Keysight Technologies E36100 Series, Руководство по эксплуатации и обслуживанию

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Performance Verification
Performance verification ensures that the instrument performs within the specifications stated in the
data sheet. Some specifications are included in this document and were accurate at the time of
publication, but the latest data sheet from the Keysight website should be referred to see if there are any
changes since this document was published.
Recommended test equipment
The test equipments recommended for the performance verification and adjustment procedures are
listed below. If the exact instrument is not available, use the accuracy requirements shown to select
substitute calibration standards.
Type Specification Recommended Model
Digital Multimeter Readout: 6 1/2 digits Basic DC Accuracy: 0.0035% Keysight 34401A or equivalent
Current Monitor 15 A (0.1 Ω), TC = 4 ppm/°C Guildline 9230A-15R
Electronic Load 150 V, 5 A minimum, with transient capability and a slew
rate of 833 kA/s or better. Keysight N3300A mainframe, with
N330xA modules
LAN / USB Controller PC with Keysight Connection Expert
loaded
Oscilloscope Sensitivity: 1 mV; Bandwidth Limit: 20 MHz Probe: 1:1
with RF tip Keysight Infiniium/6054A or
equivalent
RMS Voltmeter True RMS; Bandwidth: 20 MHz Sensitivity: 100 μV Rhode and Schwartz Model URE3
or equivalent
Differential Amplifier Bandwidth: 20 MHz LeCroy 1855A or equivalent
Terminations 1 – 50 Ω BNC termination
2 – 50 Ω, 1/8 W termination resistors
Variable voltage transformer
or AC source Adjustable to highest rated input voltage range. Power:
500 VA Keysight 6813B or equivalent
Calibration resistors for small
current
300 Ω (E36102A) 1/8 W minimum
2.5 kΩ (E36103A) 1/8 W minimum
9 kΩ (E36104A) 1/8 W minimum
20 kΩ (E36105A) 1/8 W minimum
51 kΩ (E36106A) 1/8 W minimum
Test considerations
– Ensure that the calibration ambient temperature is stable and between 20 °C and 30 °C.
– Ensure ambient relative humidity is less than 80%.
– Allow a 1-hour warm-up period before verification or calibration.
– Keep cables as short as possible, consistent with the impedance requirements.