TB 9-6625-2273-40
(6) Enter 75 mV on the TI DATA keyboard and record multimeter indication.
NOTE
The reading recorded in (6) above will be used in (7), (19), and
(21) below.
(7) Multiply multimeter indication recorded in (6) above by 0.985 and record results
minimum. Multiply multimeter indication recorded in (6) above by 1.015 and
as
record results as _____ maximum.
(8) Press TI FREQUENCY VARIABLE pushbutton and enter 20 Hz on
DATA keyboard.
(9) Multimeter will indicate within minimum and maximum limits computed in (7)
above; if not perform b below.
(10) Repeat (8) and (9) above for TI DATA keyboard entries of 1 kHz, 10 kHz, 30 kHz,
49.999 kHz, 75 kHz, and 100 kHz.
(11) Record multimeter 100 kHz indication.
(12) Press TI OUTPUT HEAD ON/OFF, pushbutton (turn the output OFF) and
disconnect TI from multimeter.
NOTE
Verify the proper CAL FACTORS are loaded for the
measuring receiver's sensor module.
t
(13) Connect TI to measuring receiver sensor module (do not use precision 50
ermination). Set measuring receiver controls as necessary to measure in voltage units.
(14) Press TI pushbuttons as listed in (a) through (c) below:
(b) AMPL and enter 75 mV on DATA keyboard.
(c) OUTPUT HEAD ON/OFF (turn output ON).
(15) Adjust TI variable control knob until measuring receiver indicates as close as
possible to the indication recorded in (11) above.
(16) Press TI FREQUENCY VARIABLE pushbutton and enter 1.0 MHz on
DATA keyboard.
(17) Measuring receiver will indicate within minimum and maximum limits
computed in (7) above; if not, perform b below.
(18) Repeat (16) and (17) above for TI DATA keyboard entries of 10 MHz and
100 MHz.
(19) Multiply multimeter indication recorded in (6) above by 0.97 and record results
as _____ minimum. Multiply multimeter indication recorded in (6) above by 1.03 and
record results as _____ maximum.
(20) Enter 250 MHz on TI DATA keyboard. Measuring receiver will indicate within
______ minimum and ______ maximum limits computed in (19) above; if not, perform b
below.
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