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2 - Verification and Performance Tests
18
c. Divide the voltage drop (DVM reading) across the current monitoring resistor by its resistance to convert to
amps and record this value (Iout). The readings should be within the limits specified in the performance test
record card for the appropriate model under Current Programming @ 0 Amps.
d. Set the current range readback to High and program the output current to 20mA. Repeat step C to get the Iout.
Record the current reading on the front panel display. The reading should be within the limits specified in the
performance test record card for the appropriate model under Current Readback Accuracy (20mA) Iout.
e. Program the output current to the full-scale value in Table 2-2.
f. Divide the voltage drop (DVM reading) across the current monitoring resistor by its resistance to convert to
amps and record this value (Iout). Also, record the current reading that appears on the front panel display. The
readings should be within the limits specified in the performance test record card for the appropriate model under
Current Programming and Readback @ Full Scale.
Current Sink (-CC) Operation
This test verifies current sink operation and readback.
a. Turn off the supply and connect the output as shown in Figure 2-1a, except connect a dc power supply in place
of the electronic load as indicated. Set the DMM to operate in voltage mode.
b. Set the external power supply to 5 V and the current to the full scale current rating of the supply under test as in
Table 2-2.
c. Turn on the supply under test and program the output voltage to zero and the current to full scale as in Table 2-
2. The current on the UUT display should be negative and at least 60% of the current rating.
d. Divide the voltage drop across the current monitoring resistor by its resistance to obtain the current sink value
in amps and subtract this from the current reading on the display. The difference between the readings should be
within the limits specified in the performance test record card under Current Sink Readback.
Low Range Current Readback Accuracy
This test verifies the readback accuracy of the 20 milliampere current range.
a. Turn off the supply and connect the output as shown in Figure 2-1b. Set the DMM to operate in current mode.
b. Turn on the supply under test and set the current range readback to Low. Program the output voltage to zero
and the current to the full scale value in Table 2-2. The current on the UUT display should be approximately 0
mA.
c. Record the current reading on the DMM and the reading on the front panel display. The difference between the
two readings should be within the limits specified in the performance test record card under 20mA Range Current
Readback Accuracy @ 0A.
d. Program the output voltage to 8V and record the current reading on the DMM and the reading on the front
panel display. If the meter indicates overrange, lower the 8 volts slightly. The difference between the readings
should be within the limits specified in the performance test record card for the appropriate model under 20mA
Range Current Readback Accuracy @ +20mA
e. Turn off the supply and connect the output and an external supply as shown in Figure 2-1c. Set the DMM to
operate in current mode.
f. Turn on the external supply and program it to 8V and 1 amp. Then program the supply under test to zero volts
and 1 amp , except the 6614C is programmed to 0.5 amp . If the meter indicates overrange, lower the voltage of the
external supply slightly. The UUT display should read approximately −20 mA.
g. Record the current reading on the DMM and the reading on the front panel display. The difference between the
two readings should be within the limits specified in the performance test record card under 20mA Range Current
Readback Accuracy @ −20 mA.
- s1 1
- Warranty Information 2
- Safety Summary 3
- Printing History 5
- Instrument Identification 5
- Table of Contents 6
- PRINCIPLES OF OPERATION 43 7
- REPLACEABLE PARTS LIST 49 7
- DIAGRAMS 53 7
- INDEX 57 7
- Revisions 10
- Electrostatic Discharge 10
- Introduction 11
- Test Equipment Required 11
- Measurement Techniques 12
- Electronic Load 13
- Operation Verification Tests 14
- Performance Tests 14
- Constant Voltage (CV) Tests 15
- CV Source Effect 16
- CV Noise (PARD) 16
- Transient Recovery Time 16
- Constant Current (CC) Tests 17
- CC Load and Line Regulation 19
- CC Load Effect 19
- CC Source Effect 20
- CC Noise (PARD) 20
- Performance Test Record Form 22
- Troubleshooting 27
- Overall Troubleshooting 28
- Troubleshooting - 3 29
- 3 - Troubleshooting 30
- Power-on Self-test Failures 33
- Bias and Reference Supplies 34
- J307 Voltage Measurements 35
- Manual Fan Speed Control 36
- Post-repair Calibration 37
- Initialization 38
- ROM Upgrade 38
- Disassembly Procedures 39
- A1 Main Control Board 41
- Line Voltage Wiring 42
- Principles of Operation 43
- A3 Front Panel Circuits 44
- A2 Interface Circuits 44
- A1 Main Board Circuits 45
- Control Circuits 46
- Principles of Operation - 4 47
- Replaceable Parts List 49
- 5 - Replaceable Parts List 50
- Replaceable Parts List - 5 51
- Diagrams 53
- 6 - Diagrams 54
- Diagrams - 6 55
- Manual Updates 59
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