– 4–6 –
2. If the OK message does not appear within 3
seconds, it is recommended to click eack tab item
in setp
Q
, and enter again (like refresh). Then Click
[ENTER TEST MODE] tab (setp
W
).
3. Click OK tab (setp
E
).
4.3.4. TX-Power Scaling Factors (1)
1. Click [TX TEST] tab (setp
Q
).
2. Click [READ] tab (setp
W
) to get the default values
of each band.
Note: There are 2 parts on this TEST.
■
TX Calibration.
■
TX Frequency Compensation.
Power
Control
level
Nominal
output power
(dBm)
Tolerance (dB) for conditions
normal
extreme
22-29
Reserved
Reserved
Reserved
30
33
±
2
±
2.5
31
32
±
2
±
2.5
0
30
±
3
±
4
1
28
±
3
±
4
2
26
±
3
±
4
3
24
±
3
±
4
4
22
±
3
±
4
5
20
±
3
±
4
6
18
±
3
±
4
7
16
±
3
±
4
8
14
±
3
±
4
9
12
±
4
±
5
10
10
±
4
±
5
11
8
±
4
±
5
12
6
±
4
±
5
13
4
±
4
±
5
14
2
±
5
±
6
15
0
±
5
±
6
16-21
Reserved
Reserved
Reserved
PCS 1900 Power Control Levels
4.3.5. TX-Power Scaling Factors (2)
1. Select the test band mode (setp
!
).
2. Enter the middle ARFCN of each band, click
[APPLY] tab (step
W
); ex. EGSM = 37.
8
Set tester in the same channel
3. Enter Scaling Factor (step
E
), PL 5 value is the
reference (step
R
), click [APPLY]
8
Read the TX output power value on the tester.
Compare with the actual specification (33 dB ± 3
dB).
8
The best highest Scaling factor is not more than
60,000.
8
You may check any PL. Use the corresponding
Scaling Factor of that PL.
4.
Repeat until the best factor according to the ideal
output power value is viewed on the tester and
enter that value in the corresponding grid cell (PL
5).
5. Repeat steps 1 to 4 for other bands, Click [WRITE]
tab (step
T
) if the all bands are completed.
