SERVICE MANUAL - Altehandys.de
Contents
1. 4a1800gb 8 799 seus euB seq 862090 9100 Z4 5 NV INIA 5 008 4 494 AO 43 38 0081 0 VOSA jjonpoug gt lt wo lt yUD gt UP gt 88 gt gt ray 4 ZZ 6698 0190 6090 x E lt Ze 8294 5190 09 Y 45A 9790 790 D 4 lt 1 0990 99 99999999999999990 99099929 9 99 o 6 018 7 Y Product TGP 60 EU Vega 15 1 1999 SBENEFON m B E N E FON Product TGP 60 EU Vega 1800 15 1 1999 5 4 RF module OY1800 RF 5 4 1 General The RF Module is based on Siemens RF chipset which consists of GSM receiver circuit PMB 2405 modulator TX circuit PMB2240 and synthesizer PMB2307 The final power amplifier is Hitachi 45 Radio module is powered by four 3 0 3 3 V linear regulators which provide separate power supply for PLL syyntesizer and VCO modulator and TX parts other RF parts as AGC amplifier and LNA etc and 13 MHZ reference oscillator A block diagram of the RF module m 902 MHz jp Siemens PMB 2240 GSMtransmitter A w 2 N A BPF la gt gt X P92 gt pae gt N MH mod oe DETECTOR2. 15 4a1800gb 9 19905 ng 88 00 12 30196 v onpusus GNVINI4 0145 008IVd 2282490 AO 4 SARA VOSA 82d 5 BINPOW 546018 9 17 141310191814 190081 0 CVOOBLvO CJC3 20 0 c8 ev 0000 9 18 9 7000 VInOVd 9 90000 AAAA AA 999092999991 TGP 60 EU Vega Product 15 1 1999 SBENEFON 16 01 04 98 of FINLAND Sheet BJ Designer B3 Dote OA1800 PA1800 Shemotic ver SALO BENEFON OY Pcb no Product TGP 60 EU Vega VEGA 2 Product Module no 13 12 25 28 1 di 00 9 54 99 VCC RESI 14 tel Ba x 5 R2 ciii 201 su rynt 5 aa vpro TP200 VBAK aa 15 1 1999 VBAT A
3. 002 9 IF PLL 4 TX UN RF VCO k ANT Y 13 MH u SYGCCL PLL SYGCDT Siemens 2307R RX PLL m 00 VCXO 13 MHz lt Siemens PMB 2405 GSM receiver IFVCO 000878 P gt 92 SYGCDT gt MHz SYGCCL JM RXON1 p RXON2 M 2 005 p p A NC 2 p p RXQX x Z 27 p X mj lt DUE 4 gt gt RXX 3 RXI lt BPF BPF 46 lt 47 lt MHz MHz 4y1800gb 21 mH B E N E FON Product TGP 60 EU Vega 1800 15 1 1999 5 4 2 Receiver The incoming RX signal from duplex filter X546 is first amplified in LNA amlifier of PMB 2405 then filtered in X460 and then fed to the first mixer via matching and balun network L460 L461 C453 L470 L471 and C470 C473 In first mixer the received signal is down converted to the first IF which is 246 MHz and filtered in band pass filter X480 After filtering the signal is amplified in three wire bus adjustable AGC Automatic Gain Control amplifier and fed internally into Quadrature demodulator where the signal is demodulated to baseband diff
4. 4 8 4 4 6 Contrast 4 9 4 4 7 Enable Disable tuning values 4 9 5 0 TECHNICAL DESCRIPTION 5 1 5 0 1 Block diagram of the product 5 1 5 0 2 A technical explanation 5 1 5 1 Charging ee eee ae 5 2 5 2 HW and SW version numbering 5 2 5 2 1 Hardware version 5 2 5 2 2 Software version 5 2 5 3 Logic audio module 5 3 5 3 1 Audio Controls 5 4 5 9 2 ss dua dar dia op apa lk du abal e a aes 5 5 5 3 3 Parts list OATBOD dane ak kk kla ka d Un UR 5 8 5 4 akak 5 21 4 1 General ECT 5 21 5 4 2 Receiver 5 22 54 3 Transmill r a 2 uta aie nET Io 5 22 5 4 4 Synthesizer 5 22 5 4 5 Power supply and power switching 5 22 GP 60UGB TOC SBENEFON ce 15 1 1999 5 4 6 Antenna and antenna connector 5 4 7 Parts list OY1800 5 5 MECHANICS 60UGB TOC SBENEFON 7 15 1 1999 1 0 PRODUCT FE
5. n SBENEFON 4 S3 a es os os 55 SA 2o o e 2 2503 5 8 o M 2 ln 4 of oc 5 9 v 9 5 8 P gt 6 gt 15p C233 gt SYGCD 15 025 orn s N N NES 7 1 Kalan en jn ag 1 gt PGCSTRA AA NNA m j T C23 1 C223 shes manemane 2 4 15 C229 GCCL SY Y 15p 2221 00 E gt 2 208 4a1800gb 17 6 118 85 494 9 0 4 008 90 119945 19100 O1vS AO NO43N38 g Jo 865046 4 48180000 CEM 4001 4001 1nov 1381 oo Telle eni 02 i 8088 ungi EA a ZA YA GA I n Se
6. 4 1 SERVICE EQUIPMENT SR uu pu Salas eS 4 1 2 Required equipment 4 1 3 Power SOURCE 4 2 GSERV as wawam ua maa s aoa 4 2 Seed Seth abu see ay eya 2 2 lietallatlofi 5e ew ed Rub 4 2 3 Starting GSERV GP_60UGB TOC SBENEFON TT 15 1 1999 4 2 4 Troubleshooting 4 3 4 2 5 Remote control of measurement equipment 4 4 4 3 SERVICE MODE COMMANDS 4 5 4 3 1 Localmode 4 5 4 3 2 METTRE 4 5 4 3 S SENICE gt 13 2 4 5 4 3 4 Tuning 4 5 4 3 5 Memory and settings 4 6 4 3 6 Keyboard 4 6 439 7 OU ar asia n n n 4 6 4 4 TUNING INSTRUCTIONS 4 7 441 General IA mb mm m 4 7 4 4 2 Base frequency 4 7 4 4 3 TXpower LA kk kk kK KK kK KK KK KOK KK KI KK KI KK KK KK KK KK KK KK KK en 4 7 4 4 4 RX a kak kbk a ER E eR k Ro CR 4 8 4 4 5 A D converter calibration
7. The Car Kit includes a phone holder KDS 60 a car box UDH 60 an antenna an installation base a hf speaker a microphone and a cable The Car Kit sales package also includes an installation material bag which contains the necessary installation equipment On the next page you will find a diagram of connections explaining how to install the Car Kit Caution The Car Kit should be installed by Benefon authorized installer only An end user should never attemp to install the Car Kit alone without any professional assistance The professional installers have the required tools and knowledge to install the Car Kit properly and safely Also the terms of warranty demand that the Car Kit is installed by professional personnel Cable routing may cause interference with the components of the vehicle s electronic systems such as ignition and braking systems It is recommended that cable is not routed next to these electronic components 3 0 1 Antenna Choose a suitable place for the antenna It is recommended that you place the antenna on the roof of the vehicle 3 0 2 Phone Holder KDS 60 Choose such a place for the phone holder in the vehicle that will be both easy and safe when using the phone Remember to leave enough space for the antenna plug behind the phone holder First fix the installation base to the place you have chosen and then install the phone holder in the installation base 3 0 3 Microphone Install the microphone so
8. R542 NS BENEFON gt CODE RG1512 RG0332 3 02 02 2 0 2 2 2 1 RG0561 RG0122 RG0393 RG0182 RG0393 RG0182 RG0122 RG0122 RG0393 RG0182 RG0393 RG0122 RG0103 RG0100 RG0332 RG0339 RG0339 RG0331 RG0390 RG0100 RG0221 RG0221 RG0102 RG0102 RG0102 RG0100 RG0271 RG0180 RG0271 RG0104 RG0103 RG0103 RG0103 RG0820 RG0104 RG0472 RG0103 RG0103 RG0103 RG0103 RG0100 RG0822 RG0121 RG0104 RG0103 RG0101 RG0471 RG0120 RG0471 4y1800gb 29 OY1800 TYPE RMC1 16S RMC1 16S RMC1 16S RMC1 16S DF15 6 2 40DP ELKE103FA TCO 801HL URAEXD18A FAR F5CC 947M50 B4802 FAR F5CC 902M50 DCS3120 09 FD 5 GS2 Product TGP 60 EU Vega 15 1 1999 MANUF Kamaya Kamaya Kamaya Kamaya Hirose Panasonic Teletec ALPS Fujitsu Siemens Fujitsu MKT Taisei LK Product VALUE 10k 5 0 063W 467 5 0 063 10k 5 0 063W 100R 5 0 063W 2x20 0 65mm pits 10nF 2A 13 0 MHz 1126 1206MHz 246 01MHz 902 5MHz NMT450 DESCRIPT SMD resistor SMD resistor SMD resistor SMD resistor SMD B B connector SMD EMI filter VCTCXO SMD VCO SAW filter SAW IF filter SAW filter NMT GSM Directional coupler Duplex filter GSM PCB for OY1800 PART R545 R546 R547 R548 V101 X110 X150 X250 X460 X480 X501 X545 X546 Y56 SBENEFON CODE RG0103 RG0472 3 1 VN0016 LF0062 X04130 X00242 XW0947 XW0246 XW0902 X10005 000600 PY1800 Last update 23 10 98 4y1800gb m B E N E
9. 220R 5 0 063W 220R 5 0 063W 220R 5 0 063W 220R 5 0 063W 100k 5 0 063W PE laminate 20 3 2mm DC 1506 Electret condenser 65 3dB 16 pin 2x20 0 65mm pits 5 pin male 4 pin 10nF 2A 10nF 2A 32 768kHz 30ppm 13x11x3mm 1 5V 80mA 6 layer FR4 DESCRIPT SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor Keyboard module Dynamic transducer Microphone SMD system connector SMD B B connector Terminal srtip Power connector Sim card connector SMD EMI filter SMD EMI filter SMD crystal Buzzer PCB for OA0610 El KOODATTU VARAS TOON El KOODATTU VARAS TOON PART R518 R519 R521 R522 R523 R524 R600 R601 R613 R614 R615 R616 R617 R618 R619 R620 R621 R622 R623 R624 R625 R626 R627 R628 R629 R631 R640 R641 R642 R643 R650 S603 TP300 TP310 V100 V101 V102 V105 200 100 101 200 600 17 18 41 CODE 3 0 4 RG0474 4 4 4 4 02 0 3 02 02 02 02 02 2 2 2 2 2 2 2 2 2 3 1 1 1 1 04 0 AE0022 0063 0342 0016 0005 VW0107 VI0707 LF0062 LF0062
10. 4 CU3475 CU3106 CG0103 CD0104 CD0104 CD0104 CD0104 CD0104 CD0104 CD0104 CD0104 CD0104 CG0150 CG0150 CG0150 CG0150 CG0150 CG0150 CG0150 CG0150 CG0470 CG0150 CH0105 3 CG0103 CD0104 CD0682 CD0104 4a1800gb Product TGP 60 EU Vega 15 1 1999 SBENEFON CODE PART DESCRIPT VALUE MANUF TYPE CG0332 C313 SMD capasitor X7R A10 Murata CH0105 C314 SMD capasitor 1uF 20 80 16V TaiyoYuden EMK212 F105Z00T CG0103 C315 SMD capasitor X7R 10nF Murata CG0103 C316 SMD capasitor X7R Murata CG0330 C318 SMD capasitor NPO 33pF 5 Murata CD0104 C321 SMD capasitor 100 nF 1096 50 V X7R Philips CD0104 C322 SMD capasitor 100 nF 1096 50 V X7R Philips CD0104 C323 SMD capasitor 100 nF 1096 50 V X7R Philips CD0104 C324 SMD capasitor 100 nF 1096 50 V X7R Philips CD0104 C325 SMD capasitor 100 nF 1096 50 V X7R Philips CG0150 C332 SMD capasitor NPO 15pF 5 Murata CG0150 C334 SMD capasitor NPO 15pF 5 Murata CG0681 C336 SMD capasitor X7R 680pF 10 Murata CG0223 C400 SMD capasitor X7R 22nF 80 20 Murata CG0103 C410 SMD capasitor X7R 10nF A10 Murata CU3106 C500 SMD tantal 10uF 6V 20 AVX TAJA106M006R CG0103 C501 SMD capasitor X7R Murata CGO0103 C502 SMD capasitor X7R Murata CG0223 C503 SMD capasitor X7R 22nF 80 20 Murata CU3106 C504 SMD tantal 10uF 6V 20 AVX TAJA106MO006R CH0105 C507 SMD capasitor 1uF 20 80 16V TaiyoYuden EMK212 F105Z00T CD0104 C509
11. S r 010p0 82 ya v gt lt t vo 1 e Y I6 9 gt lt VXII Xi gt lt aie gigs 4165 oc 1 1 DE gt sige TGP 60 EU Vega Product 15 1 1999 NS BENEFON gt SBENEFON TT 15 1 1999 gt lt l 35 5 O 5 L Le lt s ME m 5588 ue lt lt n om lt lt lt lt A Product Module no Shematic ver Designer Pcb no D 0 7 lt 2 4 6 ozganga 853665686 o o4 e 2 4 5 a E 5 3 44 U voL PE BE ex S 4L o po aX N of a 8 WA AA Se a Bi r gt E 0514 lt 2 gt 2 8 4a1800gb 19 4a1800gb 1 g3 18 91 DUJ8US ooglvd 4 008lvO ejnpow VOSA 9 JO G 9345 862015 4 OVS AO Product TGP 60 EU Vega 15 1 1999 NS BENEFON gt 20
12. SRAM 1M Flash 8M ADC LTC1555 3V 5N conv PIC clock PIC16C620 LTC1433 REG 3V lt H pac Battery 4 5 3 1 1 Main circuits and chips SIM Card 4 cells GAIM PMB 2905 is a A D converter chip that converts IQ signal into digital format and also creates analog transmitter signal for radio module GAIM also converts the signals from mic and signal to erp Battery and temperature measurements but also the PA control is handled by GAIM HIGOLD PMB 2800 SP PMB2707 and uC PMB2706 is the main IC that could be handled as two different parts SP and uC uC includes 80C166 CPU channel coding functions digital controls GSM specific timers DSP controls SIM interface and MMI 4a1800gb Product TGP 60 EU Vega 1800 15 1 1999 controls DSP includes two separate digital signal processors fullrate speech cod ing channel coding data decryption and chiper key generation according to A52 algorithm CPU is 16 bit processor with a 2 megabyte memory address space From this address space a RAM circuit uses 128 8 kbits and flash PROM uses 1 8 Mbits HIGOLD uses a 13 MHz external clock derived from radio module TCXO The inter nal clock can be run on
13. defaults for COM 1 and 3 4 COM 2 and 4 3 Your computer can stop responding or crash if you specify the wrong IRQ number If you don t know what it is don t attempt it 4 2 4 Troubleshooting Perform the tests below in the specified order If one of these steps fails fix the prob lem before you continue 1 Connect phone to the service adapter and start GSERV The green power indi cator light in the service adapter should be on FAIL Your service adapter doesn t have power Check the service cable connection and power supply or phone battery depending on which one you are using 3GP 60GB MBENEF N gt 15 1 1999 2 Move the cursor to item Local mode using arrow up down keys and select by pressing Enter The red flash indicator in service adapter should go on for 0 5 seconds and then off every time you send a Local mode command FAIL You have started GSERV with the wrong COM port number Try to use another number or move the service adapter cable to another COM connector in your PC 3 Phone should reset itself display goes off and on when you send Local mode command FAIL You have a problem in the service cable or in the phone Try first to get the phone to work with the service adapter disconnected 4 Phone should go to Local mode when you restart it with a Local mode command SW version and phone type stays on phone display keypad doesn t work FAIL Your service adapter doesn t have th
14. 11pF 40V 20mA 3 0V 196 50mA 3 3 196 50 3 3 196 50 3 0V 1 50mA TSSOP 16 890 915MHz 4 8V 4 1W Low power high speed 22n 2 18n 2 22n 2 4n7 2 4n7 2 4n7 2 12n 2 12n 2 18nH 20 6n8 2 22n 2 4n7 2 12n 27nH 2 DESCRIPT SMD capasitor NPO SMD capasitor NPO SMD capasitor X7R SMD capasitor X7R SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor X7R SMD capasitor NPO SMD capasitor SMD capasitor SMD capasitor NPO SMD capasitor NPO SMD capasitor X7R SMD capasitor NPO SMD capasitor X7R SMD capasitor X7R SMD capasitor X7R SMD capasitor SMD capasitor NPO SMD tantal SMD tantal SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor X7R SMD silicon tuning diode SMD silicon tuning diode SMD shcottky diode Voltage regulator Voltage regulator Voltage regulator Voltage regulator GSM transmitter PLL freg synthesizer GSM receiver RF power amplifier 2xop amp SMD inductor SMD inductor SMD inductor SMD inductor SMD inductor SMD inductor SMD inductor SMD inductor SMD inductor SMD inductor SMD inductor SMD inductor SMD inductor SMD inductor PART C472 C473 C480 C481 C482 C485 C486 C487 C488 C501 C510 C511 C520 C521 C522 C523 C524 C534 C535 C536 C537 C538 C540 C541 C542 C545 C546 C547 C548 C549 D401 D402 D545 11
15. MHz 2nd local frequency from the first local frequeny which is working from 1136 MHz to 1161 MHz in TX mode Both PLL s are using the 13 MHz VCTCXO Voltage Controlled Temperature Compensated X tall Oscillator signal as reference The frequency of VCTCXO is controlled by u prosessor of the baseband board thus taking care also of the AFC Automatic Frequency Control function 5 4 5 Power supply and power switching The battery voltage is regulated in regulators 1101 1102 1103 and 1180 The used supply voltages are 43 0 and 43 3 V The power on off switching is done from baseband board using output enable pin each regulator 4y1800gb 22 HE B E N E FON Product TGP 60 EU Vega 1800 15 1 1999 5 4 6 Antenna and antenna connector The antenna signal from to duplex filter is fed to the antenna connector via 50 ohm coaxial cable The antenna connector which also functions as external antenna connection is SMA type 4y1800gb 23 24 OY1800 TYPE TAJA475M010R TAJA475M010R T494A106K006AS T494A106K006AS T494A106K006AS TAJA475MO10R 212 F105Z00T T494A106K006AS Product TGP 60 EU Vega 15 1 1999 MANUF AVX AVX KEMET KEMET KEMET Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata AVX TaiyoYuden Murata Murata Murata Philips Murata Murata Murata Philips Murata Murata KEMET Murata Mur
16. Murata Philips Philips Murata Murata Murata Murata Philips Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata EMK212 F105Z00T EMK212 F105Z00T 212 F105Z00T Product TGP 60 EU Vega 15 1 1999 VALUE 68pF 5 1 5pF f0 25pF 1 n10 1uF 20 80 16V 68pF 5 68pF 5 12pF 596 3 9pF A0 25pF 12pF 596 3 9pF f0 25pF 10nF 11096 68pF 5 68pF 5 68pF 5 1 n10 1 10 1 10 1uF 20 80 16V 68pF 5 1uF 20 80 16V 68pF 5 180pF i596 X7R 10 nF 1096 50 V X7R 1 nF 5 96 NPO 180pF i596 X7R 10nF 68pF 5 120pF 5 8 0pF A0 25pF 8 0pF A0 25pF 8 2pF 0 250 4 7pF A0 25pF 4 7pF fi0 25pF 68pF 5 8 2pF 0 250 470pF 10 470pF n10 22pF i596 22pF i596 22pF 5 22pF 5 100 nF 1096 50 V X7R 100 nF 1096 50 V X7R 18pF 596 1 10 68pF 5 68pF 5 10 nF 10 50 V X7R 68pF i576 120pF 5 1 n10 3 3pF 0 25pF 68pF 5 68pF 5 120pF 5 10nF 10 68pF 5 68pF 5 6 8pF f0 25pF 6 8pF f0 25pF DESCRIPT SMD capasitor NPO SMD capasitor NPO SMD capasitor X7R SMD capasitor SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor X7R SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor X7R SMD capasitor X7R SMD capasitor X7R SMD capasitor SMD capasitor NPO SMD capasitor SMD capasitor NPO SMD
17. PTC Fuse 0 5A Raychem miniSMD050 2 AF3405 F100 SMD fuse 3 15A 4 5x2 5x1 9mm Schurter 3405 0923 XX 2800 1200 Baseband processor Kot P TQFP 144 1 Siemens PMB2800 IP1655 1201 Microcontroller EPROM based 8bit MicroChip PIC16C554 IR1555 1202 SIM power supply and lev el translator LinearTech LTC1555CGN 1 2905 1301 GSM analog interf module Kot P TQFP 64 1 Siemens PMB2905 IM8298 1401 Flash memory 8Mb 90ms SV sector block AMD AM29LV008B 90EC IM2416 1403 EEPROM 2048x8 3V Atmel AT24C16N 10SI 1 0999 1404 SRAM 70ns 3V 1Mb 131 072x8 UMC UM62S1024X 70LLT IR1433 1500 DC DC converter 3 5 13 5v 450mA LinearTech LTC1433GN IR5205 1501 Voltage regulator 3 3V 196 150mA Micrel MIC5205 3 3BM5 7 L500 SMD coil 100uH 20 1 0 39 Sumida CDRH62 101 QS0848 Q400 SMD transistor NPN 0 1A 30V hFE 110 800 Philips BC848BW 115 QF0138 Q401 N channel fet 50V 0 2A Motorola BSS138LT1 QF0138 Q500 N channel fet 50V 0 2A Motorola BSS138LT1 QS0848 Q501 SMD transistor NPN 0 1A 30V hFE 110 800 Philips BC848BW 115 QS0858 Q502 SMD transistor PNP 0 1A 30V hFE 125 800 Philips BC858BW QF0138 Q602 N channel fet 50V 0 2A Motorola BSS138LT1 QS0848 Q603 SMD transistor NPN 0 1A 30V hFE 110 800 Philips BC848BW 115 893 R101 SMD resistor 10k 5 0 063W Kamaya RMC1 16S 5 R102 SMD resistor 1MO 5 0 063W Kamaya RMC1 16S 04 3 SMD resistor 100k 5 0 063 Kamaya RMC1 16S 04 4 SMD resistor 100k 5 0 063 Kamaya RMC1 16S 04 5 SMD resistor 100k 5 0 063W Kamaya RMC1 16S 5 R106 SMD resistor 1M 5 0
18. SMD capasitor 100 nF 1096 50 V X7R Philips CU1107 C510 SMD tantal 100uF 10V 20 AVX TAJD107M010R CU1107 C511 SMD tantal 100uF 10V 20 AVX TAJD107M010R CD0104 C512 SMD capasitor 100 nF 1096 50 V X7R Philips CD0104 C517 SMD capasitor 100 nF 1096 50 V X7R Philips CG0330 C518 SMD capasitor NPO 33pF A5 Murata CG0222 C519 SMD capasitor X7R 2 2nF A10 Murata CG0332 C520 SMD capasitor X7R A10 Murata 60680 C521 SMD capasitor NPO 68pF A5 Murata CU0335 C600 SMD tanlat 3 3uF 16V 2096 AVX KYO TAJA335M016R CER CU0335 C601 SMD tanlat 3 3uF 16V 2095 AVX KYO TAJA335M016R CER CU0335 C602 SMD tanlat 3 3uF 16V 20 AVX KYO TAJA335M016R CER CD0334 C603 SMD capasitor 330nF 10 16V X7R AVX CD0334 C604 SMD capasitor 330nF 10 16V X7R AVX CD0334 C605 SMD capasitor 330nF 10 16V X7R AVX CD0334 C606 SMD capasitor 330nF 10 16V X7R AVX CD0334 C607 SMD capasitor 330nF 10 16V X7R AVX DY0014 D100 SMD diode 1 5A 40V Shindengen D1FS4A DZ0339 D500 SMD zener 3V3 5 300mW Philips BZX84 C3V3 DS1070 D501 SMD diode pair 70V 100mA common cathode Philips BAV 70W DS1070 D503 SMD diode pair 70V 100mA common cathode Philips BAV 70W DS1070 D504 SMD diode pair 70V 100mA common cathode Philips BAV 70W DS1070 D505 SMD diode pair 70V 100mA common cathode Philips BAV 70W DY0015 D506 SMD shottky diode 40V 1A VF 0 6V Motorola MBRS140T3 DS1070 D507 SMD diode pair 70V 100mA common cathode Philips BAV 70W DLG190 D600 SMD led green 20mcd 20mA Citizen CL
19. X32766 0017 1800 000000 000000 Last update 01 09 98 4a1800gb 13 Product TGP 60 EU Vega 15 1 1999 REL EE 0645 X600 SBENEFON TP301 0 R628 0615 5615 R625 060 4a1800gb Product TGP 60 EU Vega SBENEFON 4 Fis n 602 ca Ini H C138 5 R20 0 221 P204 203 P209 IP208 Pai TP310 4a1800gb 14
20. capasitor SMD capasitor SMD capasitor SMD capasitor SMD capasitor X7R SMD capasitor NPO SMD capasitor X7R SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor X7R SMD capasitor X7R SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor SMD capasitor SMD capasitor NPO SMD capasitor X7R SMD capasitor NPO SMD capasitor NPO SMD capasitor SMD capasitor NPO SMD capasitor X7R SMD capasitor X7R SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor X7R SMD capasitor X7R SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO PART C246 C248 C250 C251 C254 C255 C260 C261 C262 C263 C270 C271 C272 C275 C276 C280 C281 C285 C286 C290 C291 C300 C301 C302 C303 C320 C321 C401 C402 C403 C404 C405 C406 C407 C408 C410 C411 C412 C413 C414 C415 C426 C427 C430 C435 C436 C440 C445 C450 C451 C452 C453 C455 C456 C457 C465 C466 C467 C470 C471 NS BENEFON gt CODE CG0680 CG0159 CG0102 CH0105 060680 6460680 60120 060399 60120 060399 60103 CG0680 CG0680 CG0680 2 CG0102 2 CH0105 CG0680 CH0105 CG0680 CG0181 CF0103 CF0102 CG0181 CG0103 CG0680 CG0121 CG0809 CG0809 CG0829 60479 60479 6460680 060829 60471 60471 680220 680220 680220 660220 CD0104 CD0104 00 CG0102 CG0680 CG0680 CF0103 CG0680 CG0121 CG01
21. either 6 5 13 or 26 MHz Keypad is a 4 5 matrix and connected directly to HIGOLD IO pins The display is a graphical 32 95 pixel matrix including 23 symbols PIC processor PIC16C620 takes care of Real Time Clock and has a protected memory where IMEI information is stored PIC has its own 32 kHz oscillator and it runs independently and continuously back up battery SIM card 3 5 V conversion IC Since the logig runs on 3 V and the SIM card on 5 V the LTC1555 takes care of the conversion Baseband power supply is a LTC1433 step down DC DC converter SBENEFON 5 3 2 Connectors Base connector pin specification N Name Function State In Out 1 V Charge Charge voltage for battery Max 8V 1 3A In 2 V Charge Charge voltage for battery Max 8V 1 3A In 3 V BAT Battery voltage 4 0 7 5V Out 4 V PROG Flash programming voltage 12V In 5 EXTMIC External MIC signal 250 mVrms In PWR Power on off control GND active 6 GND Ground 7 GND Ground 8 EXTERP External loudspeaker line 100mVrms 3V Out HOOK Hook identify GND active In 9 AUXDET Accessory identify for audio 0 3 V digital In 10 1201 Incoming RS323 data 0 3 V digital In RXDO 11 TXDO SCL Outgoing RS323 data I2C clock 0 3 V digital Out 12 SDA EXIO General purpose IO I2C data 0 3 V digital In Out 13 TXD1 Outgoing RS323 data 0 3 V digital Out 14 RXD1 Incoming RS323 data 0 3 V digital In 15 Headset identify 0 3 V digital In 16 Charger control
22. 0 3V DC Out 4a1800gb Product TGP 60 EU Vega 0 15 1 1999 SBENEFON RF baseband module connector pins Explanation RX I RX I Offset compensation 3 wire buss clock 3 wire buss data RF regulators on off control 13MHz clock frequency tuning TXQ TXQ TXI TXI Temperature reference voltage Power up local buffer Power up RX Power up TX 13MHz TCXO clock from RF to BB 3V vcc from BB to RF Battery voltage to RF Power control of transmitter Power down RX buffer Sleep TX RX on off control Not connected Synthesizer strobe Programmable gain control strobe 0 0 Explanation Battery Voltage Battery data V M control Name IRX IR GND OCE SYGCCL SYGCDT RFON GND AFC GND QTX QT ITX IT TREF PUPLO GND RXON2 TXON 1 CLOCK VCC VBAT PAOUT GND PDBUFRX SLEEP RXON1 NC SYNSTR GND PGCSTR GND QRX QR Name VBAT P3 5 P2 4 GND Pin Battery connector Pin 1 2 3 4 4a1800gb E B E N E FON Product TGP 60 EU Vega 1800 15 1 1999 DAlinterface connector audio Type Approvaltest Pin Name 1 GND NC RFS RXD TFS TXD SCLK UR1IN1 N 9 O1 N Test connector flash PIC programming Pin name Explanation TP201 CLK PIC TP202 Data PIC TP200 13V PIC TP203 5V PIC TP204 GND PIC flash TP208 V PROG flash TP209 V BAT flash TP206 RXD1 flash TP207 TXD1 flash 4a1800gb Produ
23. 01 1102 1103 1180 1210 1300 1410 1540 L210 L211 L235 L240 L245 L246 L260 L261 L401 L402 L430 L455 L456 L460 NS BENEFON gt CODE CG0399 CG0399 CG0102 2 CG0229 CG0330 CG0330 CG0109 CG0102 CG0680 CG0181 CG0181 CG0829 CG0569 CG0102 060680 660103 CG0121 CG0331 CH0105 CG0330 CU1107 CU1107 CG0680 CG0680 CG0680 CG0680 CG0330 00 CG0121 DC0229 DC0229 DY0062 IR5206 IR5205 IR5205 IR5206 IF2240 152307 IF2405 IW0145 142022 LC3223 LC3183 LC3223 LC3472 LC3472 LC3472 LC3123 LC3123 LC1183 LC3682 LC3223 LC3472 LC3123 LC3273 4y1800gb 27 OY1800 TYPE ELJRE18NGF2 ELJRE12NGF2 ELJRE12NGF2 ELJRES6NGF3 ELJRES6NGF3 ELJRE47NGF2 ELJRE47NGF2 ELJRE2N7ZF2 ELJRE18NGF2 ELJRE2N7ZF2 BFR93AW BFR93AW BC848BW 115 BC858BW BC848BW 115 BC858BW 28C4867 4 RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S Product TGP 60 EU Vega MANUF PANA SONIC PANA SONIC PANA SONIC Panasonic Panasonic Panasonic Panasonic Panasonic PANA SONIC Panasonic Philips Philips Philips Philips Philips Philips Sanyo Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya
24. 02 CG0339 CG0680 CG0680 CG0121 CG0103 0 CG0680 CG0689 CG0689 4y1800gb 6 OY1800 TYPE 212 F105Z00T TAJD107M010R TAJD107M010R 15 229 15 229 62 LP29821M5 3 0 LP29821M5 3 3 LP29821M5 3 3 LP29821M5 3 0 PMB2240 v 1 6 PMB2307R v 1 1 2405 v 1 5 PF0145 TLE 2022 ID ELJRE22NGF2 ELJRE18NGF2 ELJRE22NGF2 ELJRE4N7ZF2 ELJRE4N7ZF2 ELJRE4N7ZF2 ELJRE12NGF2 ELJRE12NGF2 0805CS 180XMBC ELJRE6N8ZF2 ELJRE22NGF2 ELJRE4N7ZF2 ELJRE12NGF2 ELJRE27NGF2 Product TGP 60 EU Vega 15 1 1999 MANUF Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata TaiyoYuden Murata AVX AVX Murata Murata Murata Murata Murata Murata Murata Toshiba Toshiba Siemens Micrel Micrel Micrel Micrel Siemens DE Siemens Hitachi Texas Panasonic PANA SONIC Panasonic Panasonic Panasonic Panasonic PANA SONIC PANA SONIC Coilcraft Panasonic Panasonic Panasonic PANA SONIC Panasonic VALUE 3 9pF A0 25pF 3 9pF 0 25pF 1nF A10 1nF A10 2 2pF 0 25pF 33pF A5 33pF A5 1 0pF A0 25pF 1nF A10 68pF A5 180pF i596 X7R 180pF 15 X7R 8 2pF 0 250 5 6pF 0 25pF 1 68pF 5 10nF 120pF 5 330pF 110 1uF 20 80 16V 33pF 596 100uF 10V 20 100uF 10V 20 68pF 5 68pF N5 68pF 5 68pF 5 33pF 596 15pF 596 120pF 5 1V 19pF 4V 11pF 1V 19pF 4V
25. 063W Kamaya RMC1 16S 04 R107 SMD resistor 100k 5 0 063W Kamaya RMC1 16S 02 R108 SMD resistor 160 596 0 063W Kamaya RMC1 16S RGO0101 R109 SMD resistor 100R 5 0 063W Kamaya RMC1 16S 1 0 SMD resistor 100R 596 0 063W Kamaya RMC1 16S 1 R111 SMD resistor 100R 5 0 063W Kamaya RMC1 16S 1 12 SMD resistor 100R 596 0 063W Kamaya RMC1 16S 1 3 SMD resistor 100R 596 0 063W Kamaya RMC1 16S RGO0101 R114 SMD resistor 100R 5 0 063W Kamaya RMC1 16S 1 R115 SMD resistor 100R 5 0 063W Kamaya RMC1 16S 1 R116 SMD resistor 100R 5 0 063W Kamaya RMC1 16S 893 7 SMD resistor 10k 596 0 063W Kamaya RMC1 16S RD0102 R118 SMD resistor 1k 5 0 125 W Kamaya 04 R119 SMD resistor 100k 5 0 063W Kamaya RMC1 16S 0 R120 SMD resistor 0 ohm 2 1 SMD resistor 2k2 5 0 063W Kamaya RMC1 16S 83 2 SMD resistor 10k 596 0 063W Kamaya RMC1 16S 1 3 SMD resistor 100R 5 0 063W Kamaya RMC1 16S RGO0101 R124 SMD resistor 100R 5 0 063W Kamaya RMC1 16S 1 5 SMD resistor 100R 5 0 063W Kamaya RMC1 16S 0 0 SMD resistor 0 ohm 83 2 SMD resistor 10k 596 0 063W Kamaya RMC1 16S 4a1800gb 11 TYPE RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S 157 223 65001 RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 1
26. 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S Product TGP 60 EU Vega 15 1 1999 MANUF KOA Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya KOA KOA Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya VALUE 5k1 1 0 063W 3k3 5 0 063W 10k 5 0 063W 1 0 5 0 063W 1 0 5 0 063W 4k7 5 0 063W 10 R 5 0 063W 4k7 5 0 063W 4k7 5 0 063W 4k7 5 0 063W 560R 5 0 063W 560R 5 0 063W 1k2 5 0 063W 39k 5 0 063W 1k8 5 0 063W 39k 5 0 063W 1k8 5 0 063W 1k2 5 0 063W 1k2 5 0 063W 39k 5 0 063W 1k8 5 0 063W 39k 5 0 063W 1k2 5 0 063W 10k 5 0 063W 10 R 5 0 063W 3k3 5 0 063W 3R3 5 0 063W 3R3 5 0 063W 330R 5 0 063W 39R 5 0 063W 10 R 5 0 063W 220R 5 0 063W 220R 5 0 063W 1 0 5 0 063W 1 0 5 0 063W 1 0 5 0 063W 10 R 5 0 063W 270R 5 0 063W 18R 5 0 063W 270R 5 0 063W 100k 5 0 063W 10k 5 0 063W 10
27. 190G DLG190 D601 SMD led green 20mcd 20mA Citizen CL 190G DLG190 D602 SMD led green 20mcd 20mA Citizen CL 190G DLG190 D603 SMD led green 20mcd 20mA Citizen CL 190G DLG190 D604 SMD led green 20mcd 20mA Citizen CL 190G DLG190 D605 SMD led green 20mcd 20mA Citizen CL 190G DLG190 D606 SMD led green 20mcd 20mA Citizen CL 190G DLG190 D607 SMD led green 20mcd 20mA Citizen CL 190G DLG190 D608 SMD led green 20mcd 20mA Citizen CL 190G DLG190 D609 SMD led green 20mcd 20mA Citizen CL 190G DLG190 D610 SMD led green 20mcd 20mA Citizen CL 190G 4a1800gb 10 Product TGP 60 EU Vega SBENEFON 15 1 1999 CODE PART DESCRIPT VALUE MANUF TYPE DLG190 D611 SMD led green 20mcd 20mA Citizen CL 190G DLG190 D612 SMD led green 20mcd 20mA Citizen CL 190G DLG190 D613 SMD led green 20mcd 20mA Citizen CL 190G DLG190 D614 SMD led green 20mcd 20mA Citizen CL 190G DLG190 D615 SMD led green 20mcd 20mA Citizen CL 190G DLG190 D616 SMD led green 20mcd 20mA Citizen CL 190G DLG270 D640 SMD led green 35mcd 1 20 Citizen CL270G C TS DLG270 D641 SMD led green 35mcd 1 20 Citizen CL270G C TS DLG270 D642 SMD led green 35mcd I 20mA Citizen CL270G C TS DLG270 D643 SMD led green 35mcd 1 20 Citizen CL270G C TS DLG270 D644 SMD led green 35mcd I 20mA Citizen CL270G C TS DLG270 D645 SMD led green 35mcd 1 20 Citizen CL270G C TS DLG270 D646 SMD led green 35mcd 20 Citizen CL270G C TS DLG270 D647 SMD led green 35mcd I 20mA Citizen CL270G C TS AF1005 1 SMD
28. 63W DESCRIPT SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor RNT157 NTC resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor PART R203 R204 R205 R209 R210 R211 R213 R214 R215 R216 R217 R218 R219 R220 R221 R251 R305 R306 R307 R309 R312 R314 R315 R318 R319 R320 R321 R322 R323 R330 R331 R332 R333 R340 R341 R345 R402 R403 R404 R405 R406 R407 R408 R410 R501 R502 R503 R504 R505 R506 R507 R509 R510 R511 R512 R513 R514 R515 R516 R517 NS BENEFON gt CODE 3 3 0 1 1 1 02 1 1 RGO0101 RGO0101 RGO0101 RGO0101 3 3 RG0105 RG0000 RG0102 RG0152 RG1303 RG0103 RG0103 RG0000 RG0000 RG0000 RG0000 RG0101 RG0101 RG0102 RG0104 RG0274 RG0104 RG0104 RG0223 RTN157 R
29. 6S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S Product TGP 60 EU Vega 15 1 1999 MANUF Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya KOA Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Ohizumi Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya VALUE 10k 596 0 063W 10k 596 0 063W 0 ohm 100R 5 0 063W 100R 5 0 063W 100R 5 0 063W 1k0 596 0 063W 100R 5 0 063W 100R 5 0 063W 100R 5 0 063W 100R 5 0 063W 100R 5 0 063W 100R 5 0 063W 10k 596 0 063W 10k 596 0 063W 1MO 5 0 063W 0 ohm 160 5 0 063W 165 5 0 063W 30K 1 0 063W 10k 596 0 063W 10k 596 0 063W 0 ohm 0 ohm 0 ohm 0 ohm 100R 5 0 063W 100R 5 0 063W 1k0 596 0 063W 100 5 0 063W 270k 5 0 063 100 5 0 063W 100 5 0 063W 22k 5 0 063W 22k 5 0 0 ohm 10k 5 0 063W 10k 596 0 063W 10k 596 0 063W 100 5 0 063W 10k 5 0 063W 270k 5 0 068W 1k0 596 0 063W 10k 596 0 063W 100R 5 0 063W 100 5 0 063W 100 5 0 063W 100 5 0 063W 160 5 0 063W 22k 5 0 063W 1M0 5 0 063 100 5 0 063W 100 5 0 063W 100 5 0 063W 10k 5 0 063W 4k7 5 0 063W 22k 596 0 063W 10k 596 0 063W 22k 5 0 063W 100 5 0 0
30. 9 1 13 PRODUCT FAMILY BENEFON VEGA HANDPORTABLE TGP 60 EU MAINS CHARGER CMA 60 230 CIGARETTE LIGHTER CHARGER CCS 60 12 DESKTOP CHARGER CTA 60 LIGHT HOLDER KDC 60 PORTABLE HANDS FREE EHD 60 HANDS FREE CAR KIT This kit includes a charging holder KDS 60 carbox UDH 60 loudspeaker and microphone for hands free function car radio mute and external alert facility EXTERNAL HANDSET WITH HOLDER HDS 50 This is an optional accessory for the hands free car kit BENEWIN SCA 60 ANTENNA ADAPTER RAC 60 HAND STRAP BELT CLIP 2GP 60GB SBENEFON 21 15 1 1999 A na e Cigarette Lighter Charger Desktop Charger 2GP 60GB m B E N E EON p Product TGP 60 EU Vega 15 1 1999 Light Holder KDC 60 Cigarette Lighter Charger Qi Antenna Light Holder Cigarette Lighter Charger u 7 gt N ll 2GP_60GB SBENEFON TT 15 1 1999 Complete car installation kit holder with charger optional external antenna hands free and an optional separate handset 2GP_60GB SBENEFON 21 15 1 1999 Safety Plug Portable Hands Free Kit 2GP 60GB SBENEFON 21 15 1 1999 BeneWin MBENEF N gt BeneWin 2GP_60GB SBENEFON 25 01 1999 2 0 OWNER S MANUAL 1USER GB SBENEFON 15 1 1999 3 0 CAR KIT
31. ATURE DESCRIPTION 1 1 Network standard GSM 900 phase 1 class 4 handportable 2W with supporting Full Rate speech coding Additionally Benefon Vega supports some phase 2 features No data services are supported 1 2 Physical dimensions Maximum dimensions without antenna are 56 x 145 x 23 Volume of the phone 159 cc Weight of the phone is around 190 g 1 3 Display Clear and easy to read full graphical 36 30 mm LCD The display has 8 symbols consisting of 23 indicators Text area has altogether 33x95 pixels Minimum of 4x16 characters can be displayed simultaneously 1 4 Abbreviated dialling memory extremely simple key strokes to call to abbreviated dialling numbers for each number an alphanumeric string of 20 characters can be attached This string is displayed if CLIP service notices an incoming call from saved number memory scroll and recall in an alphabetical order 1 5 Recent Calls memory last dialled number memory for 15 entries extremely simple key sequence to call these numbers last answered call identity memory for 5 entries last unanswered call identity memory for 5 entries memory scroll and recall in an alphabetical order BeneWin Editor PC software for maintaining the abbreviated dialling number memory 2GP 60GB 1 SBENEFON 7 15 1 1999 1 6 Clock functions date and time display programmable alarm function programmable phone start up time and power down time m
32. FON gt Product TGP 60 EU Vega 1800 15 1 1999 The Top Side Layout PY1800A3 4y1800gb 2 B E N E FON gt Product TGP 60 EU Vega 1800 15 1 1999 The Bottom Side Layout PY1800A3 4y1800gb 32 oy180a5 sch 1 Wed Sep 02 08 25 37 1998 OY1800 AND BENEFON OY Product TGP 60 EU Vega 15 1 1999 SBENEFON 4y1800gb 33 OY1800 o o 5 a a o 9 5 p 5 5 R Product TGP 60 EU Vega 15 1 1999 SBENEFON ss 18 h 1 4y1800gb Product TGP 60 EU 0 15 1 1999 BENEFON OY Produc
33. G0000 RG0103 RG0103 RG0103 RG0104 RG0103 RG0274 RG0102 RG0103 RG0101 RG0104 RG0104 RG0104 RG0102 RG0223 RG0105 RG0104 RG0104 RG0104 RG0103 RG0472 RG0223 RG0103 RG0223 RG0104 4a1800gb 12 RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S IMXR 260140001 EM134K 338269 1 DF15 0 8 40DS ASP 61841 02 M 58 9155 004 000 C70710M0060152 ELKE103FA ELKE103FA MS1V TK MB 11A K Product TGP 60 EU Vega SBENEFON 4 MANUF Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Screentec AKG Primo AMP Hirose Samtec Elco Amphenol Panasonic Panasonic MicroCryst Primo Kemitron VALUE 10k 596 0 063W 0 ohm 1006 5 0 063W 470 5 0 063W 330k 5 0 063W 330k 5 0 063W 270k 5 0 063W 330k 5 0 063W 160 5 0 063W 10 R 596 0 063W 10k 596 0 063W 160 596 0 063W 160 5 0 063W 160 5 0 063W 160 5 0 063W 160 5 0 063W 262 5 0 063W 262 5 0 063W 467 5 0 063W 262 5 0 063W 262 5 0 063W 262 5 0 063W 262 5 0 063W 262 5 0 063W 262 5 0 063W 10k 5 0 063W
34. Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya Kamaya 15 1 1999 VALUE 18n 2 12n 2 12n 2 56nH 2 56nH 2 47n 2 47n 2 2n7 2 18n 2 207 2 6GHz 300mW F 1 9dB 6GHz 300mW F 1 9dB NPN 0 1A 30V hFE 110 800 PNP 0 1A 30V hFE 125 800 NPN 0 1A 30V hFE 110 800 PNP 0 1A 30V hFE 125 800 NPN G 13dB NF 1 2dB 1GHz 82R 5 0 063W 82R 5 0 063W 82R 5 0 063W 82R 5 0 063W 82R 5 0 063W 1k8 5 0 063W 10k 5 0 063W 10k 5 0 063W 150R 5 0 063W 270k 5 0 063W 2k4 5 0 063W 1k5 0 125 W 2k4 5 0 063W 270k 5 0 063W 1k5 0 125 W 0 ohm 2k7 5 0 063W 2k7 5 0 063W 2k7 5 0 063W 2k7 5 0 063W 5k6 5 0 063W 5k6 5 0 063W 10 R 5 0 063W 10 R 5 0 063W 330R 5 0 063W 10k 5 0 063W 10k 5 0 063W 8k2 5 0 063W 4k7 5 0 063W 10 R 5 0 063W 82R 5 0 063W 22R 5 0 063W 220R 5 0 063W 220R 5 0 063W 33R 5 0 063W 82R 5 0 063W 560R 5 0 063W 82R 5 0 063W 82R 5 0 063W DESCRIPT SMD inductor SMD inductor SMD inductor SMD inductor SMD inductor SMD inductor SMD inductor SMD inductor SMD inductor SMD inductor SMD RF transistor SMD RF transistor SMD transistor SMD transistor SMD transistor SMD transistor SMD RF transistor SMD resistor SMD resistor SMD resi
35. SBENEFON 21 15 1 1999 SERVICE MANUAL BENEFON VEGA TGP 60 EU GP 60UGB TOC SBENEFON 7 15 1 1999 TGP 60 EU 1 0 PRODUCT FEATURE DESCRIPTION 1 1 Network standard 1 2 Physical dimensions 1293 cr 1 4 Abbreviated dialling memory 1 5 Recent Calls memory 1 6 Clock functions 1 7 Additional network dependant features 1 8 SIM MEDI T DTI 1 9 Power 1 10 Other functions 1 11 0068858 68 m 1 12 Manufacturer 1 13 PRODUCT FAMILY rm dca 2 0 OWNER SMANUAL 3 0 CAR KIT aka a dea idi 3 basic ga da ala d 3 0 1 Antenna 3 0 2 Phone Holder KDS 60 2 0 3 dul Mak dia a k 3 0 4 Cable 3 0 5 External Handset HDS 50 3 0 6 Car Box UDH 60 3 0 7 HfSpeaker 4 0 LOCAL SERVICE MODE
36. aseband circuitry operates the regulators exactly same way as with normal power on However CPU notices that power on key was not pressed and starts necessary software to start charging 5 2 HW and SW version numbering 5 2 1 Hardware version HW version number consists of 8 digits for example 62626340 HW version num bers are issued in alphabetical order numbers preceding letters ie later HW ver sions come later in alphabetical order HW version can be read with the same key sequence as SW version 5 2 2 Software version Software version code has format X XXXXX for example 0 290162 SW version numbers are issued in alphabetical order numbers preceding letters ie later SW versions come laster in alphabetical order From idle mode SW version can be read with key sequence 465336393 It easier to remember as GOLD ENEYE Key sequence also reveals the date of the SW package 9GP 60GB 2 mH B E N E FON Product TGP 60 EU Vega 1800 15 1 1999 5 3 Logic audio module Main functions of the GSM phone are composed with Siemens HiGold chipset It operates on 3 V power source Baseband board is hereafter often referred as OA board RX The amplified differential baseband signal is fed to the receive path input of Gaim Both components and Q are converted independently from each other from analog to digital forming two 13 Mbit s bit streams After signal reconstruction and digital filtering equalization cha
37. ata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata VALUE 4 7uF 10V 20 4 7uF 10V 20 10uF 6V 10 10uF 6V 10 10uF 6V 10 470pF n10 470pF 470pF 10 68pF 5 68pF 5 68pF 5 68pF 5 68pF 5 68pF 5 68pF 5 68pF i576 68pF 596 68pF 5 68pF 5 68pF 5 68pF 5 68pF 596 1 n10 4 7uF 10V 20 1uF 20 80 16V 68pF 5 68pF 5 10nF 100 nF 10 50 V X7R 2 2nF 68pF 5 10nF 100 nF 10 50 V X7R 2 2nF A10 470pF 10uF 6V 10 68pF 596 68pF 5 1 5pF f0 25pF 68pF 5 22nF 80 20 68pF 5 68pF 5 68pF 5 220pF 10 3 9nF 10 68pF 596 220pF 10 68pF 5 10nF 10 3 9pF 0 25pF 47pF 5 47pF 5 5 6pF 0 25pF 1nF n10 EBENEFO N 5 4 7 Parts list OY1800 DESCRIPT SMD tantal SMD tantal SMD tantal SMD tantal SMD tantal SMD capasitor X7R SMD capasitor X7R SMD capasitor X7R SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor X7R SMD tantal SMD capasitor SMD capasitor NPO SMD capasitor NPO SMD capasitor X7R SMD capasitor SMD capasitor X7R SMD capasitor NPO SMD capasitor X7R SMD capasitor SMD capasitor X7R SMD capasitor X7R SMD
38. ax 24h recent calls time stamping see user manual for details 1 7 Additional network dependant features calling line identity presentation CLIP multiparty calls between up to 5 users Short Message Service SMS capability for both receiving and sending messages 1 8 SIM card Benefon Vega uses plug in SIM card 1 9 Power consumption Battery cells 4x 1 2 V NiMH Three different battery packs are initially available small with 750 mAh capacity standard with 850 mAh capacity and power with 1600 mAh capacity Talk time is approximately 3 5 hours with full 2W transmit power Maximum idle time is approximately 65 hours with 850 mAh battery but it s heavily subject to GSM network configuration With 1600 mAh battery talk time is approximately 6 4 hours and maximum idle time is 120 hours 1 10 Other functions Benefon Vega offers five different ringing tones also some other melody options 2GP 60GB 2 SBENEFON 7 15 1 1999 1 11 Accessories mains charger cigarette lighter socket charger belt clip basic car holder kit complete car installation kit holder with charger optional external antenna hands free and an optional separate handset desktop charger for the phone and one reserve battery pack 1 12 Manufacturer BENEFON OY P O Box 84 Meriniitynkatu 11 FIN 24101 SALO FINLAND Telephone 358 2 77 400 Telefax 358 2 332 633 2GP 60GB SBENEFON e 15 1 199
39. ct TGP 60 EU Vega 15 1 1999 MANUF TYPE Rayovac BR 1225SR2 B Alps 222222 Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata TaiyoYuden EMK212 F105Z00T Murata Murata Murata Murata Murata Murata Murata Murata Philips AVX TAJA475M010R AVX TAJA106MO06R Murata Philips Philips Philips Philips Philips Philips Philips Philips Philips Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata TaiyoYuden EMK212 F105Z00T Murata Murata Philips Philips Philips VALUE 3V 39mAh Vcc 3 3V 22nF 80 20 22nF 80 20 68pF 5 68pF 5 68pF i596 68pF i596 68pF 5 68pF 5 68pF i596 68pF i596 68pF A5 68pF 596 68pF 5 68pF 5 68pF 5 1UF 20 80 16V 68pF 5 68pF A5 68pF 5 68pF 5 68pF 5 68pF 5 68pF 5 68pF 5 100 nF 10 50 V X7R 4 7uF 10V 20 10uF 6V 20 10nF 61095 100 nF 10 50 V X7R 100 nF 10 50 V X7R 100 nF 10 50 V X7R 100 nF 10 50 V X7R 100 nF 10 50 V X7R 100 nF 10 50 V X7R 100 nF 10 50 V X7R 100 nF 10 50 V X7R 100 nF 10 50 V X7R 15pF 5 15pF 5 15pF 5 15pF 5 15pF 5 15pF A5 15pF A5 15pF A5 47pF 5 15pF A5 1UF 20 80 16V 22nF 80 20 10nF 10 100 nF 10 50 V X7R 6 8 nF 10 50 V X7R 100 nF 10 50 V X7R NS BENEFON gt 5 3 3 Parts list OA1800 DESCRIPT Lith
40. d to help in using the service mode The applica tion can send command sequences needed in tuning procedures and store tuning parameters on the EEPROM chip in the phone afterwards A service adapter is needed to connect the phone and PC 4 1 2 Required equipment IBM PC compatible computer with 1 44 floppy disk drive and one free RS 232 serial communications port COM1 COM4 GSERV software installation disk Benefon service adapter Local box QPS 50 or compatible Spica Vega service cable SPICA label on D 15 connector Power supply with overcurrent protection 3GP_60GB MBENEF N gt 15 1 1999 4 1 3 Power source The service adapter has an external power supply input This is connected to the V CHG pin on phone s base connector There is no current regulation or charge control circuitry between external power supply and phone battery except a fuse inside the service adapter Use the power supply with a 1 A current limit to protect the fuse and battery You can still overcharge your battery if you leave the phone with battery connected to service adapter for a long period The service adapter takes its own operating power from the V BAT pin on the base connector You can use the service adapter without an external power supply if desired However you cannot perform A D converter battery measurement refer ence value tuning you must be able to set the battery voltage very precisely The transmi
41. e and spectrum adjusting the values individually is a very difficult and time consuming job Therefore the ramp values are controlled with five parameters in the tuning software Continuous power level Corner position of rising and falling edge Slope speed for rising and falling edge For maximum battery life the highest power PL 5 should be at a range 32 0 32 5 dBm on middle channel Difference between power levels should be 1 8 2 0 dB 3GP 60GB MBENEF N gt 15 1 1999 4 4 3 1 Tuning Connect the GSM tester to the phone and select item Tuning TX power from the menu First adjust the minimum power level to the specified value and then the max imum power level Now two pairs of power control output power values are known From this informa tion the tuning software is able to create an approximation for the power control out put power curve of this particular unit and solve the power control value for each of the remaining nine power levels You can adjust the template to match by moving the corner positions and minimum spectrum by adjusting the rise fall speed Usually the default values for the corner positions and speed should be correct However you should check the spectrum due switching on the two highest power levels and the power template on the two smallest power levels especially the rising edge position If any of these fail you should check all levels 4 4 4 RX RSSI A GSM mobile mus
42. e proper rights Contact our After Sales department 5 Phone should go to GSM mode when you restart it with a GSM mode com mand Normal display on phone keypad works FAIL TX data connection in PC phone direction is broken 6 You should be able to see messages from phone in the INFO window phone type ID number SW and HW version no and operation mode information FAIL Wrong IRQ value or RX data connection in phone PC direction is broken 7 Your system is working congratulations 4 2 5 Remote control of measurement equipment A special version of GSERV features an automated testing routine which checks the unit before and after servicing The test results are stored on a file with a name derived from the serial number of the MS This is identical to an autotest or autorun program which is implemented in most GSM test sets However GSERV can control both the phone and tester Our resources are limited and we can only support some of the large number of GSM tester brands and models So if you think you could use this feature contact the Benefon After Sales department to check if your tester is supported Other requirements Your GSM tester must have a serial or GPIB remote control capability For devices with GPIB connection you need a GPIB controller board on your PC and a GPIB cable For devices with a serial connection you need a serial connection cable and in addition to a phone control po
43. erential l Q signals After demodulation the differential signals are filtered and amplified before the signals are fed into Baseband board via connector V1 5 4 3 Transmitter The differential l Q signals from Baseband board and the RF signal from synthesizer are fed to quadrature modulator 1210 PMB 2240 The modulated HF signal is then filtered X501 amplified Q520 and then fed into power amplifier 1540 which output power is adjustable The output power adjustment is done in comparator I6A where the signals from baseband board and power output coupler rectifier X545 D545 are compared The modulated RF signal is then fed to the antenna via duplex filter X546 5 4 4 Synthesizer The first local frequency 1181 MHz 1206 MHz is generated in VCO voltage controlled oscillator module X250 after that it is fed via balun network L260 L261 and C260 C263 to the TX chip 1210 where it is sampled for prescaler and buffered and fed to RX chip 410 PMB 2405 to be used as a first local injection The first local frequecy is controlled by PLL circuit 1300 PMB 2307 which is controlled by the u prosessor of the baseband board via three wire serial control bus The second local injection 246 MHz is generated in RX chip by deviding by two the inbuild 492 MHz VCO signal The second local frequecy is controlled by fixed frequency PLL circuit which is build in to the TX chip TX carrier frequency 890 MHz 915 MHz is generated by subtracting the 246
44. es Please follow the more spe cific instructions in your service software 4 4 2 Base frequency This is the initial TCXO frequency correction value A GSM mobile must adjust the base frequency according to the frequency synchronisation burst of the base station whenever it can hear one Thus this value is used only when the phone is searching for the first base station Exact tuning of this value may look useless when compared to the modulation band width of GSM However a decent initial value may help synchronisation with the net work on some conditions and it is a good idea to check that the TCXO control circuit is working 4 4 2 1 Tuning Connect the GSM tester or frequency counter to the phone and select item Tuning Base frequency from the menu Adjust the frequency up or down until it is 902 0000 MHz 100 Hz and save the value 4 4 3 TX power The transmitter power ramp has three specifications power must be within the spec ified limits the power curve must fit the power template and spectrum due switching must be below the given maximum values The transmitter power ramp is controlled by an array of 32 register values At the start of one transmitter burst the first 15 values are assumed by the power control register to increase the power smoothly The 16th value is used during actual data transmission Values 17 32 are used after data transmission to decrease the power Because each value affects the power templat
45. if the tuning has been performed properly If the tuning values are not activated phone uses default values The purpose is to prevent breakdown of the transmitter module and or RF disturbance if the EEPROM is bro ken or accidentally erased When all the RF tuning is completed remember to check the status of this flag and set it active if needed 3GP 60GB SBENEFON T7 15 1 1999 5 0 TECHNICAL DESCRIPTION 5 0 1 Block diagram of the product See the Baseband block and a block diagram of radio module 5 0 2 A technical explanation Vega phone has two main Printed Circuit Boards PCS s The one is for radio fre quency functions above 300 kHz and the other is for the baseband functions below the 300 kHz limit The interface between modules carries standard IQ signal on both transmit and reveice paths Keypad and display are intergrated onto the baseband Antenna is fixed lambda 4 lenght or helix 9GP 60GB SBENEFON 15 1 1999 5 1 Charging Charger gives constant current controlled by CHGCONT pin on the base connector Current can be controlled within the range of 100 mA to 1 A Maximum voltage is below 8 volts When charger is connected the CPU measures the battery voltage and selects a suitable charging current Battery type cell temperature and nominal capacity are read from the battery pack memory Battery voltage is measured with PMB2905 If mobile is powered off when charger is connected the b
46. ium battery Matrix display module SMD capasitor X7R SMD capasitor X7R SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor SMD tantal SMD tantal SMD capasitor X7R SMD capasitor SMD capasitor SMD capasitor SMD capasitor SMD capasitor SMD capasitor SMD capasitor SMD capasitor SMD capasitor SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor SMD capasitor X7R SMD capasitor X7R SMD capasitor SMD capasitor SMD capasitor PART A500 A601 C100 C101 C102 C103 C104 C105 C106 C107 C108 C109 C110 C111 C112 C113 C114 C115 C116 C117 C131 C138 C139 C140 C141 C143 C201 C202 C203 C208 C209 C210 C211 C212 C213 C214 C215 C216 C218 C221 C223 C225 C229 C231 C233 C235 C237 C239 C240 C241 C242 C244 C310 C311 C312 CODE 6 000522 CG0223 CG0223 CG0680 CG0680 CG0680 CG0680 060680 6460680 060680 6460680 060680 CG0680 CG0680 CG0680 CG0680 CH0105 CG0680 0 6460680 00 0 0 0 0
47. k 5 0 063W 10k 5 0 063W 82R 5 0 063W 100k 5 0 063W 4k7 5 0 063W 10k 5 0 063W 10k 5 0 063W 10k 5 0 063W 10k 5 0 063W 10 R 5 0 063W 8k2 5 0 063W 120R 5 0 063W 100k 5 0 063W 10k 5 0 063W 100R 5 0 063W 470R 5 0 063W 12R 5 0 063W 470R 5 0 063W DESCRIPT SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor PART R300 R301 R303 R310 R311 R312 R320 R401 R402 R403 R404 R405 R410 R411 R412 R413 R414 R415 R416 R417 R418 R419 R421 R430 R435 R445 R450 R451 R460 R461 R465 R470 R471 R475 R476 R477 R485 R501 R502 R503 R504 R505 R506 R507 R508 R509 R510 R511 R512 R513 R515 R516 R521 R522 R523 R535 R536 R540 R541
48. ll 6GP_60GB Product TGP 60 EU SBENEFON 4 A Diagram of Connections How to install a cable to a car box MA KDS 60 S 1 lt N 27 75 La 579 A A Installation base 6 S Microphone CT 4 S 5 Installation base N lt r N NN Car Radio Mute External Alert o x o A gt S SN N lt Car Radio Mute active low Hf Speaker Ground External Alert active low Hf Speaker Vbatt 12 V Red Car Radio Mute See the installation External Alert instructions of your car radio 86 87A 87 0 85 30 External Alert 85 8 Battery Voltage Car Radio Supply Voltage N ACC to the 12 V power terminal which is energized in the accessory position of the ignition key External Alert 6GP_60GB MBENEF N gt 15 1 1999 4 0 LOCAL SERVICE MODE Local Service Mode 4 1 SERVICE EQUIPMENT 4 1 1 General The Benefon Vega has a special service operation mode for testing and tuning In this mode all commands are sent via the serial communications bus to the phone The keypad of the phone cannot be used A PC application has been create
49. nnel and speech decoding and voiceband interpo lation filtering on Gold SP a resulting 1Mbit s bit stream is digital to analog con verted and ampilified by a programmable gain stage in the voiceband processing part of GAIM The output signal is directly connected to the earpiece TX GAIM amplifies the input signal from the microphone After analog to digital con version a 1 Mbit s bit stream is generated and fowarded to Gold SP where voice band decimation filtering speech and channel encoding and GMSK modulation is performed The digital 10 bit and Q baseband components GMSK modulated and 8 times oversampled are delivered to GAIM in double multiplexed form They are converted in parallell from digital to analog and fed into RF OA1800 4a1800gb Product TGP 60 EU Vega 1800 ADC ADC DAC RF Module Disp module Keyb module gt DAC _ gt RF Control 4 15 1 1999 A Equalizer Soft Output A BB Filtering GMSK Modulator NS BENEFON gt 5 3 1 Audio Controls Speech Dec Channel Dec FR amp HR gt Speech Enc FR amp HR Channel Enc gt gt System Interface 16 Bit uC 80C166 GAIM PMB 2905 Interpol Filt Dezimat Filt o 3 HIGOLD PMB 2800 EEPROM 16k
50. rt a free serial port 3GP 60GB MBENEF N gt umsvens 15 1 1999 4 3 SERVICE MODE COMMANDS 4 3 1 Local mode Phone is restarted in Local mode 4 3 2 GSM mode Phone is restarted in normal operation mode 4 3 3 Service You can test the functionality of mobile blocks one by one On the RF board you can switch TX and RX on and off change channel change transmitter power level change TXCO frequency monitor AGC level on receiver On the logic board you can read voltage and temperature A D inputs test charger D A output test display lights and buzzer 4 3 4 Tuning Tuning functions enable the user to perform adjustments and store settings in EEPROM These settings include TCXO initial frequency TX power and template RX RSSI RX Level reporting battery voltage and temperature measurement LCD contrast 3GP_60GB MBENEF N gt umsvens 15 1 1999 4 3 5 Memory and settings These functions include some options to control the contents of EEPROM activate deactivate EEPROM tuning values overwrite all user settings overwrite phone code 4 3 6 Keyboard You can send keystrokes to the phone and monitor its display on the computer screen 4 3 7 About Version number and other information about service software 3GP 60GB MBENEF N gt 15 1 1999 4 4 TUNING INSTRUCTIONS 4 4 1 General This is only a short overview of the tuning procedur
51. stor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor SMD resistor PART L461 L470 L471 L480 L481 L485 L486 L520 L522 L523 Q160 Q170 Q505 Q506 Q507 Q508 Q520 R120 R121 R122 R123 R124 R1420 R150 R151 R152 R160 R161 R162 R170 R171 R172 R180 R201 R202 R203 R204 R205 R206 R210 R211 R212 R213 R220 R221 R225 R245 R250 R255 R256 R257 R270 R275 R280 R285 R291 NS BENEFON gt CODE LC3183 LC3123 LC3123 LC3563 LC3563 LC3473 LC3473 LC3272 LC3183 LC3272 QAA193 QAA193 QS0848 QS0858 QS0848 QS0858 QA4867 RG0820 RG0820 0 RG0820 RG0820 2 3 3 1 4 2 2 2 4 2 0 2 2 2 2 2 2 0 0 1 3 3 2 2 0 RG0820 0 1 1 0 0 1 RG0820 RG0820 4y1800gb 28 OY1800 TYPE 22222222 RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1 16S RMC1
52. t AR 8 8 N 5 8 5 z 5 9 2 5 34 SBENEFON 4y1800gb E B E FON gt Product TGP 60 EU Vega 0 15 1 1999 3 sg 25 5 O mc 5 oy180a5 sch 4 Wed Sep 02 08 25 38 8 4y1800gb SBENEFON 15 1 1999 5 5 MECHANICS 7GP 60GB
53. t be able to report the correct receiver input signal level RXL and quality RXQ to the base station The reported RX level is calculated from the RF gain control value in the AGC circuit and demodulator input level and cor rected with calibration values individual to each phone 4 4 4 1 Tuning Connect the GSM tester or RF signal generator to the phone and select item Tun ing RX RSSI from the menu Adjust the generator according to the software direc tions The RX level measurement is performed and the difference between measured and actual value is calculated Measurement is repeated using different signal levels After all measurements are completed the calibration table is calculated and stored on EEPROM 4 4 5 A D converter calibration Remove the battery and connect a multimeter to the battery connector pins behind the phone Adjust the external power supply voltage until the voltage of the battery pins is 5 0 0 01 volts The phone should be at room temperature 25 5 degrees Celsius for correct tem perature calibration Select item Tuning A D converter from the menu The input values of the battery voltage and temperature measurement channels are read and stored on EEPROM 3GP 60GB 8 MBENEF N gt 15 1 1999 4 4 6 Contrast Select item Tuning Contrast from the menu Adjust contrast to the preferred value and store 4 4 7 Enable Disable tuning values A flag on EEPROM indicates
54. tantal SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor X7R SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor X7R SMD capasitor X7R SMD capasitor NPO SMD capasitor X7R SMD capasitor NPO SMD capasitor X7R SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor NPO SMD capasitor X7R PART C101 C102 C103 C104 C105 C106 C107 C108 C120 C121 C122 C123 C124 C130 C131 C132 C133 C134 C135 C136 C137 C138 C150 C151 C152 C153 C160 C161 C162 C163 C170 C171 C172 C173 C180 C181 C201 C202 C205 C210 C211 C212 C213 C214 C220 C221 C225 C227 C228 C229 C235 C240 C241 C242 C245 OY1800 CODE CU3475 CU3475 CU5106 CU5106 CU5106 CG0471 CG0471 CG0471 CG0680 CG0680 00 6460680 060680 CG0680 CG0680 CG0680 CG0680 CG0680 CG0680 0 0 0 2 CU3475 CH0105 060680 CG0680 CG0103 CD0104 2 CG0680 CG0103 CD0104 2 CG0471 CU5106 CG0680 CG0680 CG0159 CG0680 3 0 0 0 CG0221 CG0392 CG0680 CG0221 CG0680 CG0103 CG0399 60470 60470 060569 60102 4y1800gb 25 OY1800 MANUF TYPE Murata Murata Murata TaiyoYuden Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata TaiyoYuden Murata TaiyoYuden Murata Murata Philips Philips Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata Murata
55. that it is aimed directly at the user and comes as close as possible to the user s mouth A good place for the microphone is near the rearview mirror where the noise level is lower than for example beside a windshield pillar It is also possible to install the microphone on a sun visor but then it will be inconvenient to use the sun visor and microphone at the same time One alternative would be a swan neck microphone as it can be placed closest to the user s mouth 3 0 4 Cable Obtain the necessary electricity from a suitable place preferably directly from the battery of the vehicle Connect the fuse chamber to the wire You will find the fuse chamber in the installation material bag Connect the ground 6GP_60GB 1 SBENEFON 15 1 1999 lead to the frame of the car with a short wire 3 0 5 External Handset HDS 50 Install the external handset the same way as you installed the phone holder 3 0 6 Car Box UDH 60 Place the car box out of sight inside the dashboard of the car or to another suitable place First connect the wires to the car box Install the car box so that the heat sink has some space for cooling The car box has holes which enable you to fasten the car box with a cable tie The installation material bag also contains adhesive band fasteners 3 0 7 Hf Speaker Install the speaker in a suitable place near the floor of the car To avoid echo remember to pay attention to the position of the microphone as we
56. tter on a GSM phone takes very short high current pulses You must have a battery pack or large capacitor for example 4700 microfarads 10 V con nected to battery pins if you are going to perform RF tuning and or measurement You can do logic board tests and update software without the battery or capacitor 3GP 60GB MBENEF N gt 15 1 1999 4 2 GSERV 4 2 1 General GSERV is a PC utility program for controlling Benefon GSM phones in the service mode GSERV allows the user to check the functionality of mobile hardware blocks and also features tuning procedures if re tuning of the mobile is necessary such as after replacement of a component on the RF module 4 2 2 Installation GSERV can be run from a floppy disk but it is recommended to create a new direc tory on your hard disk and copy all the files there Please study the file README TXT on your installation floppy disk for more specific installation instruc tions and information on the latest changes and updates regarding software and tun ing procedures 4 2 3 Starting GSERV If your computer COM ports have a normal configuration they probably do you can start GSERV just by typing gserv if you use COM 1 gserv 2 if yu use COM 2 In any other case the syntax will be gserv port irq where port 1 4 id number of port where the service adapter is connected default 1 irq 0 15 interrupt request line number the port uses
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