Keithley 2010 Service Manual

Manufacturing calibration
The manufacturing calibration procedure is normally performed only at the factory, but the
necessary steps are included here in case the unit is repaired, and the unit requires these
calibration procedures.
NOTE If the unit has been repaired, the entire comprehensive calibration procedure should
also be performed in addition to the manufacturing calibration procedure.
Firmware revision level
The manufacturing calibration procedure depends on the firmware revision level, either
revision A13 and lower, or revision A14 and higher. The instrument displays the firmware
revision as part of the power-up cycle. Be sure to use the correct procedure as outlined below.
Recommended test equipment
Table 2-13 summarizes the test equipment required for the manufacturing calibration steps.
Note that the equipment depends on firmware revision level. See Table 2-1 for equipment
necessary for the comprehensive calibration steps.
Table 2-13
Recommended equipment for manufacturing calibration
Firmware revision A13 and lower Firmware revision A14 and higher
Keithley 3930A or 3940 Frequency Synthesizer:
1V RMS, 3Hz, ±5ppm
1V RMS, 1kHz, ±5ppm
Stanford Research Systems
DS 345 Function Generator:
1V RMS, 1kHz, ±5ppm
Keithley Model 2001 or 2002 Digital Multimeter:
1V, 3Hz AC, ±0.13%
Fluke 5700A Calibrator:
1V RMS, 10Hz, ±260ppm
Keithley Model 8610 Low-thermal short Keithley Model 8610 Low-thermal short
2-20 Calibration

Keithley 2010 Specifications

General

Frequency Range	3 Hz to 300 kHz
DC Voltage Range	100 mV to 1000 V
AC Voltage Range	100 mV to 750 V
DC Current Range	3 A
DC Current Accuracy	0.05%
AC Current Range	3 A
Resistance Accuracy	0.01%
Interface	GPIB, RS-232
Power Supply	50 Hz or 60 Hz