TB 9-6625-2185-24
Table 11. Sensor High Frequency Calibration Factors
Entry
Correction
(dB)l
number
(GHz)
0
RANGE AUTO
0
CAL FAC GHz
0
CAL FAC dB
1
RANGE AUTO
1
CAL FAC GHz
N.NN (CHS)
CAL FAC dB
2
RANGE AUTO
2
CAL FAC GHz
N.NN (CHS)
CAL FAC dB
3
RANGE AUTO
3
CAL FAC GHz
N.NN (CHS)
CAL FAC dB
4
RANGE AUTO
4
CAL FAC GHz
N.NN (CHS)
CAL FAC dB
5
RANGE AUTO
5
CAL FAC GHz
N.NN (CHS)
CAL FAC dB
6
RANGE AUTO
6
CAL FAC GHz
N.NN (CHS)
CAL FAC dB
7
RANGE AUTO
7
CAL FAC GHz
N.NN (CHS)
CAL FAC dB
8
RANGE AUTO
8
CAL FAC GHz
N.NN (CHS)
CAL FAC dB
9
RANGE AUTO
9
CAL FAC GHz
N.NN (CHS)
CAL FAC dB
10
RANGE AUTO
10
CAL FAC GHz
N.NN (CHS)
CAL FAC dB
11
RANGE AUTO
11
CAL FAC GHz
N.NN (CHS)
CAL FAC dB
12
RANGE AUTO
12
CAL FAC GHz
N.NN (CHS)
CAL FAC dB
13
RANGE AUTO
13
CAL FAC GHz
N.NN (CHS)
CAL FAC dB
14
RANGE AUTO
14
CAL FAC GHz
N.NN (CHS)
CAL FAC dB
15
RANGE AUTO
15
CAL FAC GHz
N.NN (CHS)
CAL FAC dB
16
RANGE AUTO
16
CAL FAC GHz
N.NN (CHS)
CAL FAC dB
17
RANGE AUTO
17
CAL FAC GHz
N.NN (CHS)
CAL FAC dB
18
RANGE AUTO
18
CAL FAC GHz
N.NN (CHS)
CAL FAC dB
0
RANGE AUTO
----
----
----
----
1
N.NN is calibration factor calculated in (5) above. (CHS) is for negative (-) cal factors only.
(11) Press 0 and RANGE AUTO pushbuttons.
(12) Set control board bit switch to OPERATE MODE (fig. 3).
a. Performance Check
(1) Connect multimeter to A6TP3 (fig. 1) and chassis ground. If multimeter does
not indicate between 5.198 and 5.202, perform b (1) below.
(2) Connect multimeter to A6TP2 and A6TP4 (fig. 1).
indicate between 140 and 160 mV dc, perform b (2) below.
(3) Connect multimeter to A6TP1 (fig. 1) and chassis ground.
indicate between 14.4 and 15.6 V dc.
(4) Connect multimeter to A6TP5 (fig. 1) and chassis ground.
indicate between -14.4 and -15.6 V dc.
(5) Disconnect multimeter from A6TP5 and connect to A6TP6 (fig. 1). Multimeter
will indicate between -4.89 and -5.2 V dc.
b. Adjustments
(1) Adjust A7R5 (fig. 1) for 5.200 V dc multimeter indication. (R)
(2) Adjust A7R11 (fig. 1) for a 150 mV dc multimeter indication. (R)