Keysight E36300 Series - Calibration Adjustment Procedures; Closed-Case Electronic Calibration

E36313A Report Number ____________ Date ______________
Description Outputs Lower limit Result Upper
limit
CC Line Regulation (I
lowline
- I
highline
) Output 1
Output 2
Output 3
-1500 μA
-700 μA
-700 μA
______________
______________
______________
1500
μA
700 μA
700 μA
Low Range Current Measurement
Maximum Low Range Current measured over interface Output 1
Output 2
Output 3
I
low max
- 130 µA
I
low max
- 105 µA
I
low max
- 105 µA
______________
______________
______________
I
low
max
+
130 µA
I
low
max
+
105 µA
I
low
max
+
105 µA
Test Description Instrument settings
Output 1 Output 2 Output 3
Voltage Programming & Readback, Zero Voltage (V
0
) 0 V, 10 A 0 V, 2 A 0 V, 2 A
Voltage Programming & Readback, Maximum Voltage (V
max
) 6 V, 10 A 25 V, 2 A 25 V, 2 A
CV Load Regulation, Line Regulation, Ripple and Noise 6 V, 10 A 25 V, 2 A 25 V, 2 A
Transient Response 6 V, 5 Ato 10 A 25 V, 1 Ato 2 A 25 V, 1 Ato 2 A
Current Programming & Readback, Minimum Current (I
0
) 0.002 A, 6 V 0.001 A, 25 V 0.001 A, 25 V
Current Programming & Readback, Maximum Current (I
max
) 10 A, 6 V 2 A, 25 V 2 A, 25 V
CC Load Regulation, Line Regulation, Ripple and Noise 10 A, 6 V 2 A, 25 V 2 A, 25 V
Low Range Current Readback, Maximum Low Range Current
(I
low max
)
0.02 A, 6 V 0.01 A, 25 V 0.01 A, 25 V
Calibration Adjustment Procedures
This chapter includes calibration adjustment procedures for Keysight E36300 series power supply. Instructions are
applicable for performing the procedures from either the front panel or a controller over the LAN, USB, or GPIB.
Perform the verification tests before calibrating your instrument. If the instrument passes the verification tests,
the unit is operating within its calibration limits and does not need to be re-calibrated.
Closed–case electronic calibration
The instrument uses closed-case electronic calibration; no internal mechanical adjustments are required. The
instrument calculates correction factors based on reference signals that you apply and stores the correction factors
in non-volatile memory. This data is not changed by cycling power, *RST, or SYSTem:PRESet.
42
Keysight E36300 Series Service Guide