Motorola P7689 free download

File name BD_Jade_A3_C_L3_V1.0.pdf

RX_GSM_PCS A1 RX275_DCS RX MID CHANNELS GSM: CH 62 -- 947,4 MHz EGSM: CH 37 -- 942,4Mhz DCS: CH 700 -- 1842,8MHz PCS: CH 661 -- 1960MHz -2,5dB FL400 A9 RF_V2 RX LOCAL OSCILLATOR 4 RX_EN GSM LNA +13 dB C Q400 B -3,5dB FL401 925-960MHz B +10dB Q450 E +10dB C B Q450 E C 3 Q112 2 RX275 Osc. discrete circuty Q203 CR249 RF_V1 800MHz D9 PLL C8 U200 MAGIC F7 ( SCLK_OUT ) BCLKR ( SDFS ) BFSR ( SDRX ) BDR to WhiteCap 4 U150 10 EXT ANT SW_RF from J600 Pin2 3 V1 9 -0,6dB 7 6 5 925-960MHz -5dB B FL457 400 MHz +12dB C Q480 C F2 SWITCH SW_VCC C7 A7 STEP ATT. RXI DEMODULATION RXQ RX275_GSM RVCO_PCS -2,5dB 1930-1990MHz FL2400 6 1 U400 3 FL1400 1805-1880MHz -2,5dB 4 5 RX275_DPCS RX SPI G9 G8 V2 2 7 V2 2 +12dB B Q1400 C -2dB FL1401 1805-1990MHz 5 V1 U401 U151 SWITCH CONTROL 2 1 TX_EN RF_V1 4 RX_EN 3 FILTERED_-5V 6 2,75V RF_V2 B+ Q252 2,75V RF_V1 D Q242 S S Q240 D G F1 REG. H1 H2 PHASE DET Divider 200KHz G1 VRef 13MHz VCO DCS_PCS LNA RVCO_DCS J7 H9, J9 G CR248 13MHz RX VCO MID CHANNELS GSM: CH 62 -- 1347,4 MHz EGSM: CH 37 -- 1342,4Mhz DCS: CH 700 -- 1442,8MHz PCS: CH 661 -- 1560MHz SUPER FILTER H7, C8, J1, B3 RVCO_DCS C1 SF_OUT 1,5V - 3,2V A1 B1 RVCO_275 Q1102 6 SW_V1 J8 GP04 F4 C4 A4 A3 MUX Startup Ref. 1 /2 Prog. Divider 200KHz REF. REF. OSC. 26 MHz J6 G6 MAGIC_13MHz CLK_SELCT to WhiteCap from WhiteCap B+ RX VCO FRQ. RANGE EGSM: 1325 - 1360Mhz DCS: 1405 - 1480MHz PCS: 1530 - 1590MHz 0db 1 +21dB 4,10-15 7 C Q331 +6bB CR330 B -5dB R336 +11,5dB -2 dB C Q330 B R333 RVCO_PCS 3 4 5 1-3 TX FRQ. RANGE EGSM: 880-915Mhz DCS: 1710-1785MHz PCS:1850-1910MHz Q380 -0,2dB 5-8 PA_B+ 4 DM_CS PHASE DET Divider AFC E1 Y200 E2 26MHz ( CE ) MQSPI_CS1 ( SPI_CLK ) MOSPI_CLK1 ( SPI_DATA ) DX1 J3 from WhiteCap U250 RX VCO PLL G5 11-14 U300 PA 2, 8 Tri Band Jade SPI LOGIC CONTROL FACE TX_275 FILTERED_-5V INTER H4 GATE CTRL CIRCUIT EXC DM_CS 6 7 +6-8dBm TX VCO FRQ. RANGE EGSM: 880-915Mhz DCS: 1710-1785MHz PCS:1850-1910MHz TX VCO MID CHANNELS SF_OUT U390 PAC RF_IN 2 TX_275 U350 TX VCO 2 5 3 TX275_GSM TX275_DPCS TX_DCS 4 1,5V - 3,2V TX LOOP FILTER DET SAT. 1, 3 RF_V2 *GSM_SEL 2 *PCS_SEL 4 Q100 3 *DCS_SEL DETECT_SW AOC_DRIVE SAT_DETECT TX_KEY_OUT A5 1 MODULATION TXI TXQ TX SPI J2 ( TX_CLK ) BCLKX G7 ( SDTX ) BDX 4, 14 10 12 8 11 DETECT_SW AOC_DRIVE SAT_DETECT RX275_DCS RX_GSM_PCS RVCO_PCS RVCO_DCS RX275_GSM RX275_DPCS TX_275 TX275_GSM TX275_DPCS TX_DCS FILTERED_-5V TX_KEY_OUT GSM: CH 62 -- 902,4MHz EGSM: CH 37 -- 897,4Mhz DCS: CH 700 -- 1747,8MHz PCS: CH 661 -- 1880MHz H8 B6 B4 C5 PA CONTROL LOGIC J4 CONTROL H5 RX_ACQ DM_CS TX_KEY from WhiteCap GSM SERVICE SUPPORT GROUP GSM / DPCS SELECT CIRCUIT For description of GSM / DPCS Select Circuit see document on: emeacs.fle.css.mot.com 06.04.00 Rev. 1.0 RX SIGNAL PATH TX SIGNAL PATH REFERENCE CLOCK Orderable Part Non - Orderable Part LEVEL 3 RF Block Diagram Tri Band Jade Michael Hansen, Ray Collins, Ralf Lorenzen, Page 1 MAIN VCO SIGNAL PATH TUNING VOLTAGES KBR0, KBR1,

File name BL_84D86261P05_JADE_A3_C_L3_V1.0.pdf

TRIBAND JADE_84D86261P05 REVISIONS GSM SERVICE SUPPORT GROUP LEVEL 3 LAYOUT TRIBAND JADE Michael Hansen, Ralf Lorenzen, Ray Collins 27.03.00 Rev. 1.0 84D86261P05 Page 1

File name BL_bot_Jade_BW_L3_V1.0.pdf

File name BL_top_Jade_BW_L3_V1.0.pdf

File name CD_P7689_A4_C_L3_V1.0.pdf

P7689 Level 3 Circuit Description 25 / 03 / 2000 V1.0 P7689 ­ Circuit Description P7689 Level 3 Product Guide RF: Receive 1) The RF Signal from the base station is received through the Antenna A1 or from the Accessory Connector J600 and is fed to Pin 10 or Pin 3 respectively of the RF Switch U150, the switch acts as an isolation between TX and RX. The RF Switch control is provided by U151.This decides whether the Switch is opened for TX or RX and if the RF is passed to the Aux RF port or the Antenna. This is managed by the following signals: TX_EN H L H L RX_EN L H L H SW_RF (50 Load) Loaded Loaded Not Loaded Not Loaded Result TX through J600 RX through J600 TX through Antenna RX through Antenna 2) TX_EN and RX_EN are produced by Whitecap U800, Pins C1 and E3 respectively.U151 is supported by the voltages FILTERED ­5V(From ­5V (U903)) and RF_V1(Q201) 3) Once the received signal is present (using GSM 900 as the example) in the RF switch. Provided RX275_GSM_PCS (Q2101) is high, then the received signal will be passed to the band pass filter FL400, GSM900received frequency will be filtered through, *Note RX275_GSM_PCS also selects the PCS 1900 frequency passed through FL2400. The DCS 1800 frequency is selected by RX275_DCS (Q110) and passed through FL1400 4) For the PCS 1900 and DCS 1800 frequencies the signal is then fed onto the DCS/PCS Select switch U400. The signal RVCO_PCS and RVCO_DCS (Q1100) will then select the appropriate signal; with output tuning being provided by L1411 and C1411 for DCS and C2411 for PCS. 5) Once selected the signal will be fed into a Low noise Amplifier Circuit, this part of the circuit is critical in the achievement of a very low signal to noise ratio, therefore as can be seen around the actual amplifiers Q400 for GSM (supported by RX275_GSM (Q110)) and Q1400 for DCS / PCS (supported by RX275_DPCS (Q2102)), a large amount of external frequency matching and noise reduction circuitry is involved. 6) The appropriate signal is then fed onto FL1401 (For GSM 1800 / 1900) or FL401 (For GSM 900) where any existing harmonics or other unwanted frequencies are removed. Motorola Internal Use 2 P7689 ­ Circuit Description 7) The amplified signal is now injected to the base of the dual transistor mixer Q450. Both mixers are supported by RX275 (Q112).The tuned emitter biasing voltage is provided by RX275_GSM (Q110) and RX275_DPCS (Q2102) 8) The RX VCO U250 is now an integrated circuit and is controlled firstly from the Whitecap using the MQ SPI bus to program the MAGIC and then MAGIC drives the RX VCO IC using the CP_RX signal Pin A1. The power is supplied by RVCO_275 (SF_OUT + GPO4 through Q1102). 9) The generated RX VCO signal is then split, with a part going back to the MAGIC IC ­ U200. Pin A3 to serve as the feedback for the RX VCO Phase lock loop. The other part is firstly amplified through a Tuned Transistor Amplifier Q252, before being used to mix with the received frequencies through the emitters of the dual mixer tra

File name IB_bot_Jade_BW_L3_V1.0.pdf

File name IB_sheet1_Jade_BW_L3_V1.0.pdf

File name IB_top_Jade_BW_L3_V1.0.pdf

File name SM_Jade_A4_C_L12_V1.4.pdf

P7689 / P7789 Level 1 & 2 Service Manual Rev 1.4 CONTENTS Page Number SECTION 1: GENERAL 1.1 1.2 1.3 Introduction Motorola service policy for P7689 in warranty General Safety Information v vi vii SECTION 2: P7689 DESCRIPTION 2.1 2.2 2.3 2.4 2.5 2.6 2.7 Specifications of P7689 P7689 Overview Connector Pinout Talk time, Weight and Volume Matrix Battery Charging Times Battery Technology Physical Dimensions 2 3 7 7 8 8 8 SECTION 3: FEATURE LIST 3.1 List of Features available 10 3.2 3.3 3.4 3.5 3.6 3.7 3.8 3.9 3.10 3.11 3.9 Menu Phone Book Call Related Features Messages Phone Set Up (Ext Menu ­ Off) Phone Set Up (Ext Menu ­ On) Network selection Call Meters Date Book Games Accessory set-up 10 10 11 12 13 14 15 15 16 16 16 SECTION 4: DISASSEMBLY & PARTS 4.1 4.2 4.3 4.4 4.5 4.6 Dissasembly Introduction Recommended Tools Disassembly Procedure Assembly procedure Exploded Parts diagram (AAUG175AA) Part Numbers 18 18 18 18 19 20 SECTION 5: SIM CARDS AND SECURITY 5.1 5.2 5.3 5.4 5.5 Manual test mode Live Sim Card Personality Transfer GSM Test Command Identity and Security 42 42 42 44 45 P7689 / P7789 SECTION 6: REPAIR & TEST PROCEDURES 6.1 6.2 6.3 6.4 6.5 6.6 6.7 Repair introduction Mechanical repairs Basic modular troubleshooting Software Upgrade Flexing Testing on HP 8922 Testing IrDA Port 47 47 47 50 50 51 51 SECTION 7: ACCESSORIES 7.1 7.2 7.3 Accessory Statement Mid Rate Charger Information Accessory Listing 54 54 54 SECTION 8: SALES MODELS 8.1 Sales Models 56 SECTION 9: GLOSSARY OF TERMS 9.1 List of Abbreviations 60 iii of 59 GSM Field Service Support P7689 / P7789 SECTION 1: GENERAL iv of 59 GSM Field Service Support P7689 / P7789 1.1 Introduction This manual is intended for use by technicians familiar with similar types of equipment. It contains all service information required for the equipment described and is current as of the printing date. Although there is a P7689 Flat and a P7789 Flipped version of this unit we shall just refer to one model from now on, the P7689. The scope of this document is to provide the reader with basic information relating to the P7689, and also to provide procedures and processes for repairing the units up to and including Level 2 repair. Level 1 and 2 repairs involve the following activities to be carried out: · · · · · · · Unit swap out Repairing of mechanical faults Basic modular troubleshooting Testing and verification of unit functionality Upgrading software Flexing units Initiate warranty claims and send faulty modules to Level 3 or 4 repair centres. Computer Software Copyrights The Motorola products described in this instruction manual may include copyrighted Motorola computer programs stored in semi-conductor memories or other media. Laws in the United States and other countries preserve for Motorola certain exclusive rights for copyrighted computer programs, including the exclusive right to copy or reproduce in any form the copyrighted computer program. Accordingly, any copyrighted Motoro