32
Subject to change without notice
8 Appendix
Glossary
A
Arbitrary: 25, 27, 28, 30, 31
Arbitrary function: 28
B
Beeper: 27, 28, 30
C
Convection cooling: 23
Cooling: 23
CURRENT: 24, 26, 27
Current limit: 26, 28, 31
D
Display Contrast: 27, 28
Dual Interface: 24, 28
E
EasyArb function: 25
Electronic fuse: 26, 28
F
FuseLink: 25
FUSE Linking: 27
G
GPIB Interface: 28
H
HAMEG Knowledge Base: 29
K
Key Brightness: 28
M
Maintenance: 23
maximum power: 26
Menu options: 27
O
Operating conditions: 22
Operating temperature: 22
overvoltage protection: 28
P
Parallel operation: 31
Power hyperbola: 26
Power management: 25
Program Commands: 29
R
Rack mount systems: 24, 25
RECALL: 24, 27
Remote Control: 19, 29, 30
Repair: 23
Reset Device: 27, 28
Residual ripple: 25
Return material authorization: 23
S
Safety instructions: 22
SCPI commands: 29
Sense inputs: 31
Series operation: 31
Storage: 22
STORE: 24, 27
System commands: 29
T
Tracking function: 27
Transport: 22
Types of fuses: 23
V
VOLTAGE: 24, 26, 27
Voltage regulation: 26
Voltage regulation mode: 26
W
Warranty: 23
Windows HyperTerminal: 29
List of fi gures
Fig. 2.1: Frontpanel HMP2030
24
Fig. 2.2: Rear panel HMP2020 / HMP2030
24
Fig. 3.1: HMP2020 (2 channel version)
25
Fig. 3.2: Arbitrary voltage step
25
Fig. 3.3: Fuse Linking aktivated
25
Fig. 3.4: Outputs on the rear side enables the inte-
gration into 19” rack mount systems
25
Fig. 4.1: Available maximum values of HMP2030
26
Fig. 4.2: Available maximum values of HMP2020
26
Fig. 4.3: Current limits
26
Fig. 4.4: (HM2030) HM2020 power hyperbola
26
Fig. 4.5: Display of FUSE for each channel
26
Fig. 5.1: 1 V decimal position of all three channels
27
Fig. 5.2: Menu options
27
Fig. 5.3: Activated Fuse linking shown in the display
27
Fig. 5.4: Main menu (overview)
27
Fig. 5.6: Fuse Linking
28
Fig. 5.7: Arbitrary Editor
28
Fig. 5.8: OVP (Over Voltage Protection)
28
Fig. 5.9: Menu option Beeper
28
Fig. 7.1:
Compensation of the voltage drop across
the cables (drawing)
31
Fig. 7.2: Series operation
31
Fig. 7.3: Parallel operation
31
A p p e n d i x