Rohde & Schwarz HMC804, Руководство пользователя

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66
Appendix
66
12 Appendix
12.1 List of Figures
Fig. 1.1: Operating positions 38
Fig. 1.2: Back panel R&S®HMC804x with connectors 40
Fig. 1.3: Connectors on the front panel of the instrument 40
Fig. 1.4: Product labeling in accordance with EN 50419 41
Fig. 2.1: Front panel of the ¸HMC8043
42
Fig. 2.2: Back panel of ¸HMC8043 42
Fig. 2.3: User panel ¸HMC8042
(2 channel instrument) 43
Fig. 2.4: User panel ¸HMC8041
(1 channel instrument) 43
Fig. 4.1 Display values R&S®HMC8041 45
Fig. 4.2: Numeric keypad with function keys 46
Fig. 4.3 Value display R&S®HMC8043 46
Fig. 4.4: R&S®HMC8043 power hyperbola 47
Fig. 4.5 LIVE Mode 47
Fig. 5.1: Current limit 48
Fig. 5.2: Display values CV/CC R&S®HMC8042 48
Fig. 5.3: Fuse display CH1 48
Fig. 5.4: Fuse Linking example 49
Fig. 5.5: TRACK function 49
Fig. 5.6: EasyArb editor 50
Fig. 5.7: Arbitrary waveform example 50
Fig. 5.8: EasyArb Editor page 2|2 50
Fig. 5.9: Arbitrary-editor example (excerpt) HMExplorer
software 51
Fig. 5.10: Arbitrary example HMExplorer software 51
Fig. 5.11: Output arbitrary example on an oscilloscope 51
Fig. 6.1: Terminal block with connector assignment 52
Fig. 6.2: Example plug-in terminal block connector 52
Fig. 6.3: Example for 19“ rack mount 52
Fig. 6.4: Analog In example 53
Fig. 6.5: Example for Sequencing 53
Fig. 6.6: Delay between CH1 and CH2 53
Fig. 6.7: EasyRamp example 54
Fig. 6.8: Example for serial mode 54
Fig. 6.9: Example for parallel mode 55
Fig. 6.10: Power supply quadrants diagram 55
Fig. 6.11: R&S®HMC8043 connection 55
Fig. 6.12: Statistic menu R&S®HMC8043 55
Fig. 6.13: Statistic example R&S®HMC8042 55
Fig. 9.1: Firmware update menu 58
Fig. 9.2: Setup menu 58
Fig. 9.3: Device information 58
Fig. 9.4: Enter the device name 59
Fig. 10.1: Rear panel 59
Fig. 10.2: USB-VCP settings 59
Fig. 10.3: Interface menu 60
Fig. 10.4: NI-VISA 5.4.1 60
Fig. 10.5: NI-VISA installation instructions 60
Fig. 10.6: NI-VISA feature installation locally 61
Fig. 10.7: Setup menu 61
Fig. 10.8: Interface menu 61
Fig. 10.9: TMC display 61
Fig. 10.10: Instrument driver installation 61
2
Specifications
Trigger Input
Trigger response time <1 ms
Min. trigger interval 10 ms
Trigger level TTL
Edge direction rising, falling
Arbitrary (EasyARB)
Parameter Voltage, current, time, interpolation
mode (y/n)
Number of Points max. 512
Dwell time 10 ms to 600 s
Repetition rate continous or burst mode with 1 to 255
repetitions
Trigger manually, interface, trigger input
Logging
Sampling rate 1000 Sa/s,100 Sa/s,10 Sa/s,
1 to 3600 Sa/s
Resolution
¸HMC8043 1 mV / 0.1 mA (<100 Sa/s)
10 mV / 1 mA (1000 Sa/s)
¸HMC8042 /
¸HMC8041 1 mV / 1 mA (<100 Sa/s);
10 mV / 10 mA (1000 Sa/s)
Memory Internal or external memory
(USB memory sticks)
Maximum number of points limited by memory
Output Sequencing
Synchronicity <100 µs
Delay per channel 1 ms to 60 s
Remote Interfaces
Connectors USB-TMC, USB-CDC (Virtual COM), LAN
(LXI), GPIB (optional)
Miscellaneous
Input power option 100 VAC to 240 VAC (±10 %) 50/60 Hz
Maximum input power 200 W
Fuse T3, 15L 250 V
Operating temperature 0 °C to +40 °C
Storage temperature -20 °C to +70 °C
Humidity 5 % to 80 %
Display 3.5” / QVGA
Dimensions (H x W x D) 88 x 222 x 280 mm
Rack mount capability
(half 19“) Yes
Weight 2.6 kg
Accessories included:
Line cord, operating manual
Recommended accessories:
¸HZC95 19” rackmount kit, 2HE
¸HZ10S 5 x silicon test lead (black)
¸HZ10R 5 x silicon test lead (red)
¸HZ10B 5 x silicon test lead (blue)
¸HZ72 IEEE-488 (GPIB) interface cable, 2 m
The specifications are based on a 30 min warm-up period.