TB 9-6625-2215-35
(2) Connect function/arbitrary generator output to TI 1 MΩ input, using
termination.
(3) Adjust function/arbitrary generator for a 10 Hz sine wave frequency signal and
amplitude to minimum output.
(4) Slowly increase function/arbitrary generator amplitude until measuring system
indicates a stable count of the applied frequency. Function/arbitrary generator output will
not exceed 100 mV.
(5) Adjust frequency of function/arbitrary generator for 50 Hz and amplitude to
minimum output.
(6) Slowly increase function/arbitrary generator amplitude until measuring system
indicates a stable count of the applied frequency. Function/arbitrary generator output will
not exceed 50 mV.
(7) Repeat technique of (5) and (6) above at function/arbitrary generator frequencies
of 100 Hz; 1, 10, and 100 kHz; and 1 MHz.
NOTE
Set GATE TIME SEC switch to 1 for 100 kHz check and .1 for
1 MHz check.
(8) Set RANGE MHz switch to 50 (blue).
(9) Adjust function/arbitrary generator frequency for 50 MHz and amplitude to
minimum output.
(10) Slowly increase function/arbitrary generator amplitude until measuring system
indicates a stable count of the applied frequency. Function/arbitrary generator output will
not exceed 100 mV.
(11) Set RANGE MHz switch to 50 (white) and GATE TIME SEC switch to 10.
(12) Adjust function/arbitrary generator frequency for 10 Hz and amplitude to
minimum output.
(13) Slowly increase function/arbitrary generator amplitude until measuring system
indicates a stable count of the applied frequency. If function/arbitrary generator output
exceeds 100 mV, perform b below.
(14) Repeat technique of (12) and (13) above at function/arbitrary generator
frequencies of 100 Hz; 1, 10, and 100 kHz; 1 and 10 MHz.
(15) Repeat (9) through (10) above. If function/arbitrary generator output exceeds
100 mV and no adjustment was performed in (13) above, perform b below.
(16) Set RANGE MHz switch to 500.
(17) Substitute signal generator for function/arbitrary generator.
(18) Adjust signal generator for frequencies of 100, 300, and 500 MHz and at each
frequency slowly adjust amplitude to obtain the minimum level that will produce a stable
indication of applied frequency on measuring system. If signal generator amplitude
exceeds 100 mV and no adjustment was previously made, perform b below.
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