LG VX8610 User manual
Features of VX8610
1575.421930~1990869.82~893.191850~1910824.82 ~ 848.19
GPSPCSCELLULARPCSCELLULAR
Receive Frequency MHz)Transmit Frequency MHz)
3. Rated Output Power : CELLULAR = 0.28W
PCS = 0.28W
4. Output Conversion Method : This is possibl by corr cting th k y board chann l.
5. Voltage and Current Value of Termination Part Amplifier Catalogue included)
0.28W400mA4.2VAWT6308RPCS
0.28W400mA4.2VAWT6307RCELLULAR
PowerCurrentVoltagePart NameMODE
6. Functions of Major Semi-Conductors
Conv rts bas band signal to Tx RF signalRFT6150
BT RF + Bas band (BT V2.1 Support d)BT Modul
Conv rts Rx RF signal to bas band signalRFR6500
Flash M mory (1Gbit) + SDRAM (512Mbit)
Storing of t rminal op ration program
M mory MCP
(HYG0UGH0MF3_P)
T rminal op ration control and digital signal proc ssing MSM6550AA
FunctionClassification
7. Frequency Stability
●CELLULAR : ±0.5PPM
●PCS : ±0.1PPM
1. Wave Type
●CELLULAR : G7W
●PCS: G7W
2. Frequency Scope
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VX8610
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Table of Contents
General Introduction………………………...3
CHAPTER 1. S stem Introduction………..………...4
1. CDMA Abstract…….……………….…….…..4
2. Features and Advantages of CDMA Mobile Phone…………................5
3. Structure and Functions of Dual-band CDMA Mobile Phone………………. ……..8
4. Specification…………………………..9
5. Installation…………………………14
CHPATER 2. NAM Input Method………………………………………..………………….16
1. NAM Program Method and Telephone Number Inputting Method………………16
CHAPTER 3. Circuit Description………………………………..………….…….26
1. RF Transmit/Receive Part……………………………26
2. Digital/Voice Processing Part…………………………….32
CHAPTER 4. Trouble Shooting……………………………….…...35
1. RX Part Trouble Shooting………………………………....................35
1.1 DCN RX…………………….…35
1.1.1 Checking DC Power suppl circui(PMIC)………………………..….……36
1.1.2 Checking VCTCXO circuit………………………………………..38
1.1.3 Checking Control signal………………………………….40
1.1.4 Checking RF signal path (Mobile S/W, Diplexer, Duplexer)……………..…..42
1.1.5 Checking Rx I/Q data…………………………………...45
1.2 PCS Rx………………………………………………………….....…..47
1.2.1 Checking DC Power suppl circuit (PMIC)………………………….48
1.2.2 Checking VCTCXO circuit……………………………...50
1.2.3 Checking Control signal………………………………….…..52
1.2.4 Checking RF signal path (Mobile S/W, Diplexer, Duplexer)………...54
1.2.5 Checking Rx I/Q data……………………..…57
2. TX Part Trouble Shooting…………………….…..……59
2.1 DCN TX………………………………………..…59
2.1.1 Checking DC Power suppl circuit (PMIC)…………………..…60
2.1.2 Checking VCTCXO circuit……………………62
2.1.3 Checking RFT6150 circuit………….……….64
2.1.4 Check DCN RF Tx SAW……………………...67
2.1.5 Check DCN PAM circuit……………………....……...68
2.1.6 Check DCN Duplexer………………………….70
2.1.7 Check Diplexer………………………..……..71
2.1.8 Check Mobile S/W………….………...72
2.2 PCS TX…………………………….…………73
2.2.1 Checking DC Power suppl circuit (PMIC)…………..……74
2.2.2 Checking VCTCXO circuit………………………………..….….76
2.2.3 Checking RFT6150 circuit…………………………..……..78
2.2.4 Check PCS RF Tx SAW………………………....….81
2.2.5 Check PCS PAM circuit…………………..…...82
2.2.7 Check Diplexer………………...…..84
2.2.6 Check PCS Duplexer………………….….85
2.2.8 Check Mobile S/W…………………………....…...86
3. Logic Part Trouble Shooting…………………....…..87
3.1 Power…………………....87
3.2 LCD……………………...…..91
3.3 Camera…………………….…93
3.4 Audio………………….…….…...95
3.5 Backlight…………………….....107
3.6 Vibrator…………………..……..111
CHAPTER 5. Safet ……………………………113
CHAPTER 6. Glossar …………………..….…116
APPENDIX……………………………….....……128
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General Introduction
General Introduction
Th VX8610 phon has b n d sign d to op rat on th lat st digital mobil communication t chnology, Cod
Division Multipl Acc ss (CDMA). This CDMA digital t chnology has gr atly nhanc d voic clarity and can
provid a vari ty of advanc d f atur s. Curr ntly, CDMA mobil communication t chnology has b n
comm rcially us d in C llular and P rsonal Communication S rvic (PCS). Th diff r nc b tw n th m is th
op rating fr qu ncy sp ctrum. C llular us s 800MHz and PCS us s 1.9GHz. Th VX8610 support GPS Mod , w
usually call it tri-band phon . Also, VX8610 works on Advanc d Mobil Phon S rvic (S-GPS). W call it dual-
mod phon . If on of th C llular, PCS bas stations is locat d n arby, Call fail rat of tripl -mod phon is l ss
than dual-mod phon or singl -mod phon .
Th CDMA t chnology adopts DSSS (Dir ct S qu nc Spr ad Sp ctrum). This f atur of DSSS nabl s th phon
to k p communication from b ing cross d and to us on fr qu ncy chann l by multipl us rs in th sam sp cific
ar a, r sulting that it incr as s th capacity 10 tim s mor compar d with that in th analog mod curr ntly us d.
Soft/Soft r Handoff, Hard Handoff, and Dynamic RF pow r Control t chnologi s ar combin d into this phon to
r duc th call b ing int rrupt d in a middl of talking ov r th phon .
C llular and PCS CDMA n twork consists of MSO (Mobil Switching Offic ), BSC (Bas Station Controll r), BTS
(Bas station Transmission Syst m), and MS (Mobil Station). Th following tabl lists som major CDMA
Standards.
C llular bas station
C llular mobil station
PCS p rsonal station
PCS bas station
Sp ch CODEC
TIA/EIA/IS-97
TIA/EIA/IS-98
ANSI J-STD-018
ANSI J-STD-019
TIA/EIA/IS-125
P rformanc
Sp ch CODEC
Assign data and fax
Short m ssag s rvic
Pack t data
TIA/EIA/IS-96-B
TIA/EIA/IS-99
TIA/EIA/IS-637
TIA/EIA/IS-657
S rvic
MAS-BS
PCSC-RS
Int rsyst m op rations
Nom-signaling data comm.
TIA/EIA/IS-634
TIA/EIA/IS/651
TIA/EIA/IS-41-C
TIA/EIA/IS-124
N twork
Protocol b tw n MS and BTS for C llular & AMPS
Protocol b tw n MS and BTS for PCS
TIA/EIA/IS-95-A/B/C
ANSI J-STD-008
Basic air int rfac
DescriptionDesignatorCDMA Standard
* TSB –74: Protocol b tw n an IS-95A syst m and ANSI J-STD-008
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Chapter1. System Introduction
Chapter1. System Introduction
1. CDMA Abstract
Th CDMA mobil communication syst m has a chann l hand-off function that is us d for coll cting th information
on th locations and mov m nts of mobil t l phon s from th c ll sit by automatically controlling s v ral c ll sit
through th s tup of data transmission rout s, and th n nabling on switching syst m to carry out th automatic
r mot adjustm nt. This is to maintain continuously th call stat through th automatic location confirmation and
automatic radio chann l conv rsion wh n th busy subscrib r mov s from th s rvic ar a of on c ll sit to that of
anoth r by using automatic location confirmation and automatic radio chann l conv rsion functions. Th call stat
can b maintain d continuously by th information xchang b tw n switching syst ms wh n th busy subscrib r
mov s from on C llular syst m ar a to th oth r C llular syst m ar a.
In th C llular syst m, th c ll sit is a small-siz d low output typ and utiliz s a fr qu ncy allocation syst m that
consid rs mutual int rf r nc , in an ffort to nabl th r -us of corr sponding fr qu ncy from a c ll sit s parat d
mor than a c rtain distanc .
Unlik th tim division multipl acc ss (TDMA) or fr qu ncy division multipl acc ss (FDMA) us d in th band
limit d nvironm nt, th Cod Division Multipl Acc ss (CDMA) syst m which is on of digital C llular syst ms is
a multi-acc ss t chnology und r th int rf r nc limit d nvironm nt. It can proc ss mor numb r of subscrib rs
compar d to oth r syst ms (TDMA syst m has th proc ssing capacity thr tim s gr at r than th xisting FDMA
syst m wh r as CDMA syst m, about 12~15 tim s of that of th xisting syst m).
CDMA syst m can b xplain d as follows; TDMA or CDMA can b us d to nabl ach p rson to talk alt rnat ly
or provid a s parat room for ach p rson wh n two p rsons d sir to talk with ach oth r at th sam tim , wh r as
FDMA can b us d to nabl on p rson to talk in soprano, wh r as th oth r in bass (on of th two talk rs can
carry out synchronization for h aring in cas th r is a bandpass filt r function in th ar a of th h ar r). Anoth r
availabl m thod is to mak two p rsons to sing in diff r nt languag s at th sam tim , spac , and fr qu ncy wh n
wishing to l t th audi nc h ar th singing without b ing confus d. This is th charact ristic of CDMA.
On th oth r hand, wh n mploying th CDMA t chnology, ach signal has a diff r nt ps udo-random binary
s qu nc us d to spr ad th sp ctrum of carri r. A gr at numb r of CDMA signals shar th sam fr qu ncy
sp ctrum. In th p rsp ctiv of fr qu ncy ar a or tim ar a, s v ral CDMA signals ar ov rlapp d. Among th s
typ s of signals, only d sir d signal n rgy is s l ct d and r c iv d through th us of pr -d t rmin d binary
s qu nc ; d sir d signals can b s parat d, and th n r c iv d with th corr lator us d for r cov ring th sp ctrum
into its original stat . At this tim , th sp ctrums of oth r signals that hav diff r nt cod s ar not r cov r d into its
original stat , and app ars as th s lf-int rf r nc of th syst m.
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2. Features and Advantages of CDMA Mobile Phone
2.1 Various Types of Diversities
Wh n mploying th narrow band modulation (30kHz band) that is th sam as th analog FM modulation syst m
us d in th xisting C llular syst m, th multi-paths of radio wav s cr at a s rious fading. How v r, in th CDMA
broadband modulation (1.25MHz band), thr typ s of div rsiti s (tim , fr qu ncy, and spac ) ar us d to r duc
s rious fading probl ms g n rat d from radio chann ls in ord r to obtain high-quality calls.
Tim div rsity can b obtain d through th us of cod int rl aving and rror corr ction cod wh r as fr qu ncy
div rsity can b obtain d by spr ading signal n rgy to wid r fr qu ncy band. Th fading r lat d to normal
fr qu ncy can aff ct th normal 200~300KHz among signal bands and accordingly, s rious ff ct can b avoid d.
Mor ov r, spac div rsity (also call d path div rsity) can b r aliz d with th following thr typ s of m thods.
First, it can b obtain d by th duplication of c ll sit r c iv ant nna. S cond, it can b obtain d through th us of
multi-signal proc ssing d vic that r c iv s a transmit signal having ach diff r nt transmission d lay tim and th n,
combin s th m. Third, it can b obtain d through th multipl c ll sit conn ction (Soft Handoff) that conn cts th
mobil station with mor than two c ll sit s at th sam tim .
2.2 Power Control
Th CDMA syst m utiliz s th forward (from a bas station to mobil stations) and backward (from th mobil
station to th bas station) pow r control in ord r to incr as th call proc ssing capacity and obtain high-quality calls.
In cas th originating signals of mobil stations ar r c iv d by th c ll sit in th minimum call quality l v l (signal
to int rf r nc ) through th us of transmit pow r control on all th mobil stations, th syst m capacity can b
maximiz d.If th signal pow r of mobil station is r c iv d too strong, th p rformanc of that mobil station is
improv d. How v r, b caus of this, th int rf r nc on oth r mobil stations using th sam chann l is incr as d
and accordingly, th call quality of oth r subscrib rs is r duc d unl ss th maximum accommodation capacity is
r duc d.
In th CDMA syst m, forward pow r control, backward op n loop pow r control, and clos d loop pow r control
m thods ar us d. Th forward pow r control is carri d out in th c ll sit to r duc th transmit pow r on mobil
stations l ss aff ct d by th multi-path fading and shadow ph nom non and th int rf r nc of oth r c ll sit s wh n
th mobil station is not ngag d in th call or is r lativ ly n ar r to th corr sponding c ll sit . This is also us d to
provid additional pow r to mobil stations having high call rror rat s, locat d in bad r c ption ar as or far away
from th c ll sit .
Th backward op n loop pow r control is carri d out in a corr sponding mobil station; th mobil station m asur s
pow r r c iv d from th c ll sit and th n, r v rs ly incr as s/d cr as s transmit pow r in ord r to comp nsat
chann l chang s caus d by th forward link path loss and t rrain charact ristics in r lation to th mobil station in th
c ll sit . By doing so, all th mobil transmit signals r c iv d by th bas station hav sam str ngth.
Mor ov r, th backward clos d loop pow r control us d by th mobil station is p rform d to control pow r using
th commands issu d out by th c ll sit . Th c ll sit r c iv s th signal of ach corr sponding mobil station and
compar s this with th pr -s t thr shold valu and th n, issu s out pow r incr as /d cr as commands to th
corr sponding mobil station v ry 1.25ms c (800 tim s p r s cond). By doing so, th gain tol ranc and th
diff r nt radio propagation loss on th forward/backward link ar compl m nt d.
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2.3 Voice Encoder and Variable Data Speed
Th bi-dir ctional voic s rvic having variabl data sp d provid s voic communication which mploys voic
ncod r algorithm having pow r variabl data rat b tw n th bas station and th mobil station. On th oth r hand,
th transmit voic ncod r p rforms voic sampling and th n, cr at s ncod d voic pack ts to b s nt out to th
r c iv voic ncod r, wh r as th r c iv voic ncod r d modulat s th r c iv d voic pack ts into voic sampl s.
On of th two voic ncod rs d scrib d in th abov is s l ct d for us d p nding on inputt d automatic conditions
and m ssag /data; both of th m utiliz four-stag fram s of 9600, 4800, 2400, and 1200 bits p r s cond for C llular
and 14400,7200,3600,1800 bits p r s cond for PCS, so PCS provid r lativ ly b tt r voic quality (almost twic
b tt r than th xisting c lluar syst m). In addition, this typ of variabl voic ncod r utiliz s adaptiv thr shold
valu s on s l cting r quir d data rat . It is adjust d in accordanc with th siz of background nois and th data rat
is incr as d to high rat only wh n th voic of call r is inputt d.
Th r for , background nois is suppr ss d and high-quality voic transmission is possibl und r th nvironm nt
xp ri ncing s rious nois . In addition, in cas th call r do s not talk, data transmission rat is r duc d so that th
transmission is carri d out in low n rgy. This will r duc th int rf r nc on oth r CDMA signals and as a r sult,
improv syst m p rformanc (capacity incr as d by about two tim s).
2.4 Protecting Call Confidentiality
Voic priv rcy is provid d in th CDMA syst m by m ans of th privat long cod mask us d for PN spr ading.
Voic privacy can v appli d on th traffic chann ls only. All calls ar initiat d using th public long cod mask for
PN spr ading. Th mobil station us r may r qu st voic privacy during call s tup using th origination m ssag or
pag r spons m ssag , and during traffic chann l op ration using th long cod transition r qu st ord r.
Th Transition to privat long cod mask will not b p rform d if auth ntication is not p rform d. To initiat a
transition to th privat or public long cod mask, ith r th bas station or th mobil station s nds a long cod
transition r qu st ord r on th traffic chann l.
2.5 Soft Handoff
A handoff in which th mobil station comm nc s communications with a n w bas station without int rrupting
communications with th old bas station. Soft handoff can only b us d b tw n CDMA chann ls having id ntical
fr qu ncy assignm nts.
2.6 Frequency Re-Use and Sector Segmentation
Unlik th xisting analog C llular syst m, th CDMA syst m can r us th sam fr qu ncy at th adjac nt c ll.
th r is no n d to pr par a s parat fr qu ncy plan. Total int rf r nc g n rat d on mobil station signals r c iv d
from th c ll sit is th sum of int rf r nc g n rat d from oth r mobil stations in th sam c ll sit and int rf r nc
g n rat d from th mobil station of adjac nt c ll sit . That is, ach mobil station signal g n rat s int rf r nc in
r lation to th signals of all th oth r mobil stations.
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Total int rf r nc from all th adjac nt c ll sit s is th ratio of int rf r nc from all th c ll sit s v rsus total
int rf r nc from oth r mobil stations in th sam c ll sit (about 65%). In th cas of dir ctional c ll sit , on c ll
normally us s a 120°s ctor ant nna in ord r to divid th s ctor into thr . In this cas , ach ant nna is us d only for
1/3 of mobil stations in th c ll sit and accordingly, int rf r nc is r duc d by 1/3 on th av rag and th capacity
that can b support d by th ntir syst m is incr as d by thr tim s.
2.7 Soft Capacity
Th subscrib r capacity of th CDMA syst m is fl xibl d p nding on th r lation b tw n th numb r of us rs and
s rvic class s. For xampl , th syst m op rator can incr as th numb r of chann ls availabl for us during th
busy hour d spit th drop in call quality. This typ of function r quir s 40% of normal call chann ls in th standby
mod during th handoff, in an ffort to avoid call disconn ction r sulting from th lack of chann ls.
In addition, in th CDMA syst m, s rvic s and s rvic charg s ar classifi d furth r into diff r nt class s so that
mor transmit pow r can b allocat d to high class s rvic us rs for asi r call s t-up; th y can also b giv n high r
priority of using hand-off function than th g n ral us rs.
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3. Structure and Functions of tri-band CDMA Mobile Phone
Th hardwar structur of CDMA mobil phon is mad up of radio fr qu ncy (RF) part and logic part. Th RF part
is compos d of R c iv r part (Rx), Transmitt r part (Tx) and Local part (LO). For th purpos of op rating on tri-
band, It is n c ssary dual Tx path, tri Rx path, dual PLL and switching syst m for band s l ction. Th mobil phon
ant nna is conn ct d with th fr qu ncy s parator which divid ant nna input/output signals b tw n C llular
fr qu ncy band (824~894 MHz) and PCS fr qu ncy band (1850~1990MHz). Each s parat d path is link d with th
C llular dupl x r and PCS dupl x r. Dupl x r carri s out s parating Rx band and Tx band. Th Rx signals from th
ant nna ar conv rt d into int rm diat fr qu ncy(IF) band by th fr qu ncy synth siz r and fr qu ncy down
conv rt r. And th n, pass SAW filt r which is a band pass filt r for r moving out imag fr qu ncy. Th IF output
signals that hav b n filt r d is conv rt d into digital signals via Analog-to-Digital Conv rt r (ADC). In front of th
ADC, switching syst m is r quir d to choos which band path should b op n. Th digital signals s nd to 5
corr lators in ach CDMA d -modulator. Of th s , on is call d a s arch r wh r as th r maining 4 ar call d data
r c iv rs (fing rs). Digitaliz d IF signals includ a gr at numb r of call signals that hav b n s nt out by th
adjac nt c lls. Th s signals ar d t ct d with ps udo-nois s qu nc (PN S qu nc ). Signal to int rf r nc ratio
(C/I) on signals that match th d sir d PN s qu nc ar incr as d through this typ of corr lation d t ction proc ss,
but oth r signals obtain proc ssing gain by not incr asing th ratio. Th carri r wav of pilot chann l from th c ll
sit most adjac ntly locat d is d modulat d in ord r to obtain th s qu nc of ncod d data symbols. During th
op ration with on c ll sit , th s arch r s arch s out multi-paths in accordanc with t rrain and building r fl ctions.
On thr data r c iv rs, th most pow rful 3 paths ar allocat d for th parall l tracing and r c iving. Fading
r sistanc can b improv d a gr at d al by obtaining th div rsity combin d output for d -modulation. Mor ov r, th
s arch r can b us d to d t rmin th most pow rful path from th c ll sit s v n during th soft handoff b tw n th
two c ll sit s. Mor ov r, 3 data r c iv rs ar allocat d in ord r to carry out th d -modulation of th s paths. Output
data that has b n d modulat d chang s th data string in th combin d data row as in th cas of original
signals(d int rl aving), and th n, ar d modulat d by th forward rror corr ction d cod r which us s th Vit rbi
algorithm.
Mobil station us r information s nd out from th mobil station to th c ll sit pass through th digital voic
ncod r via a mik . Th n, th y ar ncod d and forward rrors ar corr ct d through th us of convolution ncod r.
Th n, th ord r of cod rows is chang d in accordanc with a c rtain r gulation in ord r to r mov any rrors in th
int rl av r. Symbols mad through th abov proc ss ar spr ad aft r b ing load d onto PN carri r wav s. At this
tim , PN s qu nc is s l ct d by ach addr ss d signat d in ach call.
Signals that hav b n cod spr ad as abov ar digital modulat d (QPSK) and th n, pow r controll d at th
automatic gain control amplifi r (AGC Amp). Th n, th y ar conv rt d into RF band by th fr qu ncy synth siz r
synchronizing th s signals to prop r output fr qu nci s.
Transmit signals obtain d pass through th dupl x r filt r and th n, ar s nt out to th c ll sit via th ant nna.
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4. Specification
4.1 General Specification
4.1.1 Transmit/Receive Frequency Interval :
1)CELLULAR : 45 MHz
2)PCS : 80 MHz
4.1.2 Number of Channels Channel Bandwidth)
1)CELLULAR : 20 Chann ls
2) PCS : 48 Chann ls
4.1.3 Operating Voltage : DC 3.3~4.2V
4.1.4 Battery Power Consumption : DC 3.7V
700 mA (24.5 dBm)120~180 mA1 mAPCS
700 mA (24.5 dBm)110~180mA1 mA CELLULAR
MAX POWERIDLESLEEP
4.1.5 Operating Temperature : -0°C ~ +60°C
4.1.6 Frequency Stability
1)CDMA : ±0.5PPM
2)PCS : ±0.1PPM
4.1.7 Antenna : FIXED Type PIFA), 50 Ohm
4.1.8 Size and Weight
1)Siz : 101.9(H) * 50.0(W) * 16.9(D) mm
2)W ight : 115 g (Approximat ly with standard batt ry)
4.1.9 Channel Spacing
1)CELLULAR : 1.25MHz
2)PCS: 1.25 MHz
4.1.10 Battery Type, Capacity and Operating Time. Unit = Hours : Minutes
150 Minut s (-92dBm input)PCS
150 Minut s (-92dBm input)CELLULAR
Talk time
About 380 Hours (SCI=2)PCS
About 380 Hours (SCI=2)CELLULAR
Standby Time
Standard 800mAh)
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4.2 Receive Specification
4.2.1 Frequency Range
CELLULAR : 869.820 MHz ~ 893.190 MHz
PCS : 1930 MHz ~ 1990 MHz
GPS : 1575.42 MHz
4.2.2 Local Oscillating Frequency Range :
CELLULAR : 1738.08MHz ~ 1787.94MHz
PCS : 1715.56MHz ∼1768.89MHz
GPS : 3150.84MHz
4.2.3 Sensitivity
CELLULAR : -104dBm (C/N 12dB or mor )
PCS : -104dBm (C/N 12dB or mor )
GPS : -148.5dBm (without SA mod )
4.2.4 Selectivity
CELLULAR : 3dB C/N D gration (With Fch±1.25 kHz : -30dBm)
PCS : 3dB C/N D gration (With Fch±1.25 kHz : -30dBm)
4.2.5 Spurious Wave Suppression : Maximum of -80dB
4.2.6 CDMA Input Signal Range
Dynamic ar a of mor than -104~ -25 dB: 79dB at th 1.23MHz band.
4.3 Transmit Specification
4.3.1 Frequency Range
CELLULAR : 824.820MHz ~ 848.190MHz
PCS : 1850 MHz ~ 1910 MHz
4.3.2 Output Power
CELLULAR : 0.251W
PCS: 0.251W
4.3.3 Interference Rejection
Singl Ton : -30dBm at 900 kHz (CELLULAR), -30dBm at 1.25MHz(PCS)
Two Ton : -43dBm at 900 kHz & 1700kHz(CELLULAR), -43dBm at 1.25 MHz & 2.05 MHz (PCS)
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4.3.11 CDMA TX Frequency Deviation :
1) CELLULAR: +300Hz or l ss
2) PCS: ±150Hz
4.3.12 CDMA TX Conducted Spurious Emissions
1) CELLULAR: 900kHz : - 42 dBc/30kHz b low
1.98MHz : - 54 dBc/30kHz b low
2) PCS: 1.25MHz: - 42 dBc/30kHz b low
1.98MHz : - 50 dBc/30kHz b low
4.3.13 CDMA Minimum TX Power Control
1) CELLULAR: - 50dBm b low
2) PCS: -50dBm b low
4.4 MS Mobile Station) Transmitter Frequency
4.4.1 CELLULAR mode
837.120
838.350
839.580
840.810
842.040
843.270
844.500
845.910
847.140
848.370
404
445
486
527
568
609
650
697
738
779
824.640
825.870
827.100
828.330
829.560
830.790
832.020
833.250
834.480
835.890
1011
29
70
111
152
193
234
275
316
363
Center Freq. MHz)Ch #Center Freq. MHz)Ch #
4.4.2 PCS mode
1898.75 9751878.75 5751858.75 175
1897.50 9501877.50 5501857.50 150
1896.25 9251876.25 5251856.25 125
1895.00 9001875.00 5001855.00 100
1893.75 8751873.75 4751853.75 75
1892.50 8501872.50 4501852.50 50
1891.25 8251871.25 4251851.25 25
Center Freq
MHz)
Ch #
Center Freq
MHz)
Ch #
Center Freq
MHz)
Ch #
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1908.75 11751888.75 7751868.75 375
1907.50 11501887.50 7501867.50 350
1906.25 11251886.25 7251866.25 325
1905.00 11001885.00 7001865.00 300
1903.75 10751883.75 6751863.75 275
1902.50 10501882.50 6501862.50 250
1901.25 10251881.25 6251861.25 225
1900.00 10001880.00 6001860.00 200
4.5 MS Mobile Station) Receiver Frequency
4.5.1 CELLULAR mode
882.120
883.350
884.580
885.810
887.040
888.270
889.500
890.910
892.140
893.370
404
445
486
527
568
609
650
697
738
779
869.640
870.870
872.100
873.330
874.560
875.790
877.020
878.250
879.480
880.890
1011
29
70
111
152
193
234
275
316
363
Center Freq. MHz)Ch. #Center Freq. MHz)Ch. #
4.5.2 PCS mode
1981.25 10251961.25 6251941.25 225
1980.00 10001960.00 6001940.00 200
1978.75 9751958.75 5751938.75 175
1977.50 9501957.50 5501937.50 150
1976.25 9251956.25 5251936.25 125
1975.00 9001955.00 5001935.00 100
1973.75 8751953.75 4751933.75 75
1972.50 8501952.50 4501932.50 50
1971.25 8251951.25 4251931.25 25
C nt r Fr q
(MHz)
Ch #
C nt r Fr q
(MHz)
Ch #
C nt r Fr q
(MHz)
Ch #
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1988.75 11751968.75 7751948.75 375
1987.50 11501967.50 7501947.50 350
1986.25 11251966.25 7251946.25 325
1985.00 11001965.00 7001945.00 300
1983.75 10751963.75 6751943.75 275
1982.50 10501962.50 6501942.50 250
4.5.3 GPS mode : 1575.42 MHz
4.5.4 Bluetooth mode : 2400 MHz ~ 2483.5 MHz
4.6 AC Adaptor : See Appendix
4.7 Cigar Lighter Charger : See Appendix
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5. Installation
5.1 Installing a Battery Pack
1) Th Batt ry pack is k y d so it can only fit on way. Align th groov in th batt ry pack with th rail on th back
of th phon until th batt ry pack r sts flush with th back of th phon .
2) Slid th batt ry pack forward until you h ar a “click”, which locks th batt ry in plac .
5.2 For Adapter Use
1) Plug th adapt r into a wall outl t. Th adapt r can b op rat d from a 110V sourc . Wh n AC pow r is conn ct d
to th adapt r.
2) Ins rt th adapt r IO plug into th phon with th install d batt ry pack.
R d light indicat s batt ry is b ing charg d.. Gr n light indicat s batt ry is fully charg d.
5.3 For Mobile Mount
5.3.1 Installation Position
In ord r to r duc cho sound wh n using th Hands-Fr Kit, mak sur that th sp ak r and microphon ar not
facing ach oth r and k p microphon a g n rous distanc from th sp ak r.
5.3.2 Cradle Installation
Choos an appropriat flat surfac wh r th unit will not int rfac with driv r’s mov m nt or pass ng r’s comfort.
Th driv r/us r should b abl to acc ss th phon with as . Using th four s lf-tapping scr ws provid d, mount th
suppli d brack t on th s l ct d ar a. Th n with th four machin scr ws provid d, mount th count rpart on th
r v rs sid of th r v rs sid of th cradl . S cur th two brack ts firmly tog th r by using th two brack t joint
scr ws provid . Th distanc b tw n th cradl and th int rfac box must not xc d th l ngth of th main cabl .
5.3.3 Interface Box
Choos an appropriat flat surfac ( som wh r und r th dash on th pass ng r sid is pr f rr d ) and mount th IB
brack t with th four s lf-tapping scr ws provid d. Clip th IB into th IB brack t.
5.3.4. Microphone Installation
Install th microphon ith r by clipping I onto th sunvisor (driv r’s sid ) or by attaching it to door post (driv r’s
sid ), using a v lcro adh siv tap (not includ d).
5.3.5 Cable Connections
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5.3.5.1 Power and Ignition Cables
Conn ct th r d wir to th car batt ry positiv t rminal and th black wir to th car ground. Conn ct th gr n wir
to th car ignition s nsor t rminal. ( In ord r to op rat HFK pl as mak sur to conn ct gr n wir to ignition
s nsor t rminal.) Conn ct th kit’s pow r cabl conn ctor to th int rfac box pow r r c ptacl .
5.3.5.2 Antenna Cable Connection
Conn ct th ant nna coupl r cabl conn ctor from th cradl to th xt rnal ant nna conn ctor. ( Ant nna is not
includ d.)
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CHAPTER 2. NAM Input Method
Inputting of telephone numbers included)
CHAPTER 2. NAM Input Method
Inputting of telephone numbers included)
1. NAM Programming Method
1) Press “##77647268800” + “SEND” and then, press “000000”
2) Press “1” key for entering “Service Prg.”.
●Usually pr ssing soft k y will sav th chang .
●To xit s rvic program, pr ss “END” k y.
3) MEID/ESN
You can s th MEID/ESN numb r.
Pr ss softk y “OK” to dit mor NAM1 it ms.
Pr ss softk y “Exit” to xit S rvic Programming.
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4) NAM1 Phone Number MDN)
You can dit th NAM1 Phon Numb r (MDN).
Pr ss softk y “OK” to dit mor NAM1 it ms.
Pr ss softk y “Back” to dit pr vious NAM1 it ms.
5) NAM1 Phone Number MIN)
You can dit th NAM1 Phon Numb r (MIN).
Pr ss softk y “OK” to dit mor NAM1 it ms.
Pr ss softk y “Back” to dit pr vious NAM1 it ms.
6) NAM1 Home SID
You can dit th NAM1 Hom SID.
Pr ss softk y “OK” to dit mor NAM1 it ms.
Pr ss softk y “Back” to dit pr vious NAM1 it ms.
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7) NAM1 Name
You can dit th NAM1 Nam .
Pr ss softk y “OK” to dit mor NAM1 it ms.
Pr ss softk y “Back” to dit pr vious NAM1 it ms.
8) More NAM1 Programming
You can d cid to dit mor NAM1 Nam .
Pr ss softk y “OK” to xit S rvic Programming.
Pr ss softk y “Mor ” to dit mor advanc d NAM1 it ms.
9) Service Code
You can dit S rvic Cod .
Pr ss softk y “OK” to dit mor NAM1 it ms.
Pr ss softk y “Back” to dit pr vious NAM1 it ms.
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10) NAM1 MCC
You can dit NAM1 Mobil Country Cod .
Pr ss softk y “OK” to dit mor NAM1 it ms.
Pr ss softk y “Back” to dit pr vious NAM1 it ms.
11) NAM1 NMSID
You can dit NAM1 NMSID.
Pr ss softk y “OK” to dit mor NAM1 it ms.
Pr ss softk y “Back” to dit pr vious NAM1 it ms.
12) NAM1 True IMSI MCC
You can dit NAM1 Tru IMSI MCC.
Pr ss softk y “OK” to dit mor NAM1 it ms.
Pr ss softk y “Back” to dit pr vious NAM1 it ms.
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