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Technical Documentation

Programs After Market Services (PAMS)





[NMP Part No. 0275422]

NSW-5 SERIES

CELLULAR

PHONES

NSW–5 ISSUE 1 10/2000

Summary of content (278 pages)

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Programs After Market Services (PAMS) Technical Documentation [NMP Part No. 0275422] NSW-5 SERIES CELLULAR PHONES NSW–5 ISSUE 1 10/2000 Copyright 2000. Nokia Mobile Phones Ltd. All Rights Reserved.
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NSW-5 Foreword PAMS Technical Documentation AMENDMENT RECORD SHEET Amendment Number Date Inserted By Issue1 10/2000 OJuntune Page 2 Comments Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 Foreword NSW-5 SERIES CELLULAR PHONES SERVICE MANUAL CONTENTS: Foreword General Information System Module Product Variants NSW–5 Service Software Instructions Service Tools Disassembly/Troubleshooting Instructions Non–serviceable Accessories Issue 1 10/00 Nokia Mobile Phones Ltd.
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NSW-5 Foreword PAMS Technical Documentation IMPORTANT This document is intended for use by qualified service personnel only. Company Policy Our policy is of continuous development; details of all technical modifications will be included with service bulletins. While every endeavour has been made to ensure the accuracy of this document, some errors may exist. If any errors are found by the reader, NOKIA MOBILE PHONES Ltd should be notified in writing.
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PAMS Technical Documentation NSW-5 Foreword Warnings and Cautions Please refer to the phone’s user guide for instructions relating to operation, care and maintenance including important safety information. Note also the following: Warnings: 1. CARE MUST BE TAKEN ON INSTALLATION IN VEHICLES FITTED WITH ELECTRONIC ENGINE MANAGEMENT SYSTEMS AND ANTI–SKID BRAKING SYSTEMS. UNDER CERTAIN FAULT CONDITIONS, EMITTED RF ENERGY CAN AFFECT THEIR OPERATION.
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NSW-5 Foreword PAMS Technical Documentation This page intentionally left blank. Page 6 Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 Series Transceivers General Information Issue 1 10/00 Nokia Mobile Phones Ltd.
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NSW-5 General Information PAMS Technical Documentation AMENDMENT RECORD SHEET Amendment Date Number Inserted By Issue 1 OJuntune Page 2 10/2000 Comments Nokia Mobile Phones Ltd.
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NSW-5 PAMS Technical Documentation General Information CONTENTS Page No Product Selection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Handportables . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Desktop Option . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Product and Module List . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 4 5 6 Technical Specifications . . . . . . . . . . . . . . . . .
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NSW-5 General Information PAMS Technical Documentation Product Selection Handportables The NSW-5 is a dualband/dualmode radio transceiver unit for the US TDMA 800/1900MHz networks. 1. ACP-7E ACP-7U ACP-7C ACP-7X ACP-7H 2. ACP-7A 3. 4. 5. 6. Item Name: Type code: 1. 2. 3. 4. 5. (See variant Appendices) BLS-2S 0670300 ACP-7E 0675144 ACP-7U 0675143 ACP-7X 0675145 ACP-7H 0675146 ACP-7A 0675148 6.
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NSW-5 PAMS Technical Documentation General Information Desktop Option The desktop option allows the user to charge the handportable and spare battery from mains. 2. 6. 3. 7. 4. 1. 8. 5. 9. Item Name: 1. 2. 3. 4. 5. 6. 7. 8. 9.
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NSW-5 General Information PAMS Technical Documentation Product and Module List Unit/type: Transceiver Type des. Slim Battery 900 mAh Li-Ion BLS-2S 0670300 Extended Battery 900 mAh Li-Ion BLS-2N 0670306 Standard Battery 900 mAh NiMH BMS-2S 0670314 Vibrator Battery 900 mAh NiMH BMS-2V 0670315 Chargers, Unit/type: AC Travel Charger (US) 108-132 Vac Type des.
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NSW-5 PAMS Technical Documentation General Information Technical Specifications General Specifications of Transceiver NSW-5 The NSW-5 is a dualband/dualmode radio transceiver unit fror the US TDMA 800/1900MHz networks. The transceiver is fully based on 3V technology. The transceiver comprises the System/RF/keypad module (UT5U), the LCD module and assembly parts. The User interface consists of number, talk, soft and power keys in the keymat.
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NSW-5 General Information PAMS Technical Documentation RF Connector The RF-connector is needed to utilize the external antenna with Car Cradle. The RF-connector is located on the back side of the transceiver on the top section. See the illustration in the next chapter.
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PAMS Technical Documentation NSW-5 Series Transceivers System Module UT5U Issue 1 10/00 Nokia Mobile Phones Ltd.
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NSW-5 System Module UT5U PAMS Technical Documentation AMENDMENT RECORD SHEET Amendment Date Number Inserted By Issue1 OJuntune Page 2 10/00 Comments Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 System Module UT5U CONTENTS Schematic Diagrams: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Vocabulary . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 6 Transceiver NSW–5 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Interconnection Diagram . . . . . . . . . . . . . . . . . . . . . . .
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NSW-5 System Module UT5U PAMS Technical Documentation Circuit Description of Submodules . . . . . . . . . . . . . . . . . . . . . . CTRLU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . MCU main features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . DSP main features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . System Logic main features . . . . . . . . . . . . . . . . . . . . . . . . . Memories . . . . . . . . . . . . . . . .
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PAMS Technical Documentation NSW-5 System Module UT5U Transmitter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Synthesizers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Output levels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Parts Lists Engine Module UT5U (0201142) . . . . . . . . . . . . . . . . . . . . . . . . 41 41 41 49 Schematic Diagrams: Page No Block Diagram of UT5 (Version 17.4 Edit 40) . . . . .
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NSW-5 System Module UT5U PAMS Technical Documentation Vocabulary CS DCT HW PC RAM ROM SPEC SW TDMA LCD FSTN COG ASIC DSP DTMF DTX EEPROM EFR EM IF IR IrDa RISC SCM SMS MO MT SW UI PWB Engine Page 6 = Cellular System = Digital Core Technology = Hardware (drivers) = Personal Computer = Random Access Memory = Read Only Memory = Specification = Software = Time Division Multiple Access = Liquid Crystal Display = Film Compensated Super Twist Nematic = Chip On Glass = Application Specific Integrated Circuit =
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NSW-5 System Module UT5U PAMS Technical Documentation Transceiver NSW–5 Introduction The NSW–5 is a dualband/dualmode radio transceiver unit fror the US TDMA 800/1900MHz networks. The transceiver is fully based on 3V technology. The transceiver consists System/RF/keypad module (UT5), sub assembled LCD module and assembly parts.
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NSW-5 System Module UT5U PAMS Technical Documentation System Connector The System connector provides – 9 contact pads 2 for charging (Charge Voltage and Charging Control (PWM) ) 6 for accessory interface common GND – 3–pole round DC–jack for charging – Cavity and 2 contact springs for Slide Sensor Switch The System Connector diagrams are below: B side view 8 Engine PWB 7 1 Fixing pads (2 pcs) 14 Accessory connector (6 pads) DC Jack ÁÁÁ Á ÁÁÁ ÁÁÁ ÂÂÂÂÂÂÂ Charger pads (2 pcs) Cable locking holes
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NSW-5 System Module UT5U PAMS Technical Documentation Contact pin Line Symbol Parameter Minimum Typical / Nominal Maximum Unit / Notes CHARGER JACK (2) L_GND Charger ground input 0 0 0 V/ Supply ground CHARGER JACK (3) VIN Charger input voltage lt 7.1 8.4 9.3 V/ Unloaded ACP-8 Charger 720 800 850 mA/ Supply current Charger input currentt 7.24 7.6 7.95 V/ Unloaded ACP–7 Charger 320 370 420 mA/ Supply current Output high voltage 2.0 2.
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NSW-5 System Module UT5U PAMS Technical Documentation User Interface (UI) Radio module provides the connections for keymat, roller key, mic, buzzer and display module. Slide sensor switch is placed in bottom connector. Microphone lines in slide are connected to the PWB via contacts on A–cover. Speaker is connected to display module.
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NSW-5 System Module UT5U PAMS Technical Documentation The roller key schematic diagram is below. MAD Switches shown in pos 1. Pullup A Drive 0 A Pullup Drive 0 B B Pullup Drive 0 C C Slide sensor switch A custom connector for sensing if the Slide is open or closed. Connector guides in to the Microphone Cavity in the System Connector. The hook in slide cover will hit here. When the slide is closed, there is no electrical contact between the springs. Issue 1 10/00 Nokia Mobile Phones Ltd.
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NSW-5 System Module UT5U PAMS Technical Documentation UI contacts on the Engine module PADs for Display Assembly connector Roller key switch PADs for roller key Microphone contacts through A cover to Slide Submodules List of Submodules Name of submodule CTRLU Function PWRU Control Unit for the phone, comprising MAD ASIC (MCU, DSP, System Logic) and Memories Power supply, comprising CCONT and CHAPS AUDIO–RF_IF Audio coding and RF–BB interface, COBBA INF Infrared transceiver UI User interface
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NSW-5 System Module UT5U PAMS Technical Documentation Operation Modes The transceiver has five different operation modes: – Power off – Idle – Active – Charge – Local In the Power off mode only the circuits needed for power up are supplied. In the Idle mode circuits are powered down and only sleep clock is running. In the Active mode all the circuits are supplied with power altough some parts might be in the idle state part of the time. The Charge mode is effective in parallel with previous modes.
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NSW-5 System Module UT5U PAMS Technical Documentation wise preferred control channel. Also registration (TX on) happens occasionally, where phone sends its information on Reverse Control Channel (RECC) to base station and the phone’s location is updated in the switching office. If a call is initiated, either by the user or base station, the phone moves to analog voice channel or digital traffic channel mode depending on the orders by the base station.
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PAMS Technical Documentation NSW-5 System Module UT5U according to the slot timing. MCU is waken up mainly by DSP, when there is signalling information for the Cellular Software. In Digital Data Channel Mode audio processing is not needed and the audio circuitry can be shut down. Otherwise the mode is similar to Digital Voice Channel Mode. Out of Range Mode (OOR) If the phone cannot find signal from the base station on any control channel (analog or digital) it can go into OOR mode for power saving.
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NSW-5 System Module UT5U PAMS Technical Documentation Power Distribution In normal operation the baseband is powered from the phone‘s battery. An external charger recharges the battery. The charger can be either a standard charger that can deliver around 350 mA or so called performance charger, which can deliver supply current up to 850 mA. The baseband contains components that control power distribution to whole phone excluding those parts that use continuous battery supply.
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NSW-5 System Module UT5U PAMS Technical Documentation V5V is used for RF parts only. It can be switched off by the RFCEN signal. VR1 is used for the VCXO supply, and VR6 is used in COBBA for analog parts. RFCEN signal to CCONT controls both VR1 and VR6 regulators; they can be switched off in sleep modes, and during standby. During sleep VR6 output pin is connected to VBB regulator inside CCONT.
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NSW-5 System Module UT5U PAMS Technical Documentation Both the PWMOUT frequency is selected and the pulse width controlled by the MCU which writes these values to CCONT. Three–wire charging With 3–wire charging the charger provides adjustable output current, and the charging is controlled by the PWMOUT signal from CCONT to charger, with the bottom connector signal. The PWMOUT signal frequency set is 32 Hz, and the charger output voltage is controlled by adjusting the PWMOUT signal pulse width.
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NSW-5 System Module UT5U PAMS Technical Documentation Power up When the battery is connected to phone, the 32.768 kHz crystal oscillator of the CCONT is not started until the power–button is pressed. The regulators are not started. After the crystal has started, the phone is ready to be powered up by any of the following ways.
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NSW-5 System Module UT5U PAMS Technical Documentation turning on the lights. MCU–SW must start also the RF receiver parts at this point. V5V–regulator (for RF) default value is off in power–up, and can be controlled on via serial bus when needed.
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NSW-5 System Module UT5U PAMS Technical Documentation Empty battery VBAT > 3.0 V VCHAR VR1, VBB, VR6, V2V RFCEN RFCSETTLED RFC (VCXO) COBBACLK PURX SLCLK CCONTINT t1 t2 t3 Before battery voltage voltage rises over 3.0 V CHAPS gives an initial charge (with limited current) to the battery. After battery voltage reaches that voltage limit the power up procedure is as described in the previous chapters.
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NSW-5 System Module UT5U PAMS Technical Documentation IBI (Intelligent Battery Interface) Phone can be powered up by external device (accessory or similar) by providing a start pulse to the battery signal BTEMP; this is detected by CCONT. After that the power–up procedure is similar to pushing power– button. Mixed trigger to power up It is possible that PWR–key is pushed during charger initiated power–up procedure or charger is connected during PWR–key initiated power up procedure.
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PAMS Technical Documentation NSW-5 System Module UT5U Uncontrolled Power Down Power down when watchdog expires If the SW fails to update the watchdog, the watchdog will eventually expire and CCONT cuts all the supply voltages from the phone. Power down with Battery disconnected When battery is disconnected, immediate and totally uncontrolled power– down happens. Therefore a power off procedure in this case can not be described.
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NSW-5 System Module UT5U PAMS Technical Documentation Circuit Description of Submodules CTRLU CTRLU comprises MAD ASIC (MCU, DSP, System Logic) and Memories. The soldering connections of the IC are unaccessible for probing, only test points can be used. Therefore no pin list is published. The environment consists of two memory circuits (FLASH,SRAM), a 22–bit address bus and a 16–bit data bus. Besides there are ROM1SELX, ROM2SELX and RAMSELX signals for chip selection.
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PAMS Technical Documentation NSW-5 System Module UT5U – battery and charging monitoring MCU reads the battery type (BTYPE), temperature (BTEMP) and voltage (VBAT) values by AD–converter in CCONT, and phone’s operation is allowed only if the values are reasonable. Charging current is controlled by writing suitable values to PWM control in CCONT. MCU reads also charger voltage (VCHAR) and charging current values (IBAT).
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NSW-5 System Module UT5U PAMS Technical Documentation controls the transmit timing and at specified intervals sends the I/Q samples at 97.2 kHz to COBBA for TXI/Q D/A converters. – Digital receive In digital receive mode the second IF is 450 kHz, which is sampled at 194,4 kHz in COBBA, aliased to 61,2 kHz and then downconverted and demodulated in DSP. The timing is controlled by System Logic. DSP performs bit detection with equalizer and then convolutional decoding and CRC checking.
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PAMS Technical Documentation NSW-5 System Module UT5U contains the main program code for the MCU, and is able to emulate EEPROM. SRAM – size 256k * 16 bit AUDIO–RF Audio interface and baseband–RF interface converters are integrated into the COBBA circuit. COBBA main features The codec includes microphone and earpiece amplifier and all the necessary switches for routing. There are two different possibilities for routing; internal and external devices.
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NSW-5 System Module UT5U PAMS Technical Documentation – charging control (PWM), charger detection – watchdog – sleep clock (32 kHz) and control – 8–channel AD–converter. CHAPS Main Features CHAPS comprises the hardware for charging the battery and protecting the phone from over–voltage in charger connector.
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NSW-5 System Module UT5U PAMS Technical Documentation infrared light from and to electrical data pulses running in the two wire asyncronous databus. IR databus is the same as used for FBUS data transferring. Thus FBUS Tx and Rx lines must be turned to IR mode. The IR mode can be selected from user interface. The module is activated with the IRDAEN signal by MAD, which supplies power to the IR module (N350) and enables supply current for IR leds.
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NSW-5 System Module UT5U PAMS Technical Documentation UISWITCH main features – two adjustable constant current sinks for keyboard and LCD LEDs – LED ON/OFF control – buzzer ON/OFF control – FET switch for buzzer current – vibra ON/OFFcontrol (no internal vibrator in NSW–5) – FET switch for vibra current – thermal shutdown – power down function for optimum current consumption – package TSSOP20 because of low height requirement Page 30 Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 System Module UT5U RF Module Technical Summary The RF module converts the signal received by the antenna to a baseband signal and vice versa. It consists of a conventional superheterodyne receiver and a transmitter for each band and also two frequency synthesizers for the required mixing. The RF module includes one integrated circuit, the EROTUS a BiCMOS ASIC. The dual–band RF–module is capable for seamless operation between 800 MHz and 1900 MHz bands.
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NSW-5 System Module UT5U PAMS Technical Documentation IF2 A–mode 450 kHz 2nd IF 450 kHz 1930.08–1989.96 MHz 869.04–893.97 MHz IF2 D–mode 450 kHz 1st IF 116.19 MHz 116.64 MHz 2046.24–2106.18 MHz 985.20–1010.16 MHz LO 3 LO 1 PLL PLL f f/2 2f f 196.23 MHz 161.19 MHz 1850.01–1909.95 MHz 824.01–848.97 MHz PLL EROTUS NOTE! Frequencies in TDMA1900 mode are printed in italics 3f LO 2 392.46 MHz 322.38 MHz 58.32 MHz f VCTCXO RFC 19.44 MHz 19.
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NSW-5 System Module UT5U PAMS Technical Documentation DUAL BAND OPERATION Freq. doubler 2 mA 2 mA RFCEN VR1 19.44 MHz VCTCXO 2 mA 3* Multiplier VREF 8 mA SPWR1 VHF presc. 6 mA Bias UHF– VCO VR2 UHF presc. & PLL 10 mA 5 mA (peak) V5V 30 mA COBBA_D (Analog) VR6 TXPWR1 2 mA Digital supply 1 mA Power control VR5 2 mA RXPWR1 Detector VRS 1 mA VR4 35 mA Modulator IF1 – amp. 26 mA/ 5.
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NSW-5 System Module UT5U PAMS Technical Documentation 800 MHz 800 MHz 800 MHz 800 MHz 800 MHz 1900 MHz 1900 MHz Ext. Analog Analog Digital Digital Digital Digital Standby Control Traffic Control Traffic Control Traffic [mA] Channel Channel Channel Channel Channel Channel [mA] [mA] [mA] [mA] [mA] [mA] VR1 9.0 / 0.0 9.0 9.0 9.0 / 0.0 9.0 19.0 / 0.0 19.0 VR2 16.0 / 0.0 16.0 16.0 16.0 / 0.0 16.0 0.0 0.0 VR3 0.0 0.0 23.0 0.0 13.0 0.0 8.0 VR4 11.6 / 0.0 11.6 11.6 32 / 0.0 12.
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PAMS Technical Documentation NSW-5 System Module UT5U The received RF signal from the antenna is fed through a duplex filter to the receiver unit. The signal is amplified by a low noise preamplifier. In digital mode the gain of the amplifier is controlled by the AGC2 control line. The nominal gain of 15 – 20 dB is reduced in the strong signal condition about 14 – 19 dB (in digital mode). After the preamplifier the signal is filtered with a SAW RF filter.
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NSW-5 System Module UT5U PAMS Technical Documentation AFC voltage, which is generated in the base band circuits. In digital mode operation, the receiver is locked to base station frequency by AFC. Next to detector diode, there is a sensor for temperature measurement. Voltage RFTEMP from this sensor is fed to baseband for A/D conversion. This information of the RF PA–block temperature is used as input for compensation algorithms.
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NSW-5 System Module UT5U PAMS Technical Documentation mixer. After the mixing TX signal is amplified by a driver stage. From driver stage the signal is fed trough the TX filter to PA MMIC. The PA amplifies the TX signal by 28–32 dB. Amplified TX signal is filtered in the duplex filter. Then signal is fed to the antenna, where the maximum output level is typically 480 mW. The power control loop controls the gain of the EROTUS gain control stage.
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NSW-5 System Module UT5U PAMS Technical Documentation change, temperature measurement is done by using NTC resistor. A Factor table is used for temperature compensation. The table values are defined without factory measurements. Temperature is measured and right compensation value is added to TXC–value. Requirement for compensation update is for every 1 minutes or after every 5°C of temperature change. This means that the PL2 output power is reduced linearily 0.
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NSW-5 System Module UT5U PAMS Technical Documentation Parameter Gain, (LNA + filter + mixer) Min Typ/ Nom Max 19 21 24 Gain, LNA gain disabled Unit dB 4 dB dB Gain step 14 17 Supply Voltage 2.7 2.8 2.9 V 17 22 mA Supply Current (LNA + Mixer) TDMA 1900MHz RX Front End Receiver front end is integrated in the IC. It has RF amplifier with a gain step and an active mixer. RX interstage filter is a dielectric filter.
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NSW-5 System Module UT5U PAMS Technical Documentation Parameter Conversion gain @ Rl=1.5kohm Min Typ/ Nom 25 mVrms 450 dB, @ 450 kHz 450 kHz 30 uVrms 0.3 Vpp 10 kΩ Limiter output capacitive load 5 RSSI dynamic range 65 RSSI starting level @ LIMIN1 30 RSSI voltage slope 5 RSSI voltage range 0.1 pF 70 dB 60 uVrms 10 RSSI output capacitive load RSSI output resistive load kHz 70 Limiter output voltage Limiter output resistive load dB, temp -30...
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NSW-5 System Module UT5U PAMS Technical Documentation Parameter Min Mixer output 1dB compr. point 0.8 Gain of the last IF buffer 34 Typ/ Nom Max Unit Vpp 36 Max IF2–buffer output level 38 dB, single ended 1.4 Vpp IF2–buffer output impedance 300 ohm, single ended Transmitter RF Characteristics of the transmitter: Item TX frequency range DAMPS TDMA1900 824.01...848.97 MHz 1850.01...1909.95 MHz Type Upconversion Intermediate frequency Nominal power on highest power level 161.
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NSW-5 System Module UT5U PAMS Technical Documentation Parameter VCTCXO 19.44 MHz to BB level resistive load parallel capacitance Min Typ/ Nom Max 200 Unit mVpp Ω pF 10k tbd VCTCXO 3 * fo level fo and 2xfo level harmonic supression resistive load parallel capacitance Page 42 50 –25 –25 Nokia Mobile Phones Ltd.
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NSW-5 System Module UT5U PAMS Technical Documentation RF/BB interface signals CCONT (baseband) control signals are included in table below. These control signals are printed in italics. Signal name From/ Control To VBAT battery RF 2V8 regul. Parameter Min Typ Max Unit Voltage 3.1 3.6 5.3 V Voltage during TX 3.0 3.6 5.0 V 1200 mA 1.522 V 10 uA Current VREF CCONT Voltage Erotus 1.485 1.
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NSW-5 System Module UT5U PAMS Technical Documentation Signal name From/ Control VR7_bias CCONT / VMODE RF Logic high ”1” 800MhZ PA bias control for analog mode tbd V5V CCONT / RFCEN EROTUS Voltage 4.8 RFTEMP RF AFC Cobba_D AGC1 Cobba_D To Parameter Min Current CCONT Voltage VCTCXO Voltage Min Typ 800MHz PA bias voltage is increased to improve analog mode efficiency Erotus and discrete synthesizer phase det V 3.0 5.0 mA 1.5 V RF temperature sensor (47 k NTC to GND) 2.
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NSW-5 System Module UT5U PAMS Technical Documentation Signal name From/ Control IF2DP/ IF2DN EROTUS To Parameter Min Cobba_D IF2 frequency Typ 450 Output level 170 Source imp. RFC VCTCX O Cobba_D Frequency (via EROTUS Signal amplitude 0.2 Load resistance 10 MAD CCONT, Logic high ”1” Cobba_D, (CTID, RFCEN) RF block 2V8 regug lator Logic low ”0” 1400 mVpp 300 Ω MHz 1.
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NSW-5 System Module UT5U Signal name From/ Control SCLK MAD (SCU (SCU, SCLK) PAMS Technical Documentation To Parameter EROTUS, Logic high ”1” UHF Logic low ”0” PLL tdma1900 Load resistance Min Typ 2 0.8 50 SENA1 MAD (SCU, (SCU SDATA) MAD (SCU, (SCU SENA1) EROTUS, Logic high ”1” UHF Logic low ”0” PLL tdma1900 Load resistance 1.62 2.0 V 0.8 50 pF Timing accuracy 20 us 2.0 V Logic low ”0” 0.
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NSW-5 System Module UT5U PAMS Technical Documentation Signal name From/ Control TXIP/ TXIN Cobba_D To Parameter Min EROTUS Differential voltage swing Common mode v. (digital mode) Load resistance (differential) TXQP/ TXQN Cobba_D TXLX2 MAD (CTID, TXLX) MAD TXP2 MAD (MFI, TXP) Issue 1 10/00 0.62 0.82 Vpp Differential in–phase TX baseband signal for the RF modulator. V MW 0.62 0.82 0.8 Vpp V Differential quadrature phase TX baseband signal for the RF modulator.
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NSW-5 System Module UT5U Signal name From/ Control TXPWR1 MAD (CTID, TXPWR 1) TXPWR2 TXPWR3 Page 48 MAD (CTID, BENA) MAD (genpio5) i 5) PAMS Technical Documentation To Parameter CCONT, Logic high ”1” EROTUS RF 2v8 regul. RF 800MHz 800MH tx mixer enable Min Typ Max 2.0 Unit Function V Supply voltage VR5 ON, TX power control enable Supply voltage VR5 OFF, TX power control disable Logic low ”0” 0.
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NSW-5 System Module UT5U PAMS Technical Documentation Parts Lists Engine Module UT5U (0201142) ITEM (EDMS V 13.
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NSW-5 System Module UT5U R308 R309 R311 R312 R313 R314 R315 R316 R317 R318 R320 R322 R350 R352 R354 R355 R357 R358 R702 R709 R721 R725 R744 R751 R752 R756 R758 R760 R761 R762 R763 R764 R765 R767 R768 R770 R771 R774 R775 R779 R781 R782 R788 R789 R795 R796 R798 R822 Page 50 1430732 1620101 1430732 1430744 1620019 1430758 1430754 1620031 1620031 1430788 1620031 1620031 1620117 1620117 1430788 1430754 1430762 1430804 1430700 1430788 1430718 1430710 1430758 1430790 1430744 1430790 1430778 1620047 1430830 1430
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NSW-5 System Module UT5U PAMS Technical Documentation R830 R831 R832 R833 R850 R851 R860 R861 R862 R863 R864 R865 R880 R881 R883 R884 R886 R893 R901 R903 R904 R905 R911 R912 R928 R929 R933 R934 R936 R937 R938 R939 R940 R941 R942 R943 R944 R945 R960 R980 R984 C100 C101 C151 C153 C154 C155 C156 1430792 1430726 1430754 1430726 1430778 1430700 1430778 1430764 1430726 1430718 1430700 1430700 1430700 1430700 1430754 1430754 1430772 1430754 1430718 1430762 1430758 1430740 1430726 1430718 1430732 1430700 1430718
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NSW-5 System Module UT5U C157 2320778 C158 2320481 C159 2320481 C160 2320481 C161 2320481 C162 2320481 C163 2320481 C164 2320481 C166 2320481 C169 2320481 C170 2320805 C171 2320778 C172 2320778 C173 2320778 C174 2320778 C175 2310793 C176 2320481 C177 2611727 3.2x1.6x1.6 C179 2308792 C180 2320481 C181 2320783 C182 2320744 C183 2611727 3.2x1.6x1.6 C185 2611727 3.2x1.6x1.6 C187 2320481 C188 2610003 3.2x1.6x1.
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NSW-5 System Module UT5U PAMS Technical Documentation C257 C258 C259 C260 C261 C262 C263 C264 C265 C266 C267 C270 C271 C272 C273 C274 C275 C276 C277 C278 C279 C280 C283 C285 C286 C300 C301 C302 C304 C305 C306 C307 C350 C352 C353 C355 C357 C702 C703 C705 C706 C707 C708 C709 C710 C713 C715 C716 2320744 2320805 2310793 2310793 2320536 2320560 2320783 2320783 2320783 2320783 2320744 2320536 2320783 2320805 2320805 2320805 2320805 2320546 2320546 2320783 2320744 2320546 2320546 2320783 2320481 2320778 2320778
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NSW-5 System Module UT5U PAMS Technical Documentation C717 C719 C720 C721 C725 C726 C729 C733 C734 C735 C736 C739 C742 C743 C744 C745 C746 C748 C749 C750 C751 C755 C756 C757 C758 C759 C760 C761 C762 C763 C764 C765 C766 C767 C768 C769 C770 C772 C773 C779 C780 C781 C782 C783 C784 C785 C786 C787 15 p 4.7 n 10 n 100 p 100 p 100 p 10 n 10 p 10 p 3.3 p 3.3 p 2.2 p 100 p 47 p 1.2 p 30 p 100 p 10 n 100 p 1.0 n 1.0 n 220 p 10 n 470 p 470 p 33 n 100 p 4.7 n 4.7 n 4.7 n 1.0 n 1.0 n 2.2 n 4.7 n 4.7 n 4.7 n 4.7 n 1.
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NSW-5 System Module UT5U PAMS Technical Documentation C788 C789 C790 C791 C792 C793 C794 C795 C796 C797 C798 C821 C822 C824 C825 C830 C831 C833 C834 C850 C851 C855 C860 C861 C864 C865 C866 C867 C868 C881 C882 C883 C885 C886 C887 C891 C898 C901 C903 C907 C908 C909 C910 C913 C914 C916 C918 C921 2320560 2320592 2320779 2320779 2320779 2320779 2312401 2320779 2312401 2312401 2320779 2320524 2320546 2312401 2320560 2320744 2310248 2320564 2320564 2320779 2320744 2312401 2320744 2420017 2320564 2320744 2320564
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NSW-5 System Module UT5U C923 C924 C925 C927 C928 C931 C932 C934 C937 C938 C939 C941 C943 C949 C954 C955 C961 C962 C963 C965 C966 C968 C969 C970 C972 C981 C982 C984 C992 C999 L150 L701 0805 L702 0805 L703 0805 L705 0805 L721 0805 L723 0603 L724 L740 0603 L741 0805 Page 56 2320941 2320744 2320524 2320560 2320524 2320522 2320501 2320546 2320560 2320536 2320546 2320560 2320546 2320522 2320560 2320536 2320536 2320552 2320778 2320560 2320744 2320921 2320552 2320530 2320131 2320530 2320560 2320540 2320546 2320
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NSW-5 System Module UT5U PAMS Technical Documentation L745 0603 L747 0603 L750 1008 L761 0805 L762 0805 L868 1008 L901 0603 L902 0603 L904 0603 L905 0603 L906 0805 L911 L930 L931 0603 L940 L941 L951 0805 L960 L961 0603 L962 0603 L964 0805 L965 L966 L975 0603 L977 0805 L978 L980 0603 B150 G820 3645145 Chip coil 39.Q n 5 % Q=12/100 MHz 3645145 Chip coil 39.Q n 5 % Q=12/100 MHz 3641421 Chip coil 100 u 5 % Q=15/0.796M 3645029 Chip coil 1.
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NSW-5 System Module UT5U G850 4510249 G860 4350187 F150 5119019 Z100 3640085 Z250 3640035 Z251 3640035 Z252 3640035 Z701 4511125 Z726 4511113 Z741 4511011 Z750 4550085 Z751 4550081 Z900 4511031 Z901 4511123 Z910 4512091 Z950 4511023 Z960 4512103 Z970 4550065 Z975 4511023 Z988 3640085 V150 4210205 V151 4110067 V200 4113611 V201 4113611 V250 4210119 SOT323 V251 4211621 V252 4113611 V253 4113671 V254 4210052 V255 4211641 V256 4211641 V300 4110601 V302 4860005 V303 4860005 V304 4860005 V305 4860005 V306 486000
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PAMS Technical Documentation D100 D200 D201 D202 D203 D350 N150 N151 N250 N300 N350 N701 N702 N721 N750 N770 N880 N900 N902 N903 N951 N960 N980 S318 X100 X104 X105 X991 A801 A802 A803 4340761 4340601 4340597 4370619 4340845 4340369 4370719 4370621 4370603 4370433 4860031 4370063 4340247 4370065 4370183 4340233 4340237 4340171 4340577 4370311 4340577 4370313 4340381 5409077 5469061 5469069 5469069 5429007 9517029 9517030 9517029 9380753 9854264 Issue 1 10/00 IC, MCU MC33464N IC, SRAM IC, flash mem.
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PAMS Technical Documentation NSW-5 Series Transceivers Product Variants Issue 1 10/2000 Nokia Mobile Phones Ltd.
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NSW-5 Product Variants PAMS Technical Documentation AMENDMENT RECORD SHEET Amendment Date Number Inserted By Issue 1 OJuntune Page 2 10/00 Comments Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 Product Variants CONTENTS Page No Variants of NSW–5 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Foreword . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Exploded View of Transceiver NSW–5 . . . . . . . . . . . . . . . . Assembly Parts of NSW-5NX . . . . . . . . . . . . . . . . . . . . . . . .
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NSW-5 Product Variants PAMS Technical Documentation Variants of NSW–5 Foreword This section of the service manual (Appendix) contains specific details for the NSW-5 handportable telephone. NOTE: The Service Manual is intended for use by qualified service personnel only. Modules Name of module Basic transceiver –System/RF module Type des.
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NSW-5 Product Variants PAMS Technical Documentation Exploded View of Transceiver NSW–5 I018 I020 I017 I013 I009 I010 I019 I005 I004 I016 I015 I007 I002 I001 I012 I006 I008 I014 I011 I003 Page 6 Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 Product Variants Assembly Parts of NSW-5NX ITEM CODE DESCRIPTION I001 9497058 Slide cover assembly I002 9497009 Slide assembly I003 (varia) Logo label I004 9451486 A–cover assembly DMC01461 I005 9790342 Power Keymat/Speaker gasket DMC01487 I006 5200017 Slide sensor switch DMC01259 I007 5200013 Roller key assembly 10v 1ma I008 9794014 Keymat module DMC01847 I009 5140067 Speaker + spring 103+–3DB I010 9480401 Display assembly DMC01299
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PAMS Technical Documentation NSW-5 Series Transceivers Service Software Instructions Issue 1 10/00 Nokia Mobile Phones Ltd.
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NSW-5 Service Software Instructions PAMS Technical Documentation AMENDMENT RECORD SHEET Amendment Date Number Inserted By Issue 1 OJuntune Page 2 10/00 Comments Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 Service Software Instructions CONTENTS Page No Service Software . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . General . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Hardware requirements for Windows 3.1x . . . . . . . . . . . Hardware requirements for Windows 95 . . . . . . . . . . . . Software Environment of the Support Modules . . . . . . . . . Required Servicing Equipment . . . . . . . . . .
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NSW-5 Service Software Instructions PAMS Technical Documentation Open... command . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Initialise... command . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Normal Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Local Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Faultlog command . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Activate Faultlog . . . . . . . . . .
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PAMS Technical Documentation NSW-5 Service Software Instructions Appendix 1, Vocabulary . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Issue 1 10/00 Nokia Mobile Phones Ltd.
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NSW-5 Service Software Instructions PAMS Technical Documentation Service Software General To run the After Sales SW, a parallel port software protection device (PKD-1) has to be connected. TDF-4 box must connected to PC for flashing purposes. The user can use PC-locals functions in modules for testing NSW-5 mobile stations (MS). The test functions send test messages from PC to MS and receive results and show them in the PC display. The messages can be sent via M2BUS or FBUS.
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PAMS Technical Documentation NSW-5 Service Software Instructions Required Servicing Equipment – Computer: At least IBM 80386 or compatible with one unused serial port (COM1 or COM2) *), one parallel port (LPT1), hard disk recommended – Operating System: DOS Version 3.2 or later – If PCLStart in use: DOS 6.22 and IBM 80486 or compatible – Display: VGA type display (640 x 480) – Service software on 3.
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NSW-5 Service Software Instructions PAMS Technical Documentation Installation Mechanical Connections Caution: Make sure that you have switched off the PC and the printer before making connections. Caution: Do not connect the PKD–1 key to the serial port. You may damage your PKD–1 ! The software controls the phone via a separate adapter connected to the serial port of the PC, and to the telephone’s M2BUS (DAU–9S). Attach the dongle PKD–1 to the parallel port 1 (25–pin female D–connector) of the PC.
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PAMS Technical Documentation NSW-5 Service Software Instructions Common Properties of the User Interface This chapter describes how the User Interface CLF must appear to the user. The User Interface MUST be capable of being driven without the use of a mouse, as the service engineer rarely has space on the bench to use a mouse. Login Dialog When the Service Software application is invoked, by clicking on the Service Software icon, the Login dialog box will be displayed on the screen.
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NSW-5 Service Software Instructions PAMS Technical Documentation Cancel button (ESC) The Dialog box is closed and application is started, but the Faultlog feature is disabled. Help button (F1) Activates the Windows Help application and displays context sensitive Help. Main Window Title bar The title bar is located at the top of the window.
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PAMS Technical Documentation NSW-5 Service Software Instructions The properties of these elements and their usage is described in Ref 3– Microsoft Windows Version 3.1 Users Guide chapter one (Windows Basics) and chapter two (Application Basics). Menu bar The menu bar is below the title bar and contains all available menu selections. The menu bar is a dynamic element and is dependent on the dongle type fitted, and whether a phone is connected.
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NSW-5 Service Software Instructions PAMS Technical Documentation Menu Bar The Service Software package includes two menu bar configurations. The first is an abbreviated version that contains the minimum number of menus that allows package configurations when a phone is NOT connected.
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NSW-5 Service Software Instructions PAMS Technical Documentation •Exit Alt+F4 Configure The Configure menu contains the following items: • Options... • Buses... • Directories... • Faultlog... • Fast NAM (active if installed) Tuning The Tuning menu contains the following menu sections: • AFC..(Analog) • VCTCXO... • Modulator Output • Tx Power... • Tx I/Q... • Rssi Digital (AGC) • Rssi Analog • Rx Audio • Tx Audio • Charging... • LCD...
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NSW-5 Service Software Instructions PAMS Technical Documentation Software The Software menu contains the following menu sections: • Product Profile... • Set Default Values... • Authority ID... • Flash Phone... • A key... Dealer The Dealer menu contains the following menu sections: • User Settings... • Short Code Memory... • Calling cards... • System Service Feature codes.. • Subscriber data programming.. • P/RSID programming... • Intelligent Roaming Database... • WAP Settings • User Data Transfer...
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PAMS Technical Documentation NSW-5 Service Software Instructions Help The Help menu contains the following menu items: • Index • General Help • Using Help • About WinTesla Issue 1 10/00 Nokia Mobile Phones Ltd.
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NSW-5 Service Software Instructions PAMS Technical Documentation Mouse Cursors The standards Windows pointer is used as the mouse cursor. During time consuming tasks e.g. communication to phone, an hour glass is shown informing the user that a task is in progress. The application uses the hour glass cursor to inform user that the application has taken the control and any actions from user will be ignored.
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PAMS Technical Documentation NSW-5 Service Software Instructions Key Strokes Key Description Alt+P Product Menu NMP Alt+P,N New NMP Alt+P,O Open NMP Alt+P,C Close NMP Alt+P,I Initialize Pop–up NMP Alt+P,I,N Normal Mode NMP Alt+P,I,L Local Mode NMP Alt+P,F Faultlog Pop–up NMP Alt+P,F,A Activate Faultlog NMP Alt+P,F,E Edit Faultlog NMP Alt+P,N Fast NAM NMP Alt+P,X Exit Application NMP Alt+C Configure NMP Alt+C,O Option NMP Alt+C,S Buses NMP Alt+C,D Directories
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NSW-5 Service Software Instructions Page 18 PAMS Technical Documentation Alt+E,R RF Controls NMP Alt+E,S Self Tests NMP Alt+E,A ADC Readings NMP Alt+E,D Audio NMP Alt+E,U User Interface NMP Alt+S Software Menu NMP Alt+S,P Product Profile NMP Alt+S,V Set Default Values NMP Alt+S,A Authority ID NMP Alt+S,F Flash Phone NMP Alt+D Dealer Menu NMP Alt+D,U User Settings NMP Alt+D,C Short Code Memory NMP Alt+D,L Calling cards NMP Alt+D,V Set UI/DEV Default Values NMP
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PAMS Technical Documentation NSW-5 Service Software Instructions Help Functions The Help User Interface is the standard Windows help tool called WinHelp. The context sensitive help is activated with F1–key. Help contains also Using Help which describes how to use help facility. Refer to the Windows manual for detailed description on the Windows Help. Dialog boxes The Service Software application uses many different dialog boxes. Dialog boxes are used to display data and prompt the user for input.
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NSW-5 Service Software Instructions PAMS Technical Documentation The dialog box also contains a Yes button, a No button, and a Help button. Yes button (Alt+Y or Y) (default key): Accepts confirmation or question. No button (Alt+N or N): Denies confirmation or question. Help button (Alt+H): Opens context sensitive help as F1–key does. The buttons may also be OK and Cancel. The operation of these buttons are the same as in the Note dialog box. Error Message Box Error message dialog boxes use the Stop–icon.
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PAMS Technical Documentation NSW-5 Service Software Instructions Custom Dialog boxes All custom dialog boxes contain the predefined buttons as defined below in the section – Buttons. However, it is recognised that features may require additional button types, but the addition of these non–standard buttons should be carefully considered to minimise any inconsistencies between implementations. The buttons are positioned down the right–hand side of the dialog boxes.
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NSW-5 Service Software Instructions PAMS Technical Documentation Opens context sensitive help as F1–key does. Reporting Status The status bar will be used to report the present status to the user. When a feature is initiated, the status bar will be updated with a brief description of the function. The status bar will also be updated at key points in a time consuming function. If an error is reported to the user, it is displayed in the status bar as well as displayed in a common error dialog box.
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PAMS Technical Documentation NSW-5 Service Software Instructions NSW-5 FEATURES Menu bar After Sales SW’s menus follows the menu structure specified in WinTesla User Interface Specification. This specification will describe functionality that differs from WinTesla specification. Product New command Activation Status Bar Text Alt, P, N Rescan a new phone Ctrl+R If phone is changed (with same phone type only serial number is changed) phone will be initialised to local mode.
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NSW-5 Service Software Instructions PAMS Technical Documentation Normal Mode Activation Status Bar Text Alt, P, I, N Initialises phone to normal (cellular) mode F5 When normal mode has been activated or program has been started, self–test results will be asked from MCU. If any fault was found in the tests, an error message is shown. If normal mode has been set successfully (no self test error has been found), and paging listening has been started, the used AFC value is requested from MS.
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PAMS Technical Documentation NSW-5 Service Software Instructions Activate Faultlog Activation Status Bar Text Alt, P, F, A F9 Activates the faultlog. Only enabled when user has logged in. Edit Faultlog Activation Status Bar Text Alt, P, F, E Allows user to edit faultlog entries. Only enabled when a user has logged in. FastNAM command Activation Status Bar Text Alt, P, N F8 This menu is only enabled when FastNAM functionality is included in WinTesla.
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NSW-5 Service Software Instructions PAMS Technical Documentation Tuning The tuning menu offers functions for ME adjustments. AFC... command Activation Status Bar Text Alt, T, A Open AFC Tuning dialog box The next automatic selections are made when this tuning function is activated: – Active Unit = TX – Operation mode = Analog – Channel 250 (low) – Power level 4 – low band The AFC Tuning dialog is opened.
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PAMS Technical Documentation NSW-5 Service Software Instructions VCTCXO... command Starts Voltage Controlled Temperature compensated oscillator tuning Activation Status Bar Text Alt, T, V Open Tuning VCTCXO dialog box The next automatic selections are made when this tuning function is activated: – Active Unit = RX – Operation Mode = Continuous digital – low band – Channel 301 – Power level OFF EEPROM DAC value is shown.
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NSW-5 Service Software Instructions PAMS Technical Documentation 2. Measurement with input level is executed and the value is shown in the list box VCTCXO tuning dialog includes the following items: VCTCXO List box (ALT+A): VCTCXO value is shown Meas button (ALT+M): The measurement can be started by pressing this button. RF Info button (ALT+I): The current rf state is shown OK button (ALT+O): Dialog is closed and tuning is saved to phone.
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PAMS Technical Documentation NSW-5 Service Software Instructions Tx Power... command Activation Status Bar Text Alt, T, X, H or L Open TX Power Tuning dialog box Starts TX power tuning. The user is first requested to select which data transmission type is used in Set data transmission dialog. OK = Cancel= TDMA mode zero modulation TDMA mode random modulation The user is then requested to select the values with which the tuning is started in Start Tuning dialog.
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NSW-5 Service Software Instructions PAMS Technical Documentation The TX Power Tuning dialog will be activated automatically after value selection. TX Power Tuning dialog includes the following items: Level DAC list box (ALT+L): The power is presented in DAMPS level values (2..10) .DACs can have values from –511 to 512.The tuning position is highlighted and can be tuned with +/– keys or left/right cursor keys or scroll bar. Ch A radio button: Tuning channel A. Frequency is shown.
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PAMS Technical Documentation NSW-5 Service Software Instructions Calculate button (ALT+C): Activate calculation When selections are used, the power value checking is made and if it is not succeeded, error message is shown. Help button (Alt+H): Opens context sensitive help. RF Info button (ALT+I): The current rf state is shown Issue 1 10/00 Nokia Mobile Phones Ltd.
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NSW-5 Service Software Instructions PAMS Technical Documentation Tx I/Q... command Activation Status Bar Text Alt, T,Q Open TX I/Q Tuning dialog box This function is used for tuning TX I and Q branch DC offset and phase offset. The function opens same Start Tuning dialog as with TX Power Tuning. Start Tuning With list box (ALT+S): Current in PC memory Tuning values are load from program’s internal memory. Phone EEPROM Tuning values are load from ME’s EEPROM.
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PAMS Technical Documentation NSW-5 Service Software Instructions The operation of this function is the same as one above, except with this selection the Phase Offset is tuned. The value range is –32...31. OK button (ALT+O): Dialog box is closed and tuning is saved to phone. Cancel button (ESC): Dialog box is closed and tuning is not saved to phone. RF Info button (ALT+I): The current rf state is shown Help button (Alt+H): Opens context sensitive help. Issue 1 10/00 Nokia Mobile Phones Ltd.
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NSW-5 Service Software Instructions PAMS Technical Documentation RSSI Digital (AGC)... command Activation Status Bar Text Alt, T, D, H or L Open the Tuning AGC dialog box Starts Automatic Gain Control calibration. This means Received Signal Strenght indicators in digital mode.
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PAMS Technical Documentation NSW-5 Service Software Instructions AGC tuning dialog includes the following items: RF level AGC List box (ALT+R): DAC values is shown Meas button (ALT+M): The measurement can be started by pressing this button. OK button (ALT+O): Dialog is closed and tuning is saved to phone. Cancel button (ESC): Dialog is closed and tuning is not saved to phone. RF Info button (ALT+I): The current rf state is shown Help button (Alt+H): Opens context sensitive help.
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NSW-5 Service Software Instructions PAMS Technical Documentation RSSI Analog... command Activation Status Bar Text Alt, T, N Open the Tuning RSSI dialog box This function is used for tuning analog RSSI. The next automatic selections are made when this tuning function is activated: – Active Unit = RX – Operation Mode = analog – Power Level OFF – Channel 300 – Low band Values from EEPROM is shown and the measurement is started when the ”meas” button is pressed and it is executed in five steps: 1.
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PAMS Technical Documentation NSW-5 Service Software Instructions RSSI analog tuning dialog has following items: RSSI value list box DAC values is shown Meas button (ALT+M): The measurement can be started by pressing this button. OK button (ENTER): Dialog is closed and tuning is saved to phone. Cancel button (ESC): Dialog is closed and tuning is not saved to phone. Help button (Alt+H): Opens context sensitive help. Issue 1 10/00 Nokia Mobile Phones Ltd.
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NSW-5 Service Software Instructions PAMS Technical Documentation Rx Audio... command Activation Status Bar Text Alt, T, R Starts Rx audio tuning The next automatic selections are made when this function is activated: – Active Unit = RX – Operation Mode = analog – Channel 990 – Power level OFF – low band RX audio tuning dialog includes the following items: Value scroll bar (ALT–V) Set Calibration value to phone OK button (ENTER): Dialog is closed and tuning is saved to phone.
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PAMS Technical Documentation NSW-5 Service Software Instructions Tx Audio... command Activation Status Bar Text Alt, T, T Starts Tx audio tuning The next automatic selections are made when this function is activated: – Active Unit = TX – Operation Mode = analog – Channel 990 – Power level 3 – low band RX audio tuning dialog includes the following items: Value scroll bar (ALT–V) Set Calibration value to phone OK button (ENTER): Dialog is closed and tuning is saved to phone.
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NSW-5 Service Software Instructions PAMS Technical Documentation Charging... command Activation Status Bar Text Alt, T, C Starts charging tuning The next automatic selections are made when this function is activated: Active Unit = RX Operation Mode = analog Power Level = OFF Channel 300 Low band Before charging tuning is started, the battery setting request is shown. EEPROM DAC values is shown and the measurement is started when the ”meas” button is pressed.
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PAMS Technical Documentation NSW-5 Service Software Instructions LCD... command Activation Status Bar Text Alt, T,L Opens LCD Display contrast tuning box Command opens LCD Display Tuning dialog box which contains scrollbar to make display adjustments. LCD Display Tuning dialog box includes the following items: LCD Contrast scrollbar (ALT+L): Enables user to tune display contrast between –12 and 12. OK button (ENTER): Dialog box is closed and tuning is saved to phone.
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NSW-5 Service Software Instructions PAMS Technical Documentation Testing The Testing sub menu offers functions for ME testing. RF Controls... command Activation Status Bar Text Alt, E,R Open RF Controls dialog box This function is used for quick RF testing. Command opens RF Controls dialog, which contains data for testing and adjustments.
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PAMS Technical Documentation NSW-5 Service Software Instructions Comp/exp group On radio button Set compander on Off radio button Set expander on Audio mode group HF radio button Set audio handsfree mode HP radio button Set audio hand portable mode ST group On radio button Set signalling tone on in analog mode only Off radio button Set signalling tone off in analog mode only SAT group On radio button Set Supervisory Audio Tone on in analog mode only Off radio button Set Supervisory Audio Tone off in analo
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NSW-5 Service Software Instructions PAMS Technical Documentation Change phone button (ALT+H) Read production serial number Production SN static Show production serial number Help button (Alt+H): Opens context sensitive help. Page 44 Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 Service Software Instructions Self Tests... command Activation Status Bar Text Alt, E,S Open MCU Self–tests dialog box Command is used for reading self test results and running self tests. When the selection is made, the test result is read from ME. The test result will be shown to the user within MCU Self–test dialog. MCU Self–test dialog box includes following items: Tests list box (ALT+T): Test states are updated according to results received from the phone.
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NSW-5 Service Software Instructions PAMS Technical Documentation Run All button (ALT+A): User can run all listed tests. The text RUNNING... is shown in test state field and test is run. When results are received the test state field is updated according to the results. When state field is updated application moves to next test and repeats previous cycle. Only last test is not executed (Power off Test) because it will turn phone power off. Close (ENTER) button: Dialog box is closed.
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PAMS Technical Documentation NSW-5 Service Software Instructions ADC Readings... command Activation Status Bar Text Alt, E, A Open ADC Readings dialog box. Command is used to read and show A/D values from phone. Command opens ADC Readings dialog. ADC Readings dialog has static text field where measurements are updated to every second. ADC Readings dialog has following items: Close (ENTER) button: Dialog box is closed and tuning is not saved to phone.
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NSW-5 Service Software Instructions PAMS Technical Documentation Audio... command Activation Status Bar Text Alt, E,U Open Audio Tests dialog box Command is used for making Audio Tests. Audio Tests dialog includes the following items: Buzzer Volume group: Volume On radio button (ALT+V): Turns buzzer on. Volume Off radio button (ALT+O): Turns buzzer off. Internal Audio Loop group: Input group: Internal radio button (ALT+I): Turns on internal input.
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PAMS Technical Documentation NSW-5 Service Software Instructions Loop group: Off radio button (ALT+F): Turns audio loop off. On radio button (ALT+N): Turns audio loop on. JBA–4 group (Alt+4): On radio button Activate audio box Deactivate loop controlling Off radio button Activate loop controlling Microphone test: Connect a headset in the phone Select Testing –> Audio Loop: Internal –> External Loop ON Now everything spoken in the mic is heard in the headset.
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NSW-5 Service Software Instructions PAMS Technical Documentation User Interface... command Activation Status Bar Text Alt, E,U Open User Interface Tests dialog box Allows user to test all display pixels and back lights of attached phone. Command is used for making display tests in Display Tests dialog box. Display Tests dialog includes the following items: 1. Test Pattern radio button (ALT+1): In test display 1 the phone LCD display is cleared. 2.
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PAMS Technical Documentation NSW-5 Service Software Instructions IR Test... command A Combox and the infrared thes modlue JLP–1 are needed for this test. Activation Status Bar Text Alt, E,I IR module test Command is used for making IR module test. Function opens IR Test dialog: Dialog mode: modal IR Test dialog has following items: Result box: Result can be OK/FAILED Test button (ALT+T): Starts the IR Test. Close button (ENTER): Closes the IR Test dialog.
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NSW-5 Service Software Instructions PAMS Technical Documentation Software Product Profile... command Activation Status Bar Text Alt, S,P,L,H Open Product Profile settings dialog box. This function is used for making product profile settings. When the command is activated the product profile information is read from EEPROM and Product Profile dialog is opened. Product Profile dialog includes the following items: Settings list box (ALT+E): A list where user can select desired setting.
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PAMS Technical Documentation NSW-5 Service Software Instructions Help button ( Alt+H) Context sensitive help NSW–5 Product Profile Settings Field test display........: On/Off OAP disable.............. On/Off Band Check...........: On/Off OOA OAP enable..............: On/Off MON full support .............: On/Off IMSI support.............. On/Off Callback as default..............: On/Off Voice mail.box NBR saving........ On/Off Gradiente SW configuration......On/Off Nokia tune.....................
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NSW-5 Service Software Instructions PAMS Technical Documentation Set Default Values... command Activation Status Bar Text Alt, S,V Set default values Command is used for resetting default values to phone’s EEPROM. After selection application asks confirmation: If Yes is confirmed, the default settings are made to the phone: Warranty info Phone identity Production data edit Page 54 Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 Service Software Instructions Authority ID... command Activation Status Bar Text Alt, S,A Open Authority ID dialog box This command is used for programming software authorization data remotely and locally.
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NSW-5 Service Software Instructions PAMS Technical Documentation OK button (ENTER) Selections are accepted and saved to EEPROM. Cancel button (ESC) Selections are ignored and control is returned back to main menu. Help button ( Alt+H) Context sensitive help Page 56 Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 Service Software Instructions Flash Phone... command Activation Status Bar Text Alt, S, F Opens Flash Phone dialog box This command is used for flashing new software into the phone. While flashing the phone, user is shown approximately flashing time. The Flash Phone dialog box contains the following items: File Name... edit filed: Diplays file path to be flashed. Flash button (ALT+L) Starts flashing of selected file to the phone. Select File...
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NSW-5 Service Software Instructions PAMS Technical Documentation A–key... command Activation Status Bar Text Opens A–key code dialog box This command avoids programming A–key to the phone. Not possible to calculate A–key. If programming is successful there is text ’code ok’ otherwise ’wrong response’.
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PAMS Technical Documentation NSW-5 Service Software Instructions Dealer The dealer sub menu offers functions for settings for dealers. User Settings... command Activation Status Bar Text Alt, D,U Open User Setting dialog box This command is used for reading, storing, and modifying the user settings and values. After menu selection, the program opens a query dialog box: “Read user settings from phone?”. If you answer Yes, all user settings are read from the ME including menu settings.
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NSW-5 Service Software Instructions PAMS Technical Documentation Wake up Message String edit box (ALT+M): Edit Wake up message. The message can contain up to 16 characters. Wake up Message Graphics group Save File... button (ALT+S): Opens a common File Save As dialog box and asks for the name of the file to contain user settings and values. Load File... button (ALT+L): Opens a common File Open dialog box, and asks for the name of the file containing the user settings and values.
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PAMS Technical Documentation NSW-5 Service Software Instructions Short Code Memory... command Activation Status Bar Text Alt, S,C Open Edit SCM dialog box. This command is used for reading, storing and modifying the SCM values. Only one number stored in NSW–5 is shown after the name. Note: SCM command can be used to transfer SCM values from other DCT3 type phones to NSW–5. Edit SCM dialog box includes the following items: Loc statix text: Display current location Name edit box (ALT+A): Edit the Name.
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NSW-5 Service Software Instructions PAMS Technical Documentation Save File... button (ALT+S): Opens a default Windows File Save As dialog box and asks filename where to save SCM values. Load File... button (ALT+L): Opens a default Windows File Open dialog box and asks filename where from to load SCM values. Checks the validity of names and numbers. OK button (ENTER) Selections are accepted and saved to EEPROM. Cancel button (ESC) Selections are ignored and control is returned back to main menu.
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PAMS Technical Documentation NSW-5 Service Software Instructions Calling cards... command Activation Status Bar Text Alt D, L Open Calling card dialog box. This dialog enables to program the calling card numbers and operator telephone numbers used in credit card calls. Calling card numbers dialog includes the following items: Calling Card drop list Card can be selected up to four Card name edit box (ALT+C) Card name can be edited. Prefix edit box (ALT+P) Card prefix can be edited.
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NSW-5 Service Software Instructions PAMS Technical Documentation Read Phone... button (ALT+R): Read calling card data from phone and update dialog items Write Phone... button (ALT+W): Write data to calling card data to phone Close... button (ESC) Closes the dialog button. Save File... button (ALT+S) Opens a Windows default File Save As dialog box and asks filename where to save settings. Load File... button (ALT+L) Opens a Windows default File Open dialog box and asks filename where to load settings.
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PAMS Technical Documentation NSW-5 Service Software Instructions System Service Feature codes... command Activation Status Bar Text Alt, D,F box. Open System service feature codes editing dialog System service feature codes editing dialog box is opened displaying codes in editing fields.
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NSW-5 Service Software Instructions PAMS Technical Documentation Subscriber data programming... command Activation Status Bar Text Alt, D,S Open Subscriber data programming dialog box. On the upper right corner there is a drop down box, where you can select the NAM you want to edit. The per NAM data below is updated according to the highlighted NAM. Note that emergency numbers and lock code are common to all NAMs.
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PAMS Technical Documentation NSW-5 Service Software Instructions Primary paging ch edit box (ALT+P): Numeric value can be edited Secondary paging ch edit box (ALT+E): Numeric value can be edited Group ID Mark edit box (ALT+G): Numeric value can be edited Access method edit box (ALT+M): Numeric value can be edited Local Option edit box (ALT+L): Numeric value can be edited Overl. Class edit box (ALT+V): Numeric value can be edited Nam status edit box (ALT+N): NAM to enable or disable can be edited Dedic.
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NSW-5 Service Software Instructions PAMS Technical Documentation P/RSID programming... command Activation Status Bar Text Alt, D,R Open P/RSID programming dialog box. This command is used to modify the Private and Residential System IDentity values. The list contains up to 5 P/RSIDs.
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PAMS Technical Documentation NSW-5 Service Software Instructions SOC edit box (ALT+O) Spesifies the System operator accociated with a P/RSID Country code edit box (ALT+Y) Numeric values of symbolic value which indicates if this is a Private or Residential Name edit box (ALT+N) The alphanumeric designator accociated with a P/RSID Type list box (ALT+T) Symbolic value which indicates if this is a Private or Residential POF List box (ALT+F) Index to private operating frequencies list up to 4 Band list box Sym
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NSW-5 Service Software Instructions PAMS Technical Documentation Intelligent Roaming Database... command Activation Status Bar Text Alt, D,I Open Intelligent Roaming Database dialog box. This command is used to modify database which affects directly to the mobiles behaviour when scanning for control channels. IRDB includes max 82 lenght SOC/SID list. This is calculated automaticly from tables. If selected more than max. then error code is shown when write to phone.
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PAMS Technical Documentation NSW-5 Service Software Instructions Favored SID list box (ALT+I) Number of favored SOCs in soc_sid_list. The selected position is highlighted and can be edited. Forbidden SOC list box (ALT+O) Number of forbidden SOCs in soc_sid_list. The selected position is highlighted and can be edited. Forbidden SID list box (ALT+D) Number of forbidden SIDs in soc_sid_list. The selected position is highlighted and can be edited.
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NSW-5 Service Software Instructions PAMS Technical Documentation Favored alpha tag edit box (ALT+V) Alpha tag which is shown on the phone display when on service with PARTNER or FAVORED system. System is PARTNER/FAVORED system when the broadcasted SID or SOC matches with PARTNER/FAVORED SID/SOC in a phone’s soc_sid_list in IRDB. Neutral alpha tag edit box (ALT+N) Alpha tag which is shown on phone’s display when on service with NEUTRAL.
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PAMS Technical Documentation NSW-5 Service Software Instructions WAP Settings... command This command avoid to modify WAP Settings and WAP Bookmarks. The list contains up to 5 WAP Settings. Note: Locked WAP Settings cannot be read, written or modified.
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NSW-5 Service Software Instructions PAMS Technical Documentation The alphanumeric Internet Protocol address value can be edited Authentication Type radio buttons One of the following values can be chosen: Authentication Type Secure Authentication Type Normal User Name edit box The alphanumeric value can be edited Password edit box The alphanumeric value can be edited. Password characters show as asterisks (*).
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PAMS Technical Documentation NSW-5 Service Software Instructions User Data Transfer... command Activation Status Bar Text Alt, D, D Open User Data Transfer dialog box. This command is used for transfer user data from phone to the file and from file to the phone. User Data Transfer dialog comprises the following items: Load All button (ALT+L) Load all user data from file to the phone. NAM1 number is restored Save All button (ALT+S) Save all user data from the phone to the file.
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NSW-5 Service Software Instructions PAMS Technical Documentation View Quick/RF Info... command Activation Status Bar Text Alt, V,Q View Quick/RF information. If phone is in normal mode the following Quick Info is shown: If the phone is in local mode the RF Information window is shown. Information is shown in a modeless dialog box which may be left open during other operations. It is also updated when ever needed. Close...
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PAMS Technical Documentation NSW-5 Service Software Instructions Phone Identity... command Activation Status Bar Text Alt, V,P View Phone Identity. Command opens the Phone Identity Information dialog box, which shows identification information. The information is shown in a modeless dialog box which may be left open during other operations. It is also updated when ever needed. Close... button (ALT+S): Close dialog Help button ( Alt+H) Context sensitive help Issue 1 10/00 Nokia Mobile Phones Ltd.
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NSW-5 Service Software Instructions PAMS Technical Documentation Appendix 1, Vocabulary Page 78 Abreviation Description ADC Analog to Digital Converter AFC Automatic Frequency Control AGC Automatic Gain Control ASIC Application Specific Custom Circuit, for instance the one that controls communication between the MCU and DSP BBD–3 Service battery CLF Common Look and Feel CLI Calling Line Identification COBBA Common Base Band Analog DAC Digital to Analogue Converter DATA DATA interfac
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PAMS Technical Documentation NSW-5 Service Software Instructions MS Mobile Station PC IBM PS/AT or compatible personal computer PCI Phone Controlling Interface SW for PC PKD–1 Hardware protection key (DESKEY DK2) for protecting service software from illegal copying.
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PAMS Technical Documentation NSW-5 Series Transceivers Service Tools Issue 1 10/2000 Nokia Mobile Phones Ltd.
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NSW-5 Service Tools PAMS Technical Documentation AMENDMENT RECORD SHEET Amendment Date Number Inserted By Issue 1 OJuntune Page 2 10/00 Comments Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 Service Tools CONTENTS Page No SERVICE TOOLS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Service Battery BBD-3 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Service Battery BTD-3 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Battery Adapter BDC-3 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Audio Test Probe MPA-1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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NSW-5 Service Tools PAMS Technical Documentation SERVICE TOOLS Service Battery BBD-3 The Service Battery BBD-3 is used in place of the phone’s normal battery during service, to supply a controlled operating voltage to the phone for current and charger calibration, and is also required when flashing the phone. Nominal supply voltage for BBD-3 is 8.5V. Note that the cable SCB-3 (0730114) is also required for charger calibration.
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NSW-5 Service Tools PAMS Technical Documentation Service Battery BTD-3 The Service Battery BTD-3 is used in place of the normal battery of the phone during service, to supply a maximal operating voltage to the phone also in AMPS mode. Nominal Supply voltage for BTD-3 is 8.5 V. Product Code Service Battery BTD-3: 0670280 View of BTD-3 Issue 1 10/2000 Nokia Mobile Phones Ltd.
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NSW-5 Service Tools PAMS Technical Documentation Battery Adapter BDC-3 The Battery Adapter BDC-3 is used along with an external battery capacity meter to check battery capacity. Note that Li-ion batteries have an internal protection circuit to prevent deep discharge. Product Code Battery Adapter BDC-3: 0770083 View of BDC-3 Page 6 Nokia Mobile Phones Ltd.
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NSW-5 Service Tools PAMS Technical Documentation Audio Test Probe MPA-1 MPA-1 is a Audio Test Probe used for testing the microphone signal together with the Module Jig MJS-15. Product Code Audio Test Probe MPA-1: 0775169 View of MPA-1 MPA–1 Audio Test Probe MJS–15 Module jig Issue 1 10/2000 Nokia Mobile Phones Ltd.
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NSW-5 Service Tools PAMS Technical Documentation Module Jig MJS-15 The MJS-15 jig is designed for testing/repairing the engine separately, engine mounted with light guide assembly or /and with keymat. Product Code Module Jig MJS-15: 0770180 View of MJS-15 Connect the external antenna cable XRC-2, service Cable SCH-5A, and the DC-Cable PCS-1 to the MJS-15 jig. The service cable SCH-5A can be replaced by the DAU-9M cable. Note: The nominal supply voltage for MJS-15 is +3.6V.
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PAMS Technical Documentation NSW-5 Service Tools Flash Loading Adapter FLA–5 The Flash Loading Adapter FLA–5 is used with the Service Battery BBD–3 or BTD–3 and Service Cable SCH–5A. Power is supplied to FLA–5 from the Flash Security Box TDF–4 via the DC cable PCC–1, (The PCC–1 cable can be replaced with a Travel Charger ACH–6), and it is connected to the Flash Prommer FPS–4S with the cable AXS–5.
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NSW-5 Service Tools PAMS Technical Documentation Flash Loading Adapter FLA–7 NOTE: If you already have FLA–5, FLA–7 is not needed. The Flash Loading Adapter FLA–7 is used with the Service Battery BBD–3 or BTD–3 and Service Cable SCH–5A. Power is supplied to FLA–7 from the ACL-3 Charger. Power for the FPS-4 can be connected via the FLA-7 by power cable SCF-7. The adapter is connected to the Flash Prommer FPS–4S by the cable AXS–5 and to the security box TDF-4 by the XCM-1 cable.
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NSW-5 Service Tools PAMS Technical Documentation Flash Prommer FPS-4S The Flash Prommer FPS-4S is used to update the main software of the phone. Updating is done by first loading the new MCU software from the PC to the flash prommer, and then loading the new SW from the prommer to the phone. When updating more than one phone in succession, the MCU software only needs to be loaded to the prommer once.
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NSW-5 Service Tools PAMS Technical Documentation Security Box TDF-4 The Security Box TDF-4 is required for updating MCU software, and infra red testing. Note1: TDF-4 is delivered in de-activated mode. Fill in the enclosed Activation Request Form, and fax to NMP Salo to get the activation code Note2: The infra red module JLP-1 is not included in the TDF-4 sales package Product Code Security Box TDF-4: 0770106 View of TDF-4 Page 12 Nokia Mobile Phones Ltd.
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NSW-5 Service Tools PAMS Technical Documentation Service Audio Box JBA-4 The Service Audio Box JBA-4 is used between the Service Cable SCH-5A, MBUS Cable DAU-9S, and Audio Cable ADS-1. Product Code Service Audio Box JBA-4: 0770094 View of JBA-4 Issue 1 10/2000 Nokia Mobile Phones Ltd.
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NSW-5 Service Tools PAMS Technical Documentation Audio Cable ADS-1 Audio cable is an adapter routing AF signals (MIC/EAR) from 8 pin modular connector to two BNC connectors. It is used to connect JBA-4, SCH-5A and DAU-9S. Product code Audio Cable ADS-1: 0730011 View of ADS-1 DC Cable PCC-1 The DC Cable PCC-1 is used to connect TDF-4 and FLA-5. Product Code DC Cable PCC-1: 0730053 View of PCC-1 Page 14 Nokia Mobile Phones Ltd.
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NSW-5 Service Tools PAMS Technical Documentation D15-D15 Cable AXS-5 The D15-D15 Cable AXS-5 is used to connect two 15 pin D connectors. e.g. between FLA-7 and FPS-4S. Product Code D15-D15 Cable AXS-5: 0730091 View of AXS-5 D9-D9 Cable AXS-4 The D9-D9 cable AXS-4 is used to connect two 9 pin D connectors. e.g. between PC and TDF-4 security box. Product Code D9-D9 Cable AXS-4: 0730090 View of AXS-4 Issue 1 10/2000 Nokia Mobile Phones Ltd.
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NSW-5 Service Tools PAMS Technical Documentation DC Cable SCB-3 The DC Cable SCB-3 is used to connect the Service Battery to the charger connection Vin of the phone when doing the charger calibration service procedure. Product Code DC Cable SCB-3: 0730114 View of SCB-3 DC Power Cable SCF-7 The DC power cable SCF-7 is used for connecting power from ACL-3 charger via FLA-7 to FPS-4. Product Code DC Power Cable SCF-7: 0730141 View of SCF-7 Page 16 Nokia Mobile Phones Ltd.
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NSW-5 Service Tools PAMS Technical Documentation Service Cable SCH-5A/SCH-11 The Service Cable SCH-5A features a lower connector and it is used between the NSW-5 phone and Service Audio Box JBA-4 or modular T-adapter. It is also used between the phone and the flash loading adapter FLA-7. SCH-11 is identical with SCH–5A except longer.
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NSW-5 Service Tools PAMS Technical Documentation MBUS Cable DAU-9S The MBUS Cable DAU-9S has a modular connector, and is used with the service Audio Box JBA-4, or a modular T-adapter. Product Code MBUS Cable DAU-9S: 0730108 View of DAU-9S MBUS Cable DAU-9M The MBUS Cable DAU-9M features a phone system connector, and is used between the phone and external devices. Product Code MBUS Cable DAU-9M: 0730162 View of DAU-9M Page 18 Nokia Mobile Phones Ltd.
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NSW-5 Service Tools PAMS Technical Documentation Power Cable PCS-1 The Power Cable PCS-1 is used to connect the module jig MJS-15 to an external power supply. Product Code Power Cable PCS-1: 0730012 View of PCS-1 External Antenna Cable XRC-2 XRC-2 is a modular cable with N-connector for RF measurements Product Code External Antenna Cable XRC-2: 0730180 View of XRC-2 Issue 1 10/2000 Nokia Mobile Phones Ltd.
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NSW-5 Service Tools PAMS Technical Documentation Modular T-adapter The modular T-adapter is a suitable branching unit to provide the needed parallel modular connections. Product Code Modular T-adapter: 4626134 View of Modular T-adapter SW Security Device PKD-1 SW security device is a piece of hardware enabling the use of the service software when connected to the parallel (LPT) port of the PC. Whitout the dongle present it is not possible to use the service software.
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NSW-5 Service Tools PAMS Technical Documentation Dongle/Flash Device FLS-2D (Sales Pack) FLS-2D is a dongle and flash device incorporated into one package, developed specifically for POS use.
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NSW-5 Service Tools PAMS Technical Documentation The picture below shows how to connect the FLS-2D device and associated cables to the PC and Product/Phone. FLS-2D Connection Diagram Page 22 1. FLS-2D (connects to parallel port) 2. SCH-5A 3. AXS-4U 4. PC Nokia Mobile Phones Ltd.
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NSW-5 Service Tools PAMS Technical Documentation IR Data Interface Module JLP-1 IR Data Interface Module JLP-1 fits in the Security Box TDF-4 and can be used to perform IR tests with Wintesla. Product Code IR Data Interface Module JLP-1 0750079 Views of JLP-1 Issue 1 10/2000 Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 Series Transceivers Tuning and Flashing Instructions Issue 1 10/00 2000 Nokia Mobile Phones Ltd.
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NSW-5 Tuning and Flashing Instructions PAMS Technical Documentation AMENDMENT RECORD SHEET Amendment Date Number Inserted By Issue 1 OJuntune Page 2 10/00 Comments 2000 Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 Tuning and Flashing Instructions CONTENTS Page No Equipment Setup for Tuning without Removing Covers . . . . Flash Concept for NSW-5, using FLA-5 . . . . . . . . . . . . . . . . . . Flash Concept for NSW-5, using FLA-7 . . . . . . . . . . . . . . . . . . Tuning With Covers Off . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Warranty Transfer service concept . . . . . . . . . . . . . . . . . . . . . . Warranty Transfer Instructions . . . . . . . . . . . .
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NSW-5 Tuning and Flashing Instructions PAMS Technical Documentation Equipment Setup for Tuning NSW-5 without Removing Covers 4. 5. 1. 2. 3. Page 4 Item: code: Service accessory: Type Product 1 Service Battery BTD-3 0670280 2 DC Cable SCB-3 0730114 3 Service MBUS Cable DAU-9M 0730162 4 Software protection key PKD-1 0750018 5 Service SW diskette 3.5” 2000 Nokia Mobile Phones Ltd.
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NSW-5 Tuning and Flashing Instructions PAMS Technical Documentation Flash Concept for NSW-5, using FLA-5 10. 13. 12. 11. 6. 9A. 4. 7. 9B. 8. 5. 1. 2. 3.
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NSW-5 Tuning and Flashing Instructions PAMS Technical Documentation Flash Concept for NSW-5, using FLA-7 9. 9. 12. 11. 12. 10. 14. 7A. 7A. 1. 2. 5. 13. 5. 7B. 3. 6. 6. 4. 8. 8. 3. 4.
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NSW-5 Tuning and Flashing Instructions PAMS Technical Documentation Tuning With Covers Off 8. 3. 4. 9. 6. 1. 7. 5. 2. Item: code: Service accessory: Type Product 1 Module Jig MJS-15* 0770180 2 Service Audio Box JBA-4 ** 0770094 3 DC Cable PCS-1 0730012 4 External Antenna Cable XRC-2 0730180 5 Service Cable SCH-5A 0730166 6 Service MBUS Cable DAU-9S ** 0730108 7 Audio Cable ADS-1 0730011 8 Software Protection Key PKD-1 0750018 9 Service SW diskette 3.
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NSW-5 Tuning and Flashing Instructions PAMS Technical Documentation Warranty Transfer service concept 1. Item: code: Service accessory: Product 1 Warranty Cable SCH-10 0730175 Warranty Transfer Instructions The Warranty cable SCH-10 is used to connect two phones and transfer the warranty data (user settings and serial numbers) from one phone to another. The warranty transfer procedure is described below: Point of Sale S Phone 1 is broken. S Number the phones 1 and 2 to avoid mix-up.
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PAMS Technical Documentation NSW-5 Tuning and Flashing Instructions S Start the warranty data transfer by selecting code *#92772689# in phone 2. S Select option ”Transfer user data?” and press OK ,”Confirm transfer?” Press OK. S Wait untli the transfer is completed. S Turn Phone 2 off, then back on and check welcome note and profile. Issue 1 10/00 E Nokia Mobile Phones Ltd.
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NSW-5 Tuning and Flashing Instructions PAMS Technical Documentation Tuning Steps 1. AFC Tuning (Analog) This tuning adjusts reference oscillators frequency so that network’s frequency criterias will be met. This adjustment loads the Analog center frequency DAC value into the EEPROM. When doing this, a spectrum analyzer must be used. Note: Do not leave tuning on. The analog transmitting takes maximium current. The tunning can damage the phone or service battery. The service battery will be heated.
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NSW-5 Tuning and Flashing Instructions PAMS Technical Documentation Scentre frequency to 830.700 Mhz Sspan 80 kHz. SRef LVL 20 dB SRWB and VBW 1 kHz Ssweep time 0.3 s – Use ”TX I DC Offset” and ”TX I DC Offset” option to adjust CFR -5.9kHz to minimum. The amplitude difference between CFR and CFR –5.9 kHz should be >40 dB. – Use the ”Phase Offset” option to adjust CFR –14.2 kHz to minimum. The amplitude difference between CFR and CFR –5.9 kHz should be >40 dB. .
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NSW-5 Tuning and Flashing Instructions PAMS Technical Documentation – Settings for pulse power meter: SCalibrate if necessary SCorrect frequency SRef LVL offset and –>Attenuation to EXT Antenna connector SCorrect duty cycle: 33.3 % in digital mode and 100% in analog mode – Select Tuning –>Using WinTesla Select Tuning –> TX Power –>LOW BAND / HIGH BAND –> EEPROM values – All power channel have to be tuned. Repeat this test for A, B, C and D power channel.
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NSW-5 Tuning and Flashing Instructions PAMS Technical Documentation Check that the power level PL2 TXC DAC value is in the allowed range +50...+270. TDMA1900 TX output power Power level RF Power at ext. RF connector (* Tuning target tolerance Testing Limits 2 25.2 dBm +/– 0.1 dB +0.5...–1.0 dB 25.7 – 24.2 dBm 3 23.3 dBm +/– 1.0dB +/– 2.0 dB 4 19.3 dBm +/– 1.0dB +/– 2.0 dB 5 15.3 dBm +/– 1.0dB +/– 2.0 dB 6 11.3 dBm +/– 1.0dB +/– 2.0 dB 7 7.3 dBm +/– 1.0dB +/– 2.0 dB 8 3.
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NSW-5 Tuning and Flashing Instructions PAMS Technical Documentation – Connect the RF generator to antenna connector. – Press Meas –> The program shows correct frequency and signal level. – Once RF generator setting are correct, press OK button. (Note the insertion loss of the cable!) – Repeat measurement with all signal levels. – Once the tuning is correct, press OK button. 8. Rx Audio... This measurement is for Audio output calibration for DAMPS mode.
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PAMS Technical Documentation NSW-5 Tuning and Flashing Instructions Nokia 7160 cellular telephone NAM programming instructions All Nokia 7160 cellular telephones are capable of supporting both Random and Default authentication methods. This programming guide describes the programming of generic 7160 handsets. The programmer must decide which A–Key type is desired for use. There are two methods to program the NAM described below.
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NSW-5 Tuning and Flashing Instructions PAMS Technical Documentation Menu driven easy NAM programming for NOKIA 7160 Handportables 1. Turn on the phone and enter the Programming Access Code D *#639?# Save *#6391# For NAM1 with a Random A–Key Value Clear *#6392# For NAM2 with a Default A–Key Value *#6393# For NAM3 with a Default A–Key Value Enter Cellular number: 2. Enter the 10 digit Area Code and Phone Number OK Press the TALK key (or the ”OK” softkey in the display) Enter Code 3.
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NSW-5 Tuning and Flashing Instructions PAMS Technical Documentation Complete NAM Programming InstructionsnENNDPORTABLES Access NAM Programming Mode: D NAM 1 NAM 2 NAM 3 1 1. Turn the phone on. 2. Enter the NAM access code. Select Factory default is: * 3 0 0 1 # 1 2 3 4 5 # 3. If the screen to the right appears, the access code was entered correctly.
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NSW-5 Tuning and Flashing Instructions PAMS Technical Documentation 7. Use the [OK] softkey to store the new information that has been entered. 8. Repeat steps 6 and 7 for the remaining NAM parameter options to be viewed and/or changed. Programming the Security Code: 9. From the Main Menu, use the scroll keys to select the “Security” Sub– Menu, press [Select] and the current 5–digit security code will appear in the display. Default is 12345 10.
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NSW-5 Tuning and Flashing Instructions PAMS Technical Documentation Field test: The Field Test Display Mode is used to investigate how the phone and the cellular network are interfacing together. The Field Test Display Mode reports valuable information about the signal strength, battery charging status, cellular state and encryption status. The information is organized to display information relating to Analog Control Channels, Digital Control Channels, Analog Voice Channels, and Digital Voice channels.
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NSW-5 Tuning and Flashing Instructions PAMS Technical Documentation 4. Each list contains: System type: Select Private or Residential system type. PSID / RSID: System ID of the Private or Residential system. Indicates which PSID / RSID the mobile will respond to. Connected system ID: PSID / RSID is connected to. Connected System ID. The SID that the Alpha tag: The name of the Private or Residential SID that will be displayed when the phone uses the PSID / RSID.
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PAMS Technical Documentation NSW-5 Series Transceivers Disassembly and Troubleshooting Instructions Issue 1 10/00 Nokia Mobile Phones Ltd.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation AMENDMENT RECORD SHEET Amendment Date Number Inserted By Comments Issue 1 OJuntune Issue1 Page 2 10/00 Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 Disassembly and Troubleshooting Instructions CONTENTS Page No NSW-5 Disassembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Removing Slide Cover Assembly . . . . . . . . . . . . . . . . . . . . . . . Mounting Slide Cover Assembly . . . . . . . . . . . . . . . . . . . . . . . . Slide disassembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Metal Slide manipulation . . . . . . . . . . . . . . . . . . . . . . . . . . .
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation VHF VCO Troubleshooting . . . . . . . . . . . . . . . . . . . . . . . . AMPS & TDMA800 UHF Synthesizers . . . . . . . . . . . . . . . . 1 GHz UHF Synth Troubleshooting . . . . . . . . . . . . . . . . . TDMA1900 UHF Synthesizers . . . . . . . . . . . . . . . . . . . . . . . 2 GHz UHF Synth Troubleshooting . . . . . . . . . . . . . . . . . RF ASICs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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PAMS Technical Documentation NSW-5 Disassembly and Troubleshooting Instructions NSW-5 Disassembly 1. Remove the Battery, Dust Cap and Elastic Plug (2 pcs) 2. Remove the Screws (6 pcs) Issue 1 10/00 Nokia Mobile Phones Ltd.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation 3. Lift off B–cover 4. Pull out Antenna, note snap fitting Page 6 Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 Disassembly and Troubleshooting Instructions 5. Lift off the PWB 6. Lift off the Sensor Switch Issue 1 10/00 Nokia Mobile Phones Ltd.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation 7. Pull out the Slide until the end stop Page 8 Nokia Mobile Phones Ltd.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation Removing Slide Cover Assembly 1 2 Fig.7.1 1. Hold the plunger of the metal slide against the phone 2. Bend open the Slide Cover (plastic part Fig. 7.2 Carefully twist the slide cover off in the direction indicated. Fig. 7.3 Mind the middle snap ! Mounting Slide Cover Assembly 1 2 3 2 1 2 Fig. 9.1 1.Make sure that the metal slide is pulled out up to the end stop (a double click ) 2.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation Slide disassembly 10. Use a pair of Tweezers to push the Slide Stopper Spring in the direction indicated. 11. Simulateously with step 10: Pull out the Slide past the End Stop ! note: Pull out straight ! Handling the Slide Assembly: ! DO NOT handle the Slide like this !ALWAYS handle the slide like this. The Metal Slide is bent very easily when it is not protected by the phone. Avoid bending of the Plungers at all times.
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PAMS Technical Documentation NSW-5 Disassembly and Troubleshooting Instructions Metal Slide manipulation 12. Bend open one side of the (plastic) Slide Cover and take out the Metal Slide ! DO NOT ! ALWAYS Hold the Metal Slide like this. Handle the Metal Slide like this. The Metal Slide is bent very easily when it is not protected by the phone. Avoid bending of the Plungers at all times. The Metal Slide can be held by the Targa Bow or by one of the Plungers.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation UIF Disassembly 13. Remove the Display assembly 14. Remove the Keymat module 15. Remove the Speaker and the Roller key Figure 1. Page 12 Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 Disassembly and Troubleshooting Instructions Reassembly 16. ! Assemble the phone completely before fitting the Slide Assembly ! The remaining assembly is done in the reversed order of the disassembly. Note Torque for screws 0.23Nm 17. Position the right hand Plunger onto the start of the track and on the Microphone Connector, as shown 18. Position the left hand Plungers onto the start of the track and push the Slide Assembly into the phone.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation Lubricating the slide with the Grease Service Pack The Lubricant is applied on the A–cover, before inserting the Slide assembly. Note: Code for the lubricant: 7511021 The lubricant is applied inside the A–cover tracks, from the middle and down towards the microphone connector. Page 14 Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 Disassembly and Troubleshooting Instructions The lubricant is applied in one movement, leaving a strip of grease in approx. a diameter of 1mm and in a length of 25 mm. There must be a 5 mm clearance towards microphone connector. A similar amount in size and position is applied in the opposite track. Be sure that the grease does not spill over the plunger. Issue 1 10/00 Nokia Mobile Phones Ltd.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation Troubleshooting NSW–5 Baseband The following hints should facilitate finding the cause of the problem when the circuitry seems to be faulty. This troubleshooting instruction is divided following section. 1. Phone is totally dead 2. Flash programming doesn‘t work 3. Power doesn‘t stay on or the phone is jammed 4. Phone doesn‘t register to the network or phone doesn‘t make a call. 5. Audio fault. 6.
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PAMS Technical Documentation NSW-5 Disassembly and Troubleshooting Instructions 1. Phone is totally dead Phone does not consume current at all when the power switch is pressed, or when the watchdog disable (J150) is grounded. Battery voltage must be higher than 3.0 V. Otherwise CCONT prevents power–on. Phone is totally dead YES Failure in VBAT line NO Check X105, X104, Z100, C100, C101 VBAT is 3.6 V at R153 YES Voltage at J150 of CCONT (N150) is 3.6 V NO Faulty circuit N150 YES C166 (VBB) 2.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation 2. Flash programming doesn’t work The flash programming is done via system connector X100. Flash programming doesn’t work YES VBAT > 3.0 V VBB (C166) 2.8 V VR1 (C158) 2.8 V NO See section ”Phone is totally dead” YES NO PURX (J152) master reset = ”1” (2.8 V) Sleep clock SLCLK (J157) square wave 32 kHZ YES YES FLASH (D201) VBB is 2.8V (C203), SRAM (D200) VBB is 2.8 V (C200), FLASH VPP is > 2.
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PAMS Technical Documentation NSW-5 Disassembly and Troubleshooting Instructions 3. Power doesn’t stay on or phone is jammed If this kind of fault has come after flash programming, there are most probably open pins in ICs. The solder joints of ICs MAD1 (D202), Flash (D201), and SRAM (D200) are to be checked at the extent possible (by microscope from the side of PWB and lightly pressing components while switching power on).
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation 4. The phone does not register to the network or make a call If the phone doesn’t register to the network or the phone doesn’t make a call, the reason could be either the baseband or the RF part. The phone can be set to wanted mode by WinTesla service software and determinate if the fault is in RF or in baseband part (RF interface measurements).
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation Phone doesn’t register to the network or phone doesn’t make a call YES Analog supply voltage VR6 is > 2.7 V of Cobba (N250) at C275 NO Check N250 YES Analog reference voltage Vref is 1.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation 5. Audio Failure In this kind of fault, it is useful to check first that slide rails and the rail connector are OK. Uplink (microphone) and downlink (speaker) are disfunctional YES Voltage at C278 is 2.8 V HOOKINT (without external audio devices) NO Check R260 and R270 YES Voltage at C271 is 2.8 V HEADSETINT (without external audio devices) NO Check R268, R265 and R260 YES Frequency at J255 is 1 MHz square wave 2.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation 6. Charging Failure Nothing happens when charger is connected YES Check X100, R155, R169, F150, L150 NO Voltage level at C171 is higher than 0.17 V when charger is connected YES Check N150 Display Information: Not charging YES Voltage level at C173 is about 0.8 V when power is connected BSI resistor value should be 39 k Check R152, R163 NO YES Voltage level at C174 is about 0.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation RF Troubleshooting Introduction Measurements are done using a spectrum analyzer and a high–frequency probe (Local and reference frequencies and RF–powerlevels in intermediate stages of TX/RX–chains). An oscilloscope is used to measure DC–voltages and low frequency signals. A multimeter is also a useful measurement instrument in fault finding. The RF section is mainly built around EROTUS–IC (N750).
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PAMS Technical Documentation NSW-5 Disassembly and Troubleshooting Instructions Abbreviations used in Troubleshooting charts BB Baseband f Frequency of signal (measured with spectrum analyzer) IF Intermediate Frequency LO Local Oscillator P Power of signal in desibels compared to a milliwatt (dBm) (measured with spectrum analyzer) PA Power Amplifier PWB Printed Wiring (Circuit) Board PLL Phase Locked Loop RF Radio Frequency RX Receiver T Time (between pulses) TX Transmitter UHF Ultr
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation Interface signals between RF and BB/DSP Signal name From To Parameter Min Typ Max Unit Function VBAT Battery RF Voltage 3.1 3.6 5.3 V Supply voltage for RF and regulators VREF CCONT EROTUS Voltage 1.485 1.500 1.522 V Reference voltage for EROTUS RFTE MP RF CCONT Voltage 0 1.4 2.7 V HOT ROO M COLD RF temperature sensor 47k NTC to GND 2.
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PAMS Technical Documentation Signal name RSSI From To EROTUS CCONT/ NSW-5 Disassembly and Troubleshooting Instructions Parameter Output level Min Typ 0.1 Max Unit 1.5 V Analog mode field strenght indicator 0.62 0.82 Vpp Differential in– phase TX baseband signal for the RF modulator 0.8 0.
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NSW-5 Disassembly and Troubleshooting Instructions Signal name TXLX2 From MAD SENA2 MAD RXPW R2 RXPW R3 SPWR 3 TXPW R1 TXWR 2 TXWR 3 MAD MAD COBBA_D MAD MAD MAD To TX 1900 2 Ghz UHF PLL PENTA PENTA PENTA CCont PENTA PAMS Technical Documentation Parameter Min Logic high ”1” 2.1 2.85 V Low power level mode for power detector Logic low ”0” 0 0.6 V High power detector mode power detector Logic high ”1” 2.0 2.85 V 2 Ghz PLL enable Logic low ”0” 0 0.
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PAMS Technical Documentation Signal name From To NSW-5 Disassembly and Troubleshooting Instructions Parameter Min Typ Max Unit Function VR5 CCont RF Voltage 2.7 2.8 2.9 V Supply voltage for EROTUS TX modulator and TX pwr control circuits VR7 CCont RF Voltage 2.7 2.85 2.9 V TX800 PA bias and driver amplifier supply voltage VR7_bi CCont as RF Voltage 2.7 2.85 2.9 V TX800 PA bias switching voltage ”0”=AMPS ”1”=TDMA V5V CCont Issue 1 10/00 EROTUS Voltage 4.8 5.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation Receiver General Instructions for RX Troubleshooting Start the Wintesla–software and use it to start the desired RX–mode of the mobile phone. The troubleshooting flowchart is divided into three steps, general checking, local cheking and RX–chain checking. Please notice that before changing ASICs or filters, all solderings and missing components are checked.
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PAMS Technical Documentation NSW-5 Disassembly and Troubleshooting Instructions Troubleshooting charts for the receiver chain AMPS RX Apply 879.00 MHz (Ch 300) –116 dBm , 8kHz dev, 1 kHz sine signal (FM modulation) to external antenna connector (X991) Connect EXT HS to audioanalyzator. Open audio AF: 1 kHz sine signal, meas SINAD Y AMPS RX–chain OK SINAD: > 12 dB N Check UHF VCO control voltage from capasitor C831 N Start synthesizer troubleshooting V: 1.0…4.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation Y Check level of IF1 signal (116.19 MHz) at MXR output (N701) pin no.14 N P: ≅ –19 dBm Check level of LO signal (995.19 MHz) from LO input (N701) pin no.1 N Start synthesizer troubleshooting P: > –3 dBm Y Note! Y Check input level of EROTUS IF amplifier (116.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation TDMA 800 RX Apply 879.00 MHz (Ch 300)–60 dBm signal (no modulation) to external antenna connector (X991) Check level of IF2–sinal 450 ( kHz) in RF/BB–interface from resistor R798 Note! Signal level! Y NOTE! If AMPS RX check is OK, then only components in AGC1, OUT_rx, IN(N/P)_rxif and OUT(N/P)_rxif –lines (EROTUS) needs to be checked. TDMA 800 RX–chain is OK.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation Y Check level of IF1 signal (116.19 MHz) from MXR output (N701) pin no.14 N P: ≅ –29 dBm Check level of LO signal (995.19 MHz ) from LO input (N701) pin no.1 N Start synthesizer troubleshooting P: > –3 dBm Y Note! Change frontend N701 Y Check input level of EROTUS IF amplifier (116.
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PAMS Technical Documentation NSW-5 Disassembly and Troubleshooting Instructions TDMA 1900 RX Apply 1960.02 MHz (Ch 1000)–70 dBm signal (no modulation) to external antenna connector (X991) Note! Check level of IF2–sinal 4( 50 kHz) in RF/BB–interface from resistor R798 Y Signal level NOTE! If RX800 check is OK, then RX1900 troubleshooting should be concentrated only on duplexer Z960 and frontend N721 area and surrounding components. TDMA 1900 RX–chain is OK.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation Y Check level of IF1 signal (116.19 MHz ) from MXR output (N721) pin no.14 N P: ≅ –43 dBm Check level of LO signal N (2076.21 MHz ) from LO input (N721) pin no.1 Start synthesizer troubleshooting P: > –7 dBm Y Note! Change frontend N721 Y Check input level of EROTUS IF amplifier (116.
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PAMS Technical Documentation NSW-5 Disassembly and Troubleshooting Instructions Transmitter General Instructions for TX Troubleshooting Always use RF–cable connected from antenna connector to analyzer through a 10 dB attenuator. This is important to protect analyzer against excessive rf–power and not to let leake unwanted RF power to the cellular frequencies. Start Wintesla–software and select TX mode under testing (AMPS,DAMPS or TDMA1900).
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation Troubleshooting chats for Transmitter AMPS TX Connect an RF–cable to the antenna connector and connect the cable to a spectrum analyzer input. Start Wintesla–software and set the phone to Analog mode. Set channel 383 and Powerlevel 2 and measure RF ouput level. Please notice insertion loss of the cable. It is recommended to use an external attenuator to avoid overloading the spectrum analyzer.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation AMPS, PL2, CH383 Note! In AMPS mode PA pin 16 bias– Voltage should be > 2.2V. Y Check current consumption I: >700 mA Check Antenna Circuit and Duplex–filter. Short–circuits in PA? N Press down PA Inreasing current consumption ? Y Change PA Check possibility for delamination Check all supply voltages and solderings Check also N900 pin3 frequency and input power. Should be > –8 dBm and f = 997.68 MHz.
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NSW-5 Disassembly and Troubleshooting Instructions Y Check TXIF Z900 Pin7 PAMS Technical Documentation Change upconverter N900 f: 161.19 MHz P: >–25 dBm N Is Z900 Insertion Y Change filter Z900 loss too high? IL>5 dB N Check modulator output at R911 N Note! Check R911 P≅ –18dBm max check also I/Q–resistors R760 Y Is TX I/Q OK? V: 0.8 VDC +/– 0.4 V (symmetrical) N Check COBBA DACs I&Q (BaseBand Y Change N750 Page 40 Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 Disassembly and Troubleshooting Instructions TDMA800 TX The transmitter chain is exactly same as in AMPS–mode, but the power amplifier is biased to more linear mode, so it is important, that AMPS have no faults. N Start AMPS troubleshooting Is AMPS mode OK ? Y N Check Vbias PIN16 N903 V: > 2.8 V Check CCONT VR7_bias (BaseBand) Y N Change Start power level N750 and/or tuning. Does it work? Cobba Issue 1 10/00 Nokia Mobile Phones Ltd.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation TDMA1900 TX TDMA1900 mode and DAMPS mode have common IF section and antenna circuit and thus it is important that DAMPS mode have no faults. N Is TDMA800 mode OK ? Start TDMA800 troubleshooting Y Note! N Are LO signals OK ? Start synth troubleshooting Check VHF and UHF locals including LO–buffer, measuring point for UHF is N980 pin5.
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PAMS Technical Documentation NSW-5 Disassembly and Troubleshooting Instructions Power Control Loop Power control section is basically similar for both bands, except for that both bands have their own directional coupler and detector. The power control is actually made in EROTUS IC. Is V929, V930 voltage drop about 0.3–0.4 V N Check V930, V929 Check bias circuit around diodes. Note ! See DETO vs. Output power curve Note: 1. DETO and TXC will be about same in each mode.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation Detected voltages are described in the next table and diagram: TYPICAL DETECTED VOLTAGES AT POWER LEVELS PL2…PL10 800D PL 2 3 4 5 6 7 8 9 10 NOTE: HD965 1900 D Pout TXC LB–DETO dBm dac mV PL 26.8 183 1560 2 23.5 16 1230 3 19.8 –108 980 4 15.8 –195 800 5 11.8 –250 680 6 7.8 –296 630 7 3.8 –265 690 8 –0.2 –306 610 9 –3.8 –343 550 10 DAC VALUES MAY VARY +/– 150 DAC UNITS Pout TXC UB– DETO dBm dac mV 25.2 23.
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PAMS Technical Documentation NSW-5 Disassembly and Troubleshooting Instructions Synthesizers There are four oscillators generating the needed frequencies for RF–section. 19.44 MHz reference oscillator: 1GHz UHF VCO, 2Ghz UHF VCO and VHF VCO. Only VHF VCO is discrete solution and it has two fixed frequencies, 322.38 MHz for lowband and 392.46 MHz for upper band. VHF VCOs operating frequency is controlled by the PLL–circuit of EROTUS. All locals are locked to the stable reference oscillator.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation 19.44 MHz Osc. Troubleshoolting VCTCXO OUTPUT : 19.44 MHz G850 P:>0.6Vpp Note! N Check all solderings and supply voltage for VCTCXO. Check also coil L868. Change G850 Y Check N AFC–signal from G850, pin1 V≅ 1.05 V Y Check resistor R850 Start COBBA_D trobleshooting Y Check RFC–buffer output, C719 P: >0.3 Vpp Check EROTUS OSC input,pin 24 P:>0.6Vpp N Y Check 2G PLL N880, pin 15 P: >0.
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PAMS Technical Documentation NSW-5 Disassembly and Troubleshooting Instructions VHF VCO The VHF VCO signal is used to generate transmitter Intermediate frequencies. The VHF VCO has two fixed frequencies. Operating frequency is locked in a Phase Locked Loop, which is controlled by baseband. In AMPS and TDMA800 modes the VHF frequency is 322.38 MHz. In TDMA1900 mode a higher intermediate frequency is needed, so the operating frequency is increased to 392.46 MHz.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation VHF VCO Troubleshooting Note! The Oscillator is locked, when the frequency and Vcnt are stable. Frequency=322.38/392.46MHz Vcnt=1….3.8V,C790 Is oscillator locked ? N Check oscillator output level and frequency at C744 Y Check EROTUS (N750) N (SCLK):2.8V (SDATA):2.8V (SENA1):2.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation AMPS & TDMA800 UHF Synthesizers 1 GHz UHF VCO (G880) generates the first injection for RX (869...897 MHz) and the final injection for TX (824...849 MHz). The output frequency of the module depends on the DC–control voltage supplied by the EROTUS in line PD2. 1 GHz UHF Synth Troubleshooting Note! Is the frequency locked? The Oscillator is locked, when the frequency and Vcnt are stable. Frequency=985.23…..1010.16MHz Vcnt=1….
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation TDMA1900 UHF Synthesizers 2 Ghz UHF synthesizer generates desired injection frequencies for TX and RX chain. The output frequency of the VCO depends on the control voltage of the PLL–circuit 2 GHz UHF Synth Troubleshooting Note! The Oscillator is locked, when the frequency and Vcnt are stable. Frequency=2046.27…..2106.15MHz Vcnt=1….
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PAMS Technical Documentation NSW-5 Disassembly and Troubleshooting Instructions RF ASICs General lnformation EROTUS (N750) provides three main RF functions: 1. RX/TX IF blocks 2. PLLs for VHF and 1 GHz UHF 3. TX Power control circuits The receiver block consists of IF buffers, active mixers, 6–multiplier (3*+2*), AGC amplifier and limiter.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation Pin no. Pin name Nominal level Description 15 16 GND Vdd MXR 0 2.8V Ground Mixer LO–buffer Vdd and LO–buffer tuning Power Amplifiers N903, N960 RF9103 (N903) Pin no. Pin name 1 2 3 VCC N/C L TUNE 4 5 6 7 8 9 10 11 12 13 14 15 16 17 Power supply pin for bias circuit. Add RF bypass capacitor. No connection or GND Tuning pin for interstage matching network.
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PAMS Technical Documentation Pin no. Pin name 12 13 14 RF OUT RF OUT RF OUT 15 16 17 N/C N/C Ground NSW-5 Disassembly and Troubleshooting Instructions Description RF output and bias for the output stage. 3rd stage collector. RF output, Use this pin for an output matching capacitor. Do not feed bias through this pin. (DC coupled) No connection. (GND) No connection. (GND) Ground connection.
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NSW-5 Disassembly and Troubleshooting Instructions PAMS Technical Documentation Pin no. Pin name Nominal level Description 12 13 14 15 16 VDD3 GND IF IN N/C TX ENA 2.8V 0 – Supply voltage Ground Intermediate frequency input Not connected TX enable >2V TDMA 1900 PLL N880 Pin no. Pin name Nominal level Description 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 FAST CPF CP VDD2 Vss3 RFI Vss2 POL PON Vss1 CLK DATA E Vdd1 XTALB XTALA GND(CP) Vcc Iset LOCK 2.
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PAMS Technical Documentation NSW-5 Series Transceivers Non-Serviceable Accessories Issue 1 10/00 Nokia Mobile Phones Ltd.
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NSW-5 Non-Serviceable Accessories PAMS Technical Documentation AMENDMENT RECORD SHEET Amendment Date Number Inserted By Issue 1 OJuntune Page 2 10/00 Comments Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 Non-Serviceable Accessories CONTENTS Page No Slim Battery BLS-2S . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Standard Battery BMS-2S . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Vibrator Battery BMS-2V . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Slim Battery BLS–2N . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . AC Travel Charger ACP-7 . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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NSW-5 Non-Serviceable Accessories PAMS Technical Documentation Slim Battery BLS-2S The BLS-2S is a Li-ion light weight battery with 900 mAh capacity. Product Code Battery pack BLS-2S: Page 4 Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 Non-Serviceable Accessories Standard Battery BMS-2S The BMS-2S is a NiMH battery with 900 mAh capacity. Product Code Battery pack BMS-2S: Issue 1 10/00 0670314 Nokia Mobile Phones Ltd.
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NSW-5 Non-Serviceable Accessories PAMS Technical Documentation Vibrator Battery BMS-2V The BMS-2V is a NiMH battery with 900 mAh capacity and vibrator. Product Code Battery pack BMS-2V: Page 6 Nokia Mobile Phones Ltd.
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PAMS Technical Documentation NSW-5 Non-Serviceable Accessories Slim Battery BLS–2N The BLS–2N is a Li–ion ultra slim battery with 900 mAh capacity. Product Code Battery pack BLS–2N: Issue 1 10/00 0670306 Nokia Mobile Phones Ltd.
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NSW-5 Non-Serviceable Accessories PAMS Technical Documentation AC Travel Charger ACP-7 The standard charger is available for different voltage levels and comes with different wall plugs. The standard charger can also be used as a power supply for the desktop stand.
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NSW-5 Non-Serviceable Accessories PAMS Technical Documentation Performance Travel Charger ACP-8 Operating within the voltage range 90 V...264 V AC (50 Hz...60 Hz), the Performance Travel Charger is practically current independent in normal office and household use. Like the standard charger, it is compatible with all battery options and is available for different wall sockets. The Performance Travel Charger can also be used with desktop stand CGE-1.
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NSW-5 Non-Serviceable Accessories PAMS Technical Documentation Cigarette Lighter Charger LCH–8 A green light indicates that the cigarette lighter charger is ready for charging. Check the charging status on the phone display. The main use is with 12V vehicle system. It is using 3–wire charging structure (controlled constant voltage). It has internal output current limitation of 650mA. The car battery connectors must perform reliable electrical connection to the cigarette lighter socket.
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NSW-5 Non-Serviceable Accessories PAMS Technical Documentation Cigarette Lighter Charger LCH-9 A green light indicates that the cigarette lighter charger is ready for charging. Check the charging status on the phone display. The input voltage can be from 11 or 32 V d.c., negative grounding. Universal mobile charger can be used with all car accessories provided for your phone. Product Code Universal mobile charger LCH-9: 0675120 Specification Connectors • input: D 21/23 mm • output: 3.
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NSW-5 Non-Serviceable Accessories PAMS Technical Documentation Desktop Stand DCH-9 The desktop stand provides mounting place for both the phone and a spare battery. Product Code 0700049 Desktop stand DCH-9: Specification Page 12 Connections: 3.5 mm DC jack Charge control: MCU control for spare battery charging Operation input voltage: 9...16 V Nokia Mobile Phones Ltd.
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NSW-5 Non-Serviceable Accessories PAMS Technical Documentation Mobile Holder MBC-1 Product Code Mobile holder MBC-1: Issue 1 10/00 0700060 Nokia Mobile Phones Ltd.
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NSW-5 Non-Serviceable Accessories PAMS Technical Documentation Mobile Holder MCC-1 Product Code Mobile holder MCC-1: Page 14 0620043 Nokia Mobile Phones Ltd.
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NSW-5 Non-Serviceable Accessories PAMS Technical Documentation Headset HDC-9P For handsfree operation Product Code Headset HDC-9P: Issue 1 10/00 0694063 Nokia Mobile Phones Ltd.
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NSW-5 Non-Serviceable Accessories PAMS Technical Documentation Power Cable PCH-4J Product Code Power cable PCH-4J: 0730055 Handsfree Microphone HFM-8 The HFM-8 microphone forms part of compact handsfree unit. Product Code Handsfree microphone HFM-8: 0690016 Page 16 Nokia Mobile Phones Ltd.
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NSW-5 Non-Serviceable Accessories PAMS Technical Documentation Handsfree Speaker HFS-12 The HFS-12 speaker forms part of compact handsfree unit. Product Code Handsfree Speaker HFS-12: 0692008 Belt Clip BCH-12U Product Code Belt Clip BCH-12U: Issue 1 10/00 0720161 Nokia Mobile Phones Ltd.
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NSW-5 Non-Serviceable Accessories PAMS Technical Documentation Swivel Mount HHS-9 The HHS-9 swivel mounting plate provides an alternative (to MKU-1) method of locating the phone holder, the handsfree unit ,or the handset. Product Code Swivel mounting plate HHS-9: 0620037 RS232 Adapter Cable DLR–3P Product Code RS232 Adapter Cable DLR-3P: Page 18 Nokia Mobile Phones Ltd.