Panasonic G600 Quick start guide

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Order Number: MCUK980101G8
Technical Guide
G600 Personal Cellular Telephone Handheld portable
EB-G600
Car mount k t
EB-HF600Z
Easy f t car mount k t
EB-HF600Z
Dual charger
EB-CR600
Issue 1
Rev s on 0

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Th s Techn cal Gu de s copyr ght and ssued on the str ct understand ng that t s not to be reproduced, cop ed, or
d sclosed to any th rd party, e ther n whole or part, w thout the pr or wr tten consent of Matsush ta Commun cat on
Industr al UK Ltd.
Every care has been taken to ensure that the contents of th s manual g ve an accurate representat on of the
equ pment. However, Matsush ta Commun cat on Industr al UK Ltd. accepts no respons b l ty for naccurac es that
may occur and reserves the r ght to make changes to spec f cat on or des gn w thout pr or not ce.
The nformat on conta ned n th s manual and all r ghts n any des gns d sclosed there n, are and rema n the
exclus ve property of Matsush ta Commun cat on Industr al UK Ltd.
Other patents apply to mater al conta ned n th s publ cat on:
BULL CP8 PATENTS
Comments or correspondence concern ng th s manual should be addressed to:
Customer Support Department,
Matsush ta Commun cat on Industr al UK Ltd.,
Colthrop,
Thatcham,
Berksh re. RG19 4ZD.
ENGLAND
© 1998 Matsush ta Commun cat on Industr al UK Ltd.
Issue 1 MCUK980101G8
Rev s on 0 Techn cal Gu de

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MCUK980101G8 Issue 1
Techn cal Gu de Rev s on 0
TABLE OF CONTENTS
1 INTRODUCTION
1.1 Purpose of th s Gu de ..............................................1-1
1.2 Structure of the Gu de ..............................................1-1
2 INTERFACES AND TEST POINTS
2.1 Introduct on ...................................................2-1
2.2 Interfaces ....................................................2-1
2.3 Test Po nts ...................................................2-6
3 RF OVERVIEW
3.1 Introduct on ...................................................3-1
3.2 Funct onal Descr pt on..............................................3-1
4 TRANSMITTER
4.1 Introduct on ...................................................4-1
4.2 Funct onal Descr pt on..............................................4-2
5 RECEIVER
5.1 Introduct on ...................................................5-1
5.2 Funct onal Descr pt on..............................................5-2
6 BASEBAND OVERVIEW
6.1 Introduct on ...................................................6-1
6.2 Funct onal Descr pt on..............................................6-1
7 GEMINI
7.1 Introduct on ...................................................7-1
7.2 Funct onal Descr pt on..............................................7-1
8 VEGA
8.1 Introduct on ...................................................8-1
8.2 Funct onal Descr pt on..............................................8-1
9 POWER SUPPLIES
9.1 Introduct on ...................................................9-1
9.2 Overv ew ....................................................9-1
9.3 Power-up ....................................................9-2
9.4 Power-down ...................................................9-3
9.5 Power Management ...............................................9-4
10 ACCESSORIES
10.1 Handsfree Un t - C rcu t Descr pt on ......................................10-1
10.2 Dual Charger .................................................10-5

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WARNINGS AND CAUTIONS
WARNING
The equ pment descr bed n th s manual conta ns polar sed capac tors ut l s ng l qu d electrolyte. These dev ces
are ent rely safe prov ded that ne ther a short-c rcu t nor a reverse polar ty connect on s made across the
capac tor term nals. FAILURE TO OBSERVE THIS WARNING COULD RESULT IN DAMAGE TO THE
EQUIPMENT OR, AT WORST, POSSIBLE INJURY TO PERSONNEL RESULTING FROM ELECTRIC SHOCK
OR THE AFFECTED CAPACITOR EXPLODING. EXTREME CARE MUST BE EXERCISED AT ALL TIMES
WHEN HANDLING THESE DEVICES.
CAUTION
The equ pment descr bed n th s manual conta ns electrostat c sens t ve dev ces (ESDs). Damage can occur to
these dev ces f the appropr ate handl ng procedure s not adhered to.
ESD Handling precautions
A work ng area where ESDs may be safely handled w thout undue r sk of damage from electrostat c d scharge,
must be ava lable. The area must be equ pped as follows:
Working Surfaces - All work ng surfaces must have a d ss pat ve bench mat, SAFE for use w th l ve equ pment,
connected v a a 1M2 res stor (usually bu lt nto the lead) to a common ground po nt.
Wrist Strap - A qu ck release sk n contact dev ce w th a flex ble cord, wh ch has a bu lt n safety res stor of between
5k2 and 1M2 shall be used. The flex ble cord must be attached to a d ss pat ve earth po nt.
Containers - All conta ners and storage must be of the conduct ve type.
Batteries
Th s equ pment may conta ns an nternal battery n add t on to the external battery packs. These batter es are
re-cyclable and should be d sposed of n accordance w th local leg slat on. They must not be nc nerated, or
d sposed of as ord nary rubb sh.
Issue 1 v MCUK980101G8
Rev s on 0 Techn cal Gu de

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1 INTRODUCTION
1.1 Pu pose of this Guide
Th s gu de conta ns techn cal nformat on for the Panason c G600 personal cellular telephone system operat ng on
the GSM network. Procedures for nstall ng, operat ng and serv c ng (e.g. d sassembly and test ng) the telephone
system are prov ded n the assoc ated Serv ce Manual.
1.2 St uctu e of the Guide
The gu de s structured to prov de serv ce-eng neer ng personnel w th the follow ng techn cal nformat on on the
GSM mob le telephone:
1. Interface deta ls and relevant test po nts.
2. Funct onal descr pt on of each sect on of the mob le telephone.
3. Deta led descr pt on of each sect on of the mob le telephone.
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2 INTERFACES AND TEST POINTS
2.1 Int oduction
Th s sect on prov des deta ls on connect ons between the RF and Baseband PCB and other nterfaces on G600.
2.2 Inte faces
. .1 Baseband and RF
Th s deta ls the 50-way connector between the RF and baseband PCB.
No. Signal Name Function Connection Status
1 BAT TEMP Battery Temperature
measurement s gnal
ADIN3 of VEGA(10b tAD)
2 CHARGE ON Charge control s gnal for
Dual Charger Extended I/O: Q(1) H:Charge On
L:Charge Off
3 GND
4 TX AUDIO TX AUDIO analogue
s gnal AUXIN of VEGA
5 RX AUDIO RX AUDIO analogue
s gnal AUXOUT of VEGA
6 GND
7 nADP SENSE Opt onal Adaptor
detect on s gnal
ADIN4 of VEGA(10b tAD)
8 nHF SENSE Handsfree connect on
sense s gnal IO(11) of GEMINI L:HF connected
H:HF d sconnected
9 LO2SEL 2nd Local Frequency
control s gnal TSPACT(4) of GEMINI L:RX 8 MON slot
H:TX slot
10 BUZZ- Buzzer control s gnal BUZZIN of Charge IC
11 BUZZ+ Buzzer control s gnal REGFB of Charge IC 6V MAX
12 SIM RST SIM Interface: Reset
s gnal SIM RST of GEMlNI Depends on SIM Card
13 SIM IO SIM Interface: I/O s gnal SIM I/O of GEMINI 3.25/372=8736.56baud
14 SIM CLK SIM Interface: Clock
s gnal SIM CLK of GEMINI 3.25MHz clock
15 TX ON Transm tter block power
control s gnal TSPACT(10) of GEMINI H:On, L: Off
16 PA ON PA power control s gnal TSPACT(11) of GEMINI H:On, L:Off
17 RF ON RF common block power
control s gnal TSPACT(5) of GEMINI H:On, L: Off
18 RX ON1 Rece ver block power
control s gnal1 TSPACT(6) of GEMINI H:On, L: Off
19 RX ON2 Rece ver block power
control s gnal2 TSPACT(7) of GEMINI H:On, L:Off
20 nRADIO_MUTE Rad o Mute control s gnal
for Car Extended I/O: Q(4) L: Rad o Mute
H – Z:Rad o Un-Mute
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No. Signal Name Function Connection Status
21 VIB_ON V brator control s gnal Extended I/O: Q(3) H: V brat on On
L: V brat on Off
22 nON_HOOK ON HOOK detect on
s gnal 10(9) of GEMINI H: Off Hook
L: On Hook
23 PA_RAMP RF Output power control
s gnal of PA APC of VEGA(5b tDA) 64 step
24 VBAT Battery Power Supply BAT
VOLT:ADIN1(10b tAD)
L -lON: 7.2V
N -MH: 4.8V
25 DCOUT 3.5V DC/DC output
power supply 3.44V ±5%
26 D5V 5.0V DC/DC output
power supply for SIM 5.0V ± 2.4%
27 EXT_PWR External Power Supply nEXT_PWR: lO(2) of
GEMINI 9.4V Max
28 VDD Power supply for V brator
29 GND
30 13MHZCLK 13MHz Ma n (Master)
Clock MCLK (more than 0.5V)
31 SERIAL_UP Ser al Interface (Upl nk) GEMINI USART(8251) Baud rate:115.2, 57.6,
38.4, 28.8, 19.2, 9.6(k)
32 IGNITION Ign t on sense s gnal nlGNITION: IO(4) of
GEMINI
H: Ign t on On, L(H – Z):
Ign t on Off
33 SERIAL_DOWN Ser al Interface
(Downl nk) GEMINI USART(8251) 8 b t, Even, 1 stop
34 nLOGIC_PWR H/H power sense s gnal
for Opt onal equ pment
LOGIC_PWR: lO(1) of
GEMINI
L: H/H Power On
H – Z: H/H Power Off
35 nHF_ON HF Aud o block control
s gnal
HF_ON: 10(3) of GEMINI L: HF Aud o On
H – Z: HF Aud o Off
36 BATID Battery Cell detect on
s gnal
BAT – ID :ADIN2 of
VEGA(10b tAD)
37 VREF_OUT Vega reference voltage
output s gnal for RF VMID of VEGA
38 DQX Downl nk nQ s gnal
39 DQ Downl nk Q s gnal
40 DIX Downl nk nl s gnal
41 Dl Downl nk I s gnal
42 GND
43 OCE Output Cancel Enable
s gnal
BCAL=TSPACT(l) of
GEMINI H: Enable
44 IFAGCEN IF AGC Enable s gnal for
RX IC TSPEN(4) of GEMINI H: Enable
L: D sable
45 PLL_STRB PLL ser al nterface
s gnal: Strobe TSPACT(9) of GEMINI H: Enable
L: D sable
46 PLL_SD PLL and AGC ser al
nterface s gnal: Data TSPDO of GEMINI
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No. Signal Name Function Connection Status
47 PLL_CLK PLL and AGC ser al
nterface s gnal: Clock TSPCLK of GEMINI
48 GND
49 UQX Upl nk nQ s gnal
50 UQ Upl nk Q s gnal
51 UI X Upl nk nl s gnal
52 UI Upl nk I s gnal
53 PL_CONT TX Power Level control
s gnal IO(6) of GEMINI H: TX PL5~1
L: TX PL12~19
54 VBAT Battery Power Supply BAT VOLT:
ADIN1(10b tAD)
L -ION: 7.2V
N -MH: 4.8V
55 DCOUT 3.5V DC/DC output
power supply 3.44V ± 5%
56 D5V 5.0V DC/DC output
power supply for SIM 5.0V ± 2.4%
57 EXT_PWR External Power Supply nEXT PWR: IO(2) of
GEMINI 9.4V Max
58 VDD Power supply for V brator AFC of VEGA (13b tDA)
59 GND
60 AFC TCVCXO Frequency
Control s gnal
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. . External Interface
G600 has 2 external connectors, a mult way connector for use w th a handsfree and data and add t onal contacts
for the charg ng the battery pack wh le n the desk top charger. Both nterfaces are electr cally and mechan cally
compat ble w th G600.
Hands ree and data connector (J001)
PIN Signal Direction
(from HH) Description
1 GND Power supply and d g tal s gnal ground
2 TX_AUDIO Input TX aud o
3 AUDIO_GND Aud o s gnal ground
4 nHF_ON Output Handsfree control s gnal
(Lo=ON, H -Zo=OFF)
5 nADP_SENSE Input Data adaptor select s gnal
6 SERIAL_UP Input UART up (9600, 33.8kbps)
7 SERIAL_DOWN Output UART down (9600, 33.8kbps)
8 EXT_PWR Input Power for charg ng
9 GND D g tal s gnal power supply ground
10 RX_AUDIO Output RX aud o s gnal (analogue)
11 nRADIO_MUTE Output Rad o mute
(Lo=mute, H -Zo=Not muted)
12 nHF_SENSE Input Handsfree select s gnal
(Lo=Handsfree mode)
13 nFLASH_WE /
PERF_PWR_ENBL Output Flash wr te enable and enable external per pheral
(Lo=Enable flash wr te)
14 IGNITION Input Cond t on of gn t on
(Lo=off, H =on)
15 nLOGIC_PWR Output Handheld state
(Lo=off, H =on)
16 PERF_PWR /
PA_ON Output Power ampl f er control s gnal and external per pheral
power supply
Charge Contacts
PIN Signal Description
20 EXT_PWR Power for charg ng
21 GND Ground
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Battery Contacts
PIN Signal Description
T TEMP Battery temperature sense
+ BATT + Battery pos t ve
- BATT - Battery negat ve
S SENSE Battery Type Sensor
SIM Inter ace
PIN SIGNAL
1 GND
25V
3 Not connected
4 Reset
5 Ser al nput/output
6 Clock
7 Not connected
8 Not connected
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2.3 Test Points
.3.1 Baseband
TP No. Signal
402 TO3 (U401 p n 88)
403 TO0 (U401 p n 83)
404 nRESET
405 TCK (U401 p n 90)
406 TMS (U401 p n 91)
407 SIM_CLK_LO
412 TO0 (U402 p n 63)
413 TOD (U402 p n 62)
414 TRST (U402 p n 24)
415 TCK (U402 p n 64)
416 TMS (U402 p n 61)
420 VIB_ON
421 TEST 1 (U402 p n 69)
422 TEST 2 (U402 p n 68)
423 TEST 3 (U402 p n 67)
424 BL_VB_ON
425 CHARGE_LED
426 POLEOUT (U503 p n 18)
427 MIC_N
428 MIC_P
429 REC_P
430 REC_N
31 TX_AUDIO
432 RX_AUDIO
433 13MHzCLK
434 PA_ON
435 TX_ON
436 RX_ON2
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TP No. Signal
437 RX_ON1
438 OCE
439 RF_ON
440 LO2SEL
441 nHF_TX_MUTE
442 VREF_OUT
443 SIM_CLK
444 SIM_IO
445 SIM_RST
446 BAT_TEMP
447 nADP_SENSE
448 nHF_SENSE
449 nON_HOOK
450 nLOGIC_POWER
451 IGNITION
452 SERIAL_UP
453 BATID
454 nHF_ON
455 SERIAL_DOWN
456 CHARGE_ON
457 KBC(0)
458 KBC(1)
459 KBC(2)
460 KBC(3)
461 KBC(4)
462 KBR(4)
463 KBR(3)
464 KBR(2)
465 KBR(1)
466 KBR(0)
467 nPOWKEY
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TP No. Signal
468 nRADIO_MUTE
469 AFC
470 PARAMP
501 BUZON (U501 p n 19)
502 REGF8 (U501 p n 15)
503 nLV3
504 nRESET
505 BUZZER
506 PAGING_LED
507 EXT_PWR
508 VDD
510 VBAT
512 D5V
513 DC_OUT
514 D3V
516 A3V
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.3. RF
TP No. Signal
1 BAT_TEMP
2 nCAHRGE_ON
4 TX_AUDIO
5 RX_AUDIO
7 nADP_SENSE
8 nHF_SENSE
9 IFLSEL
10 BUZZ -
11 BUZZ +
13 PARAMP
15 TX_ON
16 PA_ON
17 LO_EN
18 RX_ON1
19 RX_ON2
20 nRADIO_MUTE
21 VIB_ON
22 nON_HOOK
24 BATTERY +
25 DC_OUT
27 EXT_PWR
28 V_VIB
30 CKL3MI
31 SERIAL_UP
32 IGNITION
33 SERIAL_DOWN
34 nLOGIC_PWR
35 nHF_DN
36 BATT_ID
38 DLQN
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TP No. Signal
39 DLQP
40 DLIN
41 DLIP
43 BCAL
44 IFAGCEN
45 PLL_STR
46 PLL_SD
47 PLL_CLK
49 ULQN
50 ULQP
51 ULIN
52 ULIP
53 PLL_CONT
60 AFC
E901 –
E908
GND
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3 RF OVERVIEW
3.1 Int oduction
All the RF c rcu try s conta ned on one PCB. The RF PCB has s x layers made from FR4 mater al. Top and bottom
layer tracks are gold-plated to prevent ox d zat on and enable better solder ng. The board th ckness s 1.0 mm
(+0.0, -0.1mm).
The major ty of the components are on one s de of the PCB leav ng as much as poss ble of the oppos te s de to be
a complete ground plane; th s s used to prov de RF sh eld ng.
The RF board s connected to the baseband d g tal board v a a 60 way dual n-l ne connector.
A metall sed plast c chass s s used to separate the RF and the Log c PCB’s. The chass s has no holes other than
the one for the nterface connector. The cont nuous chass s des gn s mportant for EMC purposes. When the
chass s s sandw ched between the RF and the Log c PCB’s the ground plane of the RF board together w th the
chass s forms an effect ve sh elded enclosure, wh ch prevents spur ous em ss ons. The chass s has been des gned
to prov de smaller walled sect ons, wh ch are used to solate sens t ve areas from areas w th h gh level RF s gnals.
3.2 Functional Desc iption
The major bu ld ng blocks for the RF des gn are the transm t (Tx) and rece ve (Rx) IC’s, RF-IF dual PLL and the
antenna subsystem.
Figure 1: RF Block D agram 600-0301
3. .1 Functional Description of the PLL’s
The G600 des gn employs two f xed IF LO’s - 201MHz for Rx and 246MHz for Tx. They are generated at 402MHz
and 496MHz us ng the IF part of the PLL IC. The IF VCO used s a d screte des gn and the VCO tun ng frequency
s selectable between 402MHz and 492MHz by means of sw tch ng the frequency determ n ng nductors,
L302+L303, by IFLOSEL control l ne.
The RF LO s generated by the PLL formed by the RF part of the PLL IC MB15F02 and an external modular VCO.
The use of a modular VCO mproves the des gn repeatab l ty.
3. . Antenna
The antenna s a f xed hel cal type. A wh p antenna may be connected to the RF path and prov des better ga n and
m n m zes the head effects on the antenna.
The I/O connector ncorporates a mechan cal RF sw tch wh ch routes the RF s gnal to the I/O connector for
handsfree operat on and test purposes.
3. .3 Transmit and Receive
The transm t and rece ve paths of G600 are covered n the r own spec f c chapters later n th s manual.
MCUK980101G8 Sect on 3 Issue 1
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RF OVERVIEW
Rx 01MHz
(1136. - 1160.8)MHz
(935. - 959.8)MHz
IF VCO
RF VCO
Tx
(890. - 914.8)MHz
nd LO
Rx /Tx
switch
I, Q modulation inputs
from baseband
40 MHz for Rx
49 MHz for Tx
I, Q outputs to baseband
zero IF

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4 TRANSMITTER
4.1 Int oduction
Th s sect on prov des a techn cal descr pt on of the transm tter c rcu t of the RF c rcu t. A c rcu t d agram of the
whole system s prov ded n Sect on 8 of the Serv ce Manual.
4.1.1 Uplink Frequencies
CHANNEL
NUMBERS UPLINK FREQUENCIES (MHz)
1-5
6-10
11-15
16-20
21-25
890.200
891.200
892.200
893.200
894.200
890.400
891.400
892.400
893.400
894.400
890.600
891.600
892.600
893.600
894.600
890.800
891.800
892.800
893.800
894.800
891.000
892.000
893.000
894.000
895.000
26-30
31-35
36-40
41-45
46-50
895.200
896.200
897.200
898.200
899.200
895.400
896.400
897.400
898.400
899.400
895.600
896.600
897.600
898.600
899.600
895.800
896.800
897.800
898.800
899.800
896.000
897.000
898.000
899.000
900.000
51-55
56-60
61-65
66-70
71-75
900.200
901.200
902.200
903.200
904.200
900.400
901.400
902.400
903.400
904.400
900.600
901.600
902.600
903.600
904.600
900.800
901.800
902.800
903.800
904.800
901.000
902.000
903.000
904.000
905.000
76-80
81-85
86-90
91-95
96-100
905.200
906.200
907.200
908.200
909.200
905.400
906.400
907.400
908.400
909.400
905.600
906.600
907.600
908.600
909.600
905.800
906.800
907.800
908.800
909.800
906.000
907.000
908.000
909.000
910.000
101-105
106-110
111-115
116-120
121-124
910.200
911.200
912.200
913.200
914.200
910.400
911.400
912.400
913.400
914.400
910.600
911.600
912.600
913.600
914.600
910.800
911.800
912.800
913.800
914.800
911.000
912.000
913.000
914.000
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4.2 Functional Desc iption
The ma n bu ld ng block n the Tx l ne-up s the transm tter IC U102 wh ch prov des a Class 4 (2 Watts) transm tter.
Figure 1: Transm tter IC U102 600-0401
The RF m xer s used to generate the GSM carr er, wh ch s then modulated by the baseband I-Q s gnals n the
quadrature modulator. The output from the quadrature modulator s buffered and s output d fferent ally at about
-8dBm.
The RF LO s obta ned from the same VCO that suppl es the Rx LO, therefore the Tx IF frequency s 45MHz
greater than the Rx IF frequency. The IF LO s generated by the same d screte VCO as the Rx IF VCO offset by
90MHz. The VCO frequency s d v ded by two by an on-ch p d v der to generate the requ red 246MHz.
The output from Tx IC s f ltered before and after the PA dr ver U1063. The amount of f lter ng prov ded ensures that
the Tx spur and the Tx no se n the Rx band are w th n GSM l m ts w th suff c ent marg ns.
The PA ampl f es the output from the PA dr ver to any requ red level up to PL5 (33dBm) at the antenna. The power
level can be controlled as requ red n Phase II GSM n 2dB steps from 33dBm to 9dBm. To ach eve the accuracy
and t me mask requ rements for the output power, a closed loop power control des gn has been mplemented. In
th s method, a port on of the output power s coupled nto a detector. Th s sample s then compared w th a ramp
waveform whose r s ng and fall ng edges are prec sely shaped to ensure that the frequency splash due to the fast
turn on and off of the PA rema ns w th n spec f cat ons. The level of the ramp waveform determ nes output power
level that needs to be transm tted.
The output from the PA s f ltered through a d screte low-pass f lter to ensure that there s suff c ent marg n n the
reject on of the second and th rd Tx harmon cs as the duplexer reject on s not suff c ent.
For a typ cal output power of 33dBm at the antenna, assum ng a typ cal loss of 1.5dB between the PA output and
the antenna, the PA has an eff c ency m n mum of 40%.
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4. .1 Signal Levels
The s gnal levels through the transm tter IC are g ven below.
Figure 2: Typ cal Losses 600-0402
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TRANSMITTER
FL101 U103 FL102 U104 (PA) Coupler LPF FL104
-2.5dB +21.5dB -2.5dB +26.8dB -0.3dB -0.3dB -0.9dB
-15
-10
-5
0
5
10
15
20
25
30
35

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5 RECEIVER
5.1 Int oduction
Th s sect on prov des a techn cal descr pt on of the rece ver sect on of the RF c rcu t. A c rcu t d agram of the whole
system s prov ded n Sect on 8 of the Serv ce Manual (Order No. MCUK980101C8).
5.1.1 Downlink Frequencies
CHANNEL
NUMBERS DOWNLINK FREQUENCIES (MHz)
1-5
6-10
11-15
16-20
21-25
935.200
936.200
937.200
938.200
939.200
935.400
936.400
937.400
938.400
939.400
935.600
936.600
937.600
938.600
939.600
935.800
936.800
937.800
938.800
939.800
936.000
937.000
938.000
939.000
940.000
26-30
31-35
36-40
41-45
46-50
940.200
941.200
942.200
943.200
944.200
940.400
941.400
942.400
943.400
944.400
940.600
941.600
942.600
943.600
944.600
940.800
941.800
942.800
943.800
944.800
941.000
942.000
943.000
944.000
945.000
51-55
56-60
61-65
66-70
71-75
945.200
946.200
947.200
948.200
949.200
945.400
946.400
947.400
948.400
949.400
945.600
946.600
947.600
948.600
949.600
945.800
946.800
947.800
948.800
949.800
946.000
947.000
948.000
949.000
950.000
76-80
81-85
86-90
91-95
96-100
950.200
951.200
952.200
953.200
954.200
950.400
951.400
952.400
953.400
954.400
950.600
951.600
952.600
953.600
954.600
950.800
951.800
952.800
953.800
954.800
951.000
952.000
953.000
954.000
955.000
101-105
106-110
111-115
116-120
121-124
955.200
956.200
957.200
958.200
959.200
955.400
956.400
957.400
958.400
959.400
955.600
956.600
957.600
958.600
959.600
955.800
956.800
957.800
958.800
959.800
956.000
957.000
958.000
959.000
MCUK980101G8 Sect on 5 Issue 1
Techn cal Gu de 5 - 1 Rev s on 0
RECEIVER