TB 9-6625-127-24
(4) COMPL OUTPUT to off.
(5) DISABLE OUTPUT to off.
(6) FRQ to 1.00 kHz.
(7) AMP to 16 V.
(8) OFS to 0 V.
cs. Configure multimeter for DC voltage measurement with filter enabled.
ct. Connect TI OUTPUT to multimeter input using 50 Ω feedthrough termination.
cu. Switch TI COMPL mode on and off and adjust A1R402 (fig. 1) for minimal amplitude
difference between the two modes (< 10 mV). (R)
cv. Set TI AMP to 9.99 V. Configure multimeter for AC voltage measurements up to 10 V
and disable filter. Adjust A1R418 (fig. 1) for a multimeter indication of 3.530 V ±10 mV. (R)
cw. Set TI AMP to 1.00 V.
Adjust A1R445 (fig. 1) for a multimeter indication of
0.354 V ±1 mV. (R)
cx. Set TI AMP to 9.99 V and FRQ to 3.00 kHz. Connect TI OUTPUT to spectrum
analyzer input.
cy. Setup spectrum analyzer to display fundamental, at 0 dB, and first two harmonics.
cz. Repeat steps cr through cy until all values are within given limits.
da. Set TI as outlined in (1) through (6) below:
(1) Waveform to triangle.
(2) COMPL OUTPUT to off.
(3) DISABLE OUTPUT to off.
(4) FRQ to 1.00 kHz.
(5) AMP to 16 V.
(6) OFS to 0 V.
db. Configure multimeter for DC voltage measurement with filter enabled.
dc. Switch TI COMPL mode on and off and adjust A1R401 (fig. 1) for minimal amplitude
difference between the two modes (< 10 mV). (R)
dd. Set TI waveform to sine.
Adjust A1R425 (fig. 1) for a multimeter indication of
0.00 ±10 mV. (R)
de. Set TI AMP to 1 V.
Adjust A1R416 (fig. 1) for a multimeter indication of
0.00 ±5 mV. (R)
df. Set TI waveform to square.
dg. Configure multimeter for AC voltage measurements up to 10 V and disable filter.
Adjust A1R450 (fig. 1) for a multimeter indication of 0.506 V ±2 mV. (R)
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