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General| Brand | Nokia |
|---|---|
| Model | NSW-5 Series |
| Category | Cell Phone |
| Language | English |
The NSW-5 is a dualband/dualmode radio transceiver unit for the US TDMA 800/1900MHz networks.
The desktop option allows the user to charge the handportable and spare battery from mains.
The NSW-5 is a dualband/dualmode radio transceiver unit for the US TDMA 800/1900MHz networks.
Details on the physical dimensions, weight, and volume of the transceiver and its components.
Specifies the operating and storage temperature ranges for the device.
Details about the RF connector used for external antennas and its specifications.
Details on the various submodules that constitute the system.
Key features of the Microcontroller Unit (MCU), covering system control and UI.
Overview of the RF module's functionality and integrated circuits.
Block diagram illustrating the power distribution within the phone.
Details about the receiver section, including DAMPS800 RX.
Information on the transmitter circuitry and its operational characteristics.
Details on the frequency synthesizers and their role in generating RF frequencies.
Details on the different active operation modes of the phone.
Explanation of the Analog Control Channel mode and signaling messages.
Description of analog voice channel operation, including audio processing and SAT reception.
Functionality of the Digital Control Channel mode and phone sleep behavior.
Description of the Out of Range mode for power saving when signal is lost.
Block diagram illustrating the power distribution within the phone.
Summary of how battery voltage is regulated and supplied to different parts.
Explanation of the two-wire charging process controlled by PWMOUT signal.
Details on the three-wire charging method with adjustable output current.
Procedure for powering up the phone when the power button is pressed.
Procedure for powering up the phone when a charger is connected.
Describes the power-up sequence when the battery voltage is low or charging.
Procedures for controlled power down, including using the PWR-key.
Scenarios leading to uncontrolled power down, such as watchdog expiration.
Key features of the Microcontroller Unit (MCU), covering system control and UI.
Overview of the RF module's functionality and integrated circuits.
Key features of the Digital Signal Processor, including speech coding and interfaces.
Key features of the System Logic, covering clocking, timing, and interfaces.
Primary functions of CCONT, including voltage regulation and power management.
Connection details for the Display Module and UI switch IC.
Overview of the RF module's function, components, and capabilities.
Presentation of intermediate frequencies for RX and TX operations.
Electrical characteristics related to DC voltage and current parameters.
Specifics of the DAMPS800 receiver, a double conversion receiver.
Operation of the TDMA 1900 MHz band receiver in digital mode.
Details on the 19.44 MHz reference oscillator and its control voltage.
Description of the 3-multiplier's integrated solution for generating receiver LO frequencies.
Description of the DAMPS800 transmitter's intermediate frequency modulation.
Details on the TDMA1900 transmitter, referencing the 800 MHz digital mode transmitter.
Temperature compensation for output power levels.
Calibration of power levels on four channels using linear interpolation.
Specifications for the receiver front end.
Analog mode IF parts included in EROTUS, covering IF1 amplifier and mixer.
Digital IF parts of EROTUS, including AGC amplifier and mixer.
RF characteristics of the transmitter for DAMPS and TDMA1900.
Details on the synthesizers, including output levels for UHF and VHF VCOs.
List of parts for the Engine Module UT5U, including chip resistors and networks.
Overview of the NSW-5 product variants and their configurations.
Diagram showing the exploded view of the NSW-5 transceiver components.
Detailed list of assembly parts for the NSW-5NX model with item, code, and description.
General information on running the After Sales SW, including protection device and PC connection.
Steps for installing the Service Software onto the PC's hard disk for optimal performance.
Description of the main window elements, including title bar and application control.
Menu items available under the Product menu, including New, Open, and Initialise.
Dialog for AFC Tuning, adjusting reference oscillators for network frequency criteria.
Dialog for RF Controls, containing data for testing and adjustments.
Dialog for Product Profile settings, reading from EEPROM and saving.
Reading, storing, and modifying user settings and values.
Viewing Quick/RF information when the phone is in normal mode.
List of shortcut keys and their defined functions, such as F1 for Context Sensitive Help.
Alt hot keys for application control and help functions.
Ctrl hot keys for file operations and product management.
Description of common dialog box entities and their properties.
Functionality of the Query Message Box for confirmations and questions.
Error Message Box usage, termination of operations, and help access.
Menu bar structure based on WinTesla specification, detailing variations.
Commands related to product settings, including New, Open, and Initialize.
Procedure for activating normal mode, including self-tests and initialization.
Steps for activating local mode and its interaction with Testing/Tuning menus.
Description of the Service Battery BBD-3 for service operations.
Product code for the Battery Adapter BDC-3.
Product code for the Audio Test Probe MPA-1.
Product code for the Module Jig MJS-15.
Illustration of the Flash Loading Adapter FLA-5.
Sales package code for the Flash Loading Adapter FLA-7.
Illustration of the Flash Prommer FPS-4S and its sales pack contents.
Product code for the Security Box TDF-4.
Illustration of the Service Audio Box JBA-4.
Illustration of the Audio Cable ADS-1.
Illustration of the DC Cable PCC-1.
Illustration of the D15-D15 Cable AXS-5.
Illustration of the D9-D9 Cable AXS-4.
Illustration of the DC Cable SCB-3.
Illustration of the DC Power Cable SCF-7.
Product codes for Service Cable SCH-5A and SCH-11.
Illustration of the Warranty Cable SCH-10.
Illustration of the MBUS Cable DAU-9S.
Illustration of the MBUS Cable DAU-9M.
Illustration of the Power Cable PCS-1.
Illustration of the External Antenna Cable XRC-2.
Illustration of the Modular T-adapter.
Illustration of the SW Security Device PKD-1.
Illustration of the Dongle/Flash Device FLS-2D.
Diagram showing how to connect the FLS-2D device and associated cables to PC and phone.
Illustrations of the IR Data Interface Module JLP-1.
Setup instructions for tuning NSW-5 without removing covers, showing connected equipment.
Diagram and list of items for flashing NSW-5 using FLA-5.
Diagram and list of items for flashing NSW-5 using FLA-7.
Procedure for tuning the phone with covers removed, listing necessary accessories.
Instructions for transferring warranty data between phones using the SCH-10 cable.
Adjusts reference oscillators frequency to meet network criteria.
Step-by-step guide for easy NAM programming of Nokia 7160 using menu options.
Steps to access NAM programming mode by entering the access code.
Troubleshooting steps for the VHF VCO, checking oscillator lock and output.
Overview of RF troubleshooting, measurement tools, and section division.
Instructions for RX troubleshooting using Wintesla software and spectrum analyzer.
General guidelines for TX troubleshooting, including RF cable connection and Wintesla software usage.
Details on the synthesizers, including output levels for UHF and VHF VCOs.
Details on the EROTUS ASIC, its RF functions, and pin-out information.
Troubleshooting flowchart for the AMPS RX chain, checking signal levels and components.
Troubleshooting flowchart for the TDMA 800 RX chain, checking signal levels and components.
Troubleshooting flowchart for the TDMA 1900 RX chain, checking signal levels and components.
Troubleshooting flowchart for AMPS TX, checking current consumption and components.
Troubleshooting flowchart for TDMA800 TX, comparing to AMPS mode.
Troubleshooting flowchart for TDMA1900 TX, emphasizing commonality with DAMPS.
Overview of RF ASICs, including EROTUS, receiver front ends, and power amplifiers.
Details on the EROTUS ASIC, its RF functions, and pin-out information.
Pin descriptions for EROTUS receiver front ends N701 and N721.
Pin descriptions and functions for Power Amplifiers N903 and N960.
Pin descriptions for the PENTA Regulator N703.
Pin descriptions for the TDMA 1900 Upconverter N980.
Pin descriptions for the TDMA 1900 PLL N880.
Product code for the Slim Battery BLS-2S.
Product code for the Standard Battery BMS-2S.
Product code for the Vibrator Battery BMS-2V.
Product code for the Slim Battery BLS-2N.
List of product codes for AC Travel Charger ACP-7 variants.
List of product codes for Performance Travel Charger ACP-8 variants.
Product code for the Cigarette Lighter Charger LCH-8.
Product code for the Universal mobile charger LCH-9.
Product code for the Desktop Stand DCH-9.
Product code for the Mobile Holder MBC-1.
Product code for the Mobile Holder MCC-1.
Product code for the Headset HDC-9P.
Product code for the Power Cable PCH-4J.
Product code for the Handsfree Microphone HFM-8.
Product code for the Handsfree Speaker HFS-12.
Product code for the Belt Clip BCH-12U.
Product code for the Swivel mounting plate HHS-9.
Product code for the RS232 Adapter Cable DLR-3P.
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