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Table 22. IF Average Detector Linearity
Table 26. Positive Frequency Drift Error

Calibration Procedure For Measuring Receiver Model 8902A Page Navigation
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TB 9-6625-2343-40
(16) TI will indicate within limits specified in table 23.
Table 23. IF Synchronous Detector Linearity
Piston
attenuator
Test instrument
Setting
Min variation
Max variation
(dB)
(dB)
(dB)
30
TRV +0.02
TRV -0.02
(17) Press TI keys as listed in (a) and (b) below:
(a) DATA 9.2.
(b) DATA SPCL.
(18) TI will indicate within limits specified in table 24.
(19) Repeat technique of (15), (17) and (18) above for piston attenuator settings and
TI special functions in table 24 below. TI will indicate within calculated limits.
Table 24. IF Range to Range Linearity
Piston attenuator
Test instrument
setting
Special
Min variation
Max variation
(dB)
function
(dB)
(dB)
30
9.2
TRV +0.02
TRV -0.02
40
9.3
TRV +0.04
TRV -0.04
50
9.4
TRV +0.06
TRV -0.06
60
9.5
TRV +0.08
TRV -0.08
70
9.6
TRV +0.13
TRV -0.13
80
9.7
TRV +0.18
TRV -0.18
(20) Press TI keys as listed in (a) and (b) below:
(a) BLUE.
(b) INSTR PRESET.
(21) Reduce all outputs and disconnect equipment setup.
(22) Connect signal generator No. 1 RF OUTPUT to TI INPUT 50 Ω.
(23) Set signal generator No. 1 for an output frequency of 30 MHz, 1 kHz frequency
increment steps and an output level of -10 dBm.
(24) Press TI keys as listed in (a) through (j) below:
MEASUREMENT S (shift).
(a)
(b)
TUNED RF LEVEL.
(c)
DATA 4.2.
(d)
DATA SPCL.
(e)
DATA 9.2.
(f)
DATA SPCL.
(g)
DATA CLEAR.
(h)
DISPLAY LOG/LIN.
(i)
BLUE.
(j)
SET REF.
(25) If TI does not indicate 0.00 dBm, repeat (24) (i) and (j) above.
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