TB 9-6625-154-40
Table 14. 6 GHz Leveled Sine Function HF Linearity.
TI level
Power Meter
Cal Point
(V p-p)
Indication
Target 1
400.00 m
-3.979
700.00 m
Target 2
0.881
1.0000
Target 3
3.979
1.6000
Target 4
8.062
Target 5
2.0000
10.000
Target 6
2.5000
11.938
(27) Set TI as listed in (a) through (c) below:
(a) Softkey, FLAT.
(b) Softkey, TARGET 1.
(c) OUTPUT ON.
(28) Set power meter frequency to 3.3 GHz.
(29) Using the TI arrow keys adjust the TI O/P Amplitude until the power meter
display matches the first Meter Indication listed in table 13 below and press TI Softkey,
ACCEPT CALIB.
(30) Repeat technique of (27)(b) and (29) above for remaining rows in table 13.
(31) Press TI Softkey, NEXT FREQ and repeat technique of (27)(b) through (30)
above for 3.5 GHz.
(32) Repeat technique of (31) above for 3.70, 3.90, 4.10, 4.30, 4.50, 4.70, 5.00, 5.30,
5.50, 5.80, 6.00, 6.20 and 6.40 GHz.
Table 15. 6 GHz Leveled Sine Function HF Flatness.
Power Meter
Cal Point
TI level (V p-p)
Indication
Target 1
1.6000
8.062
500.00 m
Target 2
-2.041
152.00 m
Target 3
-12.384
48.500 m
Target 4
-22.306
(33) Set TI as listed in (a) through (i) below:
(a)
OUTPUT OFF.
(b)
Softkey, EXIT.
(c)
Softkey, STORE HEAD CAL.
(d)
Correct all necessary Cal Date data.
(e)
Softkey, STORE.
(f)
Wait for Saving cal factors to head to finish then press Softkey, EXIT.
(g)
Softkey, EXIT.
(h)
MODE.
(i)
Softkey, MANUAL.
(34) Disconnect equipment setup and repeat paragraphs 8 a and 9 a above.
10. Edge Rise/Fall Time Accuracy (Model 9530 Only)
a. Performance Check
(1) Connect TI output to storage oscilloscope input.
(2) Connect TI CH5 output to storage oscilloscope trigger input.
(3) Set storage oscilloscope to measure rise time with full bandwidth.
Change 2