TB 9-6625-2327-35
Test instrument settings
Multimeter indications
Amplitude
Min
Max
10
mV rms
1 kHz
9.546
10.454
100
mV rms
1 kHz
98.646
101.354
200
mV rms
1 kHz
0.197646
0.202354
300
mV rms
1 kHz
0.296646
0.303354
400
mV rms
1 kHz
0.395646
0.404354
500
mV rms
1 kHz
0.494646
0.505354
600
mV rms
1 kHz
0.593646
0.606354
670.0
mV rms
1 kHz
0.662946
0.677054
1
670.0
mV rms
100 kHz
0.663300
0.676700
2
700
mV rms
1 kHz
0.692646
0.707354
800
mV rms
1 kHz
0.791646
0.808354
900
mV rms
1 kHz
0.890646
0.909354
1
V rms
1 kHz
0.989646
1.010354
2.000
V rms3
1 kHz
1.979646
2.020354
2.000
V rms4
100 kHz
1.980000
2.020000
7.000
V rms
1 kHz
6.929646
7.070354
5
7.000
V rms
100 kHz
6.930000
7.070000
6
1Record
multimeter indication as 1kHz_0dB_reference in table 5.
2Record multimeter indication as 100kHz_0dB_reference in table 5.
3Record multimeter indication as 1kHz_10dB_reference in table 5.
4Record multimeter indication as 100kHz_10dB_reference in table 5.
5Record multimeter indication as 1kHz_20dB_reference in table 5.
6Record multimeter indication as 100kHz_20dB_reference in table 5.
b. Adjustments.
Perform entire alignment procedure listed in
paragraph 13.
a. Performance Check
(1) Calculate and fill in the remaining blanks in table 5.
Multimeter
Formula to calculate
Calculated dB
Reference
indication
dB indication
indication
1kHz_0dB_reference
100kHz_0dB_reference
1kHz_10dB_reference
100kHz_10dB_reference
1kHz_20dB_reference
100kHz_20dB_reference
(2) Connect power sensor module to power meter, zero and calibrate the power
meter.
(3) Connect the power sensor to the TI Output.