Hameg HMF2525 Manual page 49

10 Appendix
10.1 Table of figures
Fig. 2.1: Frontpanel of the HMF2550 / HMF2525
Fig. 2.2: Rear panel of the HMF2550 / HMF2525
Fig. 3.1: Example for an oscilloscope signal
Fig. 3.2: Display of the HMF 2525 /2550
Fig. 4.1: Panel key's for chosing basic waveforms
Fig. 4.2: Numeric keypad
Fig. 4.3: Front view including display of the settings
Fig. 4.4: Front view including display of the
settings changed
Fig. 4.5: Front view including display of the
amplitude change
Fig. 4.6: Arbitrary example
Fig. 4.7: Example for a user defined arbitrary waveform 39
Fig. 4.8: HMExplorer arbitrary example
Fig. 4.9: HMExplorer help
Fig. 5.1: AM modulation example
Fig. 5.2: FM modulation example
Fig. 5.3: PM modulation example
Fig. 5.4: FSK modulation example
Fig. 5.5: PWM modulation example
Fig. 5.6: HMF1 settings
Fig. 5.7: HMF2 settings
Fig. 5.8: BURST example
Fig. 5.9: Updating menu
Fig. 5.10: Basic menu for instrument settings
Fig. 5.11: Saving instrument settings
Fig. 5.12: Loading instrument settings
Fig. 5.13: Menu for screenshots
Fig. 5.14: Instrument informations
Fig. 5.15: Menu for self alignment
Fig. 5.16: Successful self alignment completed
Fig. 6.1: Controls for output, offset and invert function
Fig. 6.2: Explanation for offset function
Fig. 7.1: Outputs on the front panel
Fig. 7.2: Output signal controlled by a GATE signal
Fig. 8.1: Signal inputs and outputs including modulation
input
Fig. 8.2: Swept sine wave; sawtooth output
Fig. 9.1: RS-232 pin assignment
Fig. 9.2: Web server with device data
10.2 Glossary
A
lignment procedure: 38
Amplitude: 32
amplitude modulation: 35
arbitrary: 30, 31, 32, 33, 34, 40
arbitrary curve: 31
arbitrary function: 31, 33
arbitrary signal: 31, 34
Arbitrary waveform: 31
B
andwidth: 31
basic communication: 41
basic waveform: 32
BURST mode: 32, 36
C
ardinal Sine: 34, 35
center frequency: 35
CLOCK: 41
CSV file: 34
CSV format: 31, 40
D
HCP function: 42
display: 30, 31, 32, 33, 35, 37
34 driver: 41
35 dual interface: 31, 37, 41
35
E
35 xternal: 35
36 external source mode: 35
36
F
37 irmware: 34, 40
First time operation: 32
37 free-running: 40
frequency: 32, 33, 34, 35, 40, 41
37 frequency display: 33
38 frequency modulation: 35
frequency shift keying: 35
39 front panel: 30, 36, 40, 41
39
G
40 ated mode: 40
40 GPIB: 31, 34, 37
40 GPIB interface: 37
41 Greyscale mode: 38
41
H
41 AMEG Knowledge Base: 41
42 HAMEG service dept: 29
42 HMArb software: 31, 34
43 HyperTerminal: 41
43
I
44 nternal: 35
44 internal source mode: 35
44 INVERT: 30, 32, 39
45
L
45 AN interface: 37
45 Line fuse: 29
46
M
46 enu options: 36
46 modulation frequency: 41
46 modulation functions: 31
modulation types: 35
47
N
47
umerical keyboard: 32, 33, 35
48
O
48
FFSET: 30, 32, 33, 39
offset voltage: 39
operating modes: 29, 35, 36, 37, 38, 40
Operation: 32
original shipping carton: 29
Output: 39, 40
output signal: 36, 39, 40, 41
output voltage: 39
P
hase modulation: 33, 35
pink noise: 31
Pink Noise Function: 34, 35
polarity: 39
Power switch: 29
Pulse: 32
pulse generator: 31
pulse width: 31, 33, 35
pulse width modulation: 35
Q
uick introduction: 32
R
amp Function: 34, 35
Rear panel: 30, 41
A p p e n d i x
Subject to change without notice
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