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IEEE Std 488-1978 Digital Interface for Programmable
Instrumentation, corrected edition July 25, 1980, or
later, available from:
IEEE
345 East 47th Street
New York, NY 10017
The 6034A implements the following HP-IB interface
functions:
SHI {Source Handshake!
AH1 (Acceptor Handshake)
T1
(Talker)
LI
(Listener)
SRI (Service Request)
RL1 (Remote Local)
PP1 (Parallel Poll)
DC1 (Device Clear)
DTI (Device Trigger)
Table 1-1. Specifications and Supplemental Characteristics
All performance specifications are measured at rear-panel ter¬
minals with a resistive load, ambient temperature 25°C ± 5°C.
DC Output; Voltage and current can be programmed via
HP-IB or front-panel control over the following ranges:
Voltage: 0 to 60 V
Current: 0 to 10 A
See graph below for maximum output power. (This power is
available at load with up to 0.5 V drop in each load lead.)
/
E
P
E
/
P
10
20
200
60
3.3
200
9
23
207
55
3.7
204
8
27.5
220
50
4 2
210
7
32 5
2275
45
4.9
221
6
38
228
40
5.7
228
5
44 5 222 5
35
6.5
228
4
52 5 2i0
30
75
225
25
8.5
213
20 10.0
200
OUTPUT CURRENT
Load Effect (Load Regulation): For load change equal to the
maximum available current rating of the supply at the set
voltage (CV), or maximum available voltage rating at the
set current (CC).
Voltage; ±0.01% ±3 mV
Current: 0.01% +3mA
Source Effect:
Voltage: 0.01% + 2 mV
Current: 0.01% +2 mA
PARD: (Ripple and Noise) RMS/p-p, 20 Hz to 20 MHz:
Voltage: 3 mV/30 mV
Current: 5 mA RMS
Temperature Coefficient:A/ °C after 30-minute warmup:
Voltage: ±0.009% ±0.7 mV
Current: ±0.009% ±0.8 mA
Drift (Stability): Change in output over an 8-hour interval
under constant, line, load, and ambient temperature after
30-minute warmup.
Voltage: ±0.03% ±3 mV
Current: ±0.03% i 3 mA
Load Transient Recovery Time; Less than 1 ms is required
for output voltage recovery (in constant voltage operation)
to within 75 mV of the nominal output following a change
in output current from 90% to 100% or 100% to 90% of
maximum current.
Current: 2.5 mA
Voltage: 15 mV
rogramming Accuracy (25 ±5°C):
Constant Voltage: ±0,07% ±28 mV
Constant Current: ±0.085% ± 12.5 mA
Output Impedance (Typical): 0.1 mi} @ dc., less than 10
for all frequencies below 1 MHz. See graph:
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FREQUENCY (Hr)
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1-3
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