User's Manual

Verification and Calibration Appendix B
Series N5700 User’s Guide 101
Test Record Form – Agilent N5741A and N5761A
Agilent N5741A and N5761A Report No _______________ Date __________________
Model Minimum Specs. Results Maximum Specs.
Voltage Programming & Readback
Minimum Voltage Vout
Measurement Readback
High Voltage Vout
Measurement Readback
Both
Both
Both
Both
0 mV
Vout − 6 mV
5.994 V
Vout − 12 mV
__________
__________
__________
__________
+ 15 mV
Vout + 6 mV
6.006 V
Vout + 12 mV
CV Load Effect Both − 2.6 mV __________ + 2.6 mV
CV Source Effect Both − 2.6 mV __________ + 2.6 mV
CV Ripple and Noise
peak-to-peak
rms
Both
Both
N/A
N/A
__________
__________
60 mV
8 mV
Transient Response
Voltage @ 1.5ms Both
− 30 mV
__________ + 30 mV
Current Programming & Readback
Minimum Current Iout
Measurement Readback
High Current Iout
Measurement Readback
N5741A
N5761A
N5741A
N5761A
N5741A
N5761A
N5741A
N5761A
0 mA
0 mA
Iout − 300 mA
Iout − 540 mA
99.8 A
179.64 A
Iout − 400 mA
Iout − 720 mA
__________
__________
__________
__________
__________
__________
__________
__________
+ 500 mA
+ 902 mA
Iout + 300 mA
Iout + 540 mA
100.2 A
180.3 A
Iout + 400 mA
Iout + 720 mA
CC Load Effect N5741A
N5761A
− 25 mA
− 41 mA
__________
__________
+ 25 mA
+ 41 mA
CC Source Effect N5741A
N5761A
− 12 mA
− 20 mA
__________
__________
+ 12 mA
+ 20 mA
Test Description N5741A Settings N5761A Settings
Voltage Programming & Readback, Min Voltage ≤12 mV, 400 mA ≤12 mV, 720 mA
Voltage Programming & Readback, High Voltage 6 V, 400 mA 6 V, 720 mA
CV Load Effect, Source Effect, Ripple and Noise 6 V, 100 A 6 V, 180 A
Transient Response 6 V, from 10 A to 90A 6 V, from 18 A to 172A
Current Programming & Readback, Min Current 400 mA, 6 V 720 mA, 6 V
Current Programming & Readback, High Current 100 A, 6 V 180 A, 6 V
CC Load Effect, Source Effect 100 A, 6 V 180 A, 6 V
Load Requirements N5741A N5761A
Current shunt 0.01Ω 100 A 0.001Ω 300 A
Agilent N3300 Electronic load modules 2 – N3305A 3 – N3305A
Fixed Resistor for CV Ripple and Noise 0.06Ω 1kW 0.03Ω 2kW