Motorola V60i User manual

V60i
Motorola
Brand
Motorola
Model
V60i
Type
User manual

This manual is also suitable for

Motorola V60i offers a range of capabilities to enhance your communication and mobile experience. With its advanced frequency synthesizer circuitry, it provides precise and stable signal transmission and reception. The device features three PLL frequency synthesizers that control various local oscillators, ensuring reliable operation in different frequency bands. The transmit power control circuitry allows you to adjust the output power level for optimal signal strength and battery efficiency.

Motorola V60i offers a range of capabilities to enhance your communication and mobile experience. With its advanced frequency synthesizer circuitry, it provides precise and stable signal transmission and reception. The device features three PLL frequency synthesizers that control various local oscillators, ensuring reliable operation in different frequency bands. The transmit power control circuitry allows you to adjust the output power level for optimal signal strength and battery efficiency.

1
Motorola V60i
CDMA 800/1900/AMPS 800
Service Manual Level III
22 4/2/02
60i
Circuit Description &
Theory of Operation
FREQUENCY SYNTHESIZER CIRCUITRY
The phone contains three PLL frequency synthe-
sizers controlled by U700.
1. The main VCO: there are two main VCO
modules- a) one synthesizer controls the
tunable 979 – 1004Mhz main local oscillator –
U626, which is ON during Cellular or 800Mhz
mode. b) another synthesizer controls the
tunable 2039-2100Mhz main local oscillator –
U636, which is ON during PCS or 1900Mhz
mode.
2. The Tx offset VCO: there are two modes and
two frequency at which this oscillator which is
internal to U700 works, but the tank circuit is
external. There are two tank circuits one for
Cellular mode (800 Mhz) which will set
309.6Mhz frequency for the oscillator to oscil-
late on. Another tank circuit for PCS mode
(1900Mhz) which will set 379.6Mhz
frequency for the oscillator to oscillate on. The
Tx offset frequency is divided by 2 before
being fed into the mixer for modulation.
3. The second LO: the second local oscillator
also operates in two modes with two different
frequencies: For AMPS mode the frequency is
219.3Mhz and for CDMA mode at cellular or
800Mhz band and PCS or 1900Mhz band the
frequency is 219.8Mhz. The tank circuit is
external to the U700. The frequency is divided
by 2 before being fed into the mixer.
All the synthesizers obtain their reference fre-
quency from the 16.8Mhz reference oscillator.
TRANSMIT POWER CONTROL CIR-
CUITRY
The transmit signal power (the output RF power)
is controlled by the three control signals
ZIF_VCA and ME_VCA from WALLY IC and
PA_BIAS from CCAP IC. The output power is
controlled at three places, ZIFSYN – U700
which has a gain control of max 40dB and ME3
IC- U400 which has a total gain of max 36dB
and PA has a gain of max 27-32dB.
In Amps mode the power range is +8dBM to
+28dBM. In CDMA mode the RF power range is
from –50dBM to +23dBM.
In CDMA mode the power control operates in
two mode: Open loop and Close loop. In open
loop mode (at the beginning of registering –
access probe) the power level is proportional to
the received signal level, in close loop mode the
power level is controlled by the CDMA cell
based on the received signal strength at the cell
site.
23
60i
Circuit Description &
Theory of Operation
FLASHRAM
KBC5
KBC6
DATA[15:0]
Motorola Cellular Subscriber
Confidential Proprietary
CDMA Brassboard Baseband
ADDR[21:0]
MODE
TXATTEN
R_WB
RXIM
RXIP
TXQM
TXQP
TXIM
RSSI
RFCLK
RFDATA
ZIF_ENB
TXIM
TXQP
TXQM
RXIM
RXIP
RSSI
RXCTRLB
INT4_B
GPIO10/BAA_B
AUDIO_GND
RF_SLEEP
TXIPTXIP
RESET_IN_B
OSCENB
GPIO3
BAND
FM
DISC
FM
DISC
RF_DETRFDETECT
CKIH
AFC
16.8Mhz
REF_WARP
GPIO2
ME_VCAAOCCNT
BATT_GND
RESETb
WDI
EN_WE
EN_OE
EN_WE
EN_CE
INTb
RAWEXTB+
Motorola Cellular Subscriber
Confidential Proprietary
32KHZ CKIL
CS0B
XTAL1
XTAL2
OEB
PAENABLE_LO
INT0 (FLIP_OPEN_B)
KEY_ROW[0:5]
KEY_COL[:4]
A2OUT
MIC2MIN
32 KHz
MIC2OUT
AUDIOOUTM
AUDIOOUTP
OPTION1(INT6)
TEMP_SENSE
DTRPB
CTSB_ALT
DCDPB
TXDP_ALT
USB_OE
AUDPIN
AUDFB
AUDMIN
A4OUT
HEADSET
INT1 (HEADSET_DET)
SPICS3
RTCBATT
SPKROUTM
UB
LB
OSCEN_b
PA_BIAS
AFC_ANALOGSTEERING
PA_BIAS
GPIO7
RFCLK
RFDATA
THERM0
THERM1
LOCK_DETECTGP109
FEIC_G1GPIO0
ZIF_VCA
USB_VMO
EB1_b
EB0_b
GPIO6
GPIO11/WAIT_B
CS3_B/BCLK
BOOTMOD
VMIC1
MIC1MIN
RXQM
RXQP
RXQM
RXQP
SPKROUTP
A3OUT
A3IN
MIC1OUT
V5 (2.75)
EALOGVDD(1-2)
V2 (1.8 - 2.75 V)
AVDD(1-2)
CVDD
DVDD
V1b (1.8 V)
ANOLGVDD(1-3)
SDVDD(1-2)
V3 (2.75 V)
QVCCH(1-4),
GVDD(1-3),
HVDD(1-2),
KVDD, UVDD
V1a (1.8 V)
QVCC(1-5)
WALLY
GPIO1
V1B
V2
V3
V5
V6
Digital_1.8V
Analog_1.8V
Memory_Vcc
Logic_2.75v
B+
RX_2.75v
TX_2.75v
USBP
USBM
USBVMOUT
USBVPOUT
USBVMIN
USBVPIN
ADV
BCLK
BAA
OPTION2
GPIO8
ESD protection not shown
RESET_OUT_B RESET
V10EN
VIN9
CS2_B
DATA[7:0]
A_Db
R_Wb
CCAPCEb
USBRXD
TXDP
USBOEb
FEEDBACK
MAINBATT
MAINTEMP
Display Driver Connector J3000
ON2b
VIN8
B+
V9(VIBOUT)
V8(Led_Backlgt)
ON1b
VMIC2
SW_B+_EN
RXDP
USB_VP
RTSP
RXDP_ALT
MIC3OUT
MIC3MIN
FEIC_G2
USBPWR
PA_ENABLE
Int.
Mic.
MCI0
BATT_GND
BATT_SERIAL_DATA
CCAP & Ckts
KBC1
KBR1
V1A
Ser_LCD_A0
LCDCS1
LCD_CS
Ser_LCD_CLK
Ser_LCD_MOSI
Speaker
Phone
LOGIC_2.75v
KBR2
RESET_OUT_b
EN_OE
CS1_B EN_CS
WAIT
1
2 3 467 95
11
10
8
12
15
16
17
CSS Bus Connector J1000
NC
NO
14
13
CTSB_0WIRE
RIPB
DSRPB
KEY_ROW3
MCI1
RTSB_ALT
DATALOG
_CNTRL_b
RXATTENV10REF
MIC1
MIC_REF
MIC4OUT
MIC4REF
TXDS_ALT
RXDS_ALT
GPIO4
IrDA
XCVR
LOGIC_GND
PANTHER OPTION ONLY
Alert
PAH_B+
PAL_B+
PAH_B+
PAL_B+
32KHZ
PAH_D_PHASE
32KHZ
To RF Section
LED_DR1
LED_DR0
Status
LED
1
2
3
4
BATTERY
CONTACTS
STO
Flex to Flip
To RF
Section
LCD_CS
Ser_LCD_CLK
Ser_LCD_A0
LCD_CS1
Ser_LCD_MOSI
RESET_OUT_b
J2000
Keypad
Conn.
CE Module Bus Connector
INT0(SM_DET)
MISO
SPICS0
SPICS1
STDA
SCKA
SC2A
BATT_GND
869
10 111312
For future use on
Panther
16
ESD protection not shown
15 7 14
Panther Option Only
12
SRDA
AUDIO LOGIC BLOCK DIAGRAM
24 4/2/02
60i
Circuit Description &
Theory of Operation
RF SIDE BLOCK DIAGRAM
Antenna:A01
FL51
800 Duplexer
TX
RX
A50
C59
L50
L51
GND
GND
ANTENNA
FL53
C55
C51
GND
GND
L102
GND
C102
A51
U100
A02
Diplexer
U550
C594
(A09)
FL50
1900 Duplexer
TX RX
C538
(A09)
PCS U100
A02
ANTENNA CIRCUIT
C118
GND
C112
V60i
This document is propriety of MOTOROLA and it
should be return if not used .
Distribution and copies of this document are not
allowed with out MOTOROLA approval.
BOARD - a.18
4
2
C103
GND
L101
FE_2.75V
(A02)
C119
L112
GND
C104
C105
FL100
GND
GND
C107
C122
L114
FL103
C123
C125C120
GND
L115
GND
C109
R
1
0
1
R
1
0
0
R150
L150
L151
C150
GND
GND
C151
C152
C153
L152
R108
BAND
(A13)
GND
GND
C?
C?
GND
C115
GND
GND
GND
R103
C106
R104
GND
C108
R106
GND
RF_SLEEP
(A13)
FEIC_G2
(A13)
FEIC_G1
(A13)
MODE
(A13)
R107
C116
GND
C114
GND
C110
GND
C?
L?
RX_LO_800
(A06)
C102
(A02)
R160
L160
C113 C160
C161
C162
FL160
L162
C163
C164
L154
C157
C156
GND
L153
FL150
GND GND
GND
GND
C155
FE_2.75V
(A02)
RX_2.75V
(A12)
R110
DNP
U700-PREIN2
(A03)
U700-PREIN1
(A03)
FEIC:A02
U100
FE_2.75V
(A02)
FE_2.75V
(A02)
L113
(A02)
CDMA IF
AMPS IF
FEIC CIRCUIT
800
1900
RX_LO_PCS
(A06)
V60i
C100
C154
This document is propriety of MOTOROLA and it
should be return if not used .
Distribution and copies of this document are not
allowed with out MOTOROLA approval.
BOARD - a.18
4
3
ZIF:A03
C642
L636
RX_SF (A03)
BAND (A13)
BANDB
(A03)
VSF_800
(A06)
VSF_1900
Q636
RSSI (A13)
Main VCO Loop
Q635
GND
BAND (A13)
BANDB (A03)
C755
DNP
RF GND
C750
C751
C775
C
7
7
6
C752
C753
GND
C754R750
RF_SLEEP (A13)
16.8 MHz (A07)
C305
C303
R301
(A04)
R732
R731
C731
R726
R728
R727
R729
R407 R408
C725
R655
ZIF_VCA
(A13)
TXIM
TXIP
TXQM
TXQP
C411 (A08)
C402 (A08)
C155 (A02)
C156 (A02)
ZIF_2.75V
(A03)
GND
RXQP
RXQM
RXIP
RXIM
RF_SPI
DISC
RF BUS(A13)
ZIF_2.75V (A03)
C778
C779
C780
C781
C783
C782
C700
C702
C701
C703
C729C728
RX_SF (A03)
VCO_CTRL
U626 (A06)
VCO (A06)
C600
R701
C704
GND
GND
GND
GND GND
R600
R601
C601
C602
R602
R710
DNP
RX_2.75V
(A12)
GND
GND
AFC_ANAL OGS TEE RI NG
R653 (A10)
C651 (A10)
C652 (A10)
C655 (A10)
R652 (A10)
ZIF_2.75V
(A03)
VPTXV
TXVEMIT
TXVBASE
TXCPO
U700
DITHER_EN (A07)
LOCK_DETECT
(A13)
ZIF_2.75V
(A03)
ZIF_2.75V
(A03)
ZIF_2.75V
(A03)
TX BUS
(A13)
RX BUS
(A13)
ZIF_2.75V
(A03)
ZIF_2.75V (A03)
ZIF/SYN CIRCUIT
RXIM
RXIP
RXQM
RXQP
(A13)
V60i
RF GND
C756
RF GND
RF GND
RF GND
RF GND
RF GND
RF GND
RF GND
RF GND
T his d ocu m ent is p rop riety of M OT O RO L A and it
sh ould be retu rn if not u sed .
D istr ibut ion and copies of th is doc um en t are no t
allo w ed w ith out M O T O RO L A appr oval.
BOARD - a.18
4
4
RX 2nd LO:A04
R301 C302 C303
C304
C305
GND
C300
R300 C301 CR300 L300
GNDGND
GND
GND
ZIF
(A03)
ZIF
(A03)
ZIF
(A03)
2nd LO Circuit
V60i
This document is propriety of MOTOROLA and it
should be return if not used .
Distribution and copies of this document are not
allowed with out MOTOROLA approval.
BOARD - a.18
4
5
TX Offset Osc:A05
C657
RF GND
R653
C658
R654
Q650
C660
RF GND
C656
CR651
RF GND
C655
R652
C654
CR650
R651
RF GND
RF GND
CR652
L652
R656
L651
C659
C653
L650
C652C651
C650
RF GND
TX_2.75V
(A12)
TXVBASE
(A03)
TXVEMIT
(A03)
R655
(A03)
TXCPO
(A03)
FM
TX BUS (A13)
VPTXV
(A03)
BANDB
(A03)
TX OFFset Circuit
V60i
This document is propriety of MOTOROLA and it
should be return if not used .
Distribution and copies of this document are not
allowed with out MOTOROLA approval.
BOARD - a.18
4
6
L626
RF GND
R628
R629
RF GND
R627
RF GND
C629
RF GND
C625
L625
C628
RF GND
VSF_800
(A03)
VC0_CTRL
(A03)
VC0
(A03)
RX_LO_800
(A02)
TX_LO_800
(A08)
U626
U625
VCO:A06
R634
RF GND
R638
R636
RF GND
R637
RF GND
C637
RF GND
C635
L635
C636
RF GND
VSF_1900
(A03)
VC0_CTRL
(A03)
VC0
(A03)
RX_LO_1900
(A02)
TX_LO_1900
(A08)
U636
U635
C638
VCO Circuit
V60i
R626
RF GND
R635
RF GND
This document is propriety of MOTOROLA and it
should be return if not used .
Distribution and copies of this document are not
allowed with out MOTOROLA approval.
BOARD - a.18
4
7
Ref Osc:A07
U325
Q325
C326
R325
C325
GND
GND
GND
C327
U326
RX_2.75V
(A12)
16.8MHZ
(A03)
OSCEN_b
(A13)
REF_WARP
(A13)
DITHER_EN
(A03)
32KHZ_RF
(A12)
RX_2.75V
(A12)
GND
RF GND RF GND
16.8MHZ
(A13)
R328
C329
R327R326
C328
OSC_2.75V
(A10)
REFERENCE OSCILATOR
V60i
R330
C330
CR330
This document is propriety of MOTOROLA and it
should be return if not used .
Distribution and copies of this document are not
allowed with out MOTOROLA approval.
BOARD - a.18
4
8
L408L407
C436
R421
DNP
C443
R409
RF G ND
L418
C439
L419
C434 C433
FL403
RF G NDRF GND
RF GND
RF GNDRF G ND
RF G ND
C437
C441
C406
C446
C421
RF G ND
L421
C419
C442
RF G ND
L412
L409
L417
RF G ND
RF G ND
C416 C417
C425 L415
C413
C418
C426
RF GND RF GND
RF G ND
FL409
RF G ND
RF G ND
RF GND
C410 L411
C403
C404
R403
R401
R402
R413
C414
L400
C415
C402
C411
L401
C407
C405
C429
R415
R414
DNP
R416
DNP
RF G ND
ME_VCA
(A13)
TX_2.75V
(A12)
BAND
(A13)
MODE
(A13)
PA_ENABLE
(A13)
R407
(A03)
R408
(A03)
TX_LO_800
(A06)
FL404
(A09)
U400
ME3:A08
TX_2.75V
(A12)
TX_2.75V
(A12)
R418
R423
DNP
R424
RF GND
TX_LO_1900
(A06)
RF GND
C409
L402
C430
1900 TXIF
U402
(A09)
800 TX IF
ME3 Circuit
V60i
C408
L410
T his do cu m ent is pr opr iet y o f M O T O R O LA an d it
s hou ld b e re tur n if n ot u sed .
D is trib ution an d c opie s of t his doc um en t ar e not
allow ed w ith ou t M O T O R O LA ap pro v al.
BOARD - a.18
4
9
PA:A09
R405
C420
U401
C422
MODEB
MODE
GND
C423
C428
GND
C531
R526
DNP
C536
GND
L520
FL401
U520
C526 C527 C528
C535
C533
C534
R523
R521
R522
GND GND GND
GND
C525
C521
GND
L
5
2
3
U525
C529
R532
TX_2.75V
(A12)
PA_BIAS
(A13)
U551
(A01)
PAH_B+
(A12)
C432
(A08)
GND
GND
TX_2.75V
(A12)
1900 PA Circuit
R520
GND
C530
C532
GND
C537
GND
C538
L522
GND
L521
C522
L524
GND
C524
GND
C424
GND
U402
GND
C431
C435
MODEB
MODE
C400
C401
R420
C523
GND
V60i
This document is propriety of MOTOROLA and it
should be return if not used .
Distribution and copies of this document are not
allowed with out MOTOROLA approval.
BOARD - a.18
5
0
PA:A09
FL404
U900
C579
C585
C579
C589
C590 C591 C592
C572
C595
C596
R584
CR580
C571C570
C586
C582
C
5
8
4
C583
R582
R581
R580
C598
C580
GND
GND
GND
GND GND GND
GND
GND
GND
GND
GND
GND
GND
GND
GND GND
Q581
L581
C587
C581
L580
C580
C580
C580
C580
GND
GND
L
5
8
2
C594
U525
C529
R532
TX_2.75V
(A12)
PA_BIAS
(A13)
U550
(A01)
PAL_B+
(A12)
TX_2.75V
(A12)
C441
(A08)
MODE
(A13)
BAND
(A13)
GND
GND
TX_2.75V
(A12)
800 PA Circuit
This document is propriety of MOTOROLA and it
should be return if not used .
Distribution and copies of this document are not
allowed with out MOTOROLA approval.
BOARD - P6.2
V60i
C578
5
1
Power Detect & Temp Sense:A10
CR550
R550 R551
C554
C550
C555
R555
R552
C552
C553
R554
GNDGNDGND
GND
GND
RF_DETECT
(A13)
C595
(A09)
U103
TEMP_SENSE
(A13)
OSC_2.75V
(A07)
GND
TX_2.75V
(A12)
POWER DETECT & TEMP SENSE CIRCUIT
V60i
This document is propriety of MOTOROLA and it
should be return if not used .
Distribution and copies of this document are not
allowed with out MO TOROLA approval.
BOARD - a.18
5
2
Power Select, Charger & Vibrator:A11
Charger
C1052
R1052
Q1050
CR1051
CHRGC
(A12)
ISENSE
(A12)
RAWEXTB+
(A16)
BATT+
(A16)
Power Select
GND
GND
GND
GND
MIDRATE1
(A13)
MIDRATE2
(A13)
BATT+
(A16)
EXT_B+
(A16)
B+
(A12)
R1309
DNP
R1307
Q1306
Q1307
Q1309
Q1308
J4
GND
GND
2
1
GND
VIBRATOR
(A12)
CR1050
V60i
R1053
C1702
C1701
This document is propriety of MOTOROLA and it
should be return if not used .
Distribution and copies of this document are not
allowed with out MOTOROLA approval.
BOARD - a.18
5
3
CCAP:A12
ADDRESS
EIM
MICREF (A13)
MIC1 (A13)
AUD IOOUTM
AUD IOOUTP
AUD IOIN (A1 6)
J600
HEADPHO NE
JACK
WALLY _2 .75V (A1 5)
SPKR OUTM
SPKR OUTP
INT1 (A13)
J6000
INTERNAL
MIC
LS1
ALERT
ALT+
B+ (A16)
WALLY_ CCAP_C SS_INTER FACE
USB
PA_E NA BLE (A 13)
RTC_ BATT (A 16)
32KHZ_RF
(A06)
32KHZ_WALLY
(A13)
EXT_B+ (A11)
RAWEXTB+ (A11)
B+ (A16)
BATT+ (A16)
BATT_FE EDB ACK
(A1 6)
ANA LOG_1 .8V (A1 5)
DIGITAL_ 1.8V (A1 5)
MEMORY _VC C (A 15)
LO GIC_2.75V
RX_2.75V
LED_B ACK LIGHT
(A1 6)
TX_2.75V
VIBRATOR (A1 1)
AUD IO_OU T
C1 206
C1 208
WATCHD OG
(A1 3)
R11 08
RESE T (A 13)
C
?
PAH_B+
PAH_ D_PH ASE
(A1 3)
PAL_B+
(A09)
B+
(A11)
C1 288
C12 87
R1 222
C12 89
C12 62
C12 63
C12 64
C12 65
C12 66
C1 267
C1 268
C1 286
R
1
2
4
4
R
1
2
1
7
C1 229
C
R
1
2
1
1
C
R
1
2
1
2
L1 232
C
1
2
3
5
C12 13
C
1
2
3
7
C1 238
C12 01
C1 206
C1 202
C12 31
C12 03
C12 40
C12 04
C1 241
C1 205
C1 242 C 120 7
C
R
1
2
8
8
R12 61
R12 60
R12 59
C12 61
Q12 04
Q12 05
C
1
2
2
0
VR1 202
R1 239
Q1 305
CHARG C (A11)
ISENSE (A11)
Legenda
GND
AUD IO_OUT
(J 1000-A1 6)
C
1
2
4
7
C
1
2
4
5
C12 50
C
1
1
7
1
C
1
1
7
2
Y1 170
32.768Kh z
R12 53
C12 58
DNP
R1 263
R1 258
C12 90
R
1
2
6
8
R
1
2
6
7
R12 69
R
1
2
3
8
C
1
2
2
7
C
9
9
9
6
R1 251
C1 234
C12 14
C1 299
R1 214
VR1 203
C1 226
C1 298
R12 32
C
1
2
5
2
C
1
2
3
0
C
1
2
2
2
R1 211
R1 212
R1 212
C
1
2
0
0
R
1
2
4
8
C
1
2
1
5
R12 50
R1 255
C1 224
C1 233
R
1
2
3
5
R
1
2
4
1
C
1
2
5
3
R1 240
C1 232
R1234
C
1
2
9
3
R
1
2
2
8
C
1
2
1
9
C
1
2
1
8
C
1
2
2
3
R
1
2
2
7
R
1
2
3
7
C
1
2
2
8
R
1
2
3
6
C
1
2
1
7
R
1
2
1
7
C
1
2
1
6
R12 33 C122 1
R1 249 C12 12
R1230
PWR_S W
(J 2000-A1 6)
U1200
Este man ual é propriedad e MOTOROLA e deve rá ser
devol vido sob qual quer requisição.
Distr ib uição e cópias são estritamente proibidas sem o
consent imento por escri to da MOTO ROLA.
PLACA - P6.2
(A13)
(A13)
B+ (A16)
J1000 (A16)
U1100 (A13)
J 3000 (A1 6)
J 1000 (A1 6)
RX BU S (A 13)
V60i
C12 11
R12 57
C12 38
C12 49
R11 70
R11 07
C12 85
This d ocument is propriety of M O TOROL A and it
should be return if not used .
Distribution and copies of this docu ment are not
allow ed with out M OT OROLA approval.
BOARD - a.18
5
4
DISPLAY / KEYPAD
WALLY:A13
LOGIC_2.75V (A12)
WALLY_2.75V (A15)
WALLY_DIGITAL_1.8V (A15)
WALLY_ANALOG_1.8V (A15)
WALLY_MEMORY_VCC (A15)
WALLY_2.75V (A15)
BATT_SERIAL_DATA
(A16)
RF_SLEEP
BAND
MODE
ZIF_VCA (A03)
REF_WARP (A07)
RESET
ME_VCA (A08)
PA_ENABLE (A10)
OSCEN_b (A07)
PAH_D_PHASE (A12)
PA_BIAS (A12)
WATCHDO G ( A12)
AFC_ANALOGS TEE RI NG (A03)
MANTEST (A16)
LO CK_DETECT (A03)
RSSI ( A03)
RF_DETECT (A10)
TEMP_SENSE (A10)
32KHZ_WALLY (A12)
MIC1 (A12)
INT1 (A12)
MICREF (A12)
AUD IO_IN_D ETECT (A 16)
MIDRATE1 (A11)
MIDRATE2 (A11)
TX BUS
RX BUS
DATA
ADDRESS
WALLY_CCAP_CSS_INTERFACE
EIM BUS
16.8MHZ (A07)
AUDIO_2.75V (A15)
R1018
C1017
U1 200
U1 300
U1 400
U1 200
J 100 0
J 200 0
J 300 0
U1 200
U1 300
U1 400
U1 200
U1 300
U1 400
J2000
J3000
U700
U1200
U700
CR1150
R1152
R1153
C1173
R1155
R1113
GND
GND
BL_CO NTROL (A16)
FLIP_SW (J2000- A16)
U1100
FEIC_G 1 (A02)
FEIC_G 2 (A02)
RF_SPI U700
V60i
C1127
C1126
This document is propriety of MOTOROLA and it
should be return if not used .
Distribution and copies of this document are not
allowed with out MOTOROLA approval.
BOARD - a.18
5
5
Memory:A14
U1300
GND
GND
C1301
C1303
C1304
C1300
C1302
DATA
ADDRESS
EIM BUS
ADDRESS
DATA
EIM
MEMORY_VCC
(A12)
U1100
(A13)
U1100
(A13)
U1100
(A13)
U1100
(A13)
U1100
(A13)
U1100
(A13)
V60i
CR1301 DNP
C1306C1305
R1305
DNP
This document is propriety of MOTOROLA and it
should be return if not used .
Distribution and copies of this document are not
allowed with out MOTOROLA approval.
BOARD - a.18
5
6
Power Distribuition:A15
ANALOG_1.8V
(A12)
WALLY_ANALOG_1.8V
(A13)
C1150
C1151
C1152
GND
DIGITAL_1.8V
(A12)
WALLY_DIGITAL_1.8V
(A13)
C1103
C1102
C1118
C1119
C1120
GND
MEMORY_VCC
(A12)
WALLY_MEMORY_VCC
(A13)
C1106
C1107
C1109
GND
LOGIC_2.75V
(A12)
WALLY_2.75V
(A13)
C1101
C1100
C1111
C1112 C1114
C1115
C1116
C1105
GND
RX_2.75V
(A12)
AUDIO_2.75V
(A13)
C1121
C1122
GND
V60i
R1101
C1295
DNP
C1296
DNP
C1297
DNP
R1150
R1154
C1110
R1103
AUDIO_2.75V
Th is do cum en t is pr opr iety of M O T OR O L A an d it
sho uld b e retu rn if n ot us ed .
Dis tributio n and c opies of this doc um ent ar e not
allow ed w ith ou t M O TO R O L A ap prov al.
BOARD - a.18
5
7
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Motorola V60i User manual

V60i
Motorola
Brand
Motorola
Model
V60i
Type
User manual
This manual is also suitable for

Motorola V60i offers a range of capabilities to enhance your communication and mobile experience. With its advanced frequency synthesizer circuitry, it provides precise and stable signal transmission and reception. The device features three PLL frequency synthesizers that control various local oscillators, ensuring reliable operation in different frequency bands. The transmit power control circuitry allows you to adjust the output power level for optimal signal strength and battery efficiency.

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