P roducts 2010/2011
Products 2010/2011
Sensitivity
Accuracy
Quality
Simplicity
Company Profile
Great Value
in Test & Measurement
HAMEG Instruments – committed to medium sized companies
HAMEG Instruments GmbH prides itself on over 50 years
of a successful company history. Since the company’s
foundation in 1957, the name HAMEG stands for inno­
vation, user friendliness, longevity, high quality of
workmanship, and especially an excellent price/per­
formance ratio. An independent company, a member of
the Rohde & Schwarz Group since April 2005, HAMEG
is located at Mainhausen near Frankfurt, Germany and
develops and distributes its electronic measuring
instruments via a global network of competent service
and sales partners in more than 60 countries.
The enduring success of the HAMEG Instruments is
based upon the principles of Sensitivity, Accuracy,
Quality and, finally, Simplicity. The company’s philos­
ophy is to design electronic measuring instruments
which not only guarantee excellent performance and
reliability but also offer the greatest possible flexibility,
which is of equal importance in every day laboratory,
test and production applications. HAMEG measuring
instruments concentrate on the essentials. The opera­
tion of the instruments is intentionally kept as simple
as possible while retaining important functions.
HAMEG customers come from industry, small busi­
nesses, science, schools and universities, service and
last but not least, due to the good price/performance
ratio, from the ambitioned hobbyists. Numerous gen­
erations of professional engineers, technicians and
craftsmen used HAMEG Instruments during their basic
training and also in advanced applications of measure­
ment technology.
All HAMEG Instruments conform to a standard width,
so stacks of several instruments are possible. Due to
this feature and the compact sizes they require little
space in the working area.
2
Table of contents
Oscilloscopes
HMO3524
350 MHz 4 Channel Digital Oscilloscope
HMO3522
350 MHz 2 Channel Digital Oscilloscope
HMO2524
250 MHz 4 Channel Digital Oscilloscope
HOO10
Serial Bus
HM2008
200 MHz Mixed Signal CombiScope®
HM1508-2
150 MHz Mixed Signal CombiScope®
HM1008-2
100 MHz CombiScope®
HM507
50 MHz CombiScope®
HM2005-2
200 MHz Analog Oscilloscope
HM1500-2
150 MHz Analog Oscilloscope
HM504-2
50 MHz Analog Oscilloscope
HM400
40 MHz Analog Oscilloscope
4
6
6
7
8
9
10
10
11
12
12
13
14
Spectrum Analysis
HMS3010
3 GHz Spectrum Analyzer
with Tracking-Generator
HMS3000
3 GHz Spectrum Analyzer
HMS1010
1 GHz Spectrum Analyzer
with Tracking-Generator
HMS1000
1 GHz Spectrum Analyzer
HO3011
Preamplifier
HM5510
1 GHz Spectrum Analyzer
HM6050-2
Line Impedance Stabilization Network
HZ540/HZ550 EMV Near-Field Probe Set up to 3 GHz
HZ530
EMV Near-Field Probe Set up to 1 GHz
15
Power Supplies
HMP4040
Programmable 4 Channel
High-Performance Power Supply
HMP4030
Programmable 3 Channel
High-Performance Power Supply
HMP2030
Programmable 3 Channel
High-Performance Power Supply
HMP2020
Programmable 2 Channel
High-Performance Power Supply
HM7042-5
Triple Power Supply
2 x 0…32 V/0…2 A and 1 x 0…5.5 V/0…5 A
HM8143
Arbitrary Power Supply
2 x 0…30 V/0…2 A and 1 x 5 V/0…2 A
23
Programmable Measuring Instruments Series 8100
HMF2550
50 MHz Arbitrary Function Generator
HMF2525
25 MHz Arbitrary Function Generator
HM8112-3
6½-Digit Precision Multimeter
HM8115-2
8 kW Power Meter
HM8118
200kHz LCR-Bridge
HM8123
3 GHz Programmable Counter
HM8134-3
1.2 GHz RF-Synthesizer
HM8135
3 GHz RF-Synthesizer
HM8150
12.5 MHz Arbitrary Function Generator
29
31
31
32
33
34
35
36
37
38
17
17
17
17
18
19
20
21
22
25
Modular System Series 8000
HM8001-2
Mainframe
HM8012
4¾-Digit Programmable Multimeter
HM8018
LCR-Meter
HM8021-4
1.6 GHz Universal Counter
HM8030-6
10 MHz Function Generator
HM8040-3
Triple Power Supply (Module)
2 x 0…20 V/0.5 A and 1 x 5 V/1 A
HM800
Blank Module
39
41
42
42
43
43
Options
HO79-6
45
HO118
HO2010
HO3508
HO3011
HOO10
HO730
HO740
HO880
Multifunction Interface for
Oscilloscopes
Binning Interface
Logic Probe
Logic Probe
Preamplifier
Serial Bus
Dual Ethernet/USB Interface
IEEE-488 (GPIB) Interface
IEEE-488 (GPIB) Interface
44
44
46
46
47
47
48
48
49
49
49
Accessories
Test Cables
Test Cables/Adapter
Adapter/Interfaces/Cables
Probes
Converter/Sensors/Tester
HM8118/Test Adapter
Spectrum Analyser
Rackmount Kits/Carrying Case
50
51
52
53
54
58
59
60
61
Specifications
Oscilloscopes
Spectrum Analyzers
Power Supplies
Programmable Measuring Instruments Series 8100
Modular System Series 8000
HOO10
62
63
74
76
78
86
90
25
26
26
27
28
Index
91
Contact
91
3
Oscilloscopes
Oscilloscopes
Spectrum Analysis
Power Supplies
Programmable Measuring
Instruments Series 8100
Modular System Series 8000
Options
Accessories
Specifications
4
Oscilloscopes
HAMEG
Oscilloscopes
Innovation right from the start
Without doubt, the oscilloscope is the most important
measuring instrument for the characterization of sig­
nals in the time domain. HAMEG Instruments offers
the most comprehensive portfolio for the diverse areas
of application in industry, handcraft, science, educa­
tion, training, and service as well as the private sector.
In addition to our innovative DSO’s (Digital Storage
Oscilloscopes) the classical CRT (cathode ray tube)
instruments, purely analog scopes or CombiScopes®
(Analog Scope and DSO combined in one instrument)
are for the customers’ choice.
The demand for purely analog instruments has been
diminishing for some time because DSO’s offer a host
of advantages such as documentation, the ability to
extensively analyze data, a compact package etc. MSO’s
(Mixed-Signal Oscilloscopes) additionally allow the
simultaneous display of analog and digital signals on
several channels.
Modern electronic gear, as a rule, contains micro­
processors, FPGA’s, serial interfaces such as I2C,
SPI or UART. The HMO series oscilloscopes, with the
available options, feature triggering and decoding of
these bus protocols in real time, which is very help­
ful and time-saving for debugging during the design
phase. Modern semiconductor technologies generate
signals with rise times of a few ns and thus demand
higher bandwidths and sampling rates in order to mini­
mize the measurement errors. The high sampling rate
requires a deeper memory in order to acquire a given
time window. HAMEG Instruments always offers a well
balanced set of these three specifications in order to
display a correct measurement result even in criti­
cal cases. Last but not least our experience of 50 plus
years in oscilloscope technology stands for first-class
trigger performance, extraordinary sensitivity, lownoise a/d converters, unexcelled longevity, and an
excellent price/performance ratio.
5
Oscilloscopes
HMO3524
350MHz 2[4] Channel Digital Oscilloscope
HMO3522 [HMO3524]
8 Channel
Logic Probe HO3508
Carrying Case HZ99
Active Probe HZO30
R4 GSa/s Real Time, 50 GSa/s Random Sampling,
Low Noise Flash A/D Converter (Reference Class)
R 4 MPts Memory, Memory
oom up to 100,000:1
R MSO (Mixed Signal Opt. HO3508 [HO3516])
with 8 [16] Logic Channels
RSerial Bus Trigger and Hardware accelerated Decode,
I2C, SPI, UART/RS-232 (Opt. HOO10)
R 8 User definable Markers for easy Navigation
R Pass/Fail Test based on Masks
R Vertical Sensitivity 1 mV/div., Offset Control ±0.2...±20 V
R12 div. x-Axis Display Range, 20 div. y-Axis Display Range
(VirtualScreen)
R Trigger Modes: Slope, Video, Pulsewidth, Logic, Delayed, Event
R6 Digit Counter, Automeasurement, Formula Editor, Ratiocursor,
FFT for Spectral Analysis
R Crisp 16.5 cm (6.5”) TFT VGA Display, DVI Output
R Lowest Noise Fan
R3 x USB for Mass Storage, Printer and Remote Control
optional IEEE-488 (GPIB) or Ethernet/USB
6
See page 73 for technical specifications or www.hameg.com/HMO3522 [www.hameg.com/HMO3524]
Oscilloscopes
HMO2524
250MHz 4 Channel Digital Oscilloscope
HMO2524
Mask Test
R 2.5 GSa/s Real Time, 25 GSa/s Random Sampling,
Low Noise Flash A/D Converter (Reference Class)
R 4 MPts Memory, Memory
oom up to 100,000:1
RMSO (Mixed Signal Opt. HO3508 [HO3516])
with 8 [16] Logic Channels
RSerial Bus Trigger and Hardware accelerated Decode,
I2C, SPI, UART/RS-232 (Opt. HOO10)
R 8 User definable Markers for easy Navigation
R Pass/Fail Test based on Masks
R Vertical Sensitivity 1 mV/div., Offset Control ±0.2...±20 V
R12 div. x-Axis Display Range, 20 div. y-Axis Display Range
(VirtualScreen)
R Trigger Modes: Slope, Video, Pulsewidth, Logic, Delayed, Event
R6 Digit Counter, Automeasurement, Formula Editor, Ratiocursor,
FFT for Spectral Analysis
R Crisp 16.5 cm (6.5”) TFT VGA Display, DVI Output
R Lowest Noise Fan
R3 x USB for Mass Storage, Printer and Remote Control
optional IEEE-488 (GPIB) or Ethernet/USB
Passive Probe 1000:1
HZO20
AC/DC Current Probe
100/1000 A HZO51
See page 71 for technical specifications or www.hameg.com/HMO2524
7
Oscilloscopes
[Seitentitel]
HOO10
HOO10 Serial Bus
for all Oscilloscopes of the HMO Series
Mixed Signal and Bus Display
SPI Bus Trigger Setup
Setting of the internal Bus Signal Source of the HMO2524
I2C Bus ASCII and Binary
R I2C, SPI, UART/RS-232 Bus Trigger and Decode
R Hardware accelerated Decode in Realtime
R Color Coded Display of the Content for intuitive ­Analysis and easy Overview
R More Details of the decoded Values come visible with ­increasing Zoom Factor
R Bus Display with synchronous Display of the Data and may be Clock Signal
R Decode into ASCII, Binary, Hexadecimal or Decimal Format
R Up to four Lines to show the decoded Values ­Comfortably
R Powerful Trigger to isolate specific Messages
R Option for all Oscilloscopes of the HMO Series, retrofittable
See page 90 for technical specifications or www.hameg.com/HOO10
8
Oscilloscopes
HM2008
200MHz Mixed Signal CombiScope®
HM2008
Logic Probe HO2010
R 2 GSa/s Real Time Sampling, 20 GSa/s Random Sampling
R 2 MPts Memory per Channel, Memory
oom up to 100,000:1
R FFT for Spectral Analysis
R 2 Channels + 4 Logic Channels with Option HO2010 (MSO)
eflection Coefficients 1 mV/div.…5 V/div.,
R D
with adjustable DC Offset Voltage;
Time Base 2 ns/div.…50 s/div.
Rise Time Measurement
in DSO Mode with 2 ns/div.,
2 GSa/s
R A
cquisition Modes: Single, Refresh, Average, Envelope,
Roll, Peak-Detect
R Front USB-Stick Connector for Screenshots
R USB/RS-232, optional: IEEE-488 (GPIB) or Ethernet/USB
R S
ignal Display: Yt, XY and FFT;
Interpolation: Sinx/x, Pulse, Dot Join (linear)
Frequency Analysis of a
Video Signal with FFT
R Adjustable Input Impedance 1 MΩ/50 Ω
R See HM2005-2 for Analog Mode
See page 69 for technical specifications or www.hameg.com/HM2008
9
Oscilloscopes
HM1508-2
100MHz [150MHz]
CombiScope® [Mixed Signal]
HM1008-2 [HM1508-2]
Either PAL or NTSC:
Line ­Triggering
with Line Counter
R 1 GSa/s Real Time Sampling, 10 GSa/s Random Sampling
R1 MPts Memory per Channel,
Memory
oom up to 40,000:1 [50,000:1]
R FFT for Spectral Analysis
DSO Mode: Signal Portion
expanded with Zoom
(Burst in one Line)
R 2 Channels [4 Channels (2 Analog, 2 Logic Inputs)]
RDeflection Coefficients 1 mV/div.…20 V /div.,
Time Base 5 ns/div.…50 s/div.
R 8-Bit Low Noise Flash A/D Converters
RAcquisition Modes: Single, Refresh, Average, Envelope,
Roll, Peak-Detect
DSO Mode:
4-Channel Display of 2
Ana­log and 2 Logic Signals
R Front USB-Stick Connector for Screenshots
R USB/RS-232, optional: IEEE-488 (GPIB) or Ethernet/USB
RSignal Display: Yt, XY and FFT;
Interpolation: Sinx/x, Pulse, Dot Join (linear)
R See HM1500-2 for Analog Mode (1008-2 though 100 MHz)
10
See page 65 [67] for technical specifications or www.hameg.com/HM1008 [www.hameg.com/HM1508]
Oscilloscopes
HM507
50MHz CombiScope®
HM507
Automatic Measurements
R 100 MSa/s Real Time Sampling, 2 GSa/s Random Sampling
R 2 kPts Memory per Channel
R 2 Channels
RDeflection Coefficients 1 mV/div.…20 V/div.,
Time Base 20 ns/div.…100 s/div.
R 8-Bit Low Noise Flash A/D Converters
Cursor Measurement
R Programmable mathematical Signal Processing
R Acquisition Modes: Single, Refresh, Envelope, Average, Roll
RRS-232 Interface for Control and Signal Data Transfer,
incl. Windows® Software
optional: Multifunction Interface HO79-6
R See HM504-2 for Analog Mode
Signal Processing with
userdefined Formulas
See page 64 for technical specifications or www.hameg.com/HM507
11
Oscilloscopes
150MHz [200MHz] Analog Oscilloscope
HM1500-2 [HM2005-2]
HM2005-2
Product
discontinued
Even fast rising Edges do
not cause Overshoot
R 2
Channels with Deflection Coefficients
1 mV/div.…20 V/div. [5 V/div.]
R 2
Time Bases: 5 ns/div.…0.5 s/div. and 5 ns/div.…20 ms/div.
[2 ns/div.…0.5 s/div. and 2 ns/div.…20 ms/div.]
Excellent ­d ynamic Range
Characteristics demonstrat­
ed with a 200 MHz Signal
R Low Noise Measuring Amplifiers with high Pulse Fidelity
R V
ideotrigger: odd and even Frames, Line Selection
(525/60 and 625/50 Standard)
R 2
00 MHz [250 MHz] 6-Digit Frequency Counter,
Cursor and automatic Measurement
R 1
4 kV high writing Speed CRT, Readout, Autoset, Delay Line,
no Fan
R Save/Recall Memories for Instrument Settings
Lissajous Figure (XY Mode)
R Help Function, Multilingual Menu
R RS-232 Interface (for Parameter Queries and Control only)
12
See page 66 [69] for technical specifications or www.hameg.com/HM1500 [www.hameg.com/HM2005]
Oscilloscopes
HM504-2
50MHz Analog Oscilloscope
HM504-2
Full Screen Display of
50MHz Sine Wave
R 2 Channels with Deflection Coefficients 1 mV/div.…20 V/div.
RTime Base 50 ns/div.…0.5 s/div.,
with X Magnification to 10 ns/div.
R Low Noise Measuring Amplifiers with high Pulse Fidelity
R Triggering 0…100 MHz from 5 mm Signal Level
RTime Base Delay provide high X Magnification
of any Portion of the Signal
Rise-Time Measurement
with Cursor
R100 MHz 4-Digit Frequency Counter,
Cursor and Automatic Measurement
R Save/Recall Memories for Instrument Settings
R Readout, Autoset, no Fan
R Yt, XY and Component-Test Modes
Optimum Deflection
­Linearity
R RS-232 Interface (for Parameter Queries and Control only)
See page 63 for technical specifications or www.hameg.com/HM504
13
Oscilloscopes
HM400
40MHz Analog Oscilloscope
HM400
No Signal Distortion
­resulting from Overshoot
R Reference-Class in Sensitivity and Input Voltage Range
R2 Channels with Deflection Coefficients 1 mV/div.…20 V/div.,
variable up to 50 V/div.
RTime Base 100 ns/div.…0.2 s/div.,
with X Magnification to 10 ns/div.
Line triggered composite
Video Signal
RLow Noise Measuring Amplifiers with high Pulse Fidelity
and minimum Overshoot
RPeak to Peak Trigger for stable Triggering 0…50 MHz
at 0.5 div. Signal Level (up to 80 MHz at 1 div.)
R Autoset, Save/Recall Memories for 6 Instrument Settings
R Yt- and XY-Mode with Z-Input for Intensity Modulation
Characteristic of a Z-Diode
with Component Test Mode
RComponent Characterisation with Component Tester
(two Terminal Network Measurement) for use within Service etc.
R Low Power Consumption, no Fan
14
See page 63 for technical specifications or www.hameg.com/HM400
Spectrum Analysis
Oscilloscopes
Spectrum Analysis
Power Supplies
Programmable Measuring
Instruments Series 8100
Modular System Series 8000
Options
Accessories
Specifications
15
Spectrum Analysis
HAMEG
Spectrum Analysis
Change of paradigms in measurement technology
With the introduction of the modern HMS series spec­
trum analyzers, HAMEG started a change of paradigms
in the design lab. Until a short time ago, this meas­
urement technology was unaffordable for most users.
HAMEG Instruments puts an end to this exclusivity by
offering the HMS series – according to its tradition of
delivering high performance measurement technology
at a fair price. During the design, a practically oriented
concept of instrument operation took highest priority so
that the user can forget about the complex theory behind
spectrum analysis. The increasing wide-spread use of
wireless applications as well as the requirement for
minimizing electromagnetic emissions from high per­
formance digital systems caused a change of approach
in design labs and test sites. While signal analysis in the
time domain is well established, spectrum analysis is
now starting to find its place on the lab bench.
The scope of applications of a spectrum analyzer in R & D,
test sites, service and EMI testing is wide. Spectrum
analyzers can display signals up into the GHz range.
By employing the superhet receiver principle and using
logarithmic signal processing and a logarithmically
scaled display, their sensitivity exceeds that of oscil­
loscopes by more than 3 orders of magnitude and the
dynamic range is markedly larger (>80 dB).
16
Caution – the sensitive measuring input is 50 ohms and
easily destroyed! (Observe the maximum input power
whenever measuring higher power signals!) It is hence
recommended, whenever analysing unknown signals, to
provide protective measures, e.g. to insert an attenua­
tor of sufficient power rating at the input. When meas­
uring signals with spectrum analyzers in the frequency
domain, the phase information is lost, but in many prac­
tical applications this information is not required.
Spectrum analysis with HAMEG spectrum analyzers
features a frequency range of up to 3 GHz and a large
dynamic range; for transmission measurements instru­
ments with a tracking generator are available which are
easy to operate. Integrated interfaces for fast data com­
munication with an external pc including free software
for EMI pre-compliance test measurement functions, as
well as the availability of a vast range of optional acces­
sories (e.g. near-field probes for diverse measurements)
promote HAMEG spectrum analyzers to be the „ideal
partners“ for a variety of applications including EMI tests
and measurements on wireless systems such as UMTS,
GSM, TETRA, DBV-T, Bluetooth, WLAN etc, ...
Spectrum Analysis
HMS3010
1GHz [3GHz] Spectrum Analyzer
HMS1000 [HMS3000]
1 GHz Spectrum Analyzer
HMS1000 without TG
R Frequency Range 100 kHz…1 GHz [3 GHz]
R Tracking Generator HMS1010 [HMS3010] -20…0 dBm
RAmplitude Measurement Range -114…+20 dBm
DANL -125 dBm [-135 dBm] with Preamp. Option HO3011
R Sweep Time 20 ms…1000s
RResolution Bandwidth 1 kHz [100 Hz]…1 MHz in 1–3 Steps,
200 kHz (-3 dB); additional [200 Hz], 9 kHz, 120 kHz, 1 MHz (-6 dB)
3 GHz EMI Near Field Probe
Set HZ550L
R Spectral Purity <-100 dBc/Hz (@100 kHz)
R Video Bandwidth 10 Hz…1 MHz in 1–3 Steps
R Integrated AM and FM Demodulator (Phone and int. Speaker)
R Detectors: Auto-, Min-, Max-Peak, Sample, RMS, Quasi-Peak
R 8 Marker with Delta Marker, miscellaneous Peak Functions
VSWR Test Unit HZ547
R Crisp 16.5 cm (6.5”) TFT VGA Display, DVI Output
R3 x USB for Mass-Storage, Printer and Remote Control
optional IEEE-488 (GPIB) or Ethernet/USB Interface
See page 75 for technical specifications or www.hameg.com/HMS1010 [www.hameg.com/HMS3010]
17
Spectrum Analysis
Absolut Marker M1; Delta Marker D2; Noise Marker N3
for all Spectrum Analyzer of the HMS Series
HO3011
HO3011 Preamplifier
Screenshot of the free Pre-Compliance EMI PC Software
Preamplifier Option for HMS1000, HMS1010, HMS3000,
R
HMS3010 (Licence Key)
DANL -125 dBm typ. (1 kHz RBW) for HMS1000 and HMS1010
R
DANL -135 dBm typ. (100 Hz RBW) for HMS3000 and HMS3010
18
Spectrum Analysis
HM5510
1 GHz Spectrum Analyzer
HM5510
RFrequency Range 150 kHz…1 GHz
R Amplitude Measurement Range -100…+10 dBm
RPhase synchronous, Direct Digital Frequency Synthesis (DDS)
R Resolution Bandwidths (RBW): 20 kHz and 500 kHz
R Keypad for Frequency and Amplitude Setting
R Analog Signal Processing and Display
Unmodulated RF Signal
R Test Signal Output
See page 74 for technical specifications or www.hameg.com/HM5510
Amplitude-modulated
RF Signal
19
Spectrum Analysis/Accessories
HM6050-2
Line Impedance Stabilization Network
HM6050-2
RMeasurement of Line-conducted Interference
within the Range from 9 kHz…30 MHz (CISPR 16)
R Switchable Transient Limiter
HM6050-2K
(UK Version, 230 V)
HM6050-2S
(US Version, 115 V)
R Artificial Hand Connector
Technical Specifications at 23 °C ±2 °C
Frequency Range:
Impedance Characteristics:
Measurement
of Line-conducted
Interference: Fail
Measurement
of Line-conducted
Interference: Pass
Max. Current:
Line Voltage/Frequency:
Artificial Hand:
PE (switchable):
9 kHz…30 MHz
Z = 50 Ω || (50 µH + 5 Ω),
Error <20 % under terms of VDE 876T1
16 A
230 V/50…60 Hz, CAT II
220 pF + 511 Ω
50 µH || 50 Ω
Transient Limiter
Frequency Range:
Transmission Loss:
150 kHz…30 MHz
10 dB (+1.5/-0.5 dB)
Connectors
Measurement Output:
Power Supply Socket for DUT:
Artificial Hand:
Power Cable:
50 Ω BNC
Standard German (UK, US) electrical cases
4 mm banana socket
fixed
Miscellaneous
Operating Temperature:
Power Supply:
Safety Class:
Dimensions and Weight:
20
10…40 °C
HM6050-2D (DE Version) 230 V ±10 %, 50…60 Hz
HM6050-2K (UK Version) 230 V ±10 %, 50…60 Hz
HM6050-2S (US Version) 115 V ±10 %, 50…60 Hz
Safety class I (IEC1010-1/VDE 0411)
285 x 125 x 380 mm (W x H x D), approx. 6 kg
EMI-measurement tools
HZ540/HZ550 EMV Near-Field Probe Set up to 3GHz
HZ540 and HZ550 EMI-Near Field Probe Sets
The HZ540/550 are the ideal toolkits for the investiga­
tion of RF electromagnetic fields. They are indispen­
sable for EMI pre-compliance testing during product
development, prior to third party testing. The sets
include 3 or 5 hand-held probes with built-in preamplifier covering the frequency range from <1 MHz
to approx. 3000 MHz.
HZ550
The probes of the basic set HZ540 include one mag­
netic field probe, one electric field probe, and a high
impedance probe. In addition to the HZ550 features an
optional µ-magnetic field probe and a passive radiation
probe. All probe outputs are matched to the 50 Ω inputs
of spectrum analyzers or RF-receivers.
Image
HZ550L
Probe Set HZ540 (Basic Set)
HZ551
Frequency range:
Directional sensitivity:
Output impedance:
Power supply:
HZ552
Frequency range:
Directional sensitivity:
Output impedance:
Power supply:
HZ553
Frequency range:
Input capacity:
Attenuation:
Max. input voltage:
Max. voltage of a
non-insulated conductor:
Output impedance:
Power supply:
Physical dimensions:
HZ540 consists of:
Probe Set HZ550
Electrical Field Probe
<1 MHz to approx. 3 GHz
omnidirectional
Sensitive to electrical fields
50 Ω; SMA-connector
6 Vdc /80 mA
(directly by HAMEG Spectrum
Analyzer)
Magnetic Field Probe
<30 MHz to approx. 3 GHz
similar to frame antenna
Sensitive to changing magnetic fields
50 Ω; SMA-connector
6 Vdc /50mA
(directly by HAMEG Spectrum
Analyzer)
High Impedance Probe
<1 MHz to approx. 3 GHz
<2 pF II approx. 250 kΩ
between 10:1 and 30:1
10 Vpp (without significant distortion)
30 V
50 Ω; SMA-connector
6 Vdc /80 mA
(directly by HAMEG Spectrum
Analyzer)
13 x 27 x 70 mm (W x H x D)
(+ antenna at HZ551)
HZ551 Electrical Field Probe
HZ552 Magnetic Field Probe
HZ553 High Impedance Probe
1 SMA to N-Cable 1.2 m
Case
Manual
HZ554
Frequency range:
Directional sensitivity:
Max. voltage of a
non-insulated conductor:
Output impedance:
Power supply:
HZ556
Frequency range:
Directional sensitivity:
Max. input power:
Output impedance:
Power supply:
Physical dimensions:
HZ550 consists of:
Magnetic Field Probe (small sensor)
<50 MHz to approx. 3 GHz
Sensitive to chan­ging magnetic fields
High spatial re­so­lution due to very
small sensor area
30 V
50 Ω; SMA-connector
6 Vdc /50 mA
Radiation Probe
<30 MHz to approx. 3 GHz
like frame antenna
Radiation of changing magnetic fields
0.5 W (short term)
50 Ω; SMA-connector
not required; passive probe
13 x 27 x 70 mm (W x H x D)
(+ antenna at HZ551)
1 HZ540 Basic Set
1 HZ554 Magnetic Field Probe
1 HZ556 Radiation Probe
1 SMA to N-Cable 1.2 m
Probe Set HZ540L and HZ550L
HZ540L = HZ540 (without HZ553) + HZ555 Low Capacitance Probe
HZ550L = HZ550 (without HZ553) + HZ555 Low Capacitance Probe
HZ555
Frequency range:
Input impedance:
Attenuation:
Max. input voltage:
Max. voltage of a
non-insulated conductor:
Output impedance:
Power supply:
Low Capacitance Probe
approx. 400 kHz…3 GHz
<0.2 pF // 250 kΩ
10:1
5 Vpp
30 V
50 Ω; SMA-connector
6 Vdc /80 mA
21
EMI-measurement tools
HZ530 EMV Near-Field Probe Set up to 1GHz
HZ530
Typical frequency response E-field probe
Typical frequency response H-field probe
Typical frequency response high-impedance probe
Technical specifications at 23 °C ±2 °C
Frequency Range:
Supply Voltage:
Supply Current:
Probe Dimensions:
Cases:
Set includes:
22
100 kHz…1 GHz
6 Vdc from Spectrum
Analyzer or batteries,
4 x Mignon/AA,
not included
approx. 10…24 mAdc
40 x 90 x 195 mm (W x H x D)
plastic,
internal electrical shielding
1 E-field probe
1 H-field probe
1 high-impedance probe
1 BNC cable 1.5 m
1 power cable
Operator’s Manual
Robust carrying case
The HZ530 Probe Set consists of three active broad­
band probes for EMI diagnosis. The probes are
­designed for connection to a HAMEG spectrum ana­
lyzer with input impedance of 50 Ω. The probes can be
powered by the spectrum analyzer or batteries. The
slim format ensures easy access to the test object
even in cramped test environments.
The H-field probe provides a signal that is propor­
tional to the magnetic field strength to the spectrum
analyzer. This makes it possible to localize sources of
interference with relatively high precision.
The high-impedance probe can be used to determine
interference levels on contacts, lines and printed cir­
cuit boards.
The E-field probe is the most sensitive of the three
probes. It can be used to assess the total effect of
shielding and filtering in a tested unit.
Power Supplies
Oscilloscopes
Spectrum Analysis
Power Supplies
Programmable Measuring
Instruments Series 8100
Modular System Series 8000
Options
Accessories
Specifications
23
Power Supplies
HAMEG
Power Supplies
Keeping things simple – One for All
The power supplies market is highly partitioned. The
user is faced with a seemingly unlimited number of
models with diverse specifications, the result being the
accumulation of a whole assembly of power supplies in
the design lab or test site, the better part of which are
rarely used.
HAMEG Instruments’ two types of power supplies
(HM8143 and HMP4040) cover numerous applications;
each type excels by being universally applicable, sim­
ple to operate, its compactness, and an unexcelled
price/performance ratio. Test sites especially value this
advantage because universal instruments minimize setup times. The power supply portfolio consists in total of
6 types in order to also care for smaller budgets.
In the HMP series there are two 200 W and two 400 W
types available which cover the range of 0...32 V and up
to 10 A, depending on the number of channels required.
This series is based on a classical concept with a mains
transformer, high efficiency electronic pre regula­
tors and linear post regulators. This concept yields the
high power in the smallest space with the highest effi­
ciency. The HMP series further excels by its intelli­
gent power management which allows higher currents
(e.g. up to 10 A) at medium voltages (e.g. up to 16 V) to
be made available. Excellent low residual ripple volt­
ages (150 µVrms) are realized even at full power output.
24
The high adjustment and back-reading resolution of up
to 1 mV/0.1 mA fulfills even the strictest requirements.
Last but not least there is the EasyArb function availa­
ble on all channels which allows you to program simple
arbitrary voltage and current waveforms.
The HM8143 resides in the 130 W class and is unique in
its class with its two 0...32 V/2 A two-quadrant outputs
which can operate as source and sink outputs. It also
features an arbitrary function, and its output voltage
may be modulated via an external input. In the past 20
years, literally thousands of users, predominately in test
sites, used this type and its predecessor, the HM8142,
taking advantage of its flexibility to realize numerous
applications.
The HM7042-5 with 2 x 0...32 V/2 A and 0...5.5 V/5 A is our
best selling power supply for many years and became
indispensable in many labs.
All power supplies feature galvanically isolated float­
ing overload and short-circuit proof outputs and may be
connected in series or in parallel, thus making very high
currents and voltages available. A precondition is the
common electronic fuse which disconnects all channels
simultaneously in case of a fault. The HMP series also
provides an extended FuseLink system which allows
individual logic combinations.
Power Supplies
HMP4040
Programmable 3[4] Channel
High-Performance Power Supply
HMP4030 [HMP4040]
3 Channel Version
HMP4030
R3 x 0…32 V/0…10 A
[4 x0…32 V/0…10 A
384 W max.
384 W max.]
R 384 W Output Power realized by intelligent Power Management
R Low Residual Ripple: <150 µVrms due to linear Post Regulators
R High Setting- and Read-Back Resolution of 1 mV up to 0.2 mA
R Keypad for direct Parameter Entry
Individual Linking of single
Channels using FuseLink
RGalvanically isolated, earth-free and short circuit protected
­Output Channels
R Advanced Parallel- and Serial Operation via V/I Tracking
R EasyArb Function for free definable V/I Characteristics
R FuseLink: Individual Channel Combination of Electronic Fuses
R Free adjustable Overvoltage Protection (OVP) for all Outputs
R All Parameters clearly displayed via LCD/Glowing Buttons
Rear Outputs for
simple Integration
in Rack Systems
R Rear Connectors for all Channels including Sense
R USB/RS-232 Interface, optional Ethernet/USB or IEEE-488 (GPIB)
See page 78 for technical specifications or www.hameg.com/HMP4030 [www.hameg.com/HMP4040]
25
Power Supplies
HMP2030
Programmable 2[3] Channel
High-Performance Power Supply
HMP2020 [HMP2030]
2 Channel Version
HMP2020
R1 x 0…32 V/0…10 A
[3 x0…32 V/0…5 A
1 x 0…32 V/0…5 A
188 W max.]
188 W max.
R 188 W Output Power realized by intelligent Power Management
R Low Residual Ripple: <150 µVrms due to linear Post Regulators
R High Setting- and Read-Back Resolution of 1 mV up to 0.1 mA
Individual Linking of single
Channels using FuseLink
RGalvanically isolated, earth-free and short circuit protected
Output Channels
R Advanced Parallel- and Serial Operation via V/I Tracking
R EasyArb Function for free definable V/I Characteristics
R FuseLink: Individual Channel Combination of Electronic Fuses
Rear Outputs
for simple Integration
in Rack Systems
R Free adjustable Overvoltage Protection (OVP) for all Outputs
R All Parameters clearly displayed via LCD/Glowing Buttons
R Rear Connectors for all Channels including Sense
R USB/RS-232 Interface, optional Ethernet/USB or IEEE-488 (GPIB)
26
See page 77 for technical specifications or www.hameg.com/HMP2020 [www.hameg.com/HMP2030]
Power Supplies
HM7042-5
Triple Power Supply
HM7042-5
R 2 x 0…32 V/0…2 A
1 x 0…5.5 V/0…5 A
R High-Performance and inexpensive Laboratory Power Supply
R Floating, overload and short-circuit proof Outputs
RSeparate Voltage and Current Displays for each Output
4 Digits at Channel 1+3; 3 Digits at Channel 2
RDisplay Resolution:
10 mV/1 mA at Channel 1+3; 10 mV/10 mA at Channel 2
HZ42 19“ Rackmount Kit
2RU
R Protection of sensitive Loads by Current Limit or Electronic Fuse
R Pushbutton for Activating/Deactivating all Outputs
R Low Residual Ripple, high Output Power, very good Regulation
R Parallel (up to 9 A) and Series (up to 69.5 V) Operation
R Temperature-controlled Fan
Silicone Test Cable HZ10S
See page 76 for technical specifications or www.hameg.com/HM7042
27
Power Supplies
HM8143
Arbitrary Power Supply
HM8143
AF Arbitrary Signal
R 2 x 0…30 V/0…2 A
1 x 5 V/0…2 A
R Display Resolution 10 mV/1 mA
R Parallel (up to 6 A) and Series (up to 65 V) Operation
R Electronic Load up to 60 W per Channel (max. 2 A)
HO880 IEEE-488 (GPIB)
Interface (Option)
RArbitrary Waveform Power Supply (4096 Points, 12 Bit):
Creation of customized Waveforms
RSoftware for Remote Control and for Creation of Arbitrary
Waveforms
R Electronic Fuse and Tracking Mode for 30 V Outputs
RExternal Modulation of Output Voltages:
Input Voltage 0…10 V, Bandwidth 50 kHz
HZ42 19“ Rackmount Kit
2RU
RSENSE Lines for Compensation of the Voltage drop across the
Cables
R Multimeter Mode for all adjustable Outputs
RGalvanically isolated USB/RS-232 Interface,
optional IEEE-488 (GPIB) in HM8143G
28
See page 76 for technical specifications or www.hameg.com/HM8143
Programmable Measuring Instruments Series 8100
Oscilloscopes
Spectrum Analysis
Power Supplies
Programmable Measuring
Instruments Series 8100
Modular System Series 8000
Options
Accessories
Specifications
29
Programmable Measuring Instruments Series 8100
HAMEG
Programmable
Measuring Instruments
Series 8100
HAMEG Programmable Measuring Instruments Series 8100…
…are ideally suited for test installations in produc­
tion and automated tests in laboratories. They support
either an USB/RS-232, or an IEEE-488 (GPIB) interface
and thus may be easily integrated in any test system. In
combination with other HAMEG remote controlled instru­
ments high performance test systems may be easily and
cost effectively set up. Of course, any of these instruments
can be operated manually and used in laboratories.
The 6½ Digit Precision Multimeter HM8112-3, the 8 kW
Power Meter HM8115-2, the LCR Bridge HM8118,
the 3 GHz Universal Counter HM8123 as well as the
30
new 25 MHz and 50 MHz Arbitrary Function Generators
Series HMF are high performance precision measur­
ing instruments for research and development labs,
industry, universities, test and production facilities as
well as for service. The RF signal generators HM8134-3
and HM8135 are high precision synthesizers with a fre­
quency range of 1 Hz to 1.2 GHz respectively 3 GHz. The
12.5 MHz Function Generator HM8150 uses direct digital
frequency synthesis (DDS) for the generation of stable
low distortion signals and guarantees optimum per­
formance.
Programmable Measuring Instruments Series 8100
HMF2550
25MHz [50MHz] Arbitrary
Function Generator
HMF2525 [HMF2550]
Generation of complex
Waveforms with 256 kPts
in 14 Bit
R Frequency Range 10 µHz…25 MHz [50 MHz]
R Output Voltage 5 mVpp…10 Vpp (into 50 Ω) DC Offset ±5 mV…5 V
R Arbitrary Waveform Generator: 250 MSa/s, 14 Bit, 256 kPts
RSine, Square, Pulse, Triangle, Ramp, Arbitrary Waveforms
incl. Standard Curves (white Noise, Cardiac etc.)
R Total harmonic Distortion 0.04 % (f <100 kHz)
R Burst, Sweep, Gating, external Trigger
R Rise Time <8 ns, in Pulse Mode 8…500 ns Variable-Edge-Time
RPulse Mode: Frequency Range 100 µHz…12.5 MHz [25 MHz],
Pulse Width 10 ns…999 s, Resolution 5 ns
R Modulation Modes AM, FM, PM, PWM, FSK (int. and ext.)
R 10 MHz Timebase: ±1 ppm TCXO, rear I/O BNC Connector
R Front USB Connector: Recall of Waveforms
R8.9 cm (3.5“) TFT: crisp Representation of the Waveform
and all Parameters
RUSB/RS-232 Dual-Interface, optional Ethernet/USB
or IEEE-488 (GPIB)
All Parameters at a Glance
on the 3.5“ TFT and
interactive Softkeys
Ethernet/USB-Interface
HO730 for industrial Use
(Option)
See page 85 for technical specifications or www.hameg.com/HMF2525 [www.hameg.com/HMF2550]
31
Programmable Measuring Instruments Series 8100
HM8112-3
6½-Digit Precision Multimeter
HM8112-3
HM8112-3S: Multimeter
with built-in Scanner Card
(8+1 Channels,
2- and 4-Wire)
R 6½-Digit Display (1,200,000 Counts)
R Resolution: 100 nV, 100 pA, 100 µΩ, 0.01 °C/F
R DC Basic Accuracy 0.003 %
R 2-Wire/4-Wire Measurements
R Measurement Intervals adjustable from 0.1…60 s
HZ42 19“ Rackmount Kit
2RU
R Up to 100 Measurements transmitted to PC per Second
R True RMS Measurement, AC and DC+AC
RMathematic Functions: Limit Testing, Minimum/Maximum,
Average and Offset
RTemperature Measurements with Platinum (PT100/PT1000)
and Ni (K and J types) Sensors
Precise Temperature
Measurement with Sensor
R Internal Data Logger for up to 32,000 Measurement Results
R Offset Correction
RGalvanically isolated USB/RS-232 Interface,
optional IEEE-488 (GPIB)
R Optional: Scanner Card (8+1 Channels each 2- and 4-Wire)
32
See page 78 for technical specifications or www.hameg.com/HM8112
Programmable Measuring Instruments Series 8100
HM8115-2
8kW Power Meter
HM8115-2
HZ815 Power Adapter
R Wide Measurement Range 1 mW…8 kW
R Voltage Range 100 mV…500 V, Current Range 1 mA…16 A
R Frequency Range DC…1 kHz
R Simultaneous Voltage, Current and Power Display
R Display of apparent, effective and reactive Power
R Power Factor Display
R Autoranging, simple Operation
RMS Value
RMonitor Output (BNC) representing the instantaneous
Active Power
R Suitable for Measurements on Frequency Converters
R Software for Remote Control and Data Acquisition included
RGalvanically isolated USB/RS-232 Interface,
optional IEEE-488 (GPIB)
Active Power
See page 79 for technical specifications or www.hameg.com/HM8115
33
Programmable Measuring Instruments Series 8100
HM8118
200kHz LCR-Bridge
HM8118
HZ188 4-Wire SMD
Test Fixture
(included in Delivery)
R Basic Accuracy 0.05 %
R Measurement Functions L, C, R, |Z|, X, |Y|, G, B, D, Q, Θ, ∆, M, N
R Test Frequencies 20 Hz…200 kHz
R Up to 12 Measurements per Second
R Parallel and Series Mode
HZ184 Kelvin Clip Leads
(included in Delivery)
RBinning Interface HO118 (optional) for automatic Sorting
of Components
R Internal programmable Voltage and Current Bias
R Transformer Parameter Measurement
R External Capacitor Bias up to 40 V
R Kelvin Cable and 4-Wire SMD Test Adapter included in Delivery
HZ181 4-Wire Test Fixture
with Shorting Plate
RGalvanically isolated USB/RS-232 Interface,
optional IEEE-488 (GPIB)
34
See page 80 for technical specifications or www.hameg.com/HM8118
Programmable Measuring Instruments Series 8100
HM8123
3GHz Programmable Counter
HM8123
HZ33, HZ34
Test Cable BNC/BNC
R Measurement Range 0 Hz…3 GHz
R2 Measurement Inputs DC…200 MHz,
1 Measurement Input 100 MHz…3 GHz
RInput Impedance A/B: 1 MΩ/50 Ω (switchable),
Sensitivity 25 mVrms
R Input Impedance C: 50 Ω, Sensitivity 30 mVrms
R 400 MHz Time Base with 0.5 ppm Stability
HZ42 19“ Rackmount Kit
2RU
R 10-Digit Resolution at 10 s Gate Time
R 9 Measurement Functions, external Gate and Arming
R Input for external Time Base (10 MHz)
RStandard: TCXO (Temperature Stability: ±0.5 x 10-6)
Optional: OCXO (Temperature Stability: ±1 x 10-8)
RIntuitive One-Pushbutton Operation each Function
directly addressable
HZ20 Connector
BNC to 4mm Socket
RGalvanically isolated USB/RS-232 Interface,
optional IEEE-488 (GPIB)
See page 81 for technical specifications or www.hameg.com/HM8123
35
Programmable Measuring Instruments Series 8100
HM8134-3
1.2GHz RF-Synthesizer
HM8134-3
R Outstanding Frequency Range 1 Hz…1.2 GHz
R Output Power -127…+13 dBm
R Frequency Resolution 1 Hz (Accuracy 0.5 ppm)
R Input for external Time Base (10 MHz)
HZ42 19“ Rackmount Kit
2RU
R Modulation Modes: AM, FM, Pulse, Φ, FSK, PSK
R Rapid Pulse Modulation: typ. 200 ns
RInternal Modulator (Sine Wave, Square Wave, Triangle, Sawtooth)
10 Hz…150 kHz
R High spectral Purity
R 10 Configuration Memories including Turn-On Configuration
HO880 IEEE-488 (GPIB)
Interface (Option)
RStandard: TCXO (Temperature Stability: ±0.5 x 10-6)
Optional: OCXO (Temperature Stability: ±1 x 10-8)
RGalvanically isolated USB/RS-232 Interface,
optional IEEE-488 (GPIB)
36
See page 82 for technical specifications or www.hameg.com/HM8134
Programmable Measuring Instruments Series 8100
HM8135
3GHz RF-Synthesizer
HM8135
R Outstanding Frequency Range 1 Hz…3 GHz
R Output Power -135…+13 dBm
R Frequency Resolution 1 Hz (Accuracy 0.5 ppm)
R Input for external Time Base (10 MHz)
R Modulation Modes: AM, FM, Pulse, Φ, FSK, PSK
R Rapid Pulse Modulation: typ. 200 ns
HO880 IEEE-488 (GPIB)
Interface (Option)
RInternal Modulator (Sine Wave, Square Wave, Triangle, Sawtooth)
10 Hz…200 kHz
R High spectral Purity
R 10 Configuration Memories including Turn-On Configuration
RStandard: TCXO (Temperature Stability: ±0.5 x 10-6)
Optional: OCXO (Temperature Stability: ±1 x 10-8)
Internal Modulation Source
RGalvanically isolated USB/RS-232 Interface,
optional IEEE-488 (GPIB)
See page 83 for technical specifications or www.hameg.com/HM8135
37
Programmable Measuring Instruments Series 8100
HM8150
12.5MHz Arbitrary Function Generator
HM8150
Gated Sine Wave,
PC-Software included
R Frequency Range 10 mHz…12.5 MHz
R Output Voltage 10 mVpp…10 Vpp (into 50 Ω)
RWaveforms: Sine Wave, Square Wave, Triangle, Pulse,
Sawtooth, Arbitrary
R Rise and Fall Time <10 ns
Amplitude-­modulated
Sine Wave
R Pulse width Adjustment: 100 ns…80 s
R Arbitrary Waveform Generator 40 MSa/s
R Burst, Gating, External Triggering, Sweep
RSoftware for Remote Control and for Creation of
Arbitrary Waveforms
R External Amplitude Modulation (Bandwidth 20 kHz)
Triggered Arbitrary Signal
RIntuitive Operation with one touch of a Button –
quick Change of Signals
RGalvanically isolated USB/RS-232 Interface,
optional IEEE-488 (GPIB)
38
See page 84 for technical specifications or www.hameg.com/HM8150
Modular System Series 8000
Oscilloscopes
Spectrum Analysis
Power Supplies
Programmable Measuring Instruments
Series 8100
Modular System Series 8000
Options
Accessories
Specifications
39
Modular System Series 8000
HAMEG
Modular System Series 8000
In many years of practical application…
…the HAMEG Modular System Series 8000 has proven
its value to the customer. The advantages of this
Modular System have been demonstrated by several
100,000 modules sold. The unexcelled price-perform­
ance ratio and the enormous flexibility of the plug-in
system allow you to adapt your measurement setups
quickly and cost effectively to changing requirements.
You save space by stacking up to 5 instruments. This will
offer you 10 instruments in a minimum of space. The top
covers of the instruments feature receptacles for the
feet of the instrument above. The mainframes thus can­
not move and may also be stacked together with other
HAMEG ins­truments like power supplies, spectrum
analyzers and oscilloscopes.
The blank module HM800 is available for your own
designs to be integrated with the other measuring
instruments. The power supply voltages necessary are
availab­le from the mainframe. Especially for schools and
40
training centers the Modular System Series 8000 offers
a cost effective flexible alternative to conventional meas­
uring equipments. As the mainframe HM8001-2 allows
the simultaneous operation of two modules in any com­
bination most often a single such basic unit will be all
that is needed for a student in a laboratory. The modules
necessary will be issued to the students depending on
the requirements of the specific exercise.
The Modular System Series 8000 offers, in addition to
the mainframe HM8001-2 and the blank module HM800,
the 4¾-Digit Programmable Multimeter HM8012, the
LCR-Meter HM8018, the 1.6 GHz Universal Counter
HM8021-4, the 10 MHz Function Generator HM8030-6
and the Triple Power Supply HM8040-3.
Modular System Series 8000
HM8001-2
Mainframe
HM8001-2
The Mainframe is supplied without the Modules shown in the Illustration
Modular System
R Basic Unit for Modules of the Modular System Series 8000
R Power Supply for 2 Modules
RDC Voltages electronically regulated,
floating and short-circuit proof
R Power Transformer with thermal Fuse
R Up to 5 Mainframes can be stacked
HM8001-2 Mainframes
can be stacked up to
5 Units high
RModule HM800 for customized Instrument Construction
available
R4 BNC Connectors on the Rear Panel of the HM8001-2
(Option HO801) provide for Signal Transmission to
or from HM8021-4 and HM8030-6 Modules
See page 86 for technical specifications or www.hameg.com/HM8001
Option HO801 – 4 BNC
­Connectors on Rear Panel
41
Modular System Series 8000
4¾-Digit Programmable Multimeter
HM8012
HM8012
HZ15 (included)
WDM8012 Software
(included)
R 4¾-Digit Display with 50,000 Counts
R Basic Accuracy 0.05 %
R Max. Resolution: 10 µV, 0.01 dBm, 10 nA, 10 mΩ, 0.1 °C
R Offset Function/Relative Value Measurement
R RS-232 Interface and Software included
See page 86 for technical specifications or www.hameg.com/HM8012
Mainframe HM8001-2
required for Operation
LCR-Meter
HM8018
HM8018
Option HZ19 SMD Test
Tweezers
Option HZ18 Kelvin Test
Lead
R Measurement Functions: L, C, R, Θ, Q/D, |Z|
R Basic Accuracy 0.2 %
R5 Measurement Frequencies:
100 Hz, 120 Hz, 1 kHz, 10 kHz, 25 kHz
R Max. Resolution: 0.001 Ω, 0.001 pF, 0.01 µH
R 2- and 4-Wire Measurement, parallel and series Mode
Mainframe HM8001-2
required for Operation
42
See page 87 for technical specifications or www.hameg.com/HM8018
Modular System Series 8000
1.6 G H z U n i v e r s a l C o u n t e r
HM8021-4
HZ33, HZ34
Test Cable BNC/BNC
R Measurement Range 0 Hz…1.6 GHz
R 10 MHz Time Base with 1 ppm Stability (TCXO)
RInput A: Input Impedance 1 MΩ, Sensitivity 20 mVrms
Input C: Input Impedance 50 Ω, Sensitivity 30 mVrms
8-Digit Resolution for 10 s Measuring Time
HM8021-4
Mainframe HM8001-2
required for Operation
R Time Interval Resolution up to 10 ps
R External Gate Input (with Option HO801)
See page 88 for technical specifications or www.hameg.com/HM8021
10 M H z F u n c t i o n G e n e r a t o r
HM8030-6
Mainframe HM8001-2
required for Operation
RFrequency Range 50 mHz…10 MHz,
Output Voltage up to 10 Vpp (into 50 Ω)
R Waveforms: Sine Wave, Triangle, Square Wave, Pulse, DC
RDistortion Factor <0.5 % up to 1 MHz,
Rise and Fall Time typ. 15 ns
HM8030-6
Option HO801, page 41
R Internal and external Sweep, FM (with HO801)
R Surge- and short-circuit-proof Output
See page 88 for technical specifications or www.hameg.com/HM8030
43
Modular System Series 8000
Triple Power Supply
HM8040-3
HM8040-3
Mainframe HM8001-2
required for Operation
Silicone Test Lead HZ10R
R 2 x 0…20 V/0.5 A
1 x 5 V/1 A
R 3-Digit switchable Displays (Display Resolution 0.1 V/1 mA)
R Pushbutton for Activating/Deactivating all Outputs
R Adjustable Current Limiting and Electronic Fuse
R Low Residual Ripple and Low Noise
See page 89 for technical specifications or www.hameg.com/HM8040
Blank Module
HM800
HM800
Mainframe HM8001-2
required for Operation
Open Blank Module
R Module for customized Instrument Construction
R Guide Rails for Mounting Circuit Boards at 4 different Levels
R Plastic Front Panel for easy Processing
R Power is supplied by the Mainframe HM8001-2
RAvailable Supply Voltages, Load Capability
see Manual of HM800
44
www.hameg.com/HM800
Options
Oscilloscopes
Spectrum Analysis
Power Supplies
Programmable Measuring
Instruments Series 8100
Modular System Series 8000
Options
Accessories
Specifications
45
Options
HO79-6 Multifunction Interface
RBidirectional Data Transfer
SCPI programming Commands
Direct printing of the Signal (without PC)
RIEEE-488 Interface
IEEE-488 (GPIB) compliant Socket (24-pin)
Talk-only mode
Device Mode (Address selectable from 1 to F)
RRS-232 Interface full Duplex (V.24)
9-pin Connection to D-Sub Socket
Automatic Baud Rate recognition
Baud Rate from 1,200…115,200 Baud
RParallel Interface (Centronics)
25-pin Connection to D-Sub Socket
PostScript, HPGL, PCL and EPSON
RFor the Oscilloscope HM507
IEEE-488 I(GPIB)
Interface Cable HZ72
HO118 Binning Interface
The binning interface option HO118 within the HM8118
enables the LCR bridge to control an external ­binning
hardware in order to physically sort components
according to the measurement result and the user
defined limits. Data lines for eight sorting bins are
provided, as well as output and input control lines
(ALARM, INDEX, EOM, and TRIG). This option is useful
for production testing, component matching or other
tests where similar components must be compared
to each other. The binning feature is an automatic
­process which simplifies the sorting, eliminating the
need to manually compare the parameters. A maxi­
mum of 9 binning configurations can be set using the
store/recall feature. Binning configurations can also
be entered using the communication interface.
46
Technical Specifications
I/O Connector:
Output signal:
Index:
EOM:
Alarm:
TRIG:
D-Sub 25 socket
Negative TRUE, OC (open collector), opto-isolat­
ed, selectable pull-ups. Imax 15 mA @Vce <1 V,
Vce max.: 40 V
pass bins: BIN 0…5 for primary parameter
fail bins: BIN 6
for secondary parameter
BIN 7
for general failure bin
Analog measurement complete
Full measurement complete
Notification that an error was detected
External opto-isolated trigger input,
selectable pull-up, Vmax 15 V, falling edge,
pulse width >10 µs
Options
HO2010 Logic Probe
Multi pin connector
for connection of the
logic probe
Measurement with the
Logic Probe
R Logic Probe HO2010 for the CombiScopes® HM2008
RWith the Logic Probe four Logic Channels (LCH 0…LCH 3)
are available in Digital Mode
R1 bit Signal Representation on the Oscilloscope, either
binary or hexadecimal
RThe Threshold can be adjusted for all 4 Logic Channels
together on the Oscilloscope
RThe active Logic Channel will be indicated by a LED
on the Logic Probe
HO3508[HO3516] Logic Probe
Specifications
Channels:
4
Input Impedance:
100 kΩ II <4 pF
Max. Input Voltage: 40 V (DC + peak AC)
Measuring Category:
I
Cable Length:
approx. 1 m
for all Oscilloscopes of the HMO Series
Multi pin Connector
for Connection of the
Logic Probe
Measurement with the
Logic Probe
RLogic Probe HO3508 for MSO Extension, also available
in a double Package as HO3516 (2 x HO3508)
RWith the Logic Probe HO3508, 8 Logic Channels
(LCH 0…LCH 7 or LCH 8…LCH 15) are available in MSO Mode
RThe Display on the Oscilloscope will be either
as ­individual Channels or as a Bus Display
RDecoding may be in the ASCII, Binary, Decimal or
Hexadecimal Formats
RThe Threshold can be adjusted for 8 Logic Channels
as a Group at the Oscilloscope
RThe Activation of the Logic Channels is indicated
by a LED on the Logic Probe
Specifications HO3508
Channels:
8
Input Impedance:
100 kΩ II <4 pF
Max. Input Frequency:
350 MHz
Max. Input Voltage: 40 V (DC + peak AC)
Measuring Category:
I
Cable Length:
approx. 1 m
47
Options
HO3011 Preamplifier
for all Spectrum Analyser of the HMS Series
RPreamplifier Option for HMS1000, HMS1010, HMS3000,
HMS3010 (Licence Key)
RDANL -125 dBm typ. (1 kHz RBW) for HMS1000 and HMS1010
DANL -135 dBm typ. (100 Hz RBW) for HMS3000 and HMS3010
HOO10 Serial Bus
for all Oscilloscopes of the HMO Series
HOO10
Setting of the internal Bus Signal Source of
the HMO2524
R I2C, SPI, UART/RS-232 Bus Trigger and Decode
I2C Bus ASCII and Binary
R Hardware accelerated Decode in Realtime
RColor Coded Display of the Content for intuitive
­Analysis and easy Overview
RMore Details of the decoded Values come visible
with ­increasing Zoom Factor
RBus Display with synchronous Display of the Data
and may be Clock Signal
RDecode into ASCII, Binary, Hexadecimal or
Decimal Format
RUp to four Lines to show the decoded Values
­comfortable
R Powerful Trigger to isolate specific Messages
ROption for all Oscilloscopes of the HMO Series,
retrofittable
48
See page 90 for technical specifications or www.hameg.com/HOO10
SPI Bus Trigger Setup
Options
HO730 Dual Ethernet/USB Interface
R Ethernet 10/100 MBit/s
R Additionally integrated Web Server
R Screenshot Function using Web Server
R USB 2.0 standard, USB Type B Connector
RFor mounting into Oscilloscopes HM1008, HM1508, HM1008-2,
HM1500-2, HM1508-2, HM2005-2, HM2008, Series HMF, HMO,
HMP and HMS
HO740 IEEE-488 (GPIB) Interface
R 24-pin Connection in accordance with IEEE-488 (GPIB) (Socket)
R Galvanic Separation of Test Device and Interface
RFor mounting into Oscilloscopes HM1008, HM1508, HM1008-2,
HM1500-2, HM1508-2, HM2005-2, HM2008, Series HMF, HMO,
HMP and HMS
HO880 IEEE-488 (GPIB) Interface
R 24-pin Connection in accordance with IEEE-488 (GPIB) (Socket)
R Galvanic Separation of Test Device and Interface
R Up to 15 Devices on one IEEE-488 (GPIB) Bus
RFor installation in Programmable Measuring Instruments
Series 81XX, as well as included in Delivery of HM7044G
49
Accessories
Oscilloscopes
Spectrum Analysis
Power Supplies
Programmable Measuring
Instruments Series 8100
Modular System Series 8000
Options
Accessories
Specifications
50
Accessories/ Test Cables
H Z 1 0 S i l i co n e Te st L e a d
Silicone test lead with stackable banana plugs.
Length:
Packaging unit:
HZ10R
HZ10B
HZ10S
1.0 m
set of 5
color: red
color: blue
color: black
H Z 1 5 P VC Te st L e a d
PVC test lead with test probes and sheathed banana plugs.
Color:
Length:
Packaging unit:
black and red
1.0 m
1 piece per color
H Z 1 6 Te st C a b le w i t h m i c ro - c l a m p s
Silicone-test lead with BNC plug to miniature clamp probe.
Packaging unit:
1 piece
H Z 1 7 K e lv i n Te st L e a d
Kelvin test lead (4-wire) with test probe,
5-pin DIN connector for HM8018.
Packaging unit:
1 piece
H Z 1 8 K e lv i n Te st L e a d
Kelvin test lead (4-wire) with gold-plated alligator clip,
5-pin DIN connector and shielding mass, for HM8018.
Packaging unit:
1 piece
H Z 1 9 S M D Te st Twe e z e rs
Kelvin test lead (4-wire) with SMD test tweezers,
5-pin DIN connector for HM8018.
Packaging unit:
1 piece
51
Accessories – Test Cables/Adapter
H Z 3 1 Te st C a b le 5 0 Ω
Test cable 50 Ω, BNC to BNC angle connector.
Length:
Packaging unit:
1.0 m
1 piece
H Z 3 2 Te st C a b le
Test cable, BNC to 4 mm banana plug.
Length:
Packaging unit:
1.0 m
1 piece
H Z 3 3 / H Z 3 4 Te st C a b le 5 0 Ω
Test cable 50 Ω, BNC to BNC, BNC straight plug.
Length:
Packaging unit:
0.5 m – HZ33
1 piece
Length:
Packaging unit:
1.0 m – HZ34
1 piece
H Z 3 3 S / H Z 3 4 S Te st C a b le 5 0 Ω
Test cable 50 Ω, BNC to BNC socket, insulated.
Length:
Packaging unit:
0.5 m – HZ33S
1 piece
Length:
Packaging unit:
1.0 m – HZ34S
1 piece
HZ20 Adapter Plug
Adapter BNC plug /4 mm banana socket.
Description:
Packaging unit:
BNC plug with 2 x 4 mm sockets
1 piece
HZ21 Adapter Plug
Adapter N male to BNC female.
Description:
Packaging unit:
52
N male to BNC female
1 piece
Accessories – Adapter/Interfaces/Cables
H Z 2 2 Fe e d - T h ro u g h Te r m i n a t i o n 5 0 Ω
50 Ω feed-through termination, 1 GHz, 2 Watt.
Description:
Packaging unit:
BNC plug BNC socket
1 piece
HZ24 Attenuators 50Ω
One set of 50 Ω attenuators with 3/6/10/20 dB attenuation
(1 GHz, 1 Watt) and 1 HZ22.
Packaging unit:
1 set
HZ26 BNC-T-Adapter
BNC-T-Adapter UG274, 50 Ω.
Description:
Packaging unit:
1 BNC plug to 2 BNC sockets
1 piece
HZ72 IEEE-488 (GPIB) Interface Cable
IEEE-488 (GPIB) bus interface cable double-shielded
90 ° angle, stackable.
Length:
2.0 m
53
Accessories – Probes
HZ154 Probe 1:1/10:1
Attenuation ratio:
Switchable:
Bandwidth:
Rise time :
Input impedance:
Max. Voltage:
LF compensation:
RF compensation:
Cable length:
Measuring category:
1:1
10:1
10/100 MHz
<35/3.5 ns
1/10 MΩ II 82/12 pF
(10:1) 600 V (DC + peak AC)
1 Trimmer at 10:1
2 Trimmer at 10:1
1.2 m
CAT I
Attenuation ratio:
Bandwidth:
Rise time:
Input impedance:
Max. Voltage:
LF compensation:
RF compensation:
Cable length:
Probe factor identification:
Measuring category:
10:1
500 MHz
<700 ps
10 MΩ II 9.5 pF
400 V (DC + peak AC)
1 Trimmer
2 Trimmer
1.3 m
automatically after plugging
CAT I
Attenuation ratio:
Bandwidth:
Rise time:
Input impedance:
Max. Voltage:
LF compensation:
RF compensation:
Cable length:
Probe factor identification:
Measuring category:
10:1
350 MHz
<1.0 ns
10 MΩ II 12 pF
400 V (DC + peak AC)
1 Trimmer
2 Trimmer
1.2 m
automatically after plugging
CAT I
Attenuation ratio:
Bandwidth:
Rise time:
Input impedance:
Max. Voltage:
LF compensation:
RF compensation:
Cable length:
Probe factor identification:
Measuring category:
10:1
250 MHz
<1.4 ns
10 MΩ II 12 pF
400 V (DC + peak AC)
1 Trimmer
2 Trimmer
1.2 m
automatically after plugging
CAT I
Attenuation ratio:
Bandwidth:
Rise time:
Input impedance:
Max. Voltage:
LF compensation:
RF compensation:
Cable length:
Measuring category:
10:1
150 MHz
<2.4 ns
10 MΩ II 12 pF
600 V (DC + peak AC)
1 Trimmer
1 Trimmer
1.2 m
CAT I
HZ355 Probe 10:1
HZ350 Probe 10:1
HZ200 Probe 10:1
HZ51 Probe 10:1
54
Accessories – Probes
HZ52 Probe 10:1
Attenuation ratio:
Bandwidth:
Rise time:
Input impedance:
Max. Voltage:
LF compensation:
RF compensation:
Cable length:
Measuring category:
10:1
250 MHz
<1.4 ns
10 MΩ II 10 pF
600 V (DC + peak AC)
1 Trimmer
2 Trimmer
1.2 m
CAT I
Attenuation ratio:
Bandwidth:
Rise time:
Input impedance:
Max. Voltage:
LF compensation:
Cable length:
Measuring category:
100:1
100 MHz
<3.5 ns
100 MΩ II 4.5 pF
1200 V (DC + peak AC)
1 Trimmer
1.2 m
CAT I
Attenuation ratio:
Bandwidth:
Rise time:
Input impedance:
Max. Voltage:
LF compensation:
RF compensation:
Cable length:
Probe factor identification:
Measuring category:
1000:1
400 MHz
<900 ps
50 MΩ II 7.5 pF
1000 Vrms
1 Trimmer
1 Trimmer
1.3 m
automatically after plugging
CAT II
Attenuation ratio:
Bandwidth:
Rise time:
Input impedance:
Max. Input Voltage:
Input Dynamic Range:
Cable length:
Oscilloscope Input Coupling:
10:1
1 GHz
600 ps
1 MΩ II 0.9 pF
20 V
±8 V
1.3 m
50 Ω
HZ53 Probe 100:1
HZO20 Probe 1000:1
HZO30 Probe 10:1
55
Accessories – Probes
HZ100 Differential Probe 20:1/200:1
Technical specifications at 23 °C ±2 °C
Differential input voltage
(DC + peak AC) max.:
Max. input voltage per input:
Attenuation ratio:
Switchable:
Bandwidth:
Rise time:
Input impedance:
Output impedance:
Max. output Voltage:
Max. noise:
Accuracy after 1 min:
Common mode rejection DC/AC 1 MHz:
Inputs (CAT III):
Input leads:
Battery operation:
Input for an external power supply:
HZ109 Differential Probe 1:1/10:1
Technical specifications at 23 °C ±2 °C
Differential input voltage
(DC + peak AC) max.:
Max. input voltage per input:
Attenuation ratio:
Switchable:
Bandwidth:
Rise time:
Input impedance:
Output impedance:
Max. output Voltage:
Max. background noise at x1:
at x10:
Accuracy after 1min:
Common mode rejection DC/AC 1 MHz:
Inputs (CAT III):
Input leads:
Battery operation:
Input for an external power supply:
HZ115 Differential Probe 100:1/1000:1
Battery operation:
Input for an external power supply:
56
±3,5 V/35 V
100 Vrms
1:1
10:1
30/40 MHz
12/9 ns
8 MΩ II 1.2 pF
50 Ω
±3.5 V at 1 MΩ
<8 mVrms
<2 mVrms
±3 % (18…30 °C)
70 dB/>50 dB
2 safety connectors
2 test leads 50 cm
with spring hooks
9 V battery 6LR61
12…14 Vdc /30 mA
Technical specifications at 23 °C ±2 °C
Differential input voltage (ACrms):
(DC + peak AC) max.:
Max. input voltage per input:
Attenuation ratio:
Switchable:
Bandwidth:
Rise time:
Input impedance:
Output impedance:
Max. output Voltage:
Max. background noise:
Accuracy after 1 min:
Common mode rejection DC/AC 1 MHz:
Inputs (CAT III):
Input leads:
*) due to test clip 1000 V CAT III
±700 V
600 Vrms
20:1
200:1
30/40 MHz
12/9 ns
8 MΩ II 1.2 pF
50 Ω
±3.5 V at 1 MΩ
2 mV
±3 % (18…30 °C)
70 dB/>50 dB
2 safety connectors
2 test leads 50 cm
with spring hooks
9 V battery 6LR61
12…14 Vdc /30 mA
1000 V
±1400 V*)
±1400 V*)
100:1
1000:1
20/30 MHz
17/12 ns
60 MΩ II 1.5 pF
50 Ω
±1.5 V at 1 MΩ
2 mV
±3 % (18…30 °C)
70 dB/>50 dB
2 safety connectors
2 test leads 75 cm
with safety test clips
9 V battery 6LR61
12…14 Vdc /30 mA
Accessories – Probes
HZO50 AC/DC Current Probe 30A
This AC/DC Current Probe is used to measure currents from 1 mA
to 30 A over a broad frequency range. The measure­ment principle is
based on the Hall Effect that registers the magnetic field generated
by the current flow. Even for complex waveforms a high degree of
measurement accu­racy is achieved. The output voltage is propor­
tional to the measured current and well suited to be displayed on
an oscilloscope. The current probe complies with the safety stand­
ards defined in IEC/EN 61010.
Specifications
Current measurement
Measurement range:
Accuracy:
Bandwidth:
Resolution:
Output Voltage:
Load impedance:
Max. Voltage:
Output cable/Connector:
Measuring category:
±20 Arms /30 Ap
±1 % from measurement value ±2 mA
DC…100 kHz (0.5 dB)
±1 mA
100 mV/A
>100 kΩ II ≤100 pF
300 Vrms (AC or DC)
2 m (50 Ω)/BNC
CAT III
HZO51 AC/DC Current Probe 100A/1000A
This AC/DC Current Probe is used to measure currents from
100 mA to 1000 A over a broad frequency range. The measure­ment
principle is based on the Hall Effect that registers the magnetic
field generated by the current flow. Even for complex waveforms
a high degree of measurement accu­racy is achieved. The output
voltage is proportional to the measured current and well suited to
be displayed on an oscilloscope. The current probe complies with
the safety standards defined in IEC/EN 61010.
Current measurement
Specifications
Measurement range:
Accuracy:
Bandwidth:
Resolution:
Output Voltage:
Load impedance:
Max. Voltage:
Output cable/Connector:
Measuring category:
±100 Arms /1000 Arms
±1 % from measurement value ±0.1 A /±0.5 A
DC…20 kHz
±100 mA/±500 mA
10 mV/A/1 mV/A
>100 kΩ II ≤100 pF
300 Vrms (AC or DC)
2 m (50 Ω)/BNC
CAT III
Frequency range:
Impedance:
VSWR:
DC…6 GHz
50 Ω
1.05 (DC…1 GHz)
1.1 (1…4 GHz)
1.2 (4…6 GHz)
1 W avr.
N-male
H Z 5 2 5 Te r m i n a t i o n
Power:
Connection:
57
Accessories – Converter/Sensors/Tester
HZ575 Converter
HZ575 is a 75 Ω to 50 Ω converter enabling measurement in 75 Ω sys­
tems in connection with 50 Ω input impedance spectrum analyzers.
The 75 Ω input is a 75 Ω BNC socket which is AC coupled internally.
The output is a 50 Ω N male connector which is DC coupled. HZ575
can also be used for reverse operation converting 50 Ω to 75 Ω.
Specifications
Frequency Range:
Insertion loss:
Max. Level/Voltage
at 75 Ω connector:
at 50 Ω connector:
Dimensions:
Weight:
5 MHz…1.2 GHz
less than 1 dB
+10 dBm/±20 Vdc
+10 dBm/0 Vdc
25 x 25 x 58 mm (W x H x D)
100 g
H Z 8 1 2 / H Z 8 8 7 P T 1 0 0 Te m p e ra t u re P ro b e
The HZ812 and HZ887 Temperature Probes are immersion sen­
sors with a platinum test resistance of PT100. They ensure excel­
lent precision over a broad temperature range. The probes are of
robust construction, waterproof and also suitable for use in air or
dusty environments. The technical specifications apply for immer­
sion depths of at least 60 mm.
HZ812
The probe is connected to the measuring instrument either with
a 2-pin connection using a grounded plug (HZ812) or with a 4-pin
connection via a 4 mm banana plug (HZ887). The length of the con­
nector cable is 1.2 m for both probes.
HZ812 is suitable for use in combination with HM8012
HZ887 is suitable for use in combination with HM8112
Technical specifications in accordance with EN60751
(formerly IEC751)
HZ887
Probe diameter:
Measurement range:
Accuracy, Class A:
t99 (s):
Connection HZ812:
Temperature measure­
ment HZ887 in combi­nation
with HM8112-3
Connection HZ887:
4 mm
-50…+400 °C
±(0.2 % of the reading + 0.15 °C)
12 s (time required to display
99 % of the temperature change)
Grounded plug, 4 mm,
1.2 m PVC cable
4 mm banana plug,
1.2 m PVC cable
Accuracy, HZ812 in combination with HM8012:
-50 °C <T° <200 °C
±(0.2 % of reading +0.25 °C)
200 °C <T° <400 °C
±(0.2 % of reading +0.45 °C)
58
Accessories – LCR-Bridge HM8118/Test Adapter
HZ181
4 Te r m i n a l Te st F i x t u re i n c l u d i n g S h o r t i n g P l a te
4 Terminal Test Fixture including Shorting Plate (for HM8118) for
evaluation of lead type devices.
HZ184
4 Te r m i n a l K e lv i n Te st C a b le
The 4 Terminal Kelvin Test Cable with Kelvin clips (for HM8118,
included in delivery) makes it possible to measure odd-shaped
components that cannot be measured with conventional fixtures.
HZ186
4 Te r m i n a l Tra n s fo r m e r Te st C a b le
Transformer Test Cable (for HM8118) for transformer measurements.
HZ188
4 Te r m i n a l S M D C o m p o n e n t Te st F i x t u re
4 Terminal SMD Component Test Fixture (for HM8118, included in
delivery) for evaluation of SMD components.
HZ809
Te st A d a p te r fo r M o d u l a r S y ste m S e r i e s 8 0 0 0
Test adapter for the testing and repair of insert modules for
Mo­dular System Series 8000 outside the mainframe HM8001-2.
The module connection terminals in the basic unit are led through
1 to 1. The modules can then be operated outside the mainframe
while the housing is open.
HZ815
Power Adapter for HM8115-2
Adapter for simplified measurement of power consump­tion, line
voltage and current consumption of mains operated consumers
(3-wire grounding-type plug or European standard plug) using the
HM8115-2 Power Meter.
59
Accessories – Spectrum Analyser
HZ520 Plug-in Antenna
Telescopic Antenna for RF reception
BNC connector
HZ547 VSWR Bridge
This unit is used to measure the voltage standing wave ratio
(VSWR) and the reflection coefficient of a device under test wi th
an impedance of 50 Ω.
Typical test objects include attenuators, terminations, frequency
switches, amplifiers, cables and mixers.
Frequency range:
Impedance:
Directivity:
HZ547 connected with
HMS3010
Reflection loss
at DUT port:
Insertion loss
IN t OUT:
IN t OUT:
IN t DUT:
DUT t OUT:
Max. Power Dissipation:
Connectors:
Dimensions:
Weight:
Temperature range:
Accessories supplied:
100 kHz…3 GHz
50 Ω
>28 dB (100…300 kHz)
>35 dB (300 kHz…1 GHz)
>30 dB (1…3 GHz)
>20 dB
20 dB (100…300 kHz)
18 dB (300 kHz…3 GHz)
1.7 dB
16 dB
+26 dBm
N (female)
150 x 68 x 29.5 mm
(W x H x D), without connectors
approx. 650 g
+10…+45 °C
HZ525 (Termination 50 Ω 1 W),
N male to N male (2 ea.),
Carrying case
265 x 225 x 50 mm (W x H x D)
Technical specifications: (typical values) see www.hameg.com/HZ547
HZ560 Transient Limiter
The HZ560 Transient Limiter protects the input circuits of spec­
trum analyzers and test receivers.
The input of the Transient Limiter is connected via BNC cable to the
signal source. The output can be connected directly to the spec­
trum analyzer.
Frequency range:
Insertion loss:
Max. input level:
Max. input voltage:
VSWR:
Connections:
Dimensions:
150 kHz…30 MHz
a = 10 dB + 1.5/-0.5 dB
at f <1 kHz a ≥90 dB
at f <10 kHz a ≥50 dB
10 dB (+1.5/-0.5 dB)
+33 dBm (2 W, average)
±50 Vdc
1.5:1 or better
BNC (input and output)
67 x 32 x 32 mm (W x H x D)
Technical specifications at 23 °C ±2 °C
60
Accessories – Rackmount Kits/Carrying Case
HZ42
2RU 19“ Rackmount Kit
For mounting HAMEG instruments with a case height of 75 mm
(for Series 8100, HM8143, HM7042-5, HM8001-2, HMP2020,
HMP2030 and HMF Series).
Dimensions (W x D): 440 x 360 mm
plus overhang of the instrument
2 RU:
88 mm
Please order instruments, which are installed into HZ42, with note „without housing feet“,
as otherwise the feet must be dismounted before installation.
HZ43
3RU 19“ Rackmount Kit
For mounting HAMEG instruments with a case height of 125 mm
(for HM2005, HM303-6, HM504-2, HM507, HM5510, HM5014-2,
HM5530, HM6050-2, HM7044, HMP4030, HMP4040).
Dimensions (W x D): 440 x 360 mm
plus overhang of the instrument
3 RU:
132.5 mm
Please order instruments, which are installed into HZ43, with note „without housing feet“,
as otherwise the feet must be dismounted before installation.
HZ45
4RU 19“ Rackmount Kit
For mounting HAMEG instruments with a case height of 125 mm
(for HM400, HM1000, HM1000-2, HM1008, HM1008-2, HM1500,
HM1500-2, HM1508, HM1508-2, HM2005-2, HM2008).
Dimensions (W x D): 440 x 360 mm
plus overhang of the instrument
4 RU:
177 mm
HZ46
4RU 19“ Rackmount Kit
For mounting HAMEG instruments with a case height of 175 mm
(for HMO and HMS Series).
Dimensions (W x D): 440 x 170 mm
plus overhang of the instrument
4 RU:
177 mm
HZ99
Carrying Case
We recommend the HZ99 Carrying Case for protection and trans­
port of oscilloscopes (HMO series) and spectrum analyzers (HMS
series). The instruments can be transported conveniently and safely
in the case. An extra pocket provides space for test gear and acces­
sories.
Running the device while inside the case is not permitted.
61
Specifications
Oscilloscopes
Spectrum Analysis
Power Supplies
Programmable Measuring
Instruments Series 8100
Modular System Series 8000
Options
Accessories
Specifications
62
Specifications
Probe ADJ Output:
40 MHz Analog Oscilloscope HM400
Product description, page 14
Vertical Deflection
Operating Modes:
Invert:
XY Mode:
Bandwidth (-3 dB):
DC, 5 mV/div.…20 V/div.:
AC, 5 mV/div.…20 V/div.:
DC, 1…2 mV/div.:
AC, 1…2 mV/div.:
Rise Time (calculated):
Deflection Coefficient:
Variable (uncalibrated):
Input Impedance:
Input Coupling:
Max. Input Voltage:
Triggering
Automatic:
Min. signal height
Frequency range
Level control range
Normal (without peak):
Min. signal height
Frequency range
Level control range
Slope:
Sources:
Coupling:
Channel 1 or 2 only
Channels 1 and 2 (alternate or chopped)
Sum or Difference of CH 1 and CH 2
CH 2
CH 1 (X) and CH 2 (Y)
0…40 MHz
2 Hz…40 MHz
0…10 MHz
2 Hz…10 MHz
<35 ns (1…2 mV/div.)
<8.75 ns (5 mV/div.…20 V/div.)
1–2–5 Sequence
±5 % (1…2 mV/div.)
±3 % (5 mV/div.…20 V/div.)
>2.5:1 to >50 V/div.
1 MΩ II 15 pF
DC, AC, GND (ground)
400 V (DC + peak AC)
Linking of peakdetection and triggerlevel
0.5 div.
5 Hz…50 MHz
From peak- to peak+
0.5 div.
0…50 MHz
-10….+10 div.
Rising or falling
Channel 1 or 2, Line and External
AC (5 Hz…80 MHz),
DC (0…80 MHz),
LF (0…1.5 kHz)
LED
Trigger Indicator:
External Trigger:
1 MΩ II 15 pF
Input Impedance:
External Trigger Signal: 0.3 Vpp ≤5 V,
DC (0…50 MHz),
AC (20 Hz…50 MHz)
100 V (DC + peak AC)
Max. input voltage:
Field and Line, +/Active TV sync. separator:
Horizontal Deflection
Time Base:
Accuracy:
Variable (uncalibrated):
X Magnification x10:
Accuracy:
Hold-Off Time:
XY
Bandwidth X amplifier:
XY Phase shift <3°:
100 ns/div..…0.2 s/div (1–2–5 Sequence)
±3 %
>2.5:1 to >1.25 s/div.
up to 10 ns/div.
±5 %
variable to approx. 10:1
0…2.5 MHz (-3 dB)
<120 kHz
Operation/Readout/Control
via controls and buttons
Manual:
automatic signal related parameter settings
Autoset:
6 instrument parameter settings
Save and Recall:
Component Tester
Test Voltage:
Test Current:
Test Frequency:
Test Connection:
Miscellaneous
CRT:
Acceleration Voltage:
Trace Rotation:
Z-Input (Intens. modulation):
approx. 7 Vrms (open circuit)
max. 7 mArms (short-circuit)
approx. 50 Hz
2 banana jacks 4 mm Ø
One test circuit lead is grounded
via protective earth (PE)
D14-363GY, 8 x 10 div. with internal graticule
approx. 2 kV
adjustable on front panel
max. +5 V (TTL), 10 kHz
Power Supply (Mains):
Power Consumption:
Safety class:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
1 kHz/1 MHz Square Wave Signal approx.
0.2 Vpp (tr <5 ns) for probe adjustment
105…253 V, 50/60 Hz ±10 %, CAT II
approx. 30 Watt at 230 V/50 Hz
Safety class I (EN61010-1)
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
285 x 125 x 380 mm
approx. 4.8 kg
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Line Cord, Operators Manual, 2 Probes 1:1/10:1 (HZ154)
with LF/HF adjustment
Recommended accessories:
HZ20 Adapter, BNC to 4 mm banana
HZ33 Test cable 50 Ω, BNC/BNC, 0.5 m
HZ34 Test cable 50 Ω, BNC/BNC, 1 m
HZ45 19‘‘-Rackmount Kit 4RU
HZ51 Probe 10:1 (150 MHz)
HZ52 Probe 10:1 RF (250 MHz)
HZ53 Probe 100:1 (100 MHz)
HZ100 Differential probe 20:1/200:1
HZ109 Differential probe 1:1/10:1
HZ115 Differential probe 100:1/1000:1
HZ200 Probe 10:1 with auto attenuation ID (250 MHz)
HZ350 Probe 10:1 with automatically identification (350 MHz)
HZ355 Slimline probe 10:1 with automatically identification (500 MHz)
HZO20 High voltage probe 1000:1 (400 MHz,1000 Vrms)
HZO30 Active probe 1 GHz (0.9 pF, 1 MΩ, including many accessories)
HZO50 AC/DC Current probe 20 A, DC...100 kHz
HZO51 AC/DC Current probe 1000 A, DC...20 kHz
50 MHz Analog Oscilloscope HM504-2
Product description, page 13
Vertical Deflection
Operating Modes:
Invert:
XY Mode:
Bandwidth:
Rise Time:
Deflection Coefficient:
1…2 mV/div.:
5 mV/div.…20 V/div.:
Variable (uncalibrated):
Input Impedance:
Input Coupling:
Max. Input Voltage:
Triggering
Automatic (Peak to Peak):
Normal with Level Control:
Slope:
Sources:
Channel 1 or 2 only
Channels 1 and 2 (alternate or chopped)
Sum or Difference of CH 1 and CH 2
CH 2
CH 1 (X) and CH 2 (Y)
2 x 0…50 MHz (-3 dB)
<7 ns
1–2–5 Sequence
±5 % (0…10 MHz (-3 dB))
±3 % (0…50 MHz (-3 dB))
>2.5:1 to >50 V/div.
1 MΩ II 15 pF
DC, AC, GND (ground)
400 V (DC + peak AC)
Trigger Indicator:
Triggering after Delay:
External Trigger Signal:
Active TV sync. separator:
20 Hz…100 MHz (≥5 mm)
0…100 MHz (≥5 mm)
Rising or falling
Channel 1 or 2, CH 1/CH 2 alternate
(≥8 mm), Line and External
AC (10 Hz…100 MHz), DC (0…100 MHz),
HF (50kHz…100 MHz), LF (0…1.5 kHz)
LED
with Level Control and Slope selection
≥0.3 Vpp (0…50 MHz)
Field and Line, +/-
Horizontal Deflection
Time Base:
Accuracy:
Variable (uncalibrated):
X Magnification x10:
Accuracy:
Delay (selectable):
Hold-Off Time:
50 ns/div.…0.5 s/div. (1–2–5 Sequence)
±3 %
>2.5:1 to >1.25 s/div.
up to 10 ns/div. (±5 %)
±5 %
200 ns…140 ms (variable)
variable to approx. 10:1
Coupling:
63
Specifications
XY
Bandwidth X amplifier:
XY Phase shift <3°:
0…3 MHz (-3 dB)
<120 kHz
Operation/Readout/Control
via controls
Manual:
automatic signal related parameter settings
Autoset:
9 instrument parameter settings
Save and Recall:
display of menu, parameters, cursors and
Readout:
results
Freq./Period, Vdc, Vpp, Vp+, Vp-,
Autom. Measurement:
Trigger Level
∆t, 1/∆t, tr, ∆V, V to GND, Gain, Ratio X and Y
Cursor Measurement:
4 digit (0.01 % ±1 digit) 0.5 Hz…100 MHz
Frequency counter:
RS-232 (Device control and Parameter
Interface:
query, no CRT content transfer possible)
Component Tester
approx. 7 Vrms (open circuit)
Test Voltage:
max. 7 mArms (short-circuit)
Test Current:
approx. 50 Hz
Test Frequency:
2 banana jacks 4 mm Ø
Test Connection:
One test circuit lead is grounded via protective earth (PE)
Miscellaneous
CRT:
Acceleration Voltage:
Trace Rotation:
Z-input (Intens. modulation):
Calibrator Signal
(Square Wave):
Power Supply (Mains):
Power Consumption:
Safety class:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
D14-363GY, 8 x 10 div. with internal graticule
approx. 2 kV
adjustable on front panel
max. + 5 V (TTL)
0.2 V, 1 Hz…1 MHz (tr <4 ns), DC
105…253 V, 50/60 Hz ±10 %, CAT II
approx. 34 Watt at 230 V/50 Hz
Safety class I (EN61010-1)
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
285 x 125 x 380 mm
approx. 5.4 kg
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Line Cord, Operators Manual and Software for Windows
on CD-ROM, 2 Probes 1:1/10:1 (HZ154),
Recommended accessories:
HZ14
Interface cable (serial) 1:1
HZ20
Adapter, BNC to 4 mm banana
Test cable 50 Ω, BNC/BNC, 0.5 m
HZ33
HZ34
Test cable 50 Ω, BNC/BNC, 1 m
19‘‘-Rackmount Kit 3RU
HZ43
HZ51
Probe 10:1 (150 MHz)
HZ52
Probe 10:1 RF (250 MHz)
Probe 100:1 (100 MHz)
HZ53
HZ100 Differential probe 20:1/200:1
HZ109 Differential probe 1:1/10:1
HZ115 Differential probe 100:1/1000:1
HZ200 Probe 10:1 with auto attenuation ID (250 MHz)
HZ350 Probe 10:1 with automatically identification (350 MHz)
HZ355 Slimline probe 10:1 with automatically identification (500 MHz)
HZO20 High voltage probe 1000:1 (400 MHz,1000 Vrms)
HZO30 Active probe 1 GHz (0.9 pF, 1 MΩ, including many accessories)
HZO50 AC/DC Current probe 20 A, DC...100 kHz
HZO51 AC/DC Current probe 1000 A, DC...20 kHz
50 MHz CombiScope® HM507
Product description, page 11
Vertical Deflection
Operating Modes:
Invert:
XY Mode:
Bandwidth:
Rise Time:
64
Channel 1 or 2 only
Channels 1 and 2 (alternate or chopped)
Sum or Difference of CH 1 and CH 2
CH 2
via CH 1 (X) and CH 2 (Y)
2 x 0…50 MHz (-3 dB)
<7 ns
Deflection Coefficients:
1…2 mV/div.:
5 mV/div.…20 V/div.:
Variable (uncalibrated):
Input Impedance:
Coupling:
Max. Input Voltage:
Triggering
Automatic (Peak to Peak):
Normal with Level Control:
Slope:
Sources:
Coupling:
Trigger Indicator:
Triggering after Delay:
External Trigger Signal:
Active TV sync. separator:
Horizontal Deflection
Analog
Time Base:
Accuracy:
Variable (uncalibrated):
X-Magnification x10:
Accuracy:
Delay (selectable):
Hold-Off Time:
XY Mode
Bandwidth X amplifier:
XY Phase shift <3°:
Digital
Time Base:
Accuracy:
X-Magnification x10:
Accuracy:
XY Mode
Bandwidth X Amplifier:
XY Phase shift <3°:
1–2–5 Sequence
±5 % (0…10 MHz (-3 dB))
±3 % (0…50 MHz (-3 dB))
>2.5:1 to >50 V/div.
1 MΩ II 15 pF
DC, AC, GND (ground)
400 V (DC + peak AC)
20 Hz…100 MHz (≥5 mm)
0…100MHz (≥5 mm)
Rising or falling
Channel 1 or 2, CH 1/CH 2 alternate
(≥8 mm) Line and External
AC (10 Hz…100 MHz),
DC (0…100 MHz),
HF (50 kHz…100 MHz),
LF (0…1.5 kHz)
with LED
with Level Control and Slope selection
≥0.3 Vpp (0…50 MHz)
Field and Line, +/-
50 ns/div.…0.5 s/div. (1–2–5 Sequence)
±3 %
>2.5:1 to >1.25 s/div.
up to 10 ns/div. (±5 %)
±5 %
200 ns…140 ms (variable)
variable to approx. 10:1
0…3 MHz (-3 dB)
<120 kHz
100 ns/div.…100 s/div. (1–2–5 Sequence)
±2 %
up to 20 ns/div.
±2 %
0…50 MHz (-3 dB)
<10 MHz
Digital Storage
Operating Modes:
Refresh, Roll, Single, XY, Envelope,
Average, Random Sampling
Linear Dot Join Function
Interpolation:
Sampling Rate (Real Time): max 100 MSa/s, 8 bit Flash A/D Converter
2 GSa/s relative
Sampling Rate (Random):
-10.…+10 div. (continuous)
Post/Pre-Trigger:
max. 180/s
Display Refresh Rate:
2 x 0…50 MHz (-3 dB)
Bandwidth:
3 x 2k x 8 bit
Signal Memory:
3 x 2k x 8 bit
Reference Signal Memory:
Mathematical Signal Memory: 3 x 2k x 8 bit
Resolution (dots/div.) Yt Mode: X: 200/div., Y: 25/div.
Resolution (dots/div.) XY Mode: X: 25/div., Y: 25/div.
Operation/Readout/Control
via controls
Manual:
automatic signal related parameter settings
Autoset:
9 user defined parameter settings
Save and Recall:
display of menu, parameters, cursors and
Readout:
results
Auto Measurements:
Frequency, Period, Vdc, Vpp, Vp+, VpAnalog mode:
Vrms, Vavg
also in digital mode:
Cursor Measurements:
∆V, ∆t, 1/∆t (f), tr, V to GND, ratio X and Y
Analog mode:
Pulse count, Vt related to Trigger Point,
also in digital mode:
Peak to Peak, Peak+, Peak4 digit (0.01 % ±1 digit) 0.5 Hz…100 MHz
Frequency counter:
Interface (standard fitting): RS-232 (Control, Signal Data)
HO79-6 (IEEE-488, RS-232, Centronics)
Interface Option:
Component Tester
Test Voltage:
Test Current:
Test Frequency:
approx. 7 Vrms (open circuit)
max. 7 mArms (short-circuit)
approx. 50 Hz
Specifications
2 banana jacks 4 mm Ø
Test Connection:
One test circuit lead is grounded via protective earth (PE)
Miscellaneous
CRT:
Acceleration Voltage:
Trace Rotation:
Z-Input
(Intens. modulation, analog):
Calibrator Signal
(Square Wave):
Power Supply (Mains):
Power Consumption:
Safety class:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
D14-363GY, 8 x 10 div. with internal graticule
approx. 2 kV
adjustable on front panel
max. +5 V (TTL)
0.2 V, 1 Hz…1 MHz (tr <4 ns), DC
105…253 V, 50/60 Hz ±10 %, CAT II
approx. 42 Watt at 230V/50 Hz
Safety class I (EN61010-1)
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
285 x 125 x 380 mm
approx. 6.0 kg
Function (selectable):
Coupling:
Max. input voltage:
Triggering
Analog and Digital Mode
Automatic (Peak to Peak):
Min. signal height:
Frequency range:
Level control range:
Normal (without peak):
Min. signal height:
Frequency range:
Level control range:
Operating modes:
Slope:
Sources:
Coupling:
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Line Cord, Operators Manual and Software for Windows
on CD-ROM, 2 Probes 1:1/10:1 (HZ154),
Recommended accessories:
HO79-6 Multifunction Interface
Interface cable (serial) 1:1
HZ14
Adapter, BNC to 4 mm banana
HZ20
HZ33
Test cable 50 Ω, BNC/BNC, 0.5 m
HZ34
Test cable 50 Ω, BNC/BNC, 1 m
HZ43
19‘‘-Rackmount Kit 3RU
Probe 10:1 (150 MHz)
HZ51
HZ52
Probe 10:1 RF (250 MHz)
Probe 100:1 (100 MHz)
HZ53
HZ72
GPIB-Cable 2 m
HZ100 Differential probe 20:1/200:1
HZ109 Differential probe 1:1/10:1
HZ115 Differential probe 100:1/1000:1
HZ200 Probe 10:1 with auto attenuation ID (250 MHz)
HZ350 Probe 10:1 with automatically identification (350 MHz)
HZ355 Slimline probe 10:1 with automatically identification (500 MHz)
HZO20 High voltage probe 1000:1 (400 MHz,1000 Vrms)
HZO30 Active probe 1 GHz (0.9 pF, 1 MΩ, including many accessories)
HZO50 AC/DC Current probe 20 A, DC...100 kHz
HZO51 AC/DC Current probe 1000 A, DC...20 kHz
100 MHz CombiScope® HM1008-2
Product description, page 10
Vertical Deflection
Channels:
Analog:
Digital:
Operating Modes:
Analog:
2
2
CH 1 or CH 2 separate, DUAL (CH 1 and
CH 2 alternate or chopped), Addition
CH 1 or CH 2 separate,
Digital:
DUAL (CH 1 and CH 2), Addition
CH 1
X in XY-Mode:
CH 1, CH 2
Invert:
2 x 0…100 MHz
Bandwidth (-3 dB):
<3.5 ns
Rise time:
Bandwith limiting (selectable): approx. 20 MHz (5 mV/div.…20 V/div.)
Deflection Coefficients (CH1, 2): 14 calibrated steps
1…2 mV/div. (10 MHz)
±5 % (0…10 MHz (-3 dB))
5 mV…20 V/div.
±3 % (1–2–5 sequence)
variable (uncalibrated): >2.5:1 to >50 V/div.
Inputs CH 1, 2:
1 MΩ II 15 pF
Input Impedance:
DC, AC, GND (ground)
Coupling:
400 V (DC + peak AC)
Max. Input Voltage:
70 ns
Y Delay Line (analog):
Measuring Category I
Measuring Circuits:
Analog mode only:
Auxiliary input:
Video:
Standards:
Field:
Line:
Source:
Indicator for trigger action:
External Trigger via:
Coupling:
Max. input voltage:
Digital mode
Pre/Post Trigger:
Analog mode
2nd Trigger
Min. signal height:
Frequency range:
Coupling:
Level control range:
Extern Trigger, Z (unblank)
AC, DC
100 V (DC +peak AC)
5 mm
10 Hz…200 MHz
from Peak- to Peak+
5 mm
0…200 MHz
-10…+10 div.
Slope/Video
Rising, falling, both
CH 1, CH 2, alt. CH 1/2
(≥8 mm, analog mode only), Line, Ext.
AC: 10 Hz…200 MHz
DC: 0…200 MHz
HF: 30 kHz…200 MHz
LF: 0…5 kHz
Noise Rej. switchable
pos./neg. Sync. Impulse
525 Line/60 Hz Systems
625 Line/50 Hz Systems
even/odd/both
all/line number selectable
CH 1, CH 2, Ext.
LED
AUX (0.3 Vpp, 150 MHz)
AC, DC
100 V (DC +peak AC)
-100…+400 % related to complete memory
5 mm
0…200 MHz
DC
-10…+10 div.
Horizontal Deflection
Analog mode
A, ALT (alternating A/B), B
Operating modes:
50 ns/div.…0.5 s/div. (1–2–5 sequence)
Time base A:
50 ns/div.…20 ms/div. (1–2–5 sequence)
Time base B:
±3 %
Accuracy A and B:
to 5 ns/div.
X Magnification x10:
±5 %
Accuracy:
Variable time base A/B: 1:2.5
var. 1:10 (LED-Indication)
Hold Off time:
Bandwidth X-Amplifier: 0…3 MHz (-3 dB)
<220 kHz
X Y phase shift <3°:
Digital mode
Time base range (1–2–5 sequence)
5 ns/div.…20 ms/div.
Refresh Mode:
2…20 ms/div. (min. Pulse Width 10 ns)
with Peak Detect:
50 ms/div.…50 s/div.
Roll Mode:
Accuracy time base
50 ppm
Time base:
±1 %
Display:
max. 40,000:1
Memory Zoom:
0…100 MHz (-3 dB)
Bandwidth X-Amplifier:
<100 MHz
XY phase shift <3°:
Digital Storage
max. 2 x 500 MSa/s or 1 GSa/s interleaved
Sampling rate (real time):
Sampling rate (random sampling): 10 GSa/s
2 x 0…100 MHz (random)
Bandwidth:
1 MPts-Samples per channel
Memory:
Refresh, Average, Envelope/Roll
Operating modes:
(Free Run/Triggered), Peak-Detect
8 Bit (25 Pts/div.)
Resolution (vertical):
Resolution (horizontal):
11 Bit (200 Pts/div.)
Yt:
8 Bit (25 Pts /div.)
XY:
Sinx/x, Dot Join (linear)
Interpolation:
1 Million x 1/Sampling Rate to
Delay:
4 Million x 1/Sampling Rate
65
Specifications
Display refresh rate:
Display:
Reference Memories:
Display:
max.170/s at 1 MPts
Dots (acquired points only), Vectors (partly
interpolated), optimal (complete memory
weighting and vectors)
9 with 2 kPts each (for recorded signals)
2 signals of 9 (free selectable)
FFT Mode
Display X:
Disaplay Y:
Scaling:
Level display:
Window:
Control:
Marker:
Zoom (frequency axis):
Frequency Range
True rms value of spectrum
Linear or logarithmic
dBV, V
Square, Hanning, Hamming, Blackman
Center frequency, Span
Frequency, Amplitude
up to x20
Operation/Measuring/Interfaces
Menu (multilingual), Autoset,
Operation:
help functions (multilingual)
Save/Recall (instrument parameter settings): 9
max. 4 traces
Signal display:
CH 1, 2 (Time Base A) in combination with
analog:
CH 1, 2 (Time Base B)
CH 1, 2 and ZOOM or Reference or
digital:
Mathematics)
USB Memory-Stick:
Save/Recall external:
CH 1, 2, ZOOM, Reference and
Instrument settings
Mathematics
and Signals:
as Bitmap
Screen-shot:
Binary (orig. ADC-Data), Text (ASCII-­
Signal display data
Format), CSV (Spread Sheet)
(2k per channel):
Frequency counter:
1…200 MHz
6 digit resolution:
0.5 Hz…1 MHz
5 digit resolution:
50 ppm
Accuracy:
Auto Measurements:
Frequency, Period, Vdc, Vpp, Vp+, VpAnalog mode:
Vrms, Vavg
also in digital mode:
Cursor Measurements:
∆t, 1/∆t (f), tr, ∆V, V to GND, ratio X, ratio Y
Analog mode:
Vpp, Vp+, Vp-, Vavg, Vrms, pulse count
plus in digital mode:
Resolution Readout/Cursor: 1000 x 2000 Pts, Signals: 250 x 2000
USB/RS-232 (HO720)
Interfaces (plug-in):
IEEE-488 (GPIB), Ethernet/USB
Optional:
Mathematic functions
Number of Formula Sets:
Sources:
Targets:
Functions:
Display:
5 with 5 formulas each
CH 1, CH 2, Math 1 – Math 5
5 math. memories, Math 1…5
ADD, SUB, 1/X, ABS, MUL, DIV, SQ, POS,
NEG, INV
max. 2 math. memories (Math 1…5)
Display
D14-375GH
CRT:
Display area (with graticule): 8 div. x 10 div.
approx. 14 kV
Acceleration voltage:
General Information
Component tester
Test voltage:
Test current:
Reference Potential:
Probe ADJ Output:
Trace rotation:
Line voltage:
Power consumption:
Protective system:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
approx. 7 Vrms (open circuit), approx. 50 Hz
max. 7 mArms (short circuit)
Ground (safety earth)
1 kHz/1 MHz square wave signal 0.2 Vpp
(tr <4 ns)
electronic
105…253 V, 50/60 Hz ±10 %, CAT II
47 Watt at 230 V, 50 Hz
Safety class I (EN61010-1)
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
285 x 125 x 380 mm
5.6 kg
All data valid at 23 °C after 30 minutes warm-up.
66
Accessories supplied: Line cord, Operating manual, 2 Probes 10:1 with
­attenuation ID (HZ200), Windows Software for control and data transfer
Recommended accessories:
HO730 Dual-Interface Ethernet/USB
HO740 Interface IEEE-488 (GPIB)
HZ13
Interface cable (USB) 1.8 m
HZ14
Interface cable (serial) 1:1
HZ20
Adapter, BNC to 4 mm banana
HZ33
Test cable 50 Ω, BNC/BNC, 0.5 m
HZ34
Test cable 50 Ω, BNC/BNC, 1 m
19‘‘-Rackmount Kit 4RU
HZ45
HZ51
Probe 10:1 (150 MHz)
Probe 10:1 RF (250 MHz)
HZ52
Probe 100:1 (100 MHz)
HZ53
HZ72
GPIB-Cable 2 m
HZ100 Differential probe 20:1/200:1
HZ109 Differential probe 1:1/10:1
HZ115 Differential probe 100:1/1000:1
HZ200 Probe 10:1 with auto attenuation ID (250 MHz)
HZ350 Probe 10:1 with automatically identification (350 MHz)
HZ355 Slimline probe 10:1 with automatically identification (500 MHz)
HZO20 High voltage probe 1000:1 (400 MHz,1000 Vrms)
HZO30 Active probe 1 GHz (0.9 pF, 1 MΩ, including many accessories)
HZO50 AC/DC Current probe 20 A, DC...100 kHz
HZO51 AC/DC Current probe 1000 A, DC...20 kHz
150 MHz Analog Oscilloscope HM1500-2
Product description, page 12
Vertical Deflection
Channels:
Operating Modes:
2
CH 1 or CH 2 separate, DUAL (CH 1 and CH 2
alternate or chopped), Addition
CH 1
XY-Mode:
CH 1, CH 2
Invert:
2 x 0…150 MHz
Bandwidth (-3 dB):
<2.3 ns
Rise time:
Bandwith limiting (selectable): approx. 20 MHz (5 mV/div.…20 V/div.)
Deflection Coefficients (CH 1,2): 14 calibrated steps
±5 % (0…10 MHz (-3 dB))
1…2 mV/div.:
±3 % (1–2–5 sequence)
5 mV…20 V/div.:
>2.5:1 to >50 V/div.
variable (uncalibrated)
Inputs CH 1, 2:
1 MΩ II 15 pF
Input Impedance:
DC, AC, GND (ground)
Coupling:
400 V (DC + peak AC)
Max. Input Voltage:
70 ns
Y Delay Line:
Measuring Category I
Measuring Circuits:
Auxiliary input:
Extern Trigger, Z (unblank)
Function (selectable):
AC, DC
Coupling:
100 V (DC + peak AC)
Max. input voltage:
Triggering
Automatic (Peak to Peak):
Min. signal height:
Frequency range:
Level control range:
Normal (without peak)
Min. signal height:
Frequency range:
Level control range:
Operating modes:
Slope:
Sources:
Coupling:
Video:
Standards:
Field:
5 mm
10 Hz…250 MHz
from Peak- to Peak+
5 mm
0…250 MHz
-10…+10 div.
Slope/Video
Rising, falling, both
CH 1, CH 2, alt. CH 1/2 (≥8 mm), Line, Ext.
AC: 10Hz…250 MHz
DC: 0…250 MHz
HF: 30 kHz…250 MHz
LF: 0…5 kHz
Noise Rej. switchable
pos./neg. Sync. Impulse
525 Line/60 Hz Systems
625 Line/50 Hz Systems
even/odd/both
Specifications
Line:
Source:
Indicator for trigger action:
External Trigger via:
Coupling:
Max. input voltage:
2nd Trigger
Min. signal height:
Frequency range:
Coupling:
Level control range:
Horizontal Deflection
Operating modes:
Time base A:
Time base B:
Accuracy A and B:
X Magnification x10:
Accuracy:
Variable time base A/B:
Hold Off time:
Bandwidth X-Amplifier:
XY phase shift <3°:
all/line number selectable
CH 1, CH 2, Ext.
LED
Auxiliary Input (0.3 Vpp, 150 MHz)
AC, DC
100 V (DC + peak AC)
5 mm
0…250 MHz
DC
-10…+10 div.
A, ALT (alternating A/B), B
50 ns/div.…0.5 s/div. (1–2–5 sequence)
50 ns/div.…20 ms/div. (1–2–5 sequence)
±3 %
to 5 ns/div.
±5 %
1:2.5
var. 1:10 LED-Indication
0…3 MHz (-3 dB)
<220 kHz
Operation/Measuring/Interfaces
Autoset, Menu and help functions
Operation:
­(multilingual)
Save/Recall (instrument parameter settings): 9
max. 4 traces
Signal display:
CH 1, 2 (Time Base A) in combination with
CH 1, 2 (Time Base B)
Frequency counter:
1…250 MHz
6 digit resolution:
0.5 Hz…1 MHz
5 digit resolution:
50 ppm
Accuracy
Frequency, Period, Vdc, Vpp, Vp+, VpAuto Measurements:
∆t, 1/∆t (f), tr, ∆V, V to GND, ratio X, ratio Y
Cursor Measurements:
Resolution Readout/Cursor: 1000 x 2000 Pts
RS-232 (Device control and Parameter
Interfaces:
query, no CRT content transfer possible)
Dual-Interface USB/RS232, IEEE-488 (GBIP)
Optional:
Dual-Interface Ethernet/USB
Display
D14-375GH
CRT:
Display area (with graticule): 8 div. x 10 div.
approx. 14 kV
Acceleration voltage:
General Information
Component tester:
Test voltage:
Test current:
Reference Potential:
Probe ADJ Output:
Trace rotation:
Line voltage:
Power consumption:
Protective system:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
approx. 7 Vrms (open circuit), approx. 50 Hz
max. 7 mArms (short circuit)
Ground (safety earth)
1 kHz /1 MHz square wave signal 0.2 Vpp
(tr <4 ns)
electronic
105…253 V, 50/60 Hz ±10 %, CAT II
37 Watt at 230 V, 50 Hz
Safety class I (EN61010-1)
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
285 x 125 x 380 mm
5.6 kg
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Line cord, Operating manual, 2 Probes 10:1 with
­attenuation ID (HZ200)
Recommended accessories:
HO730 Dual-Interface Ethernet/USB
HO740 Interface IEEE-488 (GPIB)
HZ13
Interface cable (USB) 1.8 m
HZ14
Interface cable (serial) 1:1
HZ20
Adapter, BNC to 4 mm banana
HZ33
Test cable 50 Ω, BNC/BNC, 0.5 m
HZ34
Test cable 50 Ω, BNC/BNC, 1 m
HZ45
19‘‘-Rackmount Kit 4RU
HZ51
Probe 10:1 (150 MHz)
HZ52
Probe 10:1 RF (250 MHz)
HZ53
HZ72
HZ100
HZ109
HZ115
HZ154
HZ350
HZ355
HZO20
HZO30
HZO50
HZO51
Probe 100:1 (100MHz)
GPIB-Cable 2 m
Differential probe 20:1/200:1
Differential probe 1:1/10:1
Differential probe 100:1/1000:1
Standard probe 1:1/10:1
Probe 10:1 with automatically identification (350 MHz)
Slimline probe 10:1 with automatically identification (500 MHz)
High voltage probe 1000:1 (400 MHz,1000 Vrms)
Active probe 1 GHz (0.9 pF, 1 MΩ, including many accessories)
AC/DC Current probe 20 A, DC...100 kHz
AC/DC Current probe 1000 A, DC...20 kHz
150 MHz Mixed Signal CombiScope® HM1508-2
Product description, page 10
Vertical Deflection
Channels:
Analog:
Digital:
Operating Modes:
Analog:
2
2 + 2 Logic Channels
CH 1 or CH 2 separate, DUAL (CH 1 and
CH 2 alternate or chopped), Addition
Analog Signal Channels CH 1 or CH 2
Digital:
separate, DUAL (CH 1 and CH 2), Addition
Logic Signal Channels: CH 3 and CH 4
CH 1
X in XY-Mode:
CH 1, CH 2
Invert:
2 x 0…150 MHz
Bandwidth (-3 dB):
<2.3 ns
Rise time:
Bandwith limiting (selectable): approx. 20 MHz (5 mV/div.…20 V/div.)
Deflection Coefficients (CH 1, 2): 14 calibrated steps
±5 % (0…10 MHz (-3dB))
1…2 mV/div. (10 MHz)
5 mV…20 V/div.
±3 % (1–2–5 sequence)
variable (uncalibrated): >2.5:1 to >50 V/div.
Inputs CH 1, 2:
1 MΩ II 15 pF
Input Impedance:
DC, AC, GND (ground)
Coupling:
400 V (DC + peak AC)
Max. Input Voltage:
70 ns
Y Delay Line (analog):
Measuring Category I
Measuring Circuits:
Digital mode only:
CH 3, CH 4
Logic Channels:
Select. switching thresholds: TTL, CMOS, ECL
3
User definable thresholds:
-2…+3 V
within the range:
Analog mode only:
CH 4: 100 V (DC + peak AC)
Auxiliary input:
Extern Trigger, Z (unblank)
Function (selectable):
AC, DC
Coupling:
100 V (DC + peak AC)
Max. input voltage:
Triggering
Analog and Digital Mode
Automatic (Peak to Peak):
Min. signal height:
Frequency range:
Level control range:
Normal (without peak):
Min. signal height:
Frequency range:
Level control range:
Operating modes:
Slope:
Sources:
Coupling:
Video:
Standards:
Field:
5 mm
10 Hz…250 MHz
from Peak- to Peak+
5 mm
0…250 MHz
-10…+10 div.
Slope / Video / Logic
Rising, falling, both
CH 1, CH 2, alt. CH 1/2 (≥8 mm, analog
mode only), Line, Ext.
AC: 10 Hz…250 MHz
DC: 0…250 MHz
HF: 30 kHz…250 MHz
LF: 0…5 kHz
Noise Rej. switchable
pos./neg. Sync. Impulse
525 Line/60 Hz Systems
625 Line/50 Hz Systems
even/odd/both
67
Specifications
Line:
Source:
Indicator for trigger action:
External Trigger via:
Coupling:
Max. input voltage:
Digital mode:
Logic:
Source:
State:
Pre/Post Trigger:
Analog mode
2nd Trigger
Min. signal height:
Frequency range:
Coupling:
Level control range:
all/line number selectable
CH 1, CH 2, Ext.
LED
CH 4 (0.3 Vpp, 150 MHz)
AC, DC
100 V (DC + peak AC)
AND/OR, TRUE/FALSE
CH 1 or 2, CH 3 and CH 4
X, H, L
-100…+400 % related to complete memory
5 mm
0…250 MHz
DC
-10…+10 div.
Horizontal Deflection
Analog mode
A, ALT (alternating A/B), B
Operating modes:
50 ns/div.…0.5 s/div. (1–2–5 sequence)
Time base A:
50 ns/div.…20 ms/div. (1–2–5 sequence)
Time base B:
±3 %
Accuracy A and B:
to 5 ns/div.
X Magnification x10:
±5 %
Accuracy:
Variable time base A/B: cont. 1:2.5
var. 1:10 LED-Indication
Hold Off time:
Bandwidth X-Amplifier: 0…3 MHz (-3 dB)
<220 kHz
XY phase shift <3°:
Digital mode
Time base range (1–2–5 sequence)
5 ns/div.…20 ms/div.
Refresh Mode:
2…20 ms/div. (min. Pulse Width 10 ns)
with Peak Detect:
50 ms/div.…50 s/div.
Roll Mode:
Accuracy time base
50 ppm
Time base:
±1 %
Display:
max. 50,000:1
Memory Zoom:
0…150 MHz (-3 dB)
Bandwidth X-Amplifier:
<100 MHz
XY phase shift <3°:
Digital Storage
Sampling Rate (real time):
Analog channels: max. 2 x 500 MSa/s or
1 x 1 GSa/s (interleaved); Logic Channels:
2 x 500 MSa/s
Sampling Rate (random sampling): 10 GSa/s
2 x 0…150 MHz (random)
Bandwidth:
2 x 1 MPts (analog); 2 x 1 MPts (logic)
Memory:
Refresh, Average, Envelope/
Operating modes:
Roll: Free Run/Triggered, Peak-Detect
8 Bit (25 Pts/div.)
Resolution (vertical):
Resolution (horizontal):
11 Bit (200 Pts/div.)
Yt:
8 Bit (25 Pts/div.)
XY:
Sinx/x, Dot Join (linear)
Interpolation:
1 Million x 1/Sampling Rate to
Delay:
4 Million x 1/Sampling Rate
max.170/s at 1 MPts
Display refresh rate:
Dots (acquired points only),
Display:
Vectors (partly interpolated), optimal
(complete memory weighting and vectors)
9 with 2 kPts each (for recorded signals)
Reference Memories:
2 signals of 9 (free selectable)
Display:
FFT Mode
Display X:
Disaplay Y:
Scaling:
Level display:
Window:
Control:
Marker:
Zoom (frequency axis):
Frequency Range
True rms value of spectrum
Linear or logarithmic
dBV, V
Square, Hanning, Hamming, Blackman
Center frequency, Span
Frequency, Amplitude
up to x20
Operation/Measuring/Interfaces
Menu (multilingual), Autoset,
Operation:
help functions (multilingual)
Save/Recall (instrument
9
parameter settings):
68
Signal display:
analog:
digital:
USB Memory-Stick:
Save/Recall external:
Instrument settings
and Signals:
Screen-shot:
Signal display data
(2 k per channel):
Frequency counter:
6 digit resolution:
5 digit resolution:
Accuracy:
Auto Measurements:
Analog mode:
also in digital mode:
Cursor Measurements:
Analog mode:
plus in digital mode:
Resolution Readout/Cursor:
Interfaces (plug-in):
Optional:
Mathematic functions
Number of Formula Sets:
Sources:
Targets:
Functions:
Display:
max. 4 traces
CH 1, 2 (Time Base A) in combination with
CH 1, 2 (Time Base B)
CH 1, 2 and CH 3, 4 or ZOOM or Reference
or Mathematics
CH 1, 2 and CH 3, 4 or ZOOM or Reference
or Mathematics
as Bitmap
Binary (SCPI-Data), Text (ASCII-Format),
CSV (Spread Sheet)
1…250 MHz
0.5 Hz…1 MHz
50 ppm
Frequency, Period, Vdc, Vpp, Vp+, VpVrms, Vavg
∆t, 1/∆t (f), tr, ∆V, V to GND, ratio X, ratio Y
Vpp, Vp+, Vp-, Vavg, Vrms, pulse count
1000 x 2000 Pts, Signals: 250 x 2000
USB/RS-232 (HO720)
IEEE-488, Ethernet/USB
5 with 5 formulas each
CH 1, CH 2, Math 1 – Math 5
5 math. memories, Math 1…5
ADD, SUB, 1/X, ABS, MUL, DIV, SQ, POS,
NEG, INV
max. 2 math. memories (Math 1…5)
Display
D14-375GH
CRT:
Display area (with graticule): 8 div. x 10 div.
approx. 14 kV
Acceleration voltage:
General Information
Component tester
Test voltage:
Test current:
Reference Potential:
Probe ADJ Output:
Trace rotation:
Line voltage:
Power consumption:
Protective system:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
approx. 7 Vrms (open circuit), approx. 50 Hz
max. 7 mArms (short circuit)
Ground (safety earth)
1 kHz/1 MHz square wave signal 0.2 Vpp
(tr <4 ns)
electronic
105…253 V, 50/60 Hz ±10 %, CAT II
47 Watt at 230 V, 50 Hz
Safety class I (EN61010-1)
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
285 x 125 x 380 mm
5.6 kg
Valid at 23 °C after a 30 minute warm-up period.
Accessories supplied: Line cord, Operating manual, 4 Probes 10:1 with
­attenuation ID (HZ200), Windows Software for control and data transfer
Optionales accessories:
HO730 Dual-Inter­face Ethernet/USB
HO740 Interface IEEE-488 (GPIB)
HZ13
Interface cable (USB) 1.8 m
HZ14
Interface cable (serial) 1:1
HZ20
Adapter, BNC to 4 mm banana
HZ33
Test cable 50 Ω, BNC/BNC, 0.5 m
HZ34
Test cable 50 Ω, BNC/BNC, 1 m
HZ45
19‘‘-Rackmount Kit 4RU
HZ51
Probe 10:1 (150 MHz)
HZ52
Probe 10:1 RF (250 MHz)
HZ53
Probe 100:1 (100 MHz)
HZ72
GPIB-Cable 2 m
HZ100 Differential probe 20:1/200:1
HZ109 Differential probe 1:1/10:1
HZ115 Differential probe 100:1/1000:1
HZ154 Standard probe 1:1/10:1
HZ350 Probe 10:1 with automatically identification (350 MHz)
HZ355 Slimline probe 10:1 with automatically identification (500 MHz)
HZO20 High voltage probe 1000:1 (400 MHz,1000 Vrms)
Specifications
HZO30 Active probe 1 GHz (0.9 pF, 1 MΩ, including many accessories)
HZO50 AC/DC Current probe 20 A, DC...100 kHz
HZO51 AC/DC Current probe 1000 A, DC...20 kHz
200 MHz Analog Oscilloscope HM2005-2
Product description, page 12
Vertical Deflection
Channels:
Operating Modes:
2
CH 1 or CH 2 separate, DUAL (CH 1 and
CH 2 alternate or chopped), Addition
CH 1
CH 1, CH 2
2 x 0…200 MHz
<1.75 ns
X in XY-Mode:
Invert:
Bandwidth (-3 dB):
Rise time:
Bandwidth Limiter
approx. 20 MHz (1 mV/div.…5 V/div.)
(switchable):
Deflection Coefficients (CH 1, 2): 12 calibrated steps
1…2 mV/div.:
±3 % (0…100 MHz (-3 dB))
5 mV…5 V/div.:
±3 % (1–2–5 sequence)
variable (uncalibrated): >1mV/div.…5V/div., continuous
Inputs CH 1, 2:
1 MΩ II 13 pF
Impedance:
DC, AC, 50Ω, GND (ground)
Coupling:
250 V (DC + peak AC), 50 Ω <5 Vrms
Max. Input Voltage:
70 ns
Y Delay Line (analog):
Measuring Category I
Measuring Circuits:
Auxiliary input:
Ext. Trigger, Z (unblank)
Function (selectable):
Coupling (Ext. Trig./Z): all/AC, DC
100 V (DC + peak AC)
Max. input voltage:
Triggering
Automatic (Peak to Peak):
Min. signal height:
Frequency range:
Level control range:
Normal (without peak):
Min. signal height:
Frequency range:
Level control range:
Operating modes:
Slope:
Sources:
Coupling:
Video:
Standards:
Field:
Line:
Source:
Indicator for trigger action:
External Trigger via:
Coupling:
Max. input voltage:
2nd Trigger
Min. signal height:
Frequency range:
Coupling:
Level control range:
Horizontal Deflection
Time Base
Operating modes:
Time base A:
Time base B:
Accuracy A and B:
X Magnification x10:
Accuracy:
Variable time base A/B:
Hold Off time:
5 mm
10 Hz…250 MHz
from Peak- to Peak+
5 mm
0…250 MHz
-10…+10 div.
Slope/Video
Rising, falling, both
CH 1, CH 2, alt. CH 1/2 (≥8 mm), Line, Ext.
AC: 10 Hz…250 MHz
DC: 0…250 MHz
HF: 30 kHz…250 MHz
LF: 0…5 kHz
Noise Rej. switchable
pos./neg. Sync. Impulse
525 Line/60 Hz Systems
625 Line/50 Hz Systems
even/odd/both
all/line number selectable
CH 1, CH 2, Ext.
LED
AUXILIARY INPUT (0.3 Vpp, 0…200 MHz)
AC, DC
100 V (DC + peak AC)
5 mm
0…250 MHz
DC
-10…+10 div.
A, ALT (alternating A/B), B
20 ns/div.…0.5 s/div. (1–2–5 sequence)
20 ns/div.…20 ms/div. (1–2–5 sequence)
±3 %
to 2 ns/div.
±5 %
1:2.5
var. 1:10 (LED-Indication)
XY Mode
Bandwidth X-Amplifier: 0…3 MHz (-3 dB)
<3° <220 kHz
XY phase shift:
Operation/Measuring/Interfaces
Operation: Menu (multilingual), Autoset, Help functions (multilingual)
9 Instrument parameter settings
Save/Recall internal:
CH 1, CH 2
Signal sources:
Frequency counter:
>1…250 MHz
6 digit resolution:
0.5 Hz…1 MHz
5 digit resolution:
50 ppm
Accuracy:
Frequency, Period, Vdc, Vpp, Vp+, VpAuto Measurements:
∆t, 1/∆t (f), tr, ∆V, V to GND, ratio X, ratio Y
Cursor Measurements:
Resolution Readout/Cursor: 1000 x 2000 Pts
RS-232 (Device control and Parameter
Interfaces:
query, no CRT content transfer possible)
Display
D14-375GH
CRT:
Display area (with graticule): 8 div. x 10 div.
approx. 14 kV
Acceleration voltage:
General Information
Component tester
Test voltage:
Test current:
Reference Potential:
Probe ADJ Output:
Trace rotation:
Line voltage:
Power consumption:
Protective system:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
approx. 7 Vrms (open circuit), approx. 50 Hz
max. 7 mArms (short circuit)
Ground (safety earth)
1 kHz /1 MHz square wave signal 0.2 Vpp
(tr <4 ns)
electronic
105…253 V, 50/60 Hz ±10 %, CAT II
42 Watt at 230 V, 50 Hz
Safety class I (EN61010-1)
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
285 x 125 x 380 mm
5.6 kg
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Line Cord, Operators Manual and Software for Windows
on CD-ROM, 2 Probes 10:1 (HZ200)
Recommended accessories:
HO730 Dual-Interface Ethernet/USB
HO740 Interface IEEE-488 (GPIB)
Interface cable (USB) 1.8 m
HZ13
HZ14
Interface cable (serial) 1:1
Adapter, BNC to 4 mm banana
HZ20
HZ33
Test cable 50 Ω, BNC/BNC, 0.5 m
HZ34
Test cable 50 Ω, BNC/BNC, 1 m
19‘‘-Rackmount Kit 4RU
HZ45
HZ51
Probe 10:1 (150 MHz)
Probe 10:1 RF (250 MHz)
HZ52
HZ53
Probe 100:1 (100 MHz)
HZ72
GPIB-Cable 2 m
HZ100 Differential probe 20:1/200:1
HZ109 Differential probe 1:1/10:1
HZ115 Differential probe 100:1/1000:1
HZ154 Standard probe 1:1/10:1
HZ350 Probe 10:1 with automatically identification (350 MHz)
HZ355 Slimline probe 10:1 with automatically identification (500 MHz)
HZO20 High voltage probe 1000:1 (400 MHz,1000 Vrms)
HZO30 Active probe 1 GHz (0.9 pF, 1 MΩ, including many accessories)
HZO50 AC/DC Current probe 20 A, DC...100 kHz
HZO51 AC/DC Current probe 1000 A, DC...20 kHz
200 MHz Mixed Signal CombiScope® HM2008
Product description, page 9
Vertical Deflection
Channels:
Analog:
2
69
Specifications
Digital:
Operating Modes:
Analog:
Digital:
2 + (additionally with Option HO2010)
4 Logic Channels
CH 1 or CH 2 separate, DUAL (CH 1 and
CH 2 alternate or chopped), Addition
Analog Signal Channels: CH 1 or CH 2 sepa­
rate, DUAL (CH 1 and CH 2) or Addition.
Logic Signal Channels (LCH 0…3) switchable.
CH 1
CH 1, CH 2
2 x 0…200 MHz
<1.75 ns
X in XY-Mode:
Invert:
Bandwidth (-3 dB):
Rise time:
Bandwidth Limiter
approx. 20 MHz (1 mV/div.…5 V/div.)
(switchable):
Deflection Coefficients (CH 1, 2): 12 calibrated steps
±3 % (0…100 MHz (-3 dB))
1…2 mV/div.:
5 mV…5V/div.:
±3 % (1–2–5 sequence)
variable (uncalibrated): >1 mV/div.…5 V/div., continuous
Inputs CH 1, 2:
1 MΩ II 13 pF
Impedance:
DC, AC, 50 Ω, GND (ground)
Coupling:
Offset control:
±0.2 V
1 mV, 2 mV
5…50 mV
±1 V
±20 V
100 mV…5 V
250 V (DC + peak AC), 50 Ω <5 Vrms
Max. Input Voltage:
70 ns
Y Delay Line (analog):
Measuring Category I
Measuring Circuits:
Analog mode only:
Auxiliary input:
Ext. Trigger, Z (unblank in analog mode)
Function (selectable):
Coupling (Ext. Trig./Z): all /AC, DC
100 V (DC + peak AC)
Max. input voltage:
Digital mode only:
Logic Channels in combination with Option HO2010:
4 (LCH 0…3)
Quantity
Select. switching thresholds: TTL, CMOS, ECL (common for all)
2
User definable thresholds:
-2…+8 V (common for all)
within the range:
Triggering
Analog and Digital Mode
Automatic (Peak to Peak):
Min. signal height:
Frequency range:
Level control range:
Normal (without peak):
Min. signal height:
Frequency range:
Level control range:
Operating modes:
Slope:
Sources:
Coupling:
Video:
Standards:
Field:
Line:
Source:
Indicator for trigger action:
External Trigger via:
Coupling:
Max. input voltage:
Digital mode:
Pre/Post Trigger:
Logic (with Option HO2010):
Source:
State:
Analog mode:
2nd Trigger
Min. signal height:
Frequency range:
Coupling:
Level control range:
70
5 mm
10 Hz…250 MHz
from Peak- to Peak+
5 mm
0…250 MHz
-10…+10 div.
Slope/Video/Logic
Rising, falling, both
CH 1, CH 2, alt. CH 1/2
(≥8 mm, analog mode only), Line, Ext.
AC: 10 Hz…250 MHz
DC: 0…250 MHz
HF: 30 kHz…250 MHz
LF: 0…5 kHz
Noise Rej. switchable
pos./neg. Sync. Impulse
525 Line/60 Hz Systems
625 Line/50 Hz Systems
even/odd/both
all/line number selectable
CH 1, CH 2, Ext.
LED
AUXILIARY INPUT (0.3 Vpp, 0…200 MHz)
AC, DC
100 V (DC + peak AC)
-100…+400 % relative to complete memory
AND/OR, TRUE/FALSE
Logic Channel 0…3
X, H, L
5 mm
0…250 MHz
DC
-10…+10 div.
Horizontal Deflection
Analog Time Base
A, ALT (alternating A/B), B
Operating modes:
20 ns/div.…0.5 s/div. (1–2–5 sequence)
Time base A:
20 ns/div…20 ms/div. (1–2–5 sequence)
Time base B:
±3 %
Accuracy A and B:
to 2 ns/div.
X Magnification x10:
±5 %
Accuracy:
Variable time base A/B: cont. 1:2.5
var. 1:10 (LED-Indication)
Hold Off time:
Analog XY Mode
0…3 MHz (-3 dB)
Bandwidth X-Amplifier:
<3° <220 kHz
X Y phase shift:
Digital Time Base
Time base range (1–2–5 sequence)
2 ns/div.…50 s/div.
Refresh Mode:
500 ns/div.…50 s/div.
with Peak Detect:
(min. Pulse Width 10 ns)
50 ms/div.…50 s/div.
Roll Mode:
Accuracy time base
50 ppm
Time coefficient:
±1 %
Display:
max. 100,000:1
Memory Zoom:
Digital XY Mode
Bandwidth X-Amplifier: 0…200 MHz (-3 dB)
<3° <200 MHz
XY phase shift:
Digital Storage
Sampling Rate (real time):
Sampling Rate
(random sampling):
Bandwidth:
Memory:
Operating modes:
Resolution (vertical):
Resolution (horizontal):
Yt:
XY:
Interpolation:
Delay:
Analog channels: 2 x 1 GSa/s or
1 x 2 GSa/s (interleaved);
Logic Channels: max. 4 x 500 MSa/s
20 GSa/s (1-Channel mode)
25 GSa /s (2-Channel mode)
2 x 0…200 MHz (Random)
2 x 2 MPts (analog); 4 x 2 MPts (logic)
Refresh, Average, Envelope, Roll:
Free Run/Triggered, Peak-Detect
8 Bit (25 Pts/div.)
Reference Memories:
Display:
11 Bit (200 Pts/div.)
8 Bit (25 Pts /div.)
Sinx/x, Dot Join (linear)
2 Million x (1/Sampling Rate; max.)
8 Million x (1/Sampling Rate; max.)
max.170/s at 2 MPts
Dots (acquired points only), Vectors
(interpolation), Optimal (complete memory
weighting and vector display)
9 with 2 kPts each (for recorded signals)
2 signals of 9 (freely selectable)
FFT Mode
Display X:
Display Y:
Scaling:
Level display:
Window:
Control:
Marker:
Zoom (frequency axis):
Frequency Range
True rms value of spectrum
Linear or logarithmic
dBV, V
Square, Hanning, Hamming, Blackman
Center frequency, Span
Frequency, Amplitude
up to x20
Display refresh rate:
Display:
Operation/Measuring/Interfaces
Operation: Menu (multilingual), Autoset, Help functions (multilingual)
Save/Recall internal:
9 Instrument parameter settings
analog:
9 Signals (each 2k) incl. instrument
digital:
parameters
CH 1, CH 2, LCH 0…3, ZOOM,
Signal sources:
Reference 1…9 or Mathematics
max. 6 traces
Signal display:
USB Memory-Stick:
Save/Recall external:
CH 1, CH 2, LCH 0…3, ZOOM,
Instrument settings
Reference 1…9 or Mathematics
and Signals:
as Bitmap
Screen-shot:
Binary (SCPI-Data), Text (ASCII-Format),
Signal display data
CSV (Spread Sheet)
(2 k per channel):
Frequency counter:
1…250 MHz
6 digit resolution:
Specifications
5 digit resolution:
Accuracy:
Auto Measurements:
Analog mode:
plus in digital mode:
Cursor Measurements:
Analog mode:
plus in digital mode:
Resolution Readout/Cursor:
Interfaces (plug-in):
Optional:
Mathematic functions
Number of Formula Sets:
Sources:
Targets:
Functions:
Display:
0.5 Hz…1 MHz
50 ppm
∆t, 1/∆t (f), tr, ∆V, V to GND, ratio X, ratio Y
Vpp, Vp+, Vp-, Vavg, Vrms, pulse count
1000 x 2000 Pts, Signals: 250 x 2000
USB/RS-232 (HO720)
IEEE-488, Ethernet/USB
5 with 5 formulas each
CH 1, CH 2, Math 1–Math 5
5 math. memories (Math 1…5)
ADD, SUB, 1/X, ABS, MUL, DIV, SQ, POS,
NEG, INV
max. 2 math. memories (Math 1…5)
Display
D14-375GH
CRT:
Display area (with graticule): 8 div. x 10 div.
approx. 14 kV
Acceleration voltage:
General Information
Component tester
Test voltage:
Test current:
Reference Potential:
Probe ADJ Output:
Trace rotation:
Line voltage:
Power consumption:
Protective system:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
250 MHz 4 Channel Digital Oscilloscope HMO2524
Product description, page 7
Frequency, Period, Vdc, Vpp, Vp+, VpVrms, Vavg
approx. 7 Vrms (open circuit), approx. 50 Hz
max. 7 mArms (short circuit)
Ground (safety earth)
1 kHz /1 MHz square wave signal 0.2 Vpp
(tr <4 ns)
electronic
105…253 V, 50/60 Hz ±10 %, CAT II
48 Watt at 230 V, 50 Hz
Safety class I (EN61010-1)
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
285 x 125 x 380 mm
5.6 kg
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Line cord, manual, 2 probes 10 :1 with automatic
identification of the attenuation ratio (HZ200), Windows software for instrument
control and data transfer.
Recommended accessories:
HO730 Dual interface Ethernet/USB
HO740 IEEE-488 (GPIB) interface
HO2010 4 Channel Logic Probe
HZ13
Interface cable (USB) 1.8 m
HZ14
Interface cable (serial) 1:1
HZ20
Adapter, BNC to 4 mm banana
Test cable 50 Ω, BNC/BNC, 0.5 m
HZ33
HZ34
Test cable 50 Ω, BNC/BNC, 1 m
HZ45
19‘‘-Rackmount Kit 4RU
HZ51
Probe 10:1 (150 MHz)
HZ52
Probe 10:1 RF (250 MHz)
HZ53
Probe 100:1 (100 MHz)
HZ72
GPIB-Cable 2 m
HZ100 Differential probe 20:1/200:1
HZ109 Differential probe 1:1/10:1
HZ115 Differential probe 100:1/1000:1
HZ154 Probe 1:1/10:1 (10/100 MHz)
HZ350 Probe 10:1 with automatically identification (350 MHz)
HZ355 Slimline probe 10:1 with automatically identification (500 MHz)
HZO20 High voltage probe 1000:1 (400 MHz,1000 Vrms)
HZO30 Active probe 1 GHz (0.9 pF, 1 MΩ, including many accessories)
HZO50 AC/DC Current probe 20 A, DC...100 kHz
HZO51 AC/DC Current probe 1000 A, DC...20 kHz
Display
Display:
Resolution:
Backlight:
Display area for curves:
without menu
with menu
Color depth:
Intensity steps per channel:
Vertical System
Channels:
DSO mode
MSO mode
Auxiliary input:
Function
Impedance
Coupling
Max. input voltage
XYZ-mode:
Invert:
Y-bandwidth (-3 dB):
16.5 cm (6.5”) VGA Color TFT
640 x 480 Pixel
LED 400 cd/m2
400 x 600 Pixel (8 x 12 div.)
400 x 500 Pixel (8 x 10 div.)
256 colors
0…31
CH 1...CH 4
CH 1…CH 3 LCH 0...7 (with 1x Option HO3508)
CH 1, CH 2, LCH 0...15 (with 2x Option HO3508)
Rear side
Ext. Trigger
1 MΩ || 13 pF ±2 pF
DC, AC
100 V (DC + peak AC)
All analog channels on individual choice
CH 1...CH 4
250 MHz (5 mV...5 V)/div.
100 MHz (1 mV, 2 mV)/div.
2 Hz
Lower AC bandwidth:
Bandwidth limiter
approx. 20 MHz
(switchable):
<1.5 ns
Rise time (calculated):
2 %
DC gain accuracy
12 calibrated steps
Input sensitivity:
1 mV/div.…5 V/div. (1–2–5 Sequence)
CH 1...C H4
Between calibrated steps
Variable
Inputs CH1…CH4:
1 MΩ II 13 pF ±2 pF (50 Ω switchable)
Impedance
DC, AC, GND
Coupling
200 V (DC + peak AC), 50 Ω <5 Vrms
Max. input voltage
Measuring Category I (CAT I)
Measuring circuits:
±10 Divs
Position range
Offset control:
±0.2 V
1 mV, 2 mV
±1 V
5…50 mV
±20 V
100 mV…5 V
With Option HO3508
Logic channels
Select. switching thresholds TTL, CMOS, ECL, 2x User -2…+8 V
100 kΩ || <4 pF
Impedance
DC
Coupling
40 V (DC + peak AC)
Max. input voltage
Triggering
Analog channels:
Automatic:
Min. signal height
Frequency range
Level control range
Normal (without peak):
Min. signal height
Frequency range
Level control range
Operating modes:
Slope:
Sources:
Coupling:
Video:
Standards
Fields
Line
Sync. Impulse
Source
Linking of peakdetection and triggerlevel
0.8 div; 0.5 div typ.
5 Hz…300 MHz
From peak- to peak+
0.8 div; 0.5 div typ.
0…300 MHz
-10....+10 div.
Slope/Video/Logic/Pulse/Busses (optional)
Rising, falling, both
CH 1...CH 4, Line, Ext., LCH 0…15
AC: 5 Hz...300 MHz
DC: 0...300 MHz
HF: 30 kHz...300 MHz
LF: 0...5 kHz
Noise rejection: 100 MHz LPF switchable
PAL, NTSC, SECAM, PAL-M, SDTV 576i,
HDTV 720p, HDTV 1080i, HDTV 1080p
Field 1, field 2, both
All, selectable line number
Positive, negative
CH 1...CH 4
71
Specifications
Logic:
Source
State
Pulse:
Modes
Range
Sources:
Indicator for trigger action:
Ext. Trigger via:
2nd Trigger:
Slope
Min. signal height
Frequency range
Level control range
Operating modes:
after time
after incidence
Busses (Opt. HOO10):
Source
Format
I2C
SPI
UART/RS-232
AND, OR, TRUE, FALSE
LCH 0…15
LCH 0…15 X, H, L
Positive, negative
equal, unequal, less than, greater than,
within/without a range
min. 8 ns, max. 134,217 ms, resolution from
8 ns until 1 μs
CH 1, CH 2, Ext. [CH 1...CH 4]
LED
Auxiliary input 0.3 V…10 Vpp
Rising, falling, both
0.8 div.; 0.5 div. typ.
0…300 MHz
-10....+10 div.
20 ns…0.1 s
1…216
I2C/SPI/UART/RS-232
LCH 0...LCH 15
hexadecimal, binary
Trigger on Start, Stop, Restart, NACK,
Adress (7 or 10 Bit), Data, Adress and Data,
up to 10 Mb/s
up to 32 Bit Data, Chip select (CS) pos.
or neg., without CS, up to 25 Mb/s
up to 8 Bit Data, up to 62.5 Mb/s
Horizontal System
Time, Frequency (FFT), Voltage (XY)
Domain representation:
Representation Time Base: Main-window, main- and zoom-window
Up to 100,000:1
Memory Zoom:
15 ppm
Accuracy:
Time Base:
Refresh operating modes 2 ns/div.…20 ms/div.
50 ms/div.…50 s/div.
Roll operating modes
Digital Storage
Sampling rate (real time):
Sampling rate (random):
Memory:
Operation modes:
Resolution (vertical)
Resolution (horizontal)
Yt Mode
XY Mode
Interpolation:
Persistence:
Delay pretrigger:
posttrigger:
Display refresh rate:
Display:
Reference memories:
4 x 1.25 GSa/s, 2 x 2.5 GSa/s
Logic channels: 16 x 1.25 GSa/s
25 GSa/s (n/a to logic channels)
4 x 2 MPts, 2 x 4 MPts
Refresh, Average, Envelope, Peak-Detect
Roll: free run/triggered, Filter
8 Bit
50 Pts./div.
8 Bit
Sinx/x (CH 1...CH 4), Pulse (LCH 0...15)
Off, 50 ms...∞
0...2 Million x (1/samplerate)
0...8 Million x (1/samplerate)
Up to 2500 waveforms/s
Dots, vectors (interpolation), „persistence“
typ. 10 Traces
Operation/Measuring/Interfaces
Menu-driven (multilingual), Autoset,
Operation:
help functions (multilingual)
typ. 10 complete instrument parameter
Save/Recall memories:
settings
Frequency counter:
6 Digit resolution
0.5 Hz...300 MHz
15 ppm
Accuracy
Frequency, Period, pulse count, Vpp, Vp+, Vp-,
Auto measurements:
Vrms, Vavg, Vtop, Vbase, twidth+, twidth-, tdutycycle+,
tdutycycle, trise, tfall, pos. edge count, neg. edge
count, pos. pulse count, neg. pulse count,
standard deviation
∆V, ∆t, 1/∆t (f), V to Gnd, Vt related to
Cursor measurements:
Trigger point, ratio X and Y, pulse count,
peak to peak, peak+, peak-, standard
deviation
Dual-Interface USB/RS-232 (HO720),
Interface:
USB-Stick (frontside),
USB-Printer (rear side) for Postscript
Printer, DVI-D for ext. monitor
IEEE-488 (GPIB) (HO740), Ethernet/USB (HO730)
Optional:
72
Display functions
Marker:
VirtualScreen:
Busdisplay:
Parallel
I2C
(Opt. HOO10)
SPI
(Opt. HOO10)
UART/RS-232
(Opt. HOO10)
Mathematic functions
Number of formula sets:
Sources:
Targets:
Functions:
Display:
Pass/Fail functions
Sources:
Type of test:
Functions:
up to 8 user definable markers for easy
navigation
virtual Display with 20 div. vertical for all
Math-, Logic-, Bus- and Reference Signals
up to 2 busses, user definable, parallel or
serial busses (option), decode of the bus
value in ASCII, binary, decimal or hexa­
decimal, up to 4 lines
logic channels can also be used as source
for bus definition
color coded Read-, Write Adress, Data,
Start, Stop, missing acknowledge, Errors
and Trigger condition
color coded Data, Start, Stop, Errors and
Trigger condition
color coded Data, Start, Stop, Errors and
Trigger condition
5 formula sets with up to 5 formulas each
All channels and math. memories
Math. memories
ADD, SUB, 1/X, ABS, MUL, DIV, SQ, POS, NEG,
INV, INTG, DIFF, SQR, MIN, MAX, LOG, LN,
Low-, High-pass filter
Up to 4 math. memories with label
Analog channels
Mask around a signal, userdefined
tolerance
Stop, Beep, screen shot, (screen print-out),
output to printer and/or pulse on the
Y output for pass or fail, event counting
up to 4 billion, including the number and
the percentage of pass and fail events.
General Information
Probe ADJ Output:
1 kHz/1 MHz square wave signal approx. 1 Vpp
(ta <4 ns)
Three outputs (frontside) which generate a
Bus Signal Source:
selection of serial or parallel data for test
and training purposes
Internal RTC (Realtime clock): Date and time for stored data
105...253 V, 50/60 Hz, CAT II
Line voltage:
Max. 70 Watt at 230 V, 50 Hz
Power consumption:
Safety class I (EN61010-1)
Protective system:
+5...+40 °C
Operating temperature:
-20...+70 °C
Storage temperature:
5...80 % (non condensing)
Rel. humidity:
285 x 175 x 220 mm
Dimensions (W x H x D):
3.6 kg
Weight:
All data valid at 23 °C after 30 minute warm-up
Accessories supplied: Line cord, Operating manual, 4 Probes,
10:1 with attenuation ID (HZ350), CD
Recommended accessories:
HOO10Serial bus trigger and hardware acelerated decode,
I2C, SPI, UART/RS-232 on Logic channels
HO3508 active 8 Channel Logic Probe
HO3516 2 x HO3508, active 8 Channel Logic Probes
HO730
Dual-Interface Ethernet/USB
HZ99
Carrying Case for protection and transport
HZ46
4RU 19‘‘ Rackmount Kit
HZ355DU Upgrade from 2x HZ350 to 2x HZ355
HZ355
Slimline Probe 10:1 with automatically identification
HZ355DU Upgrade from 2x HZ350 to 2x HZ355
HZO20
High Voltage probe 1000:1 (400 MHz)
HZO30
single ended active probe (1 GHz)
HZO50
AC/DC Currentprobe 20 A, DC…100 kHz
HZO51
AC/DC Currentprobe 1000 A, DC…20 kHz
Specifications
350 MHz 2 [4] Channel Digital Oscilloscope
HMO3522 [HMO3524]
Product description, page 6
Display
Display:
Resolution:
Backlight:
Display area for curves:
without menu
with menu
Color depth:
Intensity steps per channel:
Vertical System
Channels:
DSO mode
MSO mode
Auxiliary input:
Function
Impedance
Coupling
Max. input voltage
XYZ-mode:
Invert:
Y-bandwidth (-3 dB):
Lower AC bandwidth:
Bandwidth limiter
(switchable):
Rise time (calculated):
DC gain accuracy
Input sensitivity:
CH 1, CH 2 [CH 1...CH 4]
Variable
Inputs CH 1, CH 2 [CH 1…CH 4]:
Impedance
Coupling
Max. input voltage
Measuring circuits:
Position range
Offset control:
1 mV, 2 mV
5…50 mV
100 mV…5 V
Logic channels
Select. switching
t­hresholds
Impedance
Coupling
Max. input voltage
Triggering
Analog channels:
Automatic:
Min. signal height
Frequency range
Level control range
Normal (without peak):
Min. signal height
Frequency range
Level control range
Operating modes:
Slope:
Sources:
Coupling:
Video:
Standards
Fields
Line
16.5 cm (6.5”) VGA Color TFT
640 x 480 Pixel
LED 400 cd/m2
400 x 600 Pixel (8 x 12 div.)
400 x 500 Pixel (8 x 10 div.)
256 colors
0…31
CH 1, CH 2 [CH 1...CH 4]
CH 1, CH 2, LCH 0...15 (logic channels)
with 2 x Option HO3508
Frontside [Rear side]
Ext. Trigger
1 MΩ || 13 pF ±2 pF
DC, AC
100 V (DC + peak AC)
All analog channels on individual choice
CH 1, CH 2 [CH 1...CH 4]
350 MHz (5 mV...5 V)/div.
100 MHz (1 mV, 2 mV)/div.
2 Hz
approx. 20 MHz
<1 ns
2 %
12 calibrated steps
1 mV/div.…5 V/div. (1–2–5 Sequence)
Between calibrated steps
1 MΩ II 13 pF ±2 pF (50 Ω switchable)
DC, AC, GND
200 V (DC + peak AC), 50 Ω <5 Vrms
Measuring Category I (CAT I)
±10 Divs
±0.2 V
±1 V
±20 V
With Option HO3508
TTL, CMOS, ECL, 2 x User -2…+8 V
100 kΩ || <4 pF
DC
40 V (DC + peak AC)
Linking of peakdetection and triggerlevel
0.8 div; 0.5 div typ.
5 Hz…400 MHz
From peak- to peak+
0.8 div; 0.5 div typ.
0…400 MHz
-10...+10 div.
Slope/Video/Logic/Pulse/Busses (optional)
Rising, falling, both
CH 1, CH 2, Line, Ext., LCH 0…15
[CH 1...CH 4, Line, Ext., LCH 0…15]
AC: 5 Hz...400 MHz
DC: 0...400 MHz
HF: 30 kHz...400 MHz
LF: 0...5 kHz
Noise rejection: 100 MHz LPF switchable
PAL, NTSC, SECAM, PAL-M, SDTV 576i,
HDTV 720p, HDTV 1080i, HDTV 1080p
Field 1, field 2, both
All, selectable line number
Sync. Impulse
Source
Logic:
Source
State
Pulse:
Modes
Range
Sources:
Indicator for trigger action:
Ext. Trigger via:
2nd Trigger:
Slope
Min. signal height
Frequency range
Level control range
Operating modes:
after time
after incidence
Busses (Opt. HOO10):
Source
Format
I2C
SPI
UART/RS-232
Positive, negative
CH 1, CH 2, Ext. [CH 1...CH 4]
AND, OR, TRUE, FALSE
LCH 0…15
LCH 0…15 X, H, L
Positive, negative
equal, unequal, less than, greater than,
within/without a range
min. 8 ns, max. 134,217 ms, resolution from
8 ns until 1 μs
CH 1, CH 2, Ext. [CH 1...CH 4]
LED
Auxiliary input 0,3 V…10 Vpp
Rising, falling, both
0.8 div.; 0.5 div. typ.
0…400 MHz
-10...+10 div.
20 ns…0.1 s
1…216
I2C/SPI/UART/RS-232
LCH 0...LCH 15
hexadecimal, binary
Trigger on Start, Stop, Restart, NACK,
Adress (7 or 10 Bit), Data, Adress and Data,
up to 10 Mb/s
up to 32 Bit Data, Chip select (CS) pos.
or neg., without CS, up to 25 Mb/s
up to 8 Bit Data, up to 62.5 Mb/s
Horizontal System
Time, Frequency (FFT), Voltage (XY)
Domain representation:
Representation Time Base: Main-window, main- and zoom-window
Up to 100,000:1
Memory Zoom:
15 ppm
Accuracy:
Time Base:
Refresh operating modes 1 ns/div.…20 ms/div.
50 ms/div.…50 s/div.
Roll operating modes
Digital Storage
Sampling rate (real time):
Sampling rate (random):
Memory:
Operation modes:
Resolution (vertical)
Resolution (horizontal)
Yt Mode
XY Mode
Interpolation:
Persistence:
Delay pretrigger:
posttrigger:
Display refresh rate:
Display:
Reference memories:
2 x 2 GSa/s, 1 x 4 GSa/s
[4 x 2 GSa/s, 2 x 4 GSa/s]
Logic channels: 16 x 1 GSa/s
50 GSa/s (n/a to logic channels)
2 x 2 MPts, 1 x 4 MPts [4 x 2 MPts, 2 x 4 MPts]
Refresh, Average, Envelope, Peak-Detect
Roll: free run/triggered, Filter
8 Bit
50 Pts./div.
8 Bit
Sinx/x (CH 1...CH 4), Pulse (LCH 0...15)
Off, 50 ms...∞
0...2 Million x (1/samplerate)
0...8 Million x (1/samplerate)
Up to 2500 waveforms/s
Dots, vectors (interpolation), „persistence“
typ. 10 Traces
Operation/Measuring/Interfaces
Menu-driven (multilingual), Autoset,
Operation:
help functions (multilingual)
typ. 10 complete instrument parameter
Save/Recall memories:
settings
Frequency counter:
6 Digit resolution
0.5 Hz...350 MHz
15 ppm
Accuracy
Frequency, Period, pulse count, Vpp, Vp+, Vp-,
Auto measurements:
Vrms, Vavg, Vtop, Vbase, twidth+, twidth-, tdutycycle+,
tdutycycle, trise, tfall, pos. edge count, neg. edge
count, pos. pulse count, neg. pulse count,
standard deviation
∆V, ∆t, 1/∆t (f), V to Gnd, Vt related to
Cursor measurements:
Trigger point, ratio X and Y, pulse count,
peak to peak, peak+, peak-, standard
deviation
73
Specifications
Interface:
Optional:
Display functions
Marker:
VirtualScreen:
Busdisplay:
Parallel
I2C
(Opt. HOO10)
SPI
(Opt. HOO10)
UART/RS-232
(Opt. HOO10)
Mathematic functions
Number of formula sets:
Sources:
Targets:
Functions:
Display:
Pass/Fail functions
Sources:
Type of test:
Functions:
Dual-Interface USB/RS-232 (HO720)
USB-Stick (frontside)
USB-Printer (rear side) for Postscript Printer
DVI-D for ext. monitor
IEEE-488 (GPIB) (HO740), Ethernet/USB (HO730)
up to 8 user definable marker for easy
navigation
virtual Display with 20 div. vertical for all
Math-, Logic-, Bus- and Reference Signals
up to 2 busses, user definable, parallel or
serial busses (option), decode of the bus
value in ASCII, binary, decimal or
hexadecimal, up to 4 lines
logic channels can also be used as source
for bus definition
color coded Read-, Write Adress, Data,
Start, Stop, acknowledge, missing
acknowledge, Errors and Trigger condition
color coded Data, Start, Stop, Errors and
Trigger condition
color coded Data, Start, Stop, Errors and
Trigger condition
5 formula sets with up to 5 formulas each
All channels and math. memories
Math. memories
ADD, SUB, 1/X, ABS, MUL, DIV, SQ, POS, NEG,
INV, INTG, DIFF, SQR, MIN, MAX, LOG, LN,
Low-, High-pass filter
Up to 4 math. memories with label
Analog channels
Mask around a signal, userdefined
tolerance
Stop, Beep, screen shot (screen print-out)
and/or output to printer for pass or fail,
event counting up to 4 billion, including
the number and the percentage of pass
and fail events
General Information
Probe ADJ Output:
1 kHz/1 MHz square wave signal approx 1 VPP
(ta < 4ns)
Three outputs (frontside) which generates
Bus Signal Source:
a selection of serial or parallel data for test
and training purposes
Internal RTC (Realtime clock): Date and time for stored data
105...253 V, 50/60 Hz, CAT II
Line voltage:
Max. 70 Watt at 230 V, 50 Hz
Power consumption:
Safety class I (EN61010-1)
Protective system:
+5...+40 °C
Operating temperature:
-20...+70 °C
Storage temperature:
5...80 % (non condensing)
Rel. humidity:
285 x 175 x 220 mm
Dimensions (W x H x D):
3.6 kg
Weight:
All data valid at 23 °C after 30 minute warm-up.
Accessories supplied: Line cord, Operating manual, 2 [4] Probes,
10:1 with attenuation ID (HZ350), CD
Recommended accessories:
HOO10Serial bus trigger and hardware acelerated decode,
I2C, SPI, UART/RS-232 on Logic channels
HO3508 active 8 Channel Logic Probe
HO3516 2 x HO3508, active 8 Channel Logic Probes
HO730
Dual-Interface Ethernet/USB
HO740
Interface IEEE-488 (GPIB) galvanically isolated
Slimline Probe 10:1 with automatically identification
HZ355
HZ355DU Upgrade from 2 x HZ350 to 2 x HZ355
HZ46
4RU 19‘‘ Rackmount Kit
HZ99
Carrying Case for protection and transport
HZO20
High Voltage probe 1000:1 (400 MHz)
HZO30
single ended active probe (1 GHz)
HZO50
AC/DC Currentprobe 20 A, DC…100 kHz
HZO51
AC/DC Currentprobe 1000 A, DC…20 kHz
74
1 GHz Spectrum Analyzer HM5510
Product description, page 19
Frequency Characteristics
0.15 MHz…1.05 GHz
Frequency Range:
±5 ppm
Stability:
±1 ppm/year
Aging:
1 kHz (6½-digit in readout)
Frequency Resolution:
0…1.05 GHz
Center Frequency Range:
TCXO with DDS
LO Frequency Generation:
(Digital Frequency Synthesis)
Zero-Span and 1…1000 MHz
Span Setting Range:
(1–2–5 Sequence)
Marker:
Frequency Resolution:
1 kHz, 6½-digit,
0.5 dB, 3½-digit
Amplitude Resolution:
Resolution Bandwidths
500 kHz and 20 kHz
(RBW) @ 3 dB:
4 kHz
Video filter (VBW):
20 ms
Sweep Time:
Amplitude Characteristics (Marker Related) 150 kHz…1 GHz
-100…+10 dBm
Measurement Range:
10 dB/div.
Scaling:
80 dB (10 dB/div.)
Display Range:
Amplitude Frequency Response (at 10 dB Attn., Zero Span and RBW
500 kHz, Signal -20 dBm):
±3 dB
8 x 10 division
Display (CRT):
logarithmic
Amplitude Scale:
dBm
Display Units:
2 Lines x 20 Characters,
Parameter Display (LCD):
Center Frequency, Span,
Marker Frequency,
Reference Level, Marker Level
0…40 dB (10 dB increments)
Input Attenuator Range:
Tolerance of input attenuator: ±2 dB relative to 10 dB position
Max. Input Level (continuous)
10…40 dB attenuation:
+20 dBm (0.1 W)
+10 dBm
0 dB attenuation:
±25 V
Max. DC Voltage:
-50…+10 dBm
Max. Reference Level:
Reference Level Accuracy rel. to 500 MHz, 10 dB Attn., Zero Span and
RBW 500 kHz:
±2 dB
approx. -100 dBm (RBW 20 kHz)
Min. Average Noise Level:
typical >75 dBc (2 Signals: 200 MHz,
Intermodulation Ratio
203 MHz, -3 dB below Reference Level)
(3rd Order):
Harmonic Distortion Ratio
typical >75 dBc (200 MHz, Reference Level)
(2nd harm.):
Bandwidth Dependent Amplitude Error rel. to RBW 500 kHz and Zero
Span:
±1 dB
Inputs/Outputs
Measurement Input:
Input Impedance:
VSWR: (Attn. ≥10 dB)
Supply Voltage for Probes
(HZ530):
Audio output (phone):
Test Signal output:
Frequency:
Level
Functions
Keyboard Input:
Rotary Encoder Input:
General information
CRT:
Acceleration Voltage:
Trace Rotation:
Power Supply:
Power Consumption:
Safety class:
Operating temperature:
N-socket
50 Ω
typ. 1.5:1
6 Vdc
3.5 mm Ø jack
N-socket, output Impedance 50 Ω
10 MHz
0 dBm (±3 dB)
Center Frequency, Reference Level,
Center Frequency, Reference Level,
Testsignal output Level, Marker,
Intensity (CRT), Contrast (LCD)
D14-363GY, 8 x 10 div. with internal graticule
approx. 2 kV
adjustable on front panel
105…253 V, 50/60 Hz ±10 %, CAT II
approx. 31 W at 230 V/50 Hz
Safety class I (EN61010-1)
+5…+40 °C
Specifications
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
-20…+70 °C
5…80 % (non condensing)
285 x 125 x 380 mm,
with adjustable, lockable tilt handle
approx. 5.6 kg
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Line Cord, Operators Manual, 2x HZ21 Adapter Plug
(N-plug with BNC socket)
Recommended accessories:
HZ20
Adapter, BNC to 4 mm banana
Test cable 50 Ω, BNC/BNC, 0.5 m
HZ33
HZ34
Test cable 50 Ω, BNC/BNC, 1 m
HZ43
19‘‘-Rackmount Kit 3RU
HZ520 Antenna
HZ525 50 Ω-Termination, N plug
HZ530 Near Field Probe Set for EMI Diagnosis
HZ560 Transient Limiter
HZ575 Converter 75 Ω to 50 Ω
HZO30 Active probe 1 GHz (0.9 pF, 1 MΩ, including many accessories)
(RBW 1 kHz, VBW 10 Hz,
ref. level ≤-30 dBm
10 MHz…1 GHz resp. 3 GHz) -105 dBm, typ. -114 dBm
With Preamp.
HMS1000/HMS1010: -125 dBm typ. (1 kHz RBW)
HMS3000/HMS3010: -135 dBm typ. (100 Hz RBW)
Inherent spurious:
(ref. level ≤-20 dBm,
f >30 MHz, RBW ≤100 kHz) <-80 dBm
Input related spurious:
(Mixer level ≤-40 dBm,
carrier offset >1 MHz)
-70 dBc typ., -55 dBc (2…3 GHz)
2nd harmonic receive frequency
(mixer level -40 dBm):
-60 dBc typ.
Level display:
-80…+20 dBm in 1 dB steps
Reference level
100 dB, 50 dB, 20 dB, 10 dB, linear
Display range
Logarithmic display scaling dBm, dBµV, dBmV
Percentage of reference level (from SW 2.0)
Linear display scaling
1 curve and 1 memory curve
Measured curves:
A-B (curve-stored curve), B-A
Trace mathematics:
Auto-, Min-, Max-Peak, Sample, RMS,
Detectors:
Average, Quasi-Peak
<1.5 dB, typ. 0.5 dB
Failure of level display:
(ref. level to ref. level-50 dB, 20…30 °C)
1 GHz Spectrum Analyzer HMS1000, HMS1010 (with TG)
[3 GHz Spectrum Analyzer HMS3000, HMS3010 (with TG)]
Marker/Deltamarker
Number of marker:
Marker functions:
Frequency
Frequency range:
100 kHz…1 GHz
HMS1000, HMS1010
100 kHz…3 GHz
HMS3000, HMS3010
±2 ppm (0…30 °C)
Temperature stability:
±1 ppm/year
Aging:
Frequency counter (from SW 2.0):
1 Hz
Resolution
±(Frequency x tolerance of reference)
Accuracy
Span setting range:
0 Hz (zero span) and 1 kHz…1 GHz
HMS1000, HMS1010
0 Hz (zero span) and 100 Hz…3 GHz
HMS3000, HMS3010
Spectral purity, SSB phase noise:
30 kHz from carrier
<-85 dBc/Hz
(500 MHz, +20…30 °C)
100 kHz from carrier
<-100 dBc/Hz
(500M Hz, +20…30 °C)
1 MHz from carrier
<-120 dBc/Hz
(500MHz, +20…30 °C)
Sweep time:
20 ms…100 s
Span = 0 Hz
20 ms…1000 s, min. 20 ms/600 MHz
Span > 0 Hz
Resolution bandwidths (-3 dB):
1 kHz…1 MHz in 1–3 steps, 200 kHz
HMS1000, HMS1010
100 Hz…1 MHz in 1–3 steps, 200 kHz
HMS3000, HMS3010
Tolerance:
±5 % typ.
≤300kHz
±10 % typ.
1MHz
Resolution bandwidths (-6 dB):
9 kHz, 120 kHz, 1 MHz
HMS1000, HMS1010
200 Hz, 9 kHz, 120 kHz, 1 MHz
HMS3000, HMS3010
10 Hz…1 MHz in 1–3 steps
Video bandwidths:
Marker displays:
Product description, page 17
Amplitude
Average noise level displayed up to +20 dBm
Display range:
Amplitude measurement
Typ. -114…+20 dBm
range:
Max. permissible DC
80 V
at HF input:
20 dBm, 30 dBm for max. 3 Min.
Max. power at HF input:
Intermodulation free range:
TOI products, 2 x -20 dBm 66 dB typ. (typ. +13 dBm third-order
(-10 dBm ref. level)
intercept)
(at distance between
60 dB typ. (+10 dBm TOI)
signals ≤2 MHz)
(at distance between
66 dB typ. (typ. +13 dBm TOI)
signals >2 MHz)
DANL (Displayed average noise level):
8
Peak, next peak, minimum, center
= marker, frequency, reference level
= marker level, all marker on peak
Normal (level, lin. & log.), delta marker, noise
marker, (frequency) counter (from SW 2.0)
Inputs/Outputs
N socket
HF Input
50 Ω
Input Impedance:
VSWR
<1.5 typ.
(10 MHz…1 GHz/3 GHz):
Output tracking generator:
N socket
(HMS1010/HMS3010)
50 Ω
Output Impedance:
5 MHz…1 GHz [3 GHz]
Frequency range:
-20…0 dBm, in 1 dB steps
Output level:
Trigger and external
BNC female, selectable
reference input:
TTL
Trigger voltage
10 MHz
Reference frequency
10 dBm
Essential level (50 Ω)
Supply output for field probes: 6 Vdc, max. 100 mA (2.5 mm DIN jack)
3.5 mm DIN jack
Audio output (Phone):
AM and FM (internal speaker)
Demodulation
Miscellaneous
Display:
Save/Recall memory:
Trigger:
Interfaces:
Power supply:
Power consumption:
Protection class:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
16.5 cm (6.5“) TFT Color VGA Display
10 complete device settings
Free run, Video Trigger (from SW 2.0),
Single Trigger, external Trigger
Dual-Interface USB/RS-232 (HO720),
USB-Stick (frontside), USB-Printer
(rear side), DVI-D for ext. monitor
105…253 V, 50/60 Hz, CAT II
Max. 40 Watt at 230 V, 50 Hz
Safety class I (EN61010-1)
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
285 x 175 x 220 mm
3.6 kg
All data valid at 23 °C after 30 minute warm-up
Accessories supplied: Line cord, Operating manual, CD, HZ21 Adapter plug, N
plug to BNC socket (2x HMS1010/3010)
Recommended accessories:
HO730
Dual-Interface Ethernet/USB
HO740
Interface IEEE-488 (GPIB), galvanically isolated
HO3011
Preamplifier -135 dBm DANL (100 Hz RBW)
Interface cable (USB) 1.8 m
HZ13
75
Specifications
HZ14
HZ20
HZ33
HZ34
HZ46
HZ72
HZ99
HZ520
HZ525
HZ530
HZ540/550
HZ540L/550L
HZ547
HZ560
HZ575
HZO30
Interface cable (serial) 1:1
Adapter, BNC to 4 mm banana
Test cable 50 Ω, BNC/BNC, 0.5 m
Test cable 50 Ω, BNC/BNC, 1 m
4RU 19‘‘ Rackmount Kit
GPIB-Cable 2 m
Carrying Case for protection and transport
Plug-in Antenna with BNC connection
50 Ω-Termination, N plug
Near-Field Probe Set 1 GHz for EMV diagnostics
Near-Field Probe Set 3 GHz for EMV diagnostics
Near-Field Probe Set 3 GHz for EMV diagnostics
3 GHz VSWR Bridge for HMS1010, HMS3010
Transient limiter
75/50 Ω Converter
active probe 1 GHz (0.9 pF, 1 MΩ, including many accessories)
Triple Power Supply HM7042-5
Miscellaneous
Safety class:
Mains supply:
Mains Fuse:
Power consumption:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
Safety class I (EN61010-1)
115…230 V ±10 %; 50/60 Hz, CAT II
115 V: 2x 5 A slow blow 5x 20 mm
230 V: 2x 2.5 A slow blow 5x 20 mm
max. 330 VA/250 W
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
285 x 75 x 365 mm
approx. 7.4 kg
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Operator’s Manual and power cable
Recommended accessories:
HZ10S 5 x silicone test lead (measurement connection in black)
HZ10R 5 x silicone test lead (measurement connection in red)
HZ10B 5 x silicone test lead (measurement connection in blue)
HZ42
19’’ Rackmount Kit 2RU
Product description, page 27
Outputs
2 x 0…32 V/2 A and
0…5.5 V/5A
ON/OFF pushbutton control, SMPS follo­wed
by a linear regulator, floating outputs for
parallel/serial operation, current limit and
electronic fuse.
Channel 1+3 (32 V)
Range:
2 x 0…32V, continuously adjustable 2 knobs
(coarse / fine)
≤100 µVrms (3 Hz…300 kHz)
Ripple:
max. 2 A
Current:
Current limit/electronic fuse: 0…2 A, continuously adjustable (knob)
Recovery time (10…90 % load variation)
80 µs within ±1 mV of nominal value
30 µs within ±10 mV of nominal value
0 µs within ±100 mV of nominal value
Max. transient deviation: typ. 75 mV
Recovery time (50 % basic load, 10 % load variation)
30 µs within ±1 mV of nominal value
5 µs within ±10 mV of nominal value
0 µs within ±100 mV of nominal value
Max. transient deviation: typ. 17 mV
Display
32.00V (4 digit) / 2.000 A (4 digit)
7-segment LED:
0.01 V/1 mA
Resolution:
±3 digit voltage / ±4 digit current
Display accuracy:
indicates current limit
LED:
Channel 2 (5.5 V)
0…5.5 V, continuously adjustable (knobs)
Range:
≤100 µVrms (3 Hz…300 kHz)
Ripple:
max. 5 A
Current:
Current limit/electronic fuse: 0…5 A, continuously adjustable (knob)
Recovery time (10…90 % load variation):
80 µs within ±1 mV of nominal value
10 µs within ±100 mV of nominal value
Max. transient deviation: typ. 170 mV
Recovery time (50 % basic load, 10 % load variation):
30 µs within ±1 mV of nominal value
15 µs within ±10 mV of nominal value
0 µs within ±100 mV of nominal value
Max. transient deviation: typ. 60 mV
Display
5.50 V (3 digit)/5.00 A (3 digit)
7-segment LED:
0.01 V/10 mA
Resolution:
±3 digit voltage/±1 digit current
Display accuracy:
indicates current limit
LED:
Maximum ratings
Max. voltage applicable to output terminals:
CH 1 + CH 3:
33 V
CH 2:
6 V
max. 0.4 V
Reverse voltage:
max. 5 A
Reverse current:
max. 150 V
Voltage to earth:
76
Arbitrary Power Supply HM8143
Product description, page 28
Outputs
2 x 0…30 V/2 A
1 x 5 V/2 A
On/off pushbutton control, Floating outputs
(allowing parallel and series operation), cur­
rent limit, electronic fuse, tracking mode
Channels 1+3 (0…30 V)
2 x 0…30 V
Output voltage:
10 mV
Setting resolution:
±3 digits (typ. ±2 digit)
Setting accuracy:
±3 digits (typ. ±2 digit)
Measurement accuracy:
<5 mVrms (3 Hz…300 kHz)
Residual ripple:
Recovery time (10…90 % load variation)
45 µs within ±1 mV of nominal value
16 µs within ±100 mV of nominal value
Max. transient deviation: typ. 800 mV
Recovery time (50 % basic load, 10 % load variation)
30 µs within ±1 mV of nominal value
10 µs within ±100 mV of nominal value
Max. transient deviation: typ. 120 mV
Compensation of line
up to 300 mV
resistances (SENSE):
2 x 0…2 A
Output current:
1 mA
Setting resolution:
±3 digits (typ. ±2 digit)
Setting accuracy:
±3 digits (typ. ±2 digit)
Measurement accuracy:
<100 µs
Recovery time:
Channel 2 (5 V)
5 V ±50 mV
Accuracy:
max. 2 A
Output current:
≤100 µVrms (3 Hz…300 kHz)
Ripple:
Recovery time (10…90 % load variation)
30 µs within ±1 mV of nominal value
0 µs within ±100 mV of nominal value
Max. transient deviation: typ. 60 mV
Recovery time (50 % basic load, 10 % load variation)
30 µs within ±1 mV of nominal value
0 µs within ±100 mV of nominal value
Max. transient deviation: typ. 20 mV
Arbitrary Function (Channel 1 only)
max. 4096
Number of points:
12 Bit
Resolution:
Dwell time and Voltage
Parameters of points:
100 µs…60 s
Dwell time:
1…255 and continuous
Repetition rate:
Inputs:
Modulation input (BNC socket): 0…10 V
1 % of full scale
Accuracy:
Specifications
Modulations bandwidth
(-3 dB):
Slew rate (dV/dt):
Trigger input (BNC socket):
Level:
Current HMP2020
>50 kHz
1 V/µs
Triggering the arbitrary function
TTL
Miscellaneous
Max. voltage applicable to output terminals
30 V
CH 1 + CH 3:
5 V
CH 2:
max. 150 V
Voltage to earth:
4x 4-digit 7-segment LEDs
Display:
USB/RS-232 (HO820), IEEE-488 (option)
Interface:
I acc. to EN 61010 (IEC 61010)
Protection class:
with protective earth
115…230 V ±10 %; 50/60 Hz, CAT II
Power supply:
115 V: 2 x 6 A slow blow 5 x 20 mm
Mains fuse:
230 V: 2 x 3.15 A slow blow 5 x 20 mm
approx. 300 VA
Power consumption:
+5…+40 °C
Operating temperature:
-20…+70 °C
Storage temperature:
5…80 % (non condensing)
Rel. humidity:
285 x 75 x 365 mm
Dimensions (W x H x D):
approx. 9 kg
Weight:
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Operator’s Manual and power cable, Software CD
Recommended accessories:
HO880 IEEE-488 (GPIB) Interface (galvanically isolated)
HZ10S 5 x silicone test lead (measurement connection in black)
HZ10R 5 x silicone test lead (measurement connection in red)
HZ10B 5 x silicone test lead (measurement connection in blue)
Interface cable (USB) 1.8 m
HZ13
HZ14
Interface cable (serial) 1:1
HZ42
19’’ Rackmount Kit 2RU
HZ72
GPIB-Cable 2 m
Programmable 2 Channel High Performance Power Supply HMP2020
[Programmable 3 Channel High Performance Power Supply HMP2030]
Product description, page 26
Outputs
Advanced parallel and series operation: simultaneously switch on/off
of ­active channels via “Output” button, common voltage- and current
control using tracking mode (individual channel linking), individual map­
ping of channels which shall be affected by FuseLink overcurrent pro­
tection (switch-off), all channels galvanically isolated and independant
from protective earth.
HMP2020
HMP2030
Output terminals:
Output power:
Compensation of lead
resistances (Sense):
Overvoltage/overcurrent
protection (OVP/OCP):
Electronic fuse:
Response time:
32 V channels
Output values:
HMP2020
HMP2030
Resolution:
Voltage
Current HMP2030
Current HMP2020
Setting accuracy:
Voltage
Current HMP2030
1 x 0…32 V/0…10 A
1 x 32 V/0…5 A
3 x 0…32 V/0…5 A
4 mm safety sockets frontside, Screw-type
terminal rear side (4 units per channel)
188 W max.
1 V
Adjustable for each channel
Adjustable for each channel, combinable
via FuseLink
<10 ms
1 x 0…32 V/0…10 A, (5 A at 32 V, 160 W max.)
1 x 0…32 V/0…5 A, (2,5 A bei 32 V, 80 W max.)
3 x 0…32 V/0…5 A, (2.5 A at 32 V, 80 W max.)
1 mV
<1 A: 0.1 mA; ≥1 A: 1 mA
<1 A: 0.2 mA; ≥1 A: 1 mA, (10 A Channel, CH 1)
<1 A: 0,2 mA; ≥1 A: 1 mA, (5 A Channel, CH 2)
<0.05 % + 5 mV (typ. ±2 mV)
<0.1 % + 5 mA (typ. ±0.5 mA at I <500 mA)
Current HMP2020
Measurement accuracy:
Voltage
Current HMP2030
Current HMP2030
Current HMP2020
<0.1 % + 5 mA (typ. ±1 mA at I <500 mA),
(10 A Channel, CH 1)
<0.1 % + 5 mA (typ. ±0,5 mA at I <500 mA),
(5 A Channel, CH 2)
<0.05 % + 2 mV
<500 mA: <0.05 % + 0.5 mA, typ. ±0.2 mA
≥500 mA: <0.05 % + 2 mA, typ. ±1 mA
<500 mA: <0,05 % + 0,5 mA, typ. ±0,5 mA,
(10 A Channel, CH 1)
<500 mA: <0,05 % + 0,5 mA, typ. ±0,2 mA,
Current HMP2020
(5 A Channel, CH 2)
≥500 mA: <0,05 % + 2 mA, typ. ±2 mA,
Current HMP2020
(10 A Channel, CH 1)
≥500 mA: <0,05 % + 2 mA, typ. ±1 mA,
Current HMP2020
(5 A Channel, CH 1)
3 Hz…100 kHz
3 Hz…20 MHz
Residual ripple
<150 µVrms
1.5 mVrms typ.
Voltage
<1 mArms
Current
Stabilisation at load change (10…90 %):
<0.01 % + 2 mV
Voltage
<0.01 % + 250 µA
Current
Stabilisation at line voltage variation (±10 %):
<0.01 % + 2 mV
Voltage
<0.01 % + 250 µA
Current
Entire load regulation:
<100 µs
(at 10…90 % load peak,
balance time to match
within 10 mV Vnom)
Arbitrary Function EasyArb
Voltage, current, time
Parameters of points:
128
Number of points:
10 ms…60 s
Dwell time:
Continuously or burst mode with 1…255
Repetition rate:
repetitions
Manually via keyboard or via Interface
Trigger:
Maximum ratings
Reverse voltage:
Reverse polarized voltage:
Max. permitted current in
case of reverse voltage:
Voltage to earth:
Miscellaneous
Temperature coefficient /°C:
Voltage
Current
Display:
Memory:
Interface:
Process time:
Protection class:
Power supply:
Mains fuse:
Power consumption:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
33 V max.
0.4 V max.
5 A max.
150 V max.
0.01 % + 2 mV
0.02 % + 3 mA
240 x 64 Pixel LCD (full graphical)
Non volatile memory for 3 Arbitrary
function and 10 device settings
Dual-Interface USB/RS-232 (HO720)
<50 ms
Safety class I (EN61010-1)
115…230 V±10 %; 50/60 Hz, CAT II
Microfuse 5 x 20 mm slow blow
115 V: 2 x 6 A
230 V: 2 x 3.15 A
350 VA max.
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
285 x 75 x 365 mm
8,5 kg
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Line cord, Operating manual, CD
Recommended accessories:
HO730 Dual-Interface Ethernet/USB
HO740 Interface IEEE-488 (GPIB), galvanically isolated
HZ10S 5 x silicone test lead (measurement connection in black)
HZ10R 5 x silicone test lead (measurement connection in red)
HZ10B 5 x silicone test lead (measurement connection in blue)
HZ13
Interface cable (USB) 1.8 m
HZ14
Interface cable (serial) 1:1
HZ42
2RU 19’’ Rackmount Kit
HZ72
GPIB-Cable 2 m
77
Specifications
Programmable 3 Channel High Performance Power Supply HMP4030
[Programmable 4 Channel High Performance Power Supply HMP4040]
Product description, page 25
Outputs
Advanced parallel and series operation: simultaneously switch on/off
of active channels via “Output” button, common voltage- and current
control using tracking mode (individual channel linking), individual map­
ping of channels which shall be affected by FuseLink overcurrent pro­
tection (switch-off), all channels galvanically isolated and independant
from protective earth.
HMP4030
HMP4040
Output terminals:
Output power:
Compensation of lead
resistances (Sense):
Overvoltage/overcurrent
protection (OVP/OCP):
Electronic fuse:
Response time:
3 x 0…32 V/0…10 A
4 x 0…32 V/0…10 A
4 mm safety sockets frontside
Screw-type terminal rear side
(4 units per channel)
384 W max.
1 V
Adjustable for each channel
Adjustable for each channel,
combinable via FuseLink
<10 ms
32 V channels
Output values:
3 x 0…32 V/0…10 A, (5 A at 32 V, 160 W max.)
HMP4030
4 x 0…32 V/0…10 A, (5 A at 32 V, 160 W max.)
HMP4040
Resolution:
1 mV
Voltage
<1 A: 0.2 mA; ≥1 A: 1 mA
Current
Setting accuracy:
<0.05 % + 5 mV (typ. ±2 mV)
Voltage
<0.1 % + 5 mA (typ. ±1 mA at I <500 mA)
Current
Measurement accuracy:
<0.05 % + 2 mV
Voltage
<500 mA: <0.05 % + 1 mA, typ. ±0.5 mA
Current
≥500mA: <0.05 % + 2 mA, typ. ±2 mA
Current
3 Hz…100 kHz
3 Hz…20 MHz
Residual ripple
<150 µVrms
1.5 mVrms typ.
Voltage
<1 mArms
Current
Stabilisation at load change
(10…90 %):
<0.01 % + 2 mV
Voltage
<0.01 % + 250 µA
Current
Stabilisation at line voltage variation (±10 %):
<0.01 % + 2 mV
Voltage
<0.01 % + 250 µA
Current
Entire load regulation:
<100 µs
(at 10…90 % load peak,
balance time to match
within 10 mV Vnom)
Arbitrary Function EasyArb
Voltage, current, time
Parameters of points:
128
Number of points:
10 ms…60 s
Dwell time:
Continuously or burst mode
Repetition rate:
with 1…255 repetitions
Manually via keyboard or via Interface
Trigger:
Maximum ratings
Reverse voltage:
Reverse polarized voltage:
Max. permitted current in
case of reverse voltage:
Voltage to earth:
Miscellaneous
Temperature coefficient/°C:
Voltage
Current
Display:
Memory:
78
33 V max.
0.4 V max.
5 A max.
150 V max.
0.01 % + 2 mV
0.02 % + 3 mA
240 x 128 Pixel LCD (full graphical)
Non volatile memory for 3 Arbitrary
function and 10 device settings
Interface:
Process time:
Protection class:
Power supply:
Mains fuse:
Power consumption:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
Dual-Interface USB/RS-232 (HO720)
<50 ms
Safety class I (EN61010-1)
115…230 V±10 %; 50/60 Hz, CAT II
Microfuse 5 x 20 mm slow blow
115 V: 2 x 10 A
230 V: 2 x 5 A
550 VA max.
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
285 x 125 x 365 mm
approx. 10 kg
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Line cord, Operating manual, CD
Recommended accessories:
HO730 Dual-Interface Ethernet/USB
HO740 Interface IEEE-488 (GPIB), galvanically isolated
HZ10S 5 x silicone test lead (measurement connection in black)
HZ10R 5 x silicone test lead (measurement connection in red)
HZ10B 5 x silicone test lead (measurement connection in blue)
HZ13
Interface cable (USB) 1.8 m
Interface cable (serial) 1:1
HZ14
HZ43
3RU 19’’ Rackmount Kit
HZ72
GPIB-Cable 2 m
6½-Digit Precision Multimeter HM8112-3
Product description, page 32
DC specifications
Ranges:
Input impedance
0.1 V, 1.0 V:
10 V, 100 V, 600 V:
Accuracy:
Range
0,1 V
1,0 V
10,0 V
100,0 V
600,0 V
1 year;
% rdg.
0,005
0,003
0,003
0,003
0,004
Integration time:
Display range:
600 V range:
Resolution:
Zero point
Temperature drift:
Long-term stability:
AC specifications
Measurement ranges:
Measurement method:
0.1 V; 1 V; 10 V; 100 V; 600 V
>1 GΩ
10 MΩ
Values given are in ±(% of reading (rdg.)
+ % of full scale (f.s.))
23 °C ±2 °C
% f.s.
0,0006
0,0006
0,0006
0,0006
0,0006
Temp. coefficient
10…21 °C + 25…40 °C
0,0008
0,0008
0,0008
0,0008
0,0008
0.1 s
120.000 digit
60.000 digit
1 µV
1…60 s
1,200.000 digit
600.000 digit
100 nV
better than 0.3 µV/°C
better than 3 µV for 90 days
0.1 V; 1 V; 10 V; 100 V; 600 V
true rms DC or AC coupled
(not in 0.1 V range)
Input impedance:
1 GΩ II <60 pF
0.1 V, 1 V:
10 MΩ II <60 pF
10…600 V:
1.5 sec to within 0.1 % of reading
Response time:
For sine wave signals >5 % of full scale
Accuracy:
Values given are in ±(% of reading + % of full scale); 23 °C ±2 °C for 1 year
Range 20 Hz…1 kHz 1…10 kHz 10…50 kHz 50…100 kHz 100…300 kHz
0.1 V
0.1+0.08 5+0.5 (5 kHz)
1.0 V
0.08+0.08
0.15+0.08
0.3+0.1
0.8+0.15
7+0.15
10.0 V
0.08+0.08
0.1+0.08
0.3+0.1
0.8+0.15
4+0.15
100.0 V
0.08+0.08
0.1+0.08
0.3+0.1
0.8+0.15
600.0 V
0.08+0.08
0.1+0.08
Temperature coefficient 10…21 °C and 25…40 °C; (% rdg. + % f.s.)
Specifications
0.01 + 0.008
at 20 Hz…10 kHz:
0.08 + 0.01
at 10…100 kHz:
7:1 (max. 5x range)
Crest factor:
0.1s
1…60s
Integration time:
120.000 digit
1,200.000 digit
Display range:
600.00 digit
600.000 digit
600 V range:
1 µV
100 nV
Resolution:
Overload protection:
(V/Ω-HI to V/Ω-LO) and to chassis:
all
Measurement ranges:
all the time
850 Vpeak or 600 Vdc
Maximum input voltage LOW against
250 Vrms at max. 60 Hz or 250 Vdc
chassis/safety earth:
Current specifications
Ranges:
Integration time:
Display ranges:
1 A range:
Resolution:
Accuracy:
(1 year; 23 °C ±2 °C)
Temperature coefficient/°C:
(%rdg. + %f.s.)
Voltage:
Response time:
Crest factor:
Input protection:
Resistance
Ranges:
Integration time:
Display ranges:
Resolution:
Accuracy:
Range
100 Ω
1 kΩ
10 kΩ
100 kΩ
1 MΩ
10 MΩ
100 µA; 1 mA; 10 mA; 100 mA; 1 A
0.1 s
1…60 s
120.000 digit
1,200.000 digit
100.000 digit
1,000.000 digit
1 nA
100pA
DC
45 Hz…1 kHz
1…5 kHz
0.02 + 0.002 0.1 + 0.08
0.2 + 0.08
10…21 °C
25…40 °C
0.002+ 0.001
0.01+ 0.01
<600 mV…1.5 V
1.5 s to within 0.1 % of reading
7:1 (max. 5 x range)
fuse, FF 1 A 250 V
100 Ω, 1 kΩ, 10 kΩ, 100 kΩ, 1 MΩ, 10 MΩ
1…60 s
0.1 s
120.000 digit
1,200.000 digit
100 µΩ
1 mΩ
Values given are in
±(% of reading + % of full scale)
1 year;
%rdg
0.005
0.005
0.005
0.005
0.05
0.5
23 °C ±2 °C
%f.s.
0.0015
0.001
0.001
0.001
0.002
0.02
Range
100 Ω, 1 kΩ
10 kΩ
100 kΩ
1 MΩ
10 MΩ
max. measurement voltage: approx. 3 V
250 Vp
Overload protection:
Current
1 mA
100 µA
10 µA
1 µA
100 nA
Temperature measurement
2- and 4-wire measurement
PT100/PT1000 (EN60751):
-200…+800 °C
Range:
0.01 °C; measurement current 1 mA
Resolution:
±(0.05 °C + sensor tolerance + 0.08 K)
Accuracy:
Temperature coefficient
10…21 °C and 25…40 °C: <0.0018 °C/°C
NiCr-Ni (K-type)
-270…+1,372 °C
Range:
0.1 °C
Resolution:
±(0.7 % rdg. + 0.3 K)
Accuracy:
NiCr-Ni (J-type)
-210…+1,200 °C
Range:
0.1 °C
Resolution:
±(0.7 % rdg. + 0.3 K)
Accuracy:
Frequency and period specifications
1 Hz…100 kHz
Range:
0.00001…1 Hz
Resolution:
0.05 % of reading
Accuracy:
1…2 s
Measurement time:
USB/RS-232 (HO820), IEEE-488 (option)
Control/Data fetch
Function, range, integration time, start
command
Measurement results, function, range,
integration time (10 ms…60 s)
Outputs:
Miscellaneous
Time to change range or function
approx. 125 ms with DC voltage, DC current, resistance
approx. 1 s with AC voltage, AC current
30,000 readings /128 kB
Memory:
Safety class I (EN 61010)
Safety class:
105…254 V~; 50/60 Hz, CAT II
Power supply:
approx. 8 W
Power consumption:
+5…+40 °C
Operating temperature:
-20…+70 °C
Storage temperature:
5…80 % (non condensing)
Rel. humidity:
285 x 75 x 365 mm
Dimensions (W x H x D):
approx. 3 kg
Weight:
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Line cord, Operating manual, PVC test lead (HZ15),
Interface cable (HZ14)
Recommended accessories:
HO112 Scanner Card (Installation only ex factory) as HM8112-3S
HO880 IEEE-488 (GPIB) Interface (galvanically isolated)
HZ10S 5 x Silicone test lead black
HZ10R 5 x Silicone test lead red
HZ10B 5 x Silicone test lead blue
HZ13
Interface cable (USB) 1.8 m
Test cable 50 Ω, BNC/BNC, 0.5 m
HZ33
HZ34
Test cable 50 Ω, BNC/BNC, 1 m
19” Rackmount kit 2RU
HZ42
HZ72
GPIB-Cable 2 m
HZ887 Temperature probe
Temp. coefficient/°C
10…21 °C
25…40 °C
0.0008
0.0008
0.0008
0.0008
0.0008
0.0008
0.0008
0.0008
0.002
0.002
0.01
0.01
Measurement current:
Interface
Interface:
Functions:
Inputs:
8 kW Power Meter HM8115-2
Product description, page 33
Voltage
Ranges:
Resolution:
Accuracy:
Input impedance:
Crest factor:
Input protection:
Current
Ranges:
Resolution:
Accuracy:
Crest factor:
Input protection:
True RMS voltage measurement (AC + DC)
50 V
150 V
500 V
0.1 V
1 V
1 V
±(0.4 % + 5 digit)
20 Hz…1 kHz:
±(0.6 % + 5 digit)
DC:
1 MΩ II 100 pF
max. 3.5 at full scale
max. 500 Vp
True RMS current measurement (AC + DC)
160 mA
1.6 A
16 A
1 mA
1 mA
10 mA
20 Hz…1 kHz:
±(0.4 % + 5 digit)
DC:
±(0.6 % + 5 digit)
max. 4 at full scale
fuse, FF 16A 6.3 x 32mm (superfast)
Active power measurement
Ranges:
8 W
24 W
80 W 240 W 800 W 2400 W 8000 W
Resolution:
1 mW 10 mW 10 mW 100 mW 100 mW
1 W
1 W
20 Hz…1 kHz:
±(0.8 % + 10 digit)
Accuracy:
DC:
±(0.8 % + 10 digit)
4-digit, 7-segment LED
Display:
Reactive power measurement
Ranges:
8 var
24 var
80 var 240/800 var 2400/8000 var
Resolution: 10 mvar 100 mvar 100 mvar
1 var
1 var
20…400 Hz: ±(2.5 % + 10 digit + 0.02x P)
Accuracy:
P = active power
4-digit, 7-segment LED
Display:
Apparent power measurement
Ranges:
8 VA
24 VA
80 VA
Resolution: 1 mVA 10 mVA
10 mVA
240/800 VA
100 mVA
2400/8000 VA
1 VA
79
Specifications
Accuracy:
Display:
20 Hz…1 kHz:
4-digit, 7-segment LED
±(0.8 % + 5 digit)
Power factor measurement
0.00…+1.00
Display:
50…60 Hz: ±(2 % + 3 digit) (sine wave)
Accuracy:
voltage and current >1/10 of full scale
Monitor output (analog)
BNC connector (galvanic isolation
Connection:
to test circuit and RS-232 interface)
protective earth
Reference potential:
1 Vac at full scale (2400/8000 digit)
Level:
typ. 5 %
Accuracy:
approx. 10 kΩ
Output impedance:
DC…1 kHz
Bandwidth:
±30 V
Protected up to:
Functions and displays
Measurement functions:
Range selection:
Overrange alarm:
Display resolution
Voltage:
Current:
Power:
Power factor:
Interface
Interface:
Connection RS-232:
Miscellaneous
Safety Class:
Power supply:
Power consumption:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
Safety Class I (EN 61010)
115…230 V ±10 %, 50/60Hz, CAT II
approx. 15 W at 50 Hz
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
285 x 75 x 365 mm
approx. 4 kg
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Line cord, Operating manual, software
Recommended accessories:
HO880 IEEE-488 (GPIB) Interface (galvanically isolated)
HZ10S 5 x silicone test lead black
HZ10R 5 x silicone test lead red
HZ10B 5 x silicone test lead blue
Interface cable (USB) 1.8 m
HZ13
HZ14
Interface cable (serial) 1:1
HZ33
Test cable 50 Ω, BNC/BNC, 0.5 m
HZ34
Test cable 50 Ω, BNC/BNC, 1 m
HZ42
19” Rackmount kit 2RU
HZ72
GPIB-Cable 2 m
HZ815 Socket adapter
200 kHz LCR-Bridge HM8118
Product description, page 34
Conditions
1 V
Test signal voltage:
Open and short corrections performed
SLOW
Measurement time:
Equivalent circuits:
Parameters displayed:
80
Auto, L+Q, L+R, C+D, C+R, R+Q, Z+θ, Y+θ,
R+X, G+B, N-θ, M
Auto, Series or Parallel
Value, Deviation or % Deviation
Basic accuracy (Test voltage: 1.0 V, measure­
ment SLOW/MEDIUM, auto­ranging mode,
constant voltage OFF, bias off). For FAST
mode double the basic accuracy values
Impedance: 100MΩ
4MΩ
0.2% + |Z|/1.5GΩ
1MΩ
25kΩ
0.5% +
|Z|/100MΩ
0.05% +
|Z|/2GΩ
0.1% +
|Z|/1,5GΩ
0.2% +
|Z|/100MΩ
100Ω
3-digit, 7-segment LED
4-digit, 7-segment LED
4-digit, 7-segment LED
3-digit, 7-segment LED
Protocol:
Data rate:
Functions:
2…99 measurements
Accuracy
Primary Parameter:
voltage, current, power, power factor
automatic/manual
visual and acoustic
USB/RS-232 (HO820), IEEE-488 (option)
D-sub connector (galvanic isolation to test
circuit and monitor output)
Xon/Xoff
9600 Baud
control / data fetch
Display
Measurement modes:
Averaging:
0.1% + 1mΩ/|Z|
0.2% +
2mΩ/|Z|
0.3% + 1mΩ/|Z|
0.2% +
2mΩ/|Z|
0.5% +
5mΩ/|Z|
+
|Z|/10MΩ
2.5Ω
0.01mΩ
20Hz
1kHz
10kHz
Secondary Parameter:
Basic accuracy D, Q:
±0.0001 @ f = 1 kHz
Phase angle:
±0.005° @ f = 1 kHz
Ranges
|Z|, R, X:
|Y|, G, B:
C:
L:
D:
Q:
θ:
∆:
M:
N:
100 kHz
0.01 mΩ…100 MΩ
10 nS…1000 S
0.01 pF…100 mF
10 nH…100 kH
0.0001…9.9999
0.1…9999.9
-180…+180°
-999.99…999.99 %
1 µH…100 H
0.95…500
Measurement conditions and functions
20 Hz…200 kHz (69 steps)
Test frequency:
±100 ppm
Frequency accuracy:
50 mVrms…1.5 Vrms
AC test signal level:
10 mVrms
Resolution:
±(5 % + 5 mV)
Drive level accuracy:
0…+5.00 Vdc
Internal Bias Voltage:
10 mV
Resolution:
0…+40 Vdc (fused 0.5 A)
External Bias Voltage:
0…+200 mA
Internal Bias Current:
1 mA
Resolution:
Auto and Hold
Ranging:
Continuous, manual or external via inter­
Trigger:
face, Binning Interface or Trigger Input
0…999 ms in 1 ms steps
Trigger delay time:
Measurement time (f ≥1 kHz)
70 ms
FAST
125 ms
MEDIUM
0.7 s
SLOW
Other Instrument Functions
Voltage, current
Test signal level monitor:
Open, Short, Load
Error Correction:
9 instrument settings
Save/Recall:
Vmax <ZX
Front-end Protection:
2/C @ Vmax <200 V, C in Farads
(1 Joule of stored energy)
Low Potential and
Ground, Driven Guard or Auto (fused)
Low Current Guarding:
Constant Voltage Mode (25 Ω source)
Temperature effects:
±5 ppm/°C
R, L or C:
Specifications
Interface:
Safety Class:
Power supply:
Power consumption:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
USB/RS-232 (HO820), IEEE-488 (option)
Safety Class I (EN61010-1)
110…230 V ±10 %, 50/60 Hz, CAT II
approx. 20 Watt
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
285 x 75 x 365 mm
approx. 4 kg
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Line cord, Operating manual, HZ184 4 Terminal Kelvin
Test Cable and HZ188 4 Terminal SMD Component Test Fixture
Recommended accessories:
HO118 Binning Interface
HO880 IEEE-488 (GPIB) Interface (galvanically isolated)
HZ13
Interface cable (USB) 1.8 m
HZ14
Interface cable (serial) 1:1
Test cable 50 Ω, BNC/BNC, 0.5 m
HZ33
HZ34
Test cable 50 Ω, BNC/BNC, 1 m
HZ42
19” Rackmount kit 2RU
GPIB-Cable 2 m
HZ72
HZ181 4 Terminal Test Fixture including Shorting Plate
HZ186 4 Terminal Transformer Test Cable
Measurement functions
Frequency A/B/C; period duration A; width A; totalize A; RPM A; frequency
ratio A:B; time interval A:B; time interval A:B (average); phase A to B; Duty
cycle A; burst measurements
Frequency measurement (Inputs A, B, C)
0…200 MHz (3 GHz)
Frequency range:
(1.25x 10-8s x frequency)/measurement time
LSD:
1 LSD
Resolution:
±(resolution/frequency ±time inaccuracy
Accuracy:
±trigger error2)/measurement time)
Period duration measurement
5 ns…10,000 s
Range:
(1.25 x 10-8s x period)/measurement time
LSD:
1 LSD
Resolution:
±resolution/period
Accuracy:
±(trigger error2) /measurement time)
Totalization A
Range:
Min. pulse duration:
LSD:
Resolution:
Accuracy:
Pulse resolution:
Ext. gate error:
3 GHz Programmable Counter HM8123
Product description, page 35
Input characteristics (Input A and B)
BNC socket
Connection:
Frequency range:
(DC-coupled)
0…200 MHz
10 Hz…200 MHz
(1 MΩ, AC-coupled)
500 kHz…200 MHz
(50 Ω, AC-coupled)
1 MΩ II 30 pF or 50 Ω (switchable)
Input impedance:
1:1, 1:10, 1:100 (selectable)
Attenuation:
Sensitivity: (normal triggering)
25 mVrms (sine wave), 80 mVpp (pulse)
0…80 MHz
80…200 MHz
65mVrms (sine wave)
20 Hz…80 MHz
50 mVrms (sine wave, auto trigger)
Trigger (programmable via encoder or software)
Attenuation:
Trigger level:
Resolution:
1 mV
1:1
0…±2 V
1:10
0…±20 V
10 mV
1:100
0…±200 V
100 mV
Max. input voltage:
250 V (DC + ACpeak) from 0…440 Hz
Input 1 MΩ:
decreasing to 8 Vrms at 1 MHz
5 Vrms
Input 50 Ω:
<5 ns for single pulse
Minimum pulse duration:
(typ.) 100 µV
Input noise:
trigger point: 50 % of peak-to-peak value
Auto trigger (AC coupling):
Rising or falling
Trigger slope:
100 kHz low-pass filter (switchable)
Filter:
Input characteristics (Input C)
SMA socket
Connection:
100 MHz…3 GHz
Frequency range:
up to 1 GHz: 30 mVrms (typ. 20 mVrms)
Input sensitivity:
1…3 GHz: 100 mVrms (typ. 80 mVrms)
50 Ω nominal
Input impedance:
5 V (DC + ACpeak)
Max. input voltage:
Input characteristics
Input impedance:
Max. input voltage:
Input sensitivity:
High level:
Low level:
Min. pulse duration:
Input frequency:
Min. eff. gate time:
External Reset Reference Gate/Arming
5 kΩ
500 Ω
5 kΩ
±30 V
±20 V
±30 V
-
typ. 2 Vpp>2 V-
>2 V
<0.5 V-
<0.5 V
200 ns-
50 ns
-
10 MHz--
20 µs
(manual control)
(external control)
0…200 MHz
0…200 MHz
10 ns
10 ns
1 count
±1 count
LSD
LSD
(resolution ±ext. gate time error
x frequency A)/total
10 ns
10 ns
-
100 ns
Time interval /Average time interval
(Input A = start; input B = stop)
10 ns (0,1 ps…10 ns in „average“ mode)
LSD:
1 LSD
Resolution:
±(resolution + trigger error 2)
Accuracy:
+ system error)/time interval
±time base uncertainty (system error: ≤4 ns)
N = 1…25
LSD = 10 ns
Number of average:
N = 26…2,500
LSD = 1 ns
N = 2,501…250,000
LSD = 100 ps
N = 250,001…25,000,000 LSD = 10 ps
N = >25,000,000
LSD = 0.1 ps
RPM measurement
NPR1) presetting:
Gate time:
LSD:
Resolution:
Accuracy:
Offset
Range:
Resolution:
1…65,535 pulses per revolution
330 ms fixed
7.5x 10-8 x revolution speed
1 LSD
±(trigger error 2)/0.33) ±time base error
Covers the entire measurement range
Same resolution as in normal measurement.
If the gate time is changed in the offset mode,
the offset resolution is the reference value
resolution or the current reading resolution
(whichever is less precise).
Gate time
Range:
Resolution:
External gate time:
1 ms…65 s
1 ms
min. 20 µs
Time base
Frequency:
Temperature stability
(0…50 °C):
Aging T
CXO:
OCXO:
External Reference:
400 MHz clock rate; 10 MHz crystal
TCXO (standard): ±0,5x 10-6
OCXO (HO85): ±1x 10-8
<0.27 ppm per month, 0.05 ppm per day
≤±1x 10-9/day
10 MHz ±20 ppm
Miscellaneous
Interface:
Safety class:
Display:
Power supply:
Power consumption:
Operating temperature:
Storage temperature:
Rel. humidity:
USB/RS-232 (HO820), IEEE-488 (optional)
Safety Class I (EN61010-1)
LCD display (83 x 21 mm)
115…230 V ±10 %, 45/60 Hz, CAT II
approx. 20 Watt
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
81
Specifications
Dimensions (W x H x D):
Weight:
285 x 75 x 365 mm
approx. 4 kg
All data valid at 23 °C after 30 minutes warm-up.
1)
NPR=number of pulses per revolution
2)
Trigger error= ±noise input (Vpp)/slew rate of the input signal
Accessories supplied: Line cord, Operating manual, software
Recommended accessories:
HO85 OCXO (Installation only ex factory)
HO880 IEEE-488 (GPIB) Interface (galvanically isolated)
HZ13
Interface cable (USB) 1.8 m
Interface cable (serial) 1:1
HZ14
HZ20
Adapter plug
HZ24
Attenuators 50 Ω
HZ33
Test cable 50 Ω (BNC-BNC) 0.5 m
HZ34
Test cable 50 Ω (BNC-BNC) 1.0 m
19’’ Rackmount kit 2RU
HZ42
HZ72
GPIB-Cable 2 m
1.2 GHz RF-Synthesizer HM8134-3
Product description, page 36
Frequency
Range:
Resolution:
Settling time:
1 Hz…1200 MHz
1 Hz
<10 ms
Frequency Reference 10 MHz
Standard: TCXO
Temperature stability
≤±0.5 ppm
(0…50 °C):
≤±1 ppm/year
Aging:
Option: OCXO (HO85)
Temperature stability
≤±1x 10-8
(0…50 °C):
≤±1x 10-9/day
Aging:
(rear panel)
Internal reference output:
TTL
Level:
(rear panel)
External reference input:
>0 dBm
Level:
10 MHz ±20 ppm
Frequency:
Spectral purity (without modulation)
≤-35 dBc
Harmonics:
≤-55 dBc (>15 kHz from carrier)
Non-harmonics:
(at 20kHz from carrier)
Phase noise:
≤-120dBc/Hz
f <16 MHz:
≤-94 dBc/Hz
16 MHz ≤f <250 MHz:
≤-105 dBc/Hz
250 MHz ≤f <500 MHz:
500 MHz ≤f <1000 MHz: ≤-100 dBc/Hz
1000 MHz ≤f <1200 MHz: ≤-95 dBc/Hz
≤6.5 Hz (at 1 GHz in 0,3…3 kHz bandwidth)
Residual FM:
typ. <0.06 % (in 0.03…20 kHz bandwidth)
Residual AM:
Display-Offset for ext. Attn.:
Precision:
for level >-57 dBm:
for level <-57 dBm:
Impedance:
V.S.W.R.:
Modulation sources
Internal:
Resolution:
External:
Impedance:
Input level:
Coupling:
Output:
Level:
Impedance:
Output level
Range:
Resolution:
82
-127…+13 dBm
0.1 dB
≤±0.5 dB
≤±(0.5 dB + (0.2x (-57 dBm - level))/10)
50 Ω
≤2
10 Hz…150 kHz sine wave, 10 Hz…20 kHz
square wave, triangle, sawtooth
10 Hz
(input on front panel)
10 kΩ II 50 pF
2 Vpp for full scale
AC or DC
(on front panel)
2 Vpp
1 kΩ
Amplitude modulation (Level ≤ +7 dBm)
internal or external
Source:
0…100 %
Modulation depth:
0.1 %
Resolution:
±4 % of reading ±0.5 %
Accuracy:
(AM-depth ≤80 %, fmod ≤40 kHz)
Ext. frequency resp. (to -1 dB): 10 Hz…50 kHz for AC
<2 % (AM-depth ≤60 %, fmod ≤1 kHz)
Distortion:
<6 % (AM-depth ≤80 %, fmod <20 kHz)
Frequency modulation
Source:
Deviation:
internal or external
±200 Hz…400 kHz
(depending on frequency band)
100 Hz
Resolution:
±3 % + res. FM (fmod ≤5 kHz)
Accuracy:
±7 % + res. FM (5 kHz <fmod <100 kHz)
Ext. frequency response: (to -1 dB)
0…100 kHz
DC coupling:
10 Hz…100 kHz
AC coupling:
<1 % for deviation ≥50 kHz at 1 kHz
Distortion:
<3 % for deviation ≥10 kHz at 1 kHz
Phase modulation
internal or external
Source:
Deviation:
0…3.14 rad
<16 MHz:
0…10 rad
>16 MHz:
0.01 rad
Resolution:
±5 % to 1 kHz + residual PM
Accuracy:
Ext. frequency response: (to -1 dB)
0…100 kHz
DC coupling:
10 Hz…100 kHz
AC coupling:
<3 % for fmod = 1 kHz and deviation = 10 rad
Distortion:
FSK modulation
Range (F0…F1):
Mode:
Data source:
Max. rate:
Shift (F1…F0):
Resolution:
Accuracy:
PSK modulation
Mode:
Data source:
Max. rate:
Shift (Ph1…Ph0):
<16 MHz:
>16 MHz:
Resolution:
Accuracy:
(Typical phase noise at 1 GHz)
0.0…30.0 dB in 0.1 dB steps
Pulse modulation
Source:
Dynamic range:
Rise/fall times:
Delay:
Max. frequency:
Input level:
16…1200 MHz
2 FSK levels
external
10 kbit/s
0…10 MHz
100 Hz
see under FM
2 PSK levels
external
10 kbit/s
0…±3.14 rad
0…±10 rad
0.01 rad
see under PM
external (rear panel)
>80 dB
<50 ns
<100 ns
2.5 MHz
TTL
Specifications
Sweep mode
Range:
Depth:
Sweep time:
Trigger:
1…1200 MHz
500 Hz…1199 MHz
20 ms…5 s
internal
Protective functions
The synthesizer is protected against reverse power applied on RF output
up to 1 W for a 50 Ω source and against any DC source up to ±7 V. The pro­
tection disconnects the output until manually reset by operator.
Miscellaneous
Interface:
Configuration memories:
Safety class:
Power supply:
Power consumption:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
USB/RS-232 (HO820), IEEE-488 (optional)
10
Safety Class I (EN61010-1)
115…230 V ±10 %, 50/60 Hz, CAT II
approx. 40 VA
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
285 x 75 x 365 mm
approx. 5 kg
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Line cord, Operating manual
Recommended accessories:
HO85 OCXO temperature stability ±1x 10-8
HO880 IEEE-488 (GPIB) Interface (galvanically isolated)
HZ13
Interface cable (USB) 1.8 m
HZ14
Interface cable (serial) 1:1
HZ20
Adapter, BNC to 4 mm banana
HZ21
Adapter plug
Attenuator Set 50 Ω (3/6/10/20 dB)
HZ24
HZ33
Test Cable 50 Ω (BNC-BNC) 0.5 m
HZ34
Test Cable 50 Ω (BNC-BNC) 1.0 m
19’’ Rackmount kit 2RU
HZ42
HZ72
GPIB-Cable 2 m
3 GHz RF-Synthesizer HM8135
Product description, page 37
Frequency
Range:
Resolution:
Settling time:
1 Hz…3 GHz
1 Hz
<10 ms
Frequency Reference 10 MHz
Standard: TCXO
Temperature stability
≤±0.5 ppm
(0…50 °C):
≤±1 ppm/year
Aging:
Option: OCXO (HO85)
Temperature stability
≤±1x 10-8
(0…50 °C):
≤±1x 10-9/day
Aging:
(rear panel)
Internal reference output:
TTL
Level:
(rear panel)
External reference input:
>0 dBm
Level:
10 MHz ±20 ppm
Frequency:
Spectral purity (without modulation)
≤-35 dBc
Harmonics:
≤-50 dBc (>15 kHz from carrier)
Non-harmonics:
≤-50 dBc
Sub-harmonics:
(at 20 kHz from carrier)
Phase noise:
≤-120 dBc/Hz
f <16 MHz:
≤-95 dBc/Hz
16 MHz ≤f <250 MHz:
≤-105 dBc/Hz
250 MHz ≤f <500 MHz:
500 MHz ≤f <1000 MHz: ≤-100 dBc/Hz
≤-95 dBc/Hz
1 GHz ≤f <2 GHz:
≤-90 dBc/Hz
2 GHz ≤f <3 GHz:
typ. <4 Hz; ≤6.5 Hz (in 0.3…3 kHz bandwidth)
Residual FM:
typ. <0.06 % (in 0.03…20 kHz bandwidth)
Residual AM:
(Typical phase noise at 1 GHz)
Output level
-135…+13 dBm
Range:
0.1 dB
Resolution:
Display-Offset for ext. Attn.: 0.0…30.0 dB in 0.1 dB steps
Precision f <1.5 GHz; level >-120 dBm
for level >-57 dBm:
≤±0.5 dB
for level <-57 dBm:
≤±(0.5 dB + (0.2x (-57 dBm - level))/10)
Precision f >1.5 GHz; level >-120 dBm
≤±0.7 dB
for level >-57 dBm:
for level <-57 dBm:
≤±(0.7 dB + (0.5x (-57 dBm - level))/10)
50 Ω
Impedance:
≤1.5
f ≤1 GHz:
V.S.W.R.:
f >1 GHz:
≤2.5
Modulation sources
Internal:
Resolution:
External:
Impedance:
Input level:
Coupling:
Output:
Level
Impedance:
10 Hz…200 kHz sine wave
10 Hz…20 kHz square wave, triangle, sawtooth
10 Hz
Input on front panel
10 kΩ II 50 pF
2 Vpp for full scale
AC or DC
Front panel
2 Vpp
1 kΩ
Amplitude modulation (Level ≤+7 dBm)
Internal or external
Source:
0…100 %
AM-depth:
0.1 %
Resolution:
±4 % displayed rate ±0.5 %
Accuracy:
(AM-depth ≤80 %, fmod ≤50 kHz)
Ext. frequency resp. (to -1 dB): 10 Hz…100 kHz for AC
<2 % (AM-depth ≤60 %, fmod ≤1 kHz)
Distortion:
<6 % (AM-depth ≤80 %, fmod <20 kHz)
Frequency modulation
Source:
Deviation:
internal or external
±200 Hz…400 kHz
(depending on frequency band)
100 Hz
Resolution:
±3 % + residual FM (fmod ≤5 kHz)
Accuracy:
±7 % + residual FM (5 kHz <fmod <100 kHz)
Ext. frequency response: (to -1 dB):
0…100 kHz
DC coupling:
100 Hz…100 kHz
AC coupling:
<1 % for deviation ≥50 kHz at 1 kHz
Distortion:
<3 % for deviation ≥10 kHz
Phase modulation
internal or external
Source:
Deviation:
<16 MHz:
0…3.14 rad
>16 MHz:
0…10 rad
0.01 rad
Resolution:
±5 % to 1 kHz + residual PM
Accuracy:
Ext. frequency response (to -1dB):
0…100 kHz
DC coupling:
100 Hz…100 kHz
AC coupling:
<3 % for fmod = 1 kHz and deviation = 10 rad
Distortion:
83
Specifications
FSK modulation
Range (F0…F1):
Mode:
Data source:
Max. rate:
Shift (F1…F0):
Resolution:
Accuracy:
16 MHz…3 GHz
2 FSK levels
external
10 kbit/s
0…10 MHz
100 Hz
see under FM
PSK modulation
Mode:
Data source:
Max. rate:
Shift (Ph1…Ph0):
<16 MHz:
>16 MHz:
Resolution:
Accuracy:
2 PSK levels
external
10 kbit/s
0…±3.14 rad
0…±10 rad
0.01 rad
see under PM
Pulse modulation
Source:
Dynamic range:
f <2 GHz:
f >2 GHz:
Rise/fall times:
Delay:
Max. frequency:
Input level:
external (rear panel)
>80 dB
>55 dB
<50 ns (typ. <10 ns)
<100 ns
2.5 MHz (typ. 5 MHz)
TTL
Sweep mode
Range:
Depth:
Sweep time:
Trigger:
1…3000 MHz
500 Hz…2999 MHz
20 ms…5 s
internal
Protective functions
The synthesizer is protected against reverse power applied on RF output
up to 1 W for a 50 Ω source and against any DC source up to ±7 V. The pro­
tection disconnects the output until manually reset by operator.
Miscellaneous
Interfaces:
Configuration memories:
Safety class:
Power supply:
Power consumption:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
USB/RS-232 (HO820), IEEE-488 (option)
10
Safety Class I (EN61010-1)
115…230 V ±10 %, 50/60 Hz, CAT II
approx. 40 VA
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
285 x 75 x 365 mm
approx. 5 kg
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Line cord, Operating manual
Recommended accessories:
HO85 OCXO temperature stability ±1x 10-8
HO880 IEEE-488 (GPIB) Interface (galvanically isolated)
HZ13
Interface cable (USB) 1.8 m
HZ14
Interface cable (serial) 1:1
HZ20
Adapter, BNC to 4 mm banana
HZ21
Adapter plug
HZ24
Attenuator Set 50 Ω (3/6/10/20 dB)
HZ33
Test Cable 50 Ω (BNC-BNC) 0.5 m
HZ34
Test Cable 50 Ω (BNC-BNC) 1.0 m
HZ42
19’’ Rackmount kit 2RU
HZ72
GPIB-Cable 2 m
12.5 MHz Arbitrary Function Generator HM8150
Product description, page 38
Frequency
Range:
Resolution:
Accuracy:
84
10 mHz…12.5 MHz
5 digit, max. 10 mHz
±(1 digit + 5 mHz)
Temperature coefficient:
Aging:
0.5 ppm/°C
2 ppm/year
Waveforms
Sine wave
10 mHz…12.5 MHz
Frequency range:
20 mVpp…20 Vpp (open circuit)
Amplitude:
Harmonic Distortion @ 1 Vpp:
-65 dBc
f <500 kHz:
500 kHz ≤f <5 MHz:
-50 dBc
-40 dBc
5 MHz ≤f ≤12.5 MHz:
Total Harmonic Distortion @ 1 Vpp:
f <100 kHz:
typ. 0.05%
Spurious (Non-Harmonic) @ 1 Vpp:
f <500 kHz:
-65 dBc
500 kHz ≤f ≤12.5 MHz:
-65 dBc + 6 dBc/octave
Square wave
Frequency range:
Amplitude:
Rise/fall time:
Overshoot:
Symmetry:
10 mHz…12.5 MHz
20 mVpp…20 Vpp (open circuit)
<10 ns
<5 % (Vout ≤200 mV)
50 % ±(5 % +10 ns)
Pulse
Frequency range:
Amplitude:
Rise/fall time:
Pulse width:
Duty cycle:
10 mHz…5 MHz
10 mVpp…+10 Vpp or -10 mVpp…-10 Vpp
<10 ns
100 ns…80 s
max. 90 %
Sawtooth
Frequency range:
Amplitude:
Linearity:
10 mHz…25 kHz
20 mVpp…20 Vpp (open circuit)
better than 1 %
Triangle
Frequency range:
Amplitude:
Linearity:
10 mHz…250 kHz
20 mVpp…20 Vpp (open circuit)
better than 1 %
Arbitrary generator
Frequency range:
Amplitude:
Output rate:
Resolution:
Inputs
Gate/Trigger:
Impedance:
Max. input voltage:
Modulation Input:
Impedance:
Max. input voltage:
Outputs
Signal output:
10 mHz…250 kHz
20 mVpp…20 Vpp (open circuit)
40 MSa/s
X: 1024 (10 bit), Y: 1024 (10 bit) or
X: 4096 (12 bit), Y: 4096 (12 bit)
BNC connector
5 kΩ II 100 pF
±30 V
BNC connector
10 kΩ
±30 V
BNC connector, short circuit proof,
ext. voltage up to ±15 V
50 Ω
Impedance:
Range 1:
2.1…20 Vpp (open circuit)
Output voltage:
Range 2:
0.21…2.0 Vpp (open circuit)
Range 3:
20…200 mVpp (open circuit)
Range 1:
100 mV
Resolution:
Range 2:
10 mV
Range 3:
1 mV
±2 %
Setting accuracy (1 kHz): Range 1:
Range 2:
±3 %
Range 3:
±4 %
3 % additional for pulse and square wave
<100 kHz
±0.2 dB
Frequency response:
0.1…12.5 MHz: ±0.5 dB
Range 3:
±50 mV
Offset error:
2½ digits (LCD)
Display:
BNC connector
Trigger output:
Level:
5 V/TTL
Impedance:
50 Ω
BNC connector
Sawtooth output:
Output voltage:
0…5 V, synchronous to sweep
Impedance:
1 kΩ
Specifications
DC offset
Output voltage:
Range 1:-7.5…+7.5 V (open circuit)
Range 2:-0.75…+0.75 V (open circuit)
Range 3:-75…+75 mV (open circuit)
Vac range + 2x Voffset range ≤Vrange max.
Sweep (internal)
Setting of start and stop frequency
all waveforms
Internal sweep:
linear, 20 ms…100 s continuous or triggered
Sweep time:
(ext. signal, interface)
Amplitude Modulation
Modulation via external signal
0…100 %
Modulations depth:
DC…20 kHz (-3 dB)
Bandwidth:
Gate (asynchronuous)
Modulation on/off via external TTL signal
<150 ns
Delay time:
TTL
Input singal:
Trigger Function (synchronuous)
Burst mode via ext. trigger input or interface
<500 kHz
Frequency range:
Miscellaneous
Interface:
Display:
Memory:
Safety Class:
Power supply:
Power consumption:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
USB/RS-232 (HO820), IEEE-488 (optional)
16 characters, LCD with backlight
for the last device settings and for 1
arbitrary signal
Safety Class I (EN61010-1)
115…230 V ±10 %; 50/60 Hz, CAT II
approx. 20 Watt
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
285 x 75 x 365 mm
approx. 5 kg
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Line cord, Operating manual, software
Recommended accessories:
HO880 IEEE-488 (GPIB) Interface (galvanically isolated)
HZ13
Interface cable (USB) 1.8 m
Interface cable (serial) 1:1
HZ14
Adapter, BNC to 4 mm banana
HZ20
HZ24
Attenuator Set 50 Ω (3/6/10/20 dB)
HZ33
Test Cable 50 Ω (BNC-BNC) 0.5 m
Test Cable 50 Ω (BNC-BNC) 1.0 m
HZ34
HZ42
19’’ Rackmount kit 2RU
HZ72
GPIB-Cable 2 m
25 MHz Arbitrary Function Generator HMF2525
50 MHz Arbitrary Function Generator HMF2550
Product description, page 31
Frequency
HMF2525:
HMF2550:
Temperature stability:
Aging (after 1 year):
Amplitude
Output voltage:
Resolution:
Setting accuracy:
Frequency response:
10 µHz…25 MHz
10 µHz…50 MHz
1 ppm (18…28 °C)
±1 ppm (25 °C)
5 mVpp…10 Vpp (into 50 Ω)
10 mVpp…20 Vpp (open circuit)
1 mV (into 50 Ω)
±(1 % of control + 1 mVpp) at 1 kHz
f <10 MHz: <±0.1dB
10 MHz ≤f <25 MHz: <±0.2 dB
25 MHz ≤f <50 MHz: <±0.4 dB (Sine)
DC offset:
Voltage range (AC + DC) ±5 mV…5 V (into 50 Ω)
±10 mV…10 V (open circuit)
Accuracy
Units:
±2 % of offset
±0.5 % of signal level
±2 mV
±1 mV/MHz
Vpp, dBm
Waveform Sine Wave
Total harmonic distortion (1 Vpp):
<-70 dBc
f <100 kHz:
100 kHz ≤f <10 MHz
<-55 dBc
10 MHz ≤f <25 MHz
<-40 dBc
<-37 dBc
f ≥25 MHz
Spurious: (Non-harmonics 1 Vpp)
f <1MHz:-70dBc
-70dBc + 6dB/Octave
1 MHz <f <50 MHz
Total harmonic distortion
0.04 % typ.
(f ≤100 kHz):
Phase noise:
(10 MHz, 10 kHz Offset, 1 Vpp) <-115 dBc/Hz typ.
Waveform Rectangle
Rise/fall time:
Overshoot:
Symmetry (50 % duty):
Jitter (RMS):
<8 ns
<3 % typ.
1 % + 5 ns
<1 ns typ.
Waveform Pulse
Frequency range:
HMF2525
HMF2550
Amplitude:
Rise/fall time:
Pulse width:
Resolution:
Jitter (RMS):
Overshoot:
100 µHz…12.5 MHz
100 µHz…25 MHz
5 mV…+5 V respectively -5 mV…-5 V (into 50 Ω)
<8 ns, variable up to 500 ns
10 ns…999 s
5 ns
<500 ps typ.
<3 % typ.
Waveform Rampe, Triangle
Frequency range:
10 µHz…5 MHz
HMF2525
10 µHz…10 MHz
HMF2550
0…100 %
Symmetry:
Linearity:
f <250 kHz
<0.1 % typ.
<2 % typ.
f ≥250 kHz
Waveform Arbitrary
Frequency range:
HMF2525
HMF2550
Sample rate:
Amplitude resolution:
Bandwidth (-3 dB):
Signal length:
Non-volatile memory:
HMF2525
HMF2550
Predefined waveforms:
Inputs and Outputs
Signal output:
Impedance
Gate/Trigger input:
Impedance
Level
Edge
Pulse width
Trigger output:
Impedance
Edge
Frequency
Modulation input:
Impedance
Max. input voltage
Bandwidth (-3 dB)
Reference input:
Impedance
Frequency
Input voltage
10 µHz…12.5 MHz
10 µHz…25 MHz
250 MSa/s
14 Bit
>50 MHz
Up to 256 kPts
512 kPts
1 MPts
Exponential rise/fall, white Noise, Cardiac
BNC socket (frontside), short-circuit-proof,
ext. voltage ±15 V max.
50 Ω
BNC socket (frontside)
5 kΩ || 100 pF
TTL (protected up to ±30 V)
Positive/negative (selectable)
Min. 100 ns
BNC socket (frontside)
50 Ω
Positive TTL level impulse
10 MHz max.
BNC socket (rear side)
10 kΩ
±5 V for full scale
DC…50 kHz (sample with 250 kSa/s)
BNC socket (rear side)
1 kΩ
10 MHz ±100 kHz
TTL
85
Specifications
Reference output:
Impedance
Frequency
Output voltage
Ramp output:
Impedance
Output voltage
BNC socket (rear side)
50 Ω
10 MHz
1.65 Vpp (into 50 Ω)
BNC socket (rear side)
200 Ω
0…5 V, synchronous with sweep
Sweep
Signals:
Type:
Direction:
Sweep time:
All
linear/log.
up/down
1 ms…500 s
Burst
Signals:
Type:
Start/stop phase:
Trigger source:
Internal Trigger period:
All
Triggered, 1…50,000 cycles, endless or
Gate controlled
-360…+360 °
Manual, internal or external via Trigger
source or interface
1 µs…500 s
Modulation
AM, FM, PM (Sine), PWM, FSK
Waveform modulation:
All (without pulse)
Waveform carrier:
Internal modulation (ripple): Sine, Rectangle, Triangle, Ramp, Arbitrary
with up to 4096 Pts.
Internal modulation
10 µHz…50 kHz
frequency:
Ext. modulation bandwidth
DC…50 kHz (sampled with 250 kSa/s)
(-3 dB):
Amplitude modulation:
0…100 %
Modulation depth
Frequency modulation:
Max. 10 MHz
Frequency deviation
Phase modulation:
-180…+180 °
Phase deviation
Pulse width modulation:
0…100 % of the pulse width
Deviation
Miscellaneous
Display:
Interface:
Save/Recall memory:
Protection class:
Power supply:
Power consumption:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
3,5” color TFT QVGA 65 k colors
Dual-Interface USB/RS-232 (HO720)
10 complete set-ups
Safety class I (EN61010-1)
105…253 V, 50/60 Hz, CAT II
approx. 30 Watt
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
285 x 75 x 365 mm
3.4 kg
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Line cord, Operating manual, CD
Recommended accessories:
HO730 Dual-Interface Ethernet/USB
HO740 Interface IEEE-488 (GPIB), galvanically isolated
HZ13
Interface cable (USB) 1.8 m
HZ14
Interface cable (serial) 1:1
HZ20
Adapter plug BNC plug - 4 mm safety sockets
HZ24
Attenuators 3/6/10 and 20 dB
HZ33
Test cable BNC plug - BNC plug 0.5 m
HZ34
Test cable BNC plug - BNC plug 1.0 m
HZ42
19’’ Rackmount kit 2RU
HZ72
GPIB-Cable 2 m
Mainframe HM8001-2
Product description, page 41
General information
Mainframe with power supply accommodates 2 modules
86
Power supply module
Details of available supply
voltages and load capability: refer to manual HM8001 (www.hameg.com)
2 x 8 Vac max. 0.4 A each
2 x 5 Vdc max. 1 A each
4 x 20 Vdc max. 0.5 A each
Voltages between 5 V and 20 V are programmable from each module
(Polarity selectable)
each module max. 25 Watt
Available output power:
All DC voltages are electronically stabilized,
floating and short-­circuit proof. Current
output of 2 HM8040-3 with HM8001-2:
sum of all channels <2 A
Miscellaneous
Power switch (ON/OFF) located between the two modules on the front panel.
Safety Class I (EN61010-1)
Safety class:
115…230 V~ (50/60 Hz), CAT II
Power supply:
Max. permissible
line fluctuation:
±10 %
max. 110 W (with overload protection)
Power consumption:
+5...+40 °C
Operating temperature:
-20...+70 °C
Storage temperature:
5...80 % (non condensing)
Rel. humidity:
285 x 75 x 365 mm
Dimensions (W x H x D):
approx. 4 kg
Weight:
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Line cord, Operating manual
Recommended accessories:
HO801 4 BNC connectors
HZ42
19’’ Rackmount kit 2RU
HZ809 Test Adapter
4¾-Digit Programmable Multimeter HM8012
Product description, page 42
DC voltage
500 mV, 5 V, 50 V, 500 V, 600 V
Measurement ranges:
10 µV, 100 µV, 1 mV, 10 mV, 100 mV
Resolution:
Accuracy:
5 V, 500 V, 600 V:
±(0.05 % of reading +0.002 % of full scale)
500 mV, 50 V:
±(0.05 % of reading +0.004 % of full scale)
Overload protection:
V/Ω/T°/dB/
to
850 Vp at max. 60 Hz or 600 Vdc
COM and to chassis:
COM against chassis:
250 Vrms at max. 60 Hz or 250 Vdc
Input resistance:
50 V, 500 V, 600 V:
10 MΩ II 90 pF
500 mV, 5 V:
>1 GΩ II 90 pF
10 pA
Input current:
Common mode rejection ratio: ≥100 dB (50/60 Hz ±0.5 %)
Serial mode rejection ratio: ≥60 dB (50/60 Hz ±0.5 %)
dB Mode
Accuracy:
Resolution:
±(0.02 dB + 2 digits) (display >-38.7 dBm)
0.01 dB above 18 % of rating
DC current
Measurement ranges:
Resolution:
Accuracy:
0.5…500 mA:
10 A:
Voltage drop:
10 A range:
500 mA range:
other ranges:
±(0.2 % of reading + 0.004 % of full scale)
±(0.3 % of reading + 0.004 % of full scale)
AC voltage
Measurement ranges:
Resolution:
Accuracy 0.5…50 V:
500 mV, 5 V, 50 V, 500 V, 600 V
10 µV, 100 µV, 1 mV, 10 mV, 100 mV
500 µA, 5 mA, 50 mA, 500 mA, 10 A
10 nA, 100 nA, 1 µA, 10 µA, 1 mA
0.2 V max.
2.5 V max.
0.7 V max.
Specifications
40 Hz…5 kHz:
20 Hz…20 kHz:
Accuracy 500 V and 600 V:
40 Hz…1 kHz:
20 Hz…1 kHz:
Overload protection:
to
V/Ω/T°/dB/
COM and to chassis:
COM against chassis:
Input impedance
AC mode:
AC + DC mode:
Bandwidth at -3 dB:
dB mode:
Accuracy
-23.8…59.8 dBm:
Resolution:
CMRR1):
Crest factor:
AC current
Measurement ranges:
Resolution:
Accuracy:
0.5…500 mA:
10 A:
±(0.4 % of reading + 0.07 % of full scale)
±(1 % of reading + 0.07 % of full scale)
±(0.4 % of reading + 0.07 % of full scale)
±(1 % of reading + 0.07 % of full scale)
850 Vp at max. 60 Hz or 600 Vdc
250 Vrms at max. 60 Hz or 250 Vdc
Accessories supplied: Operator’s Manual, Interface cable (HZ14),
PVC test leads (HZ15), Software CD
Recommended accessories:
HZ10S 5 x silicone test lead (measurement connection in black)
HZ10R 5 x silicone test lead (measurement connection in red)
HZ10B 5 x silicone test lead (measurement connection in blue)
HZ812 PT100 Temperature probe
1 MΩ II 90 pF
10 MΩ II 90 pF
80 kHz typical
20 Hz…20 kHz
±0.2 dBm
0.01 dB above 9 mV
≥60 dB (50/60 Hz ±0.5 %)
7 max.
500 µA, 5 mA, 50 mA, 500 mA, 10 A
10 nA, 100 nA, 1 µA, 10 µA, 1 mA
LCR-Meter HM8018
Product description, page 42
Measurement functions
Measuring modes:
Equivalent circuits:
Measuring method:
Measuring ranges:
±(0.7 % of reading + 0.07 % of f.s.)
40 Hz…5 kHz
±(1 % of reading + 0.07 % of full scale)
AC + DC measurements
As shown for AC + 25 digit
Resistance
500 Ω, 5 kΩ, 50 kΩ, 500 kΩ, 5 MΩ, 50 MΩ
Measurement ranges:
10 mΩ, 100 mΩ, 1 Ω, 10 Ω, 100 Ω, 1 kΩ
Resolution:
Accuracy:
500 Ω…500 kΩ:
±(0.05 % of reading + 0.004 % of f.s.+50 mΩ)
5…50MΩ:
±(0.3 % of reading + 0.004 % of full scale)
Input protection max. 300 Vrms
500 Ω…5kΩ range:
1mA
Measurement current:
50 kΩ range:
100µA
500 kΩ range:
10 µA
5…50 MΩ range:
100 nA
10 V typical for open inputs, depending
Measurement voltage:
on the value of resistance to be measured.
Negative polarity of measurement voltage
is across common terminal.
Temperature
2-wire resistance
­measurement
Range:
Resolution:
Measurement current:
Display:
Accuracy:
All data valid at 23 °C after 30 minutes warm-up.
with linearization for PT100 sensors as per
standard EN60751
-200…+500 °C
0.1 °C
approx. 1 mA
in °C, °F
±(0.4 °C + 0.0005 x T) from -200…+200 °C
±(0.5 °C + 0.0005 x T) from +200…+500 °C
(T in °C, sensor tolerance not included)
Temperature coefficient: (reference 23 °C)
V = 500 mV, 50 V
30 ppm/°C
600 V range
80 ppm/°C
other ranges
20 ppm/°C
V ~ 600 V range
80 ppm/°C
other ranges
50 ppm/°C
mA all ranges
200 ppm/°C
300 ppm/°C
mA~all ranges
Ω 5 MΩ, 50 MΩ ranges
200 ppm/°C
other ranges
50 ppm/°C
Miscellaneous
Power supply (from mainframe):
300 mA
+5 V
~26 V
140 mA
+5…+40 °C
Operating temperature:
-20…+70 °C
Storage temperature:
5…80 % (non condensing)
Rel. humidity:
Dimensions (W x H x D)
(without 22-pole flat plug): 135 x 68 x 228 mm
approx. 0.5 kg
Weight:
Basic accuracy:
Measuring frequencies:
Freq. Accuracy:
Measuring voltage:
Measuring rate:
Range changing:
DC Bias voltage:
Zero setting:
Compensation limits:
R, L, C, Θ, Q/D, |Z|
serial, parallel
2-wire, 4-wire
R: 0.001 Ω…99.9 MΩ
C: 0.001 pF…99.9 mF
L: 0.01 µH…9999 H
Q: 0.0001…99.9
D: 0.0001…9.9999
Θ: (-180.00°)…(+180.00°)
0.2 %
100 Hz, 120 Hz, 1 kHz, 10 kHz, 25 kHz
±100 ppm (except 120 Hz: 120.2 Hz ±100 ppm)
0.5 Vrms ±10 % (unloaded)
2 measurements/second
automatic, manual
1 V ±10 %
Open/short circuit compensation
Short:R <10 Ω
Z <15 Ω
Open: Z >10 kΩ
Measurement accuracy
with D <0.1 or Q >10:
C: Ae = Af (1 + Cx /Cmax + Cmin /Cx)
L: Ae = Af (1 + Lx /Lmax + Lmin /Lx)
Z: Ae = Af (1 + Zx /Zmax + Zmin /Zx)
R: Ae = Af (1 + Rx /Rmax + Rmin /Rx)
with D ≥0.1:
Ae = ZX
1 + Dx2
with the parameters:
Cx = Measurement value
Af = 0.2 % at f = 100 Hz, 120 Hz, 1 kHz
Af = 0.3 % at f = 10 kHz
Af = 0.5 % at f = 25 kHz­
Parameter
Auto Range
160 µF/f
Cmax
53 pF/f
Cmin
480 H/f
Lmax
3 MΩ
Zmax, Rmax
1 mΩ
Zmin, Rmin
Dissipation factor accuracy:
Quality factor accuracy:
Phase angle accuracy:
Display
5-digits 7-Segment LEDs with sign
Display Parameters:
Value
Calculation from measurement value and
% Value
reference value stored
Deviation
% Offset
}
Miscellaneous
The inputs are short-circuit-proof and overvoltage protected up to 100 Vdc
with a maximum energy consumption of 1 J.
One configuration can be saved.
+5 V/300 mA
Power supply
+5.2 V/50 mA
(from mainframe):
-5.2 V/50 mA
(∑ = 2 W)
87
Specifications
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D)
(without 22-pole flat plug):
Weight:
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
Resolution:
Ext. gate error:
in manual mode only
135 x 68 x 228 mm
approx. 0.5 kg
Time interval (averaged)
10 ps…100 ns
LSD:
1 LSD
Resolution:
All data valid at 23 °C after 30 minutes warm-up.
Included in delivery: Operator‘s Manual
Recommended accessories:
HZ10S 5 x silicone test lead (measurement connection in black)
HZ10R 5 x silicone test lead (measurement connection in red)
HZ10B 5 x silicone test lead (measurement connection in blue)
HZ17
Kelvin test lead (4 wire) with probe tips
HZ18
Kelvin test lead (4 wire) with gold plated contacts
HZ19
Kelvin test lead (4 wire) with SMD-Test-tweezers
1.6 GHz Universal Counter HM8021-4
Product description, page 43
Measurement functions
Frequency A /C, Period A;
Totalize A;
/
(averaged);
Pulse width:
Totalize A during ext. gate
Input characteristics (Input A)
Frequency range:
0…150 MHz:
DC-coupled
10 Hz…150 MHz:
AC-coupled
Sensitivity: (normal triggering)
DC…80 MHz
20 mVrms (sine wave)
80 mV (pulse)
60 mVrms (sine wave)
80…150 MHz
20 Hz…80 MHz (auto trig.) 50 mVrms (sine wave)
5 ns
Minimum pulse width:
100 µV (typ.)
Input noise:
AC or DC (switchable)
Coupling:
1 MΩ II 40 pF
Input impedance:
x1, x20 (switchable)
Attenuator:
Max. input voltage:
400 V (DC + ACpeak)
0…440 Hz:
1 MHz:
decreasing to 8 Vrms
LSD
100 ns
Offset
Range:
covers the entire measurement range
Gate time
(Gate time cannot be less than 1 period.)
100 ms…10 s in 3 steps
Range:
min. 150 µs
External gate time:
Timebase
Frequency:
Accuracy
(between 10 °C and 40 °C):
Aging:
Miscellaneous
Display:
Power consumption:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
10 MHz clock
10 MHz crystal
±5x 10-7
±3 ppm/15 years
8-digit 7-segment LED display with
7.65 mm digit height, sign and exponent
approx. 7 Watt
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
135 x 68 x 228 mm
approx. 0.6 kg
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Operator’s Manual
Recommended accessories:
HZ20
Adapter, BNC to 4mm banana
HZ24
Attenuators 50 Ω (3/6/10/20 dB)
Test Cable 50 Ω (BNC-BNC) 0.5 m
HZ33
HZ34
Test Cable 50 Ω (BNC-BNC) 1.0 m
10 MHz Function Generator HM8030-6
Product description, page 43
Input characteristics (Input C)
100 MHz…1.6 GHz
Frequency range:
Sensitivity:
to 1.3 GHz:
30 mV (typ. 20 mV)
to 1.6 GHz:
100 mV (typ. 80 mV)
50 Ω nominal
Input impedance:
AC
Coupling:
5 V (DC + ACpeak)
Max. input voltage:
Operating modes
Sine, square, triangle, pulse; free running, internal sweep or external
frequency modulation, with or without DC offset
Input characteristics (external gate)
4.7 kΩ
Input impedance:
±30 V
Max. input voltage:
>2 V/<0.5 V
High/low level:
50 ns
Min. pulse duration:
150 µs
Min. effective gate time:
Waveform characteristics
Sine wave distortion
0.05 Hz…1 MHz:
max. 0.5 %
1…10 MHz:
max. 5 %
typ. 15 ns
Square wave rise time:
<5 % (for termination into 50 Ω)
Overshoot:
<1 % (to 100 kHz)
Triangle non-linearity:
Frequency measurement (Input A)
(2.5 x 10-7s x freq.)/measurement time
LSD:
1 LSD
Resolution:
Period duration measurement
66.6 ns…10,000 s
Range:
(2.5 x 10-7s x period)/measurement time
LSD:
1 LSD
Resolution:
Totalize (manual/external gated)
DC…20 MHz
Range:
25 ns
Min. pulse duration:
1 count
LSD:
88
Frequency ranges
0.05 Hz…10 MHz in 8 ranges, variable: x0.09 to x 1.1 (12:1)
<0.5 %/hr or 0.8 %/24 hrs. at constant
Frequency drift:
ambient temperature
Displays
5-digit, 7-segment LED, each 8 x 5 mm
Frequency:
Accuracy:
up to 5 Hz:
±(3 % + 3 digits)
5 Hz…10 MHz:
±(5 x 10-5 + 1 digit)
LED indicators for mHz, Hz, kHz and s
Outputs
short-circuit proof
Signal output:
protected against ext. voltage up to ±45 Vdc max. (30 s)
50 Ω
Impedance:
10 Vpp into 50 Ω load; 20 Vpp (open circuit)
Output voltage:
Specifications
Attenuation:
2 attenuators:
Variable:
Amplitude error:
0.5 Hz…0.5 MHz:
5 Hz…10 MHz:
DC offset:
into 50 Ω load:
in open circuit:
Trigger output:
max. 60 dB
each 20 dB ±0.2 dB
0…20 dB
(sine wave/triangle)
max. 0.2 dB
max. 0.5 dB
variable (on/off, except pulse function)
max. ±2.5 V
max. ±5 V
square wave synchronous to approx. +5 V/TTL
FM input
(VCF, BNC connector on rear panel of HM8001-2 and option HO801)
approx. 1:100
Frequency deviation:
6 kΩ II 25 pF
Input impedance:
max. ±30 V
Input voltage:
Internal sweep
Sweep speed:
Sweep range:
20 ms…15 s
approx. 1:100
Miscellaneous
Power supply
(from mainframe):
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D)
(without 22-pole flat plug):
Weight:
+5 V/200 mA
+16 V/300 mA
-16 V/250 mA
(∑ = 9.8 W)
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
135 x 68 x 228 mm
approx. 0.8 kg
Resolution:
Display accuracy:
LED:
Maximum limits
Reverse voltage:
Reverse current:
Voltage to ground:
Temperature control:
Miscellaneous
Safety class:
Power supply
(from mainframe):
Current output of
2 HM8040-3 with HM8001-2:
Operating temperature:
Storage temperature:
Rel. humidity:
Dimensions (W x H x D):
Weight:
0.1 V/1 mA
±1 digit voltage / ±4 digit current
current limit indication
25 V, each output
500 mA, each output
100 V, each terminal
If the inside temperature exceeds
75…80 °C, the HM8040-3 will be turned off.
Safety class I (EN61010-1)
1 x 8 V/1 A
2 x 24 V/530 mA
1 x 5 V/400 mA
2 x 18 Vac /100 mA
(∑ = 40 W)
sum of all channels <2 A
+5…+40 °C
-20…+70 °C
5…80 % (non condensing)
135 x 68 x 228 mm
approx. 1.07 kg
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Operator’s Manual
Recommended accessories:
HZ10S 5 x silicone test lead (measurement connection in black)
HZ10R 5 x silicone test lead (measurement connection in red)
HZ10B 5 x silicone test lead (measurement connection in blue)
All data valid at 23 °C after 30 minutes warm-up.
Accessories supplied: Operator’s Manual
Recommended accessories:
HZ20
Adapter, BNC to 4 mm banana
HZ22
Feed-Through Termination 50 Ω
HZ33
Test Cable 50 Ω (BNC-BNC) 0.5 m
HZ34
Test Cable 50 Ω (BNC-BNC) 1.0 m
Triple Power Supply (module) HM8040-3
Product description, page 44
Outputs
2 x 0…20 V/0,5 A and 5 V/1 A
Single pushbutton control of all outputs,
­linear regulators with overheating protec­
tion. Floating outputs for parallel/serial
operation, current limit and electronic fuse
20 V Output
2 x 0…20 V, continuously variable
Setting range:
≤1 mVrms
Residual ripple:
max. 0.5 A
Output current:
Current limit/electronic fuse: 0…0.5 A continuously variable
Dynamic behaviour:
Load change 10…90 % of full load
200 µs
Recovery time:
Dyn. transient deviation: typ. 2 mV
Dyn. output impedance: 3.75 mΩ
Load change at 50 % basic load and ±10 % of full load
150 µs
Recovery time:
Dyn. transient deviation: 400 µV
Dyn. output impedance: 4 mΩ
5 V Output
Range:
Ripple and noise:
Output current:
5 V ±0.5 V screwdriver adjustment
≤1 mVrms
max. 1 A continuous, short-circuit-proof
Combined displays of 20 V outputs
2 x 3-digit displays, each switchable for
7-segment LED:
voltage and current (V, mA)
89
Specifications
HOO10 Serial Bus Option description, page 8
I2C Bus
Bus Configuration
Baud rates
SPI Bus
UART/RS-232 Bus
up to 10 Mb/s
up to 25 Mb/s
300, 600, 1200, 2400, 4800,
9600, 19200, 38400, 57600,
115200 Baud, up to 62.5 Mb/s
Number of Bit’s
7 or 10 Bit for Adress ID
8 Bit for Data
32 Bit for Data
8 Bit for Data
1, 1.5, 2 Bit for Stop Bit
Polarity
n/a
Chip select, positive or negative,
or without Chipselect (2-wire SPI)
Clock rising or falling edge
Data High or Low active
High or Low active
Parity
n/a
n/a
none, odd or even
digital Channel LCH 0…15
(Opt. HO3508)
digital Channel LCH 0…15
(Opt. HO3508)
digital Channel LCH 0…15
(Opt. HO3508)
Event
7 or 10 Bit Address ID
7 or 10 Bit Address ID with 8 Bit Data
Start
Stop
Restart
missing Acknowledge
Adress ID without Acknowledge
Data packets up to 32 Bit
with positive or negative Chip Select
or without Chip Select,
(2-wire SPI)
Data packets up to 8 Bit
Input format
Hexadecimal or Binary
Hexadecimal or Binary
Hexadecimal or Binary
Hardware accelerated Decode
digital Channel LCH 0…15
Source
(Opt. HO3508)
digital Channel LCH 0…15
(Opt. HO3508)
digital Channel LCH 0…15
(Opt. HO3508)
Display
Bus display, color coded for
Bus display, color coded for
Trigger
Source
Bus display, color coded for
Read Adress ID:
Yellow
Write Adress ID:
Magenta
Date:
Cyan
Start:
White
Stop:
White
ACK/NACK:
Green/Red
Error:
Red
Trigger Condition:
Green
up to four lines for decoded values,
synchronous display of the Bit lines
Format
90
Adress ID: hexadecimal
DataASCII, binary, decimal,
­hexadecimal
Date:
Start:
Stop:
Cyan
White
White
Date:
Start:
Stop:
Cyan
White
White
Error:
Red
Trigger Condition:
Green
up to four lines for decoded values,
synchronous display of the Bit lines
Error:
Red
Trigger Condition:
Green
up to four lines for decoded values,
synchronous display of the Bit lines
n/a
DataASCII, binary, decimal,
­hexadecimal
n/a
DataASCII, binary, decimal,
­hexadecimal
Index/Contact
HM400
HM504-2
HM507
HM800
HM1008-2
HM1500-2
HM1508-2
HM2005-2
HM2008
HM5510
HM6050-2
HM7042-5
HM8001-2
HM8012
HM8018
HM8021-4
HM8030-6
HM8040-3
HM8112-3
HM8115-2
HM8118
HM8123
HM8134-3
HM8135
HM8143
HM8150
HMF2525
HMF2550
HMP2020
HMP2030
HMP4030
HMP4040
HMO2524
HMO3522
HMO3524
HMS1000
HMS1010
HMS3000
HMS3010
HO79-6
HO118
HO730
HO740
HO880
HO2010
HO3011
HO3508/HO3516
HOO10
HZ10
HZ15
14, 63
13, 63
11, 64
44
10, 65
12, 66
10, 67
12, 69
9, 69
19, 74
20
27, 76
41, 86
42, 86
42, 87
43, 88
43, 88
44, 89
32, 78
33, 79
34, 80
35, 81
36, 82
37, 83
28, 76
38, 84
31, 85
31, 85
26, 77
26, 77
25, 78
25, 78
7, 71
6, 73
6, 73
17, 75
17, 75
17, 75
17, 75
46
46
49
49
49
47
18, 48
47
8, 48, 90
51
51
HZ16
HZ17
HZ18
HZ19
HZ20
HZ21
HZ22
HZ24
HZ26
HZ31
HZ32
HZ33/HZ34
HZ33S/HZ34S
HZ42
HZ43
HZ45
HZ46
HZ51
HZ52
HZ53
HZ72
HZ99
HZ100
HZ109
HZ115
HZ154
HZ181
HZ184
HZ186
HZ188
HZ200
HZ350
HZ355
HZ520
HZ525
HZ530
HZ540
HZ547
HZ550
HZ560
HZ575
HZ809
HZ812
HZ815
HZ887
HZO20
HZO30
HZO50
HZO51
51
51
51
51
52
52
53
53
53
52
52
52
52
61
61
61
61
54
55
55
53
61
56
56
56
54
59
59
59
59
54
54
54
60
57
22
21
60
21
60
58
59
58
59
58
55
55
57
57
We provide a worldwide dealer network, in order to offer best local support. For questions about our
products, please visit www.hameg.com/dealer to find your local contact information.
Service:
Sales:
Product management:
Tel:
+ 49 (0) 6182 800 500
Fax:
+ 49 (0) 6182 800 501
E-Mail: [email protected]
Tel:
+ 49 (0) 6182 800 300
Fax:
+ 49 (0) 6182 800 301
E-Mail: [email protected]
Tel:
+ 49 (0) 6182 800 700
Fax:
+ 49 (0) 6182 800 701
E-Mail: [email protected]
Director Service:
Dipl.-Ing. (FH) Uwe Scholz
Director Sales:
Thomas Modenbach
Director Product Management:
Dipl.-Ing. Andreas Grimm
Repair order processing:
Rosalinde Andraschky
Sales Department:
Gerlinde Glaser, Brigitte May, Carmen Sehnert
Support Line:
Dennis Holderbusch, Ilka Beringer
91
Great Value in
Test & Measurement
German Quality
for more than 50 years
With Compliments
www.hameg.com
4A-W109-11I0 · C&E · Subject to change without notice · © HAMEG Instruments GmbH® · DQS-certified in accordance with DIN EN ISO 9001:2008, Reg.-No.: 071040 QM08
HAMEG Instruments GmbH · Industriestr. 6 · D-63533 Mainhausen · www.hameg.com/dealer
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