Hameg HMO Series User manual
70...200 MHz
Digital Oscilloscope
HMO Series 72x...202x
Manual
English
2
KONFORMITÄTSERKLÄRUNG
DECLARATION OF CONFORMITY
DECLARATION DE CONFORMITE
Hersteller HAMEG Instruments GmbH
Manufacturer Industriestraße 6
Fabricant D-63533 Mainhausen
Die HAMEG Instruments GmbH bescheinigt die Konformität für das
Produkt
The HAMEG Instruments GmbH declares conformity of the product
HAMEG Instruments GmbH déclare la conformite du produit
Bezeichnung: Oszilloskop
Product name: Oscilloscope
Designation: Oscilloscope
Typ / Type / Type: HMO722/-24, HMO1022/-24,
HMO1522/-24, HMO2022/-24
mit / with / avec: HO720
Optionen / Options / Options: HO730, HO740
mit den folgenden Bestimmungen / with applicable regulations / avec
les directives suivantes
EMV Richtlinie 89/336/EWG ergänzt durch 91/263/EWG, 92/31/EWG
EMC Directive 89/336/EEC amended by 91/263/EWG, 92/31/EEC
Directive EMC 89/336/CEE amendée par 91/263/EWG, 92/31/CEE
Niederspannungsrichtlinie 73/23/EWG ergänzt durch 93/68/EWG
Low-Voltage Equipment Directive 73/23/EEC amended by 93/68/EEC
Directive des equipements basse tension 73/23/CEE amendée par
93/68/CEE
Angewendete harmonisierte Normen / Harmonized standards applied
Normes harmonisées utilisées:
Sicherheit / Safety / Sécurité:
EN 61010-1:2001 (IEC 61010-1:2001)
Messkategorie / Measuring category / Catégorie de mesure: I
Überspannungskategorie / Overvoltage category /
Catégorie de surtension: II
Verschmutzungsgrad / Degree of pollution / Degré de pollution: 2
Elektromagnetische Verträglichkeit / Electromagnetic compatibility /
Compatibilité électromagnétique
EN 61326-1/A1 Störaussendung / Radiation / Emission:
Tabelle / table / tableau 4; Klasse / Class / Classe B.
Störfestigkeit / Immunity / Imunitée: Tabelle / table / tableau A1.
EN 61000-3-2/A14 Oberschwingungsströme / Harmonic current
emissions Émissions de courant harmonique: Klasse / Class / Classe
D.
EN 61000-3-3 Spannungsschwankungen u. Flicker / Voltage
uctuations and icker / Fluctuations de tension et du icker.
Datum / Date / Date
02. 05. 2011
Unterschrift / Signature / Signatur
Holger Asmussen
General Manager
0.1 General information regarding
the CE marking
General information regarding the CE marking
HAMEG instruments fulll the regulations of the EMC directive. The
conformity test made by HAMEG is based on the actual generic- and
product standards. In cases where different limit values are applicable,
HAMEG applies the severer standard. For emission the limits for
residential, commercial and light industry are applied. Regarding the
immunity (susceptibility) the limits for industrial environment have
been used.
The measuring- and data lines of the instrument have much inuence
on emission and immunity and therefore on meeting the acceptance
limits. For different applications the lines and/or cables used may
be different. For measurement operation the following hints and
conditions regarding emission and immunity should be observed:
1. Data cables
For the connection between instrument interfaces and external devices,
(computer, printer etc.) sufciently screened cables must be used.
Without a special instruction in the manual for a reduced cable length,
the maximum cable length of a dataline must be less than 3 meters and
not be used outside buildings. If an interface has several connectors
only one connector must have a connection to a cable.
Basically interconnections must have a double screening. For IEEE-bus
purposes the double screened cable HZ72 from HAMEG is suitable.
2. Signal cables
Basically test leads for signal interconnection between test point and
instrument should be as short as possible. Without instruction in the
manual for a shorter length, signal lines must be less than 3 meters
and not be used outside buildings.
Signal lines must screened (coaxial cable - RG58/U). A proper ground
connection is required. In combination with signal generators double
screened cables (RG223/U, RG214/U) must be used.
3. Inuence on measuring instruments
Under the presence of strong high frequency electric or magnetic
elds, even with careful setup of the measuring equipment, inuence
of such signals is unavoidable.
This will not cause damage or put the instrument out of operation. Small
deviations of the measuring value (reading) exceeding the instruments
specications may result from such conditions in individual cases.
4. RF immunity of oscilloscopes.
4.1 Electromagnetic RF eld
The inuence of electric and magnetic RF elds may become visible
(e.g. RF superimposed), if the eld intensity is high. In most cases
the coupling into the oscilloscope takes place via the device under
test, mains/line supply, test leads, control cables and/or radiation.
The device under test as well as the oscilloscope may be effected by
such elds.
Although the interior of the oscilloscope is screened by the cabinet,
direct radiation can occur via the CRT gap. As the bandwidth of
each amplier stage is higher than the total –3dB bandwidth of the
oscilloscope, the inuence of RF elds of even higher frequencies
may be noticeable.
4.2 Electrical fast transients / electrostatic discharge
Electrical fast transient signals (burst) may be coupled into the
oscilloscope directly via the mains/line supply, or indirectly via test
leads and/or control cables. Due to the high trigger and input sensitivity
of the oscilloscopes, such normally high signals may effect the trigger
unit and/or may become visible on the TFT, which is unavoidable. These
effects can also be caused by direct or indirect electrostatic discharge.
HAMEG Instruments GmbH
General information regarding the CE marking
3
General information regarding the CE marking Content
0.1 General information regarding the CE marking 2
0.2 70...200 MHz Digital Oscilloscope HMO Series
72x...202x 4
0.3 Specications 5
1 Installation and safety instructions 6
2 Familiarize yourself with your new HAMEG
Digital Storage Oscilloscope 8
3 A quick introduction 13
4 Vertical system 17
5 Horizontal System (Time Base) 19
6 Trigger System 21
7 Display of signals 24
8 Measurements 26
9 Analysis 29
10 Documentation, storing and recalling 32
11 Component test 35
12 Mixed Signal Operation (optional) 37
13 Serial bus analysis (optional) 39
14 Remote control via interface 46
15 Appendix 47
4
0.2 70...200 MHz Digital Oscilloscope HMO Series 72x...202x
HMO2024
R 2 GSa/s Real Time, Low Noise Flash A/D Converter
(Reference Class)
R 2 MPts Memory, Memory oom up to 50,000:1
R MSO (Mixed Signal Opt. HO3508) with 8 Logic Channels
R Serial Bus Trigger and Hardware accelerated Decode
incl. List View, I2C, SPI, UART/RS-232, CAN, LIN (optional)
R Automatic Search for User defined Events
R Pass/Fail Test based on Masks
R Vertical Sensitivity 1 mV/div., Offset Control ±0.2...±20 V
R 12 div. x-Axis Display Range, 20 div. y-Axis Display Range
(VirtualScreen)
R Trigger Modes: Slope, Video, Pulsewidth, Logic, Delayed, Event
R Component Tester, 6 Digit Counter, Automeasurement:
max. 6 Parameters incl. Statistic, Formula Editor, Ratiocursor,
FFT: 64 kPts
R Crisp 16.5 cm (6.5") TFT VGA Display, DVI Output
R Lowest Noise Fan
R 3 x USB for Mass Storage, Printer and Remote Control
optional IEEE-488 (GPIB) or Ethernet/USB
200MHz 2[4] Channel Digital Oscilloscope
HMO2022 [HMO2024]
8 Channel
Logic Probe HO3508
2 Channel Version
HMO2022
Side view
HMO Series
5
HMO Series
0.3 Specications
200 MHz 2 [4] Channel Digital Oscilloscope
HMO2022 [HMO2024]
All data valid at 23 °C after 30 minutes warm-up.
Display
Display: 16.5 cm (6.5”) VGA Color TFT
Resolution: 640 x 480 Pixel
Backlight: LED 400 cd/m2
Display area for traces:
without menu 400 x 600 Pixel (8 x 12 div.)
with menu 400 x 500 Pixel (8 x 10 div.)
Color depth: 256 colors
Intensity steps per trace: 0…31
Vertical System
Channels:
DSO mode CH 1, CH 2 [CH 1…CH 4]
MSO mode CH 1, CH 2, LCH 0…7 (logic channels)
[CH 1, CH 2, LCH 0…7, CH 4]
with Option HO3508
Auxiliary input: Frontside [Rear side]
Function Ext. Trigger
Impedance 1 MΩ || 14 pF ±2 pF
Coupling DC, AC
Max. input voltage 100 V (DC + peak AC)
XYZ-mode: All analog channels on individual choice
Invert: CH 1, CH 2 [CH 1…CH 4]
Y-bandwidth (-3 dB): 200 MHz (5 mV…10 V)/div.
100 MHz (1 mV, 2 mV)/div.
Lower AC bandwidth: 2 Hz
Bandwidth limiter
(switchable):
approx. 20 MHz
Rise time (calculated):<1.75 ns
DC gain accuracy: 2 %
Input sensitivity: 13 calibrated steps
CH 1, CH 2 [CH 1…CH 4] 1 mV/div.…10 V/div. (1–2–5 Sequence)
Variable Between calibrated steps
Inputs CH 1, CH 2 [CH 1…CH 4]:
Impedance 1 MΩ II 14 pF ±2 pF (50 Ω switchable)
Coupling DC, AC, GND
Max. input voltage 200 V (DC + peak AC), 50 Ω <5 Vrms
Measuring circuits: Measuring Category I (CAT I)
Position range: ±10 Divs
Offset control:
1 mV, 2 mV ±0,2 V - 10 div. x Sensitivity
5…50 mV ±1 V - 10 div. x Sensitivity
100 mV ±2,5 V - 10 div. x Sensitivity
200 mV…2 V ±40 V - 10 div. x Sensitivity
5 V…10 V ±100 V - 10 div. x Sensitivity
Logic channels With Option HO3508
Select. switching
thresholds
TTL, CMOS, ECL, User -2…+8 V
Impedance 100 kΩ || <4 pF
Coupling DC
Max. input voltage 40 V (DC + peak AC)
Triggering
Analog channels:
Automatic: Linking of peak detection and trigger level
Min. signal height 0.8 div.; 0.5 div. typ. (1.5 div. at ≤2 mV/div.)
Frequency range 5 Hz…250 MHz (5 Hz…120 MHz at ≤2 mV/div.)
Level control range From peak- to peak+
Normal (without peak):
Min. signal height 0.8 div.; 0.5 div. typ. (1.5 div. at ≤2 mV/div.)
Frequency range 0 Hz…250 MHz (0 Hz…120 MHz at ≤2 mV/div.)
Level control range -10…+10 div. from center of the screen
Operating modes: Slope/Video/Logic/Pulses/Buses (optional)
Slope: Rising, falling, both
Sources: CH 1, CH 2, Line, Ext., LCH 0…7
[CH 1…CH 4, Line, Ext., LCH 0…7]
Coupling
(Analog Channel):
AC: 5 Hz…250 MHz
DC: 0…250 MHz
HF: 30 kHz…250 MHz
LF: 0…5 kHz
Noise rejection: selectable
Video:
Standards PAL, NTSC, SECAM, PAL-M, SDTV 576i,
HDTV 720p, HDTV 1080i, HDTV 1080p
Fields Field 1, field 2, both
Line All, selectable line number
Sync. Impulse Positive, negative
Sources: CH 1, CH 2, Ext. [CH 1…CH 4]
Logic: AND, OR, TRUE, FALSE
Sources: LCH 0…7, CH 1, CH 2 [CH 1...CH 4]
State LCH 0…7 X, H, L
Duration 8 ns…8.38 ms
Pulses: Positive, negative
Modes equal, unequal, less than, greater than,
within/without a range
Range min. 32 ns, max. 10 s, resolution min. 8 ns
Sources: CH 1, CH 2, Ext. [CH 1…CH 4]
Indicator for trigger action: LED
Ext. Trigger via: Auxiliary input 0.3 V…10 Vpp
2nd Trigger:
Slope: Rising, falling, both
Min. signal height 0.8 div.; 0.5 div. typ. (1.5 div. at ≤2 mV/div.)
Frequency range 0 Hz…250 MHz (0 Hz…120 MHz at ≤2 mV/div.)
Level control range -10…+10 div.
Operating modes:
after time 32 ns…10 s
after incidence 1…216
Serial Buses:
Option HOO10 I2C/SPI/UART/RS-232 on Logic channels
and Analog channels
Option HOO11 I2C/SPI/UART/RS-232 on Analog channels
Option HOO12 CAN/LIN on Logic channels and Analog
channels
Horizontal System
Domain representation: Time, Frequency (FFT), Voltage (XY)
Representation Time Base: Main-window, main- and zoom-window
Memory Zoom: Up to 50,000:1
Accuracy: 50 ppm
Time Base: 2 ns/div.…50 s/div.
Roll Mode: 50 ms/div.…50 s/div.
Digital Storage
Sampling rate (real time):2 x 1 GSa/s, 1 x 2 GSa/s
[4 x 1 GSa/s, 2 x 2 GSa/s]
Logic channels: 8 x 1 GSa/s
Memory: 2 x 1 MPts, 1 x 2 MPts
[4 x 1 MPts, 2 x 2 MPts]
Operation modes: Refresh, Average, Envelope, Peak-Detect
Roll: free run/triggered, Filter, HiRes
Resolution (vertical) 8 Bit, (HiRes up to 10 Bit)
Resolution (horizontal) 40 ps
Interpolation: Sinx/x, linear, Sample-hold
Persistence: Off, 50 ms…∞
Delay pretrigger: 0…8 Million x (1/samplerate)
posttrigger: 0…2 Million x (1/samplerate)
Display refresh rate: Up to 2000 waveforms/s
Display: Dots, vectors, ‘persistence’
Reference memories: typ. 10 Traces
Operation/Measuring/Interfaces
Operation: Menu-driven (multilingual), Autoset,
help functions (multilingual)
Save/Recall memories: typ. 10 complete instrument parameter
settings
Frequency counter:
0.5 Hz…250 MHz 6 Digit resolution
Accuracy 50 ppm
Auto measurements: Amplitude, standard deviation,
Vpp, Vp+, Vp-, Vrms, Vavg, Vtop, Vbase,
frequency, period, pulse count,
twidth+, twidth-, tdutycycle+, tdutycycle-,
tRise10_90, tFall10_90, tRise20_80, tFall20_80,
pos. edge count, neg. edge count,
pos. pulse count, neg. pulse count,
trigger frequency, trigger period,
phase, delay
Measurement statistic: Min., max., mean, standard deviation,
number of measurements for up to
6 Functions
Cursor measurements: ∆V, ∆t, 1/∆t (f), V to Gnd, Vt related to
Trigger point, ratio X and Y, pulse count,
peak to peak, peak+, peak-, mean value,
RMS value, standard deviation
Search functions: Search- and Navigation functions for
specfic signal parameter
Interface: Dual-Interface USB type B/RS-232 (HO720),
2 x USB type A (front- and rear side
each 1 x) max. 100 mA,
DVI-D for ext. Monitor
Optional: IEEE-488 (GPIB) (HO740),
Ethernet/USB (HO730)
Specifications
6
HMO2022/2024E/200112 · 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 · Tel +49 (0) 6182 8000 · Fax +49 (0) 6182 800100 · www.hameg.com · info@hameg.com
Display functions
Marker: up to 8 user definable marker for easy
navigation; automatic marker using search
criteria
VirtualScreen: virtual Display with 20 div. vertical for all
Math-, Logic-, Bus- and Reference Signals
Busdisplay: 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; Table view of the
decoded data
Mathematic functions
Number of formula sets: 5 formula sets with up to 5 formulas each
Sources: All channels and math. memories
Targets: Math. memories
Functions: ADD, SUB, 1/X, ABS, MUL, DIV, SQ, POS,
NEG, INV, INTG, DIFF, SQR, MIN, MAX, LOG,
LN, Low-, High-pass filter
Display: Up to 4 math. memories with label
Pass/Fail functions
Sources: Analog channels
Type of test: Mask around a signal, userdefined
tolerance
Functions: 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
Component tester
Test voltage: 10 VP (open) typ.
Test current: 10 mAP (short) typ.
Test frequency: 50 Hz / 200 Hz typ.
Reference Potential: Ground (safety earth)
Probe ADJ Output: 1 kHz/1 MHz square wave signal ~1Vpp
(ta <4 ns)
Bus Signal Source SPI, I2C, UART, Parallel (4 Bit)
Internal RTC
(Realtime clock):
Date and time for stored data
Line voltage: 100…240 V, 50…60 Hz, CAT II
Power consumption: Max. 45 W, typ. 25 W [max. 55 W, typ. 35 W]
Protective system: Safety class I (EN61010-1)
Operating temperature: +5…+40 °C
Storage temperature: -20…+70 °C
Rel. humidity: 5…80 % (non condensing)
Dimensions (W x H x D):285 x 175 x 140 mm
Weight: <2.5kg
Accessories supplied: Line cord, Operating manual, 2 [4] Probes, 10:1 with
attenuation ID (HZO10), CD, Software
Recommended accessories:
HOO10 Serial bus trigger and hardware accelerated decode,
I2C, SPI, UART/RS-232 on Logic channels and Analog channels
HOO11 Serial bus trigger and hardware accelerated decode,
I2C, SPI, UART/RS-232 on Analog channels
HOO12 Serial bus trigger and hardware accelerated decode,
CAN, LIN on Logic channels and Analog channels
HO3508 Active 8 Channel Logic Probe
HO730 Dual-Interface Ethernet/USB
HO740 Interface IEEE-488 (GPIB) galvanically isolated
HZO91 4RU 19‘‘ Rackmount Kit
HZO90 Carrying Case for protection and transport
HZO20 High Voltage probe 1000:1 (400 MHz, 1000 Vrms)
HZO30 Active probe 1 GHz (0.9 pF, 1 MΩ, including many accessories)
HZO40 Active differential Probe 200 MHz (10:1, 3.5 pF, 1 MΩ)
HZO41 Active differential Probe 800 MHz (10:1, 1 pF, 200 kΩ)
HZO50 AC/DC Current probe 20 A, DC…100 kHz
HZO51 AC/DC Current probe 1000 A, DC…20 kHz
Installation and safety instructions
Differences within the HMO-series 72x...202x:
unit bandwidth verticalsettingsat1MOhm inputimpedance offsetrange
For the complete and latest technical data of each oscilloscope of the HMO series please look at the website www.hameg.com.
1 Installation and safety instructions
1.1 Setting up the instrument
1.2 Safety
Fig. 1.1: Operating positions
HMO2022/2024E/200112 · 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 · Tel +49 (0) 6182 8000 · Fax +49 (0) 6182 800100 · www.hameg.com · info@hameg.com
Display functions
Marker: up to 8 user definable marker for easy
navigation; automatic marker using search
criteria
VirtualScreen: virtual Display with 20 div. vertical for all
Math-, Logic-, Bus- and Reference Signals
Busdisplay: 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; Table view of the
decoded data
Mathematic functions
Number of formula sets: 5 formula sets with up to 5 formulas each
Sources: All channels and math. memories
Targets: Math. memories
Functions: ADD, SUB, 1/X, ABS, MUL, DIV, SQ, POS,
NEG, INV, INTG, DIFF, SQR, MIN, MAX, LOG,
LN, Low-, High-pass filter
Display: Up to 4 math. memories with label
Pass/Fail functions
Sources: Analog channels
Type of test: Mask around a signal, userdefined
tolerance
Functions: 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
Component tester
Test voltage: 10 VP (open) typ.
Test current: 10 mAP (short) typ.
Test frequency: 50 Hz / 200 Hz typ.
Reference Potential: Ground (safety earth)
Probe ADJ Output: 1 kHz/1 MHz square wave signal ~1V
pp
(ta <4 ns)
Bus Signal Source SPI, I2C, UART, Parallel (4 Bit)
Internal RTC
(Realtime clock):
Date and time for stored data
Line voltage: 100…240 V, 50…60 Hz, CAT II
Power consumption: Max. 45 W, typ. 25 W [max. 55 W, typ. 35 W]
Protective system: Safety class I (EN61010-1)
Operating temperature: +5…+40 °C
Storage temperature: -20…+70 °C
Rel. humidity: 5…80 % (non condensing)
Dimensions (W x H x D):285 x 175 x 140 mm
Weight: <2.5kg
Accessories supplied: Line cord, Operating manual, 2 [4] Probes, 10:1 with
attenuation ID (HZO10), CD, Software
Recommended accessories:
HOO10 Serial bus trigger and hardware accelerated decode,
I2C, SPI, UART/RS-232 on Logic channels and Analog channels
HOO11 Serial bus trigger and hardware accelerated decode,
I2C, SPI, UART/RS-232 on Analog channels
HOO12 Serial bus trigger and hardware accelerated decode,
CAN, LIN on Logic channels and Analog channels
HO3508 Active 8 Channel Logic Probe
HO730 Dual-Interface Ethernet/USB
HO740 Interface IEEE-488 (GPIB) galvanically isolated
HZO91 4RU 19‘‘ Rackmount Kit
HZO90 Carrying Case for protection and transport
HZO20 High Voltage probe 1000:1 (400 MHz, 1000 Vrms)
HZO30 Active probe 1 GHz (0.9 pF, 1 MΩ, including many accessories)
HZO40 Active differential Probe 200 MHz (10:1, 3.5 pF, 1 MΩ)
HZO41 Active differential Probe 800 MHz (10:1, 1 pF, 200 kΩ)
HZO50 AC/DC Current probe 20 A, DC…100 kHz
HZO51 AC/DC Current probe 1000 A, DC…20 kHz
Installation and safety instructions
7
Installation and safety instructions Installation and safety instructions
Fusetype:
Safe operation may be endangered if any of the following was
noticed:
1.3 Correct operation
Please note:
1.4 Ambient conditions
Do not obstruct the ventilation holes!
1.5 Warranty and repair
Only valid in EU countries
Return material authorization (RMA):
1.6 Maintenance
Before cleaning please make sure the instrument
is switched off and disconnected from all power
supplies.
No part of the instrument should be cleaned by the
use of cleaning agents (as f.e. alcohol) as they may
adversely affect the labeling, the plastic or lac-
quered surfaces.
1.7 CAT I
Measurement CAT IV:
Measurement CAT III:
Measurement CAT II:
Measurement CAT I:
1.8 Mains voltage
8
2 Familiarize yourself with your new HAMEG
Digital Storage Oscilloscope
2.1 Front view
1
2
A
B
C
D
45
48
51
50
53
54
55
, the inputs for the component
tester
52
49
Please note, the connector for the active logic
probes HO3508
53
are solely for these probe. Con-
necting anything else could destroy the inputs!
2.2 Control panel
1
Area
A
8
4
7
6
, the key for switching between ne and coarse resolution
of the universal knob
3
5
.
Please note, if you press the AUTOSET button
15
longer then 3 seconds, the HMO will be reset to its
default settings!
9
10
11
12
16
14
Fig. 2.2: Area
A of the control
panel.
3
A
5
15 16
8 11 14
9 10
6712 13
4
17
49
1
48 47 46 45525354
2
55 A
B C D
51 50
Familiarize yourself with your new HMO
Fig. 2.1: Frontview of the HMO2024
Familiarize yourself with your new HMO
9
15
13
17
.
Area
B
:
18
19
20
21
22
25
22
23
24
25
26
27
Area
C
:
28
29
31
32
33
34
36
30
34
Area
D
:
37
38
39
39
40
44
42
43
2
2.3 Screen
[1]
[2]
[3]
[4]
5
2.4 Rear view
[1]
[2]
[3]
[4]
[5]
[6][7]
Fig. 2.7: Rear panel of the HMO2524
2.5 Options
Fig. 2.3: Area B of the
control panel.
18
B
19
20
22
23
24
21
25
26
27
Fig. 2.4: Area C of the
control panel
28
C
29
30
33
31
34
35
36
32
Fig. 2.5: Area D of the
control panel
37
D
38
37
41
39
42
43
44
40
Familiarize yourself with your new HMO
Fig. 2.6: Screen
10
<
2.6 General concept of instrument operation
>>>
2.7 Basic settings and integrated help
Fig. 2.10: Menu for basic settings
MENU OFF
TIME REFERENCE
Fig. 2.8: Selection of basic soft
menu elements
Fig. 2.9: Basic soft menu
elements for settings and
navigation
Familiarize yourself with your new HMO Familiarize yourself with your new HMO
11
DATE & TIME
SOUND
DEVICE NAME
HAMEG LOGO IN SCREENSHOT
2.8 Bus Signal Source
Signal S1 S2 S3
2.9 Updates for the rmware, the interface, the help
functions and languages
Familiarize yourself with your new HMO
Fig: 2.11: Updating menu and information window
12
IMPORTANT: Only 4 languages can be installed on
the HMO. If four language places are assigned and
you wish to install another one, you rst need to
delete one language. „
Fig: 2.12: Updating menu and information window
2.10 Upgrade with software options
Fig. 2.14: Manual licence key input.
2.11 Self Alignment
Familiarize yourself with your new HMO
Fig. 2.13: „UPGRADE“ menu.
A quick introduction
13
The scope must have achieved operating tempera-
ture (switched on for at least 20 min) and all inputs
must be without connection, which means all cable
and probes must be removed from the inputs.
Fig. 2.15: Successful self alignment
3 A quick introduction
3.1 Setting up and turning the instrument on
1
15
Fig. 3.1: Control panel HMO
3.2 Connection of a probe and signal capture
Passive probes be compensated prior to rst use.
Please refer to the probe manual for the proper
compensation procedure. Place the probe in the
appropriate position on the ADJ. output such that
the tip will be accepted by the hole of the right out-
put while the ground connection is made to the left
output, as shown in Fig. 4.3 in chapter 4.
3
A
5
15
16
8
11 14
9
10
67
12 13
4
17
Fig. 3.2: Screen display after connection of the probe
A quick introduction
14
The actual settings are marked by underlying blue
elds, repeated pressing of the keys will alternate
between the settings.
Fig. 3.3: Screen display after changing to DC coupling
15
Fig. 3.4: Screen display after Autosetup
3.3 Display of signal details
43
40
37
D
38
37
41
39
42
43
44
40
Fig. 3.5: Area of the control panel
containing the ZOOM knob
You see now a two-window display:
Fig. 3.6: ZOOM function
40
3.4 Cursor measurements
15
8
V-marker
A quick introduction
Fig. 3.7: Cursor measurements
A quick introduction
15
A quick introduction
3.5 Automatic measurements
10
Fig. 3.8: Quick View parameter measurement
11
Fig. 3.9:
Auto Measure
menu
MEASUREMENTS
TYPE
TYPE
Fig. 3.10: Selection of parameters
Source 2
Fig. 3.11: Measuring the parameters of two sources
3.6 Mathematical functions
16
21
Fig. 3.12: Formula editor
26
3.7 Storing data
12
Fig. 3.13: Save/Recall menu
SCREENSHOTS
Fig. 3.14: Menu SCREENSHOTS
STORAGE
FILE NAME
Fig. 3.15: Dening a le name
Accept
SCREENSHOTS
17
A quick introduction Vertical system
17
4 Vertical system
Fig. 4.1: Front panel area with vertical
system controls
21
Fig. 4.2: Short menu for the vertical settings
4.1 Coupling
Do not connect the 50 Ω inputs to effective voltage
higher than 5 volts!
18
B
19
20
22
23
24
21
25
26
27
The passive probes must be adjusted to the inputs
to which they are connected. See the probe manual
for the adjustment procedure. The PROBE ADJUST
output is only usable for 1:1 and 10:1 probes, for
100:1 or 1000:1 probes special external generators
with a perfect step response have to be used. Please
use the shortest possible ground connection.
HMO Art.-Nr. xx1320 + xx1340 - HINT - Stand: 31.01.2011
HMO Art.-Nr.: xx1320 + xx1340 - DKL - Stand: 31.01.2011
HORIZONTALTRIGGER
CURSOR/MENU ANALYZE GENERAL
TRIG’d SLOPE
ANALYZE GENERAL
TRIG’d SLOPE
LEVEL
M
E
M
O
R
Y
HORIZONTALTRIGGER
TRIG’d SLOPE
LEVEL
M
E
M
O
R
Y
VOLTS/DIV TIME/DIV
POSITION POSITION
SELECT WINDOW
COARSE/FINE
VOLTS/DIV TIME/DIV
POSITION POSITION
SELECT WINDOW
COARSE/FINE
PASS/FAILPASS/FAIL
VERTICALVERTICAL
USB STICK
REM
CH 1 CH 2 CH 3 CH 4
ADJ.
Bus Signal
Source
S1 S2 S3
COMPONENT
TESTER
(CT)
LOGIC CHANNEL POD (7...0)
Use recommended probe only!
! !
max.
10 Vp
6
2
-
K
3
0
4
-
1
3
4
0
1
.
0
6
2
-
K
3
0
4
-
1
3
4
0
1
.
0
50 Ω
5 V
rms
1 MΩ II 14 pF
max.
200 Vp
1 MΩ II 14 pF
max.
200 Vp
!
HMO1524 + 2024 - TXT SW - Stand: 31.01.2011
62-K304-1340 - 1.0
SELECTSELECT
CURSOR/MENU
MENU
COARSE
FINE KEYPAD
AUTO
MEASURE
SCROLL
BAR
CURSOR
MEASURE
FFT
QUICK
VIEW
DISPLAY
AUTO
SET
CH1
CH2
CH3
POD
AUTO
NORM
X Y
CT
MENU
TYPE
SOURCE
FILTER
SLOPE
ACQUIRE
SINGLE RUN
STOP
SET
CLR
SETUP HELP
SAVE
RECALL
INTENS
PERSIST
REF
BUS
FILE
PRINT
CH4
MATH
Fig. 4.3: Correct connection of the probe to
the probe adjust output
4.2 Sensitivity, Y-Positioning, and Offset
Fig. 4.4: Vertical offset in the extended menu
Vertical system
18
4.3 Bandwidth Limit and Signal Inversion
BW
4.4 Probe attenuation selection
4.5 Level setting
4.6 Name a channel
Vertical system
Fig. 4.5: Threshold setting and name allocation
Horizontal system
19
Vertical system Horizontal system
5 Horizontal System (Time Base)
5.1 Capturing modes RUN and STOP
5.2 Time base adjustments
37
NUMER.INPUT
5.3 Capture modes
– Normal:
37
D
38
37
41
39
42
43
44
40
Fig. 5.1: Control panel of the
horizontal system
– Roll:
– Envelope:
– Average:
– Filter:
– RANDOM SAMPL:
>
– PEAK DETECT:
– HI RES:
– MAX. REP RATE:
– MAX. SAMPL. RATE:
20
– AUTOMATIC:
5.4 ZOOM function
Fig. 5.2: Zoom function
5.5 Marker function
Fig. 5.3: Marker in zoom mode
5.6 Search function
Horizontal system Trigger System
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8
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