Agilent Technologies N5700 Series User Manual page 101

Test Record Form – Agilent N5741A and N5761A
Agilent N5741A and N5761A
Voltage Programming & Readback
Minimum Voltage Vout
Measurement Readback
High Voltage Vout
Measurement Readback
CV Load Effect
CV Source Effect
CV Ripple and Noise
peak-to-peak
rms
Transient Response
Voltage @ 1.5ms
Current Programming & Readback
Minimum Current Iout
Measurement Readback
High Current Iout
Measurement Readback
CC Load Effect
CC Source Effect
Test Description
Voltage Programming & Readback, Min Voltage
Voltage Programming & Readback, High Voltage
CV Load Effect, Source Effect, Ripple and Noise
Transient Response
Current Programming & Readback, Min Current
Current Programming & Readback, High Current
CC Load Effect, Source Effect
Load Requirements
Current shunt
Agilent N3300 Electronic load modules
Fixed Resistor for CV Ripple and Noise
Series N5700 User's Guide
Verification and Calibration Appendix B
Report No _______________
Model Minimum Specs.
Both 0 mV
Both Vout − 6 mV
Both 5.994 V
Both Vout − 12 mV
Both − 2.6 mV
Both − 2.6 mV
Both N/A
Both N/A
Both − 30 mV
N5741A 0 mA
N5761A 0 mA
N5741A Iout − 300 mA
N5761A Iout − 540 mA
N5741A
99.8 A
N5761A 179.64 A
N5741A Iout − 400 mA
N5761A
Iout − 720 mA
N5741A − 25 mA
N5761A − 41 mA
N5741A
− 12 mA
N5761A − 20 mA
N5741A Settings
≤12 mV, 400 mA
6 V, 400 mA
6 V, 100 A
6 V, from 10 A to 90A
400 mA, 6 V
100 A, 6 V
100 A, 6 V
N5741A
0.01Ω 100 A
2 – N3305A
0.06Ω 1kW
Date __________________
Results Maximum Specs.
__________ + 15 mV
__________ Vout + 6 mV
__________ 6.006 V
__________ Vout + 12 mV
__________ + 2.6 mV
__________ + 2.6 mV
__________ 60 mV
__________ 8 mV
__________ + 30 mV
__________ + 500 mA
__________ + 902 mA
__________ Iout + 300 mA
__________ Iout + 540 mA
__________ 100.2 A
__________ 180.3 A
__________ Iout + 400 mA
__________ Iout + 720 mA
__________ + 25 mA
__________ + 41 mA
__________ + 12 mA
__________ + 20 mA
N5761A Settings
≤12 mV, 720 mA
6 V, 720 mA
6 V, 180 A
6 V, from 18 A to 172A
720 mA, 6 V
180 A, 6 V
180 A, 6 V
N5761A
0.001Ω 300 A
3 – N3305A
0.03Ω 2kW
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