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PAMS
Technical Documentation
NSE–5
Service Software Instructions
Page 39
Issue 1 07/99
Tx Power... command
An antenna cable, a GSM/PCN signal tester or either a Pulse Power
Meter or a spectrum analyser along with a 10dB attenuator is needed for
the tuning. If the tuning is performed with external voltage source, it shall
be set to 3.6 V. Before starting the TX Power tuning the active band is set
to the GSM band. For GSM the alignment channel is 60 (902 MHz) and
for PCN 700 (1747.8 MHz). The side channels for GSM are 1 (890.2 MHz)
and 124 (914.8 MHz) and for PCN 512 (1710.2 MHz) and 885 (1784.8
MHz).
Note:
In TX Power tuning the signal timing is irrelevant, and can not be measured since
the phone is set to local mode.
When using spectrum analyzer:
The following settings for the spectrum analyzer are recommended when
aligning the power levels: zero span, resolution and video bandwidths 1
MHz, input attenuation 40 dB, sweep time 1 ms, video triggering.
Note! If spectrum analyzer is used in power level alignment the reading needs to be
calibrated with a power meter after every power up.
Start tuning
Activation
Status Bar Text
Alt, T,P
Initialising local mode....;
Starts TX power tuning.
The following automatic selection are made when the tuning function is
activated:
Active unit
= TX
TX Power level
= 19 (The lowest power level)
Operation mode
= Burst
The TX power tuning is performed in the following 22 steps:
Select GSM band on the GSM/PCN signal tester or GSM/PCN
Power Meter. Select the GSM band in WinTesla in menu
Product, Band and GSM.
Compensate for antenna cable loss on the GSM/PCN signal
tester or GSM/PCN Power Meter. Typical values for a standard
cable is in GSM mode 0.6 – 0.7 dB cable loss.
Select measurement of average burst power on the GSM/PCN
signal tester or GSM/PCN Power Meter.
Select the menu Testing and RF Controls. And set:
-
Active Unit
= TX
-
TX Data Type
= Random
Summary of Contents for NSE-5 Series
Page 15: ...NSE 5 Series Transceivers PAMS Technical Documentation Issue 1 07 99 Chapter 2 System Module...
Page 97: ...PAMS Technical Documentation Issue 1 07 99 Mechanical Assembly...
Page 195: ...NSE 5 Series Transceivers PAMS Technical Documentation Issue 1 07 99 Service Tools...
Page 219: ...PAMS Technical Documentation NSE 5 Series Transceivers Issue 1 07 99 Disassembly Instructions...
Page 227: ...NSE 5 Series Transceivers PAMS Technical Documentation Issue 1 07 99 Troubleshooting...
Page 267: ...PAMS Technical Documentation Original 11 97 HFU 2 Handsfree Unit...
Page 316: ...NSE 5 Schematics Layouts V13 A 2 Page Draft 05 RF and BB Interconnections...
Page 317: ...NSE 5 Schematics Layouts V13 A 3 Page Draft 05 Baseband Block...
Page 318: ...NSE 5 Schematics Layouts V13 A 4 Page Draft 05 Audio...
Page 319: ...NSE 5 Schematics Layouts V13 A 5 Page Draft 05 CPU...
Page 320: ...NSE 5 Schematics Layouts V13 A 6 Page Draft 05 Infrared Module...
Page 321: ...NSE 5 Schematics Layouts V13 A 7 Page Draft 05 Power...
Page 323: ...NSE 5 Schematics Layouts V13 A 9 Page Draft 05 CRFU3...
Page 324: ...NSE 5 Schematics Layouts V13 A 10 Page Draft 05 PA...
Page 325: ...NSE 5 Schematics Layouts V13 A 11 Page Draft 05 SUMMA...
Page 326: ...NSE 5 Schematics Layouts V13 A 12 Page Draft 05 Component Layout Top...
Page 327: ...NSE 5 Schematics Layouts V13 A 13 Page Draft 05 Component Layout Bottom...