needed. The custom sweep mode performs sweeping only on the specified
range, high speed resolution measurement is performed at auto-measurement.
Limit-SWEEP function (requires optional CS-800)
This function puts limits on current and voltage produced through usual sweep
measurement for device protection and stopping the sweep at the targeted value.
Vth-hFE auto search function (requires optional CS-800)
This function automatically finds the Vth-hFE. No complicated operations are needed.
CUSTOM
UP
SWEEP starting point
DOWN
Separate knobs for easy operations
Separate Step
Generator offset knob
Intuitive function keys
Separate keys
USBTerminal to
input/output data
from/to USB
memory
One-touch
hard-copying
REPEAT STOP/SINGLE SWEEP
Adjustable duty cycle
minimizes heating. The
output stops when Stop
key is pushed.
Separate knobs for
Current and Voltage range knobs
Breaker switch for COLLECTOR SUPPLY
for protection of a measured device
CONSTANT function with CS-800 (optional)
Bias constant voltage or constant current.
With combination of semiconductor parameter measurement software CS-810,
the curve tracer supports Auto stress test.
7
Semiconductor Curve Tracer
5k V
CS-5000 Series
Best suited for measuring the breakdown of a power device
having 3,300V withstanding voltage
Max. Peak Voltage: 5,000V (High-Voltage mode)
Max. Peak Current: 1,500A( CS-5400 High-Current mode)
● All models support the LEAKAGE mode (Cursor resolution:1pA)
●
●
5kV
CS-5400
1,500A (HC mode pulse)
5kV
CS-5300
1,000A (HC mode pulse)
CS-5200
400A (HC mode pulse)
5kV
CS-5100
(HC mode not equipped)
Collector supply HV mode
Model
CS-5000 series
Mode/Polarity
Max. Peak
Voltage/Current
Full-wave rectification/+ - , DC/+ - , LEAKAGE/+ - , AC
Max. Peak Voltage
5kV
300V
30V
Max. Peak Current (Max. Peak Pulse Current)
25mA (25mA)
750mA (1.5A)
7.5A (15A)
Max. Peak Power
At 5kV : 320mW/3.2W/32W At 30V,300V : 120mW/1.2W/120W/390W
Horizontal axis range
50mV to 500V/div
Collector supply HC mode (CS-5100 does not equip with HC mode)
Model
CS-5100
CS-5200
CS-5300
Mode/Polarity
HC mode
Max. Peak Current
Max. Peak Power
Max. Peak Voltage
No HC Mode equipped
Max. Peak
Current/Power
400A / 4kW
40A / 400W
Max. Peak
Voltage
40V
40V
Pulse width
Fixture
8
Max. Peak
Current/Power
1,000A / 10kW
400A / 4kW
40A / 400W
Max. Peak
Voltage
40V
40V
40V
Max. Peak
Current/Power
1,500A / 12kW
600A / 4.5kW
60A / 450W
Max. Peak
Voltage
30V
30V
30V
Pulse width : variable between 50 μ s and 400 μ s (Resolution :10 μ s)
Measurement point
Vertical range
CS-5400
Pulse / + -
Measurement point can be specified. (Resolution :10 μ s)
100mA to 50A/div
CS-303
100mA to 100A/div
100mA to 200A/div
CS-304
Semiconductor Curve Tracer
3k V
CS-3000 Series
Standard models suitable for parameter measurement of various
semiconductors including IGBTs, MOSFETs, transistors and diodes, etc.
Max. Peak Voltage 3,000V (High-Voltage mode)
Max. Peak Current 1,000A( CS-3300 High-Current mode)
● All models support the LEAKAGE mode (Cursor resolution:1pA)
●
●
3kV
CS-3300
1,000A (HC mode pulse)
CS-3200
400A (HC mode pulse)
3kV
CS-3100
(HC mode not equipped)
Collector supply HV mode
Model
All CS-3000 Series
Mode/Polarity
Max. Peak
Voltage/Current
Full-wave rectification/+ - , DC/+ - , LEAKAGE/+ - , AC
Max. Peak Voltage
3kV
300V
30V
Max. Peak Current (Max. Peak Pulse Current)
75mA (150mA)
750mA (1.5A)
7.5A (15A)
Max. Peak Power
120mW / 1.2W / 120W / 390W* (*Setup is not available when Max. Peak Voltage 3kV is used.)
Horizontal axis range
50mV to 500V/div
Collector supply HC mode (CS-3100 does not equip with HC mode)
Model
CS-3100
CS-3200
CS-3300
Mode/Polarity
HC mode
Max. Peak Current
Max. Peak Power
Max. Peak Voltage
Pulse / + -
No HC Mode equipped
Max. Peak Current/Power
400A / 4kW
40A / 400W
Pulse width
Max. Peak Voltage
40V
40V
40V
Pulse width: Changeable between 50 μ s to 400 μ s (Resolution: 10 μ s)
Measurement point
Measurement point can be specified. (Resolution: 10 μ s)
Vertical range
Fixture
Max. Peak Current/Power
1,000A / 10kW
400A / 4kW
40A / 400W
Max. Peak Voltage
40V
40V
100mA to 50A/div
CS-301
100mA to 100A/div
CS-302
Analog Curve Tracer 10 kV 〜
Best suited for the measurement of high voltage diodes
and thyristors
Output
Display
Voltage waveform
Commercial Power supply half-wave rectification waveform
Max.Voltage
10kV Peak (when no loading)
Max. Current
100mA Peak or 400mA
Voltage range
50V/div to 1,000V/div (1-2-5 steps)
Current range
0.1mA/div to 10mA/div or 50mA/div
Customers’ special specifications are welcome. Please contact us.
9
Semiconductor Curve Tracer
10k V , 12k V an d 15k V
CS-10000 Series
Best suited for the chips with very high voltage and very high
current, CS-3100 + UHV + HC
CS-15800 15kV / 8,000A
CS-12800 12kV / 8,000A
CS-10800 10kV / 8,000A
CS-10400 10kV / 4,000A
This series is sold-on-demand.
Please confirm the specification and
the delivery date at the time of estimation.
Requests for customization are welcome.
Optional Pulse Unit
This optional unit minimizes parameter variation caused by heat. Pulse rise
time can be configured for 1, 3, or 5ms; pulse duration from 1ms to 20ms;
and pulse interval from 100ms to 2 seconds. This option is installed at the
factory. Any changes desired after purchase will require return to IWATSU
factory.
Max Peak Voltage
Tr
< 1 / 3 / 5ms
Pulse Width
1ms to 20ms
Pulse Interval
100ms to 2s
Collector supply HV mode
Model
Mode/Polarity
CS-10000 series
Full-wave rectification/+ - , DC/+ - , LEAKAGE/+ - , AC
Max. Peak Voltage
3kV
300V
30V
Max. Peak
Voltage/Current
Max. Peak Power
Max. Peak Current (Max. Peak Pulse Current)
75mA (150mA)
750mA (1.5A)
7.5A (15A)
120mW / 1.2W / 120W / 390W* (*Setup is not available when Max. Peak Voltage 3kV is used.)
Collector Supply UHV mode
Model
CS-10400/CS-10800
CS-12800
Mode/Polarity
Max. Peak
Voltage/Current
CS-15800
DC / +
Max. Peak Voltage
10kV
Max. Peak Power
Max. Peak Current
400mA
Max. Peak Voltage
12kV
40W / 400W / 4kW
Max. Peak Current
266mA
Max. Peak Voltage
15kV
32W / 320W / 3.2kW
Max. Peak Current
266mA
40W /400W / 4kW
Collector Supply HC mode
Model
CS-10400
CS-10800/12800/15800
Mode/Polarity
Max. Peak Current
Max. Peak Power
Max. Peak Voltage
Pulse width
Measurement point
Horizontal axis range
10
Pulse / + -
Max. Peak Current / Power
4,000A / 60kW
400A / 6kW
40A / 600W
Max. Peak Current / Power
8,000A / 80kW
4,000A / 60kW
400A / 6kW
40A / 600W
Max. Peak Voltage
60V
60V
60V
50 μ s~900 μ s , 50 μ s~120 μ s (at 8,000A) (Resolution:10 μ s)
Measurement point can be specified. (Resolution :10 μ s)
100mA to 1,000A/div
Max. Peak Voltage
40V
60V
60V
60V
Test adaptors
Test adaptors for discrete packages
Test adaptor
CS-500 (Standard)
Used to connect your tool to Fixture.
CS-501
TO-220/247
Heat resistant TO Socket
200℃、 350A (500 μ s)
CS-502
CS-508
Connector portion on
the bottom of Socket
CS-504
TO-263-3/
D2PAK
CS-507
TO-252-5
Example:
Fixture attached
※ Fixture
Not for CS-301
CS-503
AXIAL
CS-506
Adaptor for SMD type
Fixture for TSSOP 14
※ Fixture
Not for CS-301
CS-505
TO-252-3
TO-263-7
CS-509
SC-70-3/
SOT-323-3
CS-510
SC-59A/
SOT-23-3
SC-62/
SOT-89
Contact us if other types of sockets are needed.
Standard accessories
Use test adaptors on measurements of devices. Fixtures equips the safety mechanism in which the measurement stops when the cover opens.
Fixture S
Fixture M
This fixture can measure a device up to 235mm × 180mm. Place the patch panel attached when TO adaptor used.
(Note: Test adaptor is optional and does not
come with the unit.)
Fixture S
CS-301
comes with CS-3100
Fixture M
Fixture M
CS-302
CS-304
comes with CS-3200/3300
comes with CS-5400
CS-303
Patch-panel for Fixture M
(comes with all units except for CS-3100)
comes with CS-5100/5200/5300
Cable for High Current (a set of two)
CS-006
comes with CS-5400
20cm
Standard set of leads
CS-005
come with all units except for CS-3100
Banana cables (2 red for HV, 2 green, 2 black, 1 yellow)
Alligator clip (2 Red , 2 green, 2 black, 1 yellow)
CS-007
comes with CS-10400/10800/12800/15800
30cm
Contact us for custom-made cables. We can change clips, lengths, withstand voltages, etc.
11
Scanner System
CS-700
The CS-810 software application provides automatic connection for multiple devices
in a single package including commonly available modules containing 6 devices. It
can also be used to individually connect to and test up to 10 single devices. CS -810
also controls relay units, thermostatic chambers and hot plates, so it can measure
the temperature characteristics of each chip in 6 in 1 modules. (CS-800 and CS-810
required for scanner operation)
Switch Controlling Unit
Switch Controlling Unit
CS-701
SC-701 is required so the CS810 software can control each CS-700 scanner unit up to 8 units, by connecting a PC through Ethernet. Multiple CS-701 (Max.10 units) can
operate in parallel if given IP addresses.
Relay Unit
IN/OUT1
IN/OUT2
CH1
CH2
CH3
CH10
LV Relay Unit
HV Relay Unit
HC Relay Unit
CS-702
CS-703
CS-704
HV-HC Relay Unit
HV-HC Relay Unit
CS-708
CS-709
300V/7.5A/30A (Pulse)
10CH
5kV/0.5A
10CH
2kV/7.5A/1,000A (Pulse)
10CH
When 6 in 1 module is measured, this
unit can short-circuit G and E, or C and
G on unused circuits on the device.
IN/OUT1
IN/OUT2
BASE/GATE CH1
OPEN/SHORTCH1
BASE/GATE CH10
OPEN/SHORTCH10
Gate/Short Unit
CS-707
Curve racer side: 300V/7.5A/15A (Pulse)
Device side: 5kV/7.5A/15A (Pulse)
10CH
5kV/7.5A/1,500A (Pulse)
2CH
5kV/7.5A/1,500A (Pulse)
4CH
Extension Unit
Extension Unit
HV/HC Switch Unit
HV/HC Switch Unit
CS-706
CS-705
CS-710
5kV/1,000A (Pulse)
In case CS-5400 is used, modifications
are required.
5kV/1,000A (Pulse)
HV/HC switching (Auto/Manual) supported
・ For CS-3200/3300/5200/5300
HC(CH2)
HC(CH1)
Example: connecting the unit to IGBT 2 in 1 module.
12
CS-3200/3300
CS-5200/5300
HIGH VOLTAGE
or
HIGH CURRENT
5kV/1,500A (Pulse)
HV/HC switching (Auto/Manual) supported
・ For CS-5400
HC(CH2)
HC(CH1)
HIGH VOLTAGE
or
HIGH CURRENT
BASE/GATE
BASE/GATE
EMITTER
EMITTER
CS-5400
Hotplates, Fixtures, thermostatic chambers that support establishment of Automatic temperature measurement system
Temperature characteristics measurement
CS-810 automatically measures temperature characteristics, controlling
the scanner system and hotplates, etc.
The picture on the right is a hotplate controllable combination of curve
tracers, hotplates, and scanners. It provides a means to perform automatic
measurement of multiple devices, 6 in 1 module, etc.
Gate Threshold
Vth
VCEsat
Resistance when this unit is on.
Temperature
Fixture with hotplate functions
Hot-Plate
CTJ1050
PA3020/PA3040
Maker : CATS Inc.
Max. Temperature : 200℃
Max Voltage on devices 5kV (Insulating
surface of heater 5kV )
Max. Current : 1,000A
Interlocking (when you open the cover,
curve tracer stops outputting.)
Thermostatic chambers are
available.
Maker : MSA Factory Co., Ltd. Max. Temperature : 300℃
Hot plate measurement :
PA3020 : 200 × 200
PA3040 : 200 × 400
Monitor Temperature by External
temperature sensor.
Contact us for the details.
For CS-5400
For CS-3xxx/5xxx
(Except CS-5400)
Prober cable
Large Fixture
This is used to equip terminals of curve
tracers inside Probers and large fixture.
CS-307
Large Fixture
CS-305
Cooling fan, LED light, Warning light, Power
supply outlet and Interlock are equipped.
External dimensions: 630Wx520Hx530D
Interlock equipped
External dimensions: 500Wx520Hx520D
Internal terminals
portion
13
Software Application for parameter measurement of semiconductors : CS-810
CS-810 is an optional Software application that controls curve tracers, scanners, hotplates performing measurement and thereby automates
the measurement. This makes improvement great in work efficiency.
Automates :
Measurement → Recording → Judgment
Improvements in efficiency to replace task that was
traditionally performed manually
Ices
Sample-1 xxxxA
Sample-2 xxxxA
Sample-3 xxxxA
•
•
•
•
•
•
Vces
xxxxV
xxxxV
xxxxV
•
•
•
VF
xxxxV
xxxxV
xxxxV
•
•
•
Vth
xxxxV
xxxxV
xxxxV
•
•
•
Switches automatically multiple-semiconductor modules and
discrete devices to be targeted when you perform measurement
Hotplates are also remote-controllable, so
Automatic measurement of 6 in 1 module can be
performed too.
••••
••••
••••
••••
•
•
•
Easy to transfer the configuration measured to PC
By transferring the configuration measured manually on curve tracer to PC, you can set up the sequence.
Programming knowledge is not required and anyone can set up it easily.
This key copies the
configurations in the
curve tracer to PC.
This key copies the
configurations in PC
to the Curve tracer.
This window is useful when you specify
the threshold for the levels.
Categorization to the levels based on the measured value.
You can set 10 levels to which acquired result will be categorized.
For each levels, events to be performed, such as halting the measurement,
skipping the measurement of such item
Showing an alert, Copying the waveform as an image, exporting to CSV files.
Measurement of static characteristics (Leakage current, Saturation voltage, VF, Vth, etc.)
Measurement type : Sweep
>Point with the larger data than the
specified value.
<Point with the smaller data than the
specified value.
≅Point with the data closer to the specified
value.
=Point with data equal to the specified
value under interpolation.
Measurement type : Stress
Logging of voltage or current is
available by biasing constant voltage
or constant current for a long time.
This is used for Stress test and
reliability test.
Trial Measurement :
This is a function for
debugging and the sequence
can be confirmed.
Measurement type : Vth
Makes measurement with the curve
tracer’s Vth Search function.
Output Window
A selection of export formats For the log file.
Details for selected test suite.
Shows the worst data for Item in each test
14
Configurations for selected item.
Software Application for parameter measurement of semiconductors : CS-810
Comparison among the curves
This application can compare a number of waveforms stored for the purpose of analysis of variation of characteristics and defects as well as Pass/Fail judgment.
Comparison between the waveforms and
Judgment functions
This application can compare a waveform with reference
waveform and judge whether the first waveform meets the
specified condition.
Waveforms display
CSV files stored during past use, recall-waveforms stored
in Curve tracer, and the waveforms currently monitored
can be compared on the same graph up to 10 waveforms
at the same time.
Rescaling
The displaying waveform can be stored in a CSV file at an
arbitrary interval in voltage axis.
Cursor function
The displaying numerical numbers of waveforms are
shown in a list. Besides the sampling points, this function
interpolates the measured data.
Annotations
Annotations can be attached to the curves respectively.
Saving the images
Saving the images in various image format (PNG/BMP/JPG/TIFF) with a set of cursor values.
A selection of Graph styles
- Settable items
Chart title, background color, cursor color, line style (solid, dotted, broken)
For X and Y axes: Title, what data to be assigned, Scale (Log, linear) For Y axis only, intervals, min value, max value and grids.
The measuring function for the transfer characteristics (Vge-Ic/Vge-Vce)
It used to be difficult for a curve tracer to measure transfer characteristics, however IWATSU can measure it now.
Various formats to save curves for
characteristics
・ Save the measured characteristics to CSV files.
・ Save the curve image as PNG/BMP/JPG/TIFF
Cursor function
Cursors are displayed in X axis and Y axis interpolated
value is displayed.
Customizable chart area
Chart title, axis label, background-color, and the axis
ranges are all customizable.
Load/Save function of Configurations
This software can load/save the configurations for
characteristics measurement and the customize done to
the chart area.
15
Software Application for parameter measurement of semiconductors : CS-810
Measurement of devices
Multiple devices measurement and recordings can be performed in a short time.
This software performs tests for multiple measurement items .
Operator simply need to input sample name according to the device replacements and connection changes,
following the instructions on popups, to repeat measurement under the same conditions. Judgments (Pass/Fail)
based on the requirements given will be shown for each measurement, and images and waveforms data also will be
stored automatically.
❶Input sample name and set it to Fixture.
❷Displays the measured value and the judgment results during measurement.
Popup stops the measurement or gives
❸instructions
based on the measurement results.
opup stops the measurement or gives
❹PInstructions
based on measured items.
ogs on the measurement can be exported to CSV file or Excel file afterwards. Logs on Stress test will be saved on
❺Lseparate
files. Re-measurement of the selected item can be performed.
Measurement function of circuit modules
This software controls the scanner system as well as the curve tracer. The
software also controls open/short and HV/VC. All the measurements for a
module can be fully automatically performed without a need for unplugging.
Configuration on one-circuit can be applied to the other
circuit as the application supports copy & paste.
Unused Gates and
Emitters can be
short-circuited.
Step Gen.
Open
Short
C
Step Gen.
Open
Short
C1
G1
COLLECTOR
EMITTER
C2
G3
COLLECTOR
EMITTER
U
G2
E
16
Step Gen.
Open
Short
Step Gen.
Open
Short
C3
COLLECTOR
E6
EMITTER
G5
COLLECTOR
EMITTER
V
G4
E2
W
G6
E4
Step Gen.
Open
Short
Step Gen.
Open
Short
Software Application for parameter measurement of semiconductors : CS-810
Evaluation of Semiconductor Temperature characteristics measurement
CS-810 controls hotplates too. Even measurement that
takes a long time such as per temperature can also be
performed automatically.
Parameter
measurement
Parameter
measurement
Parameter
measurement
Gate Threshold
Vth
VCEsat
Auto temperature controlling
Currently, we just offer fixtures with hotplates, but we are trying our best to offer a unit simply
provides hotplates or fixed-temperature chamber. For details on supported units, feel free to ask us.
Resistance when this unit is on.
Temperature
Stress test
A wide variety of parameters can be incorporated in stress test.
This software supports long-time reliability tests. While the software monitors the voltage and the current via curve traces, differences of those traces are logged.
Auto measurement of a wide variety of parameters is available for the stress test as illustrated below. The biasing will stop in excess of the limit value which is set
for current or voltage as a lower and upper limit.
The software measures Ic or Vce (Interval: 10s to 2h) keeping a certain voltage or current (10s to 1,000h)
Logging changes in voltage
or current at regular time
intervals applying certain
current or voltage.
Parameter
measurement
Parameter
measurement
Logging changes in voltage
or current at regular time
intervals applying certain
current or voltage.
VCE
Parameter
measurement
Variation of Stress tests
• Acceleration under constant stress
• Acceleration under step-stress
• Stress test under constant DC current
• Stress test under constant DC voltage
Time
Vth
VCES
VF
ICE
17
Software Application for parameter measurement of semiconductors : CS-810
Test of Discrete devices
Measurement of multiple devices with one touch
operation after cable connection
CS-810 will let us copy the configuration for one circuits
to the others up to 10CH*, making it easier to iterate the
circuits and perform measurement for each Circuit.
* Up to 10 systems operate in parallel on CS-700 Series.
Measurement of wafers
Devices on wafers can be measured
by connecting a prober system.
Contact us for customized semiconductor parameter
measurement software.
We have cables for connections to probers.
Some terminals have an interlocking feature for safety.
Prober side
Prober cable
18
Curve tracer side
Output range for each model
HV mode Max. Peak Voltage/Max. Peak Current (Pulse current)
Model
CS-5400
CS-5300
CS-5200
CS-5100
CS-3300
CS-3200
CS-3100
Mode
DC / +
LEAKAGE/DC
full-wave rectification/
AC
CS-10800
CS-10400
CS-12800
CS-15800
12kV/266mA
15kV/266mA
—
—
10kV/400mA
3kV/75mA (150mA)
5kV/25mA (25mA)
3kV/75mA (150mA)
300V/750mA (1.5A)
30V/7.5A (15A)
HC mode Max. Peak Current/Max. Peak Power/Max. Peak Voltage
Model
Mode
Pulse / + -
CS-5100
CS-3100
CS-5200
CS-3200
CS-5300
CS-3300
CS-5400
—
1,000A/10kW/40V
1,500A/12kW/30V
—
(HC mode not equipped)
CS-10800
CS-12800
CS-15800
CS-10400
—
8,000A/80kW/40V
4,000A/60kW/60V
400A/4kW/40V
600A/4.5kW/30V
400A/6kW/60V
40A/400W/40V
60A/450W/30V
40A/600W/60V
Common Specifications
Loop Correction
Hardware
Offset
Current mode
Step Generator
Correction of floating capacitance between collector supply and ground
Software
Voltage mode
Simulated loop procedure by software thinning process
Setup range Resolution
-10 times to +10 times of SETTING UP of STEP AMPLITUDE 1% of SETTING UP of STEP AMPLITUDE
Amplitude range
21 steps /50nA to 200mA, 1-2-5 switchable
Max. Current
2A
Max. Voltage
More than 10V
Amplitude range
6 steps/50mV to 2V, 1-2-5 switchable
Max. Current
± 40V
Max. Voltage
500mA ~ ( ~ 8V), 200mA ~ ( ~ 15V), 10mA ~ ( ~ 40V)
Step rate
Pulse step
AUX Output
Twice of 50Hz or 60Hz (the same rate when AC mode), Pulse interval when HC mode
Pulse width
Number of steps
0 to 20 steps
Range
OFF, - 40V to 40V (Switchable at 100mV step)
Measurement Mode
REPEAT, STOP/SINGLE, SWEEP
Collector current
Vertical axis (Full scale:10div)
Emitter
current(LEAKAGE)
Collector voltage
Horizontal axis (Full scale:10div)
Screen
Cursor measurement
Data recording/Readout
Base/Emitter
voltage
Range
HV Mode : 1 μ A/div to 2A/div, 20steps 1-2-5 switchable (HC mode written separately)
Accuracy
Add 2% of Readout+0.05 × VERT/div to the loop correction error of the following max. peak voltage
0.5 μ A (30V), 1 μ A (300V), 6 μ A (3kV), 12 μ A (5kV), 30V,300V,3kV More than 10% of Max. Peak voltage, More than 30% (5kV)
Range
1nA/div to 2mA/div, 20steps 1-2-5 switchable (Collector Supply mode: LEAKAGE)
Accuracy
2% of Readout + 0.05 × VERT/div + less than 1nA
Range
HC mode : 50mV/div to 5V/div, 7 steps 1-2-5 switchable (HV mode written separately)
Accuracy
2% of Readout less than +0.05 × HORIZ/div
Range
50mV/div to 5V/div, 7 steps 1-2-5 switchable
Accuracy
2% of Readout less than +0.05 × HORIZ/div
Display
8.4 inch TFT LCD
Number of Data
1,000 points/trace (AC, Full-wave rectification) 20 to 1,000 points/trace (SWEEP mode)
Trace display
Interpolation display between points, Dot display
Average
OFF, 2 to 255 times
Persistence
OFF, SHORT, LONG, unlimited length
Internal waveform storage (REF)
4 screens
DOT
Vert, Horiz, β or gm
fLINE
Vert, Horiz, 1/grad, intercept
FREE
Vert, Horiz, β or gm
WINDOW
Vert in WINDOW area, Horiz, β or gm
Internal memory
Setup:256, REF : 4 screens
External memory
USB1.1 : Setup, Waveform, Screen hardcopy (BMP,TIFF, PNG)
Remote
Power supply
External dimensions (mm)
(excluding projection portion and accessories)
Weight (excluding accessories)
50 μ s to 400 μ s (10 μ s step)
When HC mode set, approx.100 μ s wider-pulse width against collector supply pulse
Remote on LAN 10BASE-T/100BASE-TX 1 port
CS-3xxx,5xxx
AC100V-AC240V 50/60Hz, Max Power:500VA (operation), 7W Max (waiting)
CS-1xxxx
AC200V single phase 50/60Hz, Max Power:10kVA (operation)
CS-3100,5100
424W x 220H x 555D, approx.28kg
CS-3200,3300,5200,5300,5400
424W x 354H x 555D, approx.43kg
CS-10400,10800,12800,15800
1,110W x 1,216H x 1,150D, approx.370kg
19
Digital Oscilloscope
Digital Oscilloscope
DS-5600 Series
500MHz 4ch 2GS/s Max 5M points
DS-5600 Series
500MHz 2ch 2GS/s Max 5M points
-year
warranty
DS-5400 Series
350MHz 4ch 2GS/s Max 5M points
350MHz 2ch 2GS/s Max 5M points
when registered as a web user
200MHz 4ch 2GS/s Max 5M points
New Functions Providing Additional Power
200MHz 2ch 2GS/s Max 5M points
100MHz 4ch 2GS/s Max 5M points
100MHz 2ch 2GS/s Max 5M points
DS-5654
DS-5652
DS-5634
DS-5632
DS-5624
DS-5622
DS-5614
DS-5612
DS-5400 Series
DS-5424
DS-5422
DS-5414
DS-5412
200MHz 4ch 2GS/s 500k points
200MHz 2ch 2GS/s 500k points
100MHz 4ch 1GS/s 500k points
100MHz 2ch 1GS/s 500k points
Standard Probes Supplied Accessories
Model
DS-5654
DS-5652
DS-5634
DS-5632
DS-5624
DS-5622
DS-5614
DS-5612
DS-5424
DS-5422
DS-5414
DS-5412
4-channel model DS-5654
2-channel model DS-5652
* We accept requests for calibration certificates, traceability network diagrams and inspection results on a chargeable basis.
Long Memory up to a Maximum of 5M points
DS-5600 Series
Standard Probes Supplied
Quantity
Type
4
2
SS-101R
4
2
4
2
4
2
SS-0130R
4
2
4
2
Standard Accessories
(Miscellaneous)
• Power Cord x1
• Front Panel Cover x1
• CD (containing
Instruction Manual,
Remote Control Manual)
x1
• User Guide x1
[2.5M points/CH when all channels being used]
(Maximum of 500k/CH with the DS-5400 Series)
Enables long-term waveforms to be captured while maintaining high-speed sampling.
10ms
10ms
Original
waveform
Original
waveform
Expanded waveform
Expanded waveform
Insufficient sampling prevents the
capture of waveform characteristics
100ms
Maximum Sampling Rate for the Waveform Capture Time
(DS-5600 Series)
1s
100ms
10ms
2ms
1ms
5M points when the channels are 2.5M points when all channels
interleaved
are in use
5MS/s
50MS/s
500MS/s
2GS/s
2GS/s
2.5MS/s
25MS/s
250MS/s
1GS/s
1GS/s
Probe Selection Function
DS-5600 Series
Expanded waveform
Sufficient sampling enables the
waveform to be reproduced
Memory Length: 5M points
Sampling Speed: 50MS/s
DS-5400 Series
Selecting probes manufactured by Iwatsu enables attenuation ratios and coupling to be
automatically set. The model number, bandwidth of the vertical range and input coupling are
displayed.
Eligible Probes
Current Probes:
SS-280 Series, SS-240A, SS-250, SS-260, SS-270
Voltage Probes:
SS-320, SFP-5A, SFP-4A, HV-P30, HV-P60, etc.
The long memory is
able to reproduce an
even longer waveform
capture time to ensure
that the entire waveform
is acquired so that it
can be proportionally
checked later.
Original
waveform
Waveform Capture Time: The s/div x 10div time on the time axis range at the width of the time
axis displayed on the oscilloscope.
20
Waveform Capture
Time x 10
Sufficient sampling enables the
waveform to be reproduced
Memory Length: 1k points
Sampling Rate: 100kS/s
Waveform Capture Time
Memory Length: 500k points
Sampling Speed: 50MS/s
•Model name
•Unit, attenuation ratio
•Band, coupling
Four Waveform Parameter Simultaneous Judgment /
Waveform Mask Judgment Functions DS-5600 Series
Pass/Fail judgment will be carried out automatically on masks
and waveform parameters. Performing this on four parameters
simultaneously enables strict conditions to be set.
Pass
Pass
Fail
Fail
It is possible to perform
judgment on a maximum of
four waveform parameters
set between A and D
simultaneously.
NEW
Pass parameters displayed
in green, and Fail
parameters displayed in red.
Pass/Fail Judgment
Mask Judgment
Parameter Judgment
Operations during Pass/Fail Judgment
• Waveform capturing halted
• Data automatically saved
• Screen automatically saved.
• Pulse output
When the AUX I/O
option (DS-578)
is used
* Only supported by
the DS-5600 Series
Setup Example:
Pass
Non-judged item
Pass
Fail
• Beep tone
The pulse for the Pass/Fail
measurement result is output from
the BNC on the rear of the unit
and automated.
Reinforced Noise Reduction Functions
DS-5600 Series
Simple Moving Average
The Simple Moving Average (SMA) enables
smoothing and noise reduction at the sampling
points of the specified width, through the
digital filters that can be set for each channel.
This can also be used on non-repetitive single signals.
SMA: When ON: Width = ± 3pts
SMA : When ON: Width = ± 20pts
SMA: When OFF
Averaging Count Increased
The averaging count setting has been increased from 256 times to
65,536 times. This enables non-synchronized random noise signals
to be effectively reduced from measured repetitive signals.
•When the amplitude ratio for the signal (triangular wave) and
noise (random) is 1:1
•The example of the right shows a measurement with the
sampling speed set at 200kS/s and the memory length set at
10k points.
Averaging process OFF
Averaging process ON (averaging count at 32,768)
High Resolution
When measurements are taken at a sampling speed
lower than the maximum sampling speed, it is possible
to average the data captured at the maximum sampling
speed, capture the waveforms, reduce random noise, and
increase vertical resolution to a level equivalent to a
maximum of 12 bits.
This can also be used on non-repetitive single signals.
Normal Sampling
When resolution is the equivalent of 12-bit high resolution
(Sampling speed of 5MS/s, voltage range of 2mV/div)
(Sampling speed of 5MS/s, voltage range of 2mV/div)
21
Improved Trigger Functions
DS-5600 Series
DS-5400 Series
The trigger function has been reinforced so that waveforms can be triggered with optimal conditions, even for complex
logic signals and serial data signals.
Complex settings performed with pattern triggers can be smoothly set with the use of touch screen operations.
Original
waveform
Expanded waveform
Trigger Types
DS-5600
✓
✓
✓
Edge ALT, Edge OR
Cycle, Pulse width, Dropout, Edge, Pulse count, TV
Pattern
NEW
Serial (UART, SPI, I2C)
DS-5400
✓
✓
Triggered at 15ns pulses
Pulse Width Trigger
(Example: Detecting abnormal waveforms caused by glitches, etc.)
The meaning of the setting can be
checked on the timing diagram
H
Original
waveform
Expanded waveform
L
SCL
H
SDA
L
Serial Trigger
Pattern Trigger
(Example: Observing I2C signals on the serial control bus)
(Example: Counter logic output signal)
Waveform Calculation Function
Adds, subtracts and multiplies two waveforms,
and performs frequency analysis (FFT) on channel
waveforms.
The DS-5600 Series supports differential and integral
calculations.
The calculated waveforms can be saved as data, and
can be set as the source for the automatic measurement
of waveform parameters.
DS-5600 Series
DS-5400 Series
Supported by the DS-5600 Series
Square waveforms
Differential waveforms
Supported by the DS-5600 Series
Square waveforms
Integral waveforms
NEW Supports double calculations
(DS-5600 Series)
In addition to the results of addition, subtraction and
multiplication, this function also supports the double
calculation of FFT, differential calculus and integral
calculus.
CH Waveforms
Single Operations Double Operations
Addition
FFT
Subtraction
Differential calculus
Multiplication
Integral calculus
FFT
1 to 4CH (4CH unit)
1 to 2CH (2CH unit)
Differential calculus
1CH among the above Integral calculus
✓
✓
DS-5600
✓
(Excluding differential
DS-5400
calculus and integral
calculus)
1 to 4CH (4CH unit)
1 to 2CH (2CH unit)
2CH among the above
Differential calculation waveforms for square waveforms
(rising 50ns, falling 100ns)
(Displays the size of the time fluctuations (dv/dt) for
square waveform edges.)
Data+
Integral calculation waveforms for square waveforms
(Displays the results of integral calculus by time ( ∫ vdt)
for the area of square waveforms.)
Voltage waveforms
Data+
Difference Calculation
Frequency spectrum
[Examples of Usage]
•Addition/Subtraction: Evaluation of differential signals
Measuring Differential Serial Signals
•Multiplication: Evaluation of power waveforms from
Voltage x Current
Frequency spectrum analysis (FFT calculations of
switching voltage waveforms).
•FFT: Analysis of cyclic noise and vibrations, etc., in
frequency domains
Remote Control
Enables vast amounts of data to be collected and high-level analysis to be carried out on PCs.
■ Scope Viewer (Supplied with Iwatsu Test Instruments Tools)
Download the Iwatsu Test Instruments Tools (free of charge) from the Iwatsu website download page to enable the use of utility software for easily controlling ViewGo Ⅱ remotely.
Functions: Oscilloscope operations, cursor measurement, waveform data file output, screen hard copies, printing, etc.
22
Optional Accessories
GPIB Interface
DS-576
Rear of DS-5654
* DS-576, 577, 578 and IE-1226 are factory-delivered options, so it is necessary to specify them when place your order.
AUX I/O Option (2-way probe power source option)
VGA Video OUT
IE-1226 Made to order
DS-579
Can be used as a power source for probes
Supported Models:SS-240A/SS-250/SS-260/SS-270/
SS-320/SFP-5A/SFP-4A
VGA output on external displays for ViewGo Ⅱ is possible. In the inspection
lines of factories, the efficiency will be improved and in schools, the image onto
a large projector screen can be shown.
* The DS-579 cannot be used after the IE-1226 has been mounted.
Photograph of the Rear
Recommended for ViewGo II
Carrying Bag
AUX I/O Option (CH1/CH2 Output)
DS-577
Probe Accessories
Models Supported
•DS-5600Series,
•DS-5500ASeries
•DS-5500Series,
•DS-5400Series
AUX I/O Option (CH1/TRIG Output)
DS-578
* DS-5600 Series only
* The DS-577 and DS-578 cannot be mounted together.
*The specifications here show the individual characteristics of each probe.(Contact our sales or distributor for details.)
Standard Probe
High-Voltage Probe
SS-0130R
SS-0170R
Frequency BW: DC to 200MHz
Input RC: 10M Ω //12.5pF
Attenuation Ratio: 10:1
Length: 1.5m
SS-101R
Frequency BW: DC to 500MHz
Input RC: 10M Ω //12pF
Attenuation Ratio: 10:1
Length: 1.2m
Frequency BW: DC to 400MHz
Maximum Input Voltage: 6kV (DC+ACpk,
CAT Ⅰ )
Input RC: 66.7M Ω± 1%//4pF or less
Attenuation Ratio: 100:1,
Cable Length: 2m
SS-0171R
Frequency BW: DC to 400MHz
Maximum Input Voltage: 4kV(DC+ACpk,
CAT Ⅰ )
Input RC: 66.7M Ω± 1%//4pF or less
Attenuation Ratio: 100:1,
Cable Length: 2m
High-Voltage Probe
High-Voltage Differential Probe
HV-P30
SS-320
30kV DC+AC peak or single-pulse 40kV
HV-P60
DC to 100MHz( 1kVrms)
60kV DC+AC peak or single-pulse 80kV
* Check the de-rating characteristics of the
high-voltage probes before selecting them.
High-Voltage Probe
PHV/PHVS Series Type
BW
Length
PHV1000-RO
PHVS1000-RO
PHV-641-LRO
PHV-642-LRO
PHV-643-LRO
PHV661-LRO
PHV662-LRO
PHV663-LRO
PHVS662-LRO
PHVS663-LRO
400MHz
400MHz
380MHz
300MHz
150MHz
380MHz
300MHz
150MHz
400MHz
250MHz
2m
2m
1.2m
2m
3m
1.2m
2m
3m
2m
3m
Maximum Input
Voltage
Attenuation
Ratio
AC rms
(CAT Ⅱ )
Impulse
peak
100:1
1000:1
1kV
1kV
4kV
6kV
100:1
2kV
4kV
100:1
2.8kV
6kV
1000:1
2.8kV
6kV
* Contact us with regard to specifications not listed
FET Probe
Model
SFP-5A
SFP-4A
PS-25
Attenuation
Input RC
10:1
Approx. 1.9pF, Approx. 1M Ω
DC to 1GHz
10:1
Approx. 2.15pF, Approx. 1M Ω
DC to 800MHz
Power supply for SFP-4A, SFP-5A and SS-320 (Input voltage AC100V only)
SFP-5A
Current probe (Clamp type)
SS-250
Frequency Bandwidth : DC to 100MHz(-3dB), Maximum input range : 30A rms,
Maximum peak current : 50A peak, Measurable wire diameter : φ 5mm
Bandwidth
PS-25
Rogowski Coil Current Probe
SS-280A Series SS-240A
Frequency Bandwidth : DC to 50MHz(-3dB), Maximum input range : 30A rms,
Maximum peak current : 50A peak, Measurable wire diameter : φ 5mm
SS-270
Frequency Bandwidth : DC to 2MHz(-3dB), Maximum input range : 500A rms,
Maximum peak current : 700A peak, Measurable wire diameter : φ 20mm
Model
SS-281A
SS-282A
SS-283A
SS-284A
SS-285A
SS-286A
BW(-3dB)
110Hz to 30MHz
65Hz to 30MHz
32Hz to 30MHz
9Hz to 30MHz
6Hz to 30MHz
3Hz to 30MHz
Maximum current
30A, peak
60A, peak
120A, peak
300A, peak
600A, peak
1200A, peak
Common to all SS-280A series
SS-260
Frequency Bandwidth : DC to 10MHz(-3dB), Maximum input range : 150A rms,
Maximum peak current : 300A peak, Measurable wire diameter : φ 20mm
PS-26 Power Source for Current Probes
Power supply for SS-240A, SS-250, SS-260 and SS-270(Input voltage AC100V(AC120V/AC200V/
AC220V are factory- delivered options.)
ex. probe on TO-220
package
Item
Cable length
Sensor Coil length
Sensor Coil wire diameter
Temerature range
Amplifier
Coil&cable
Output
Power supply
Specifications
1.5m
80mm
φ 1.7mm
0deg. to 40deg.
-40deg. to 125deg.
BNC connector
AA battery *4pcs. or AC adaptor
*Distribution of DS-5600 series are limited in Japan and Asian markets.
23
DS-5600 Series Specifications
Frequency bandwidth (-3dB)
Rise time (Typical)
Input Channel Count
Maximum Sampling Rate
Equivalent Sampling Rate
Peak detect resolution
Averaging
Maximum Memory Length
Vertical Resolution
Input Voltage Range
Offset Voltage
DC Gain Accuracy
Maximum Input Voltage
Band-Limiting Filter
DS-5654
4
500MHz
750ps
DS-5652
2
DS-5634
350MHz
1ns
DS-5632
DS-5624
200MHz
1.75ns
DS-5622
DS-5614
100MHz
3.5ns
DS-5612
4
2
4
2
4
2
2GS/s (when 2 channels interleaved), 1GS/s (when all channels are in use)
100GS/s
1ns
2 to 65536 times (exponent of 2 step)
5M points (when 2 channels interleaved), 2.5M points (when all channels are in use)
8-bit (When high-resolution calculation is valid: Maximum 12-bits)
2mV/div to 10V/div( 1M Ω) , 2mV/div to 2V/div( 50 Ω)
2mV/div to 10V/div( 1M Ω)
2mV/div to 50mV/div : ± 1V, 50.2mV/div to 500mV/div : ± 10V、 502mV/div to 10V/div : ± 100V
± (1.5% + 0.5% full scale)
± 400Vpeak CAT Ⅰ( 1M Ω) , 5Vrms( 50 Ω)
± 400Vpeak CAT Ⅰ( 1M Ω)
Analog Form: 100MHz, 20MHz, 2MHz, 200kHz
Analog Form: 20MHz, 2MHz, 200kHz
Digital Form: Select either LPF, HPF or SMA, 4 independent channels
Digital Form: Select either LPF, HPF or SMA, 4 independent channels
GND, DC 1M Ω , AC 1M Ω , DC 50 Ω
GND, DC 1M Ω , AC 1M Ω
1M Ω ± 1% // 16pF, 50 Ω ± 1%
1M Ω ± 1% // 20pF
Automatic Detection: 1:1, 10:1, 100:1, 1000:1, Manual Settings: 1:1, 5:1, 10:1, 20:1, 50:1, 100:1, 200:1, 500:1, 1000:1, 2000:1
500ps/div to 50s/div
1ns/div to 50s/div
2ns/div to 50s/div
5ns/div to 50s/div
SS-101R (multi-channel supplied as standard)
SS-0130R (multi-channel supplied as standard)
50ms/div to 50s/div( 100kS/s max)
± 10ppm
Edge, Edge ALT, Edge OR, Pulse Count, Pulse Width, Cycle, Dropout, TV, Pattern (OR, NOR, AND, NAND), Serial (UART, SPI, I2C)
Input Coupling
Input Impedance
Probe Sense
Time Axis Range
Standard Probe
Roll Mode
Clock Accuracy
Trigger Function
TV Trigger (Rated) / Line setting range selection / Field
NTSC, PAL, Custom / Up to 3,000 / 1, 2, 4, 8
selection
Pulse Count Trigger Setting Range
1 to 9,999 events
Pulse Width Trigger Time Setting Range
15ns to 50s
Cycle Trigger Time Setting Range
40ns to 50s
Dropout Trigger Time Setting Range
50ns to 50s
Pattern Trigger
OR, NOR, AND, NAND
Trigger Source / State / Threshold Level
All Channels / HIGH, LOW, Don’t Care / All Channel Independent Setting
Serial Trigger
Trigger Selection
START, STOP, Parity Error, Data Pattern
Bit Rate
1,000bps to 1Mbps (set in units of 100bps)
UART
Comparative Data Length
5 to 8 bits
Signal Source
CH1 to CH4, EXT (CH1, CH2, EXT for 2 channel function)
Trigger Selection
Data Pattern
SPI
Idling time specified when no positive logic/negative logic or CS
* CH1 input is reserved for CS Selection
SCK signal input: Maximum
Comparative Data Length
4 to 64 bits
20MHz
Signal Source
CH1 to CH4, EXT (CH1, CH2, EXT for 2 channel function)
Trigger Selection
START, STOP, RESTART, NACK, Data Pattern
Address Mode
Selected from 7-bit / 10-bit / EEPROM read
I2C
Comparative Data Length
1 to 5bytes when the address is 7-bit/10-bit, 1byte when EEPROM read (with shift comparison)
Signal Source
CH1 to CH4, EXT (CH1, CH2, EXT for 2 channel function)
Trigger Source
All channels, EXT ( ± 0.5V), EXT10 ( ± 5.0V), Line
Trigger Slope / Coupling
+, - / AC, DC, High Frequency Rejection, Low Frequency Rejection, Noise Rejection
Display / Resolution
7.5-inch Color TFT LCD (touch screen) / VGA: 640 × 480 Pixels
Display Mode
Y-T, XY, XY Trigger
Vector Connection
Sample Point Interpolation Display, Dot Display
Analog Persistence
Monochrome Grayscale Display, Spectrum Display
Persistence Display Time
100ms, 200ms, 500ms, 1s, 2s, 5s, 10s, infinite
Internal Waveform Storage (REF Memory)
5 Waveforms
Front Panel Setting Storage
Possible to save five settings in the internal memory, USB memory
Parameter Measurement, Cursor, Zoom, Calculation, Replay Functions
Maximum Value, Minimum Value, Peak-Peak, RMS, Cycle RMS, Average, Cycle Average, Top, Base, Top-Base, Rising Overshoot, Falling Overshoot, Rising Time 20-80%,
Parameter Measurement
Falling Time 80-20%, Rising Time 10-90%, Falling Time 90-10%, Frequency, Cycle, + Pulse Count, - Pulse Count, + Pulse Width, - Pulse Width, Duty Ratio, Integral,
Skew (+, -), Skew at level
Simultaneous Measurement Count / Statistic Value Display
Maximum 4 Parameters / Maximum Value, Minimum Value, Measurement Count
Time, Parameter Measurement Results (Conditions A, B, C, D), Pass/Fail Judgment Results
Logging Items, Output Destination
Recording Time: Pop-up menu, internal memory (maximum 86,400 records), After Recording: USB memory
Judgment Mode: Parameter Judgment or Mask Judgment, Judgment Results: Saved on USB, Beep Tone, Pulse Output (DS-578 option required), Logging
Pass/Fail Judgment
Page Search Function: Select Pass or Fail and search in ascent or descent
Cursor
Time, Amplitude, Time & Amplitude, Value at Cursor Position
Zoom
Press the Zoom button on the front panel to display an enlarged waveform on a new grid
Addition, Subtraction, Multiplication, Differential Calculus, Integral Calculus, (FFT (maximum 8k points, rectangular, hanning, flat-top window functions)
Calculation Function
Double calculation of the results of either addition, subtraction or multiplication possible with either differential calculus, integral calculus or FFT (9 patterns)
Rescale / Unit Conversion
A: x + b (x: Input voltage, a, b: User defined) / volt, ampere, watt, °C, no display
Replay
Automatic waveform logging, storage for a maximum of 2,048 waveforms, replay possible
Frequency Counter
6 characters
Interface
Supports USB 2.0HS (device, host), LAN (100Base-TX), GPIB (factory-delivered option DS576)
AUX Interface
Optional external connector
Optional Accessories
DS-577 AUX IO CH1/CH2 Output* (factory-delivered option)
AUX IO1: Outputs the CH1 input signal to which offset voltage has been applied, AUX IO2: Outputs the CH2 input signal to which offset voltage has been applied
AUX IO1: Outputs the CH1 input signal to which offset voltage has been applied, AUX IO2: Outputs the pulse signal set level H with the following conditions
DS-578 AUX IO CH1/TRIG Output* (factory-delivered option) AUX IO2 Output Conditions: Output with trigger output (when TRIG output has been selected), Output when Pass/Fail/Pass or Fail has been detected (when Pass/
Fail output has been selected)
DS-576 GPIB Interface (factory-delivered option)
GPIB : IEEE488.2
Power source options for the DS-579 probe
Two-way power source for use with Iwatsu active probes
24
Waveform Data Storage
Hard copy Output
Calibration Signal Output
Power Source / Power Consumption
Dimensions / Unit Weight
Guaranteed Performance Temperature
Operating Temperature / Humidity / Altitude
DS-5654
DS-5652
DS-5634
DS-5632
DS-5624
DS-5622
DS-5614
DS-5612
Saved on the USB with binary, ASCII, Mathcad, calculation (ASCII), calculation (Mathcad)
TIFF, BMP and PNG (supporting transparency) images saved on the USB or output to printers that support PictBridge®
Square Waveform 1kHz, 3Vp-p
AC90V to 264V(47Hz to 63Hz), AC90V to 132V(380Hz to 420Hz) / 95VA(60W)max
Approximately 330W x 190H x 124D mm / Approximately 3.7kg
10˚C to 35˚C
Temperature 0 to 40°C / Humidity 5% to 80% RH ≦ 30°C (no condensation), RH 55% or less at 40°C or less (no condensation) / Altitude 2,000m or less
DS-5400 Series Specifications
DS-5424
DS-5422
DS-5414
DS-5412
Frequency bandwidth (-3dB)
200MHz
100MHz
Rise time(Typical)
1.75ns
3.5ns
Input Channel Count
4
2
4
2
Maximum Sampling Rate
2GS/s (when 2 channels interleaved), 1GS/s (when all channels are in use) 1GS/s
1GS/s
Equivalent Sampling Rate
100GS/s
Peak Detect Resolution
1ns
Averaging Function
2 to 256 times
Maximum Memory Length
500k points/ch
Vertical Resolution
8-bit
Input Voltage Range
2mV/div to 10V/div
Offset Voltage
2mV/div to 50mV/div: ± 1V, 50.2mV/div to 500mV/div: ± 10V, 502mV/div to 10V/div: ± 100V
DC Gain Accuracy
± (1.5% + 0.5% full scale)
Maximum Input Voltage
± 400Vpeak CAT Ⅰ
Band-Limiting Filter
Analog Form: 20MHz, 2MHz, 200kHz
Input Coupling
GND, DC 1M Ω , AC 1M Ω
Input Impedance
1M Ω ± 1% // 20pF
Probe Sense
Automatic Detection: 1:1, 10:1, 100:1, 1000:1, Manual Settings: 1:1, 5:1, 10:1, 20:1, 50:1, 100:1, 200:1, 500:1, 1000:1, 2000:1
Time Axis Range
2ns/div to 50s/div
5ns/div to 50s/div
Standard Probe
SS-0130R (multi-channel supplied as standard)
Roll Mode
50ms/div to 50s/div( 100kS/s max)
Clock Accuracy
± 10ppm
Trigger Function
Edge, Pulse Count, Pulse Width, Cycle, Dropout, TV
TV Trigger (Rated) / Line setting range selection / Field
NTSC, PAL, Custom / Up to 3,000 / 1, 2, 4, 8
selection
Pulse Count Trigger Setting Range
1 to 9,999 events
Pulse Width Trigger Time Setting Range
15ns to 50s
Cycle Trigger Time Setting Range
40ns to 50s
Dropout Trigger Time Setting Range
50ns to 50s
Trigger Source
All channels, EXT ( ± 0.5V), EXT10 ( ± 5.0V), Line
Trigger Slope / Coupling
+, - / AC, DC, High Frequency Rejection, Low Frequency Rejection, Noise Rejection
Display / Resolution
7.5-inch Color TFT LCD (touch screen) / VGA: 640 × 480 Pixels
Display Mode
Y-T, XY, XY Trigger
Vector Connection
Sample Point Interpolation Display, Dot Display
Analog Persistence
Monochrome Grayscale Display, Spectrum Display
Persistence Display Time
100ms, 200ms, 500ms, 1s, 2s, 5s, 10s, infinite
Internal Waveform Storage (REF Memory)
5 Waveforms
Front Panel Setting Storage
Possible to save five settings in the internal memory, USB memory
Parameter Measurement, Cursor, Zoom, Calculation, Replay Functions
Maximum Value, Minimum Value, Peak-Peak, RMS, Cycle RMS, Average, Cycle Average, Top, Base, Top-Base, Rising Overshoot, Falling Overshoot, Rising Time 20-80%,
Parameter Measurement
Falling Time 80-20%, Rising Time 10-90%, Falling Time 90-10%, Frequency, Cycle, + Pulse Count, - Pulse Count, + Pulse Width, - Pulse Width, Duty Ratio, Integral,
Skew (+, -), Skew at level
Simultaneous Measurement Count / Statistic Value Display
Maximum 4 Parameters / Maximum Value, Minimum Value, Measurement Count
Logging Items, Output Destination
—
Pass/Fail Judgment
­—
Cursor
Time, Amplitude, Time & Amplitude, Value at Cursor Position
Zoom
Press the Zoom button on the front panel to display an enlarged waveform on a new grid
Calculation Function
Addition, Subtraction, Multiplication, FFT (maximum 8k points, rectangular, hanning, flat-top window functions)
Rescale / Unit Conversion
a * x + b (x: Input voltage, a, b: User defined) / volt, ampere, watt, °C, no display
Replay
Automatic waveform logging, storage for a maximum of 1,024 waveforms, replay possible
Frequency Counter
6 characters
Interface
Supports USB 2.0HS (device, host), GPIB (factory-delivered option DS576)
AUX Interface
Optional external connector
Optional Accessories
DS-577 AUX IO CH1/CH2 Output
—­
DS-578 AUX IO CH1/TRIG Output
—
DS-576 GPIB Interface
GPIB : IEEE488.2 (factory-delivered option)
Power source options for the DS-579 probe
Two-way power source for use with Iwatsu active probes
Waveform Data Storage
Saved on the USB with binary, ASCII, Mathcad, calculation (ASCII), calculation (Mathcad)
Hard copy Output
TIFF, BMP and PNG images saved on the USB or output to printers that support PictBridge®
Calibration Signal Output
Square Waveform 1kHz, 3Vp-p
Power Source / Power Consumption
AC90V to 264V(47Hz to 63Hz), AC90V to 132V(380Hz to 420Hz) / 95VA(60W)max
Dimensions / Unit Weight
Approximately 330W x 190H x 124D mm / Approximately 3.7kg
Guaranteed Performance Temperature
10˚C to 35˚C
Operating Temperature / Humidity / Altitude
Temperature 0 to 40°C / Humidity 5% to 80% RH ≦ 30°C (no condensation), RH 55% or less at 40°C (no condensation) / Altitude 2,000m or less
*The DS-577 and DS-578 cannot be mounted together.
●External appearances and certain performance levels are subject to modification without prior notice for the purpose of product improvement, etc.
25
Isolation measurement system
Isolation measurement system
DM-8000H
•The input block, control block and display block are isolated with optical fiber cables.
(DM-900/L, DM-910/L)
• Frequency bandwidth: DC to 500MHz.
•Simultaneous multi-channel measurement of many channels of different reference potentials.
(2 to 24 channels) (DM-900/L, DM-400/L)
•Long-life battery drive. (The system can be driven by three batteries for about 12 hours)
(DM-900/L, DM-910/L)
• Measurement using long memory. (DM-900/L, DM-910/L, DM-400/L)
• Simultaneous measurements of the inverter's switching waveform and ON-voltage. (DM-910/L)
• Also supports synchronous measurements with the non-isolated unit. (DM-400/L)
Example: Isolation Unit DM-900 x 12units (24ch)
Controller PC (Option)
Main Unit DM-8000H
Transceiver Card DM-600
Optical Fiber Cables
Acquisition Control Card DM-610
Isolation Unit DM-900
High Voltage Probe
3-phase PWM Inverter (device under test)
Li ne up
Items
Model
Main unit
DM-8000H
Acquisition control card
DM-610
Transceiver card (optical x 2)
DM-600
Transceiver card (optical x 1, metal x 1)
DM-620
Transceiver card (metal x 2)
DM-630
Isolation unit (500k points) *1
DM-900
Isolation unit (16M points) *1
DM-900L
Isolation unit (high resolution, 500 k points) *2
DM-910
Isolation unit (high resolution, 16 M points) *2
DM-910L
Acquisition unit (500k points) *3
DM-400
Acquisition unit (16M points) *3
DM-400L
*1 With insulation case
*2 With insulation case. Optional probe is required for voltage measurements.
*3 Non-isolation type unit driven by AC power only.
26
Items
Optical fiber cable S (2m) *4
Optical fiber cable S (5m) *4
Optical fiber cable (5m)
Optical fiber cable (10m)
Optical fiber cable (20m)
Optical fiber cable (50m)
Optical fiber cable (100m)
Optical fiber cable (200m) [Custom Order]
Acquisition cable (2m)
Acquisition cable (5m)
Battery pack
Battery pack (set of three battery packs) *5
*4 Optical cable set without sheath.
*5 Standard item for isolation unit.
Model
DM-002
DM-004
DM-005
DM-006
DM-007
DM-008
DM-009
DM-010
DM-105
DM-106
DM-551
DM-553
Isolation with Optical Fiber cable (2 to 200 m)
The input block, control block and display block are isolated by an optical fiber cable. Owing to the fact that isolation units are isolated from each other by optical fiber cables, it is
possible to simultaneously measure signals that have different reference potentials, such as signals from the high and low-side switch of an inverter or from the primary and secondary
sides of a power converter.
DM-8000H main unit
DM-600 transceiver card
Up to 12 isolation units and acquisition
units can be connected. An acquisition
control card for capture control and up to
6 specially designed transceiver cards can
be installed onto the main unit. The gigabit
Ethernet-enabled high-speed main unit
improves the waveform update speed when
using 3 or more units. The interlock control
terminal is on the rear panel.
Two isolation units can be
connected per card.
DM-620 optical and metal
transceiver card
One isolation unit and one acquisition
unit can be connected per card.
DM-630 metal
transceiver card
Two acquisition units can be
connected per card.
LAN cable
Control PC
(optional)
LAN terminal
DM-610
acquisition control card
This card controls waveform capture in
measurement units. It also provides a
non-isolated external trigger input, which
can be changed to an external trigger
output terminal.
External
trigger
terminal
LAN terminal
Optical fider cable
DM-900 (500k)/DM-900L (16M)
isolation units
Blank panel
Interlock contact
Optical fider cable
Acquisition cable
DM-910 (500k)/DM-910L (16M)
isolation units (high resolution)
DM-400 (500k)/DM-400L (16M)
acquisition units
The units are operated by a builtin battery to perform floating
measurements.
Frequency bandwidth: DC to 500MHz,
highest sampling rate: 2GS/s, memory
length: 500k points (DM-900), 16M
points (DM-900L), input: 2channels (not
isolated), interface: optical interface
(set of three interfaces)
The units are operated by a builtin battery to perform floating
measurements.
The high resolution enables the
simultaneous measurement of switching
waveforms and on-voltage.
Frequency bandwidth: DC to 500MHz,
highest sampling rate: 2GS/s, memory
length: 500k points (DM-910), 16M
points (DM-910L), input: 1channel,
interface: optical interface (set of three
interfaces)
Insulation case
Withstand voltage: 10kV
(Standard accessory)
Insulation case
Withstand voltage: 10kV (Standard
accessory)
DM-553 Li-ion battery (built-in)
The battery can be inserted or removed from the front of the
isolation unit. It uses three batteries to enable the unit to
continuously operate for 20hours.
The battery can be charged with the
use of the main unit.
The DM-900/L and
DM-910/L are supplied with three
batteries.
DM-002 to DM-010 optical fiber cables
The optical fiber cables are resistant to
bending and external pressure.
Cable length: 2m to 200m
*1-2-5 step length
Without cover: 2m or 5 m
With cover: 5m to 200m
The units can
continuously operated
with an AC power source.
These units are best
suited to the nonisolated measurement of
grounded power probes,
for example.
Frequency bandwidth: DC to 500MHz, highest
sampling rate: 2GS/s, memory length: 500k points
(DM-400), 16M points (DM-400L), input: 2channels
(not isolated), interface: electric interface (one
set)
DM-105/DM-106 acquisition
cables
Interface cables
especially designed
for the acquisition
unit. These cables are
connected to the unit and
transceiver by electrical
signals from the DM-400/
Cable length: 2 or 5m
L.
A fundamental duty cycle (16ms on the sample
screen) can be captured at a rate of 1GS/s.
The DM-9xxL long memory isolation unit
enables detailed analysis during a basic
inverter duty cycle.
The DM-900L and DM-910L long memory isolation units
enable detailed analysis of individual carrier signals
while capturing a base duty cycle.
Gate driving waveform of the U, V, and W phases on
the high side of a 3-phase inverter.
View with zoom display.
27
Up to 24 CH at a
high voltage and
wide bandwidth can
be simultaneously
measured.
The many operation functions provided by the IS Viewer facilitate power
loss and other measurement.
Voltage waveform
Vce
Current waveform
Ic
Waveform monitoring and other system operations are
remotely performed using the standard IS Viewer (software).
The IS Viewer can be used off-line as well, and is therefore
useful for data organization at locations remote from the
measurement site.
The Vce, Ic, output voltage and current
waveforms of the upper and lower arms of
an inverter can be simultaneously measured.
dv/dt, di/dt, and other parameters, such as
power loss, can be easily calculated from the
measurement waveforms.
Power loss waveform
Vce×Ic
Time axis
Functions of the IS viewer (DM-800)
Reference display
function
This function is used to
compare waveforms.
FFT function
This function is used for
the frequency analysis of
measured waveforms.
Edge search function
This function is used to
automatically detect the edge
of a monitored waveform and
display selected edges.
X-Y display function
This function is used to
evaluate the SOA (safe
operation area) and other
items.
Multi-channel floating measurements (simultaneous measurement example of the upper and lower arms of a 3-phase inverter)
Optical fiber cable
Bandled IS Vewer software
LAN cable
The waveform of voltage output from the 3-phase
inverter that drives a motor or other device (shown
in the left-hand figure) is a pulse voltage waveform,
as shown in the figure below.
Average
waveform
Output
waveform
Several
dozen to
several
thousand
volts
Differential probes were used for this type of
measurement in the past, but this resulted in
the waveform sometimes being distorted, and
it was sometimes difficult to ensure sufficient
measurement bandwidth due to constraints of the
common mode rejection ratio or withstand common
mode voltage. With optical fiber isolation, this
isolation system can accurately monitor signals
without being affected by these constraints.
Upper
arm
Measuring Vge of the upper arm
with differemtial input
Motor
Measuring Vge of the upper arm
with isolation input
Three builtin batteries
Lower
arm
Oscilloscope
The common mode noise prevents
accurate measurement.
Remote
measurement
(up to 400m)
Measurement points that are up to 400m apart can be synchronously measured.
28
Optical
isolation
System configuration
IGBT Gate voltage measurements in the high-side switch of a single phase inverter (one unit)
Isolation unit DM-900
Waveform capture can be more accurately
performed in comparison to the illustration
below (Oscilloscope + differential probe)
LAN
High-side
Controller PC (Option)
MOTOR
Optical fiber cable S DM-002 (2m)
Low-side
Single phase inverter
System configuration
Main unit
Acquisition control card
Transceiver card (optical x 2)
Isolation unit (500k points)
Optical fiber cable S
IS viewer
Controller PC (Option)
Main unit DM-8000H
DM-8000H
DM-610
DM-600
DM-900
DM-002 (2m)
DM-800
1
1
1
1
1
1
1
IGBT Vce voltage measurements in the high-side switch of single phase inverters (four units)
Isolation unit DM-900
LAN
Controller PC (Option)
High-side
Main unit DM-8000H
MOTOR
Low-side
Optical fiber cable S DM-004 (5m)
System configuration
Main unit
Acquisition control card
Transceiver card (optical x 2)
Isolation unit (500k points)
Optical fiber cable S
IS viewer
Controller PC (Option)
Single phase inverter
DM-8000H
DM-610
DM-600
DM-900
DM-004 (5m)
DM-800
1
1
2
4
4
1
1
IGBT Vce voltage & Ic current measurements of 3-phase, 2-level inverters (twelve units)
Isolation unit DM-900
LAN
Controller PC (Option)
MOTOR
Main unit DM-8000H
System configuration
Optical fiber cable S DM-004 (5m)
Main unit
Acquisition control card
Transceiver card (optical x 2)
Isolation unit (500k points)
Optical fiber cable S
IS viewer
Controller PC (Option)
DM-8000H
DM-610
DM-600
DM-900
DM-004 (5m)
DM-800
1
1
6
12
12
1
1
29
Isolation measurement system
Isolation System DM-8000H Specifications
DM-900L/DM-910L Isolation Unit and DM-400/L Acquisition Unit
Model
DM-900
DM-900L
DM-910
DM-910L
DM-400
DM-400L
Signal input unit
Frequency Bandwidth (-3 dB)
Bandwidth limiter
Input impedance
Maximum input voltage
Number of channels
Input coupling
1M Ω // 16pF
400V max (DC+peakAC<=5kHz) CAT I
1
GND, DC1M Ω
CH1-MAIN: 50mV/div~5V/div, 1-2-5 steps
CH2-ZOOM: 2mV/div~1V/div, 1-2-5 steps
CH1-MAIN: 50mV/div~500mV/div, ± 10V *2
1V/div~5V/div, ± 100V *3
CH2-ZOOM: 2mV/div~20mV/div, ± 2V *1
50mV/div~1V/div, ± 20V *2
± (1.0% + 0.5% of full-scale + X) X:*1 1mV, *2 10mV, *3 100mV
± (1.5% + 0.5% of full-scale)
10:1, 100:1, 1000:1 (Auto detection/manual settings)
1GS/s (2GS/s during interleave)
8bits
500k points/ch
16M points/ch
2 (between channels are not isolated)
GND, DC1M Ω , AC1M Ω
Input sensitivity
2mV/div~10V/div, 1-2-5 steps
2mV/div~50mV/div, ± 1V *1
100mV/div~500mV/div, ± 10V *2
1V/div~10V/div, ± 100V *3
Offset range
Offset accuracy
DC gain accuracy
Probe sensitivity
Sample rate
Vertical axis resolution
Maximum memory length
500MHz
20MHz / 100MHz
500k points/ch
16M points/ch
1M Ω // 16pF or 50 Ω
2 (Not isolated)
GND, DC1M Ω , AC1M Ω , DC50 Ω
2mV/div~10V/div, 1-2-5 steps
2mV/div~50mV/div, ± 1V *1
100mV/div~500mV/div, ± 10V *2
1V/div~10V/div, ± 100V *3
500k points/ch
16M points/ch
Trigger system unit
Trigger sources
Trigger slope
Coupling
Level range
CH1, CH2
CH-1-MAIN
Positive / Negative
AC, DC, HFREJ, LFREJ
125% of full-scale
CH1, CH2
Interface
Interface
1 set of 3 optical interfaces (optical fiber cable: 2m to 200m)
1 set of electrical interfaces (wire cable:2 or 5m)
Power supply and battery unit
Internal battery
Battery charging
Power consumption
Battery operation time
Battery charging time
AC power supply
3 battery packs (unit can operate on one battery)
Can be charged by the main unit
120VAmax (when using AC power)
Approx. 12 hours of continuous operation (when using 3 batteries)
Approx. 6 hours
AC100 to 240 (50/60Hz)
—
—
40VAmax
—
—
Calibration signal
Calibration signal
0.6V / 6V (selectable)
Mechanical unit
Dimensions (mm)
Weight
Operating temperature
Performance guaranteed temperature
122.4 (H) X 258.4 (W) X 544 (D)
Approx. 7kg (excluding battery packs and accessories) Battery pack weight: Approx. 660g per pack
0˚C to +40˚C
+10˚C to +35˚C
96.4 (H) X 171.6 (W) X 322.6 (D)
2.6kg
3
—
Accessories
Battery pack
Power supply cable
DM-8000/DM-8000H Main Unit
Transceiver card connection
Number of slots
* When the DM-610 acquisition control card is installed
6 (Max. 12 isolation units and/or acquisition units can be connected.)
Time axis
Sweep range
Clock accuracy
Acquisition mode
1ns/div to 20s/div
10ppm
Normal, peak
Trigger system
Mode
Source
Type
Trigger delay
Auto,Normal,Single,Stop
Up to 24 CH
Edge,Pulse width
Available
Interface
Ethernet port
1000BASE-T × 3
Power supply unit
AC power supply
Power consumption
30
Number of isolation /
acquisition units connected
Operation indicator
Mechanism
Operating temperature
Performance guaranteed temperature
(supplied with the DM-8000H main unit)
* IS Viewer is installed in the controlling computer (option) and is used to
operate the isolation system and to monitor waveforms.
Main function
Operations
132(H) × 351(W) × 420(D), Available. 6.9kg
0˚C to +40˚C
+10˚C to +35˚C
Other functions
1
1
CD-R(1)
IS Viewer DM-800 CD-R (1)
Note #1:Intel and Pentium are registered trademarks or trademarks of Intel Corporation and its subsidiary companies in the
United States of America and other countries.
Note #2:Windows is a registered trademark or trademark of Microsoft Corporation in the United States of America and other
countries.
DM-600: 2 (DM-900/L, DM-910/L)
DM-620: 1 (DM-900/L, DM-910/L) +1 (DM-400/L)
DM-630: 2 (DM-400/L)
Status display via LED
Card inserted in main unit (DM-8000H)
0˚C to +40˚C
+10˚C to +35˚C
IS Viewer DM-800
Parameter
measurements
Accessories
LAN cable
Power supply cable
Operation manual
Control software
DM-600/DM-620/DM-630 Transceiver Card
100V to 240V (50/60Hz)
130VA max
Mechanical unit
Dimensions (mm) and weight
Operating temperature
Performance guaranteed temperature
1
Waveform storage
Saving images
Saving setups
+, -, × , ÷ , | × |, | ÷ |, ∫ , dy/dx
Max, Min, p-p, Top, Base, Top-Base, RMS, Cycle RMS, Mean,
Cycle Mean, +/-Overshoot, Transition Time, dv/dt, Freq, Period, +/-Pulse
Count, +/-Pulse Width, Duty, Integral, Integral (abs), Integral (pos), Integral
(neg), Skew (%), Skew (Level)
XY display, FFT, Cursor, smoothing,
channel de-skew, re-scale, off-line viewer
CSV
BMP,PNG,Clipboard
with / without waveforms
Controlling computer
CPU
RAM
OS
Display
Intel® Pentium®4 Processor or laterNote #1
2GB or larger
Windows® XP Professional SP3Note #2
Windows® Vista Business SP2Note #2
At least WXGA (1,280 x 768 pixels) recommended
(SXGA (1,280 x 1,024 pixels) is required for full display.)
ISOLATION PROBE
ISOLATION PROBE
ISOLATION AMP (Receiving side) ISOLATION UNIT (Sending side)
SE-6000
SE-6010
Performs waveform measurements with high resolutions and in safe manner
under high voltage environment in systems that isolate output terminals through optical insulation
• Contributes to the safety for the high voltage environment tests
• Increases measurement quality with differential probes
• Measures noise resistance very effectively
• Supports wide range of objects such as lightning surge and charging tests and etc.
Ultra-high voltage
measurement
• Measures Distant points (Switches, Transportation equipment and etc.)
• Analyzes failure factors when multiple abnormal operations happened at the distant
places (The Isolation unit can be set at each place, up to 4 sets in total)
Wind-power
generation
High voltage divider
Performs ultrahigh voltage
measurement in safe
manner
SE-6010
(Sending side)
Isolation unit can be
set at a distant place
Useful for a long time
monitoring of an inverter
and an UPS power supply
Load
High voltage probe
Oscilloscope
Impulse voltage
source
SE-6010
(Sending side)
High-speed
train
Performs simultaneous
measurement at multiple
distant points
Oscilloscope /
Data logger
SE-6000
(Receiving side)
SE-6000
(Receiving side)
High voltage probe
SE-6010
(Sending side)
SE-6000
(Receiving side)
Digitizer
High-voltage transformer
Performs ultrahigh voltage
measurement in
safe manner
High voltage probe
SE-6010 (Sending side)
Inverter
SE-6000
(Receiving side)
ISOLATION UNIT
SE-6010 (sending side)
Various types
of probes can
be used, such
as High voltage
probes, current
probes and
passive
proves
Amplifier
ISOLATION AMP
SE-6000 (Receiving side)
A/D conversion
Battery –powered (Max. 30 hours)
D/A conversion
Optical fiber
cable
Max. cable
length of 200m
Excellent combination with operation of
an oscilloscope
ISOLATION AMP (Receiving side) Specifications
Number of channels
Frequency range (-3dB)
Input impedance
Input coupling
Input range (Full scale)
Number of channels
DAC
Output voltage (Impedance)
Operation time
1
30MHz (Input to Unit ~ Output from AMP)
1M Ω //20pF
DC, AC, GND
at output range ± 1V (50-ohm), ± 2V (1M-ohm)
± 50mV, ± 100mV, ± 200mV, ± 500mV, ± 1V, ± 2V, ± 5V, ± 10V, ± 20V, ± 50V
at output range ± 0.8V (50-ohm), ± 1.6V (1M-ohm)
± 40mV, ± 80mV, ± 200mV, ± 400mV, ± 800mV, ± 2V, ± 4V, ± 8V, ± 20V, ± 40V
Offset variable, Probe sense, Auto range, Self Cal.
(Controlled from the SE-6000 [Receiving side])
Battery 1pce: 12 hours Battery 2pces: 24 hours *1 pce equipped as standard
Model Name
ISOLATION AMP (Receiver side)
ISOLATION UNIT (Sending side)
Battery charger (2-bay type)
Battery
Model Number
SE-6000
SE-6010
SE-603
SE-601
Monitor display
Auto range
Input (Optical I/F Connector)
Output
Power Source
4
14bit 100MS/s
± 1V (50-ohm load), ± 2V (1M-ohm load)
In DSO mode: ± 800mV (50-ohm load), ± 1.6V (1M-ohm load)
4.3" Color LCD
back light : Select High / Low
for display and selection of setting conditions of the SE-6010 (ISOLATION UNIT)
Range, Offset auto detection
Twin LC connector x 4
BNC × 4
AC100 to 240V (50/60Hz)
Model Name
Optical fiber cable
• Oscilloscope
• Digitizer
• Others
Amplifier
ISOLATION AMP (Receiving side) Specifications
Functions
Oscilloscope
3m
10m
50m
200m
Model Number
SE-605
SE-606
SE-607
Custom order
31
Probe
High Voltage Differential Probe
BumbleBee
®
Wide bandwidth
400MHz
Attenuation Ratio(switchable)
Input voltage
50:1
300MHz
1.2ns
100:1
300MHz
1.2ns
500V
—
—
1,000V
—
—
—
55mV
55mV
75mV
50V
Bandwidth(-3dB)
Rise time(10%-90%)
RMS Noise level (Broadband noise at 30MHz
bandwidth)
Typical Propagation Delay
Max. Common Mode Voltage
Max. Input Voltage
Measurement category (IEC61010-031)
Max. Input Voltage
Common Mode Voltage
DC Gain accuracy
Offset Range 1)
Offset Resolution 1)
Offset Drift 1)
Input impedance at each input to GND
Input impedance at differential inputs
Input coupling of the measuring instrument
Commonmode rejection ratio (typ. CMRR)
Weight
Cable length
Input Leads Length
Input Leads Connectors
Output Connectors
Operating temperature range
Temperature range for probe input leads
Power supply units(Optional)
Category I
Category III
± 200V DC
± 0.7%
150 μ V/℃
DC
100kHz
1MHz
3.2MHz
250:1
400MHz
0.875ns
300MHz
1.2ns
500:1
400MHz
0.875ns
300MHz
1.2ns
300MHz
1.2ns
75mV
10ns
± 2,000V pk( ± 1,400V rms)
2,000V eff. 6,000V transient Overvoltage
1,000V CATIII
± 400V DC
± 1,000V DC
± 1,400Vpk( ± 1,000Vrms)
± 0.7%
± 0.35%
± 4V
15 Bits / Minimum Step<125 μ V
150 μ V/℃
40 μ V/℃
5M Ω //4pF
10M Ω //2pF
50 Ω
>80dB
>70dB
>62dB
>50dB
370g
2m
25cm
2mm x 4mm(male)
BNC(male)
0 ℃ to 50℃
-40℃ to 85℃
PS-02(2CH), PS-03(4CH)
1) Referred to Output
Bumble Bee® is registered trademark in Germany of PMK GmbH.
PS-03
SS-320
100MHz, 1.4kV
Freq. BW
Maximum differential input voltage
(DC+AC peak)
CMRR(70dB)
CMRR(80dB)
CMRR(50dB)
Input impedance
Input impedance at each input to GND
Input impedance at differential input
Cable length
Power supply unit (optional)
32
DC to 100MHz
± 140V(50:1)/ ± 1.4kV(500:1)
500V DC
50/60Hz
1MHz
1M Ω
4M Ω //7.0pF
8M Ω //3.5pF
1.5m
PS-25(External) / DS-579
± 2,000V DC
± 0.35%
40 μ V/℃
High Voltage Passive Probes
PHV1000
PHVS1000
Model
PHV1000-RO
PHV1000-3-RO
PHVS1000-RO
PHVS1000-3-RO
RMS vs. Peak Pulse Voltage PHV 1000-RO
100:1
50
7.5
1000:1
50
7.5
PHV641-LRO
PHV642-LRO
PHV643-LRO
PHV661-LRO
PHV662-LRO
PHV663-LRO
PHVS662-LRO
PHVS663-LRO
PHV4002-3-RO
PHV4002-5-RO
PHV4002-8-RO
PHV4002-10-RO
100:1
100:1
1000:1
1000:1
400MHz
250MHz
400MHz
250MHz
Measurement Category I
rms(kV)
peak(kV)
1
4
1
4
Cable length
2m
3m
2m
3m
Duty Cycle
PHV4002
PHV6xx
PHVS6xx
Attenuation
BW(-3dB)
Typical Voltage Derating PHV 1000-RO
Maximum Pulse Derating PHV 1000-RO
Model
Iinput RC
R(M Ω )
C(pF)
Attenuation
Iinput RC
R [MΩ]
C [pF]
<6
50
<6.5
<7
<6
50
<6.5
<7
<6.5
50
<7
100
<2.5
BW(MHz at -3dB)
380
300
150
380
300
150
400
250
100
—
—
10
CAT II AC rms
Max. Input Voltage(kV)
VDC Incl. pk AC
Impulse Peak
2
3
4
2.8
4
6
2.8
4
6
14
20
40
Comp. Range
[pF]
Cable length
15 - 55
10 - 50
15 - 55
1.2m
2.0m
3.0m
1.2m
2.0m
3.0m
2.0m
3.0m
10 - 50
3.0m
10 - 50
15 - 55
10 - 50
33
Passive Probes
Attenuation
Input Impedance
System bandwidth(-3dB)
scope input capacity
SS-101R
Model
10 : 1
10M Ω /12pF
500MHz
13 to 23pF
SS-0130R
10 : 1
10M Ω /12.5pF
200MHz
18 to 35pF
10 : 1
10M Ω /14pF
100MHz
1:1
1M Ω /<150pF
6MHz
10 : 1
10M Ω /22pF
60MHz
1:1
1M Ω /<200pF
6MHz
1:1
44pF ± 6pF
30MHz
SS-0122
SS-0112
SS-0004
SS-0170R/
SS-0171R
HV-P30
SS-0171R
SS-0170R
HV-P30
HV-P60
Attenuation
100 : 1
100 : 1
1000:1
2000:1
R [MΩ]
C [pF]
66.7
66.7
100
1,000
<4
<4
<7
<7
Pair Probes
Input RC
Model
PDD4161-L
PDD4162-L
PDD4163-L
PDDS4962-L
PDDS4963-L
PDD4002-3
Attenuation
100 : 1
100 : 1
100 : 1
1000 : 1
1000 : 1
1000 : 1
R [MΩ]
C [pF]
50
50
50
50
50
100
<6
<6.5
<7
<6
<6.5
<2.5
Pair passive probes are paired of their performance for dynamic tests.
34
10 — 45pF
HV-P60
Input RC
Model
10 — 32pF
System
Bandwidth Cable Length Comp. Range
[MHz]
[m]
[pF]
(-3dB)
400
2.0
6 — 18
400
2.0
6 — 18
50
3.0
15 — 50
50
4.0
20 — 50
System
Bandwidth Cable Length Comp. Range
[MHz]
[m]
[pF]
(-3dB)
380
1.2
10 — 50
300
2.0
10 — 50
150
3.0
15 — 55
400
2.0
10 — 50
250
3.0
10 — 50
100
3.0
10 — 50
Max. Input Voltage [kV]
CAT Ⅱ
DC+ACpeak
CAT Ⅰ
DC+ACpeak
1.0
1.0
4.0
6.0
30
60
Max. Input Voltage [kV]
CAT Ⅱ AC
VDC Incl.pkA
rms
2.8
2.8
2.8
2.0
2.0
14
4.0
4.0
4.0
3.0
3.0
20
Impuls
6.0
6.0
6.0
4.0
4.0
40
Current Probes
Model
SS-240A
SS-250
SS-260
SS-270
CLAMP TYPE CURRENT PROBE
Maximum input current
30Arms
50Apk
30Arms
50Apk
150Arms
300Apk
500Arms
700Apk
Frequency bandwidth
DC-50MHz
DC-100MHz
DC-10MHz
DC-2MHz
Measurable wire diameter(max.)
5mm
5mm
20mm
20mm
SS-270
•High current 12kApk, Withstanding voltage 12kV max.
•Zero adjust function
ROGOWSKI COIL CURRENT PROBE Lineup
95mm
SS-290S
300mm
φ8.5mm
220mm
700mm
φ8.5mm
SS-290L
SS-290 series
25mm
Model
SS-293S
SS-293L
SS-294S
SS-294L
SS-295S
SS-295L
SS-296S
SS-296L
SS-281A
SS-282A
SS-283A
SS-284A
SS-285A
SS-286A
SS-287A
Max.
Withstanding
Voltage
Peak
Current
1,200A
3,000A
10kV
6,000A
12,000A
30A
60A
120A
300A
600A
1,200A
3,000A
1,2kV
Bandwidth
(-3dB)
Sensor
20MHz
10MHz
20MHz
10MHz
20MHz
10MHz
20MHz
10MHz
Cable length at
3meters
30MHz
Cable length
at 1.5meters
Operation
temperature
at -40deg. to
125deg.
Cut-off
frequency
Sensitivity at Noise level
mV/A
at mV rms
di/dt
kA/us
To be specified.
110Hz
65Hz
32Hz
9Hz
6Hz
3Hz
200
3.5
100
2.5
50
2
20
10
1.8
5
To be specified.
2
4
8
20
40
80
80mm
φ1.7mm
SS-280A series
High voltage Probe Calibrators
KHT1000C
100V/200V/500V/1000V, 50Hz
High voltage Probe Calibrators
TK100C
100V, 100Hz
Probing tools for Flat package (Ultra-mini clips)
KSZ10B 0.05A/0.2A/0.5A/1A/2A/10A, 1Hz
KSZ100B 20A/50A/100A, 0.5Hz
3-D Probe Positioners
3D Positioners
Two foot Positioners
*Distribution of PMK probes and Rogowski coil current probes are limited in Japan and Asian markets.
35
Digital Multimeter
6½ Digits Digital Multimeter
VOAC7602
User-friendly Operability
Illuminated when necessary
The input of numerals, characters and symbols, and list selection
needed for parameter settings can be carried out speedily and
directly. Simple rotate and push the knobs to set the parameters.
Arrow keys
These keys are used to move the cursor for numerical and character
input. They can also be used for switching between the primary
display of numerals, trend charts and histogram charts, etc., and the
secondary displays of statistics and analog meters, etc.
Enables instantaneous copies of the screen to be taken
White background mode : * The font for the digit display is selected with NORMAL (gothic) on DISPLAY.
Display
4.3-inch highresolution
LCD monitor
109mm
Easy-to-see Large Screen
Equipped with a high-resolution, wide color LCD display. The display is
bright and provides a wider field of view, which becomes apparent the more
it is used. The font used for the digits can be selected from normal (gothic)
type and seven segment type. It is also possible to choose the background
color from two colors (white and black).
Black background mode :
*The font for the numerical display
is selected with NORMAL(gothic)
on DISPLAY.
New displays that make even better use of the judgment function
A larger screen for enhanced legibility
Unique needle meters. Pseudo analog-like fluctuations are displayed digitally
It is now possible to see
the screen from a distance.
Highly-acclaimed for enabling
adjustment work to be
carried out more easily and
speedily.
In addition to the convenience of making estimated judgments, it is now possible to use combinations of
the judgment function in a wide range of ways.
The color of the needle changes when the reading exceeds the judgment standards.
A myriad of analyses can now be carried out without the use of a PC. Performance and functionality levels without selecting fields enhance work quality. The VOAC7602 is equipped with a wide
range of new functions, including trend chart and histogram chart displays and enhanced analysis accuracy through 30k sampling/s, which exceeds expectations for normal DMMs.
Real Time • Trend display + LIMIT judgment display
Real Time • Histogram display + LIMIT judgment display
Real Time • Trend display + Analog meter display
Fail Area
Judgment Zone
Fail Area
Real Time • Numerical display + LIMIT judgment display
36
Real Time • Trend display + Data Numerical display
Arc scale meter display + Data Numerical display
A myriad of analyses display combinations are now possible without the use of a PC
The primary display consists of several displays, including the numerical display, the trend charts, the histogram charts and the arc scale meter, and a secondary display to provide a
wealth of information related to each of the primary displays is also available. A wide range of screen combinations can therefore be selected in alignment with measurement requirements.
Primary display area
Primary display
Annunciator
(Displays indicators to show the operational status of the device)
Secondary display area
Secondary display
Trend
Analog meter display
Statistics display
Menu
display area
Histogram
LIMIT judgment display
Cursor measurement display
Arc scale meter
Numerical display
Accurate Sampling Rates Now Possible with the Bulk Mode.
This contributes greatly to improved analysis accuracy
A dedicated acquisition mode was added to enable 30k sampling/s. (DCV, DCI, 2W Ω and 4W Ω with 5½ digit displays) This has greatly improved the time resolution to load data, and is
useful for transferring data across to other new DMM applications.
Sampling Rate Comparison
Bulk mode
A comparison of data acquired with 1k sampling/s and 30k sampling/s using the same signals in the bulk mode.
The bulk mode is a mode that concentrates only on
acquiring measurement data.
Accurate sampling rates up to a maximum of 30k
sampling/s are guaranteed when the display of
measurement data on the screen is switched off during
data acquisition. The measurement data is stored in
bulk in the log memory, and can be used for displaying
trends and histograms with the use of the offline browser
function. Data can also be saved onto USB memories.
Trend
30k sampling/s
1k sampling/s
Logging is Possible for Long Periods of Time with Long Memory
Equipped with a data size
equivalent to 100k points of data
to supports extended logging
periods.
Example: Logging exceeding one
full day is possible at a sampling
speed of one per second.
Sampling Rate
(Sampling/s)
Loading Time
(HH:MM:SS)
1
4
20
100
500
1k
2k
7.5k
15k
30k
27:46:40
6:56:40
1:23:20
0:16:40
0:03:20
0:01:40
0:00:50
0:00:13
0:00:07
0:00:03
Using this in combination with the trigger function's interval setting will enable parameters that are longer than the sampling cycle to be set (0 to
3,600 seconds), and even longer logging times can be obtained by setting the interval at one second or longer.
Offline Browser Function Equipped with a Powerful Cursor
Offline Histogram Chart Display
Useful for Measurement Yields
Off-line Trend Charts for Displaying the TimeBased Fluctuations in Measurements
Vastly Upgraded Judgment Function
The data loaded into the log memory is displayed in a
histogram so that the yields can be easily measured with
the cursor.
This function is conventionally carried out through PC
analyses, but allowing judgment to be performed where
the work is being carried out drastically improves work
efficiency.
In addition to an oscilloscope-like display, it is possible
to recalculate the statistics within the range of the cursor
to acquire statistical data within required ranges. It is
also possible to perform this while copying the screens
into the USB memory, which is very useful for improving
work efficiency even further.
The VOAC7602 is capable of performing high-grade
analyses based on the results of LIMIT judgment. The main
feature here is the simple operations. The unit answers
the questions that trouble operators, such as the number
of defects occurring and the Date & Time of Occurrence.
Fail Area
Fail
"Occurrence Rate" Solution Screen
37
VOAC7602 Specifications
1. Common Performance
ADC method
Measurement Mode
Trigger Setting
Range
Auto Range
Screen
Size
Dot Count
Color
Drive System
Backlight
Sampling Rate
Storage Temperature and
Humidity
ΔΣ ADC system
AUTO / SINGLE (Switching)
Selected from AUTO RANGE/MANUAL RANGE
Range increased over "1199999", and range decreased below "100000".
LCD
4.3-inch
480 dots x 272 dots
16bit, 65,536 colors
TFT active matrix
LED
DC Range (DCV, DCI, 2W Ω , 4W Ω )
Power Supply Frequency: 50Hz
Sampling
PLC Converted
Rate*1(S/s)
Value * 2
Screen Display
Power Supply Frequency: 60Hz
Sampling
PLC Converted
Rate*1(S/s)
Value * 2
Screen Display
2.5(1)
20
2.5(1)
24
10(4)
5
10(4)
6
50(20)
1
60(20)
1
100
500
1k
2k
7.5k
15k
30k
0.5
0.1
0.05
25m
6.67m
3.33m
1.67m
100
500
1k
2k
7.5k
15k
30k
0.6
0.12
0.06
30m
8m
4m
2m
Display
Digits
Remarks
Figures within ( ) are
6½ digits with AUTOZERO set at
ON or during 4W Ω
5½
digits
Cannot be selected
during 4W Ω
*1.The sampling rate is only guaranteed when loading data with the logging function MODE set at the
BULK mode.
*2.
PLC Converted Value: Value equivalent to the sampling cycle/power source cycle
AC Range (ACV, ACI)
AC
Filter
Sampling Rate
Power Supply Frequency: 50Hz
Power Supply Frequency: 60Hz
MID
2.5S/s (20PLC)
2.5S/s (24PLC)
HIGH
2.5S/s( 20PLC)
10S/s( 5PLC)
50S/s( 1PLC)
2.5S/s( 24PLC)
10S/s( 6PLC)
60 /s( 1PLC)
Power Supply
Power Consumption
Withstand Voltage
Installation (Over-Voltage)
Category
Contamination Level
External Dimensions
Weight
Expected Life Span
LCD
Relays
Data Backup Battery
2-1. Direct Current Voltage Measurements (DCV)
2-1-1. Accuracy and Resolution
Range
100mV
1V
10V
100V
1000V
Full Scale
when 6½ Digits Resolution
in Use
119.9999
0.1 μ V
1.199999
1μV
11.99999
10 μ V
119.9999
0.1mV
1100.000
1mV
LIMIT Judgment Output
(DIO Option)
Withstand Voltage Between Terminals
Maximum Permissible Current
Signal Timing
COMPLETE
GO/HI/LO
0.0005 + 0.0001
Within
2 seconds
2-1-2. Noise Reduction
PLC
NMRR
50Hz/60Hz ± 0.1 %
Integral Multiple for 1 PLC
Other than the above
55dB
0dB
2-2. Alternating Current Voltage Measurements (ACV)
2-2-1. Resolution and Measurement Range
Range
Full Scale
Resolution
100mV
1V
10V
100V
750V
119.9999
1.199999
11.99999
119.9999
750.000
0.1 μ V
1μV
10 μ V
0.1mV
1mV
Range
4.0ms or more
4ms or more
Judgment Result
Warm-up time
One hour after power switched on
Operation Guaranteed
0ºC to 50ºC (less than 80% or equivalent moisture at 40ºC. No Condensation)
Temperature and Humidity
1G Ω or more, or
10M Ω± 1%
10M Ω± 1%
* 50Hz/60Hz: Electrical Power Frequency
Actual Effective Value Detection Crest Factor: <5
Measurement Range
MID
HIGH
20Hz-300kHz
200Hz-300kHz
20Hz-100kHz
200Hz-100kHz
Rated at 5% to 100% for each range
H:2.4Vmin, L:0.3Vmax
Approx. 5k Ω
POSITIVE (Positive Logic Operations)/NEGATIVE
(Negative Logic Operations)
COMPLETE, GO, HI, LO
Only output when LIMIT judgment is at ON and DIO
output is at ON.
50V
100 m A
Input Impedance
CMRR
50Hz/60Hz ± 0.1 %
Unbalance Resistance 1k Ω
120dB
­—
2-2-2. Accuracy
General Performance
38
Temperature Coefficient
± (% of reading + % of
range)/ºC
0.0005 + 0.0005
6½
digits
10 μ s
Approx.
1.4ms
Unit: ± (% of reading + % of range)
Accuracy ±
(% of reading + %
of range)
0.0050 + 0.0035
0.0040 + 0.0007
0.0035 + 0.0005
0.0045 + 0.0006
0.0045 + 0.0010
• Sampling Rate: 1S/s
• Maximum Permissible Voltage
100mV to 100V Range: 800Vpeak (continuous), 1100Vpeak (for 1 minute)
1000V Range: ±1100Vpeak (continuous)
• Response Time: within 1 second
H:2.4Vmin, L:0.4Vmax
Approx. 1k Ω
Positive logic
Polarity
LED backlight brightness reduced by half after Approx. 70,000 hours
Approx. 100,000 times (Maximum load with 1,000V applied)
Approx. 10 million times (under normal usage conditions without excessive load)
5 years
Response
Time * 1
Within
3 seconds
H:2.4Vmin, L:0.9Vmax
Approx. 10k Ω
Selection possible for both edges
1 μ s or more
Less than 1 μ s
Trigger INHIBIT Input (DIO Option)
Level
Input Impedance
Contamination level 2 *Must not be used in environments containing
conductive contamination.
225Wx100Hx366D mm (excluding the legs, handle, knobs and other protruding
components)
Approx. 3.0kg (including the protector option.)
Display
Digits
6½
digits
Equipped as standard
SC-361 (factory option)
SC-363 (factory option)
SC-362 (factory option)
When LIMIT Judgment is OFF
Output
Pulse Width When LIMIT Judgment is ON
Category Ⅱ (Local level, Electrical appliances, Portable appliances)
2. Standard Measurement Function Performance
Performance levels hereinafter depend on the following conditions and definitions.
Temperature/Humidity: 23 ± 5ºC, 80%RH or less. Accuracy for one year: ± (% of reading + % of range).
Response Time: Time for accurate measurement at each range
Response time*1 Time for accurate measurement at each range
Interface
USB2.0
LAN & RS-232
GPIB
DIO
Rear Panel I/O (BNC and DIO)
Trigger Input (BNC)
Level
Input Impedance
Polarity
Pulse Width
Default Delay
COMPLETE output (BNC)
Level
Output Impedance
Polarity
-20ºC to 60ºC (less than 90% or equivalent moisture at 40ºC. No
Condensation)
AC100V/110V/220V/240V ± 10%, 50Hz/60Hz
All supplies with the exception of AC100V are optional (factory option)
21VA or less (including options)
DC ± 500V (between input terminals for all front panel measurements and the earth)
100.0000mV
1.000000V to
750.000V
Input Impedance
Approx.
1M Ω //100pF or
less
Unit: ± (% of reading + % of range)
Frequency
20Hz to 45Hz
45Hz to 100Hz
100Hz to 20kHz
20kHz to 50kHz
50kHz to 100kHz
100kHz to 300kHz
20Hz to 45Hz
45Hz to 100Hz
100Hz to 20kHz
20kHz to 50kHz
50kHz to 100kHz
100kHz to 300kHz
Accuracy
0.70 + 0.04
0.20 + 0.04
0.06 + 0.04
0.12 + 0.05
0.60 + 0.08
4.00 + 0.50
0.70 + 0.03
0.20 + 0.03
0.06 + 0.03
0.11 + 0.05
0.60 + 0.08
4.00 + 0.50
Temperature Coefficient
0.070 + 0.004
0.020 + 0.004
0.005 + 0.004
0.011 + 0.005
0.060 + 0.008
0.200 + 0.020
0.070 + 0.003
0.020 + 0.003
0.005 + 0.003
0.011 + 0.005
0.060 + 0.008
0.200 + 0.020
• Sine Wave Reliability.
•The maximum permissible voltage is 750Vrms or 1100Vpeak, but the DC component is ±500V or less.
• The 750V range is restricted to 100kHz or 8 x 107 [V/Hz].
•The Crest Factor (CF) is guaranteed to either 5 during Full Scale input or the maximum input voltage, whichever
is smaller.
2-2-3. Additional Margin of Error Caused by AC Filter Settings
AC Filter
MID
HIGH
20Hz to 40Hz
0.22
40Hz to 100Hz
0.06
0.73
100Hz to 200Hz
0.01
0.22
Unit: ± (% of reading)
200Hz to 1kHz
0
0.18
Exceeds 1kHz
0
0
2-2-4. Additional Margin of Error Caused by the Crest Factor
Crest Factor
1-2
2-3
3-4
4-5
Unit: ± (% of reading)
Additional Margin of Error
0.05
0.15
0.30
0.40
2-8. Temperature Measurement (TEMP, TC: Thermocouple)
2-8-1. Accuracy and Resolution
Thermocouple
Measurement Range (ºC)
Accuracy
Resolution
− 50 to 0
0 to 100
100 to 1765
− 200 to − 100
− 100 to 0
0 to 1370
− 200 to − 100
− 100 to 0
0 to 400
− 200 to − 100
− 100 to 0
0 to 1200
− 200 to − 100
− 100 to 0
0 to 1000
0.20+70
0.20+50
0.20+30
0.15+50
0.15+35
0.15+20
0.15+50
0.15+35
0.15+20
0.15+50
0.15+35
0.15+20
0.15+50
0.15+35
0.15+20
Maximum Permissible
Voltage
0.01℃
800Vpeak (continual)
1100Vpeak
(for 1 minute)
R
• Frequency: 20Hz to 300kHz.
2-3. Direct Current Measurements (DCI)
2-3-1. Accuracy and Resolution
Full Scale when 6.5
Range
Resolution
Digits in Use
1mA
1.199999
1nA
10mA
11.99999
10nA
100mA
119.9999
100nA
1A
1.199999
1μA
3A
3.00000
10 μ A
K(CA)
Unit: ± (% of reading + % of range)
Accuracy
Temperature Coefficient
0.050 + 0.006
0.050 + 0.020
0.050 + 0.005
0.100 + 0.010
0.120 + 0.020
0.0020 + 0.0050
0.0020 + 0.0020
0.0020 + 0.0005
0.0050 + 0.0010
0.0050 + 0.0020
Shunt
Resistance
90 Ω
5Ω
5Ω
0.1 Ω
0.1 Ω
T(CC)
J(IC)
• Resolution: 6½ digits status applied.
•Maximum Permissible Current All Ranges: 3 ADC or 3 Arms (Guaranteed with continual and 3A fuse)
2-4. Alternating Current Measurements (ACI)
2-4-1. Resolution and Measurement Range
Range
Full Scale
Resolution
1A
3A
1.199999
3.00000
1μA
10 μ A
2-4-2. Accuracy
Rated at 5% to 100% for each range.
Range
Frequency
20Hz to 45Hz
1A
45Hz to 100Hz
100Hz to 5kHz
20Hz to 45Hz
3A
45Hz to 100Hz
100Hz to 5kHz
E(CRC)
Actual Effective Value Detection Crest Factor: <5
Measurement Range
MID
HIGH
20Hz to 5kHz
Shunt
Resistance
200Hz to 5kHz
0.1 Ω
Unit: ± (% of reading + % of range)
Accuracy
0.70 + 0.04
0.30 + 0.04
0.10 + 0.04
0.70 + 0.06
0.35 + 0.06
0.15 + 0.06
Temperature Coefficient
0.100 + 0.006
0.035 + 0.006
0.015 + 0.006
0.100 + 0.006
0.035 + 0.006
0.015 + 0.006
• Sine Wave Accuracy.
• Maximum Permissible Current All Ranges: 3 Arms (Guaranteed with continual and 3A fuse)
2-4-3. Additional Margin of Error Caused by AC Filter Settings
AC Filter
20Hz to 40Hz
40Hz to 100Hz 100Hz to 200Hz
MID
0.22
0.06
0.01
HIGH
0.73
0.22
2-4-4. Additional Margin of Error Caused by the Crest Factor
Crest Factor
1-2
2-3
3-4
4-5
Unit: ± (% of reading)
200Hz to 1kHz
0
0.18
Exceeds 1kHz
0
Measurement
Current
Approx. 1mA
Temperature Coefficient
Resolution
0.06℃
0.003℃
0.01℃
• Pt100: Conforms to JIS C1604-1997 standards
• JPt100: Conforms to JIS C1604-1989 standards
•The 4 conductance cable equation does not include measurement cable (or probe) Accuracy.
• Maximum Permissible Voltage: 800Vpeak (continuous), 1100Vpeak (for 1 minute)
2-10. Frequency Measurement (FREQ)
Accuracy, Display Digit Count, Measurement Range
Gate Time
1s
Sampling
Rate
100 S/s
Unit: ± (% of reading + % of range)
Display Digit Count,
Measurement Range
7 Digits: 3.000000Hz to
300.0000kHz
6 Digits: 3.00000Hz to
300.000kHz
5 Digits: 3.0000Hz to
300.00kHz
4 Digits: 3.000Hz to
300.0kHz
AC Coupling, Reciprocal System, Crest Factor < 5
Accuracy (%)
Accuracy (%)
Accuracy (%)
Accuracy (%)
3 to 5Hz
5 to 10Hz
10 to 40Hz
40 to 300kHz
0.1
0.05
0.03
0.01
0.1
0.05
0.03
0.01
0.1
0.05
0.03
0.01
0.1
0.05
0.03
0.01
•Maximum Permissible Voltage: 750Vrms or 1100Vpeak, but the DC component is ±500V or less (continuous).
•It is possible to switch the input range between automatic and manual for a range between ACV 100mV and
750V.
• Input Range: 100mVrms to 750Vrms at between 3Hz and 100kHz
* However, up to a maximum of 2.2x107 [V/HZ] between 100kHz and 300kHz
• Up to 100kHz is guaranteed for input of 200Vrms or more.
•Values that are less than 3Hz and more than 300kHz will be measured and displayed, but Accuracy is not
guaranteed.
3. Trigger Functions
Trigger Mode
AUTO
SINGLE
Trigger Source
Rear Panel TRIG Input
HOLD/TRIG Key
REMOTE
Trigger Sampling Count
Setting Range
Trigger Delay
Setting Range
Resolution
Intervals
Terminal OpenCircuit Voltage
<17V
Accuracy
− 200 to 850
− 200 to 510
1ms
• Electronic Buzzer Tone
•Maximum Permissible Voltage: 800Vpeak (continual), 1100Vpeak (for 1 minute)
Temperature
Coefficient
0.001+ 0.002
Measurement Range (ºC)
10ms
Unit: ± (% of reading + % of range)
Temperature
Coefficient
0.001+ 0.002
RTD
Pt100
JPt100
100ms
•Reliability related to 4 terminal resistance measurements or 2 terminal resistance measurements after zero
compensation with the NULL operation when using 6½ digits resolution. A margin of error equalling 0.2Ω will be
added to the 2 terminal resistance measurement if the NULL operation is not used.
•Maximum Permissible Voltage
Between the Ω-COM Terminals: 800Vpeak (continuous), 1100Vpeak (for 1 minute)
Between Sense Hi-Lo: 200 Vpeak
• Terminal Open-Circuit Voltage < 17 V
2-7. Diodes( ▶| )
2-7-1. Accuracy and Measurement Range
Measurement
Measurement Range
Accuracy
Current
Approx. 1mA
0.1mV to 1.1999V
0.010+ 0.020
2-9. Temperature Measurements (TEMP, RTD: Measurement Temperature Resistance Detector)
2-9-1. Measurement Range, Accuracy and Resolution
Additional Margin of Error
0.05
0.15
0.30
0.40
2-5. 2 Terminal Resistance Measurements (2W Ω )/4 Terminal Resistance Measurements (4W Ω )
Unit: ± (% of reading + % of range)
2-5-1. Resolution, Accuracy and Measurement Current
Temperature
Range
Full Scale Resolution
Accuracy
Measurement Current
Coefficient
100 Ω
119.9999
0.1m Ω
0.010 + 0.004
0.0006 + 0.0005
Approx. 1mA
1k Ω
1.199999
1m Ω
0.010 + 0.001
0.0006 + 0.0001
Approx. 1mA
10k Ω
11.99999
10m Ω
0.010 + 0.001
0.0006 + 0.0001
Approx. 100 μ A
100k Ω 119.9999
0.1 Ω
0.010 + 0.001
0.0006 + 0.0001
Approx. 10 μ A
1M Ω
1.199999
1Ω
0.010 + 0.001
0.0010 + 0.0002
Approx. 5 μ A
10M Ω
11.99999
10 Ω
0.040 + 0.001
0.0030 + 0.0004
Approx. 500nA
100M Ω 119.9999
100 Ω
0.800 + 0.010
0.1500 + 0.0002
Approx. 500nA //10M Ω
2-6. Continuity Tests (CONT ■ ■ ■ ■ )
2-6-1. Accuracy, Resolution and Measurement Current
Resistance
Resolution
Threshold
Accuracy
Range
1k Ω
1m Ω
1 Ω to 1000 Ω 0.010+ 0.020
• The above reliability levels do not include thermocouple reliability.
•The cold junction temperature is input on the TEMP/SENSOR menu, and the margin of error for this is not
included.
•±0.1ºC/ºC (total thermocouple) is added to the guaranteed operating temperature between 0ºC to 18ºC, and
between 28ºC to 50ºC.
•The standard thermoelectromotive force was acquired with piecewise linear approximation calculations in
accordance with JIS C 1602-1995.
Unit: ± (% of reading)
• Frequency: 20Hz to 300kHz
Unit: ± (% of reading + Digits)
Setting Range
Resolution
Automatic measurement in accordance with the sampling rate and interval
Measurement in accordance with TRIG input
Possible to switch polarity and Valid/Invalid on the menu
Manual key input
Remote Commands
Sets the number of data items to be measured continuously for each
trigger
1 to 100,000
Sets the amount of delay from the TRIG input through to the measurement
of the first item of data
0.00ms to 3,600 s
10 μ s
Sets the sampling measurement intervals
*Validated when a larger value than the current sampling rate interval is
set
0.00ms to 3,600 s
10 μ s
Sampling
Rate
100 S/s
•Maximum Permissible Voltage: 800Vpeak (continuous), 1100Vpeak (for 1 minute)
39
4. Operation Functions
Can be set simultaneously, with the exception of combinations of scaling operations and decibel operations
4-1. Moving Average (SMOOTHING Operation)
Can be set within a range of 2 to 100 (positive integers)
Average Count
*When the trigger is set as SINGLE, once the average count set has been reached, the
trigger sample count set is acquired additionally.
4-2. Differential Operations (NULL Operation)
Operation Details
RAW Value
NULL Value
Setting Details
Operation result = RAW value - NULL value
Function measurement value at that point
Acquired through the following NULL value setting
Format
Attribute
Information
NORMAL Mode
BULK Mode
Log Start
ON/OFF set with the [NULL] key or with the NULL menu available for each function
Operation ON/OFF *The measurement value set at that point for each function will be set as the NULL
value when the [NULL] key is set at ON
When setting the parameter from the NULL menus available for each function, it is
possible to set in the three different types from DEFAULT value, Measurement Value
and Value Input
The Value Input parameter is set with the seven valid digits attached to the eight
multipliers (p, n, μ , m, k, M, G, T)
NULL Value
Setting
Log Stop
STOP EVENT
4-3. Scaling Operations (SCALING Operations)
*Cannot be set at the same time at the decibel operation (dB operation) explained in section 4-4.
Can be selected from the following two types.
•Display Value = (Measurement Value - A) * B/C
•Display Value = D/Measurement Value
The four constants A, B, C and D are set
The Value Input parameter is set with the seven valid digits attached to the eight
multipliers (p, n, μ , m, k, M, G, T)
Operation Equation
Constant
4-4. Decibel Operations (dB Operations)
*Cannot be set at the same time at the scaling operation (SCALING operation) explained in section 4-3.
Operation
d Bm
Standard Resistance
Value
d BV
Standard voltage
Value
REL Operation
Standard dB Value
Response Functions
Can be selected from dBV and dBm
Operation Result = 10•log10 {(measurement value2/ standard resistance)/
(1.0x10-3)}
Unit: Ω
Selected from 4, 8, 16, 32, 50, 75, 93, 110, 124, 125, 135, 150, 200, 250, 300,
500, 600, 800, 900, 1000, 1200 and 8000
Operation Result =20•log10(measurement |value|/ standard voltage)
Units V: Selected from 1 μ V, 1mV and 1V
Either one of the above-mentioned decibel operations can be set.
Displays the difference acquired through subtracting the standard dB value
from the dB operation result.
It is possible to set the three different types from DEFAULT value,
Measurement Value and Value Input
Range of value input: ± 500.0000 (seven valid digits)
Only available at the DCV and ACV functions are valid
4-5. Statistic Operations (STATISTIC Operation)
Operations
ON/OFF
Display
Operations performed are maximum value (MAX), minimum value (MIN), average value (AVE)
and standard deviation ( σ )
Set on the menu
Can be displayed on the secondary display
The average value cursor and σ cursor are displayed on the histogram chart
4-6. Limit Operations (LIMIT Operation)
Judgment
ON/OFF
LIMIT Value
HIGH
LOW
GO
Display
Trend Chart
Histogram Chart
LIMIT Judgment
Stored Data
Export Function
File Format
Data Saved
Logging Times
40
Post Trigger Count
Can be set to ON/OFF
* Saves the name of the operation that is in the ON status out of the NULL, dB and
SCALING operations
A mode to store measurement data in the memory while monitoring it in the realtime.
The sampling rate is not guaranteed
A mode that cannot be used for monitoring measurement data in the real-time,
but for which the sampling rate is guaranteed. SINGLE mode operations are not
possible.
Started with the START LOG menu key
Can be stopped in two different ways
When the acquisition of post trigger count data has been completed after the
STOP EVENT
Stopped with the STOP LOG menu key
The following four ways Can be selected
NONE :No setting (instantaneously stopped with the STOP LOG menu key)
EXT TRIG : External TRIG input
LEVEL :When the measurement value exceeds the threshold
LIMIT :The four GO/NO GO (HIGH or LOW)/HIGH/LOW settings can be
selected from the LIMIT judgment result
Polarity: Can be selected from Positive/Negative
Threshold:Seven valid digits attached to the eight multiplies
(p,n, μ ,m,K,M,G,T)
0 to 100% (resolution 1%)
6. Value Display Function
Font
Size
Sub-measurement Result
Display
RAW
NULL
ACV
FREQ
CONT
Can be selected from 7 segments and NORMAL (gothic)
Can be selected from NORMAL and LARGE
It is possible to set the size of the numerical display when NORMAL has been set.
Displays the raw data prior to the operation when the NULL operation has been
set at ON
(Only for functions other than CONT and DIODE)
Displays the NULL value when the NULL operation is set at ON (only for functions
other than CONT and DIODE)
ACV voltage display (only for FREQ measurements)
Frequency display (only for ACV measurements)
Continuity OPEN/CLOSE display (only for CONT measurements)
7. Trend Chart Display Function
7-1. Online Trend Chart Function
Displayed Data Count
Horizontal Axis
Vertical Axis
Display Method
VERTICAL (Vertical Axis)
MANUAL
Range
Offset
Offset Setting
Resolution
Maximum of 100k Readings
401 dots (10div)
121 dots (12div)
The data is displayed from the left-hand side at the beginning, and the
compressed data is displayed in full when the waveforms reach the righthand side of the screen. The roll mode will be displayed once 100k worth of
compression has been displayed.
It is possible to specify the range and the offset.
1p/div to 500T/div
− 100,000div to 100,000div
1div
The maximum and minimum values of the data acquired and measured
automatically are refreshed and displayed at the displayable scale.
Displays the maximum and minimum values of the measurement range at the
displayable scale.
It is not possible to select FULLSCALE under the following conditions. (becomes
AUTO if FULLSCALE has been set)
• In the case of the function measuring frequency (FREQ)
• In the case of the SCALING operation (d/X) being set.
Both the upper limit and lower limit can be switched ON/OFF independently
Both the upper limit and lower limit values are set with the seven valid digits
attached to the eight multipliers (p, n, μ , m, k, M, G, T)
Measurement value > Upper Limit value, otherwise “GO”
Measurement value < Lower Limit value, otherwise “GO”
Measurement value within Upper Limit and Lower Limit, otherwise “LOW” or “HIGH”
AUTO
The threshold line is displayed on the chart
The HIGH/LOW marks and the threshold line are displayed on the chart
HIGH/GO/LOW are displayed on the secondary display and at the top of the screen
HIGH/GO/LOW are displayed on the primary display
7-2. Offline Trend Chart Function
With the trend chart display selected with the offline browsing mode
5. Logging Function
Logging Mode: Can be switched between NORMAL and BULK
Data Size
LEVEL Setting
Conditions
YYYY/MM/DD HH:MM:SS, xxxxxx
*"xxxxxx" represent μsec
NORMAL mode: Fixed at 100k Readings
BULK mode: 1k, 2k, 5k, 10k, 20k ,50k and 100k Readings
The following contents are stored.
•Measurement data
•Date and time of logging
•Names of each function
•Configuration information on each function
*Displays the operation names when the NULL, dB and SCALING operations in the
ON status
Enables data to be saved on USB memories
Text file
Function measurement data
Can be set to ON/OFF.
* Date and time are stored when set at ON
FULLSCALE
VERTICAL (Vertical Axis) It is possible to make the same settings as online display
HORIZONTAL (Horizontal *RDGs/div (data displayed per 1div: 1, 2, 5, 10, 20, 50, 100, 200, 500, 1k, 2k, 5k, 10k)
Axis)
*RDGs/div: Readings/div
CENTER ADDR
Data count from 0 to the count in the log memory
SHOW ALL
Displays all data
T1 and T2 Cursor Function
SEARCH MODE
(Edge Search)
A function to jump to the nearest item of data that matches up with the following
conditions when the rotary knob is turned in either direction
LIMITGO
GO LIMIT judgment
LIMITNOGO
NOGO LIMIT judgment
LIMITHIGH
HIGH LIMIT judgment
LIMITLOW
LOW LIMIT judgment
EDGEPOSITIVE
Data crossed to the edge level in a positive direction
EDGENEGATIVE
Data crossed to the edge level in a negative direction
EDGEBOTH
Data crossed to the edge level in a both directions
EDGE LEVEL
Setting Range
Can be set when EDGEPOSITIVE/EDGENEGATIVE/EDGEBOTH have been selected
with the edge search function
Set with the seven valid digits attached to the eight multipliers (p, n, μ , m, k, M, G, T)
Secondary Display
Time Display
Voltage Display
Time at the T1 and T2 cursor points
Data count between the T1 and T2 cursors
Time difference between the T1 and T2 cursors
Measurement value at the T1 and T2 cursor points
Maximum and minimum values of the measured data in the compressed
display in the same column as the cursor point and screen
8. Histogram Chart Display Function
8-1. Online Histogram Function
Vertical Axis
Horizontal Axis
BIN Count
MANUAL
Center Value
Span
AUTO
FULLSCALE
Statistics Cursor
H1 and H2 Cursor
Functions
The bin with the highest level of generation frequency is displayed as MAX 100 pix.
The display unit can be selected in two types of COUNT and PERCENT.
Three types available; MANUAL, AUTO and FULLSCALE.
Selected from below numbers
2,4,5,10,20,40,50,100,200,400
Set with the seven valid digits attached to the eight multipliers (p, n, μ, m, k, M, G, T)
± 100p to ± 500T (set with the 1-2-5 steps attached to the multiplier)
The center value and span of the histogram are determined from the maximum and
minimum values of the recorded data
The center value and span are determined in accordance with the fullscale of the
measurement range
Activated as the AUTO mode because it is not possible to determine the FULLSCALE
maximum value and minimum value under the following conditions
• When the function is FREQ or TEMP
• When scaling (SCALING operation: d/X) has been set
• When the decibel (dB) operation has been set
The cursor is displayed at the average value x and standard deviation σ location
(when the statistics operation is set at ON)
Standard
Can be selected from 1, 2 or 3
Deviation σ
H1 and H2 cursor BIN measurement value range
H1 and H2 cursor BIN count
Secondary
BIN count between the H1 and H2 cursors
Display
Count and percentage (%) between the H1 and H2 cursors
8-2. Offline Histogram Chart Display Function
With the histogram chart display selected with the offline browsing mode.
The methods for setting up the display mode, the BIN count, the vertical axis and the horizontal axis, and the
cursor function are the same as with the online mode.
11. SYSTEM Settings
REMOTE
Standard
OPTION
Common Setup Parameters
Delimiter
Command
GPIB IF Setup Parameters
Address
LAN IF Setup Parameters
Network Settings
RS-232 IF Setup Parameters
Parity
0 to 30
DHCP (ON/OFF setting), IP address, gateway, sub-net mask
NONE, EVEN, ODD
1bit, 2bit
Bit Rate
Selected from 300, 600, 1200, 2400, 4800, 9600, 19200 and 38400bps
It is possible to set the BEEP tones ON/OFF independently for key
operations, errors and LIMIT judgment
Sets the operations for saving hard copies into the USB memory
Activated when the [COPY] key is pressed
Saves the screen hard copy
Logs the measurement data, the date and the function in each line of the
CSV file
Can be selected from the following 6 types
PNG File: Color/Black&White
BMP File: Color/Black&White
TIFF File: Color/Black&White
BEEP Tone
COPY
Mode
Screen Hard Copy
Value Data
Screen Data Format
Value Data Recording Format
Date Information
* Supplementary
Information
Miscellaneous
DATE TIME
PLC
AUTO
MANUAL
Panel Lock
Calibration
ON/OFF
ON/OFF *Use or non-use of the measurement function, and NULL,
SCALING and dB operations
Set as MM/DD HH:MM
Display and setup of power frequency detection
Automatically detected and setup when the power is switched on
Possible to manually switch between 50Hz/60Hz
Sets key operations at ON/OFF when the keys are pressed
Calibration to be carried out by the user.
12. External
Appearance
5
100
130
50
Other than LOG
It is possible to select AUTO, FULLSCALE, MANUAL and LOG
LOG MAX and LOG MIN are set within a range of x10 to x106
Displays ± 3div of offset
(the range and offset can be set voluntarily in the MANUAL mode)
Range: 1.0p/div to 500.0T/div
Offset: -100,000div to +100,000div
10. Save/Recall Settings on Setup Condition Parameters(SETUP)
POWER ON RECALL
LAST
DEFAULT
RECALL
SAVE/RECALL
Save Destination
Number of saves on
the internal memory
External Control
Input Signals
Level
Time Width
INC
DEC
BEGIN
Output Signals
Level
BUSY
14̊
Optional Accessories
SC-363
GPIB Interface
Internal or USB memory
SC-362
* Factory option
* Cannot be mounted at the same time as the SC-361
(LAN&RS-232 Interface).
Internal: 10
DIO Interface
A function for performing the sequential RECALL of the internal setup memory with
the use of external signals (the SC-361 LAN&RS-232 options are required)
* Factory option
H:+5.0 Vmin、 L: -5.0 Vmax
Displays whether it is possible or not to receive the input signal (receipt possible
during the L level)
54.5
(88)
The setup conditions when the power is switched on can be selected from the
following three parameters.
Setup conditions in effect the last time the power was switched off
Setup conditions preset in the factory prior to shipping
Setup conditions recalled by specifying the number of the internal setup memory
H: +2.0Vmin, L: +0.8Vmax, maximum permissible voltage: ± 15V
10ms or more
Advances with the SETUP memory number and RECALL
Returns the SETUP memory number and RECALL
Returns the SETUP memory number to the default value and RECALL
9.2
75.5
9-2. Analog Meter Display (can be selected on the secondary display)
Scale
LOG
(356)
(213)
225
It is possible to select AUTO, FULLSCALE, MANUAL and LOG
LOG MAX and LOG MIN are set within a range of x10 to x106
Displays ± 3div of offset
(the range and offset can be set voluntarily in the MANUAL mode)
Range: 1.0p/div to 500.0T/div
Offset: -100,000div to +100,000div
19
366
(5)
257
Other than LOG
CR+LF、 LF
SCPI、 IWATSU
Stop Bit
9. Meter Display Functions
9-1. Arc Scale Meter Display (can be selected on the primary display)
SCALE
LOG
Can be selected from the following
USB2.0
GPIB, or LAN & RS-232
SC-361
LAN&RS-232 Interface
* Factory option
*Cannot be mounted at the same time as the SC-363 (GPIB
Interface).
41
Digital Multimeter (portable type)
5. DC Current (DCA)
Range
VOAC7500H Series
5mA
50mA
500mA
10A
VOAC7521H
1. Typical Sample Rate and Resolution
Resolution
Reading Rate
5.5-digit
5.5-digit
4.5-digit
Hum Rejection
approx. 4 times/sec
approx. 20 times/sec
approx. 100 times/sec
Yes
Yes
N/A
2. DC Volt (DCV) 50mV range is for the VOAC7523H / 7522H only.
Input Resistance
4.5-digit
1µV
10µV
100µV
1mV
10mV
100mV
SLOW/MID
100MΩ or more
1000MΩ or more
0.012+2
approx. 10MΩ
Accuracy*
FAST
0.025+10
0.012+5
0.012+7
0.016+5
0.025+15
0.012+10
0.016+2
0.016+7
Resolution and noise rejection
Sample Rate
NMRR
SLOW
MID
FAST
CMRR
55dB or more
55dB or more
0dB
120dB or more
120dB or more
55dB or more
3. CH-B DC Volt (DCV) VOAC7523H / 7520H only
Range
5V
50V
300V
100µV
1mV
10mV
CH-B:H to CH-B:L 10MΩ ± 3%
CH-B:H to CH-A:L 5MΩ ± 3%
CH-B:L to CH-A:L 5MΩ ± 3%
SLOW/MID
FAST
0.025+2
0.025+30
0.025+8
0.025+5
Max. input voltage: ± 300V, between CH-A L and CH-B ± 300V
Resolution and noise rejection
Resolution
Sample Rate
NMRR
CMRR
Isolation between CH-A and CH-B
4.5-digit
4.5-digit
SLOW/MID
FAST
55dB or more
0dB
120dB or more
55dB or more
56dB or more
4. AC Volt (ACV, DC+ACV) detection of True RMS
Up to 100kHz for VOAC7521H / 7520H
Resolution
Range
Measurement Range
5.5-digit
500mV
5V
50V
500V
750V
1µV
10µV
100µV
1mV
10mV
SLOW
MID/FAST
15Hz to 300kHz
200Hz to 300kHz
45Hz to 100kHz
45Hz to 20kHz
200Hz to 100kHz
200Hz to 20kHz
Input Resistance
less than approx.
1MΩ // 100pF
Frequency
0.5+150
0.25+150
0.2+150
0.5+300
2.5+1000
1.5 to 2
2 to 3
0.05%
0.20%
0.15%
-
0.30%
-
Reading Rate
4 times/sec
20 times/sec
Response Time
less than 3 sec
less than 2 sec
Max. input voltage: 780Vrms, ± 1100V DC (continuous)
In the case of DC+ACV, 500 (less than 45Hz) or 300 (45Hz or higher) must be added to the value of Accuracy digit in above.
Sample rate of FAST becomes the same values as MID (approx. 20 times/sec).
42
45Hz to 5kHz
Crest Factor
1 to 1.5
1.5 to 2
2 to 3
0.05%
0.15%
0.30%
Reading Range
Response time
5.5-digit
5.5-digit
4 times/sec
20 times/sec
less than 3 sec
less than 2 sec
SLOW/MID
50Ω
500Ω
5kΩ
50kΩ
500kΩ
5MΩ
50MΩ
500MΩ
Resolution
FAST
0.1mΩ
1mΩ
10mΩ
0.1Ω
1Ω
10Ω
100Ω
1kΩ
SLOW/MID
1mΩ
10mΩ
0.1Ω
1Ω
10Ω
10Ω
100Ω
1kΩ
Accuracy*
0.025+10
Test Current
FAST
0.025+15
0.014+3
0.014+8
0.015+3
0.033+30
0.25+30
1.5+50
0.015+33
0.033+30
0.25+30
1.5+50
approx. 10mA
approx. 10mA
approx. 1mA
approx. 100µA
approx. 10µA
approx. 1µA
approx. 100nA
approx. 10nA
Max. input voltage: ± 500V peak Open circuit test voltage: 12V or less
The accuracy at 50Ω to 5kΩ range are specified after zero compensation through the REL operation.
Sample rate of FAST at 5MΩ to 500MΩ range becomes the same value as MID (approx. 20 times/sec).
8. Low-Power Resistance (2 WireΩ )
Resolution
SLOW/MID/FAST
Range
500Ω
5kΩ
50kΩ
500kΩ
5MΩ
50MΩ
SLOW/MID
10mΩ
0.1Ω
1Ω
10Ω
100Ω
1kΩ
Accuracy*
Test Current
FAST
0.1+5
0.1+15
0.2+40
0.2+30
1.5+30
0.2+30
1.5+30
Max. input voltage: ± 500V peak Open circuit test voltage: 12V or less
The accuracy at 500Ω to 5kΩ range are specified after zero compensation through the REL operation.
Sample rate of FAST at 5MΩ to 500MΩ range becomes the same value as MID (approx. 20 times/sec).
Indications are in 4.5 digits for SLOW, MID, and FAST.
approx. 1mA
approx. 100µA
approx. 10µA
approx. 1µA
approx. 100nA
approx. 10nA
9. Diode
approx. 1mA or 10mA
Measurement Range
Accuracy*
0.1mV to 5.0999V
0.014+13
Open Circuit Test Voltave
12V or less
Max. Input Voltave
± 500V peak
10. Temperature
Thermocouple
Temperature Range to be Measured
Accuracy*
-50˚C to 0˚C
0˚C to +100˚C
+100˚C to +1768˚C
-200˚C to -100˚C
-100˚C to 0˚C
0˚C to +1372˚C
-200˚C to -100˚C
-100˚C to 0˚C
0˚C to +400˚C
-200˚C to -100˚C
-100˚C to 0˚C
0˚C to +1200˚C
-200˚C to -100˚C
-100˚C to 0˚C
0˚C to +1000˚C
R
K(CA)
T(CC)
J(IC)
E(CRC)
0.2+70
0.2+50
0.2+30
0.15+50
0.15+35
0.15+20
0.15+50
0.15+35
0.15+20
0.15+50
0.15+35
0.15+20
0.15+50
0.15+35
0.15+20
Resolution
Max. Input Voltave
0.1˚C
± 500V peak
11. Frequency (AC couple, Crest Factor: less than 3)
Display Digits and Measurement
Reading Rate(Gate time)
approx. 4 times/sec
(100ms)
approx. 10 times/sec
(10ms)
Accuracy*
Range
15.0000Hz to
1.00000MHz
approx. 0.5 times/sec (1s) 6-digit
5-digit 15.000Hz to 1.0000MHz
0.02+2
4-digit 150.00Hz to 1.000MHz
12. Chart for combination of Dual Function
1 to 1.5
5.5-digit
5.5-digit
150Ω or less
15W or less
2W or less
0.1W or less
200Hz to 5kHz
Resolution
FAST
Crest Factor
Resolution
15Hz to 5kHz
Input Resistance
FAST
SLOW
MID/FAST
MID
Resnponse time
SLOW
MID/FAST
150Ω or less
15W or less
2W or less
0.1Ω or less
Sample Rate
SLOW
Coefficient to input other than sine wave
Sample Rate
1+200
0.4+200
5.0+200
Rate
Accuracy*
15Hz to 45Hz
45Hz to 100Hz
100Hz to 30kHz
30kHz to 100kHz
100kHz to 300kHz
15Hz to 30kHz
30kHz to 300kHz
15Hz to 45Hz
45Hz to 1kHz
1kHz to 5kHz
Sample
Accuracy: SLOW Sample (Sine wave Amplitude at 5% to 100% of fullscale of range)
Crest Factor
Accuracy*
Test Current
Accuracy*
Input Resistance
4.5-digit
0.2+17
SLOW/MID
10nA
100nA
1µA
100µA
Frequency
0.016+10
The accuracy in the 50mV and 500mV ranges is specified after zero compensation through the REL operation.
Sample rate in the 50mV range
SLOW/MID: Approx. 0.5 times/sec, FAST: Approx. 50 times/sec
Max. input voltage: 50mV to 5V range ± 800V (continuous) 50V to 1000V range ± 1100V (continuous)
Resolution
0.2+7
Measurement Range
5.5-digit
Range
* Accuracy (±X% of reading +Y digits) indicated by X+Y
The measuring accuracy indicated below can be obtained for a year following the calibration of the instrument.
5.5-digit
5.5-digit
4.5-digit
0.05+17
7. Resistance (2 WireΩ /4 WireΩ ) 4 Wire Ω : VOAC7522H / 7521H only
Digital Multimeters VOAC7523H/7522H/7520H/7521H Specifications
Resolution
0.05+7
Input Resistance
Max. input current: 500mA for 5mA to 500mA ranges (FUSE 0.5A)
10A for 10A range (FUSE 15A)
DC Component on input current must be included in the Max. input current.
In the case of 10A range at 45Hz to 1kHz, 0.3 must be added to %.
In the case of DC+ACA, 500 (less than 45Hz) or 300 (45Hz or higher) must be added to the value of Accuracy in above.
Sample rate of FAST becomes the same value as MID (approx. 20 times/sec).
4-terminal resistance measurement
dual function 1µV, 509999, 5½ digits
Resolution
FAST
Response time
VOAC7522H
0.1µV
1µV
10µV
100µV
1mV
10mV
100nA
1µA
10µA
1mA
Accuracy*
Accuracy: SLOW Sample (Sine wave) amplitude at 5% to 100% of fullscale (10% to 100% for10A range)
4-terminal resistance measurement
dual function 0.1µV, 509999, 5½ digits
5.5-digit
SLOW/MID
Resolution
5mA
50mA
500mA
10A
VOAC7520H
Range
10nA
100nA
1µA
100µA
Range
Isolate 2-channel input dual function
1µV, 509999, 5½ digits 50mV
500mV
5V
50V
500V
1000V
4.5-digit
6. AC Current (ACA, DC+ACA)
VOAC7523H
SLOW
MID
FAST
Resolution
Auto range is not available between 5mA to 500mA range and 10A range because of using different input terminals.
Max. input current: 500mA at 5mA to 500mA ranges (FUSE 0.5A/250V)
10A at 10A range (FUSE 15A/250V)
Isolate 2-channel input dual function
0.1µV, 509999, 5½ digits Sample Rate
5.5-digit
DCV
CH-BDCV (*1)
ACV
DC+ACV
DCA
ACA
DC+ACA
2 WireW
4 WireW(*2)
Hz
˚C
DCV
×
○
△
△
△
△
△
×
×
△
△
CH-B DCV (*1)
○
×
○
○
○
○
○
○
○
○
ACV
△
○
×
○
○
△
△
×
×
○
×
DC+ACV
△
○
○
×
○
△
△
×
×
○
×
DCA
△
○
○
○
×
△
△
△
△
○
×
ACA
△
○
△
△
△
×
○
△
△
△
×
○: Available △: have a limitation ×: N/A - : not provided
(*1) CH-B DCV: VOAC7523H / 7520H only (*2) 4 WireΩ: VOAC7522H / 7521H only
DC+ACA 2 WireW
△
○
△
△
△
○
×
△
△
△
×
×
○
×
×
△
△
△
×
△
×
×
4 WireW(*2)
×
×
×
△
△
△
△
×
×
×
Hz
△
○
○
○
○
△
△
×
×
×
×
˚C
△
○
×
×
×
×
×
×
×
×
×
13. General
MATH
DATA
SET UP
Interfaces
Standard
(Full Remote) Option
Voltage
Power Supply Frequency
Power Consumption
Memory
Moving Average, Scale, Decibel (dBm, dBµ), Difference, Statistics (MAX,
MIN, X, s), Comparison (COMP), Arithmetic Calculation between Dual
Function
Max. 3000 data with 10 msec resolution time mark (Elapsed time)
10
RS-232
LAN, GPIB
AC100V, 110V, 220V, 240V
50Hz, 60Hz
21 VA (includes options) or less
Isolate 2-channel input
Storage Temperature and Humidity
Dimensions (mm)
Weight
Size
Standard Accessories
0˚C to +50˚C (less than 80%RH) no condensation, 70%RH or less at
+40˚C to +50˚C
-20˚C to +60˚C (70%RH or less)
no condensation, includes operation temperature
210(W) x 99(H) x 353(D) (Options are built into the main unit)
3.5kg (includes options) or less
Fuse, Test Leads, Alignment Screwdriver, Operation Manual(CD-ROM),
Power cable
Accurate Root-Mean-Square (RMS)
•Accurate root-mean-square values for AC voltage and AC current can be measured.
Root-mean-square values for direct current can also be measured (DC+AC) V, (DC+AC) A
(VOAC7523H/7520H)
•If the CH-A and CH-B input is from an
insulated VOAC7523H or 7520H, the
electrical potential for different circuits
can be measured simultaneously.
Abundant Interfaces
CH-A
CH-B
Dual Channels
•Measurements that conventionally require two oscilloscopes can now be performed
simultaneously with a single unit to greatly improve efficiency.
A connection example is shown below. Simultaneous display and simultaneous measurements
are being performed here
Measured
with two units
up until now
Operation Temperature and Humidity
5.00000V
DCV
VOAC7523H
VOAC7520H
DCV
1.0000A
DCV
DCV
• LAN Interface: SC-351
10BASE-T (cannot be connected at the same time as the GPIB)
• GPIB Interface: SC-353
To create a familiar system
• DIO Interface: SC-352
Useful for judging acceptable and non-acceptable waveforms. Open collector output.
• D/A Output: SC-354
Output can be selected from three patterns of 10V, 1V and 0.1V.
Cannot be connected at the same time as the DIO.
See the following website for further details.
www.iti.iwatsu.co.jp/jp/products/voac/voac752xh_opt.html
• RS USB Converter: SC-525
USB can be used when connected with a RS-232 connector.
VOAC7523H/7520H
Trend Graphs Using the Interface
Dual Display / Dual Function
Measured
with
two units
up until now
DCA
Electrical current DCV
Electrical voltage
Possible
with a single
VOAC752xH series
unit now
5.00000V
Electrical
voltage
1.0000A
Data can be loaded into Excel and other
spreadsheet software when connected to
a PC with the interface. This enables trend
graphs, etc., to be easily made.
Electrical
current
Programming not required!
Download the software from the following.
Click here for the sample software
URL
http://www.iti.iwatsu.co.jp/
Support
Options
Product Name
Part Number
LAN interface *1
SC-351
*2
SC-352
DIO interface
GPIB interface *1
SC-353
D/A Converter interface *2
SC-354
RS232-USB Converter (WindowsXP,Vista,7)
SC-525
Image of Product
SC-351 or SC-353
Product Name
Part Number
Banana plug (Can be used to connect a
thermocouple)
POMONA1286
High-resistance test lead
SC-004
Test leads
SC-020
Arrow clip
For SC-020 (AC30V/DC60V/DC3A)
SC-021
Alligator clip
For SC-020 (AC30V/DC60V/DC10A)
SC-022
Alligator clip H
For SC-020 (600Vrms, CAT II/10A)
SC-023
Image of Product
SC-352 or SC-354
SC-028
4-wire kelvin test leads
SC-026
High-voltage probe
30kVdc max. (can be used only in the Zin of SC-003
10MW range)
Clamp-on current probe
DC ± 200A MAX AC150A rms MAX (40Hz to
500Hz)
SC-011
*1 The LAN interface SC-351 and GPIB interface SC-353 cannot be installed at the same time.
*2 The DIO interface SC-352 and D/A Converter interface SC-354 cannot be installed at the same time.
Digital Multimeter (Handy type)
1µV, 50000, 4½ digits
Sheath-type thermocouple (Type K)
-200˚C to +800˚C
SC-0107
Surface thermocouple (Type K)
0˚C to +500˚C
SC-0116
VOAC22
43
Universal Counter
Universal Counter
SC-7200H Series
A new lineup of high-performance
counters that transcend their class!
3GHz x 1ch &
230MHz x 2ch
Universal Counter SC-7207H
2GHz x 1ch &
230MHz x 1ch
Universal Counter SC-7206H
[Option]
230MHz x 2ch
Universal Counter
SC-7205H
Useful functions based on the need for a maximum of 3GHz and easy use.
•Enables frequency measurements for two independent channels
(SC-7207H, SC-7205H.)
•Pulse width measurements and time interval measurements greatly broaden the scope
of single-gate measurement.
•Easy operations with single key strokes for each action.
•Easy-to-see fluorescent display area. Detailed information displayed with 5 x 7 dot
resolution.
•Full lineup of options to provide greater expandability
•Comparator output (open collector) with digital I/O (SC-702.) External trigger input.
*150mA can be used for line monitoring equipment without modification to provide a
margin of 50V.
•The high-stability standard oscilloscope (SC-703A) provides highly accurate
measurements.
* A full-spelling guide provides powerful support for operations.
•Auto-trigger function that eradicates the need for setting the trigger level. Manual
setup is, of course, also possible.
•Making line inspection tasks more efficient is a simple chore with the comparison and
statistic calculation functions.
•The scaling calculation function enables single unit conversion (revolutions, speed,
etc.)
•Input signal peak voltage measurements make it easy to confirm the waveform
amplitude.
•The save/recall function for panel setup makes predetermined inspection tasks more
efficient.
•The GPIB (optional for the SC-7205H: SC-701) and RS-232 interfaces provide full remote
control.
*Transmission is performed in the real-time at a high speed of a maximum 200 items of data/second, which
contributes to improved line throughput.
44
Specifications and Performance
Output Interfaces
RS-232: Fitted as standard.
GPIB Fitted as standard (optional for the SC-7205H: SC-701) Digital I/O:
Optional (SC-702)
Approximately 210(W) x 99(H) x 353(D) (excluding options and protrusions)
4.0kg or less (when mounted with the SC-701, 702 and 703 options)
Dimensions (mm) and
Weight
High-stability Standard
Two types of options available (only one type may be mounted)
Oscillator (manufactured
Temperature Characteristics: +/-0.05ppm, Oscillation Frequency: 10MHz
on request)
Universal Counter Option
Universal Counters SC-7207H / SC-7206H / SC-7205H Specifications
GPIB Interface
SC-701
For use with the SC-7205H
•Mounting the SC-701 onto the SC-7207H, 7206H and 7205H Universal
Counters (fitted as standard to the SC-7207H and 7206H) enables
measurements taken with external GPIB controllers to be reset, the remote
setup of measurement functions, time base functions and calculations, etc.,
and the results of measurements to be transmitted as data to external
sources.
Frequency A (FREQ-A)
•Measuring range and resolution * SC-7206H is not equipped with EXT-B gate
SC-7207H
10ns (100MHz)
Reference time (reference frequency)
Range
Resolution and count
method
*This is a factory option and needs to be ordered at the same time as the main unit.
Ordering factory installation at a later date will be chargeable.
Digital I/O
SC-702
For use with the SC-7207H, SC-7206H and SC-7205H
•Installing the SC-702 onto the SC-7207H, SC-7206H and SC-7205H Universal
Counters will enable control over the start of measurement and the output
of comparison calculation results. (open collector) Connecting an external
lamp also allows parts to be selected and inspection results to be easily
browsed.
*This is a factory option and needs to be ordered at the same time as the main unit.
Ordering factory installation at a later date will be chargeable.
DC
AC
Frequency
Count method
1ms gate
10ms gate
0.1s gate
1s gate
10s gate
EXT-B gate *
SGL gate
Resolution and count
method
EXT-B gate
SC-702
Digital I/O (Factry optiion)
SC-701
GPIB Interface (Equipped as standard on SC-7207H and SC-7205H.
Factory option only for SC-7205H)
Main Performance
Maximum Output Terminal
Rating
Maximum Input Terminal Rating
Withstand voltage
Withstand current
Frequency response
Withstand voltage
Frequency response
DC50V
DC150mA
DC to 1kHz
DC5V
DC to 1kHz
Range
Resolution
DC couple
AC couple
1ms gate
10ms gate
0.1s gate
1s gate
10s gate
EXT-B gate *
SGL gate
Duty ratio A (DUTY-A)
Measuring range
SC-525
For use with the SC-7207H, SC-7206H and SC-7205H
•The cable for connecting the RS-232
measurement unit to a personal
computer’s USB port.
•Overall length approximately 85cm.
*Can also be used with the VOAC 7500H series,
the SG-4115 and the SG-4105.
Average
Measuring count of
resolution internal
gate
SC-703A
Custom Order
New Crystal (SC-703A)
10MHz
+/-0.05ppm
Temperature Characteristics
Range of 0 ˚C to 40 ˚C with +25 ˚C as the standard.
+/-0.05ppm
Rising Time
10 minutes for power switch-on with the frequency 1 hour after
power switch-on as the standard
+/-0.02ppm
Time Fluctuations (per day) Value at 72 hours after power switch-on with
48 hours after power switch-on as the standard
+/-0.02ppm
Time Fluctuations (per year) Value at one year after power switch-on with
10 days after power switch-on as the standard
Oscillation Frequency
6 digits
7 digits
8 digits
SC-7207H
SC-7206H
10ns (100MHz)
100ns (10MHz)
100MHz to 3GHz 1/16 prescaler
Below 1.6GHz
1.6GHz or more
Reciprocal count
Direct count
5 digits
10kHz
6 digits
1kHz
7 digits
100Hz
8 digits
10Hz
9 digits
1Hz
Reciprocal count method: The number of
digits is determined by external gate time
100MHz to 2GHz 1/16 prescaler
Below 160MHz
Reciprocal count
4 digits
5 digits
6 digits
7 digits
8 digits
160MHz or more
Direct count
10kHz
1kHz
100Hz
10Hz
1Hz
Not equipped with EXT-B
SC-7206H, SC-7205H
100ns
5ns to 171s
5ns to 1,717s
5ns to 0.1s
5 digits
4 digits
6 digits
5 digits
7 digits
6 digits
8 digits
7 digits
9 digits
8 digits
The number of digits is determined by external gate time
The number of digits is determined by measured signal
•Measuring range and resolution
SC-7207H
Same as FREQ-A
SC-7206H, SC-7205H
SGL gate
Internal gate
SGL gate
1 to 24
25 to 2,499
0.01µ to 99.999,999,99 [%]
0.2µ to 99.999,999,8 [%]
2µ to 99.999,998 [%]
10ns/input period x 100 [%]
100ns/input period x 100 [%]
10ns/average input period x 100 [%]
100ns/average input period x 100 [%]
1ns/average input period x 100 [%]
10ns/average input period x 100 [%]
2,500 to 249,999
100ps/average input period x 100 [%]
1ns/average input period x 100 [%]
250,000 to 24,999,999
25,000,000 or more
10ps/average input period x 100 [%]
1ps/average input period x 100 [%]
100ps/average input period x 100 [%]
10ps/average input period x 100 [%]
Pulse width A (P.W-A)
•Minimum pulse width: 6ns •Maximum repetitive frequency: 80MHz •Measuring range and resolution
SC-7207H
SC-7206H, SC-7205H
10ns
100ns
Reference time
Measuring range
High-stability Standard Oscilloscope
100ns
45Hz to 440Hz
Period A (PERI-A)
•Measuring range and resolution *SC-7206H is not equipped with EXT-B gate
SC-7207H
10ns
Reference time
Input signal frequency range
RS-USB Converter
SC-7205H
7 digits
8 digits
9 digits
Frequency C (FREQ-C) (for SC-7207H and SC-7206H only)
•Measuring range and resolution
Measured signal
Count method
1ms gate
10ms gate
0.1s gate
1s gate
10s gate
0.6mHz to 230MHz
10Hz to 230MHz
Below 100MHz
100MHz or more
Below 10MHz
10MHz or more
Reciprocal count
Direct count
Reciprocal count
Direct count
5 digits
1kHz
4 digits
1kHz
6 digits
100Hz
5 digits
100Hz
7 digits
10Hz
6 digits
10Hz
8 digits
1Hz
7 digits
1Hz
9 digits
0.1Hz
8 digits
0.1Hz
Reciprocal count method: The number of digits is determined by external gate time
Reciprocal count method: The number of digits is determined by measured signal
0.1s gate
1s gate
10s gate
Reference time(reference frequency)
Range(for AC coupling only)
100ns (10MHz)
6mHz to 230MHz
AC Line Frequency (FREQ-LINE) (for SC-7207H and SC-7205H only)
•Measuring range and resolution
SC-7207H
10ns
Reference time
Range
Resolution
SC-7206H, SC-7205H
Average
Measuring count of
resolution internal
gate
SGL gate
Internal gate (1ms to
10s)
SGL gate
1 to 24
25 to 2,499
2,500 to 249,999
250,000 to 24,999,999
25,000,000 or more
10ns to 171s
100ns to 1,717s
10ns to approx. 1/2 gate time
100ns to approx. 1/2 gate time
10ns to 100ns
10ns
1ns
100ps
10ps
1ps
100ns to 1ms
100ns
10ns
1ns
100ps
10ps
Time interval A --> B (T.INT A --> B) (for SC-7207H and SC-7205H only)
•Minimum time interval: 6ns •Maximum repetitive frequency: 80MHz •Measuring range and resolution
SC-7207H
SC-7205H
10ns
100ns
Reference time
Measuring range
Average
Measuring count of
resolution internal
gate
SGL gate
Internal gate (1ms to
10s)
SGL gate
1 to 24
25 to 2,499
2,500 to 249,999
250,000 to 24,999,999
25,000,000 or more
10ns to 10,955s
100ns to 109,951s
10ns to approx. 1/2 gate time
100ns to approx. 1/2 gate time
10ns to 10µs
10ns
1ns
100ps
10ps
1ps
100ns to 100µs
100ns
10ns
1ns
100ps
10ps
45
Frequency ratio A/B (FREQ A/B) (for SC-7207H and SC-7205H only)
•Measuring range and resolution
Input signal frequency range
Measuring range
Measuring resolution
1E-9 to 1E+9
Internal gate (1ms to 10s)
1+LOG (CH-A input frequency x gate time) digits
SC-7207H
SC-7205H
10ns
SGL gate
Internal gate
SGL gate
1 to 24
25 to 2,499
2,500 to 249,999
250,000 to 24,999,999
25,000,000 or more
Measuring range
Measuring
resolution
Average count of
internal gate
100ns
Measuring Range
Operating input voltage range
Input sensitivity
Manual trigger
Auto trigger
CH-C input terminal (for SC-7207H and SC-7206H only)
Maximum input power
Impedance
Coupling
VSWR
Input sensitivity
AGC off/on
2 seconds or less
±2.50V (ATT off, resolution: 10mV), ±50.0V (ATT on, resolution: 100mV)
ATT off: 10% of indication ±50mV ATT on: not specified
Input sensitivity
AGC off
Detection delay time
Approx. 1MΩ//20pF or less
AC or DC
Off, 10kHz
Off, 26dB (1/20)
ATT off
ATT on
ATT off
ATT on
ATT off
ATT on
ATT off
ATT on
-2.50V to +2.50V (resolution: 10mV)
-50.0V to +50.0V (resolution: 100mV)
10% ±30mV of the set value (±3% when +2V to -2 V )
10% ±300mV of the set value (±3% when +40V to -40 V )
±2.5V
±50V
30mVrms (DC to 230MHz)
0.6Vrms (DC to 230MHz)
ATT off
200mVrms (10kHz to 230MHz, sine wave)
ATT on
4Vrms (10kHz to 230MHz, sine wave)
+30dBm (approx. 7Vrms when 1mΩ/50Ω = 0dBm as a reference)
Approx. 50Ω
AC
2.0 or less (SC-7207H: 100MHz to 3GHz, SC-7206H: 100MHz to 2GHz)
(Sine wave: up to 2 GHz for SC-7206H)
-20dBm
-25dBm
-20dBm
Detection frequency range
Burst detection
10µ to 359.999,99 [˚]
100ns/input period x 360 [˚]
100ns/average input period x 360 [˚]
10ns/average input period x 360 [˚]
1ns/average input period x 360 [˚]
100ps/average input period x 360 [˚]
10ps/average input period x 360 [˚]
150Hz ≦ input frequency ≦ 50MHz
CH-A, CH-B input terminal (SC-7206H is not equipped with CH-B)
Input RC
Coupling
Low pass filter
Attenuator
accuracy (0˚C to +40˚C)
0.1µ to 359.999,999,9 [˚]
1µ to 359.999,999 [˚]
0ns/input period x 360 [˚]
10ns/average input period x 360 [˚]
1ns/average input period x 360 [˚]
100ps/average input period x 360 [˚]
10ps/average input period x 360 [˚]
1ps/average input period x 360 [˚]
Peak voltage measuring (SC-7206H is not equipped with CH-B)
Measures and displays in real-time the voltage amplitude of the measured signal at CH-A or CH-B.
Frequency range
Response time
Voltage range
Measuring error
Trigger level
SC-7205H
Both CH-A and CH-B are the same as that for FREQ-A
Internal gate (1ms to 10s)
Phase measuring A --> B (PHAS A --> B) (for SC-7207H and SC-7205H only)
•Minimum time interval: 6ns •Maximum repetitive frequency: 80MHz •Measuring range and resolution
Reference time
SC-7207H
SC-7207H
(100MHz ≦ input frequency ≦ 300MHz)
(300MHz < input frequency ≦ 1.5GHz)
(1.5GHz < input frequency ≦ 3.0GHz)
100MHz to 3GHz
SC-7206H
100MHz to 2GHz
(Sine wave: up to 2GHz for SC-7206H)
-20dBm
-10dBm
(100MHz ≦ input frequency ≦ 1.2GHz)
(1.2GHz < input frequency ≦ 3.0GHz)
500µs (Burst period ≧ set gate + 500µs)
10MHz STD IN
BNC terminal for more stable input of the external reference frequency
Frequency
Amplitude
Input resistance
Input coupling
10MHz±50Hz (±5ppm)
1Vrms to 5Vrms, threshold = 0V
Approx. 6.4kΩ
AC
10MHz STD OUT/(MARKER OUT)
BNC terminal for output of internal reference oscillator or marker signal.
Marker signal is a signal that presupposes the brightness modulation (Z axis) of the analog oscilloscope for example. It is enabled at the SGL gate when the function is in between the time interval (T.INT A --> B) and phase (PHAS
A --> B). Output is "Lo level" from the start of CH-A measuring to the start of CH-B measuring.
CMOS level
Output
10MHz: Stability is the same as that for the internal reference oscillator.
Reference frequency output
In the 5MHz band, L-state is output during actual measuring. (for SC-7207H and SC-7205H only.)
Marker output
Output interface
•RS-232 is equipped as standard •GPIB is equipped as standard (option SC-701 for SC-7205H)
•Digital I/O option can be installed (SC-702)
Environmental conditions
•Warm-up time: 60 minutes or more •Operating temperature/humidity: 0˚C to +40˚C/85%R.H or less (no
condensation) •Storage temperature/humidity: -20˚C to +60˚C/90%R.H or less (no condensation)
Reference oscillator
Equipped with SC-7207H, SC-7206H and SC-7205H as standard
Output is possible to the 10MHz OUT BNC terminal on the rear panel of the main unit.
•Oscillation frequency: 10MHz •Temperature characteristics: ± 2.5ppm/unit environmental temperature: 0˚C to +40˚C •Aging rate: ± 1.0ppm/year
Power supply conditions and power supply voltage changes (factory option)
•Voltage: AC100V / 110V to 120V / 220V to 240V •Frequency: 50Hz, 60Hz, 400Hz
•Power consumption: At AC100V with optional SC-701 and SC-702 are installed.
SC-7207H
Power Consumption
36VA MAX
46
Dimensions (mm)
(210 ± 2)W x (99 ± 2)H x (353 ± 2)D (excluding options and protruded parts)
Weight
4.0kg or less (including optional SC-701 and SC-702)
Accessory
Power cable (1), operation manual CD-ROM (1)
SC-7206H
33VA MAX
SC-7205H
31VA MAX
A Maximum of 3GHz, and the Digit Display
Greatly Increased to Accommodate a
Maximum of 12Digits/sec
Universal Counter SC-7217
SC-7215
•USB, LAN, RS-232 (option) and full remote control with GPIB (option)
[Option]
•Comparate output with digital I/O
•Full lineup of options to provide greater expandability
- Data stored on USB storage memories.
- High-stability clock oscillator option.
SC-7217 / SC-7215 Specifications
CH-A、 CH-B
EXT-B
CH-C
Input impedance
Input withstand pressure 50Ω/ 1MΩ
DC / AC
Frequency band
ATT OFF / ON
Input voltage range
Trigger level accuracy ATT OFF / ON
Slope switching
Band limitter
Noise rejection
Pulse width / frequency
Input signal range
Input impedance / SWR / Maximum input electrical power
Frequency band
AGC
Burst detection
Detection sensitivity
Burst detection delay time
FREQ A、 FREQ B
Measurement range
Gate selection
Measurement
Functions
PULSE WIDTH A
TIME INTERVAL A → B
FREQ A/B
PHAS A → B
TOT A
Measurement range / Gate selection
OFF/ON
500ns min / 1MHz max
50Ω, AC coupling / 2.0 or less / +30dBm
—
100MHz to 3GHz
—
ON/OFF
—
ON/OFF
—
Up until 1.2GHz: -20dBm, up until 3GHz: -10dBm
—
10µs
—
Gate selection
Measurement range
Single / Time
Gate selection
—
45Hz to 440Hz / 0.1s/1s/10s
6ns min / 80MHz max
0.01µ to 99.999,999,99% / 0.2µ to 99.999,999,8%
Single / Time (set at 10µs to 10s 10ˆn) (n: integer)
Input signal range
Pulse width / Frequency
Measurement range
Single / Time
Gate selection
6ns min / 80MHz max
6ns to 171s / 6ns to approximately ½ gate time
Single / Time (set at 10µs to 10s 10ˆn) (n: integer)
Input signal range
Pulse width / Frequency
Measurement range
Single / Time
Gate selection
6ns min / 80MHz max
6ns to 10,995s / 6ns to approximately ½ gate time
Single / Time (set at 10µs to 10s 10ˆn) (n: integer)
Input signal range, Frequency
Measurement range / Gate Selection
Input signal range
Pulse width / Frequency
Measurement range
Single / Time
Gate selection
250MHz max
1 E-9 to 1 E+9 / Time (set at 10µs to 10s 10ˆn) (n: integer)
6ns min / 80MHz max
0.1µ to 359.999,999,9˚/ 1µ to 359.999,999˚ (However, it is necessary or this to be less than half of the gate for non-measurable signal cycles)
Single / Time (set at 10µs to 10s 10ˆn) (n: integer)
Pulse width / Frequency
Gate selection
2ns min / 250MHz max
MANUAL / EXT-B / Time (set at 10µs to 10s 10ˆn) (n: integer)
Measurement range
Temperature characteristics
Temporal change
Temperature characteristics
High stability
—
Single / EXT-B / Time (set at 10µs to 10s 10ˆn) (n: integer)
Pulse width / Frequency
OCXO
—
100MHz to 3GHz, 1/16 pre-scaler
Time / EXT-B gate: 2.2ns to 83s
Input signal range
Input signal range
Max. 13-digit, 12-digit/sec (at 1second gate)
Single: 4ns to 166s
Measurement range
Medium stability
Interface
Voltage / Frequency
Electric power
Power consumption
External dimensions (mm)
Accessories
Environment
+/-
10kHz
EXT-B / Time (set at 10µs to 10s 10ˆn) (n: integer)
Measurement frequency / Measurement speed
Peak voltage
Measurement voltage range ATT OFF / ATT ON
measurement
Measurement operations
Calculation
Pulse setup
DATA save memory
Temperature characteristics
Internal
standard clock Temporal change / Short-term stability
Interface
USB / LAN / DIO
10MHz STD IN Input impedance / Input frequency / Input sensitivity
Marker / STD output
Output impedance / Marker output / STD output
Options
(OP when
shipped)
±2.5V / ±50V
±2%±25mV / ±2.5%±500mV
Single / EXT-B / Time (set at 10µs to 10s 10ˆn) (n: integer)
FREQ C
DUTY A
7Vrms / 200Vpk
DC to 450MHz / 10Hz to 450MHz
Single: 6mHz to 250MHz, time / EXT-B gate: 12mHz to 450MHz
Gate selection
PERIOD A
SC-7215
50Ω ±1.5% / 1MΩ± 1.5% //16pF ±3pF
Max. 13-digit, 12-digit/sec (at 1second gate)
Measurement range
FREQ LINE
SC-7217
Temporal change
0 to 4,294,967,295 count
150Hz to 150MHz / 2 seconds or less
±2.5V / ±50V
Repeat / Single / HOLD
Smoothing (moving average), scaling, comparate, statistics (MAX, MIN, σ, average)
Internal memory (10) or USB memory
MAX. 500,000kinds (volatile memory)
+/- 1ppm (range of 0 to +40˚C with +25˚C as the standard)
±0.1ppm/month、 ±1ppm/year / ±1ppb/s
USB2.0 HS / 100base-TX / Output: HI/LO/GO/BUSY
Approximately 850 Ωs (at 10MHz), AC coupling / 10MHz +/- 50Hz / 100mVrms
STD / Marker selected and output with the setting
50Ωs +/- 10% / +1Vo-p (0V output during measurement) / 10 MHz sine wave 1Vp-p or more (with 50Ωs at the terminal)
+/- 20ppb (range of 0 to +40˚C with +25˚C as the standard)
+/- 10ppb/day (fluctuations in one day’s frequencies with the standard frequency being that measured after 48 hours. At +25˚C)
+/- 100ppb/year (fluctuations in one year’s frequencies with the standard frequency being that measured 10 days after the power has
been switched on. At +25˚C)
+/- 5ppb (range of 0 to +40˚C with +25˚C as the standard)
+/- 0.5ppb/day (fluctuations in one day’s frequencies with the standard frequency being that measured 30 days after the power has been
switched on. At +25˚C)
+/- 50ppb/year (fluctuations in one year’s frequencies with the standard frequency being that measured 30 days after the power has been
switched on. At +25 ˚C)
GPIB (conforming to IEEE488-1 with full remote functions,) RS-232C, host for connecting the USB memory (for storage only)
AC 100V to AC 240V ±10% / 50 to 60Hz±5%(100V to 240V) / 400Hz±10%(100V to 120V)
70VA(35W) max
(210±2)W ×(99±2)H×(353±2)D
Product users’guide x 1, instructions (CD) x 1, power cable x 1.
0˚C to +40˚C with 80%RH or less and no condensation
47
30MHz FUNCTION GENERATOR
SG-4300 Series
Various types of
output waveforms
30MHz 2ch Various Oscillation Modes
•Sine •Square •Pulse •Ramp •Parameter-variable •Arbitrary
30MHz 1ch SG-4322
SG-4321
Standerd waveforms, Large capacity arbitrary,Standerd parameter variable waveforms(25 waveforms)
Versatile Functions
•Sweep •Modulation •Burst •Trigger •Gate •Sequence •Synchronus operation •Variable duty •Variable rise •Variablr fall
Equipped with program operation, parameter-variable waveforms etc,.
❶
❸
❹
❺
❷
❻
❼
❽
❾
SG-4322 front panel
❶Basic Parameters / Shortcut keys
❷3.5# QVGA TFT Color LCD display
CH1 and CH2 signal outputs Isolated by each channel
❸Ten-key for direct input
• Independent setting by each channel
❹Enter key : Execute each setting
• Phase shift control between 2 channels
❺Function knob for selecting items and
values
• Synchronized output in different phase
❻Arrow keys
•D
ifferent frequency output between
2 channels
• Differential output
❼UNDO key for undo
❽Triggered indication light
• Frequency variable between 2 channels
❾Manual Triggering key
OUT : Output on/off key
Soft keys for setting selectable functions
CH1 and CH2 synchronized signal
outputs Reference phase synchronization
• Synchronized signal with internal
frequency modification
• Burst synchronization signal
• Sequence step synchronization signal
• Sweep synchronization signal
• Synchronized signal with internal
modification signal
• Sweep X driving signal for X axes of
oscilloscope/recorder
NEXT key for selecting from multiple
setting pages
CH1/CH2 key for switching CH1 or CH2
CH1 Trigger input BNC
CH2 Trigger input BNC
CH1 Output modification/Adder input BNC
Outer 10MHz reference frequency signal
input BNC
Multiple I/O connector for sweep, sequence
control and synchronization code output
CH2 Output modification/Adder input BNC
Frequency reference signal output BNC
GPIB interface
connector
USB interface
connector
Fan motor
AC inlet(AC90V
to AC250V)
SG-4322 rear panel
48
Sequence control function
Programmable each signal waveform pattern
Sequence oscillation is used to program combination of
multiple pattern outputs such and Waveform type, frequency,
amplitude, duty cycle and offset. It can be used together
with parameter variable function at complicated and long
timeframe waveform patterns for sudden frequency/sweep
variable.
Waveforms 1
Waveforms 2
Waveforms 3
Waveform 1+2+3 at long memory
Arbitrary signal waveform with free-download software
4M-word waveform memory for 512k-word/waveform, max.
Maximum 512k-word/waveform outputs are available with arbitrary waveform generating software for example;
• Copy and paste of pre-set waveform shapes for complex signal waveforms.
• Waveform generation from waveform formula
• Expansion and compression of signal waveforms
• Computation between waveforms
Arbitrary waveform generating software ARB Edit
Waveform formula setting and waveform
Computation between waveforms
Specifications
SG-4322
SG-4321
Function Generator
Continuous oscillation
Oscillation frequency
0.01μHz to 30MHz
Burst/trigger/gate/
triggered gate
Number of channels
2 ch
Waveform and frequency range
Vertical resolution for waveform
1 ch
14bit
0.01μHz to 30MHz
(duty fixed)
0.01μHz to 15MHz
(duty variable)
0.01μHz to 15MHz
(symmetry variable)
Oscillation mode
Product name
Sweep
Internal modulation
External modulation
SG-4322
SG-4321
○
○
○
○
Frequency, phase, amplitude, DC offset, duty ratio
FM, FSK, PM, PSK, AM,DC offset and PWM
Sequence
○
○
Two channel mode
○
─
0.01μHz to 15MHz
Synchronous operation
○
○
0.01μHz to 5MHz
External addition
○
○
Setting storage
○
○
GPIB interface
○
○
Parameter-variable
waveforms (25 types)
0.01μHz to 5MHz
Arbitrary waveform
0.01μHz to 5MHz
USB interface
○
○
Noise
Bandwidth 26MHz
Color LCD display
○
○
Arbitrary Waveform Editor
○
○
Sequence Editor
○
0.01μHz
Frequency setting resolution
Rising/falling variable
Arbitrary waveform data
length/number of waves
Maximum output voltage/resolution
Pulse 15.0ns to 58.8Ms
512K words / 128 waves, 4Mwords
20 Vp-p/open, 10 Vp-p/50 Ω , Resolution: 0.1 mVp-p or 1 mVp-p
(depending on conditions)
User-defined unit
○
○
Input/output floating
○
○
Isolation between channels
○
─
○
Power supply
Power consumption
External dimensions (mm) * 2
Weight
Application Software
Option
AC90V to 250V
75VA 以下
50VA 以下
216 (W) × 88 (H) × 332 (D)
approx. 2.1 kg
approx. 2.1 kg
Sequence Editing Software
SG-510 Multi Cable for input and output
49
Function Generator
SG-4100 Series
10mHz - 15MHz 1ch 10mHz - 5MHz 1ch SG-4105
•Wide oscillation bandwidth from 10mHz to 15MHz (SG-4105)
•High accuracy (50ppm: SG-4105, SG-4104) and high stability
waveform output by employing DDS (Direct Digital Synthesizer)
system
•Max 20Vp-p (Output terminal open)
•0.0% to 100.0% duty control/ Up to 65,536 Burst waveforms
• Offset control +10V to -10V (output terminal open)
•Waveform outputs are connected continuously when vary the
frequency
• Linear / Log sweep function
• Simultaneous display of the frequency and output voltage
•Easy operation (set performance can be checked at a glance)
•PMC option (SG-506: SG-4105) best suited for evaluating pulse
motor control
•Provides Small-amplitude on Large-offset
PMC function*(Factory option)
Pulse motor control function SG-506 (SG-4105)
Pulse motor control function
PMC option function controls pulse motor. Pulse motor acceleration or
braking controls need to be reviewed not only by position control, but also
under loaded condition. The PMC option simplifies the evaluation.
Pulse outputs in open collector (50V) are output from rear panel with PMC
option.
Common motor driver circuit connected with PMC.
*PMC (Pulse Motor Control) is coined word by IWATSU TEST INSTRUMENT
CORPORATION.
(Order any factory options when ordering the main unit. Additional orders
after the delivery of the main unit require a separate fee.)
Upper waveform shows drive
pulse for pulse motor, lower
waveform shows sensor input
waveform. After reaching
maximum frequency while
specified accelerating period,
starts braking by sensor
input signal. Then stops at
specified pulse counts.
Boost Amp
RS-USB Converter
A useful drive amp that boosts signal generator output at 1MHz full power band.
The SG-300 is an amplifier for converting function generator output.
This amplifire can be used for a wide range of purposes, including the development of inverters and other
mechatronic equipment.
The amplifire has a low impedance (Lo Ω ) output, which enables it to be used with low power loss even driving low
impedance loads.
It also supports amplitude modulation only at the positive
side or only at the negative side, which enables zero level
adjustment.
For use with the SG-4105
•The cable for connecting the RS-232
measurement unit to a personal
computer’s USB port.
SG-300
SG-300 Specifications
Maximum Voltage
Maximum Current
Full Power Band width
50
SG-4104
24Vp-p (with 50 Ω load) / 48Vp-p (without load)
DC or Peak 240mA (with 50 Ω load) / Continuous
DC or Peak 300mA (with Lo Ω output)
1MHz (with a 50 Ω load and 24Vp-p output)
SC-525
•Overall length approximately 85cm.
*Can also be used with the VOAC 7500H series, SC-7200H series.
Delay Pattern Generator
Delay Pattern Generator (6 channel pulse generator)
DG-8000
Seamless change
The frequency, pulse width, and other settings can be
seamlessly changed during oscillation.
Tracking function
Parameters can be changed simultaneously for each channel.
*input/output on the front
Operation pattern control (DG-802)
The operation pattern option enables continuous operation testing.
Synchronization of multiple generators (DG-602)
The quick synchronization option enables three generators
(18 channels) to synchronously output data.
Rear panel configuration of a standard model
Setting parameters and output examples of 6 channel independent
pulse output
Signal generation method and output examples of the inverter option
BASIC mode
Single-phase bipolar output in the INVERTER mode
Pulses can be easily generated by specifying any dependency, delay value, and width
value for each of 6CH. The output level can also be individually specified for each CH.
Pulses can be easily generated by specifying the carrier frequency (Fc), modulation
signal frequency (Fm), and modulation depth (that is, the rate of the modulation signal
amplitude to the carrier amplitude).
The pulse width
is changed
Tracking function
The pulse width, delay time, and other settings can be changed simultaneously for any
combination of CH. Output example when the pulse width of channels 1 to 3 is changed
simultaneously.
Lineup
Main unit
Items
Software option
Hardware option
Product name
Delay pattern generator
Model number
DG-8000
Inverter and PPG option
DG-801
Test adapter
External modulation option
Quick synchronization option
DG-802
DG-601
DG-602
3-phase 2-level in the INVERTER mode
Pulses can be easily generated by specifying the carrier frequency (Fc), modulation
signal frequency (Fm), and modulation period (that is, the rate of the modulation signal
amplitude to the carrier amplitude).
—
INVERTER mode
PPG mode
Operation pattern function
External modulation function
Quick synchronization function
Incorporated function
51
Gap control to prevent the high and low side switches
of devices from being turned on simultaneously
Easy generation of PWM signals
U phase
The inverter and PPG option (DG-801) enables you to output control signals for the
buck chopper, single-phase uni-polar, single-phase bi-polar, and 3-phase 2-level. The
modulation frequency and modulation depth can be changed even during oscillation. This
is convenient for testing inverters because it is possible to obtain output to which pulse
width modulation created from the inner sine wave and triangle wave is applied.
X phase
SYNC
V phase
Y phase
U phase
Short circuits are
dangerous
V phase
Pseudo signal of the
modulation wave
If the phase U and X devices in the above illustration are turned on at the same time,
they short-circuit, causing danger and damage.
The DG-8000 gap time control function automatically generates the specified dead time as
shown in the illustration. Even if the frequency or cycle changes, the dead time remains
constant. The gap time can be changed even during oscillation. It is also possible to turn
devices on at the same time by specifying a negative value.
(Note #1)
Configuration example
DG-8000 main unit: 1
DG-801 inverter and PPG option: 1
Independent control of the time axis and vertical axis
SYNC
CH1
CH1
CH2
CH2
The operation pattern option (DG-802) is convenient for continuous operation testing
because it enables variable control of the frequency and modulation depth (in the
inverter mode only). The patterns for such control are controlled using predetermined
arbitrary waveforms. These waveforms can be created using the waveform creation
application (which is available free of charge.)
SYNC
CH3
U phase
Changing the frequency
When using the PPG
function, this generator
functions as a signal
generator for complicated
logic modulation waves
on 6 channels using
predetermined pulse patterns. Waveform patterns
can be created using the
waveform creation application (which is available
free of charge.)
Variable control of the PWM signal frequency
SYNC
CH3
Note #1:
The modulation signal is
shown only for explanatory purposes. This signal
is not output from the
DG-8000.
Changing the output level
V phase
The parameters related to the time axis and those related to the vertical axis are
separately controlled. These parameters can be changed manually or by using remote
commands.
Pseudo signal of the
modulation wave
(Note #1)
Support of ORed output on channel 1
Channel 1 has an ORed output function, which logically adds up to 6 sets of double
pulses, making twelve pulses of specified channels, and outputs the result.
Configuration example
DG-8000 main unit: 1
DG-801 inverter and PPG option: 1
DG-802 operation pattern option: 1
The illustration on the
left shows an example
of when a trapezoid
waveform signal is used
to apply frequency
modulation.
Note #1:
The modulation signal is
shown only for explanatory purposes. This
signal is not output from
the DG-8000.
In the inverter mode, faulty patterns during
the gap time can be inserted intentionally at
regular intervals by using the error insertion
function.
Application example: Continuous operation test of solenoid and other elements that control electromagnetic valves
Conventional device
configuration example
Device configuration example using
the DG-8000
Feedbeck
Control PC
Control interface
Feedbeck
PWN Signal
Driver
& SW
Current
detection
Solenoid
valve coil
Feedbeck
PWN Signal
Driver
& SW
Current
detection
Solenoid
valve coil
Feedbeck
PWN Signal
Driver
& SW
Current
detection
Solenoid
valve coil
PWN Signal
Driver
& SW
Current
detection
Solenoid
valve coil
PWN Signal
Driver
& SW
Current
detection
Solenoid
valve coil
PWN Signal
Driver
& SW
Current
detection
The external modulation option (DG-601) enables external
control of the following functions:
- Modulation of the pulse width and delay in the basic mode
- Control of the modulation depth in the inverter mode
-Control of the frequency and modulation depth for
operation patterns
Configuration example
DG-8000 main unit: 1
DG-802 operation pattern option: 1
DG-601 external modulation options
Solenoid
valve coil
Parallel operation of three generators to support output from 18 channels
The quick synchronization option (DG-602) quickly enables up
to 3 generators to synchronously operate by connecting BNC
cables to the rear panel. If one of the generators goes down,
the remaining two generators also shut down their output as
a failsafe when this function is used.
6 channels + 6 channels + 6 channels = 18 channels
52
Configuration example
DG-8000 main unit: 1
DG-602 quick synchronization options: 3
Delay Pattern Generator DG-8000 Specifications
Common specifications
Pulse output terminal
Number of channels
Output level
Output range
Output logic
Output impedance
ORed output
Other output terminals
SYNC OUT output
IRREGULAR output
ALARM output
10 MHz REF output
REAR TRIG output
Input terminals
TRIG
TRIG INH/RDY
Emergency stop input
10 MHz REF input
Frequency control input
External modulation (PWM)
REAR TRIG input
ALARM SENSE input
Other specifications
6CH
± 10V (open) / ± 5V (50 Ω )
2 ranges (large/small)
Positive/negative
50 Ω
Effective channels among channels 1 to 6 are ORed
and the result is output (from channel 1)
BNC terminal (1)
BNC terminal (1)
BNC terminal (1)
BNC terminal (1)
Quick synchronization operation option (DG-602), BNC terminal (1)
BNC terminal (1), input: ± 5V,max., threshold: ± 1/2 of input level, variable
BNC terminal (1), TTL level
BNC terminal (1), TTL level
BNC terminal (1), 1V P-P ± 100ppm or less required
For the external modulation option (DG-601) and operation pattern option
(DG-802), BNC terminal (1)
For the external modulation option (DG-601), BNC terminal (3)
For the quick synchronization operation option (DG-602), BNC terminal (1)
For the quick synchronization operation option (DG-602), BNC terminal (1)
Output control
Oscillation start/stop
Individual setting
When oscillation stops
The button to turn all channels on or off immediately
To turn all channels on or off immediately
Select relay OFF or set the output level to 0.
LED indicators
TRIG'd
OUTPUT, channels 1 to 6
REMOTE
INHIBIT/READY
Indicates when TRIG is applied.
Indicates when output is enabled and on.
Indicates up in the REMOTE status.
Indicates up when oscillation is READY.
Pulse generation
Oscillation mode
Gap control
CONT, TRIG'd CONT, TRIG, GATE
Supported.
*Gap control is a function that ensures non-overlapping time when phases V
and X, phases U and Y, and phases W and Z overlap each other by specifying
a delay or pulse width. This function can be also used to intentionally make
these phases overlapped.
Interface
TRIG'd
Remote (LAN)
Remote (GPIB)
USB1.1 storage function only (Waveform file and Setup file)
100BASE-TX, 10BASE-T
Supported as standard
Screen display
LCD
Resolution
4.7-inch color LCD
320 x 240 pixcels
Others
SETUP save/recall
Power-saving mode
Beep function
Status display
Supported (10 internal memories)
Supported
Supported
Supported
Power supply unit
AC power supply
Power consumption
AC 100V to AC 240V (50/60 Hz)
190VA,max
Mechanical section
External dimensions (mm)
Weight
Approx. 400 (W) x 150 (H) x 497 (D) (without external projections)
Approx. 8kg
Environment
Operating temperature
Operating humidity
Storage temperature
0˚C to +40˚C (without condensation)
85% R.H. or less at +40˚C
-20˚C to +60˚C
Accessories
Power cable
Operation manual
1
CD-ROM (1)
The following modulations can be applied by using the DG-601 external modulation option when the main unit
function is in the Basic mode:
PWM modulation
The pulse width can be changed by an external input signal. The modulation depth can be individually specified for
each external input channel (U/V/W) and freely allocated to output channels.
Delay modulation
The delay value can be changed by an external input signal. The modulation depth can be individually specified for
each external input channel (U/V/W) and freely allocated to output channels.
BASIC mode
Mode
Independent control of 6CH, 3-phase pattern A/B
6 independent channels
Number of pulses
SINGLE pulse/ DOUBLE pulse
1mHz to 10MHz (1mHz or 9-digit resolution)
Frequency/cycle
100ns to 1,000s (10ns or 9-digit resolution)
Frequency/cycle accuracy
± 50ppm
Standard channel
Select SYNC or both edges of the smallest channel
Delay
0ns, 10ns to 1,000s (10ns or 9-digit resolution)
Pulse width
0ns, 50ns to 1,000s (10ns or 9-digit resolution)
0˚ to 360˚ (minimum resolution: 0.01˚, frequency-dependent)
PHASE
0% to 100% (minimum resolution: 0.001%, frequency-dependent)
0˚ to 360˚ (minimum resolution: 0.01˚, frequency-dependent)
DUTY
0% to 100% (minimum resolution: 0.001%, frequency-dependent)
Gap time setting
0 to ± 1 cycle or 1s, max.
Frequency specifying : Gap in 20 ns or 6 digits
Gap resolution
Cycle specifying : Gap in 10 ns or 6 digits
Frequency dividing function
Supported
Frequency dividing setting range 1 to 65,535
Tracking
Multiple parameters can be changed simultaneously.
Internal modulation
PWM modulation and delay modulation
3-phase pattern A
Oscillation mode
Cycle (Tc)
Tw1 and Tw2 setting range
Tw3 setting range
Pulse width setting resolution
Gap control
Operation change during
oscillation
3-phase pattern B
Oscillation mode
Cycle (Tc)
Tw1 setting range
Tw2 setting range
Tw3 setting range
Pulse width setting resolution
Gap control
Operation change during
oscillation
CONT, TRIG'd CONT, GATE
Determined by setting Tw1 and Tw2. Tc = (Tw1+Tw2) x 3
0ns, 100ns to 100s
0ns, 100ns or more (Fc minus- Tw1)
100ns or 9digits
By setting Tw3.
Parameters can be seamlessly changed.
CONT, TRIG'd CONT, GATE
Determined by setting Tw and Tw3. Tc = Tw2+Tw3
0ns, 100ns to 100s
0ns, 100ns or up to more (Fc-2 x Tw1)
100ns to 100s
100ns or 9digits
Realized by setting Tw2.
Parameters can be seamlessly changed.
Inverter mode (with the DG-801 inverter and PPG option mounted)
Buck chopper, single-phase uni-polar, single-phase bi-polar 3-phase
Mode
2-level
Common setting parameters
Carrier frequency
Modulation frequency
Other parameters
100mHz to 1MHz
1mHz to 10kHz
Modulation depth, modulation steps, gap time, and others
PPG mode (with the DG-801 inverter and PPG option mounted)
Frequency specifying mode
Frequency
Memory length
1mHz to 10MHz (1mHz or 6-digit resolution)
10kW or 100kW
Clock specifying mode
CK frequency
Memory length
100Hz to 100MHz (resolution: 1mHz or 6digits)
10kW or 100kW
Operation pattern (with the DG-802 operation pattern option mounted)
The frequency (cycle) can be controlled using any waveform or external
Frequency control
input.
Frequency control input
BNC terminal (1)
INVERTER mode only. The modulation can be controlled using
Modulation control
any waveform or external input.
Faulty pattern insertion
Supported
External modulation (with the DG-601 external modulation option mounted)
External modulation input
BNC terminal (3)
Frequency control input
BNC terminal (1)
Input range
2 ranges (-2 to +2V or 0 to +2V)
Input impedance
Approx. 1M Ω
Resolution
12 bits
Frequency characteristics
100kHz, amplitude of 90% or more (1kHz standard)
External modulation (with the DG-601 external modulation option mounted)
REAR TRIG output
BNC terminal (2)
REAR TRIG input
BNC terminal (1)
ALARM SENSE input
BNC terminal (1)
53
B-H Analyzer
B-H Analyzer
SY-8218 10Hz - 10MHz
SY-8219 10Hz - 1MHz
SY-8210 Series
Best suited for measuring magnetic properties
of soft magnetic materials such as Silicon-steel plates, ferrites, and
amorphous materials
SY-8218
[Option]
[Option]
SY-8219
Main features
■Wide measurement frequency for materials analysis which
used in high frequencies
SY-8218: SINE from 10Hz to 10MHz, Pulse at Duty 50:50
from 10Hz to 1MHz
SY-8219: SINE from 10Hz to 1MHz, Pulse at Duty 50:50
from 10Hz to 1MHz
■16times of acquisition data(comparing with former Iwatsu
models)
Acquisition data at 8,192points/cycle perform precise
measurement on parameters such as Hc(Coersive force),
Br(Residual flux density), and other parameters.
■ Pulse excitation function
Both SINE(Sinusoidal) and Pulse(at Duty 50:50, 1MHz,max. )
excitation are available as a standard function
■ Temperature characteristic test with Scanner Chamber System
Optional Items
• Power Amplifiers •DC bias power supply* •Single sheet measurement tester •High-current POD*
*under
54
development
SY-8200 Series Specifications
Model
SY-8218
Measurement method
SY-8219
CROSS-POWER method (conformance to IEC62044-3)
Measurement mode
B-H measurement, Pc measurement, µ measurement
Max. magnetic flux density (Bm), residual magnetic flux density (Br), max. magnetic field (Hm), coersive force (Hc), rectangular ratio (Br/Bm), relative amplitude permeability (µa),
core loss (Pc, Pcv, Pcm), Current (I, m)/Voltage (V2m), phase ( θ ), total magnetic flux linkage (2Øm), apparent power (VA), impedance permeability (µz),
complex permeability (µ, µ"), loss coefficient (tanδ ), inductance (L), resistance (R), impedance (|Z|), quality factor (Q), Total harmonic distortion (THD)
note)
Measurement item(Symbol)
Waveform display
B-H curve, waveforms of excitation current, induced voltage, magnetic field, magnetic flux density
Measurement frequency
10Hz to 10MHz
Magnetic field signal detection
10Hz to 1MHz
Voltage drop at both edges of non-inductive resistor Maximum signal detection current: 6A
Magnetic flux density signal detection
Voltage detection at both edges of induced voltage detection coil Maximum signal detection voltage: ± 200 V
Digitizer resolution
16 bits (8,192 points/cycle)
Sample connection method
2 or 1 coil (winding) method
Display
Color LCD display (800 x 600 pixels)
Power supply
AC100V to 240 V, 50/60Hz, Power consumption: Approx. 130VA MAX
Weight and dimensions (mm)
Main unit: Approx. 12.5kg, 420 (W) x 266 (H) x 480 (D) ± 2 (without the projection section)
Interface
USB (data storage)
note) See page 59 for detailed explanation of measurement items.
SY-810 Remote Control Software SY-810
Main Functions
•Enables auto-program measurements for temperature characteristics in combination with constant-temperature scanner systems.
•Auto-program measurements also possible with just the B-H analyzer.
ex. Auto-program measurment display
ex. Measurment result
Schedule menu
Test condition menu
Features
•A maximum of twenty temperature conditions and a maximum of fourty excitation conditions can be set for a single test sample, which enables 800 (= 20 x 40) different types of
programming for the measurement conditions.
•Pulse excitation for the B-H analyzer can also be remotely controlled.
•Hard copies of the B-H analyzer measurement screen can also be automatically saved onto a USB memory in the JPEG or PNG formats.
55
System configuration of the constant-temperature scanner system remote control
USB - GPIB interface: NI GPIB-USB-HS hi-speed GPIB controller by National Instruments recommended.
SY-509 USB-GPIB converter
408JE-101 GPIB cable
GPIB
POWER
INPUT
(BNC)
B-H Analyzer
SY-8218/8219
USB
GPIB
USB
Power Amp
B&H
signals
PC
SY-810 remote control software
SIGNAL
INPUT
(BNC)
OSC OUTPUT
(SMA)
INPUT
(BNC)
OSC cable (BNC-SMA)
OUTPUT
(BNC)
Chamber SY-320A / 321A
Power amp cable (BNC-BNC)
SY-910 chamber cable
System configuration of just the B-H analyzer remote control
USB - GPIB interface: NI GPIB-USB-HS hi-speed GPIB controller by National Instruments recommended.
182766-01 bulkhead adapter manufactured by National Instruments
SY-509 USB-GPIB converter
B-H Analyzer
USB
SY-8218/8219
USB
Power Amplifire
PC
SY-810 remote control software
POWER
INPUT
(BNC)
OSC OUTPUT
(SMA)
INPUT
(BNC)
OUTPUT
(BNC)
OSC cable (BNC-SMA)
Power amp cable (BNC-BNC)
Example of Full-automatic B-H Analyzer with Constant Temperature Scanner
System for various evaluations
Temperature range : -30˚C to 150˚C
Max. number of samples 20 : SY-320A
Max. number of samples 41 : SY-321A
Remote control PC software SY-810(option)
Control PC
Power Amplifier
IE-1125B
350VA,140V,5A
56
B-H Analyzer
SY-8219
10Hz-1MHz
Constant Temperature Chamber
Scanner System
SY-321A for Max. 41 samples
Temperature range : -30˚C to 150˚C
(SY-320A: 20samples)
Interrior of SY-320A
(Scanner mechanizm)
Mini Single Sheet Tester (SST)
SY-956
The best Magnetic Measurement for Single Sheet
shape such as Magnetic Steel Sheets
Main features
■ Wideband Measurement Frequency:10Hz-20kHz
■ Max applied Magnetic field(Intensity): 10,000 A/m
■Sample size: Support to Measurement of Small Single Sheet:
Width: less than 35mm, Length:more than 36mm,
Thickness: less than 3mm
■ High Accuracy core loss measurement by new method
Example of Ferrite(8mm) measurement
Specimen
Measurement result
cancelling the loss of
Yoke when SST used
Measurement result
including the loss of
Yoke when SST used
Example of Single sheets
SY-956 Series Specifications
Items
Measurement Method(Standards)
Excitation(primary) windings
Measurement Maximum applied magnetic field strength
Measurement frequency range
Specimen dimemsions
Current detaction resistor
Signal
Maximum measurement current
detaction
Maximum measurement voltage
Amplitude
2
Phase Phase angle (Yoke compensation disabled) *
Measurement
angle
Phase angle (Yoke compensation enabled) *3
accuracy
Phase angle (Yoke compensation disabled) *2
Core
loss
Phase angle (Yoke compensation enabled) *3
Power Supply Voltage
Power
Frequency Range
Power Consumption
Operating temperature
Environmental Specifications guaranteed temperature
conditions
Operating humidity
Warm-up time
Outer dimensions
Weight
Accessories
Specifications
Excitation current method with vertical single yoke single sheet magnetic property test system / IEC60404-3 compatible with Yoke compensation function
40turns
Approx. 10,000*1 A/m
Sine : 10Hz to 20kHz
Width 35mm or less, Length 36mm(L) or more and Thickness 3mm(H) or less. (1mm(H) or less when using provided B coil as standard accessory)
Approx 1ohm
6A
200V
+/-2% (Typical f=10kHz, 200 mA, 00 mV or larger amplitudes)
+/-0.15 deg (Typical f=10kHz, 200 mA, 200 mV range or larger amplitudes)
+/-0.15 deg (Typical f=10kHz, 200 mA, 200 mV range or larger amplitudes)
± 5.6 % (Typical f=10kHz, 200 mA, 200 mV or larger amplitudes)
± 5.6 % (Typical f=10kHz, 200 mA, 200 mV or larger amplitudes)
AC100V to AC240V
50Hz/60Hz
27VA, max.
5℃ to 35℃
18℃ to 28℃
85%RH(35℃ , non-condensation)
Measurement accuracy is a guaranteed value more than 30 minutes after power on
330(W) × 320(D) × 200(H) mm, not including projections
Approx. 8.5kg
Single Sheet measurement system cable : SY-957*1
B coil 01(Windings : 35turns, slit size : 12+/-0.1 * 1.5+/-0.1 * Bobbin length : 17+/-0.15(mm)*1pc.
B coil 02(Windings : 100turns, slit size : 32+/-0.1 * 1.5+/-0.1 * Bobbin length : 17+/-0.15(mm)*1pc.
Thumbscrews for the terminal block *2, Tweezers *1, Blower blush * 1, Accessory storage box *1, Power cable *1, Cord strap*1 and Instruction manual *1
*1 : Excitation current at 5A
*2 : Measurement accuracies of a composite magnet of a sample and a yoke.
*3 : Measurement accuracy of a sample.
57
Main Options and System Examples
Constant-temperature Scanner Systems
Constant-temperature
Chamber scanner system
Spare contact pin set SY-512
SY-320A /SY-321A
Consumable Components for Maintenance Purposes
Consumable products for carrying out maintenance on
constant-temperature scanner systems SY-320A and
SY-321A.
For evaluations of samples’ magnetic
characteristics vs temperature
Automatic measurements possible with the SY-810 (software.)
Temperature Range
Sample Quantity
Maximum Measurement Current
SY-320A
SY-321A
*Supplied 1set (4pcs) with the SY-320A and SY-321A as standard
-30℃ to 150℃
20pcs
41pcs
6Apk
Spare turntable
SY-321A
SY-510/SY-511
A table for mounting samples
SY-510
SY-511
Scanner
SY-320A
SY-321A
Number of samples
20pcs
41pcs
*Supplied 1set with the SY-320A and SY-321A as standard
Software and Interface
PC Software
SY-810
Remote Control Software
(Supplied with the SY-509 and
bulk head adaptor as standard
accessories.)
The NI GPIB-USD-HS manufactured by
National Instruments is required separately for PC connection purposes.
(see page 55)
SY-511
Interface Interface GPIB Controller Supporting
Hi-Speed USB
A USB-GPIB converter
for use with controllers
connected to PCs when
the SY-810 remote control
software is being used.
USB-GPIB Conversion Adaptor
NI* GPIB-USB-HS
SY-509
*Supplied with the SY-810 as standard equipment.
*NI : National Instruments
Power Amplifiers
Model
Frequency
Output Current
Output Voltage
Power Consumption
HSA4101-IW
DC to 10MHz
± 1A(MAX)
± 71V(MAX)
50VA(MAX)
HSA4014-IW
DC to 1MHz
± 5.6A(MAX)
± 75V(MAX)
200VA(MAX)
IE-1125B
DC to 3MHz
± 5.2A(MAX)
± 140V(MAX)
350VA(MAX)
DC bias power supply
Empty toroidal coil
SY-931 injects DC bias
current(10A, max.) on choke
transformer and Filter reactor
for SWPS at 1MHz, max.
A toroidal-shaped empty case.
It is used for measurement of a
powder sample, sheet troid, etc.
SY-931
58
SY-513
Options for BH analyzer system
DC bias power source
Model
Descriptions
SY-931
10A,max. DC biasing power source with eliminating AC component interferences
Single Sheet Tester
Model
Descriptions
SY-956
10Hz to 20kHz, 10,000A/m,max.
35mm(W),max. * 36mm(L),min. * 3mm(Thickness),max.
Highspeed Power Amplifiers
Model
Descriptions
HSA4101-IW
71Vzero-peak, 1Azero-peak, 50VA
HSA4014-IW
75Vzero-peak, 5.6Azero-peak, 200VA
IE-1125B
140Vzero-peak, 5.2Azero-peak, 350VA
SY-911
Connection cable for IE-1125B
Constant-temperature Scanner Systems
Model
Descriptions
SY-320A
-30deg to 150deg, max. 20pcs. with SY-510 turntable
SY-321A
-30deg to 150deg, max. 41pcs. with SY-511 turntable
SY-510
Spare turntable for SY-320A
SY-511
Spare turntable for SY-321A
SY-910
Connection cable (standard for SY-320A/SY-321A)
SY-512
Spere contact pin set for SY-320A/SY-321A
Software&Interfaces
Model
Descriptions
SY-810
Remote control software
SY-811
Continous excitation function
SY-509
GPIB-USB conversion adaptor (provided as standard accessory for SY-810 software)
NI GPIB-USB-HS
GPIB-USB interface between USB port of PC and SY-8218/SY-8219 via SY-509.
Others
Model
Descriptions
SY-513
Blank Toroidal plastic case
Symbols for magnetic properties
Measurement items
Symbol
Typical unit
Bm
[T]
Meaning
Max. magnetic flux density
Residual magnetic flux density
Br
[T]
Hm
[A/m]
I1m
[A]
Hc
[A/m]
Br/Bm
—
Rectangular ratio
µa
—
Relative amplitude permeability
Core loss
Max. magnetic field
Max. exciting current
Coersive force
Pc
[W]
Pcv
[W/m3]
Core loss per volume
Pcm
[W/kg]
Core loss per mass
θ
[deg]
Phase angle
2Φm
[Wb]
Total flux linkage
V2m
[V]
Max. induced voltage
VA
[VA]
Apparent power
L
[H]
Inductance
R
[Ω]
Resistance
|Z|
[Ω]
Impedance
µ'
—
Complex perrmeability (real part)
µ''
—
Complex perrmeability (imaginary part)
µz
—
Impedance permeability
tan δ
—
Loss coefficient
θ
[deg]
Phase angle
Q
—
Quality factor
THD
—
Total harmonic distortion
Reference function
It remembers a measurement condition, a characteristcs value, and
measurement waveform data (for each time of measurement).
Cursor measurement
Cross, Grad
Graphic display
B—t, H—t, V-t, I-t, B—H
59
Sales Dept.
International Sales Section
7-41, 1-Chome Kugayama, Suginami-Ku,
Tokyo, 168-8511 Japan
Tel: +81-3-5370-5483 Fax: +81-3-5370-5492
CS(EB)1503-832-3-00
8511-3097-3
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