Verifying The Lf Sine Voltage Function - Fluke Calibration 9500B Calibration Manual

Table 5. DC/Square Square (-) Verification at 1 kHz into 1 MΩ Load
Verif.
Point Frequency
-SQ1 1 kHz 600.00 mV 599.39 mV 600.61 mV 299.9979 mV 299.67 mV 300.28 mV
-SQ2 1 kHz 60.000 mV 59.93 mV
-SQ3 1 kHz 6.0000 mV 5.984 mV
-SQ4 1 kHz 6.0000 V
-SQ55 1 kHz 60.000 V
Please copy the following table. Enter the measurements in the Measured
Value column on the copy.
Table 6. DC/Square Square (Symmetrical) Verification at 1 kHz into 1 MΩ Load
Verif.
Point Frequency
±SQ1 1 kHz 600.00 mV 599.39 mV 600.61 mV
±SQ2 1 kHz 60.000 mV 59.93 mV
±SQ3 1 kHz 6.0000 mV 5.984 mV
±SQ4 1 kHz 6.0000 V
±SQ55 1 kHz 60.000 V

Verifying the LF Sine Voltage Function

Summary
Equipment requirements are given in Equipment Requirements and test interconnections
in Equipment Requirements
The LF Sine Voltage Function is verified by carrying out measurements of amplitude in
the sequence given in Verification Setup, at the verification points shown in Table 7.
Absolute Limits
Output
(pk-pk)
Voltage
(pk-pk)
Lower
60.07 mV
6.016 mV
5.99399 V 6.00601 V
59.93999 V 60.06001 V 29.99799 V
Note
Absolute Limits
Output
(pk-pk)
Voltage
(pk-pk)
Lower
60.07 mV
6.016 mV
5.99399 V 6.00601 V
59.93999 V 60.06001 V 29.99799 V
High Performance Oscilloscope Calibrator
9500B Mainframe Verification by Functions
Output
Voltage
(RMS)
Higher
29.99799 mV 29.96 mV
2.999799 mV 2.992 mV
2.999799 V
Output
Voltage
(RMS)
Higher
299.9979 mV 299.67 mV 300.28 mV
29.99799 mV 29.96 mV
2.999799 mV 2.992 mV
2.999799 V
Absolute Limits
(RMS)
Lower Higher
30.03 mV
3.008 mV
2.99674 V 3.00275 V
29.96750 V 30.02751 V
Absolute Limits
(RMS)
Lower Higher
30.03 mV
3.008 mV
2.99674 V 3.00275 V
29.96750 V 30.02751 V
Measured
Value
(RMS)
Measured
Value
(RMS)
45