Service Tools..................................................................................................................................................... 3
Service Configurations............................................................................................................................... 13
Service Setup 1 ..........................................................................................................................................13
Service Setup 2 ..........................................................................................................................................14
Service Setup 3 ..........................................................................................................................................15
Service Setup 4: Automated Tuning and Alignment .......................................................................16
Service Setup 5: GPS Engine Testing ...................................................................................................17
GPS Engine Test Setup ......................................................................................................................... 17
GPS Antenna Test Setup ...................................................................................................................... 18
The CA-53 allows bottom connector flashing using the FLS-4S Flash Device or the
FLC-20 Flash Device.
CA-56RS RF Test Cable
The CA-56RS test cable is used for RF engine troubleshooting with covers off. This cable
has a shorter probe making it more stable when connected to the PWB RF connector. The
CA-56RS supports testing of both GPS and Cellular engines on the mobile terminal.
CA-57RS RF Test Cable
The CA-57RS test cable is used for RF engine troubleshooting with covers on. This cable
has a longer RF probe allowing it to fit through the holes provided in the audio chamber
once the E-cover has been removed.
The CPL-8 allows authorized service centers to test the GPS antenna during handset
troubleshooting. The coupler is attached to (and detached from) the DA-57 Docking
Station Adapter.
Note: The DA-57 and the coupler assembly fit into the JXS-2 Shield Box
DA-57 Docking Station Adapter
The DA-57 works in conjunction with the JBV-1 Docking Station and the FPS-8, FPS-10
Prommer Boxes to allow calibration, and software flashing of the mobile terminal. The
DA-57 also has a built-in RUIM card reader and supports both Local and Normal modes.
DAU-9S FBUS/MBUS Cable
The DAU-9S is a general purpose cable that supports FBUS/MBUS communication
between a Mod-10 device and a PC.
The FLS-4S allows Point of Sale (POS) locations to flash the handset.
FPS-8 Flash Prommer
The FPS-8 is used for mobile terminal flashing at authorized service centers.
FPS-10 Flash Prommer
The FPS-10 replaces the FPS-8 Flash Prommer. The FPS-10 allows the flash code to be
pre-loaded into the unit's memory and then can be flashed directly to the handset at
high speeds.
JBV-1 Docking Station
The JBV-1 connects flash prommers. The docking station can be powered by the FPS-8/
FPS-10 Flash Prommers or by an external power supply.
The JXS-2 is used to perform RF radiated testing and antenna testing.
MJ-73 Module Jig
The MJ-73 is used as a means to secure the PWBs and allows easy access to critical areas
for troubleshooting. It supports regulated and unregulated DC power input, local and
Normal mode operations, a headset jack for audio tests, a R-UIM card reader and a
second DC input for VCHAR used in EM tuning.
The PKD-1 is a hardware dongle that, when connected to the parallel (LPT) port of the
PC, enables the use of the service software. It is not possible to use the service software
without the dongle. Printers or other peripheral devices can be connected to the PC
through the dongle, if needed.
Caution: Make sure that you have switched off the PC and the printer before making
connections.
Caution: Do not connect the PKD-1 to the serial port. You may damage your PKD-1
and/or your PC.
RJ-18 LGA Rework Jig and ST-16 PA Stencil
The ST-16 stencil allows rework on LGA-type components that do not have pre-tinned
pads. Both power amps require the use of this stencil. The stencil is designed to
specifically fit the N7300 and N7301 pad configurations and dimensions. The RJ-18 fits
the physical dimension of the N7300 and N7301.
Note: Used in conjunction with the SPS-1 Paste Spreader.
The ST-20 stencil allows rework on LGA-type components that do not have pre-tinned
pads. The stencil is designed to specifically fit the N6601 pad configuration and
dimensions while the rework jig fits the physical dimension of the N6601.
Note: Used in conjunction with the SPS-1 Paste Spreader.
RJ-64 LGA Rework Jig and ST-24 Stencil
The ST-24 stencil allows rework on LGA-type components that do not have pre-tinned
pads. The stencil is designed to specifically fit the N7160 pad configuration and
dimensions while the rework jig fits the physical dimension of the N7160.
Note: Used in conjunction with the SPS-1 Paste Spreader.
The ST-25 stencil allows rework on LGA-type components that do not have pre-tinned
pads. The stencil is designed to specifically fit the N7000 pad configuration and
dimensions while the rework jig fits the physical dimension of the N7000.
Note: Used in conjunction with the SPS-1 Paste Spreader.
RJ-71 LGA Rework Jig and ST-26 Stencil
The ST-26 stencil allows rework on LGA-type components that do not have pre-tinned
pads. The stencil is designed to specifically fit the N6600 pad configuration and
dimensions while the rework jig fits the physical dimension of the N6600.
Note: Used in conjunction with the SPS-1 Paste Spreader.
The RJ-90 serves as a mechanical holder for desoldering and soldering of components. It
provides a convenient means to replace components on the PWB when they are changed
during service repairs at authorized CARE locations.
Note: The RJ-90 is not intended to serve as a test jig.
RJ-100 LGA Rework Jig and ST-34 PA Stencil
The ST-34 stencil allows rework on LGA-type components that do not have pre-tinned
pads. The stencil is designed to specifically fit the N7200 pad configuration and
dimensions. The RJ-100 fits the physical dimension of the N7200.
Note: Used in conjunction with the SPS-1 Paste Spreader.
The ST-35 stencil allows rework on LGA-type components that do not have pre-tinned
pads. The stencil is designed to specifically fit the Z7302 pad configuration and
dimensions. The RJ-101 fits the physical dimension of the Z7302.
Note: Used in conjunction with the SPS-1 Paste Spreader.
SRT-6 Opening Tool
The SRT-6 is used to open and remove parts during disassembly of the mobile terminal.
SS-45 Camera Removal Tool
The SS-45 is used to remove the camera from its socket.
The SS-69 is used to replace and align the domesheet on the PWB engine.
Note: The SS-69 is not intended to serve as a test jig.
XCS-4 MBUS/FBUS Cable
The XCS-4 is a general purpose cable for flashing and communicating with the mobile
terminal. It is used to connect the FPS-8 Flash Prommer to the docking station adapter or
the service jig.
Use this setup for testing the GPS engine at Nokia Authorized Service Centers. Both
galvanic and radiated tests are supported. The GPS Test component in Phoenix provides
functionality to perform these tests. (See the Baseband Description and Troubleshooting
chapter for more information about GPS testing.)
GPS Engine Test Setup
GPS Galvanic Testing
1575.520125 MHz-110 dB
Signal Generator
50 Ohms
Power Supply
VOLTSAMPS
+3.8
-Gnd
Nokia PCS-1
Computer
CDMA
Nokia Dongle
Nokia DAU-9S
UUT
GPS
DA-57
JBV-1
Following is a list of equipment needed for galvanic GPS engine testing: