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Service Manual - Altehandys.de

1. _ mm PARTS LOCATION OF CONTROL UNIT SB lt 7911727177711 997997797999992 gt i ag t mii s anor 4 a9 vivo vidit v adi roe 4 v vmm or 70 Component Side Soldering Side 5 3 et 1954 te pakas 79 LAY2 LAY3 DISCON RCY B I FORWARD REVERSE DF9 19S1 58 RX POKER Ueel HDE383YRH 18 289 21 68161 52 63 a4 ee 5 897488 V5 58 1203 L HN 30281 CY 2 34 gt M gt wd Cea 7 aiu 52 56 45142 43 45 7 U2 15 MSM525965 4 48 33 I III I I I LH m B5 amp AH uni m 51162 163154 165 166157
2. YFMC1T99 Transistor Not Used DTC144EUT106 Transistor NPN DTC144EUT106 Transistor NPN UN212X Transistor PNP UN212X Transistor PNP DTC144EUT106 Transistor NPN FMG2 T99 Transistor FMG2 T99 Trsnsistor DTC144EUT106 Transistor NPN DTC144EUT106 Transistor PNP FMG5 T99 Functional Unit Not Used YFMC1T99 Transistor FMG2 T99 Functional Unit DTC143TUT106 Transistor 250MHz 40V 300mW FMG5 T99 Transistor 2541327 2 FET 2SJ132Z E2 FET 25 1374 IX CI Model 3610 3611 Control Unit Part No Name amp Description Part 80V Da114 T106 Diode 114 7106 Diode 80V Da114 T106 Diode 80V 100 MA728 Diode MA8160 M Zener 110 101 Not Used MA8160 M Diode 16V MABOG2 L Zener 6 2V 200 MA8062 L Zener 6 2V 200mA MA728 Diode DSB0055A LCD 05 0666 CL 50G X T Diode 25mA 65mW CL 50G X T Diode 25mA 65mW CL 50G X T Diode 25mA 65mW CL 50G X T Diode 25mA 65mW CL 50G X T Diode 25mA 65mW CL 50G X T Diode 25mA 65mW CL 50G X T Diode 25 65mW CL 50G X T Diode 25 50V S 201 55 0035 0301 YGM1C470J1HT 5 0302 YGM1B103K1ET Capacitor CE CH 25 10 J 201 JJC0285A SQ Connector J 0303 YGM1C331J1HT Capacitor CE CH 50 5 0304 YGM1B103K1ET Capacit
3. 1 0 IV D4x Change CCU Option 1 Option 1 or 0 o Metering D2 Intersystem 1 Roaming Inhibit D1 Home System only HSO po 13 D8 Received Call Indicator it Omeden 001000 Fcn 3 D3 A B System Select ABSS D7 DTMF Interval DTI Option 1 or 0 OptontorO D6 Full Lock FLCK Option 1 or O 10 D5 Partial Lock PLCK _ 1 onion oro Option tor o eae pem meet 1 _ mr 1 Ac y Quum 1 4 Write from an External Test Set In order to enter the Access EEPROM mode the AEEM command must be input Under this condition the following commands input to read or write NAM In order to exit the Access EEPROM mode the RESTART MONITOR command must be input Command anes Name ids AEEM RESTART MONITOR Number of returned data bytes Number of additional data bytes Function Terminate the normal mode enter the Access EEPROM mode and await further commands Terminate the Access EEPROM mode and enter the normal mode When the normal mode is entered restart the call processing by entering the DC power start up process Initialize NAM 1 Set 32 bytes to FFH Read 32 bytes in NAM 1 from the EEPROM and send 32 bytes to the
4. Special Memory Location RCL telephone number _ 91 to 99 9192857465 2 make to the number stored in the first programmed memory location NOTE You can recall the last dialled telephone number even after the keypad has been used for another purpose e g storing numbers if the power has been switched off 3 send tones corresponding to the digit stored in the memory of the second number in the pause dial programmed sequence You may hear tone 8 PAUSE DIAL Pause dial may be used to access functions such as voice mail retrieval and other services outside the cellular network This function enables you to transmit the sequence of numbers stored in separate memory locations 00 to 90 by easy operation 4 send tones corresponding to the digit stored the memory of the third fourth tenth number in the pause dial programmed sequence Special Special Memory Location 91 to 99 gt A special code must be formatted as follows is 2 digit memory location number 00 to 99 id eris un NOTE 1 If you attempt to store pause dial sequences into memory locations 01 to 19 p 90 the 2nd and 3rd lines of the display will flash to indicate an input error be transmitted by are lost 1 2 the contents of memory which shoul 5 E or corrupted the 2nd and 3rd line
5. 5 ALPHA TAGGING A STORED NUMBER You can also store an alpha tag with the telephone number into a memory location Up to 6 letters can be stored 1 Telephone 518 2 11 259567055 Cursor will appear A 3 c SIG Cursor 8 will disappear and will be displayed 8123456789 You can scroll through the alphabet by pressing 5 or c4 until the letter you are seeking appears 4 STO m STO SIG oomnnn The letter will memorised and cursor B will be FE displayed again Repeat steps 3 and 4 4173456789 5 If you have finished entering letters LAST CALL 84 x 5 Cursor will disappear Memory Location 01 to 90 _ TO DELETE THE EXISTING MEMORY WITH ALPHA TAG 125456789 m O Long press If the 3rd line is displayed Long press If the 2nd line is displayed Memory Location 01 to 90 any number and letters existing a memory location will be replaced automatically when a new number and letters are entered into the same memory location NOTE 1 If you enter more than 6 letters the first letter will disappear 2 Use to clear an incorrect input 3 You may enter digits 0 to 9 directly from the keypad instead of letters to the 2nd line In this case it is not necessary to press after entering each digit 4 Memory location 00 is for permanent memory programmed on
6. 3 0 0 0 0 0 0 0 0 0 0 3 0 LOCK Digit 1 LOCK Digit 2 LOCK Digit 3 LOCK Digit 4 0 0 0 0 e L 10 SIC Wi MN z 0 0 0 _ 0 0 XI DTI FLCK PLCK TTA TCLT1 TCLT2 0 HSO ICLT 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 SPDM Digit 1 SPDM Digit 2 SPDM Digit 3 SPDM Digit 4 1A SPDM Digit 5 SPDM Digit 6 SPDM Digit 7 SPDM Digit 8 00 1 SPDM Digit 9 SPDM Digit 10 SPDM Digit 11 SPDM Digit 12 CHECKSUM ADJUSTMENT 1F NAM CHECKSUM 29 1 1 34 bit binary Mobile Indentification Number MIN is derived from the 10 digit International Mobile Station Identity IMSI The IMSI comprises 4 digit Mobile Network Identification Code and 6 digit Mobile Station Identifica tion Number MSIN CCITT Study Group Il Contribution No 167 Identification and numbering of Land Mobile Stations refers The MIN is derived by the following procedure 1 The first three digits 3 digit Mobile Country Code MCC are mapped into 10 bits corresponding to MIN2 p by the following coding algorithm a Represent the 3 digit field as D1 D2 D3 with the digit 0 having the value 10 Compute 100 x D1 10x D2 03 111 c Convert the result in step b to binary by a standard decimal to binary conversion see table below 2 The next digit the public
7. 0 001010 0 0 111111 1 a 35 3456 A Vodafone System No Limit 181 00 10 11 Value 3848 234 2 123456 0 323 6 0 B Cellnet System Programming example continued Keypad Entry 0000 x1 SND 2051 STO 01 2340123456 STO 02 1 5 0203 23 5 5 lt STO 05 3 STO 06 0CSTO 07 23 STO 08 075373181 STO 09 1234 STO 10 00001000 STO 11 00101010 STO 12 11111111 STO 13 STO xx x2 SND 3848 STO 01 2342123456 STO 02 OCSTO 03 323 STO 04 6 STO 05 OCSTO 06 STO xx STO Display Results MAINT MODE NAM1MODE 01 AIDH 2051 02 OWNDL 2340123456 03 PRESYS 1 04 23 05 CCL0C 5 06 3 07 DLMT 0 08 SCM 23 09 SPDL 075373181 10 LOCK _ 1234 11 1 00001000 12 2 00101010 13 3 11111111 MAINT MODE NAM 2 MODE 01 AIDH 3848 02 OWNDL 2342123456 03 PRESYS 0 04 FPCH 323 05 6 06 GIM MAINT MODE POWER ON Remarks Password Select NAM1 Writing Mode Set Area ID Set Tel No Set Preferred System Set First Paging Channel Set Overload Class Set Group ID Set Dial Limit Set Station Class Mark Set Speed Dial Memory Set Lock Code Set Function Byte 1 Set Function Byte 2 Set Function Byte 3 Write NAM1 to memory Select NAM2 Writing Mode Set Area ID Set Tel No Se
8. A Field 1 B Field 2 Field Field 4 44 TEST COMMANDS REPERTORY FOR BUILT IN TEST 3 6 SAT ON OFF DTMF ON ST DTMF X909 Activate the single DTMF generator with the tone associated with the keycode given in the x Label of key data following the command Apply ST DTMF signals to the modulator and ST DTMF side tone to the receive audio line with the audio path set to receive path 0 OFF 697 Hz 770 Hz 852 Hz 941 Hz 1150 Hz e 1209 Hz 1336 Hz 1477 Hz When the value of the data following the com mand is O 1 or 2 turn the SAT transponder on and start to detect and filter the RX SAT The current condition of RX SAT can be monitored by STATUS command When the value of the data following the command is 3 turn the SAT transponder off and stop detecting and filtering the RX SAT SAT Frequency 5970 Hz 1 DOOW x Label of key Activate the DTMF generator with the tones associated with the keycode given in the data following the command Apply DTMF signals to the modulator and side tone to the receive audio line with the audio path set to receive path Label Assigned Frequency 1209 Hz and 697 Hz 1336 Hz and 697 Hz 1477 Hz and 697 Hz 1209 Hz and 770 Hz 1336 Hz and 770 Hz 1477 Hz and 770 Hz 1209 Hz and 852 Hz 1336 Hz and 852 Hz 1477 Hz and 852 Hz 1209 Hz and 941 Hz 1336 Hz and 941 Hz 1477 Hz and 941
9. Table 1 Repair Cable and Connector 2 SERVICE AND BOARD REPLACEMENT Before opening the EB 3610 Handheld portable telephone please note the following cautions When removing the control unit do not remove the copper shield which covers the key pad Remove the antenna using the antenna wrench Remove the antenna reflector after opening Always keep RF shielding in place Use the cable pulling tool to remove the RF connector Be sure to disconnect the key pad ribbon cable before removing the control unit Do not apply force to the antenna connector Static Charge can damage the control board 50 2 1 Opening the Unit 1 Remove the battery 2 Pull the antenna all the Way out until it stops 3 Remove the 3 screws in the cover 4 Remove the cover by pulling and pushing 2 3 following Fig 2 2 Pull out the antenna until it stops Fig 1 3 Remove screws Fig 2 2 2 Removal RF Board Read all directions before attempting the procedure 1 First remove the cable from the RF unit by using the tool 17000 or Small Needle Nose Pliers then remove metal ground clip See 2 4 step 9 2 Remove the Receiver cable by using the too M17000 or Small Needle Nose Pliers 3 Remove the Receiver unit by pulling it outward and remove the connector 4 Remove the 2 screws from the metal bracket 5 Gently pull the RF board from the
10. e 22 8 v LD 5 P56 4 k 4914814 46 33 38 37 36 133 32 12 43142 68 59 58 152131 7 ej E 5 C ne Vy 2 IX5I8 _ d 28 RX STB DTE EU gt P53 v5 5 pga 21 2 4 T 5 0292 3 3k RSS 2 838 12 C225 1000P an T 5 HOOK C225 00470 bs gt REC I GND fa 0228 251132 7 H3 1 15 Yew B1 18C 4329 27002 VSN 0213 ANT 4 i 4329 270 els VDD Ale 2 RF UNI PL Se du Ug died PL B gt amp Vss 5 5 Pete a PLC 77 1 551 2 2 z a TCSS64AFL 15 la gt 1 co PLL ON OFF Qu 5 245 2 2 c m Hh m m KEY BOARD CL SHG X CARR ON OFF MN6328 BATTERY TX HOD GND B NC cepa NC NISCR EXT C214 18 Iu R278 18 3 ee ano I 6264 7 16 221283 BABE B 2 IX AUDIO 0282 EXT ON OF RF POH DET TXPATHIN 5 IX 10 mare Reze mus QUAS o pm 12 12 CNE LO ceo wee 5 14 gt SERIAL DATA A sink
11. Booster connecting cable Fig 1 2 General Cautionary Remarks a Connect the cables and mount them to the vehicle with care to prevent their displacement and disconnection through vibration 6 Connection of the cables to the vehicle circuitry must not affect the functions of the vehicle c As much as possible route the cables through the existing ducts of grooves on the floor d As much as possible select existing holes in the dash board trunk board etc for passage of cables When laying the cables avoid contact with moving parts like brake axle or clutch pedals or the seat mechanism f Lay the cables as far away as possible from the existing cables the vehicle so as to avoid electric induction g Actual locations of units may vary according to vehicle type Fig 1 3 shows the other examples of wiring 1 The recommended location for the antenna is the centre of the vehicle roof Should the antenna be installed alternative locations the sensitivity of the mobile telephone may be deteriorage markedly i The radio equipment shall be connected to the antenna via non radiating cable e g coaxial e The antenna shall be mounted in a position such that no part of the human body will normally rest within 20 cm of any part of the antenna for more than a few minutes whilst the equipment is switched on unless there is an intervening metallic screen e g metallic roof at least 0 3 in area Antenn
12. 261 1128173124175176 22 213141816 8 8 13 14 rs holista 78 17418811 40 LO gt C 44 eee 1214 15 1 E LM0447085008 L Sm gt 24 Jl 93 R294 18k 18k 18k 810 WW 254 255 C256 EE vaa 0217 Blu Blu al Blu Biv YYBOG4 1A H3 act E 2 ON 3 47 _ i o _ 016437 2295 2 58822828 is 7 598 2 HOH V28L sa sese i s Te 1517 l I Ew lu YY6B1260 1 amp 24 13 29 S6 55 a 14 15 16 12118 19 24 25 27 54 53 ml L 2 fe nog eee ES EEE ys El 8221 gos 5555 E T F A ps 18 5 220k 4 E 23 POKER ON OFF un Se EXT POKER ON OFF 22 E P28 _ P132 25188 554 pps E LOGIC POWER BS pi 2 V5 ES P26 2 0284 Flem upph gt 293 3 ea iis 7 8 2 a
13. Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Not Used Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Not Used Not Used Capacitor Not Used Capacitor Not Used Not Used Not Used Capacitor Capacitor Capacitor Not Used Not Used CE CH TANTA TANTA CE CH CE CH CE CH CE CH CE CH CE CH TANTA CE CH CE CH CE CH CE CH CE CH CE CH CE CH CE CH CE CH CE CH CE CH CE CH CE CH CE CH CE CH 50V 2200pF 10 6 3V 6 3V 25V 25V 25V 50V 50V 25V 16V 25V 25V 25V 25V 25V 25V 25V 50V 25V 25V 25V 25V 50V 50V 50V 10 uF 10 uF 0 01 uF 47 pF 47 0 01 0 01 uF 0 01 uF 0 01 uF 0 01 uF 0 01 uF 0 01 uF 0 01 uF 47X 0 01 uF 0 01 uF 0 047 uF 1096 47pF 47pF 47pF 20 20 10 0 1 uF 80 20 0 1 80 20 10 10 10 20 10 10 10 10 10 10 10 10 10 10 0 1 uF 80 20 10 10 10 Part ERJ3GEYJ104V ERJ3GEYJ104V ERJ3GEYJ103V ERJ3GEYJ683V YRRO816P154D YRRO0816P224D ERJ3GEYOROOV ERJ3GEYJ824V ERJ3GEYJ102V ERJ3GEYJ223V EVM7LSX00B54 ERJ3GEYJ683V EVM7LSX00B24 ERJ3GEYJ123V ERJ3GEYJ122V ERJ3GEYJ472V ERJ3GEYJ104V ERJ3GEYJ104V ERJ3GEYJ474V
14. e Handh eld Portable Telephone ORDER NO RTD9102004 ervice Manual Handheld Unit EB 3610 VII VIII CONTENTS _ _ _ 1 TECHNICAL ______ ____ ______ _ ____ _____ 5 OPERA TION IIl 8 NAM PROGRAMMING AND SERIAL NUMBER nono aa e op EN re 25 TEST COMMANDS REPERTORY _________________________________ 42 ADJUSTMENT AND SERVICE GUIDE 50 gt gt gt gt ___________________________ _ _ __ ______ _ _ _ _ _ 60 CIRCUIT DIAGRAMS P C B DRAWINGS AND PARTS LOCATION 72 EXPLODED VIEW AND PACKING _____________________ 81 REPLACEMENT PARTS SS LEER 82 COMPOSITION MODEL NUMBER ASSIGNMENT i BASIC COMPOSITION KIT NAME amp NUMBER KIT CONTENTS MA SE MAIN UNIT KIT EB 3610 HANDHELD UNIT EB KJ3610 EB P0369 BATTERY PACK S 400mAH 0525 BATTERY 700mAH 388 TRICKLE CHARGER EB P0380 ADAPTOR 1 EB B0376 STRAP PACKING OPERATING INSTRUCTIONS CAR MOUNT KIT 0383 HANDSFREE CRADLE 0091 EB P0386 CHARGER BOOSTER 108 MICROPHONE 0615 POWER SUPPLY CABLE 5 5m 001 ADJUSTABLE ANGLE BRACKET 0456 MOUNTING BRACKET EB W0402 CHAR
15. e TO ADJUST THE RINGING VOLUME 4 end the vacant memory search press any key except and 510 NOTE 1 there is no memory location number disp ayed it means that there is PING LEVEL no vacant memory location avaiiable 2 Special memory locations 91 to 99 will also be displayed by vacant memory search but these locations can only be used for the Pause Dial function RING LEVEL will be displayed 4 STORING TELEPHO Ringing volume can be adjusted while RING LEVEL is displayed PHONE NUMBER RING LEVEL will be cleared automatically after 5 seconds or by any key operation except CS or A Memory Location 01 to 90 C Number L NOTE 1 Earpiece volume car be adjusted while RING LEVEL is not displayed 2 Once the ringing volume level is adjusted it is held in the memory even We recommend th after the power is switched off at you note stored numbers in the SPEED DIAL MEMORY INDEX 2 MUTE DELETE THE EXISTING MEMORY Mute facility allows you to mute the mouthpiece during a conversation MUFE MUTE will be displayed To cancel depress 44 again m Long press If the 3rd line is displayed Memory Location ST 011090 NOTE is terminated while MUTE is on MUTE will automatically be cancelled
16. i 213161 e 41 00 844 5 E T RX STH E LPFAOUT 8 L E s gt 18 35 32 44 2 B eT 02028 _ _ GND 476 2 LIII RF POW CONT 5 i8 C245 pope 71 158981 18 2 g 5 R25 YSF U21B 2 NIH 4AN Ik di 218 1 mar 34 64 x i IC ul src T 28 2 91 12515 LLL 4 1 5 5 m gt 3 8 d g 8 8 gt gt gt gt gt gt gt gt r3 5 8 g 8 oe C212 1 K261 B 33u 35V C E 918 053 80 PIT EXPLODED VIEW AND PACKING 1 EXPLODED VIEW MAIN UNIT PACKING SPEC 6AA6601A 2IGAB5503A Mlk ww 4 2 15 x 20 03 XZB10 x 16C03 ACO LY A ra TELEPHONE 1 Reto Parts No Paris Name 5 2 5 7FN Screw 3 6 9 2446 Screw gt NN M 101 SFB5392DA 252 102 5 4 Case C 22 103 5FC5210B LCD Panel A zm M 104 62A5378A M 105 5BF5078BB M 106 107 1 5766 108 1 5768 M 109 1C
17. 1096 20 10 0 25pF 5 10 0 25 0 25 20 1 10 10 10 t 0 25 5 10 5 20 0 25 20 5 i 10 t 0 25 t 10 5 5 1 10 10 10 5 t 596 10 0 25 596 596 5 1096 5 0 25pF 5 YDA114T106 YHSMS2812T31 MABOS1L TX YDA112T106 Part No YGM1B103K1ET YGM1B102K1HT YGM1B103K1ET YGM3F105Z1CT YGM1C270J1HT YGM1C270J1HT YGM1C270J1HT YGM1C270J1HT YGM1C270J1HT YGM1C470J1HT YGM1C270J1HT YGM1C270J1HT YGM1C270J1HT YGM1C270J1HT YGM1C470J1HT YGM1C470J1HT YGM1C270J1HT YGM1C470J1HT YGM1C470J1HT 1 75 1 Part amp Description Ref No 25V Capacitor CE CH 10nF 10 Capacitor CE CH 50V 1inF 510 Capacitor CE CH 25 10nF 10 Capacitor CE CH 16 11 80 20 Capacitor CE CH 50 279 5 Capacitor CE CH 50 27pF 5 Capacitor CE CH 50 27 5 Capacitor CE CH 50 27pF 5 Capacitor CE CH 50 27pF 5 Capacitor CE CH 50 47pF 5 Capacitor 50V 27pF 5 Capacitor CE CH 50V 27pF 5 Capacitor CE CH 50 27 5 Capacitor 50 27 5 Capacitor CE CH 50 47pF 5 Capacitor CE CH 50 47pF 5 Capacitor CE CH 50V 27pF 5 Capacitor CE CH 50V 47pF 5 Capacitor CE CH 50 47 5 Capacitor CE CH 50 0 75pF 0 25pF FL 0301 FL 3101 FL 3102 FL 3103 FL 3104 FL 3105 486635
18. 2 2 0 5 ERJ3GEYJ470V Resistor CA CH 62 5mW 470 5 ERJ3GEYJ470V Resistor 62 5mW 470 5 ERJ3GEYJ103V Resistor 62 5mW 10k Q 5 ERJ3GEYJ561V Resistor 62 5mW 56002 5 ERJ3GEYJ103V Resistor 62 5mW 10 596 ERJ3GEYJ221V Resistor 62 5mW 2200 596 ERJ3GEYJ103V ERJ3GEYJ471V ERJ3GEYJ103V ERJ3GEYJ470V ERJ3GEYJ103V ERJ3GEYJ152V ERJ3GEYJ103V ERJ3GEYJ471V ERJ3GEYJ470V ERJ3GEYJ681V ERJ3GEYJ104V ERJ3GEYJ562V ERJ3GEYJ223V ERJ3GEYJ273V ERJ3GEYJ472V ERJ3GEYJ104V ERJ3GEYJ331V 23V ERJ3GEYJ123V ERJ3GEYJ150V ERJ3GEYJ150V ERJ3GEYJ150V ERJ3GEYJ103V ERJ3GEYJ101V ERJ3GEYJ182V EVM7MSX00B24 ERJ3GEYJ100V ERJ3GEYJ101V ERJ3GEYJ221V ERJ3GEYJ122V ERJ3GEYJ103V ERSL18J102U ERJ3GEYJ272V ERJ3GEYJ472V ERJ3GEYJ221V ERJ3GEYJ103V ERJ3GEYJ221V ERJ3GEYJ472V ERJ3GEYJ102V ERJ3GEYJ561V Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor 62 5mW Resistor CA CH 62 5mW V Resistor CA CH
19. C This 1 bit mark when set to 1 indicates that the equipment is optioned and that the equipment send DTMF as long as a key pressed Automatic Lock Mark ATL C This 1 bit mark when set to 1 indicates that the equipment is optioned for automatic lock Built In Monitor Mark BIM C This 1 bit mark when set to 1 indicates to allow status information to be displayed on the LCD Individual Call Length Timer Mark ICLT C This 1 bit mark when set to 1 indicates that the equipment is optioned for display of the individual call elapsed time Total Call Length Timer No 1 Mark TCLT1 C This 1 bit mark when set to 1 indicates that the equipment has the option for display of a total elapsed timer which cannot be reset by a user Total Call Length Timer No 2 Mark TCLT2 This 1 bit mark when set to 1 indicates that the equipment has the option for display of a total elapsed timer which can be reset by a user Total Time Addition TTA C This 1 bit mark when set to 1 indicates that the total elapsed time is for both originating and receiving calls Call Charge Unit Mark CCU C This 1 bit mark when set to 1 indicates that the equipment is optioned for computation of call charges Dial Limit DLMT C This DLMT is a 4 bit number indicating the permitted dial digit number when the equipment is optioned for dial digit restriction When DLMT is set to all zeros it indicates that the equipment
20. First Paging Channel in Home Area FPCH 1 The FPCH is an 11 bit number of the first control channel used for area Access Overload Class ACCOLC 1 The ACCOLC is a 4 bit number used to identify which overload class field controls access attempt Preferred System Mark PS 1 This 1 bit mark when set to 1 identifies that the preferred system le 1 1 C or I shown following each item means common among NAM 1 and NAM 2 and independent in each respectively SCM p XXX00 XXX01 XXX10 XXX11 XXOXX XX1XX 01 10X XX 11XXX paging mobile station when it is in its home of the equipment is System A otherwise the preferred system is System B Vodafone is System A Cellnet is System B 25 Group Identification Mark 1 The GIM is a 4 bit number indicating how many bits of the AIDH starting with the least significant bit comprise the Group Identification The GIM is always 0011 Lock Combination LOCK Digit 1 4 This 4 x 4 bit number represents the sequence of four decimal digits that is used in unlocking the equipment Unlock code 15 programmed as follows No Electric Lock ADDRESS 2 digits Unlock Code ADDRESS Lock Digit 2 10 0 3 digits Unlock Code ADDRESS D7 D6 D5 D4 D3 D2 D1 DO Lock Digit 1 Lock Digit 3 Lock Digit 2 10 4 digits Unlock Code ADDRESS D7 D
21. LI 0195C FLE0051A FLBOO80A FLBOO80A FLFO196C FLFO192B JJC0292B JJC0292B 4 0293 LLB0449A ELJNCR18KF L2012DR22KT ELJNCRS39KF ELJFCR22MF 9 19 1 50 Diode Zener Diode Diode Ceramic Filter Ceramic Filter Mechanical Filter Mechanical Filter 50 SQ Connector J SQ Connector J SQ Connector J SQ Connector J RF Coil RF Coil RF Coil RF Coil RF Coil SQ Connector P Mechanical Filter Mechanical Filter 80V 100 20V 250 500 888 5 MHz 91 9875MHz IF Filter 455 KHz 455 KHz 50 0 1Pin 180NH 0 22uH 390NH A55kHz Discri Coil 0 22uH 19 P 1025 5MHz 888 5 933 5MHz Part No Part Name amp Description Ret No Part No Part Name amp Description 2SD1823ST TX DISCON ERJ3GEYJ103V Resistor 62 5mW 10 25 2SC4226T1B ERJ3GEYJ182V Resistor CA CH 62 5mW 1 8kQ 5 2SC4093T1B 1 ERJ3GEYJ223V Resistor CA CH 62 5mW 22k 5 2SB956RS TX 200MHz 20V 1 ERJ3GEYJ150V Resistor CA CH 62 5mW 150 5 YDTC143TU TX 250MHz 40V 300mW ERJ3GEYJ150V Resistor CA CH 62 5mW 152 55 YDTA143XU TX 250MHz 30V 200mW ERJ3GEYJ150V Resistor CA CH 62 5mW 150 5 2SB956RS TX 200MHz 20V 1W ERJ3GEYJ333V Resistor CA CH 62 5mW 33k Q X596 YDTA143EU TX 2 5kQ 100mW ERJ3GEYJ103V Resistor CA CH 62 5mW
22. RF cable Metal clip Guide for Receiver Unit Bottom side view of Receiver unit Black sleeve to P203 Snap in bottom first 1 Black sleeve Cable from then top 2 the Receiver unit Cable from the Receiver unit should be placed under the cable from the RF unit Before attaching cover check clearance of RF cable Fig 3 56 3 TRANSMIT TEST e 3 1 Block Diagram of Measurement H H In Line Wattmeter RF Sampler 502 Dummy load VO Measur DC ing Power Service Monitor Modulation Suppl or lyze Adaptor Spectrum Analyzer Analyzer Audio Signal Generator 3 2 Transmitter Output Test Fig 3 Tx Measurement Block Diagram 1 Apply 13 7V Source DC Turn on the power switch of Measuring Adaptor 2 Enter the password 00007 The display should indicate MAINT MODE 3 Suspend the handheld portable by entering 3 send The display should indicate TEST MODE 4 Load the synthesizer by entering 03 send The display should indicate CHAN NO 03 Enter 1 send The display should now indicate LOAD SYNTH 03 1 5 Set the frequency of the service monitor to measure 890 0125 MHz ch 1 Be sure that the instrument is properly set up as shown in Fig 3 6 Set power level by entering 04 send The display should now indicate PWR LEVEL 04 Enter 4 send The display should now indicate SET ATTN 04 4 7 Activate the transmitter by enter
23. nance mode If CSND is entered after this command is entered then enter the normal mode When the normal mode is entered restart the call processing by entering the DC power start up process Initialize the equipment to the following state Carrier off Attenuation O dB Receive Audio muted Transmit audio muted Signalling Tone off SAT off DTMF and Audio tones off Compandor on TXPLL circuit power off 0 07 9 Turn the transmitter when the current carrier status is off and turn the transmitter off when the current carrier status is on CARRIER ON OFF LOAD SYNTH RXMUTE 0 X9 RXUNMUTE TXMUTE OS TXUNMUTE ed s Set the RX synthesizer to the channel specified by the data following the command Set the RF power attenuation to the value specified in the data following the command IC 969 x Power Level 0 to 7 Mute the receive audio signal when the receive audio signal is unmuted currently and unmute the receive audio signal when the receive audio signal is muted currently Mute the transmit audio signal when the transmit audio signal is unmuted currently and unmute the transmit audio signal when the transmit audio signal is muted currently TEST COMMANDS REPERTORY FOR BUILT IN TEST 2 6 ST ON OFF 00 DS Transmit a continuous Signalli
24. 1 1 iE y L ar 2 0 4 1 11 at DAT 3 1 H Shj 5 rei 4 ax aU 5 m 293 ini 4 TUE n 4 i 1 j 4 4 2 1 1 5 1 d ET 123 E 7 1 yil 22 48 E 1 wil 3 P gt 244 ii 1 E 4 n F 1 4 8 2 2 95 4 4 L B 2 E D E my TY ay a Mz Ch 1 JB 76 Component Side i lam i Soldering Side 0 0 9 2610 3611 DWG CIRC IT B EBTO345A C BOARD DIAGRAM dr gt ios is epi RD gt H iE 1 Sate a e fme 29 59251 aa DUKE EAE T 38 59 20 72 2 oe to 3 i 2 55 2 oS NO EBU0343A A C 03181 03182 254226 2504226 el L3183 398nH C LAM amp a e gt RX Tm gt DTA myn fom 8 gt 127 73181 C3126 29 C3 P3Bi 07 9 19 1 28 ar
25. 10 Lock Code LOCK Any combination of digits 2 to 4 in length gt 31 11 13 Function Byte 1 FCN 1 08 07 D6 D5 D4 D3 D2 01 08 07 06 05 04 D3 D2 D1 Local Use EX Mark Reserved Reserved Silent Incoming Call Reserved Reserved Reserved Function Byte 2 FCN 2 Reserved Built n Monitor Automatic Lock Reserved Call Charge Metering A B System Select Intersystem Roaming Inhibit Home System Only Function Byte 3 FCN 3 D8 07 06 05 04 03 02 D1 Received Call Indicator DTMF Interval Full Lock Partial Lock Total Time Addition Total Call Length Timer No 1 Total Length Timer No 2 individual Call Length Timer See Appendix 1 2 This location is comprised of eight 8 digits For each item 1 yes 0 no unless otherwise indicated A total of 8 digits must be entered Digit No 8 is entered first while No 1 is last Digit No 1 will be shown on the right of the display See Appendix 1 2 See Appendix 1 2 Set to 0 Set to 0 Y N Set to 0 Set to 0 Set to 0 See Appendix 1 2 Set to 0 Set to 0 1 testing only Y N Set to 0 Y N Only one of D3 D2 D1 is set to 1 or all of them set to 05 In the current stage 03 D2 01 should be set to 0 1 0 See Appendix 1 2 Y N 0 95 ms 1 During Key Depression Y N Y N 0 Outgoing Call Only 1 Both Outgoing and Incoming Y N Y N
26. 206 207 208 209 C 210 C211 212 213 214 215 216 C 217 218 C 219 C 220 C 221 C 222 C 223 C 224 C 225 C 226 C 227 C 228 C 229 C 230 C 231 C 232 C 233 C 234 C 235 C 236 C 237 C238 C 239 C 240 55 5 224 ECSTOJB106ZR GRMOF104Z22H ECST1CY105ZR ECST1AY225ZR ECST1AY155ZR ECST1AY155ZR ECSTOJB106ZR ECSTOJB106ZR 104272 ECSTOJB106ZR ECST1VY334ZR ECST1AY225ZR GRMOF104Z2H GRMOF104Z22H GRM9B103K2H ECEA1CKA220 GRM9B102K5H GRM9B103K2H GRM9B103K2H GRM9CH150J5H GRM9CH150J5H GRM9B102K5H GRM9B472K5H GRM9B103K2H GRM9B103K2H YGM1B152K1HT GRM9CH330J5H GRMOF104Z2H GRMOB223K5H GRMOB103K2H GRM9CH101J5H GRM9CH330J5H GRM9B103K2H GRM9CH331J5H GRM9CH330J5H Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Not Used Capacitor Capacitor Capacitor Capacitor Not Used Capacitor Capacitor Capacitor Capacitor Capacitor Not Used Capacitor Capacitor Not Used Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor Capacitor TANTA CE CH TANTA TANTA TANTA TANTA TANTA TANTA CE CH TANTA TANTA TANTA CE CH CE CH CE CH ALMI CE CH CE CH CE CH CE CH CE CH CE CH CE CH CE CH CE CH CE C
27. 3610 3611 DWG BODY 1 NAME CIRCUIT BOARD DIAGRAM TYPE DWG NAME EB 3610 3611 RF SUR 1 CIRCUIT BOARD DIAGRAM EBUO344A C 27 ee 2 EBLO333AA C EBLO334AA C EBLO334AA C AT 35 PARTS LOCATION OF RF UNIT LAY2 and LAY3 ae i 4 BN _ _ m i Ln Hk 4 vial LN aT 8 JE MN n 1 P 99 m 4 5 RU c 1 I 8 a 3 L 3 s E i Sp 3 p 4 t E a E 2 1 an ue 5 rt n EA a i i 4 4 1 5 4 4 iR H MI i i ul 1 ve da y 3 ik 8 md ME 5 2 4 b n 1 5 4 L 2 2 vga fa wid 4 7 lt gt 4 4 3 41 SO D 2 IL u pl 4 i 5 z 3 E ts gt 5 ME L 4 A 1 1 i IRE e b D 5 4 5 imp du Eos vtm inn nd ne d e c 3 1 4 23 1 VI T ha
28. 50mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 125mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor 62 5mW Resistor CA CH 62 5mW Resistor 62 5mW 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 596 5 5 UUE0110B YULGY0002 YCXA1343N YYD0237H YYA0354A YYD0239H ERJ3GEYOROOV MB1501LFPT Y2951CMFL63 YMB1502FPT Resistor CA CH IC Bipolar Linear Hybrid IC IC Bipolar Logic IC Bipolar Linear IC Bipolar Linear IC Bipolar Linear Mechanical Filter Crystal Filter Mechanical Filter 62 5mW 0 Q 872 905MHz 6V Regulator IF IC 872 905MHz 91 5325MHz 1009 1042 2 amp Description gt Model No PPC0448B PPC0475B SQ Connector P SQ Connector P ERJ3GEYJ561V YYD0228B Mechanical Filter Resistor 62 5mW 5600 596 Part Name amp Description YGM2B333K1ET YGM1C101J1HT YGM1C470J1HT PPC0448B PPCO449B 5 00 14 ERJ3GEYJ273V ERJ3GEYJ682V ERJ3GEYJ822V ERJSGEYJ152V ERJ3GEYJ821V EVM7MSX00B53 ERJ3GEYJ223V ERJ3GEY
29. Hz Deactivate the generator ON ODOR WN 45 TEST COMMANDS REPERTORY FOR BUILT IN TEST 4 6 17 MES RSSI 1 Display the 855 value on the 2nd and the 3rd lines of the LCD formatted as follows R2 H1 RO RO RSSI bits binary coded representation of received signal strength 18 ZERO CDATA Transmit continuous 5 word Reverse Control Channe messages The digital colour code shall be 10 and each of the 5 words shall be all zeros Subsequent reception of an INIT command shall terminate the transmission The equip ment shall turn the carrier on at the start of transmission While transmitting ZERO CDATA the INIT RESTART or STATUS Command can be input 19 COMP ON OFF Turn the compandor when the compandor is off currently Turn the compandor off when the compandor is on currently 46 TEST COMMANDS REPERTORY FOR BUILT IN TEST 5 6 Display the software version on the 2nd and the 3rd lines of the LCD formatted as follows VERSION VERSION Key Operation 47 i Xo 5 character software version X A to 7 X 40010 99 Display the equipment status on the 2nd and the 3rd lines of the LCD formatted as follows 2nd Line V 5 H Word synchro
30. Land Mobile Network PLMN or system code should be mapped into the 4 most signifi cant bits of MIN 1 by a Binary Coded Decimal BCD Conversion as specified in the table below 3 The last six digits Mobile Station Identification Number are mapped into the 20 least significant bits of NIN1 p in the following way a The most significant digits are mapped into 10 bits by the coding algorithm as described in 1 b The least significant digits are mapped into 10 bits by the coding algorithm as described in 1 DECIMAL TO BINARY CONVERSION FOURTH DIGIT BCD MAPPING PROCEDURE Thousands Digit Binary Sequence Decimal Number Binary Number 1 0001 1 0000000001 2 0010 2 0000000010 3 0011 3 0000000011 4 0100 4 0000000100 5 0101 6 0110 7 0111 8 1000 998 1111100110 9 1001 999 1111100111 0 1010 1 3 Write from Keypad Before NAM programming can be performed it is necessary to obtain one or two assigned telephone number and system parameter information Refer to Appendix 1 2 in the rear of this section and consult your Cellular system provider to obtain this information 1 Equipment you will need 1 Password Adaptor Part Number EB X0754 30 2 Electrical Connections 1 Do not remove the battery from the handheld portable equipment 2 Attach the password adaptor to the handheld portable equipment 3 NAM Programming When the password adaptor is connected the power of the equip
31. W x H x D Weight with battery 872MHz to 950MHz 45MHz 25kHz 1320 channels 50 ohm 0 6W _ 6 0V DC negative ground 30 to 60 C 6V Approx 560mA includinf Control Unit 6V Approx 56 includinf Control Unit 57 168 39 mm 12 3 oz 350 4 1 2 Characteristics 1 2 1 Transmitter Frequency Range 872 0125 MHz to 904 9875 MHz Frequency Stability 2 5 PPM gt Adjacent channel 20 mS gt Channel Switching Time Nonadjacent channel 40 mS gt 27 8 dBm 27 8 dBm 27 8 dBm RF Output Power Control 23 7 dBm 19 8 dBm 15 8 dBm 11 8 dBm 7 8 dBm NOOR WDM 1 Modulation Deviation Limiting Modulation Noise and Distortion Harmonic and Spurious Emission Conducted 400 to 2 250 Hz 300 Hz 2 500 Hz i Transmit Audio Filtering 3 000 Hz 200 Hz gt 24 dB oct 1 gt 3 500 Hz lt 30 dB oct SAT Frequency Deviation 1 7 kHz 10 Table 1 2 1 1 2 2 Vo Voltage 0 5 Vo 2 0V Level 113 3 dB 6 13 5 2 gt 13 5 2 lt m 589800 55 8 25 lt 25kHz gt Spurious Response 55 dB gt 7 RF Sensitivity 113 dBm gt 2 GENERAL BLOCK DIAGRAM 400 2 250Hz 148 360 Hz 2 dB gt 300 Hz i 5 gt Receive Audio Filtering 240 Hz 41 dB 3 000 Hz 200 Hz 24 dB oct 1 0 dB gt 3 800 Hz 36 dB 1 dB I
32. control unit connector 3 Remove the Receiver unit 4 Remove screws E209 Antenna From receiver unit P204 from RF unit For SERVICE 6 Connect the RF unit to the Control unit with the extension cable EY 181 B 2 3 Removal of the Logic Board Read all directions before attempting this procedure 1 Remove 1 screw from the Logic Board 2 Remove the Microphone Holder by pulling it outward 3 Carefully lift up the Logic Board by pulling it outwrd Try not to disturb the Keypad Assembly If the conductive rubber connector comes out of place carefully put it back into the position shown below use plastic tweezers avoid touching the connector area with your fingers See 2 4 for detail 9 1 3 Puli out Logic Board Conductive Rubber Fig 6 ab s 2 4 From the keypad Refer to Fig 1 1 Install the keypad A into the front cover Press the keypad fingers down to make sure that all of the keys are completely inserted into the front cover 2 Install the keyswitch assembly B The contact fingers must be positioned as indicated the keyswitch must be installed so that it is flat against the keypad A 3 Install the shield C into place be careful not to bend the shield It should be flat against the keyswitch 4 Install the plastic insulator D Make certain that the two alignment pins E are going through the shield C
33. from the trickle charger Do not charge the battery for more than 24 hours 3 LOW BATTERY WARNING 1 When the battery is almost discharged the Low Battery Warning Tone will be heard the LOW BATT message will be displayed and the whole display will start to flash LOW BATT 85 GHIJKL 8957625818 Turn the power off to prevent further discharge of the battery 3 If you have a fully charged spare battery replace the discharged battery by the spare battery If not charge the battery NOTE 1 You can continue your call in progress if you replace the battery quickly 6 3 BATTERY CHARGING in about 4 seconds when the low battery warning tone sounds 2 Further use of the discharged battery may cause the power to turn off There are two battery slots in the trickle charger BATTERY SLOT 1 and BATTERY automatically or may cause the telephone not to operate properly SLOT 2 3 spare battery pack is recommended You can charge two batteries simultaneously using both battery slots 6 2 BATTERY REPLACEMENT 1 Insert the AC plug of the AC adaptor 1 into the main AC power outlet 2 Connect the DC plug into the power connector of the trickle charger Insert the battery itself or the telephone with the battery to the battery slot 1 or and 2 Charging will automatically commence Turn the telephone over with the battery side up 3 1 BATTERY REMOVAL 1 Press down the battery catch 2 Lift the b
34. hurt the metallic materials TO EXTEND THE ANTENNA Before making receiving a call extend the antenna slowly holding the antenna top TO RETRACT THE ANTENNA Retract the antenna slowly holding the middle part of the antenna M0I1V93 0 DON TS DON T use this equipment in an extreme environment where high temperature or high humidity exists DON T attempt to disassemble this equipment There are no user serviceable parts inside Avoid striking shaking subjecting to excessive vibration or holding it by the strap DON T expose this equipment to rain or spill beverages on it DO S Do use the equipment under conditions where temperature are within 30 C to 60 Do refer any servicing to qualified service personnel Do handle the equipment with care Do take immediate action if the equipment becomes wet Turn power off and refer servicing to qualified service personnel 2 FEATURES SELECTED FEATURES OF YOUR NEW PANASONIC HANDHELD PORTABLE TELEPHONE large 30 digits alohanumeric liquid crystal display LCD 100 memory capacity Any key answer You can answer a call by depressing any Key except Automatic redial Your telephone will redial automatically when a call fails in connection 16 numeric plus 6 alphanumeric characters capacity per memory location Initial alohanumeric character scroll of repertory memory Two level electric lock I
35. is not optioned for dial dight restriction EX Mark C This 1 bit mark when set to 1 indicates that home equipment must send both MIN 1 and MIN 2 when access ing the system T us Speed Dial Memory SPDM Digit 1 12 C This 12 x 4 bit number represents the number speed dial memory of 12 decimal digits Digit code programmed in the NAM is the same as unlock code Examples of program in the NAM is as follows Dial number 0635 33251 ADDRESS D7 D6 D5 D4 D3 D2 D1 DO 18 0 0 0 0 0 0 0 0 19 0 0 0 0 1 0 1 0 0 1 1 0 0 0 1 1 1 1 0 1 0 0 1 1 0 0 0 0 Dial number 531 1231 ADDRESS 07 06 05 04 D3 D2 D1 DO 18 0 0 0 0 0 0 0 0 19 0 0 0 0 0 0 0 0 1A 0 0 0 0 0 1 0 1 1 0 0 10 1 0 0 0 1 1 0 0 0 1 0 0 1 0 10 0 0 1 1 0 0 0 1 NAM Checksum Adjustment and NAM Checksum 1 The checksum value and checksum adjustment vatue is used in testing the NAM The NAM checksum 15 01010101 the NAM checksum adjustment is selected such that the sequential sum of all NAM locations including checksum and checksum adjustment is all zeros 2228 gt Table 1 1 NAM FORMAT E D5 D4 D3 e ADDRESS AIDH 14 8 AIDH 7 0 0 0 m 2 33 28 06 1 19 12 07 1 11 4 08 1 3 0 0 0 0 0 e 09 0 0 0 SCM 4 0 0 0 0 0 0 10 8 7 0 0 0 0 0 0
36. test set WNAM 1 32 0 Write 32 bytes data following the command received from the test set into NAM 1 area in the EEPROM INAM 2 2B Initialize NAM 2 Set 32 bytes in NAM 2 to FFH RNAM 2 2C 32 Read 32 bytes in NAM 2 from the EEPROM and send 32 bytes to the test set WNAM 2 2E 32 Write 32 bytes data following the command received from the test set into NAM 2 areas in the EEPROM 38 1 When the number of returned data bytes is 0 the ACK command F1H or NAK command mand if in error will be returned to the test set 2 When the test set sends WNAM 2 command NAM 1 must be already written and 32 bytes data following the command must be set as follows The bytes corresponding the common items among NAM 1 and NAM 2 must be set to Os Refer to the following table ADDRESS COMMON OR INDEPENDENT ADDRESS COMMON OR INDEPENDENT 00 10 C Common among 2 NAMs Independent in each NAM Table 1 4 Common or Independent Bytes among 2 NAMs 1o 2 Serial Number The Serial Number SN is a 32 bit binary number and is unique to the particular mobile equipment and stored in the EEPROM Manufacturer s Equipment Reserved Equipment Serial Number 0000 TZ S9 READING THE SERIAL NUMBER The serial number is composed of four items of information called fields The first field is called t
37. to flash again 3 stop the reorder tone press while the reorder tone is heard To cancel the automatic redial function press twice NOTE When you lock the telephone while automatic redial function is activated the automatic redial will be cancelled 4 RECEIVING A TELEPHONE CALL When an incoming call is received a ringing tone SIG will be heard and the word RINGING together with the backlight will flash m Any key except NOTE If you do not answer the call within 65 seconds the ringing tone and the call will automatically stop RINGING 5 TERMINATING A TELEPHONE CALL 5 2 ADDITIONAL FUNCTIONS 3 VACANT MEMORY SEARCH A maximum of 90 telephone numbers of up to 16 digits each can be stored in the speed dial memory You can select any memory location from 90 locations numbered 01 to 90 1 VOLUME ADJUSTMENT TO ADJUST THE EARPIECE VOLUME AND KEYTONE 4 1 Be sure that PART LOCK or FULL LOCK is not displayed 2 find the vacant memory location 9 4 The first vacant memory location will be displayed SIG 320202 Press and hold with auto repeat action allows 5 steps adjustment WOCANT The other party s voice volume can be adjusted when in conversation 3 find the next vacant memory location Keytone can be adjusted when the other party s voice intercept tone or reorder Mo tone is not heard from the earpiece
38. will be displayed To scroll through the memory locations NOTE 1 Use to read the overflow telephone number 2 II is pressed when the contents of memory location 99 is displayed then memory location 01 will be displayed 3 if PART LOCK is displayed you can scroll memory location 01 to 90 only c SCROLL BY THE INITIAL OF ALPHABET NAME TAG Be sure that FULL LOCK is not displayed Display the initial of the alpha tag which you wish to recall on the 2nd line follow the operation described in 5 2 5 ALPHA TAGGING A STORED NUMBER YD Or enter digits 0 to 9 directly from the keypad m A digit key ac Quo The first memory contents which hold the name tag beginning with the letter or digit you have recalled will be displayed To display the next memory contents whose name tag begins with the same letter or digit NOTE 1 no name has been memorised with the initial you enter nothing will be displayed on the 2nd and 3rd lines 2 If PART LOCK is displayed you can scroll only memory locations 01 to 90 d LAST NUMBER REDIAL Be sure that FULL LOCK is not displayed If the last dialled telephone number is still on the display o b TRANSMITTING PAUSE DIALLED NUMBERS 1 To recall a special code programmed in a special memory location SIG If not to make a by recalling the last dialled
39. 0 kHz Turn off the ST DTMF by entering 14 send Activate the ST by entering 07 send The display should indicate ST ON Adjust R213 until the deviation is 6 4 kHz e 58 14 Turn of the ST by entering 07 send again 15 Activate the SAT by entering 12 send The display should indicate FREQ CODE 12 then enter 1 send Adjust R211 until SAT is 1 7 kHz 16 Turn off the transmitter by entering 02 send again This will turn the transmitter off Note To turn SAT enter 12 send the display indicates FREQ CODE 12 then enter 3 send 4 RECEIVER TEST 4 1 Block Diagram of Measurement Signal Handheld Generator Portable o Measuring AC voltmeter or nuper Audio Analyzer 13 7V Fig 3 Rx Measurement Block Diagram 4 2 Receiver IF and Discriminator Adjustment 1 Repeat test 3 2 1 to 4 2 Connect a frequency counter to TP3101 Adjust C3127 until the frequency should read 91 5325 MHz 500Hz 3 Unmute audio by entering 05 send The display should indicate RX UNMUTE 05 4 Apply a 700 50 dBm 935 0125 MHz modulated with 1 kHz tone 8 kHz deviation signal from an RF signal generator to the RF connector N connector of Measuring Adaptor e 5 Connect an AC voltmeter to discriminator terminal P301 2 pin Adjust L3104 for the maximum output 6 Readjust finely 13104 for the maximum possible output level with the least amount of disto
40. 10 596 YIMZ1T108 ERJ3GEYJ103V Resistor 62 5mW 10k Q 596 25 4226 1 ERJ3GEYJ101V Resistor 62 5mW 1000 5 2SC4226T1B ERJ3GEYJ101V Resistor CA CH 62 5mW 1000 5 i 25 3932 2GHz 20V 150mW ERJ3GEYJ272V Resistor CA CH 62 5mW 2 7 596 YDTA143XU TX 250MHz 30V 200mW ERJ3GEYJ472V Resistor CA CH 62 5mW 4 7 596 25018235 DISCON ERJ3GEYJ220V Resistor CA CH 62 5mW 220 15 25 4226 1 ERJ3GEYJ104V Resistor CA CH 82 5mW 100 0 5 YDTA143XU TX 250MHz 30V 200mW ERJ3GEYJ271V Resistor 62 5mW 2700 596 2SD1823ST TX DISCON ERJ3GEYJ333V Resistor CA CH 62 5mW 33 0 5 YIMZ1T108 ERJ3GEYJ470V Resistor 62 5mW 470 5 ERJ3GEYJ471V Resistor 62 5mW 47092 5 ERJ3GEYJ120V Resistor 62 5mW 120 25 ERJ3GEYJ471V Resistor 62 5mW 4700 5 ERJ3GEYJ151V Resistor 62 5mW 1500 5 ERJ3GEYJ271V Resistor 62 5mW 2700 5 ERJ3GEYJ103V Resistor 62 5mW 10 0 596 ERJ3GEYJ333V Resistor 62 5mW 596 ERJ3GEYJ221V Resistor CA CH 62 5mW 2200 5 ERJ3GEYJ121V Resistor 62 5mW 1200 596 ERJ3GEYJ822V Resistor CA CH 62 5mW 8 2 0 5 ERJ3GEYJ392V Resistor 62 5mW 3 9 596 ERJ3GEYJ470V Resistor CA CH 62 5mW 472 i596 ERJ3GEYJ103V Resistor 62 5mW 10k Q 596 ERJ3GEYJ222V Resistor 62 5mW 2 2 0 596 ERJ3GEYJ153V Resistor 62 5mW 15 t5 ERJ3GEYJ222V Resistor CA CH 62 5mW
41. 12295 2 an SD G 5 gt 1 014 esc Is E C3232 K3122 27k C3144 di gt 13 3211 23218 RF SUR 151 3123 7 R3125 VVV C3152 Ht C3156 1 Bu 1 1 Brsepr a E i gt LC pL ty CJ 231724 FIN 13102 1582 97 we VI CL GAIA POWER IIVLI pce Pcaleral 2127 BdBml 110 o 1 4 4 2 8 0 0 4 RX LD pBip2 12 gBm 1 R6IP2 16 aBm 4 P7 P2 20 aBm 1 1 1 TX STB CH CLK CA DATA in eco 4 44435 MOD CE Tq 5 LI e 2 5178 G LD LE CLK DATA 30 0150 00 4 3 5 Bk 41 HF Sun 238 2501823 RF SUB1 INTE J30 1 4 P362 1 5V UNSW 2 GND 3 J302 P303 HF POW 5 4 GND 3213 RF SUB2 INII HT AGE 7383 7708232 4 muna gt 2 5 e TX PLL CONT C ZEE ST 0 14360 1 7 la xt CARRIER ON OFF 1120 J3o3 9nmp3o4 1 APVOLTAGE V VI 3 GND 4 2 PLA 3 PLB 4 PLC 405185
42. 3 Charger Cable Handsfree Cradle End Booster Charger End 5 5m Optionally available External view of charger cable Fig 1 5 1 Route the cable after taking into consideration a The location where the booster charger and the handsfree cradle are to be installed b The location along which the power supply cable is led to the engine compartment The routes and ducts already existing in the vehicle for cables 2 Route the cables along existing grooves and ducts along the floor as much as possible Where ducts or grooves are not available select locations carefully so as to avoid their being stepped on by passengers 3 Secure the charger cable at suitable locations 1 4 Booster Cable Refer to the charger connecting cable laying and lay the booster cable Handsfree Cradle End Booster Charger End D ib 5m Optionally available External view of booster cable Fig 1 7 64 1 5 Installation 1 5 1 Mounting Bracket Fitting 24 15 External View of mounting bracket Fig 1 8 Fig 1 9 1 Loose the four screws on the booster charger base and insert the mounting bracket 2 Engage the hole of mounting brackets with the boss on the booster base 3 Retighten the four screws 1 5 2 Determining the Installation Position Take into consideration the cable routing to determining the installation position 65 1 5 3 Making the installation positi
43. 6 D5 Lock Digit 1 Lock Digit 3 OF Lock Digit 2 10 Lock Digit 4 Digit code programmed in the NAM is as follows DIGIT CODE Digit Code Digit Code 1 0001 8 1000 2 0010 9 1001 3 0011 0 1010 4 0100 X 1011 5 0101 1100 6 0110 Null 0000 7 0111 Full Lock Mark FLCK This 1 5 mark when set to 1 indicates that the equipment is optioned for full lock Unlock code is programmed in LOCK Digit 1 4 Partial Lock Mark PLCK C This 1 bit mark when set to 1 indicates that the equipment is optioned for partial lock Unlock code is programmed in LOCK Digit 1 4 26 Silent Incoming Call Mark SIC This 1 bit mark when set to 1 indicates that the equipment is optioned for silent incoming call Received Call Indicator Mark RX This 1 bit mark when set to 1 indicates that the equipment is optioned for received call indicator System Select Mark 55 This 1 bit mark when set to 1 indicates that the equipment is optioned for selecting system from the key pad Inter system Roaming Inhibit Mark IRI C This 1 5 mark when set to 1 indicates that the equipment is optioned to prevent changing the serving system status to correspond to the non preferred system Home System Only Mark HSO C This 1 bit mark when set to 1 indicates that the equipment is optioned for inhibiting the origination when the equipment is out of home area DTMF Interval Mark DTI
44. 7 Installation Surface Fig 2 2 68 b Installation Using the Adjustable Angle Bracket Hands Free Side 64 mm 22mm 54 mm Installation Surface Side Fig 2 3 External View of the Adjustable Angle Bracket 2 2 6 Marking the Installation Position for the Adjustable Angle Bracket Place the adjustable angle bracket the installation position and mark the four screw locations with a felt tipped pen 2 27 Drilling Holes for Fixing the Adjustable Angle Bracket If the mounting locations is on hard plastic drill 2 mm hole at each of the positions marked Decide the diameter of the holes on the basis of the material and plate thickness at the mounting locations 2 2 8 Mounting the Adjustable Angle Bracket Mount the adjustable angle bracket by means of the four self tapping screws 69 2 3 Installation of the Handsfree Microphone EB M0003 Fig 2 5 shows the external view of Handsfree Microphone base and Clips Approx 3m MICROPHONE 9 mm E 1 L e 47 mm 9 E O BASE 24 mm CLIP A CLIP B Fig 2 5 2 3 1 Determine the Installation Position for the Handsfree Microphone When selecting the mounting position for the handsfree microphone make sure that 1 it does not obstruct operation of the vehicle 2 it does not affect the regular accommodation 3 As much at possible near from operator s mouth apart from loudspeaker 4 Microphon
45. A5767A M 111 6DA5054A M 112 4R13262 7 113 64 5397 LCD Sheet Key Sheet B REC Holder ANT Shield Upper ANT Shield Lower ANT Shield Side REC Net REC Cushion Insulator Side RA 454 4 CC Ivi ti DC 4 27 7 115 62 5417 117 10007 118 64 5428 Spacer maor 17353143 LUVVTI Stopper Sheet Spacer 120 62 5429 M 121 62A5375B 201 1885391 M 202 5AB5424A 203 5425 M 204 52 5117 M 206 5885059 Spacer Insulator LCD Bracket LCD Cushion LCD Cushion Interconnector W Mic Holder _ 3 3__ _3_____ a __ _____ _ _ _C_ gt _ gt gt gt 207 bFG5260A 208 52 51118 nterconnector 5 209 5462 Cushion 301 1CA5734C Shield Frame 302 1CA5776B Shield Cover Lower M 304 1CA6006B Shield Case 305 62A5426A Insulator 309 1 5938 Earth Plate 310 1CA5936A Earth Plate 311 1 594 Earth Plate M312 5 25864 Shisld Film 316 5479 Cushion M 318 1CA5979B Earth Plate M319 1D00001A Finger M 320 5H10005B Insulator M 322 5E10037A Cushion M 191 7AB5617AB Name Plate 2 Z M103 M 192 7AC5694A Green Label 81 PARTS LIST 5 5V 0 22 80 20 6 3V 10uF 2090 201 202 203 204 205
46. ERJ3GEYJ474V ERJ3GEYJ224V ERJ3GEYJ104V ERJ3GEYJ103V ERJ3GEYJ103V ERJ3GEYJ103V ERJ3GEYJ104V ERJ3GEYJ104V ERJ3GEYJ105V ERJ3GEYJ224V 715 00 55 ERJ3GEYJ823V EVM7LSX00B15 ERJ3GEYJ393V ERJ3GEYJ473V ERJ3GEYJ473V ERJ3GEYJ272V ERJ3GEYJ394V ERJ3GEYJ333V ERJ3GEYJ224V ERJ3GEYJ333V Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Not Used Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Not Used Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH 1 16W 1 16W 1 16W 116 1 16W 1 16W 1 16W 1 16W 1 16W 1 16W 1 16W 1 16W 1 16 1 16W 1 16W 1 16W 1 16W 1 16W 1 16W 1 16 1 16W 1 16W 1 16W 1 16W 1 16 1 16W 1716W 1 16W 1 16W 1 16W 1 16W 1 16W 1 16W 1 16W 1 16 1 16 1 16 1 16W 100k Q 100k Q Q 68k Q EB 3610 3611 Control Unit Part Name amp Description 150k Q 0 5 220k 0 596 09 820k Q 1k Q2 50k Q 68k 2 20k Q 12k Q 1 2k 62 4 7k Q 100k Q 100k 2 470k Q 470k
47. GER CABLE 5 5m EB W0406 BOOSTER CABLE 5 0m PACKING OPERATING INSTRUCTIONS EB P0390 RAPID CHARGER 0003 2 OPERATING INSTRUCTIONS TRAVEL CHARGER PACKING OPERATING INSTRUCTIONS DC ADAPTOR PACKING OPERATING INSTRUCTIONS RAPID CHARGER KIT FB KJ0093 TRAVEL CHARGER DC ADAPTOR EB P0377 EB P0392 2 OPTIONAL ACCESSORIES CONTENTS SATTERV PACK BATTERY PACK 700mAH CARRYING CASE gt COMPOSITION 1 HANDHELD PORTABLE USE HANDHELD PORTABLE TELEPHONE BATTERY PACK KT SNOW NEN 0 700mAH or 400mAH TRICKLE CHARGFER lt ADAPTOR 1 400 mA COMPOSITION 2 HANDHELD CAR MOUNT USE HANDHELD PORTABLE TELEPHONE HANDSFREE CRADLE Ao ANTENNA MICROPHONE NOT SUPPLIED BOOSTER CHARGER e POWER SUPPLY CABLE MOUNTING 3 HANDHELD UNIT 1 1 1 2 3 4 5 6 7 8 9 10 11 TECHNICAL DESCRIPTIONS 1 SPECIFICATIONS Ratings Frequency range Transmit Receive frequency separation RF channel spacing Number of RF channels Antenna terminal impedance RF output power Power source Operating temperature Power consumption Transmit Receive and stand by Dimensions
48. H CE CH CE CH CE CH CE CH CE CH CE CH CE CH CE CH CE CH 25V 0 1 uF 80 20 16V 10V 10V 10V 6 3V 6 3V 25V 6 3V 35V 10V 25V 25V 25V 16V 50V 25V 25V 50V 50V 50V 50V 25V 25V 1 uF 2 2 UF 1 5 uF 1 5 uF 10 uF 10 uF 20 20 20 20 20 20 0 1 uF 80 20 10 uF 0 33 uF 2 2 uF 0 01 uF 22 uF 1000pF 0 01 uF 0 01 uF i5pF 15 1000pF 4700pF 0 01 uF 0 01 uF 20 20 20 0 1 uF 80 20 0 1 uF 80 20 10 20 10 10 10 10 10 10 10 10 10 50V 0 0015 uF 10 50V 33pF 10 25V 0 1 uF 80 20 50V 25V 50V 50V 25V 50V 50V 22000 10 0 01 uF 100pF 33pF 0 01 uF 330pF 33pF 10 10 10 10 10 10 241 243 243 244 245 246 247 248 249 250 251 252 253 254 255 256 257 258 259 260 261 262 263 264 265 266 267 268 269 C 270 271 272 273 274 GRM9B222K5H ECSTOJB1 6ZR ECSTOJB1 6ZR GRM9B103K2H GRMOF104Z2H GRM0F104Z2H GRM9CH470J5H GRM9B471K5H GRM9B103K2H ECST1CY105ZR GRM9B103K2H GRM9B103K2H GRM9B103K2H GRM9B103K2H GRM9B103K2H GRM9B103K2H GRM9B103K2H GRM9CH470J5H GRM9B103K2H GRM9B103K2H GRMOF104Z2H GRM0B473K2H GRMOCH470J5H GRMOCH470J5H GRMO0CH470J5H
49. H CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH 1 16W 1 16W 116W 1 16W 1 16W 1 16W 1 16W 1 16W 1 16 1 16W 116W 1 16 1 16 1 16 1 16 1 16W 116W 116W 1 16 1 16 1 16W 1 16W 1 16W 1 16W 1 16W 1 16W 1 16W 1 16W 1 16 1 16 1 16 1 16 116W 1 16W 1 16W 56k Q 270k 500k 2 270k Q 4 7 47k Q 56k 9 22k 0 12k Q 100k Q 1k 120k Q 10k Q 10k Q 2 2k 2 2k 0 1k Q 1k Q 330 0 150 39 0 1k Q 1k Q 4Tk Q 200k Q 56k Q 5 6k 2 100k 22 100 Q 1k Q 100k Q 100k Q 220 Q 220 0 3610 3611 Name Control Unit Part No 10 10 B 10 10 10 10 10 10 10 10 10 10 10 21096 10 10 10 10 10 10 10 10 10 10 10 10 10 10 21096 10 10 10 10 10 Part amp Description 3610 3611 Name Control Unit Model No EB 3610 3611 Control Unit R 281 R 282 R 283 R 284 R 285 R 286 R 287 R 288 R 289 R 290 R 291 R 292 R 293 R 294 R 295 R 296 R 297 R 298 R 299 R 2100 R 2101 R 2102 R 2103 R 2104 R 2105 R 2106 R 2107 R 2108 R 2109 RT 201 Part No ERJ3GEYJ221V ERJ3GEYJ221V ERJ3GEYJ221V ERJ3GEYJ471V ERJ3GEYJ221V ERJ3GEYJ224V ERJ3GEYJ104V ER
50. J124V ERJ3GEYJ153V ERJ3GEYJ103V ERJ3GEYJ103V ERJ3GEYJ103V ERJ3GEYOROOV 13585 MN4051BS Capacitor CE CH 25 Capacitor CE CH 50V Capacitor CE CH 50V SQ Connector P SQ Connector P V Resistor CA CH 50mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW V Resistor CA CH 50mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW Resistor CA CH 62 5mW IC Bipolar Logic IC Bipolar Linear OP AMP 8CH MPX 100pF 5 4 5 27k 5 6 8kQ 5 8 2kQ 590 15 596 820 Q 596 5k Q B 22k 9 5 120k Q 5 15k i596 10k 590 10k 0 596 10k 5 00 8 DIP DEMPX Model No 3610 3611 RF SUB 2 33nF 10 3610 3611 Name 2 1 Part No Part Name amp Description EFV RT331161 Speaker 4D29542B REED Switch A4B4PA2DS SQ Connector J EEC3855C 4R13470 Antenna CC80101 Ant Element EEBO103A Match Net UK Pet No Part No Part Name amp Description XSB2 5 7FN XYN2 J6FN 5FB5392DA Cover A 5FA5340CA Case 5FC5210B LCD A 62 5378 LCD Sheet 5BF5078BB Key Sheet B 5FF5050C REC Holder 1 5766 Shield Upper 1CA5768A ANT Shield Lower 1CA5767A ANT Shi
51. J3GEYJ271V ERJ3GEYJ103V FRJ3GEYJ103V ERJ3GEYJ103V ERJ3GEYJ103V ERJ3GEYJ103V ERJ3GEYJ471V ERJ3GEYJ473V ERJ3GEYJ332V ERJ3GEYJ474V ERJSGEYJ104V ERJSGEYROOV ERJ3GEYJ104V ERJ3GEYJ100V ERJ3GEYJ271V ERJ3GEYJ474V ERJ3GEYJ561V ERJ3GEYJ473V ERJ3GEYJ473V ERJ3GEYJ474V ERTD2FHL332S Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Not Used Resistor Resistor Resistor Thermistor 400mW 116W 1 16W 1 16W 1 16W 1 16W 1 16W 1 16W 1 16 1 16W 1 16 1 16 1 16W 1 16W 1 16W 1 16W 1 16W 1 16 1 16 1 16W 1 16W 1 16W 1 16W 1 16W 1 16W 116W 1 16W 1 16 220 0 220 0 220 0 4700 200 9 220k 0 100k Q 270 0 10k Q 10k Q 10k Q 10k Q 10k Q 470 0 47k Q 3 3k 0 470k Q 100k Q 00 100k 0 102 270 0 470k Q 560 0 47 47k Q 470kQ L U 201 U 202 U 203 U 204 U 205 U 206 U 208 U 209 0210 0211 U 212 U 213 U 214 U 215 U 216 U 217 U 218 Part Name amp Description Part Name amp Description Remarks IC YHD6303YRH YUCMS0019 MN73028LCY YUMADOO05 YUMNEO001 MN6320 NE575D YS80740AND4T NJM3404AM LM2931AM 5 0 MC147805UTEL YUCFJ0027 UUD0021A MSM5259GS VK TC4S66FTE85L TC4S66FTE85L YS80740AND4T DTC144EUT106 Transistor NPN
52. K1HT ECST1AY475ZR YGM1B103K1ET YGM1CO10C1HT YGM1C101J1HT YGM1B103K1ET YGM1C040C1HT YGM1C010C1HT ECST1CY105ZR YGM1B103K1ET YGM1B103K1ET YGM1B103K1ET YGM1C050C1HT YGM1C101J1HT YGM1B103K1ET YGM1C331H1HT ECST1CY105ZR YGM1CO10C1HT ECST1CY105ZR YGM1C331J1HT YGM1B103K1ET YGM1C020C1HT YGM1B103K1ET YGM1C101J1HT YGM1CA470J1HT YGM1B103K1ET YGM1B103K1ET YGM1B103K1ET YGM1C470J1HT YGM1C101J1HT YGM1B103K1ET YGM1C040C1HT YGM1C470J1HT YGM1C101J1HT YGM1C101J1HT YGM1B103K1ET YGM1C101J1HT YGM1C1R5C1HT YGM1CO060D1HT E Capacitor TANTA 10V Capacitor CE CH 50V E Capacitor TANTA 10V Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH 25V 50V 50V 25V 50V 50V E Capacitor TANTA 16V Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH 25V 25V 25V 50V 50V 25V 50V E Capacitor TANTA 16V Capacitor CE CH 50V E Capacitor TANTA 16V Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH 50V 25V 50V 25V 50V 50V 25V 25V 25V 50V 50V 25V 50V 50V 50V 50V 25V 50V 50V 50V Part Name amp Description i 2096
53. N TONE A single tone which sounds when a function key is pressed 4 RINGING TONE A one second dual tone burst repeated at 4 second intervals which sounds when an incoming call is awaiting your answer 5 INTERCEPT TONE A rapid alternating high low tone which sounds when a call origination is rejected because of an error in operating the telephone or because the system has detected an error or is otherwise unable to accept the call 6 REORDER TONE A rapid dual tone every 1 4 second which sounds when the system cannot accept the call and suggests redialling when a is terminated by the other party or a call is dropped in weak signal condition 7 LOW BATTERY WARNING TONE A one second high tone burst repeated at 6 second intervals which sounds when the battery requires recharging 11 BACKLIGHTING FOR KEYPAD AND DISPLAY When you turn the power on or when you depress any key the keypad and the display will be illuminated for 10 seconds When 10 seconds have passed the light will be turned off automatically for battery saving PLEASE NOTE You can transmit instructions to activate facilities such as call waiting and conference calls to your network during a call Make a key operation according to subscriber information booklet or contact your dealer 5 3 ADVANCED FUNCTIONS These functions may not be available on your telephone unless programmed by your authorised dealer Please contact your dealer for further de
54. Q 220k 0 100k Q Q Q 100k Q 100k Q 1Mk 220k Q 500k Q 82k 0 100k 0 39k Q 47k 0 47k Q 2 7 Q 390k Q 33k Q 220k 9 33k Q B 10 B 10 10 10 10 10 10 10 10 10 10 10 10 10 2109 10 10 B 10 10 10 10 10 10 10 10 ERJ3GEYJ563V ERJ3GEYJ274V EVM7LSX00B55 ERJ3GEYJ274V ERJ3GEYJ472V Resistor Resistor Resistor Resistor Resistor ERJ3GEYJ473V ERJ3GEYJ103V ERJ3GEYJ563V ERJ3GEYJ223V ERJ3GEYJ123V ERJ3GEYJ104V Not Used Resistor Resistor Resistor Resistor Resistor Resistor ERJ3GEYJ105V ERJ3GEYJ124V ERJ3GEYJ103V ERJ3GEYJ103V ERJ3GEYJ222V ERJ3GEYJ222V ERJ3GEYJ102V ERJ3GEYJ102V ERJ3GEYJ331V ERJ3GEYJ151V ERJ3GEYJ390V ERJ3GEYJ102V ERJ3GEYJ102V ERJ3GEYJ102V ERJ3GEYJ102V ERJ3GEYJ562V Not Used ERJ3GEYJ562V ERJ3GEYJ104V ERJ3GEYJ101V ERJ3GEYJ102V ERJ3GEYJ104V ERJ3GEYJ104V ERJ3GEYJ221V ERJ3GEYJ221V Not Used Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor Not Used Resistor Resistor Not Used Resistor Resistor Resistor Not Used Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resistor CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA CH CA C
55. R TX PLL ON OFF gt PSC 0202 202 05204 DISCRI P301 P201 PSC SUB CPU 51 15 9201 MANCHESTER OER CONTROLLER SAT SIGNAL PROCESSOR ae CPU u 27 RECEIVER ADDRESS RSSI 7 7 RSSI DECODER um 87 8 1 0 12 7202 3 84 1 44 M MICROPHONE 8 2 ipM NEZ T0 CHANNEL CONTROL v C Q215 CARR CARR ON OFF 12 a 9212 0219 0220 mee II BATTERY c 5V REG B U206 U208 1070 TX MOD a E 2204 COMPRESSOR LOGIC POWER 51 3 EXT POWER 2 2 SIGNAL uzti PROCESSOR EXT POWER ON OFF 4 6 8 40 5 4 6 8 0 5 5V REG RF CONTROL PLC E RX AUDIO 11515 7 19 CHANNEL CONTROL RX POWER CONT t6V RF POWER OET D 18 ig 6V 4 SERIAL DATA R EE 11 15 17 19 CH DATA CH CLK TX STB RX 5 8 LD RX LB LOGIC POWER RF T203 1204 9 POWER DET zd 74 CIRCUIT DIAGRAM AND PARTS LOCATION BODY 1 PARTS LOCATION OF RF SUB UNIT Component Side Soldering Side 193 191 E194 EEBOIG3A Plat 8484 215 0333 EBLO341AA C EBLO334AA C 0 42 CONTROL UNIT HOOK RECC RECt GND iN IL 15181 EFV RT33IIBI 5181 40295428 ee w I z suf TYPE
56. TRICKLE CHARGING NOTE Insert and push the telephone with the battery or the battery itself firmly to the battery slot FRONT VIEW POWER CONNECTOR until the LED indicator lights BATTERY SLOT 2 A TRICKLE CHARGING p Ly ADAPTOR 1 i gt REAR VIEW 6 4 ACCESSORIES STRAP ATTACHMENT Attach the wrist strap as shown in following diagram 7 BEFORE CALLING SERVICE PERSONNEL Please check the following notes before calling service personnel SYMPTOM NO POWER Make sure that the battery is installed properly and it has been fully charged using the specified battery charger SYMPTOM NO SERVICE INDICATION Try moving to a different area Depending on the terrain the signal may be blocked in the so called dead spots Check the antenna Or check that your telephone number is proper for the network currently you are in IV NAM PROGRAMMING AND SERIAL NUMBER 1 Number Assignment Module NAM 1 1 Overview Two kinds of NAM information can be stored in the equipment One is called NAM 1 and the other is called NAM 2 1 must be always written at first and then NAM 2 will be written if a user wants to 2 n mode this mode the equipment can not If NAM 1 is not written correctly the equipment enters the virgi execute the call processing And also if NAM 1 is not written correctly NAM 2 cannot be written Only when NAM 1 is written cor
57. Y N 22 95 i After all the 1 data has been entered issue the WRITE NAM Command to commit the data to permanent memory Enter STO MAINT MODE To WRITE NAM1 If ERROR is displayed reenter the WRITE NAM Command again When you want to write 2 execute step 4 Otherwise execute step 6 Keypad Entry Display Results Remarks Enter x 2 SND NAM2 MODE Select NAM2 Writing Mode Enter RCL XX XX memory location number 01 to 06 to review the current contents of 2 and enter STO XX XX 01 to 06 to write each item into NAM2 The memory location number 07 to 13 cannot be reviewed or written since these items common among and NAM2 Enter the data into 6 memory locations i e 01 to 06 by referring to Table 1 3 1 above After all the NAM2 data has been entered issue the WRITE NAM Command to commit the data to permanent memory Enter STO x x MAINT MODE To WRITE NAM2 Enter POWER ON Table 1 3 2 Command Summary wo COMMAND OPERATION DESCRIPTION NORMAL PASSWORD 0000 Enter the Maintenance Mode MAINTENANCE NAM1 NAM2 TERPWM NAM1 OR NAM2 CHK END MAINTENANCE F NAM1 OR NAM2 CLR Return To Normal Mode or Enter 4 SND E Enter NAM1 Mode Enter NAM2 Mode Return to Normal Mode RCL 01 to 13 STO 01 to 13 STOxx 01 to 06 for NAM2 01 to 06 for NAM2 R
58. a Handheld with Antenna Handsfree Battery Battery Booster S TE f amp be YA Booster Charger connecting cable Charger connecting cable Power cable Handheld with Handsfree V Power O Booster connecting cable Fig 1 3 1 2 Power Supply Cable 1 2 1 Power Cable Connection 1 Fig 1 4 shows the power supply cable and power control cable system Accessory Lead Open Off Closed On 3A Fuse Ignition Sense Blue Ignition Switch 5A Fuse Battery Red 10A Fuse Ground Battery Black Vehicle Chassis Fig 1 4 2 Power Cable Appearance 5 5m optionally 3m and 7m available Red pas Ignition 0 5m Fig 1 5 3 Table 1 1 shows the correspondence between the cables and the connector pins Table 1 1 0 Ignition Sense 1 2 2 Power Cable Laying 1 Prior to laying cable disconnect all the wires from the negative terminal of the battery Reconnect the wires to the battery terminals after completion of wiring 2 As much as possible select existing holes for routing of wires through the dashboard and vehicle bulk heads 3 Protect the power cable in the engine compartment with corrugated tube and mount securely inside the vehicle Wrap the end of the tube with viny tape 4 The fuse holder for the power contro cable must be so installed as to provide any maintenance 1
59. ait until SERVICE disappears then you use your telephone with the second telephone number 3 To return to the original telephone number repeat the same key operation and wait unti NO SERVICE disappears NOTE You can receive a call only if the caller dials the telephone number you have currently selected 8 DTMF TONES Each digit key has a different tone which is known as DTMF Dual Tone Multi Frequency tone NOTE Digit keys are to and TO SEND TONE DURING CONVERSATION This function may be used to access functions such as long distance access code voice mail retrieval and other services outside the cellular network v Appropriate Digit Key s NOTE tones may not be sent manually by pressing keys if the memory contents are displayed or an alphabet input mode is selected e INTERVAL When this function is programmed the DTMF tone is generated as long as the digit key is being pressed TO SEND TONES FROM MEMORY DURING CONVERSATION 4 You can send DTMF tones from a memory location 00 to 99 during conversation Memory Location 5 00 to 99 _ If you this key operation while in conversation automatic redial function will be activated 2 After you depress MEMORY LOCATION 00 to 99 you can change the telephone number by pressing any digit keys without sending the DTMF tones Press sno aft
60. all is received 6 ROAMING AND A B SYSTEM SELECTION The ceilular mobile telephone system to which you have registered is known as the preferred network In the future it may be possible to use your telephone on the other system known as the non preferred network This facility known as roaming may be programmed into your telephone when available by your authorised dealer If the telephone is programmed for both roaming and system selection you are able to select tne network you require using the key operation The display SYS A and SYS B show which network has been selected VODAFONE is SYS A CELLNET is SYS B NOTE When your telephone locks into non preferred system generally you will not have service unless you are registered or have made a roaming agreement with the non preferred system It is possible to register your telephone to both systems using the two selectable telephone number function programmed by your dealer Your telephone has three roaming modes NORMAL MODE SYSTEM A ONLY MODE SYSTEM B ONLY MODE 2 NORMAL MODE 3 SYSTEM A ONLY MODE 4 SYSTEM B ONLY MODE 1 When you turn the power on the SYSTEM A ONLY MODE or the SYSTEM ONLY MODE is automatically selected based on the preferred network SYS A OR B FIG If the telephone is within the service area of the preferred system the telephone will continue to use that system If not the telephon
61. apacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH V Air Capacitor Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Part No Part Name scription amp De 50V 100 3 596 50V 27 5 50 100pF 596 50V 100 2596 16V 1 uF 80 20 50V 6pF 5 50V 2pF 0 25 50V 100 596 50V 0 25 50V 25V 25V 25V 50V 50V 25V 25V 50V 50V 50V 25V 25V 25V 100V 50V 50V 25V 25V 16 10 Capacitor Capacitor Capacitor Capacitor CE CH Capacitor CE CH 25V 25V 25V 50V 25V 50V 50V E Capacitor TANTA 16V Capacitor CE CH Capacitor CE CH 25V 25V 4 0 25 10nF 10 10nF 10 10nF 10 100 5 100pF i596 10nF i 1096 10nF 10 8pF 5 22 3 5 22pF 5 10nF 10 10nF 10 10nF 10 20pF 4 5pF 39pF 5 39pF 5 10nF 10 10nF i 10 1 uF 80 20 4 7 uF 1 2096 10nF 10 10nF 10 10nF 10 100 5 10nF 10 330pF 5 330pF 5 1 20 10nF 10 10nF 10 Part No ECST1AY475ZR YGM1B102
62. apacitor CE CH 25V 10 XU 201 1 61 0324050 SQ Connector P C0329 YGM1C101J1HT Capacitor CE CH 50V 5 C0330 YGM1B102H1HT Capacitor CE CH 50V 10 0331 ECST1AX685ZR E Capacitor TANTA 20 0333 YGM1B103K1ET Capacitor CE CH 25V 10 0335 1 103 1 Capacitor CE CH 25V 10 C0338 YGM1B103K1ET Capacitor CE CH 25 10 C 0340 ECSTICY105ZR E Capacitor TANTA 16V 2096 0341 18103 1 Capacitor CE CH 25V 10 C 0345 ECST1AX685ZR E Capacitor TANTA 0346 YGM1C101J1HT Capacitor CE CH 50V 596 0347 ECST1AY475ZR E Capacitor TANTA 10V 2096 0348 5 4752 E Capacitor TANTA 10V t 2096 0349 ECST1AX685Z2R E Capacitor TANTA 10V 20 0350 YGM1CO10C1HT Capacitor CE CH 50V 0 25 8 YGM1C101J1HT YGM1C270J1HT YGM1C101J1HT YGM1C101 J1HT YGM3F105Z1CT YGM1CO60D1HT YGM1C020C1HT YGM1C101J1HT YGM1C030C1HT YGM1C040C1HT YGM1B103K1ET YGM1B103K1ET YGM1B103K1ET YGM1C101J1HT YGM1C101J1HT YGM1B103K1ET YGM1B103K1ET YGM1CO080D1HT YGM1C220J1HT YGM1C220J1HT YGM1B103K1ET YGM1B103K1ET YGM1B103K1ET ECRJAO20E12W YGM1C390J1HT YGM1C390J1HT YGM1B103K1ET YGM1B103K1ET YGM3F105Z1CT ECST1AY475ZR YGM1B103K1ET YGM1B103K1ET YGM1B103K1ET YGM1C100D1HT YGM1B103K1ET YGM1C331J1HT YGM1C331J1HT ECST1CY105ZR YGM1B103K1ET YGM1B103K1ET Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH Capacitor CE CH C
63. attery off the telephone BATTERY SLOT 1 TRICKLE CHARGING 4 1 The battery itself or the telephone with the battery when the power is off can be charged in approximately 8 hours 2 When you insert the telephone with the battery into the battery slot 1 and when the telephone is in stand by mode the trickle charger will supply electriccurrent to the telephone and prevent battery discharging BATTERY CATCH 3 The LED indicator 1 is being illuminated N whilst the battery is the battery slot 1 i 7 peu lt NN BATTERY SLOT 2 TRICKLE CHARGING The battery itself can be charged in approximately 8 hours The LED indicator 2 is being illuminated 5 7 whilst the battery is in the battery slot 2 2 BATTERY INSERTION spare lt 1 Hook the battery the telephone at the bottom 7 VN 2 Push down the battery towards the body of the telephone It will click into place TYPE OF BATTERY 400mAH 700mAH STANDBY MODE 7 hours 16 hours approximately TALK TIME 40 minutes 90 minutes approximately TABLE BATTERY DURATION TIME NOTE When your battery s duration becomes deteriorate repeat excessive charge double of the specified charging time and complete discharge for 2 or 3 times NON VS LED INDICATOR 1 LED INDICATOR 2 BATTERY SLOT 1
64. e is pointed at an operator s mouth 2 3 2 Mounting the Handsfree Microphone Using the Clip A 1 Mount the clip to the microphone by inserting the projection of the clip into the hole of microphone base as shown in Fig 2 5 2 Mount the microphone on the sunvisor 2 2 3 Mounting the Handsfree Microphone Using the Clip B 1 Attach the adhesive pad to the clip B 2 Make 1 mm diameter hole at the mounting location 3 Mount the clip using a M2 5 self tapping screw 4 Insert the projection of the clip into the hole of microphone base as shown in Fig 2 6 If the microphone can be fixed only with the adhesive pad M2 5 screw is not necessary Note The projection of the clip can be inserted into any one of the four slots in the microphone base Select the slot that will point the microphone at operator s mouth Clip A M2 5 Self tapping Screw dE Adhesive Pad Fig 2 6 2574 SCHEMATIC CIRCUIT AND PARTS LOCATION BLOCK DIAGRAM 93101 03102 FL3101 03403 U3103 ist IF ist IF SYSTEM 3105 AMPLIFIER FILTER AMPLIFIER AMPLIFIER DISCRIMINATOR BAND PASS FILTER 03104 SWITCH FL3i04 PASS Ten TX 55 L FILTER i AMPLIFIER LOW PASS FILTER TX VCO Q308 Q302 Q303 FL301 U302 DC SWITCH AMPLIFIER AMPLIFIER _ DIRECTIONAL 0307 13101 5V REGULATOR VOLTAGE DIVIDE
65. e total of units used This facility will only function if special charging signals are provided by the network and should be specified at the time of ordering The call charge metering facility is an accurate estimation of call charges but will not be identical to the network billing because of slight discrepancies in call duration timings due to radio propagation and other unavoidable factors The call charge metering facility only operates if the network service which may be by subscription is provided for a particular mobile terminal Where applicable calls will be dropped if the network service is provided and the facility is not enabled within the equipment For full details of this facility please refer to your authorised dealer TO DISPLAY THE CALL CHARGE UNITS FOR THE LAST CALL e SIG LAST UNITS This operation also allows the call charge units for the call in progress to be displayed and updates the display every 10 seconds 29999 TO DISPLAY THE CALL CHARGE UNITS FOR ALL CALLS MADE ON THE PREFERRED NETWORK co gg TO DISPLAY THE CALL CHARGE UNITS FOR ALL CALLS MADE ON THE NON PREFERRED NETWORK 4 CC TO DISPLAY THE CALL CHARGE UNITS FOR ALL CALLS MADE BOTH THE PREFERRED AND NON PREFERRED NETWORKS 4 SIG cmaunmm HOME UHITS 29999 SIG ROAM UNITS 99999 TTL UNITS pone 93939 NOTE 1 Call charge metering
66. e will automatically check if it is inside the service area on the non preferred system and if so it will use the non preferred system After a period of time the telephone will check to see if it is now in the service area of the preferred system and if so it will return to that network SERVICE SYS A ONLY The telephone can be used only on system A Network service may not be available on the non preferred system if your telephone has not been registered with system A HO SERVICE 575 B ONLY FE The telephone can be used only system Network service may be available on the non preferred system if your telephone has not been registered with system B NOTE 1 If you do not select any of three modes the normal mode will be automatically selected when you turn the power on 2 Roaming and A B system selection might not yet be available on the U K Network Please contact your dealer for their availabilities 3 When you make key operation to 3 NO SERVICE message will be displayed After a few seconds when the telephone is ready to be operated on that system NO SERVICE will disappear 7 TWO SELECTABLE TELEPHONE NUMBERS This function allows you to have two different telephone numbers one on each network TO SELECT THE SECOND TELEPHONE NUMBER TUE SERUICE 8 SWITCH The second telephone number will be displayed 25480554321 2 X W
67. ective In this case use another spare unit and try the above procedure mentioned above again BLINK OFF after 1 2 second ON Original unit defective cannot exchange ESN Spare unit is damaged and cannot exchange ESN 44 TEST COMMAND REPERTORY 1 Test Interface The handheld portable equipment can be tested by using the test command input from the keyboard or from an external test set The main CPU in the handheld portable equipment receives the test commands through the serial interface described previously from the keyboard or from an external test set and performs the tests 1 1 Test Commands For Built In Test In order to enter the test mode the following key operation are required 1 Input PASSWORD connecting the password adaptor to the handheld portable telephone Then MAINT is displayed on the LCD 2 INPUT GO 3SND SUSPEND command and then TEST MODE is displayed on the LCD Under this connection the test commands listed below can be input In order to exit the test mode input RESTART command and then CSND or 42 TEST COMMANDS REPERTORY FOR BUILT IN TEST 1 6 1 RESTART OOG can be omitted INIT 001 CD S S means SND 0 35 IGOHGOHOGOI GO S xxxx Channel Number 0000 to 0600 or 1329 to 2047 Terminate the test mode enter the mainte
68. eld Side 6DA5054A REC Net 4R13262 7 REC Cushion 6ZA5379A Insulator Side 62 53758 Insulator Lower 62 5417 Stopper Sheet 5E10007A Spacer 6ZA5428A Spacer 6ZA5429A Spacer 6ZA5429A Spacer 6ZA5375B Insulator 1CA5734C 1CA5776B 1CA6006B 6ZA5426A 1CA5938A 1 5936 1CA5943A 5EZ5864B 5AB5479A 1CA5979B 1000001 5H10005B 5E10037A Shield Frame Shield Cover Lower Shield Case Insulator Earth Plate Earth Plate Earth Plate Shield Film Cushion Earth Plate Finger Insulator Cushion Model No KBU0343A RF UNIT Part No Part Name amp Description KBZ0438A NAME PLATE M 191 7AB5617AB M 192 5694 1BB5391A 5424 5AB5425A 52 5117 58850598 5FJ5260A 52 51118 5462 Name Plate Green Label Part Name amp Description LCD Bracket LCD Cushion A LCD Cushion B Interconnector W Mic Holder Key Case Interconnector S Cushion 1 Printed in Japan 1 100 N
69. er you have changed the telephone number 9 LAST NUMBER MEMORY BEGINNING WITH OR SYSTEM STATUS DISPLAY To display the last number memory beginning with or 10 DIALLED DIGIT RESTRICTION This function restricts the maximum number dialling digits For instance if the maximum number of dialling digits is set to seven you cannot make a call to telephone number exceeding seven digits Please discuss this option with your authorised dealer NOTE Long distance calls can be disabled by this function 11 FUNCTION GUIDE DISPLAY You can scroll through the menu for available functions 9 9 The display will be as follows GUIDE PRESS means 2 key and means 25 key 2 scroll forwards or backwards through the function guide display 3 end the function guide display search m Any key except The display will change in the following order by pressing 2 Second Line Third Line amp PAUSE DIAL ALFH STO Ho GUIDE CLR TIMER SHD AUTOREDIAL F SHD SEND F RCL S S STATUS REL 4 NOTE Some of the above display may not appear if they are not programmed into your telephone On function guide F5 HANDSFREE will be emitted only _ while IN CAR opt
70. eturn to Maintenance Mode w writing NAM STO Return to Maintenance Mode w o writing NAM Display the Upper Digits Return to Normal Mode Display the Current Mode Clear the Last Digit or Whole Display A cres 4 Programming Example The data to be written is shown below numbers are shown decimal 12 13 ww Home Area Identification Telephone Number Preferred System First Paging Channel Access Overload Class Group ID Mark Dial Limit Station Class Mark Speed Dial Memory Lock Code Function byte 1 Breakdown Function Byte 2 Breakdown Function Byte 3 Breakdown 2 Item Local Use Ex Mark Reserved Reserved Silent Incoming Call Reserved Reserved Reserved Reserved Built In Monitor Automatic Lock Reserved Call Charge in Units A B System Select Inter system Roaming Inhibit Home System Only Heceived Call Indicator DTMF Interval Full Lock Partial Lock Total Time Addition Total Call Length Timer No 1 Total Call Length Timer No 2 Individual Call Length Timer Home Area Identification Telephone Number Preferred System First Paging Channel Access Overload Class Group ID Mark BA Value 2051 234 0 12 1 23 5 3 0 23 0753 73 1234 000010 0
71. for all calls cannot be reset Once 9999 units been reached the display will start again at ZERO 2 Ifthe selected call charge metering display flashes on and off it indicates that the call charge metering memory may be corrupted To restore the display 9 3 LOCK Lock function prevents unauthorised use of your telephone in your absence Two types of lock FULL LOCK and PARTIAL LOCK are available e FULL LOCK Making any call is inhibited Receiving a call is always permitted SIG FULL LOCK PARTIAL LOCK Calls by recalling telephone numbers from memory location 00 to 90 and by the redial of the last call from memory location is permitted Receiving call is always permitted SI6 Exmama PART LOCK TO UNLOCK SIG UNLOCKED To unlock enter your unlock code You may specify a two to four digit number as your unlock code upon delivery of your telephone NOTE 1 The lock state will be maintained even if the power has been shut off 2 AUTOMATIC LOCK Your telephone will be automatically fully locked every time you turn the power on if the automatic lock function has been programmed by your dealer 3 Please remember your unlock code and do not write it in an obvious place 4 RECEIVED CALL INDICATOR This function informs you of an unanswered incoming call in your absence by the CALLED message 12 TO activate
72. he manufacture s code the second is called the equipment code the third is reserved and the fourth is called the serial number field The manufacturers code for this model 15 The equipment code is 07 or 08 The seria number field is 5 digit serial number The serial number is assembled as follows Manuf code Equip code Reserved SN Field er 15 07 08 00 XXXXX The complete serial number to be reported to the Cellular System provider is then 150700X XXXX or 150800XX XXX decimal which is corresponding to the name plate Refer to SEND SN command described in V Test Commands Repertory concerning the key operation for reading the serial number 3 ESN Exchanger EY 178 When the handheld portable telephone is switched on and OFF ON 04 is displayed or nothing is displayed on the Liquid Crystal Display the Control Unit is or may be defective and should be replaced In order to replace the defective control unit with a spare unit the serial number in the Spare Logic Control Unit must be exchanged with the defective control unit The following procedure should be followed to exchange the serial numbers in those two units NOTE When the serial numbers two units are successfully exchanged the in both units are deleted Therefore it s advised to read and write down the NAM contents in the defective handheld portable equipment so that you can re
73. ing 02 send The display should indicate CARR ON 02 8 Adjust R328 on the RF board until the wattmeter indicates 95 5 mW 19 8 dBm 0 5 dBm power level 4 9 Select PL7 by entering 04 send 7 send The display should indicate SET ATTN 04 7 10 Adjust R334 on the RF board until the wattmeter indicates 6 mW 7 8 dBm 0 5 dBm power level 7 11 Select power level 2 3 4 5 6 and 7 by same method and confirm output power as shown in Table 2 57 POWER LEVEL NOMINAL POWER TOLERANCE se Mn Mar Wa 23 8 240 120 9 Note 3 3 Reference Frequency 1 2 3 4 5 15 1 The RF power level through measuring adaptor is 1 dB less than value as shown in this table Table 2 Transmitter Output Test Tolerance Connect a frequency counter to W3101 RF board by using MM121390 Repeat Test 3 2 4 to 5 Set power level by entering 04 send 7 send This display should now indicate SET ATTN 04 7 Activate the transmitter by entering 02 send Read the frequency 890 0125 MHz 890 Hz error is allowed at 77 25 If tolerance is not met readjustment of the 12 8 MHz TCXO Y3103 may be necessary If the frequency is within the range do not attempt to tune it precisely onto the exact channel frequency as the TCXO was factory calibrated to operate within the 2 5 ppm tolerance over very wide temperature extremes Distributing this adjustment might make the un
74. into the small holes in the keyswitch B 5 Using plastic tweezers carefully pick up the conductive elastomer connector F and place it into position into the plastic insulator D as indicated NOTE Do not touch the connector with your fingers moisture and skin oils can contaminate this connector and may adversely affect its electrical properties Contact fingers _ NOTE STEP 4 54 From the Logic Board Refer to Fig 2 the following steps 6 Place the logic board on top of the cover assembly Make certain that it is flat against the previously installed components If not repeat steps 1 5 to make certain that none of the pieces are binding Place the screw into position G Use a P1 screwdriver to secure the Logic PCB do not overtighten Place the microphone into position the rubber tab should face the bottom connector 7 Put the RF unit H on top of the Logic Board as indicated The RF unit connector must mate with the Logic Board Connector I Carefully press down the RF unit until this connector is engaged Using tweezers or needle nose pliers place both screws J into the positions indicated Tighten with a P1 screwdriver Be careful not to overtighten Place this connector out of the way of H Rubber Tab Logic board connector 1 Please refer to Fig 3 for the following steps 8 Insert connector N into Receiver Earphone Unit L Put receiver unit
75. ion i is gt used 6 BATTERY CHARGING USING TRICKLE CHARGER 6 1 BEFORE OPERATING 1 CAUTION FOR BATTERY USAGE DO NOT expose the battery to high temperatures or humidity DO NOT dispose of the battery in fire DO NOT short circuit the negative and positive terminais DO NOT drop or subject the battery to strong physical shocks DO NOT attempt to force the battery Charge the battery in a well ventilated place between 5 C to 40 C New or extremely flat battery must be fully charged the battery is normally fully charged the battery capacity decreases gradually MEMORY EFFECT f you do not use the telephone for long time remove the battery from the telephone and be sure to fully charge it at least once every two months 2 CAUTION FOR TRICKLE CHARGER USAGE To reduce risk or injury charge only the specified battery and be sure to use the trickle charger with the specified AC ADAPTOR 1 Locate the cord so that it will not be stepped on tripped over or otherwise subjected to damage or stress If the trickle charger has received a sharp blow been dropped or damaged in any way do not use the trickle charger and take it to a qualified service centre Do not remove screws There are no user serviceable parts inside Disconnect the AC plug from the AC power outlet when not in use After charging take out the battery or the telephone with the battery
76. is on the following a Avoid direct exposure to the sunright b Avoid placing the unit adjacent to heat generating components silencers etc c Avoid exposure to rain or possibility of the unit getting submerged in water d Assure that holes can be drilled easily to allow passage to mounting screws e Avoid the rear part of the trunk most likely to sustain damages if a collision occurs with another vehicle f Ensure easy access for maintenance g Ensure easy connection between the connectors on the booster charger and cables h As much as possible avoid affecting any functions of the vehicle i Avoid subjecting the unit to pressure or shocks due to material or people travelling the vehicle The above considerations indicate that the best location for the units is the front edge of the boot in passenger cars and o the cab area in trunks 60 HANDSFREE CRADLE A lt OSS ADJ ANGLE BRACKET NOT SUPPLIED BOOSTER CHARGER ee Ji BOOSTER CABLE CHARGER CABLE e CS POWER SUPPLY CABLE VOUNTING BRACIET 61 1 1 4 Wiring Wiring for land mobile telephones involves laying of power cable interconnecting cable Fig 1 2 provides an example of wiring Antenna Antenna Cable e Power Cable Booster Handheld with Handsfree Battery Fuse Box Charger connecting cable
77. it operate out of tolerance under adverse operating conditions 3 4 Adjustment of the Transmit Audio Level 1 2 3 4 5 6 7 8 9 10 11 12 13 Connect a 1 KHz 1 59 Vrms 4 dBV signal from an audio signal generator to the Tx terminal BNC connector of Measuring Adaptor Repeat test 3 2 1 to 5 Connect a modulation analyzer to an RF terminal of Measuring Adaptor EY 179 Set the power level to 7 This is done by entering 04 send 7 send The display should indicate SET ATTN 04 7 Activate the transmitter by entering 02 send Unmute the TX audio by entering 06 send The display should indicate TX UNMUTE Turn off the compander by entering 18 send The display should indicate COMP OFF Adjust R232 until the deviation is 8 5 kHz maximum At this time the output signal viewed on a deviation scope will be distorted Turn on the compander by entering 18 send The display should indicate COMP ON Note that the output signal becomes a clear sine wave Decrease the input level to the TX audio terminal from the 1 kHz audio generator to 100 mVrms 20 dBV Adjust R243 until the deviation is 2 3 kHz Disconnect the 1 KHz signal to the TX audio input by entering 06 send again The display should indicate TX MUTE Activate the ST DTMF 941 Hz This is done by 15 send 4 send The display should indicate ST DTME 15 4 Adjust R230 until the deviation is 2
78. ly by your dealer 6 SCRATCH PAD FACILITY This function allows you to use the LCD as a scratch pad You can store a telephone number up to 32 digits and letters up to 6 characters into the memory during conversation 1 Be sure that PART LOCK or FULL LOCK is not displayed 2 Telephone DTMF tone be heard and the number will appear the display Scratch pad digits may be stored into memory location 01 to 99 for later use Memory Location m 01 to 99 7 RECALLING TELEPHONE NUMBERS SPEED DIALING 1 Be sure that FULL LOCK is not displayed 2 make a call by recalling a telephone number from memory location 01 to 90 ec NOTE 1 To make a call using automatic redial function Memory Location 01 to 90 55 2 recall the permanent memory contents P eg 10 3 To recall the pause dial memory contents be sure that PART LOCK or FULL LOCK is not displayed 4 Ifyou depress briefly when the memory contents are displayed the last digit of the 3rd line will be cleared Long depression of will clear the 2nd and 3rd lines completely 5 lf the contents of memory recalled are lost or corrupted the 2nd and or 3rd lines of display will show 0 and start to flash to indicate it SCHOLL SPEED DIAL MEMORY Be sure that PART LOCK or FULL LOCK is not displayed eed Memory Location The memory contents
79. memory or searches memories DISPLAY RECEIVED SIGNAL STRENGTH INDICATOR __ This indicates the signal level currently received 5 steps adjacent to 516 MEMORY LOCATION NUMBER in 2 digit ALPHA TAG up to 6 characters LAST 10 DIGITS OF A TELEPHONE NUMBER OR MESSAGE ASSOCIATED WITH TELEPHONE SERVICE STATUS INDICATORS Lit when a call is in progress Lit when MUTE facility is activated Flashes when the silent incoming call facility is activated Flashes when the received call indicator facility is activated Lit when out of your home area but on the preferred network Flashes when out of your home area but on the nonpreferred network NOTE Although it may be possible that the color of the LCD changes slightly red or blue or the display comes out slowly an extreme low or high temperature it does not indicate any fault 5 51 BASIC FUNCTIONS PLEASE NOTE When the power is turned on NO SERVICE will be displayed usually in 5 seconds If SERVICE continues to be indicated the telephone is outside the radio coverage area When you move into the coverage area NO SERVICE will be replaced by the received signal strength indicator Or when your telephone has two selectable telephhone numbers HO SERUICE check that your telephone number is proper for the network currently you are in e if PART LOCK or FULL LOCK is displayed enter your unl
80. ment is automatically turned on In order to write NAM from the keypad complete the following steps in proper order Enter x1 SND NAM1 MODE Select 1 Writing mode The entire 1 data is contained in thirteen 13 consecutive memory locations You can alter any location by entering the digits through the keypad followed by STO XX to save it to memory Note XX memory location number 01 to 13 Use RCL XX to review the current contents of a memory location Enter the data into 13 mem ory location by referring to Table 1 3 1 below Each time the STO command is executed the memory location number and the abbreviated name of item will be displayed to indicate acceptance of the parameter If ERROR is displayed check the memory location number and the parameter reenter the correct data and store again Table 1 3 1 Data Tab e No Item Remarks 01 Area Identification AIDH See Appendix 1 2 02 Telephone Number OWNDL Equipment telephone number 10 digit See Appendix 1 2 03 Preferred System Mark PRESYS 1 Vodafone System Cellnet System 04 First Paging Channel See Appendix 1 2 05 Access Overload Class ACCOLC See Appendix 1 2 06 Group ID Mark GIM See Appendix 1 2 07 Dial Limit DLMT 0 Limit 16 digit dialing 1 through 15 is digit dialing limit 08 Station Class Mark SCM Must be set 23 09 Speed Dial Memory SPDL 12 digits permanently stored number
81. ndividual timer and total timer Received call indicator Silent incoming Incoming call detected by display indication and backlighting flashing only ringing tone absent Function guide display helps you choose correct key in operation Two types of battery 400mAH 700mAH are available Visible and audible low battery warning Compact travel charger 8 hours 4 PORTABLE LAYOUT AND DISPLAY PORTABLE LAYOUT cite 81 RBCDEF 8123456 7 7 Extend fully before making receiving a call LIQUID CRYSTAL DISPLAY LCD MUTE KEY Switches on off the mouthpiece AND DOWN KEY Adjusts the volume scrolls letters and search function guide display FUNCTION KEYS PW 23 ZA telephone number ALPH Enters or exists alphabetic charac ter input mode 5 memory other keys 8 CLR whole digit display Originates a call lt Terminates call 23 2 8 DIGIT KEYS MOUTHPIECE This part picks up your voice Ensure your fingers do not cover the mouthpiece whilst in conversation Switches the power on off Displays the overflow digits of the Stores telephone number into Selects the secondary function of Clears the last entered digit or the Recalls a telephone number from
82. ng Tone when the current ST status is off Stop transmission of the Signalling Tone when the current ST status is on While the ST status is on Carrier on off SAT on off ST on off INIT Restart or Status Command can be input Transmit a 5 word Reverse Control Channel message The Digital Color Code shall be 11 and each of the 5 words shall consist of the following 48 bit data pattern repeated 5 times FF 00 AA 55 CC 33 No channel scan busy idle determination or BCH encoding is to be performed There may or may not be Forward Control Channel Data present The equipment shall turn on the carrier at the start of transmission and turn off the carrier at the termination SETUP anh Transmit a 2 word Reverse Voice Channel message Each of the 2 words shall consist of the same 48 bit data pattern specified for the SETUP command The equipment shall turn on the carrier at the start of transmission and turn off the carrier at the termination 10 VOICE OOG Initialize non volatile memory Set non volatile memory to zeros except Lock State NVM Test Pattern Set Lock State to active locked set NVM Test Pattern to FF 00 AA 55 CC 33 INVM DOG 12 SEND SN Display the serial number on the 2nd and 3rd lines of the LCD formatted as follows 2nd Line SEND SN 1 3rd Line AO 81 BO C1 CO D4 D3 D2 01 DO A1 DO Decimal Coded Representaton of the serial number
83. nization 1 WS acquired SAT RX SAT Frequency is encoded as follows 3rd WS SAT CARR PL CH3 CH2 CH1 CHO WS SAT Frequency 5970 2 1 6000 Hz 6030 Hz Valid SAT Carrier 1 On Power level decimal value corresponding to the current Power Level 0 7 CH3 CHO Channel Number decimal value corresponding to the current channel number 00000 0600 1329 2047 TEST COMMANDS REPERTORY FOR BUILT IN TEST 6 6 22 DISP ERCODE 2 1 5 Display the error codes of the failures that the equipment has ever detected in the normal operation before on the 2nd and the 3rd line of the LCD formatted as follows ERROR DISP The example above represents that the sub CPU error error code 04 the carrier on off error error code 10 and the PLL unlock error code 11 have ever been detected CLEAR ERCODE Clear the error information of the failures that the equipment has ever detected and then display as follows ERROR DISP MUTE ON OFF MUTE Mute the microphone i e set the audio path to Receiver path when the microphone is unmuted currently Unmute the microphone i e set the audio path to Handset path when the microphone is muted currently Note This command is available only in the handheld portable use 48 3 2 Error Codes And Their Effects In case the Handheld Portable Telephone shows any of the error codes mentioned in Error C
84. ntermodulation Response 55 dB Table 1 2 2 The PANASONIC Handheld Portable Telephone consists of the units shown in 2 1 1 Key Board Unit Built in Antenna Duplexer Unit II A F Synthesizer Battery Pack Body External Antenna External Power Supply Fig 2 1 1 Handheld Portable Telephone 1 BEFORE USING YOUR PANASONIC PORTABLE THINGS YOU SHOULD KNOW Pressing any key on the keypad may cause a loud tone to be produced from the receiver Do not press any key whilst the telephone is close to your ear There are special guidelines in the Highway Code regarding use of Mobile Radios including Radio Telephones while driving Please acquaint yourself with these guidelines and observe them at all times Switch off your telephone when in an aircraft Use of telephones in an aircraft may be dangerous to the operation of the aircraft may disrupt the cellular network and is illegal Failure to observe this instruction may lead to suspension or denial of telephone service to the offender or legal action or both Users are advised to turn off the equipment when at a refueling point or any place where a sign is posted restricting the use of two way radio equipment such as a construction site blasting area etc Do not store or carry the battery pack together with any metallic materials i e accessories keys or coins Otherwise it may be possible to cause short circuit and
85. ock code to use your telephone normally 4 in making a telephone call the whip antenna must be fully extended 1 SWITCHING ON OFF m Long Press 5165 NOTE if OFF ON is displayed switch the power off once Then switch the power on again Please contact your authorised dealer if OFF ON does not disappear 2 MAKING A TELEPHONE CALL 516 9125456789 IN IN USE will be displayed NOTE 1 Ifan intercept or reorder tone is heard in making a call press 2 clear the last digit entered briefly press To clear the entire display long press 3 Up to 16 digits of the telephone number may be entered but only the last 10 digits 515 will be displayed To read the previous 6 digits press and hold Releasing will return the display to the last 10 digits dialled nooo 4165 11 012545 3 AUTOMATIC REDIAL Your telephone will redial the same number automatically if a connection fails and the reorder tone is heard Telephone CE eno 2 After finishing the reorder tone the telephone redials every minute for maximum of 3 attempts When the redial is in stand by condition IN USE will flash And while the redialing is going on an alarm beep redial tone may be heard and IN USE may be lit If the redial fails to connect the reorder tone will be heard for 5 seconds and USE will start
86. ode Table see below or shows nothing the LCD after being switched on refer to the applicable trouble condition ERROR CODE TABLE emo OFF ON 04 SUB CPU CONTROL UNIT REPLACE CONTROL UNIT BY EY 178 OFF ON 05 OFF ON 10 CARRIER CONTROL RF UNIT OFF ON 11 PLLUNIT RF UNIT OFF ON 20 NAM VIRGIN OR NAM SUMCHECK NAM WRITE OFF ON 21 SNROM SEE NOTE BELOW NO INDICATION LOGIC CIRCUIT DAMAGE SEE NOTE BELOW Note If the Handheld Portable Telephone shows OFF ON 02 OFF ON 03 OFF ON 21 or no indication on the LCD after being switched on send the complete telephone to the Panasonic repair depot according to the procedure in your country 3 2 1 Test Commands for External Tester In order to enter the test mode the SUSPEND Ccommand must be input Under this condition the test commands listed can be input e In order to exit the test mode the RESTART MINITOR command must be input See page 42 AG x ADJUSTMENT AND SERVICE GUIDE 1 BEFORE ADJUSTMENT 1 1 Test Equipment The following test equipment repair cables and connectors are need for adjustment Test Equipment In line wattmeter or Digital Power Meter RF Sampler Volt Meter Spectrum Analyzer Modulation Analyzer Signal Generator RC Oscillator DC Power Supply and Oscilloscope Note Instead of equipment shown above Cellular Radio Test System can be used Repair cables and Connectors
87. on 1 Place the booster charger on the installation position and mark the four mounting position with felt tipped pen 2 If the installation location is not even select higher convex areas for the holes Check that the locations selected for holes have nothing behind them to obstruct drilling of holes i e Fuel tank e 1 5 4 Drilling holes for mounting 1 Punch at the position marked for drilling 2 Make four 4 mm for plates less than 1 mm in thickness the hole size must be reduced adequately holes to use self tapping screws 3 Apply rust preventive on the surfaces cut 1 5 5 Mounting a Mount the booster charger to the vehicle using M5 self tapping screws Refer to Fig 1 10 b Apply a waterproofing agent around the screws Self Tapping Screw XTN5 16AFN Plain Washer XWG58N Mounting Bracket gt Fig 1 10 Fig 1 11 UGG 2 HANDSFREE CRADLE 2 1 General Cautionary Remarks o When selecting the mounting position make sure that it does not a Obstruct operation of the vehicle b Affect the sitting position of the passengers nor be subjected to excessive shocks c Affect the regular passenger accommodation d Create any difficulty in smooth operation of the unit e Prevent securely installing the unit f Expose the unit to direct sunlight or rain g Affect laying cable for the unit From the above the following turn out to be the best locations in a
88. on top of RF unit by positioning the guide for the Receiver unit beside antenna holder Position wires as shown in Figure 3 NOTE does not matter which direction this connector is installed just make certain that all four pins are engaged 9 First route the coaxial cable from the Receiver unit L using an plastic or orangewood stick press the cable into the channel K insert the connector into P203 as indicated Install ground clip Q to the channel K Then place the coaxial cable from the RF unit H on Top insert the connector into P204 10 Inspect the assembly before attaching the back cover make certain that the microphone wires are away from the edge of the cover The coaxial cables must be seated into the channel K If necessary dress the cable away from antenna well 11 Snap on the back cover It should be even with the bottom cover Install bottom 1 first then top 2 Fasten with 3 screws P as shown do not overtighten 55 12 Test the unit to follow the functional test procedure NOTE If the Logic Board was replaced after having the ESN exchanged it will be necessary to program the NAM parameters Receiver installed on top of RF unit Wire hook Black sleeve on cable ES Mold rib gt Shield The cable from receiver unit must be installed first Fig 2 Install the metal clip so that cable shield is touched to the case shield through the metal clip
89. or CE CH 25V 10 LS 201 15 0011 Buzzer C0305 18102 1 Capacitor CE CH 50V 10 C0306 YGM1C331J1HT Capacitor CE CH 50V 5 201 063 Microphone Unit 0307 1 030 1 Capacitor CE CH 50V 0 25pF C0308 YGM1C470J1HT Capacitor CE CH 50 5 C0309 YGM1C101J1HT Capacitor CE CH 50V 5 P 201 DF9 19S1V50 50 Connector J C0310 YGM1B103K1ET Capacitor CE CH 25V 10 P 202 Not Used C0311 YGM1B103K1ET Capacitor CE CH 25V 10 P 203 MM4329 27002 COAX Connector P 0312 ECST1AY475ZR E Capacitor TANTA 10V 20 P 204 MM4329 27002 COAX Connector P 0313 ECST1CY105ZR E Capacitor TANTA 16V 20 C0314 ECST1AY475ZR E Capacitor TANTA 10V 20 C0317 YGM1C270J1HT Capacitor CE CH 50V 5 0318 YGM1C270JIHT Capacitor 50V 5 0319 YGMiCO20C1HT Capacitor 50V 0 25pF Y 201 YYA0176A Crystal Resonator 3 84MHz 0320 YGM1CO20C1HT Capacitor CE CH 50V 0 25 Y 202 0041 Ceramic Resonator 3 84MHz 0321 YGM1C270JTHT Capacitor CE CH 50V 5 0322 YGM1C270J1HT Capacitor CE CH 50 5 0323 1 030 1 Capacitor CE CH 50V 0 25pF W 201 WWDO00814A1 Lead Wire 0324 YGM1C100D1HT Capacitor CE CH 50V 5 W 202 WWD00814A2 MIC Cable Lead Wire 0325 ECSTIAY475ZR E Capacitor TANTA 10V 20 W 203 WWQG2193A Cable W Connector 0326 YGM1C470J1HT Capacitor CE CH 50 5 0327 YGM1C101J1HT Capacitor CE CH 50V 5 0328 YGM1B103K1ET C
90. passenger car for installation a Dash boatd side b Center console box c Center console side Refer to Figure o 2 1 2 2 Mounting The Handsfree Unit The handsfree cradle can be mounted two ways Direct Installation using self tapping screws 0 Mounting with the adjustable angle bracket a Direct Installation 2 2 1 Disassembling the Handsfree Cradle 1 Remove the M3 screw and part the cover from the case with cautiously about the connector cables 2 Disconnect the speaker connector and the charging connector 2 2 2 Marking the Installation Position Place the case on the installation position and mark at two locations with a marker 2 2 3 Drilling Holes for Mounting Drill a 2 mm hole at each of the mounting locations marked if it is made of hard plastic Diameter of the hole must be decided on the basis of the material and plate thickness at the mounting locations 2 2 4 Mounting Mount the case with two M4 self tapping screws e 2 2 5 Reassembling the Handsfree Unit 1 Connect the speaker connector and the charging connector 2 Engage the two square holes on the connector rest side of the cover with the two hooks on the case 3 Make sure that the case and cover are perfectly engaged then screw together Cover Speaker Connector Screw 584 25 Charging Connector Mounting Holes lt 2 mm holes 2 2 lt gt
91. program the phone after the ESN exchange Be sure to check both NAM 1 and NAM 2 1 Insert a copy of the supplied EPROM labeled ESN10 into the control unit removed from the defective phone anda replacement control unit 2 Connect the ESN exchanger EY 178 to both control units and the power supply as shown below Logic Control Unit for Replacement Do not connect RF Unit Defective Logic Control Unit Do not con nect RF Unit OFF Power Supply Turn on the switch of the power supply 3 Switch on the power on the ESN exchanger EY 178 and wait a few seconds for the mode indicator to light 4 A constantly lit mode light indicates the serial numbers have been exchanged and both NAMs have been deleted Remove the EPROM ESN10 from the replacement control unit and insert the EPROM that was originally in the defective unit Install the replacement control unit into the phone and enter the NAM data See NAM programming procedures Test the handheld phone to verify normal performance 5 If the LED MODE indicator starts blinking the serial number could not be exchanged i e the defective control unit is damaged so that the serial number in the unit cannot be read correctly In this case the defective unit must be returned to the authorized service center 6 If the LED MODE indicator goes off after a short 1 2 second indication it shows that the replacement control unit is def
92. rectly NAM 2 can be written 2 has the same items as NAM 1 Common values among two are used for some items and independent values among two NAMs are used for other items If both NAMs are written correctly the function of 2 selectable telephone number is enabled Even if NAM 1 is writ ten correctly and NAM 2 is not written the equipment executes processing normally The NAM is included in the EEPROM 1 2 Information included in NAM The NAM stores the following information in the format given in Tab Home Traffic Area Identification AIDH 1 The AIDH is a 15 bit number that is used by the equipment to make the Home Roam decision Local Use Mark L U C This 1 bit mark when set to 1 indicates that the equipment is optioned for local control function Mobile Identification Number MIN 1 and MIN 2 1 The MIN consisting of MIN 1 and MIN 2 is a 34 bit number that identifies the equipment See APPENDIX 1 2 Station Class Mark SCM C The SCM is a 5 bit number that identifies that type of the equipment Station Class Marks Power Class Nominal ERP Class 1 10 dBW Class 2 6 dBW Class 3 2 dBW Class 4 2 dBW Station Types PBSM Disabled PBSM Enabled Equipped for 600 channels Equipped for 1000 channels Equipped for 1320 channels Reserved for future use The PBSM is an abbreviation of Panasonic Battery Saving Mode The SCM of this model is 10111
93. rtion 7 Set the deviation of Signal Generator to 2 3 kHz Adjust R3136 until the discriminator output level is 100 mVrms 20 dBV 8 RSSI voltage test only checking A Connect a digital voltmeter DVM to the RSSI terminal pin 7 of the P301 and apply a 0 35 V 116 dBm un modulated RF signal to the RF connector of Measuring Adaptor Check that the DVM reads less than 2 4V at the time B Increase the output of the RF signal generator to 2 mV 40 dBm and check that the DVM reads more than 2 5V but less than 5 0V at this time 9 Connect an AC voltmeter to Rx Audio terminal of BNC connector of Measuring Adaptor Check that the output level should be 70 mV to 140 mVrms 20 dBV 3 dB 10 Receiver Sensitivity Test only checking Set the receiver to ch 1 and unmute the audio Apply a calibrated RF signal modulated with a 1 kHz tone Set the deviations to 5 7 KHz and connect Phosphometric weighted SINAD meter to the Rx Audio terminal of Measuring Adaptor Verify that the RF sensitivity is at least 113 dBm for 20 dB SINAD Note Loss of measuring adaptor is approx 1 dB 59 Vil INSTALLATION 1 BOOSTER CHARGER e 1 1 Selecting The Installation Position Characteristic features and functions of EB P0386 for its installation in the right position Also to assure long service life and reliability and to facilitate maintenance select the installation position position with particular emphas
94. s of display will flash pul 3 If PART LOCK or FULL LOCK is displayed both programming for and recalling from pause dial are not possible a TO PROGRAMME FOR PAUSE DIAL If the number of X X in a special code you recalled is N you can press up to N times i Up to 10 5 be combined with and the last input must not but be XX 9 OWN NUMBER DISPLAY NOTE You can also store a combination of letters with special code in a special memory location for Pause Dial SIG rimo TO DELETE THE EXISTING SPECIAL MEMORY FOR PAUSE DIAL 9 OWN NUMBER Your own telephone number will be displayed 2346654321 Long press If the 3rd line is displayed in the following format consisting of 10 digits Long press If the 2nd line is displayed Special Memory Location 23 4 2 0 94 X XX XXX Sa MN Code for U K 2 Code for Cellnet Your telephone number 0 4 Code for Vodafone 91 to 99 NOTE if you attempt to programme special codes with the wrong format into a special memory the 2nd and 3rd lines 01 the display will flash to indicate error input 10 INDICATOR TONES 1 WAKE UP TONE A half second tone which sounds when the power of the tele phone is switched on 2 A dual tone which sounds when a numbered key is pressed Each numbered key has a different tone known as DTMF 3 CONFIRMATIO
95. t Preferred System Set First Paging Channel Set Overload Class Set Group ID Write NAM2 into memory Return to Normal Mode cf Before entering STO xx it is better to review each item by entering RCL XX 01 to 13 for 1 01 to 06 for NAM2 35 APPENDIX 1 2 1 2 Valid Numbers Item Name Abbrev Remarks A VODAFONE SYSTEM B CELLNET SYSTEM _ BS SEA Home Area AIDH 2051 3600 Home area Identification of UK system No 234 OXXXXXX 234 elepnone NO 234 4 6 digits 6 digits NAM FORMAT 2340 or 2344 2342 are unused to identify the network within the equipment and not the 0836 or 0860 STD codes for cellular radio First Paging Ch FPCH 23 5 Access Overload Class Mark ACCOLC 2nd last digit of Last digit of Telephone No Telephone No Example Example 234 0 123456 234 2 123456 ACCOLC 5 ACCOLC 6 6 Group ID Mark 3 NOTE Information for HANDSFREE is required as the telephone adjusts electronically and automatically when a handsfree cradle is fitted 25 APPENDIX 1 2 2 2 Valid Numbers VODAFONE SYSTEM SYSTEM Opti PANASONIC STANDARD Name Abbrev III mi 0 11 Fen 1 D4 Silent Incoming Call S ption 1 or 0 Option 1 D3x Reserved D2x Reserved D1x Reserved 2 D7x Built in Monitor 1
96. tails 1 TIMER INDIVIDUAL CALL LENGTH TIMER 9 1 Toread the talk time of the last call completed 9 represents minutes 00 to 99M and 95 6 represents seconds 005 to 595 2 This operation also enables you to read the talk time of the call in progress and the display will be updated every 10 seconds 3 Toreturn to the normal display mode depress any key except IHD TIMER 65M 185 TOTAL TIMER There are two types of total timer the first total timer which can not be reset and the second total timer which can be reset by Key operation 1 FIRST TOTAL TIMER MIN represents minutes 0000MIN to 9999MIN Once 9999 minutes have been reached the display will start again at OOOOMIN 15 5155 22 22 TTL 8125 2 SECOND TOTAL Then to reset the second total timer 0000MIN will be displayed This operation is valid only while the second total timer is displayed gt 15 TTL TIMER 25 3 To return to the normal display mode depress key except NOTE You can select total timer for making receiving calls or total timer only for making calls Please contact your dealer 2 CALL CHARGE METERING The call charge metering facility gives an accurate readout of the numbers of units used for the last call made and a cumulativ
97. this function CALL will start to flash 2 When an incoming call is received a ringing tone will be heard the word RINGING and the backlight of the display will flash 3 If 65 seconds have passed and the other party terminates the call or the call is dropped due to fading situation before you answer the call the ringing tone and the flashing RINGING message and backlight of the display will automatically stop The word CALLED will then be displayed 4 clear the CALLED message NOTE The CALLED message will remain on the display even if you switch your telephone off 5 RINGING TONE CANCEL AND SILENT INCOMING CALL This function cancels the ringing tone and informs you of an incoming call only by the flashing of RINGING message and the backlight 9 MUTE will start to flash to indicate that the tone has been cancelled SIG 2 When an incoming call is received the word RINGING and the backlight will start to flash 2 RINGING 3 answer the call m Any key except MUTE will stcp flashing 4 Toterminate the call press MUTE will start to flash again TO RESTORE THE RINGING MUTE will disappear NOTE Whether this function is activated or not the word RINGING and the backlight will flash whenever an incoming c

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