Philips EXP7361 User manual

EXP7361
all versions
©3103 785 25240
Published by PW 0417 Service Audio Printed in The Netherlands Subject to modification
Version 1.0
Portable CD-player with MP3/WMA playback
TABLE OF CONTENTS
©Copyright 2004 Philips Consumer Electronics B.V. Eindhoven, The Netherlands
All rights reserved. No part of this publication may be reproduced, stored in a retrieval
system or transmitted, in any form or by any means, electronic, mechanical, photocopying,
or otherwise without the prior permission of Philips.
Technical specification ......................................................1-1
Connections and controls..................................................1-2
Features ............................................................................1-3
Accessories .......................................................................1-3
Safety & Warnings.............................................................1-4
Service hints
Lead free soldering .......................................................2-1
Dismantling instructions ................................................2-1
Repair positions ............................................................2-2
Reassembling instructions ............................................2-2
Handling chip components............................................2-3
Service tools..................................................................2-3
Pin description of ICs.........................................................3-1
Service Test Program........................................................3-4
Blockdiagram.....................................................................3-6
Circuit diagrams
Supply part....................................................................4-1
Control part ...................................................................4-2
CD part..........................................................................4-3
Tuner part......................................................................4-4
Printed circuit board
Componentside view.....................................................4-5
Copperside view............................................................4-6
Exploded view ...................................................................5-1
Mechanical partslist...........................................................6-1
Electrical partslist...............................................................6-1
Revision list .......................................................................7-1
PRODUCT FAMILY EXPANIUM 7
CLASS 1
LASER PRODUCT

1-1
TECHNICAL SPECIFICATION
General
Dimensions (W x H x D) : 133 x 15.5 x 133mm
Weight without batteries : 150g
Power supply modes
DC-in socket (for play-mode) : 2.9..7.0V
DC-in socket (for charge-mode) : 3.6..7.0V
Primary batteries (battery box) : 1.7..3.2V
Rechargeable batteries (AY3365) : 1.7..3.2V
Voltage protection DC-in socket : -14.5..+14.5V
Battery lifetime
Battery level detection
Charge section (not on all versions)
Charge current : 250mA ±10%
Charge time for 80% AY3365 : 4.0h nom.
Charge time for 100% AY3365 : 6.0h nom.
Max. charge time (µP controlled) : 7h
Temperature protection : 50°C ±5°C
Current consumption
1) off-phase means servos switched off and audio data is played back from
ESP memory
Headphone out CD/MP3/WMA (16Ωload, DBB/ESP=off)
Output power (THD≤10%)
/17 version only : 2x5mW (+2/-3dB)
all other versions : 2x2.5mW (+1/-3dB)
Frequency response (1mW) : 100Hz-20kHz within 6dB
S/N ratio (unwght) : ≥80dB (83dB typ.)
S/N ratio (A-wght) : ≥82dB (85dB typ.)
THD+N (1kHz, 1mW) : ≤1% (0.2% typ.)
Channel crosstalk (1kHz, no load): ≤-24dB (-30dB typ.)
Channel unbalance (-40dB) : ≤5dB
Volume attenuation (1kHz) : ≥60dB
Sound presets
Laser
Output power : <5mW (3mW typ.)
Wavelength : 780nm
Measurement setup CD/MP3/WMA
Use Audio Signal disc SBC429 4822 397 30184
FM-Tuner
Tuning range : 87.5..108MHz
Tuning grid : 50kHz (100kHz for /17)
IF : 225kHz
Sensitivity (26dB S/N, m=30%) : ≤22dBf (15dBf typ.)
-3dB limiting point : ≤26dBf (15dBf typ.)
Distortion (rf=1mV, ∆f=75kHz) : ≤7% (2% typ.)
Headphone out Tuner (16Ωload, DBB/ESP=off)
Output power (THD≤10%)
/17 version only : 2x5mW (+2/-3dB)
all other versions : 2x3mW (+1/-3dB)
Frequency response : 100Hz-9kHz within 6dB
S/N ratio stereo (A-wght) : ≥52dB (55dB typ.)
THD+N (1kHz, 0dB) : ≤1% (0.4% typ.)
Channel crosstalk (1kHz, no load): ≤-22dB (-25dB typ.)
Channel unbalance (1kHz, 0dB) : ≤5dB
Low pass filterDUT S/N and distortion meter
L
R
i.e. Sennheiser UPM550
with FF-filter
Level meter
i.e. Sound Technology ST1700Bi.e. 4822 395 30204
22kHz
13th order
TESERPDNUOS esnopserycneuqerF
zHk36 zHk1 zHk01
1BBDBd6+ ±Bd2Bd0 ±Bd2Bd0 ±Bd2
2BBDBd21+ ±Bd2Bd0 ±Bd2Bd5+ ±Bd2
TNERRUC NOITPMUSNOC
)V5.4(NI-CD )V52.2(YLPPUS.TTAB
PSE/MSP ffo MSP esahp-no MSP esahp-ffo MSP egaregva
edom-yalP.pytAm98.pytAm021.pytAm04.pytAm38
edom-pmuJ.pytAm003.pytAm052
edom-egrahC.pytAm082a/n
edom-renuT.pytAm05.pytAm73
yb-dnatS )egrahcer.lcxe( .pytAm12.pytAm54.0
LEVELNOITCETED yramirP seirettab elbaegrahceR seirettab
ytpmeyrettaB V7.1
±Vm001 V7.1 ±Vm001
1kaewyrettaB +levelytpmeyrettab V9.0 ±Vm001 +levelytpmeyrettab V7.0 ±Vm001
2kaewyrettaB +levelytpmeyrettab V6.0 ±Vm001 +levelytpmeyrettab V5.0 ±Vm001
3kaewyrettaB +levelytpmeyrettab V3.0 ±Vm001 +levelytpmeyrettab V3.0 ±Vm001
EMITEFILYRETTAB ADDC AMW/3PM
seirettabyramirP 60RLx2 ≥h32 ).pyth54( ≥h93 ).pyth86(
seirettabelbaegrahceR )hAm0021(5633YA ≥h01 ).pyth02( ≥h61 ).pyth82(

CONNECTIONS AND CONTROLS
Portable CD-player EXP7361 Remote Control AY3786
1p 3.5mm headphone jack
2Clip
3LOCK•OFF locks/unlocks all buttons on the remote control
4∞/ §skips and searches backward / forward tracks;
(FM) tunes to stations
2; switches the player on, starts or pauses CD
play; stops CD play, clears a program or
switches the player off. Press and hold 2; for
2 seconds to enter stop mode.
ALBUM +/– MP3/WMA-CD only:
• selects the previous or next album
• skips backward or forward
5VOL +/– adjusts the volume
6DBB switches the bass enhancement on/off
7PROG programs tracks
programs FM station presets
8MODE selects playback options;
to select and enter the display function, press
and hold MODE for 3 seconds.
9Display
0FM switches radio on/off
14.5V DC jack for AC/DC adaptor power supply
2EXT. BATT jack for external battery supply
3LOCK•UNLOCK locks/unlocks all buttons on the set only
4p/ LINE OUT connect the remote control here and your
headphones to the remote control
52; switches the player on, starts or pauses
CD play; stops CD play, clears a program or
switches the player off. Press and hold 2; for
2 seconds to enter stop mode.
6switches radio on/off.
7∞/ §skips and searches backward / forward
tracks; (FM) tunes to stations
8• • /• • opens the CD lid
9VOL +/– adjusts the volume
0Rechargeable battery compartment inside the CD player
The model & serial numbers are located inside the battery
compartment.
1-2

FEATURES
ACCESSORIES
ELBATROP-DCROFSEIROSSECCA ”7MUINAPXE“YLIMAFTCUDORP
1637PXE
c00/ 10/ z50/ 01/ 51/ 71/
00/0713YA rotpadACD/CA716019122284X
20/0713YA rotpadACD/CA676019122284X
50/0713YA rotpadACD/CA016338110413X
01/0713YA rotpadACD/CA281238110413X
51/B001WJ rotpadACD/CA168338110413X
71/0713YA rotpadACD/CA616019122284X
8623YA hcuoPgniyrraC118013110413 XXXXXX
5633YA seirettaBelbaegrahceR128488033013 XXXXXX
0833YA esaCyrettaBlanretxE162158110413 XXXXXX
4643YA mm5.3(DROCIFIH →)gulp-L,hcnic188110232284 OOOOOO
00/1053YA ettessaCrotpadAraC950017932284 OOOOOO
00/5453YA retrevnoCCD/CDraC330019122284 OOOOOO
6873YA lortnoCetomeRDCLdroC192558033013 XXXXXX
s77/075EHCBS )gulp-S(enohpraE427100012809 XXXXXX
elbaliavalanoitpo...O,tesehthtiwdeilppus...X
ELBATROP-DCFOSERUTAEF ”7MUINAPXE“YLIMAFTCUDORP 1637PXE
snoisrevlla
KCABYALPAMW/3PM/CAA/–●/●
YTILIBITAPMOCELBATIRWER-DC ●
ADDCNOITCETORPPIKSCINORTCELEs371
3PMNOITCETORPPIKSCINORTCELEs574
EZISMARDPSEtibM46
EDOMEVASREWOP ●
NOITCNUFEMUSER/DLOH ●/●
SEGATSELBERT/BBD2
KCABDEEFCITSUOCA ●
YROMEMMARGORP99
NOITCNUFEGRAHCER ●
PILCTLEB–
LORTNOCETOMERDCLDROC ●
THGILKCABYALPSID–
TUPTUOLATIGID/ENIL–/–
1-3

SAFETY & WARNINGS
© WARNING
All ICs and many other semiconductors are susceptible to
electrostatic discharges (ESD). Careless handling during
repair can reduce life drastically.
When repairing, make sure that you are connected with the
same potential as the mass of the set via a wristband with
resistance. Keep components and tools at this potential.
f ATTENTION
Tous les IC et beaucoup d´autres semi-conducteurs sont
sensibles aux décharges statiques (ESD). Leur longévite
pourrait être considérablement écourtée par le fait qu´aucune
précaution nést prise à leur manipulation.
Lors de réparations, s´assurer de bien être relié au même
potentiel que la masse de l´appareil et enfileer le bracelet
serti d´une résistance de sécurité.
Veiller à ce que les composants ainsi que les outils que l´on
utilise soient également à ce potentiel.
d WARNUNG
Alle ICs und viele andere Halbleiter sind empfindlich
gegenüber elektrostatischen Entladungen (ESD).
Unsorgfältige Behandlung im Reparaturfall kann die
Lebensdauer drastisch reduzieren.
Sorgen Sie dafür, daß Sie im Reparaturfall über ein Puls-
armband mit Widerstand mit dem Massepotential des
Gerätes verbunden sind.
Halten Sie Bauteile und Hilfsmittel ebenfalls auf diesem
Potential.
ñ WAARSCHUWING
Alle IC´s en vele andere halfgeleiders zijn gevoelig voor
electrostatische ontladingen (ESD).
Onzorgvuldig behandelen tijdens reparatie kan de levensduur
drastisch doen vermindern. Zorg ervoor dat u tijdens reparatie
via een polsband met weerstand verbonden bent met hetzelfde
potentiaal als de massa van het apparaat.
Houd componenten en hulpmiddelen ook op ditzelfde potentiaal.
i AVVERTIMENTO
Tutti IC e parecchi semi-conduttori sono sensibili alle scariche
statiche (ESD).
La loro longevità potrebbe essere fortemente ridatta in caso di
non osservazione della più grande cauzione alla loro
manipolazione. Durante le riparationi occorre quindi essere
collegato allo stesso potenziale che quello della massa
delápparecchio tramite un braccialetto a resistenza.
Assicurarsi che i componenti e anche gli utensili con quali si
lavora siano anche a questo potenziale.
©
Safety regulations require that the set be restored to its
original condition and that parts which are identical with
those specified be used.
Safety components are marked by the symbol
i
Le norme di sicurezza estigono che l´apparecchio venga
rimesso nelle condizioni originali e che siano utilizzati i
pezzi di ricambiago identici a quelli specificati.
Componenty di sicurezza sono marcati con
ñ
Veiligheidsbepalingen vereisen, dat het apparaat in zijn
oorspronkeliijke toestand wordt teruggebracht en dat
onderdelen, identiek aan de gespecificeerde, worden toegepast.
De Veiligheidsonderdelen zijn aangeduid met het symbool
sVarning !
Osynlig laserstrålning när apparaten är öppnad och
spärren är urkopplad. Betrakta ej strålen.
∂Advarsel !
Usynlig laserstråling ved åbning når sikkerhedsafbrydere
er ude af funktion. Undgå udsaettelse for stråling.
ßVaroitus !
Avatussa laitteessa ja suojalukituksen ohitettaessa olet alttiina
näkymättömälle laserisäteilylle. Älä katso säteeseen !
ESD
SAFETY
d
Bei jeder Reparatur sind die geltenden Sicherheitsvor-
schriften zu beachten. Der Originalzustand des Gerätes
darf nicht verändert werden. Für Reparaturen sind Original-
ersatzteile zu verwenden.
Sicherheitsbauteile sind durch das Symbol markiert.
f
Les normes de sécurité exigent que l`appareil soit remis
à l`état d`origine et que soient utilisées les pièces de
rechange identiques à celles spécifiées.
Les composants de sécurité sont marqués
CLASS 1
LASER PRODUCT
© DANGER: Invisible laser radiation when open.
AVOID DIRECT EXPOSURE TO BEAM.
1-4

SERVICE HINTS
LEAD FREE PRODUCED SET
This set is manufactured with lead-free
production technology. This is also indicated by
the PHILIPS-lead-free logo you find on the
printed boards.
The set is produced with lead-free solder-alloy as well as
with lead-free sub-parts. It can be considered as lead-free.
Due to this fact some rules have to be respected by the
workshop during a repair:
• Use only lead-free soldering-tin Philips SAC305 with order
code 0622 149 00106. If lead-free solder-paste is required,
please contact the manufacturer of your solder-equipment.
• Use only adequate solder tools applicable for lead-free
soldering-tin.
• Adjust your solder tool so that a temperature around 217°
– 220° is reached at the solder joint.
• Do not mix lead-free soldering-tin with leaded soldering-tin.
This would lead to unreliable solder joints.
• On our website http://www.atyourservice.ce.philips.com
you find more information to
– aspects of lead-free technology
– BGA-de-/soldering, heating-profiles of BGAs used in
Philips-sets, and others
DISMANTLING CD-DOOR
To dismantle the CD-door proceed as follows:
1. Loosen screws on back side of player (2x)
2. Open CD-door
3. Lift CD-door
DISMANTLING CABINET
To dismantle the cabinet proceed as follows:
1. Dismantle CD-door
2. Loosen screws of cabinet (6x)
3. Release snaps from bottom to cabinet (8x)
4. Lift cabinet
2-1

REPAIR POSITION TOP-SIDE
To get access to the top-side of the Main Board proceed
as follows:
1. Dismantle CD-door
2. Dismantle cabinet
3. Supply the unit via external DC-socket
4. To carry out measurements short-circuit door-switch or
start Service Test Program →Playback Test
REPAIR POSITION BOTTOM-SIDE
To get access to the botom-side of the Main Board
proceed as follows:
1. Dismantle CD-door
2. Dismantle cabinet
3. Lift printed boards and place flipped boards into cabinet
4. Position cabinet over bottom so that CD can turn without
touching other parts
5. Supply the unit via external DC-socket
6. To carry out measurements short-circuit door-switch or
start Service Test Program →Playback Test
REASSEMBLING THE UNIT
When reassembling the unit take care that
• the door-switch is operable
• lock switch & lock slider are in the correct position
• the battery spring contacts are not hidden behind studs
• the opening mechanism is locked
When mounting cabinet to bottom start locking snaps
around the opening mechanism first.
2-2

HANDLING CHIP COMPONENTS
SERVICE TOOLS
Audio signal disc SBC429 4822 397 30184
Playability test disc SBC444A 4822 397 30245
CD-RW printed audio disc 7104 099 96611
MP3 8cm disc (for testing MP3 files, bitrates: 128; 160 and 192 kbit/s) 7104 099 28271
SubChassis 8A test disc (8cm disc) 7104 099 32841
ESD PROTECTION EQUIPMENT
ESD3 KIT 4822 310 10671
• Anti-static table mat (600x650x1.25mm)
• Anti-static wristband
• Connection box (3 press stud connections, 1MΩ)
• Extendible cable (2m, 2MΩ, to connect wristband to connection box)
• Connecting cable (3m, 2MΩ, to connect table mat to connection box)
• Earch cable (1MΩ, to connect any product to table mat or to connection box)
2-3

PIN DESCRIPTION OF INTEGRATED CIRCUITS
TEA5767HN – LOW POWER FM-TUNER
Pin Name Direction Description
1 NC1 – no connection
2 CPOUT FM-tuner →charge pump output of synthesizer PLL
3 VCOTANK1 FM-tuner →voltage controlled oscillator tuned circuit output 1
4 VCOTANK2 FM-tuner →voltage controlled oscillator tuned circuit output 2
5 VCCVCO →FM-tuner voltage controlled oscillator supply voltage
6 DGND GND digital ground
7 VDIG →FM-tuner digital supply voltage
8 DATA µP ↔FM-tuner bus data line input/output
9 CLOCK µP →FM-tuner bus clock line input
10 NC2 – no connection
11 WRITE/READ µP →FM-tuner write/read control input for the 3-wire bus
12 BUSMODE →FM-tuner bus mode select input
13 BUSENABLE →FM-tuner bus enable input
14 SWPORT1 →FM-tuner software programmable port 1
15 SWPORT2 →FM-tuner software programmable port 2
16 XTAL1 →FM-tuner crystal oscillator input 1
17 XTAL2 →FM-tuner crystal oscillator input 2
18 PHASEDET →FM-tuner phase detector loop filter
19 PILDET →FM-tuner pilot detector low-pass filter
20 NC3 – no connection
21 NC4 – no connection
22 VAFL FM-tuner →headphone amp. left audio frequency output voltage
23 VAFR FM-tuner →headphone amp. right audio frequency output voltage
24 TMUTE →FM-tuner time constant for soft mute
25 MPXOUT FM-tuner →FM demodulator MPX signal output
26 VREF →FM-tuner reference voltage
27 TIFCENTER →FM-tuner time constant for IF centre adjust
28 LIMDEC1 →FM-tuner decoupling IF limiter 1
29 LIMDEC2 →FM-tuner decoupling IF limiter 2
30 NC5 – no connection
31 NC6 – no connection
32 IGAIN →FM-tuner gain control current for IF filter
33 AGND GND analog ground
34 VCC →FM-tuner analog supply voltage
35 RFIN1 →FM-tuner RF input 1
36 RFGND GND RF ground
37 RFIN2 →FM-tuner RF input 2
38 CAGC →FM-tuner time constant RF AGC
39 LOOPSW FM-tuner →switch output of synthesizer PLL loop filter
40 NC7 – no connection
AN8399SA – HF-PREAMPLIFIER
Pin Name Direction Description
1PD →HF-preamp input for LD output monitoring PD signals
2LD →HF-preamp external TR drive pin for driving LD
3 VCC +HF (+2.6V) power supply
4 RFN →HF-preamp RF addition amp inverting input
5 RFOUT HF-preamp →RF addition amp output
6 RFIN →HF-preamp AGC amp input
7 LDRCTL →HF-preamp LD reference voltage control pin
8 CAGC →HF-preamp AGC loop filter connection pin
9 ARF HF-preamp →RF after AGC output
10 CEA →HF-preamp capacitor for 3T-ENV detection filter connection pin
11 3TOUT HF-preamp →3T-ENV detection output
12 CBDO →HF-preamp capacitor for low-speed dark level BDO detection connection pin
13 BDO HF-preamp →BDO detection output
14 COFTR →HF-preamp capacitor for low-speed off-track detection connection pin
15 OFTR HF-preamp →off-track detection output
16 NRFDET HF-preamp →RF signal amplitude detection information output
17 GND GND ground pin
18 SLPSW →HF-preamp sleep mode control pin
19 VREF VREF reference voltage output (VCC / 2)
20 TEN →HF-preamp TE amp inverting input
21 TEOUT HF-preamp →track error output
22 FEN →HF-preamp FE amp inverting input
23 FEOUT HF-preamp →focus error output
24 GCTL →HF-preamp gain & APC control pin
25 FBAL →HF-preamp pin to input signal for controlling focus balance adjustment
26 TBAL →HF-preamp pin to input signal for controlling tracking balance adjustment
27 E →HF-preamp satellite diode signal input
28 F →HF-preamp satellite diode signal input
29 D →HF-preamp central diode signal input
30 B →HF-preamp central diode signal input
31 C →HF-preamp central diode signal input
32 A →HF-preamp central diode signal input
3-1

SM8613AV – LASER DIODE DRIVER
Pin Name Direction Description
1 LDISET →laser diode driver LD drive maximum current setting resistor connection
2 NC1 – no connection
3 MUTE →laser diode driver intermittent drive stop signal
4PCK →laser diode driver intermittent control reference pulse input
5 DUTYADJ →laser diode driver intermittent duty ratio adjust resistor connection
6 FLOCK →laser diode driver intermittent drive control signal
7 NC2 – no connection
8 GND GND ground
9 PDVIN →laser diode driver laser luminosity monitor voltage input
10 NC3 – no connection
11 LDOFF →laser diode driver LD drive current control signal
12 LDIOUT laser diode driver →LD drive current output
13 VCC +2.6V supply voltage
14 RG2 laser diode driver →APC frequency response control capacitor connection
15 NC4 – no connection
16 RG1 →laser diode driver APC loop gain control resistor connection
LV8222W – PWM-DRIVER
Pin Name Direction Description
1RF →PWM-driver output current detection pin
2 COM PWM-driver →common point of spindle motor
3VS →PWM-driver power supply for spindle motor driver
4 CP1 PWM-driver →charge pump pulse output pin
5 CPC1 →PWM-driver pin for charge pump
6 CP2 PWM-driver →charge pump pulse output pin
7 CPC2 →PWM-driver pin for charge pump
8VG →PWM-driver pin for charge pump
9 VCC +2.6V power supply for the small signal system circuit
10 FG PWM-driver →µP FG pulse output
11 FIL →PWM-driver waveform synthetic signal filter pin
12 COMIN →PWM-driver differential input of position detection comparator
13 S_S µP →PWM-driver start/stop input of spindle motor block
14 PWM →PWM-driver PWM signal input of spindle motor block
15 BRK →PWM-driver brake input of spindle motor block
16 MODE1 →PWM-driver PWM frequency switching pin of spindle motor block
17 MODE2 →PWM-driver soft switching characteristic select pin of spindle motor block
18 NC – no connection
19 RMAX →PWM-driver sets maximum frequency of VCO pin
20 VCOIN →PWM-driver pin to control voltage of VCO pin
21 VCO →PWM-driver oscillation frequency of VCO pin
22 VGREG →PWM-driver pre-drive regulator pin
23 VSMON PWM-driver →µP power supply voltage monitor pin
24 TGND GND ground of small signal system
25 GND GND ground of small signal system
26 CLK µP →PWM-driver channel 3 reverse output
27 IN3R →PWM-driver logic input pin of actuator H-bridge 3
28 IN3F →PWM-driver logic input pin of actuator H-bridge 3
29 IN2R →PWM-driver logic input pin of actuator H-bridge 2
30 IN2F →PWM-driver logic input pin of actuator H-bridge 2
31 IN1R →PWM-driver logic input pin of actuator H-bridge 1
32 IN1F →PWM-driver logic input pin of actuator H-bridge 1
33 VS3 +A power supply for H-bridge 3
34 MUTE µP →PWM-driver H-bridge and three-phase sled mute pin
35 OUT3R PWM-driver →H-bridge forward/reverse output 3
36 PGND3 GND ground of H-bridge output block 3
37 OUT3F PWM-driver →H-bridge forward/reverse output 3
38 OUT2R PWM-driver →H-bridge forward/reverse output 2
39 VS2 +A power supply for H-bridge 2
40 PGND2 GND ground of H-bridge output block 2
41 OUT2F PWM-driver →H-bridge forward/reverse output 2
42 OUT1R PWM-driver →H-bridge forward/reverse output 1
43 PGND1 GND ground of H-bridge output block 1
44 VS1 +A power supply for H-bridge 1
45 OUT1F servo driver →H-bridge forward/reverse output 1
46 WOUT PWM-driver →output pin for spindle motor
47 VOUT PWM-driver →output pin for spindle motor
48 UOUT PWM-driver →output pin for spindle motor
3-2

MN662793CF – DIGITAL SIGNAL PROCESSOR FOR CD
Pin Name Direction Description
1 D11 signal processor ↔DRAM DRAM data I/O signal 11
2 D10 signal processor ↔DRAM DRAM data I/O signal 10
3 D9 signal processor ↔DRAM DRAM data I/O signal 9
4 D8 signal processor ↔DRAM DRAM data I/O signal 8
5 UDQM signal processor →DRAM SDRAM upper byte data mask signal output
6 SDRCK signal processor →DRAM SDRAM clock signal output
7 A11 signal processor →DRAM DRAM address signal 11
8 A9 signal processor →DRAM DRAM address signal 9
9 A8 signal processor →DRAM DRAM address signal 8
10 A7 signal processor →DRAM DRAM address signal 7
11 A6 signal processor →DRAM DRAM address signal 6
12 A5 signal processor →DRAM DRAM address signal 5
13 A4 signal processor →DRAM DRAM address signal 4
14 LDQM signal processor →DRAM SDRAM lower byte data mask signal output
15 NWE signal processor →DRAM DRAM write enable signal output
16 NCAS signal processor →DRAM DRAM CAS control signal output
17 NRAS signal processor →DRAM DRAM RAS control signal output
18 NCS signal processor →DRAM SDRAM chip select signal output
19 A3 signal processor →DRAM DRAM address signal 3
20 A2 signal processor →DRAM DRAM address signal 2
21 A1 signal processor →DRAM DRAM address signal 1
22 A0 signal processor →DRAM DRAM address signal 0
23 DRVDD1 +RAM power supply 1 for DRAM interface I/O
24 DVSS1 GND ground 1 for digital circuits
25 A10 signal processor →DRAM DRAM address signal 10
26 BA1 signal processor →DRAM SDRAM bank selection signal output 1
27 BA0 signal processor →DRAM SDRAM bank selection signal output 0
28 DVDD1 +1.8V power supply 1 for internal digital circuits
29 SPOUT signal processor →PWM-driver spindle drive signal output (absolute value)
30 SPPOL signal processor →PWM-driver spindle drive signal output (polarity)
31 TRVP signal processor →PWM-driver traverse drive signal output (positive polarity)
32 TRVM signal processor →PWM-driver traverse drive signal output (negative polarity)
33 TRVP2 signal processor →traverse drive signal output 2 (positive polarity)
34 TRVM2 signal processor →traverse drive signal output 2 (negative polarity)
35 TRP signal processor →PWM-driver tracking drive signal output (positive polarity)
36 TRM signal processor →PWM-driver tracking drive signal output (negative polarity)
37 FOP signal processor →PWM-driver focus drive signal output positive polarity)
38 FOM signal processor →PWM-driver focus drive signal output (negative polarity)
39 IOVDD1 +DSP power supply 1 for digital I/O
40 TBAL signal processor →HF-preamp tracking balance adjustment signal output
41 FBAL signal processor →HF-preamp focus balance adjustment signal output
42 FE HF-preamp →signal processor focus error signal input
43 TE HF-preamp →signal processor tracking error signal input
44 ADPVCC PWM-driver →signal processor voltage input for supply voltage monitor
45 RFENV HF-preamp →signal processor RF envelope signal input
46 LDON signal processor →laser on signal output
47 NRFDET HF-preamp →signal processor RF detection signal input
48 OFT HF-preamp →signal processor off-track signal input
49 BDO HF-preamp →signal processor dropout signal input
50 AVDD1 +HF (+2.6V) power supply 1 for analog circuits
51 IREF →signal processor analog reference current input
52 ARF HF-preamp →signal processor RF signal input
53 DSLF →signal processor DSL loop filter pin
54 PWMSEL →signal processor PWM output mode selection input (low=direct, high=3-state)
55 PLLF signal processor →PLL loop filter pin (for phase comparison)
56 PLLFO signal processor →PLL loop filter pin (for speed comparison)
57 AVSS1 GND ground 1 for analog circuits
58 LOOUTL signal processor →headphone amp. left channel audio output for line-out output
59 LOVSS1 GND ground 1 for line-out output
60 LOOUTR signal processor →headphone amp. right channel audio output for line-out output
61 LOVDD1 +3.0V power supply 1 for line-out output
62 NTEST2 →signal processor headphone output control input
63 TMON1 signal processor →left channel audio output for headphone output
64 LOVDD2 +3.0V power supply 2 for headphone output
65 LOVSS2 GND ground 2 for headphone output
66 TMON2 signal processor →right channel audio output for headphone output
67 DVDD3 +1.8V power supply 3 for digital circuits
68 DVSS2 GND ground 2 for digital circuits
69 EXT0 signal processor ↔expansion I/O port 0
70 EXT1 signal processor ↔expansion I/O port 1
71 EXT2 signal processor ↔expansion I/O port 2
72 MCLK µP →signal processor microcontroller command clock signal input
73 MDATA µP →signal processor microcontroller command data signal input
74 MLD µP →signal processor microcontroller command load signal input
75 STAT signal processor →µP status signal output
76 BLKCK signal processor →µP subcode block clock signal output
77 SMCK signal processor →PWM-driver 4.2336MHz/8.4672MHz clock signal output
78 PMCK signal processor →88.2kHz clock signal output
79 TX signal processor →digital audio interface signal output
80 FLAG signal processor →flag signal output
81 NRST µP →signal processor LSI reset signal input
82 NTEST +DSP test mode setting input
83 DVSS3 GND ground 3 for digital circuits
84 X1 →signal processor crystal oscillator circuit input
85 X2 signal processor →crystal oscillator circuit output
86 IOVDD2 +DSP power supply 2 for digital I/O
87 DVDD2 +1.8V power supply 2 for internal digital circuits
88 D2 signal processor ↔DRAM DRAM data I/O signal 2
89 D1 signal processor ↔DRAM DRAM data I/O signal 1
90 D0 signal processor ↔DRAM DRAM data I/O signal 0
91 D3 signal processor ↔DRAM DRAM data I/O signal 3
92 D4 signal processor ↔DRAM DRAM data I/O signal 4
93 D5 signal processor ↔DRAM DRAM data I/O signal 5
94 D6 signal processor ↔DRAM DRAM data I/O signal 6
95 D7 signal processor ↔DRAM DRAM data I/O signal 7
96 D15 signal processor ↔DRAM DRAM data I/O signal 15
97 D14 signal processor ↔DRAM DRAM data I/O signal 14
98 DRVDD2 +RAM power supply 2 for DRAM interface I/O
99 D13 signal processor ↔DRAM DRAM data I/O signal 13
100 D12 signal processor ↔DRAM DRAM data I/O signal 12
3-3

SERVICE TEST PROGRAM
To enter the Service Test Program proceed as follows:
1. Disconnect the AC/DC adaptor and remove batteries
2. Open the CD-door
3. Hold PLAY & NEXT buttons depressed
4. Connect the AC/DC adaptor or insert batteries
The display shows the software version (e.g. “S-1201”).
The program is now in the main menu. The built-in tests
can be started via dedicated buttons. See flow chart on
next page for details.
table1 – error codes for playback test
EDOC RORRE EPYT ESUAC
0001rorresucoflatafnon.kcabyalpgnirudtsolsisucofehtnehwdereggirT
1001rorrelaidarlatafnon .kcabyalpgnirudemitniatrecarofkcart-ffosiovreslaidarehtnehwdereggirT
2001rorreniedilslatafnon 6yletamixorppaerofeb)desolcsihctiwsrenni(noitisoprennistihcaertondidedilsehT .melborprotomedilsrohctiwsrenni–ybdessapevahsdnoces
3001rorretuoedilslatafnon yletamixorppaerofeb)neposihctiwsrenni(noitisoprennistifotuoemoctondidedilsehT .melborprotomedilsrohctiwsrenni–ybdessapevahsm052
4001rorregnillifMARDlatafnon ,eroferehT.semarfoiduaevitucesnocowttcennocotelbatonsawrellortnocMARDehT eht µ.skcilcelbiduasecudorptahtnoitcennocoiduatceridaeussiotdahP
5001rorrepmujlatafnon .emitniatrecanihtiwdnuofebtondluocnoitanitsedpmujehtnehwdereggirT
6001rorreedocbuslatafnon.yalpgnirudemitniatrecarofedocbusdilavoN
7001rorreLLPlatafnon.emitniatrecanihtiwkcoltondluocpooL-kcoL-esahPehT
8001rorrerotomelbatnrutlatafnonnihtiwtonsideepsrotomnehwdetareneG ±.deepstegratfo%02
9001rorreoidualatafnon.rorreoiduaelbatcerrocnU
0101 tnemtsujdacitamotua rorre latafnon .emitniatrecanihtiwlufsseccustonsawtnemtsujdaniagcitamotuA
1101rorreniaghguorsucoflatafnon .emitniatrecanihtiwlufsseccustonsawtnemtsujdaniaghguorsucoF
0201rorrehcraessucoflataf.emitniatrecanihtiwdnuofneebtonsahtniopsucofehT
2201rorreedocbuslataflataf.noitamrofniedocbusdilaveromoN
0301 tnemtsujdacitamotua rorreniaghguorsucof lataf .emitniatrecanihtiwlufsseccustonsawniaghguorsucofCGAehT
4301 4401 tnemtsujdacitamotua rorreniaghguorgnikcart lataf .emitniatrecanihtiwlufsseccustonsawniaghguorgnikcartCGAehT
5301 5401 tnemtsujdacitamotua rorreecnalabkcart lataf .emitniatrecanihtiwlufsseccustonsawecnalabkcartsucofCGAehT
6301 6401 tnemtsujdacitamotua rorreecnalabsucof lataf .emitniatrecanihtiwlufsseccustonsawecnalabsucofCGAehT
7301 7401 tnemtsujdacitamotua rorreniagenifsucof lataf .emitniatrecanihtiwlufsseccustonsawniagenifsucofCGAehT
8301 8401 tnemtsujdacitamotua rorreniagenifgnikcart lataf .emitniatrecanihtiwlufsseccustonsawniagenifgnikcartCGAehT
3-4

3-53-5
table2 – key test DISPLAY
Key 05
Key 06
Key 07
Key 12
Key 13
DISPLAY
Key 01 RC
Key 02 RC
Key 03 RC
Key 05 RC
Key 06 RC
Key 07 RC
Key 09 RC
Key 10 RC
Key 12 RC
Key 13 RC
KEY ON SET
PLAY
NEXT
PREVIOUS
VOLUME +
VOLUME –
KEY ON CORD-RC
DBB
PROGRAM
MODE
PLAY
NEXT
PREVIOUS
ALBUM UP
ALBUM DOWN
VOLUME +
VOLUME –
Press “FM”to exit the key test.
table3 – tuner preset frequencies
FREQUENCY
87.5MHz
108.0MHz
98.0MHz
n/a
n/a
n/a
n/a
n/a
n/a
n/a
PRESET
01
02
03
04
05
06
07
08
09
10
Disconnect the AC/DC adaptor and
remove batteries to exit the tuner test.
table5 – disc speed
BATTERY FLAG DISC SPEED (% of single speed)
100%
200%
350%
PRELIMINARY
SETUP
EXIT
SERVICE TEST
PROGRAM
Display shows
software-version
(e.g.“S-1201”)
KEYTEST
Display shows
“Key --”
PLAYBACKTEST
Close CD-door &
press “PLAY”
To enter the service test program
1. Disconnect the AC/DC adaptor and remove batteries
2. Open the CD-door
3. Hold “PLAY” & “NEXT” buttons depressed
4. Connect the AC/DC adaptor or insert batteries
CUE-MODE
Track servo jumps
16 tracks forwards
“NEXT”
pressed?
“VOL-”
pressed? “PLAY” pressed?
“PLAY”
pressed?
Error during
playback?
“PLAY”
and focus OK
and speed
OK?
“NEXT”
depressed?
REVIEW-MODE
Track servo jumps
16 tracks backw.
Fatal error?
Display shows
error-code
(see table1)
Slide moves
outside Slide moves inside Disc motor brakes
“NEXT”
depressed? “PREV” depressed? “VOL +” depressed? “VOL –” depressed?
Stop playback
MAIN MENU
N
Y
N
Y
N
Y
N
Y
N
Y
N
Y
N
Y
N
Y
N
Y
N
Y
N
Y
N
Y
N
Y
N
Y
N
Toggle focus
sensitivity
(see table4)
“DBB”
pressed? N
Y
N
Y
“PREV”
depressed?
N
Y
N
Y
EXIT
SERVICE TEST
PROGRAM
“VOL+”
pressed? N
Y
Y
N
read patt. =
written patt.
?
N
table4 – focus sensitivity
DBB FLAG FOCUS SENSITIVITY
Normal focus sensitivity for
CDDA and CD-R
Low focus sensitivity for
high-reflective CD-RW
High focus sensitivity for
low-reflective CD-RW
Disc motor
accelerates
clockwise
“MODE”
pressed? N
Y
Toggle
disc speed
(see table5)
ATT: FROMTHISTEST ONWARDS
THE LASER IS SWITCHED ON !!
→AVOID DIRECT EXPOSURE
TO BEAM !!
“PREV”
depressed?
RADIALTEST
• Focus status
“F+”= focus OK
“F–”= focus error
• Disc speed status
“D+”= speed OK
“D–”= speed error
• On track status
“R+”= on track
“R–”= not on track
FOCUS / DISC
SPEEDTEST
• Focus status
“F+”= focus OK
“F–”= focus error
• Disc speed status
“D+”= speed OK
“D–”= speed error
SERVOTEST
Display shows:
“SER Dx Ix”
• State of switches
Dx = door switch
Ix = inner switch
“0” = closed
“1” = open
Display shows
keycode
(see table2)
write & read back
EEPROM
test pattern
key held
depressed?
Y
TUNERTEST
Display shows
“FM USA” or
“FM EUROPE”
“FM”
pressed? N
Y
N
Tuner functional
test with presets
(see table3)
“C USA”
Set version USA
(FM grid=100kHz)
“C EUROPE”
Set ver. EUROPE
(FM grid=50kHz)
“FM”
pressed?
Y
Display shows
“PASS” Display shows “ERROR”
Format EEPROM
with default values
Y
N
read patt. =
written patt.
?
N
Display shows
“PASS” Display shows “ERROR”
write & read back
DRAM test patt.
2 times
“PLAY”
pressed?
N
Y
“VOL+”
pressed?
N
Y
“VOL–”
pressed?
Y
“FM”
pressed?
N
Y
“FM”
pressed?
N
“FM”
pressed?
Display shows
“NEW”
RAM/ROMTEST
Display shows
“EEP / DRAM”
save original
EEPROM data
Restore original
EEPROM data
“NEXT”
depressed?
SERVICE TEST PROGRAM – FLOW CHART

3-6 3-6
AN8399SA
HF-PREAMPLIFIER
MCLK
MLD
MDATA
BLKCK
STAT
DISC
Laser
diode
PHOTO
DIODE ARRAY A+C=PD1 B+D=PD2
TURNTABLE
MOTOR
TRACK
SERVO
FOCUS
SERVO
SLIDE
SERVO
B
A
EF
KSM1000
CD-DRIVE
Monitor
diode
A/D-CONVERTER
EFM-DEMODULATION
SYNC INTERPOLATION
CIRC ECC
CDROM ECC
TIMING
OFTR
CIRC
RAM
P MN101CF61G
CLOCK GEN.
& TIMING ALU
128kB ROM12kB RAM
8MHz
I/O PORTS
FOP
FOM TUIN1
TUIN2
TRP
TRM TRVP TRVM SPout SPbrk
TR±
SLD±
SP_MUTE
(FROM µP)
F±
T±
SL±
SPout
SPbrk
+A
LV8222W
PWM DRIVER
FO±
PVCC
+2.6
VCC 7402
SPUIN
SPVIN
SPWIN
FLEX
TREBLE
CHG_PWM
TEMP
DC_IN
HP_MUTE
HP_POW
CHG_ON
CHG_DET
BAT_LEVEL
BEEP
DBB_ON
SELECT
MUTE
VOLUME
KEY2
KEY1
DBB_STEP
M_nRST
GCTL (TO HF-PREAMP.)
I2C_CLK
RESET
FROM/TO SUPPLY/
CHARGE CIRCUIT FROM/TO PWM-DRIVER
FROM/TO µP
FROM/TO
TUNER
TO HEADPHONE AMP.
FROM/TO µP
FROM/TO µP
DRAM
EEPROM
KEYBOARD
H-BRIDGE
MOTOR DRIVER 1
U_OUT
V_OUT
W_OUT
H-BRIDGE
MOTOR DRIVER 3
SPINDLE
DRIVER
H-BRIDGE
MOTOR DRIVER 2
16.9MHz
VDD NRST7802
VDD7403
+DSP
VCC 7801
+2.6V+2.6V
VCC
+µP
VDD 7800
+RAM
VCC 7401
+µP
LASER DRV.
SM8613AV
VCC7804
+3.3V
TUNER
TEA5767HN
VDIG7100
LDOFF
SP_MUTE
SERVO_MUTE
FG
SOFT_ON
MON
A
RFOUT
FBAL
RFN
LD
MN662793CF
DSP
VCC7306
HEADPHONE&
RC-SOCKET
1300
SUPPLY/CHARGE CIRCUIT
1201
DC-in socket
+
T700mA
DC/DC
CONVERTER
TEMP
+A
CHARGE
CIRCUIT
+3.0V
+2.6V / +DSP
+1.8V
+3.3V / +RAM
TEMP.
DETECT.
+A STAB.
CHG_PWM
CHG_ON
CHG_DET
BATT_LEVEL
DC_IN (TO µP)
+µP
HP_MUTE
BEEP
GCTL
(FROM µP)
VREF
FBAL
B
C
D
+–
RFIN
HF-EQ
ARF
–
F
+
E
PD1
PD2
PD1
PD2
F
E
SELECT
IN1
IN2
I2C_DATA
FM_RW
I2C_CLK
I2C_DATA
FM_RW
NRFDET
OFTR
nPSM
(FROM µP)
OFT
TEOUT TE
FEOUT FE
BDO BDO
3TOUT RFENV
TBAL
TBAL
ARF
AGC
NRFDET
B. GAP
3TENV
BDO
SERVO PROCESSING
OUTPUT PORTS
PWM-OUTPUTS
ADPVcc
ADPVcc
PSM
CONTROL
BUS CONTROL
UNIT ADPCM
LOGIC 1
CHARGE
PUMP
VG-REG
OSC.
LOGIC 3
LOGIC 2
DRIVER LOGIC
MUTE
MUTE
MUTE
AN17882A
HEADPHONE AMP.
DSL
PLL / VCO
INPUT
CDIN2
CDIN1
FM_L
INSW
VOLUME VOLCTL
BSTCTL
+DRIVE
+DRIVE
(FROM PSM CONT.)
DBB_ON
MTSW
BEEP
BSTHL
POUT1
VOLOUT1
IN1
MON1
DBB_STEP
STB
+A
+RC
µP
INTERFACE
DRAM
INTERFACE
SERIAL
INTERFACE
SERIAL
INTERFACE
OUTR OUTL
DIGITAL
OUTPUT
DIG. FILTER
1BIT DAC
FS
CONVERT.
MP3/WMA
DECODER
SLPSW
10kHz
10kHz
RCDATA
C
D
FM_R
SUBCODE
INTERFACE
+
EXTERNAL
BATTERY RECHARG. BATTERY
+
T700mA
VOL
CONT.
VOL
CONT.
DBB
CONT.
TREB.
CONT.
TREB.
CONT.
ANT
BEEP
HP_POW
BIAS AGC
POUT2
VOLOUT2
IN2
MON2
POUTC
+
VOLCTL
VOLCTL
RC-CIRCUIT
TREBLE
MUTE
eye-pattern signal
> 500 mVpp
TB=0.5µs
1
1
BLOCKDIAGRAM

4-14-1
CTL
OUTIN
INH NC
CTRL
LX I|O
FB
U_|D
ILIM OFF GND
SYNC CTRL
LXI|O
FB
U_|D
ILIM OFF GND
SYNC CTRL
LXI|O
FB
U_|D
ILIM OFF GND
SYNC
t
%
F220 C13
F300 H8
F301 G8
F306 H5
F310 F15
F311 E15
F312 E15
F313 E15
F319 B7
F320 B7
F322 D12
F324 G11
F325 G10
F329 G1
7306 D8
F200 C2
F201 B2
F202 C2
F203 A3
F204 A6
F205 A7
F206 A10
F207 A12
F208 A15
F209 C5
F213 G4
F215 D2
F216 B10
F217 B13
F218 B13
F219 C13
%
7208-3 E3
7208-4 F2
7209-1 C6
7209-2 C6
7210 E2
7211 G1
7212 A1
7213 A4
7214-1 E1
F314 E15
F315 F15
F318 E2
7216 C7
7300-1 D6
7300-2 F6
7301 G11
7302 E14
7304 F14
#
6203 A5
6204 B1
6205 C2
6206 C8
6301 G15
7200 A14
7201 A5
F210 A3
F211 E4
F212 B3
7205-1 A14
7205-2 A15
7206 B9
7207 A2
7208-1 B4
7208-2 G3
#
%
%
4303 G12
5200 A9
5201 A12
5202 A4
5203 A10
5204 A4
5205 A6
5206 B4
5300 E14
5301 E14
7214-2 E1
7215-1 C8
7215-2 C9
5305 F15
5306 G15
5307 G15
5308 H15
6201 B2
6202 A13
3330 F6
3331 F6
3332-1 G8
3332-2 G8
3332-3 G9
3332-4 G9
3334 D12
3336 G12
3337 D12
7202 A7
7203 A8
7204 A11
4200 A7
4201 B7
4202 B9
4300 E12
4301 E14
4302 E11
%
3314 E13
3315 G9
3316 G7
3317 E6
3318 F13
3319 F6
5302 F14
5303 F15
5304 F15
3323 F13
3324 F14
3325 H11
3326 F12
3327 F12
3328 G15
%
%
3276 C7
3277 A4
3278 C5
3300 D5
3301 D6
3302 C11
3303 G8
3304 G5
3339 E8
3340 E8
3341 H10
3308 G12
3309 H7
3310 E6
3311 G8
3312 E13
3313 E14
3258 B5
3259 C5
3260 B6
3261 G4
3262 D1
3263 E1
3264 E1
3265 E1
3266 F1
3320 E8
3321 G11
3322 F6
3270 B5
3271 A3
3272 B3
3273 C8
3274 C9
3275 C9
#
3238 G2
3239 G4
3240 E3
3241 G3
3242 H2
3243 G2
3244 G2
3245 H1
3246 A15
3247 A15
3248 E3
3305 E6
3306 H8
3307 E5
3252 B2
3253 B2
3254 C3
3255 A4
3256 B4
3257 E3
%
3218 B6
3219 B3
3220 B4
3221 B3
3222 C3
3223 C4
3224 C4
3225 B7
3226 B6
3227 E2
3228 F2 3267 B9 3268 B9
3269 C5
3232 F2
3233 E2
3234 E4
3235 F2
3236 F3
3237 G2
2335 H8
2336 F13
2337 F15
3200 A5
3201 B14
3202 A7
3203 A9
3204 A12
3205 A6
3206 B8
3207 B11
3249 E3
3250 E3
3251 B23211 A10
3212 A12
3213 A12
3214 A6
3215 A5
3216 A14
3217 A14
2313 F14
2314 D12
2315 F6
2316 E8
2317 F12
2318 F12
2319 F8
2320 E11
2321 C10
2322 E8
2323 D8
3229 E4
3230 E4
3231 F2
2327 D10
2328 D10
2329 D10
2331 D12
2332 G15
2333 G15
%
2334 G8
2215 C7
2217 H2
2219 H3
2220 F3
2221 B1
2222 A14
2224 D2
2225 B9
2226 A3
2300 F7
2301 D6
3208 A13
3209 A13
3210 A10
2305 E5
2306 E14
2307 H7
2308 F11
2309 E12
2310 E5
11 12 13
%
2311 F12
2312 G7
89 101112131415
2324 D8
2325 G15
2326 D9
D
E
F
G
H
A
1300 E15
1400-A B15
2200 A3 2211 A6
2212 A6
2213 A1
2214 C1
2210 A15
1
2302 E8
2303 G5
2304 G12
10
B
C
14 15
1234567
D
E
F
G
H
1200 A3
1201 C1
1202 D2
1203 D2
1204 C13
1205 C13
A
B
C
F205
2201 B14
2202 A9
2203 A9
2204 A12
2205 A12
2206 A3
2207 A2
2208 A7
2209 A13
23456789
5
67
4
11
LM324
7208-2
7304
BC817-25W
6.3V22u
2316
F201
6K8
3209
330R
3218
BZX384-C10
6301
2334
1u0
3247
220K
2315
6n8
2310
4u7
2
6
1
7214-1
BC847BPN
7
A
2u2
5305
3332-2
10K
2
1203 1
2
5204
F300
BHS
4u7
2305
68K
3236
F322
100K
3240
BC868
7210
5206
3249
150K
6
1
BC847BW
7301
BC847BS
7205-1
2
3311
47K
2320
100n
1K0
3312
1M0
3300
F206
3336
2R2
2300
22u 6.3V
4K7
3341
6.3V22u
2319
SL03
6204
3317
10K
F212
3255
220K
BC847BW
7213
2215
10n
BC847BW
3200
7216
47K
3315
47K
10n
2337
6.3V 22u
2329
10
9
8
4
11
LM324
7208-3
F311
100n 2317
1u0
2200
3226
10K
3266
470K
3332-1
10K
18
3332-4
10K
45
7302
3211
BC817-25W
220K
4K7
3237
5205
1 2 3 4 5 6 7 8
910
A
1205
08FLZ-RSM1-TB
10K
3267
2306
22n
47K
3203
3313
4K7
470K
3265
2325
100n
100R
3233
10K
3245
470K
3276
A
A
A
2331
4u7
220p
2332
F320
F204
47K
3264
7212
BC817-25W
15K
3340
3310
1K0
3206
10K
2226 100n
100n 2214
4303
150K
3230
6.3V22u
2321
470K
3277
12
13 14
4
11
LM324
7208-4
3225
22K
470p
2219
2302
220n
5306
F315
2224
100n
2R2
3314
100n
2220
A
470R
10K
3220
3271
F213
4302
2u2
5303
4300
8K2
3228
3322
2K2
4201
5304
2u2
4301
F211
2322
47n
3254
10K
1u0
2202
F203
BAS316
6202
22u
2207
SL03
6203
2336
22u 6.3V
7209-1 BC847BPN
2
6
1
F202
2204
1u0
2
3
4
5
6
TC38
1300
1
1K0
3274
120R
3273
18K
3244
BC847BPN
5
3
4
68K
3205
7214-2
3238
150K
A
2K2
3305
4V100u
2203
F313
2324
47n
18K
3243
A
2
6 1
3316
270R
BC847BS
7300-1
3216
F318
2327
22u6.3V
220K
47K
3261
6.3V 22u
2328
3272
470R
VOLVREFX
15
VOLVRFX
29
VREF
21
XC1
22
XD2
10K
3217
8
PGND
7
POUT1
5
POUT2
6
POUTC
30
RF
31
STB
33
TUIN1
35 TUIN2
17
VCC1
4
VCC2
14
VOLCTL
40 VOLOUT1 41 VOLOUT2
13
VOLRF
16
VOLVREF
37
BSTOUT
27
BSTTC
9
CAMPSW
32
CDIN1
36 CDIN2 34 GND 42 IN1 43 IN2 44 INSW 38 MON1 39 MON2
1
MTSW
2
MTTC
18
NC
19
NC_1
AN17882A
7306
20
AGCSW
12
ALCSW
10
AVLS1
11
AVLS2
3
BEEP
28
BIAS
23
BSTADJ
26
BSTCTL
25
BSTHL
24
3202
10K
3331
1M0
4
3339
15K
BC847BS
7300-2
5
3
3320
2K2
910
3303
18K
08FLZ-RSM1-TB
1 2 3 4 5 6 7 8
1204
6.3V 220u
2311
47K
3204
6.3V22u
2225
A
1M0
3269
F306
10K
3215
1R0
3232
3
4
4V100u
2206
7209-2
BC847BPN
5
6n8
2301
SL03
6205
3275
F215
F329
10K
A
2211
100n
120K
3221
F319
2326 470n
A
3231
1R0
100K
3325
3246
56K
2309
220u6.3V
A
1M0
68K
3224
F324
3257
0.7A
1200
ICP-S0.7
47u
2209
3250
10K
15K
3337
3227
1K0 BAS316
2304
6201
6.3V220u
5301
2u2
33u
5201
22n
2313
7202
BC807-25W
3260
680K
5203
2R2
3308
22K
3208
330K
3241
3212
470K
F210
2210
10n
1
5308
2
36
7
8
54
7207
KF35
10K
3251
6n8
2307
231
ICP-S0.7
1202
0.7A
1K0
3328
1400-A
SSSS8
2221
1u0
3n3
2222
2212
100u 4V
3318
2R2
2u2
5300
5
3
4
BC847BS
2
6
1
BC847BS
7215-27215-1
5202
22u
4K7
F312
3327
3324
2R2
1u0
2213 BC847BS
7205-2
5
3
4
A
4202
2323
1u0
3258
1M0
A
3326
2R2
10K
3229
7200
BC857BW
3323
1K0
3222
A
7
6 2
4
8
5
3
1
120K
3
1
TEA1208T
7203
7201
TEA1208T
7
6 2
4
8
5
470K
3262
5307
5302
2u2
21
4
11
7208-1
LM324
3
1u0
2217
F218
F220
A
A
3207
1K0
47u 6.3V
2205
22K
3214
1n0
5200
33u
2201
3302
47R
1201
HEC3604
3
1
2
A
A
2K2
3301
1
A
A
7204
TEA1208T
7
6 2
4
8
5
3
3252
3K3
10K
3239
NTH5G
3234
F216
A
3263
2M2
1u0
2335
47K
3268
2308
1u0
3307
3248
470K
3K3
470K
A
3270
47K
3242
BC847BW
F310
7211
4200
F325
A
F209
3256
470K
A
47K
3213
470K
3259
2318 100n
2333
220p
680K
3210
F208
3330
2K2
F207
1u0
2303
47K
3219
3201
3253
3K3
1K0
3278
100K
7206
BC807-25W
F200
270R
3309
36
3223
68K
3332-3
10K
F217
6206
BAT54WS
F219
18K
3306
F314
220R
3304
3319
3K3
330K
3235
F301
10K
3334
2312
6n8
4u7
2208
3321
22K
100n 2314
+2.6V +DSP
+3.3V
+3.3V
GND_CON
HOLD
RESET
+3.3V
SELECT
+RC
SELECT
+A
DC_PCB
BAT_CON
PCK_CON
DC_CON
+2.6V
HP_POW
+A
DC_IN
CHG_DET
ANT
+1.8V
+A
+1.8V
+2.6V
CHG_ON
BATT_LEVEL
nWAKE
DBB_ON
DBB_STEP
+RC
+2.6V
+RAM
+3.0V
BAT_PCB
PCK_PCB
VOL2
FM_L
VOL2
RIGHT
VOLUME
AREF
VOL1
HP_IN2
HP_IN1
{VOL1,VOL2,HP_IN1,HP_IN2,AREF}
AREF
FM_R
PCK_PCB
GND_CON
DSP_OFF
RCDATA
PCK_CON
BAT_CON
GND_CON
BAT_PCB
BEEP
ACCU_IN
+2.6V
MUTE
HP_IN1 HP_IN2
HP_MUTE
VOL1
LEFT
+DSP
AREF
TEMP
TREBLE CHG_PWM
+2.6V +2.6V
+1.8V
+2.6V
+2.6V
DC_CON
DC_PCB
SUPPLY PART
1.4V 3.4V 0.6V
0V
0V0V0V
0V 2.6V
3.5V
2.6V
0V
0V 0V
0.7V
0V
3.5V 3.6V 2.6V
0V
1.3V
1.4V 1.4V 1.4V
0V
0V
1.4V 1.3V
0V
0V
3.5V
3.6V
0V 0V
0V
0V
0V
0V
0V
0V
0V 0V
0.1V
0.1V 0.1V
3.5V
3.5V
3.6V
3V
1.6V
3.5V
1.3V
0.2V
1.3V
0V
3.5V
1.3V
0V
0V
3.5V
1.8V
0V
2.9V
0V 0.1V 3.5V 3.6V
0V
0V
0V
3.3V
0V
0V
0V
1.3V
1.3V
3.6V
1.3V
1.3V 1.3V
1.3V
1V
1.3V
1.4V
1.4V
2.2V
1.4V 1.4V 1.4V 1.4V
2V
3.6V
1.3V
1.3V
1.4V
1.5V
2.8V
2.2V
1.3V
3.7V
3.7V 3.7V
3.7V
3V
2.4V
0V0V
0V
3.5V
0.6V
1.2V
3.6V
0V
3.1V
3.7V
3V
1.8V
2.4V
1.3V 1.4V
0V
1.3V
1.6V
1.3V
0V
0.5V
2.6V
0V
2.5V
2.6V
1.4V
1.8V
3.7V
2.6V
3.2V
0V
0.7V
3.3V
0.2V
2V
1.3V
0V
4.2V 3.5V
4.5V
0V
4.5V
3.8V
0V
0.7V 2.6V
2.6V
0V
DC Voltages measured in
PLAY-mode, set supplied
via mains adapter V EVM

4-2 4-2
SCL ADR 0
1
2SDA
WC
VS3
MUTE
OUT3R
PGND3
OUT1F WOUT VOUT UOUT
CPC1
CP2
CPC2
VG
VCC
FG
FIL
COMIN
S_S
PWM
BRK
MODE1 MODE2
NC
RMAX
VCOIN
VCO
VGREG
VSMON
TGND
GND
CLK
IN3R
IN3F
IN2R
IN2F
IN1R
IN1F
CP1
VS
COM
RF
OUT3F OUT2R VS2 PGND2 OUT2F OUT1R PGND1
VS1
P01|SDA4|RXD1|SBI1
P00|TXD1|SBO1
MMOD
XO
XI
VSS
OSC1
OCS2
VDD
P02|SCL4|SBT1
VREF-
AN0|PA0
AN1|PA1
AN2|PA2
AN3|PA3
AN4|PA4
AN5|PA5
OUTC
NC|VPP
VREF+
P64 P65
P53
P54
P60
P61
P62
P63
P03|SBO2 P04|SBI2 P05|SBT2 P06|BUZ P27|NRST P10|TCIO0 P11|TCIO1 P12|TCIO2 P13|TCIO3 P14|TCIO7 P20|IRQ0 P21|IRQ1 P22|IRQ2 P23|IRQ3 P24|IRQ4 P30|SBO3 P31|SBI3 P32|SBT3 P33 P34
P66 P67 P70 P71 P72 P73 P74 P75 P76 P77
P87|LED7 P86|LED6 P85|LED5 P84|LED4 P83|LED3 P82|LED2 P81|LED1 P80|LED0
P35|SCL4
P36|SDA4
P37|TCIO4
P40|KEY0|TXD0|SBO0
P41|KEY1|RXD0|SBI0
P42|KEY2|SBT0
P43|KEY3|TCIO5
P44|KEY4
P45|KEY5
P46|KEY6
P47|KEY7
P50
P51
P52|IRQ5
F428 D15
F425 C15
F426 F10
F429 D15
F430 D15
F418 H10
F419 H12
F420 H12
F421 C15
F422 C15
F423 C15
F424 C15
91011
3443 G11
3444 H13
3445 H13
3446 H14
7401 E14
7402 B3
3406 B14
3407 A4
3408 B4
3409 C8
3412 C7
3417 B14
3419 D7
12
1402 G4
1403 H8
1404 H9
1405 H10
1406 H11
1407 H11
F
G
H
1401 D8
2420 H13
2421 H6
2422 B7
2423 B7
2424 B8
2425 B8
15
A
B
C
D
E
F
G
H
A
B
C
D
E
1409 A14
2400 E14
2402 D6
2403 C6 7403 B8
7404 G7
7405 G6
7406-1 H14
7406-2 H14
F400 H8
F409 G4
F410 G4
F411 G5
F413 A13
F417 H9
567891011121314
3438 C14
3441 G6
3442 H8
2427 D13
345678
1408 H12
3402 F6
3403 E15
3404 D14
2404 A4
2405 C6
2406 C6
2407 B3
2408 C6
2410 B4 3422 H8
3423 H11
3424 H9
3425 H9
3426 H11
3427 H12
3428 H7
3429 G7
12 13 14 15
12
2426 B8
34
3400 D6
3401 D6
2419 H8 F401 G11
F403 C14
F405 G4
F406 G4
F407 G4
F408 G42411 D7
2412 E1
2413 E2
2415 D7
2416 H7
2417 G9
2418 C7
F425
2419
1n0
3424
3K3
BC847BW
7404
100K
3417
22u 6.3V
2416
2427
10n
3425
12K
1n0
2420
F405
1K0
3428
2411
1u0
3403
100R
1n0
2426
F423
34
2408
2n2
7406-2
BC847BPN
5
3446
2
6
1
220K
7406-1
BC847BPN
220K
3445
47K
3444
SKQR
1403
F421
10M
3408
100K
3409
2402
100n
F406
2425
1n0
F409
1K5
3426
7401
M24C02-RDW6
1
2
3
6
5
84
7(256x8)
Φ
EEPROM
1n0
2422
F411
4u7
2415
1406
SKQR
2421 100n
F413
F408
F418
100n
2403
20
8
22
47
3
44 39
33
23
46
36
14
1
19 13 24
48
9
21
34
18
45 42 41 38 37
35
43 40
10
11
25
32
31
30
29
28
27
16 17 15
26
2
12
4
6
5
7
SENSORLESS LOGIC
H-BRIDGE
DRIVER1
VCO
H-BRIDGE
DRIVER2
H-BRIDGE
LOGIC
1
LOGIC
2
LOGIC
3
VG-REG
OSC
DRIVER3
LV8222W
7402
SPINDLE
DRIVER
CHARGE
PUMP
1R0
3401
7405
BC807-25W
F407
F428
47K
3407
2410
1u0
100n 2417
3429
F417
1K0
2423
1n0
100K
3406
4V
1n0
2418
2413
100u
F401
75 74 73
11
10
1
14
15
16
67 68 69 70 71 72 80 79 78 77 76
57
58
59
60
61 62 63 64 65 66
47
48
49
50
51
52
53
54
55
56
37 38 39 40
41
42
43
44
45
46
27 28 29 30 31 32 33 34 35 25 36
12
8
18
19
20
21 22 23 24 26
2
3
4
5
6
7
17
9
13
MN101C61G
CPU
PORT1
TIMER 0-3,7
128KB
ROM
HIGH CURRENT OUTPUT
PORT8
PORT0
OSCILATOR ADC INPUT
MN101CF61G
7403
SI 1+2
KEY INTERRUPT EXT INT 5
F410
PORT6
SI0 / TIMER5 PORT5
PORT3
SI 3,4
PORT4
PORT2
EXT INT O-4
PORT7
12KB
RAM
2 3 1
SPVE
1409
3441
10K
F403
2407 220n
8M0
1401
3404
100K
F430
F429
4K7
3402
2412 100n
1R0
3400
F419
2405
1u0
1n0
2424
F422
F424
1404
SKQR
1K0
3438
100R
3412
2400
100n
1K0
3443
F426
F400
F420
12K
3427
3419
10R
1 2 3 4 5 6 7 8 910
1402
SSR
2404
4n7
6K8
3423
1K0
3442
1 3
2 4
1408
SKQR
6K8
SKQR
1407
3422
SKQR
1405
2406 100n
+3.3V
+3.3V+2.6V
+uP
RESET
RESET
nWAKE
+uP
nWAKE
+3.3V
GCTL
DOOR
RCDATA
MCLK
STAT
MDATA
MLD
RS232
I2C_CLK
I2C_CLK
I2C_DATA
I2C_DATA
FM_RW
FM_RW
VOLUME
CHG_DET
BATT_LEVEL
TEMP
KEY2
KEY1
RS232
SERVO_MUTE
F-
F+
T-
T+
SPout
ADPVcc
PMCK
FG
SP_MUTE
+A
CHG_ON
HP_POW
TREBLE
ALC_ON
SOFT_ON
3XEQ
2XEQ
HOLD
JUMP
KEY1
P54
+uP
+uP
+2.6V
SPbrk
FO-
FO+
TR-
TR+
SLD-
SLD+
KEY1
HP_MUTE
DOOR
DBB_STEP
DBB_ON
DC_IN
ACCU_IN
DSP_OFF
SLPSW
LP_HIGH
LDRCTL
SELECT
MUTE
+uP
KEY2
+uP P53
Inner_SW
+uP
+uP
+uP
nWAKE
HOLD
VPP
BEEP
M_nRST
CHG_PWM
PULSE
BLKCK
Inner_SW
LD_PULSE
LDOFF
CONTROL PART
0V 0V 0.4V
2.5V 2.5V 2.5V
2.6V
Data
0V
2.5V
3.5V
3.5V
2.5V
0V
2.5V
2.5V
2.5V
Data
Data
Data
Data
Data
Data
Data
Data Data
Data Data Data Data Data Data Data Data
6.3V
0V
0V
2.5V
2.5V
1.3V
2.5V
2.5V
2.5V 2.5V
0V
Data
0V
2.6V
1.3V
3.2V
3.2V
2.5V
2.5V
2.6V
2.6V
2.5V
2.5V
0V 0V 0V 0V 0V
2.5V
2.5V
2.5V 2.5V 2.5V
0V
1.2V
0V
2.5V 2.5V
2.5V
2.5V
2.5V
0V
2V
2.5V
2.5V
0V
0V 0.4V 0.7V 3.9V 1.8V 0V
2.3V
2V
0V
2.3V
2.6V
2.6V
1.2V
0V
2.5V
Data
1.3V
0V
0V 0V
2.6V 1.3V
0V 0V
3.1V
3.5V
1.3V
3.8V
0V
2.5V
2.6V
2V
3.7V
2.6V
3.2V
2.6V 2 .6V
2.5V
0V 2.5V 0V 0V
0V
2.6V
1.3V
2.5V
2.6V
2.6V
0V
0V
1.3V
M
slide
motor disc motor
M
inner
switch
CD-DRIVE KSM1000
(3103 309 05440)
TRACKING COIL
FOCUS COIL +
E
PD2
LD S2S1
PD
PD1
F
+
–
–
SOLDER
JOINT S1
SOLDER
JOINT S2
F
T+
T-
PD2
GND
F-
VCC
MD
LD+
VR
GND
VC
GND
E
PD1
F+
16
16 1
2
3
4
5
6
7
8
9
FLZ
1800
1
10
11
12
13
14
15
REPLACEMENT OF CD-DRIVE KSM1000 (3103 309 05440)
ATT: CD-drive KSM1000 is delivered with closed solder joints S1 and S2.
For proper functionality both solder joints must be opened (desoldered)
after connecting the new drive to the printed circuit board.
DC Voltages measured in
PLAY-mode, set supplied
via mains adapter
V EVM

4-34-3
MC INTERFACE
DAC
DSL/PLL/VCO
BUS CONTROL UNIT
ADPCM
INTERFACE
DIGITAL OUT
SERVO CPU
OUTPUT PORT
ADC/INPUT
SPINDLE
TIMING GENERATOR
FS CONVERTER
MP3/WMA
MDECODER
SERIAL OUTPUT
TX
SERVO
BDO
AVDD
FLAG
D11
TX
PMCK
SMCK
BLKCK
DRAM INTERFACE
TIMING GENERATOR
SUBCODE INTERFACE
OFT
TBAL
NRFDET
LDON
RFENV
ADPVCC
TE
FE
FBAL
BA1
BA0
DVDD1
SPOUT
SPPOL
TRVP
TRVM
TRVP2
TRVM2
TRP
TRM
FOP
FOM
IOVDD1
NCAS
D10
D9 D8
UDQM
SDRCK
A11
A9 A8 A7 A6 A5 A4
LDQM
NWE
NRAS
NCS
A3 A2 A1 A0
DRVDD1
DVSS1
A10IREF
ARF DSLF PWMSEL PLLF PLLFO AVSS LOOUTL LOVSS1 LOOUTR LOVDD1 NTEST2 TMON1 LOVDD2 LOVSS2 TMON2 DVDD3 DVSS2 EXT0 EXT1 EXT2 MCLK MDATA MLD STAT
NRST
NTEST
DVSS3
X1
X2
IOVDD2
DVDD2
D2
D1
D0
D3
D4
D5
D6
D7
D15
D14
DRVDD2
D13
D12
GAIN
OFTR
NFRDET
BDOAGC
BAND
GAP
3TENV
0
9
VDD VDDQ
13
14
CKE
4
5
6
1
2
3
AP
3
7
8
9
10
CLK
4
BA
CS
5
RAS
2
CAS
WE
15
7
1
0
NC
6
12
8
1
VSS VSSQ
0
10
11
D
A
DQM L
U
11
6789
2814 A12
2815 D12
2816 D3
2817 D4
2818 D4
2807 C12
2808 B5
2809 B5
2806 B5
10 11 12
2825 E3
2826 E5
2827 F7
2828 E3
2829 E3
2831 F10
2810 C2
13 14 15
A
B
C
D
E
F
10 115
2838 F7
2839 F8
12 13 14 15
1234567
2811 C6
2812 A13
2813 A15
2805 B5 2847 A4 2848 B3
2849 A3
2850 D3
2851 G8
2852 D6
2853 G9
2854 F6
2855 G2
G
H
A
B
12 4
1X -> 2XEQ=H, 3XEQ=H
3802 A2
3803 A4
3804 A4
3805 A2
3806 B2
3807 B6
3808 B4
3809 B4
3810 B2
2819 D4
2820 D4
2821 D5
2822 D5
89
E
F
G
H
1800 C1
1801 C12
2800 C12
2801 G9
2802 A6
2803 B4
2804 B4
2846 G4 3833 G4 3836 G2
3837 G4
3838 E7
3839 B4
3840 A4
3841 A3
3842 E5
3843 F5
2832 F7
2833 F9
2834 F9
2835 A14
C
D
3
2862 F1
3800 A2
3801 G8 5804 A14 7800 B13
2840 F8
2841 F8
2842 F8
2843 G4
2823 E2
2824 E3
3826 E10
3827 F8
3829 F8
3830 F7 F804 A1 F805 A1
3X -> 2XEQ=L, 3XEQ=L
2856 E1
2857 D3
2858 A2
2859 B2
2836 A14
2837 A12
5800 E2
5801 G8
5802 G1
5803 G2 F806 B1
F807 B1
F808 B2
F809 B1
F810 B1
F811 C1
F812 C1
F813 C1
3811 B2
3812 B2
3813 B6
3814 C11
2844 G1
2845 G2
#
3825 F8 7807 G7
7808 H7
7809 F1
7810 D1
7811 E5
F800 E5
F801 A1
F802 A1
F803 A13844 G7
3845 H7
3846 E10
3849 F9
2860 F6
2861 E4
4813 E2
7801 D2
7802 A11
7804 G4
7805-1 E4
7805-2 E4
3815 E3
3816 E5
3824 D12 3850 A15
3851 H7
4812 A15
F814 C1
F827 A5
F830 D11
2X -> 2XEQ=L, 3XEQ=H
3817 D12
3818 D3
3819 B1
3820 E3
3821 E5
3822 E3
3823 D1 3853 E1 3854 F1
3855 E5
3856 E2
4801 A15
4802 C13
4803 D13
4810 D2
3852 E1
10n
2805
5804
10u
10n
2815
F801
47K
3826
3822
470R
33K
3836
1u0
2814
470p
2803
2843 100n
2K2
3818
220K
3851
1K0
3803
10K
5
3
4
3845
BC847BS
7805-2
2859
47p
4R7
3823
1n0
2840
47K
3807
680p 2848
10K
3817
2842
2n2
F803
27K
3808
10K
3841
33p
2828
4R7
3856
F810
330p
2804
10n
2810
F814
6.3V22u
2801
4802
4803
F830
3p3
4813
2857
2851 100n
2R2
2K2
3839
3830
2K2
3820
100n
1M0
3814
2853
47p
2858
680R
3821
4V100u
2838
10K
3843
100n 2807
3852
3K3
3806
1K2
2n2
2841
A
3844
10K
5801
8K2
3800
3804
1K0
10R
100n 2824
3801
3812
8K2
330p 2862
BC807-25W(COL)
7807
2856
3853
10K
6.3V 47u
1u0
2854
270p
2826
F804
3819
22R
10n
2821
3813
18K
10R
3850
6.3V47u
2825
7809
68p
2829
BC847BW
10n
2837
100n 2800
15p
2860 100n 2833
100R
3810
2836
6.3V22u
A
A
5802
3n3
2820
A
33p
2861
220n
2816
4n7
2847
15n
2832
F809
16M9
CSTCE
1801
F813
10K
3854
3840
10K
F800
1K2
3811
F807
5
84
85
100n 2823
40
43
63 66
36
35
32
34
31
33
79
55 56
78
54
45
6
77
29
30
75 73 74
16 18 17
47
81
82
62
15
48
51
46
14
58 60 61 64 59 65 72
83
69 70 71
41
42
80
38
37
39
86
95
4 3
23
98
53
28
87
67
24
68
1
100
99
97
96
88
91
92
93
94
50
57
27
26
49
76
90
89
2 7
20 19 13 12 11 10
9 8
44
52
7802
MN662793CF
22 21 25
F808
680p 2849
3838
82K
6.3V47u
2834
2835
BC847BW
7808
10n
10p
2850
1n0
2855
4n7
2819
2822
10n
6.3V22u
2844
4810
F805
2802 100n
BC847BW
7811
2806
22n
15R
3849
F811
6.3V 22u
2808
22K
3815
F802
100n
2811
5800
2812
10n
NC4
4PCK
9 PDVIN
6FLOCK
16 RG1
13 VCC
8
GND
11 LDOFF
12 LDIOUT
1LDISET
3MUTE
2
NC1
7
NC2
10 NC3
15
SM8613AV
7804
14 RG2
5DUTYADJ
4801
FB V-I AMP LASER DRIVER
X2
DUTY ADJ
LOGIC CONTROL RFN
5 RFOUT
18SLPSW 26TBAL 20TEN 21TEOUT
3 VCC
19VREF 17
GND
2LD 7LDRCTL 16 NRFDET 15 OFTR 1PD 6 RFIN 4 14 COFTR
29D 27E 28F 25FBAL 22FEN 23FEOUT 24GCTL
A
9 ARF
30B
13 BDO
31C
8 CAGC 12 CBDO 10 CEA
7801
AN8399SA
11 3TOUT
32
22K
3816
10n
2818
F806
F827
3824
100K
3833
6K8
3805
1K2
33n
2845
3846
47K
46 52
16
5803
27 3 9 43 49
28 41 54
6
12
13
42
44
15
36
40
18
39
1 14
47
48
50
51
53
5
7
8
10
11
32
33
34
20
21
17
37
38
19
2
4
45
23
24
22
35
25
26
29
30
31
SYNC
7800
K4S641632F-TC70
Φ
4x1Mx16
DRAM
3825
270R
3829
680R
7810
BC857BW
6
7
8
9
1718
11
12
13
14
15
16
2
3
4
5
C95
1800
FLZ
1
10
3842
2M2
3827
270R
2831 100n
22n
2809
2813
10n
22n
2817
2863
10n
100n 2839
7805-1
2
6
1
BC847BS
18K
3837
3855
470K
2827 100n
47K
3809
100n 2846
100n
2852
1K2
4812
3802
VREF
+HF
T+
T-
+DSP
+HF
+HF
F812
SLD-
SLD+
UDQM
RIGHT
LEFT
LDOFF
LP_HIGH
NCS
SLPSW
PMCK
+Drive
ADPVcc
+DSP
3XEQ
VREF
A7 A8 A9
D10
D11
D8 D9
+1.8V
FO-
FO+
LDQM
MCLK MDATA MLD
NCAS
NCS
NRAS
NWE
SDRCK
SPout
SPbrk
STAT
TR-
TR+
UDQM
LDQM
D15
D14
D13
D12
D11
D10
D9
D8
D7
D6
D5
D4
D3
D2
D1
D0
A0 A1
A10
A11
A2 A3 A4 A5 A6
A0
A1
A11
A2
A3
A4
A5
A7
A8
A9
BA0
BA1
NCAS
SDRCK
NRAS
NWE
+DSP
+1.8V
A10
A6
JUMP
LD_PULSE
+2.6V
BA0
BA1
BLKCK
D0
D1
D12
D13
D14
D15
D2
D3
D4
D5
D6
D7
+DSP
+DSP
+2.6V
+3.0V
VREF
GCTL
VREF
VREF
F-
+DRIVE
F+
+1.8V
+2.6V
VREF
M_nRST
2XEQ
LDRCTL
+2.6V
GCTL
GCTL
+3.3V
+RAM
CD PART HIGH Z = 0dB for CDDA
HIGH = +12dB for CDRW
LOW = OFF
1.4V
1.3V
2.6V
0V
0V
0V
2.5V
1V
1.3V
Data
Data
0V
0V
0V
2.5V
#
1.3V
0V
1.5V 1.5V
0V
1.5V
0V
1.5V
3V 0V 0V 3V 0V 0V
1.7V
Data
Data
Data
Data
Data
1.3V
1.3V
1.4V 1.4V 1.4V 1.3V 1.3V 1.3V 1.3V
1.3V
0.1V
0V
0.1V
2.2V
1.8V
2.6V
1V
0.7V
0V
0.3V
0V
0.8V
1.6V
Data
2.6V
1.3V
1.3V
2.6V
1.6V
3.5V
3.5V
0V
0V
0V
3.5V
3.6V 3.6V 3.5V
2.9V
0.6V
0V
1.3V 1.3V
1V 1V 0V
1.4V
0V 0V
Data
Data
Data Data
1.3V
3.5V
0.1V
3.5V
2.6V
0V
1.3V
1.3V
1.3V 1.3V 1.3V 1.3V 1.3V 0V
0V
0V
0V
2.6V 2.6V 0.9V
1.8V
HF GAIN & APC CONTROL
1.6V
0V 0V 0V 0V
Data Data
DC Voltages measured in
PLAY-mode, set supplied
via mains adapter
V EVM
eye-pattern signal
> 500 mVpp
TB=0.5µs
1
1
3
2

4-4 4-4
DECODER
IF CONTR
ADC
DEMOD
GAIN
POWER
TUNING
XTAL
SWPORT
XTAL
MPX
SUPPLY
LIMITER
OSC
FM
FRONT-END
XTAL
VCO
MUX
CONTROL
5100 A5
5101 C2
5102 C2
5103 E1
5104 E2
6101 C3
6102 C3
7100 B4
7101 D1
F100 D9
2117 D3
2118 D8
2119 E5
2123 F6
2125 B6
3101 A6
3102 B3
3105 C2
3106 D3
3107 E5
3108 E6
3109 E1
F101 D9
F102 E3
89
A
E
F
A
B
5105 F3
5106 F4
5107 F4
5109 D9
5110 D9
6100 A7
2110 C7
2111 C2
2112 C7
2113 C7
2114 D7
2115 D8
2116 D1
456
2120 E5
2121 E6
2122 F6
1234
3103 B6
3104 B3
567
2100 A7
2101 A8
2102 A5
B
C
D
2106 B5
2107 C3
2108 C2
2109 C7
123 789
C
D
E
F
1100 F5
2103 B5
2104 B6
2105 E2
2107
39n
VCCVCO
3 VCOTANK1
4 VCOTANK2
7 VDIG
26VREF
11 WRITE|READ 16 XTAL1 17 XTAL2
RFIN214 SWPORT1
15 SWPORT2
27TIFCENTER
24TMUTE
22VAFL
23VAFR
34VCC
5
NC5
31
NC6
40
NC7
18 PHASEDET 19 PILDET
36RFGND 35RFIN1 37
LIMDEC2
39LOOPSW
25MPXOUT
1NC1
10 NC2
20 NC3
21
NC4
30
BUSMODE
38CAGC
9 CLOCK
2 CPOUT
8 DATA
6 DGND
32IGAIN
28LIMDEC1
29
7100
TEA5767HN
33AGND
13 BUSENABLE 12
3106
22R
FM
FM
5106 5105
3107
10K
2115
1u0
3105
47R
1u0
2118
2120
22p
22n
2121
2102
33p
3109
2K2
FM
2101
220p
7101
BC847BW
3103
18K
2109
47n
47n
2112
2113
33n
33n
2114
FM
47n
FM
FM
2110
33n
100K
FM
5101
F101
3102
FM
F100
5110
5109
5103
FM
2116 100n
FM
FM
2123
1n0
2108
10n
FM
2103
47p
2106
4n7
FM
33n
5102
5100 100n
2117
22n
FM
FM
BAV996100
4V 47u
2105
2100
220p
3101
22R
1100
32K768
F102
22n
2111
FM
5107
3108
33K
2122
22n
5104
2119
12p
FM
4u7
2104
22n
FM
2125
3104
10K
BB202
6102
+3.3V
6101
BB202
ANT
FM_L
I2C_DATA FM_RW I2C_CLK
FM_R
TUNER PART
3V
3V
3V
0.7V
0.7V
2.5V
3V
1V 0V 1V 2.6V 0V
0.6V
2.8V 0.9V
1.6V
1.9V
1.3V
0.8V
1.5V
0.9V
1.6V
0.8V
2.7V
1.6V
0.5V 0.4V
0V 0V 0V 0V
0.4V
3.6V
3V
3.6V
DC Voltages measured in
PLAY-mode, set supplied
via mains adapter
V EVM

4-54-5
1200 F2
1202 C3
1203 D3
1204 E3
1205 B4
1400 C4
1402 E4
1403 F4
1404 F2
1405 F3
1406 E7
1407 E5
1408 F4
1800 D5
2100 C7
2101 C7
2102 C7
2106 C7
2109 C6
2110 C6
2113 D6
2114 D6
2116 D7
2117 D7
2119 D7
2120 D7
2121 D6
2122 D7
2123 D6
2125 C7
2200 F2
2201 C4
2202 F3
2204 E3
2206 F2
2207 B5
2208 F3
2209 C6
2210 C6
2213 C5
2215 E3
2220 F1
2221 C5
2222 C6
2224 D3
2225 F4
2300 B7
2304 B7
2308 A6
2309 B6
2311 B6
2314 A7
2316 B7
2317 B7
2318 B7
2319 B7
2321 A7
2322 B7
2323 B7
2324 A7
2325 C7
2327 A7
2328 B7
2329 A7
2331 A7
2411 F5
2415 F5
2416 E3
2418 F5
2419 F4
2420 F5
2421 E4
2422 F5
2423 F5
2424 F5
2425 F5
2426 F5
2427 E4
2803 D6
2804 D6
2805 D6
2808 D6
2816 E6
2817 E6
2818 D6
2819 D6
2820 D7
2821 D6
2822 D6
2823 E5
2824 E6
2825 E5
2826 D6
2828 E6
2829 E6
2843 E5
2845 D5
2846 E5
2847 D6
2848 D6
2849 D5
2850 E6
2856 D5
2857 E6
2858 D5
2859 D6
2860 D6
2861 E6
2862 D5
3101 C7
3105 D7
3106 D7
3107 D7
3108 D7
3109 D7
3201 C4
3202 F3
3204 F3
3208 C6
3209 C6
3212 E3
3213 E3
3214 F3
3216 C6
3217 C6
3220 E1
3222 E1
3223 F1
3227 F2
3228 F1
3231 F2
3232 F2
3233 F2
3235 F1
3236 F1
3237 F1
3239 E1
3244 E1
3245 E1
3246 C6
3247 C6
3248 F1
3249 F1
3250 F1
3251 C5
3252 C4
3253 C4
3254 E1
3257 F1
3260 F2
3262 E1
3263 E1
3264 E1
3265 E1
3266 E1
3267 F3
3268 F3
3269 F2
3270 F2
3273 D7
3274 D7
3275 E6
3276 E3
3277 F4
3302 A7
3308 A7
3314 C6
3321 A7
3325 B6
3326 B7
3327 B7
3334 E5
3336 A7
3337 A7
3341 E5
3404 E5
3406 E4
3409 F5
3412 F5
3417 E4
3419 F5
3422 F5
3423 F5
3424 F3
3425 F3
3426 F5
3427 F5
3428 E4
3429 F4
3438 E4
3441 E4
3442 F4
3443 F5
3444 F4
3445 F4
3446 F4
3800 D5
3802 D6
3804 D6
3805 D6
3806 D6
3808 D6
3809 D6
3811 D6
3812 D6
3815 E6
3816 E6
3818 E6
3820 E6
3821 D6
3822 E6
3823 E5
3833 E5
3836 D5
3837 E5
3839 D6
3840 E6
3841 E6
3842 E6
3843 E6
3852 D5
3853 D5
3854 F4
3855 E5
3856 E5
4200 F3
4201 F3
4202 F4
4302 A7
4303 A7
4810 D5
4813 D5
5100 C7
5101 D7
5102 D7
5103 D7
5200 F3
5201 E3
5202 F2
5203 F3
5301 B7
5302 C6
5303 B7
5304 C6
5305 C7
5800 E5
5803 D5
6100 C7
6101 C7
6102 C7
6201 C4
6202 C6
6204 C5
6205 C4
7101 D7
7200 C6
7202 F3
7205 C6
7206 F4
7207 C4
7210 E2
7211 F1
7212 C5
7214 E1
7215 D7
7216 E3
7301 B6
7403 E5
7404 F4
7405 E4
7406 F4
7801 D6
7804 E5
7805 E6
7810 D5
7811 E6
This assembly drawing shows a summary
of all possible versions. For components
used in specific versions see circuit diagram.
CONNECTOR BOARD
COMPONENSIDE VIEW
MAIN BOARD
LEAD FREE

4-6 4-6
1100 D1
1300 C1
1401 F3
1409 A1
1801 E2
2103 C1
2104 C1
2105 C1
2107 C1
2108 D1
2111 D1
2112 D2
2115 D2
2118 D2
2203 F5
2205 E5
2211 F6
2212 F6
2214 C5
2217 E7
2219 E7
2226 F6
2301 B2
2302 B1
2303 B2
2305 B2
2306 C2
2307 B2
2310 B2
2312 B1
2313 C2
2315 B2
2320 A1
2326 A1
2332 C2
2333 C2
2334 B1
2335 B2
2336 B2
2337 C1
2400 E4
2402 E4
2403 E4
2404 E5
2405 E4
2406 E4
2407 E5
2408 E4
2410 E5
2412 E5
2413 E5
2417 E3
2800 E2
2801 D3
2802 D3
2806 D3
2807 E2
2809 D3
2810 D3
2811 D3
2812 E4
2813 F4
2814 E2
2815 E2
2827 D2
2831 D2
2832 D2
2833 D2
2834 D1
2835 E3
2836 E4
2837 E2
2838 D2
2839 D2
2840 D2
2841 D2
2842 D2
2844 D3
2851 D3
2852 D2
2853 D3
2854 D2
2855 E3
2863 D2
3102 C1
3103 C2
3104 C1
3200 F7
3203 F5
3205 F6
3206 F6
3207 F6
3210 F5
3211 F5
3215 F6
3218 F6
3219 E6
3221 F7
3224 E7
3225 F7
3226 F7
3229 E7
3230 E7
3234 E7
3238 E7
3240 E7
3241 E7
3242 E7
3243 E7
3255 F7
3256 F7
3258 F7
3259 F6
3261 E7
3271 E6
3272 E6
3278 F6
3300 B2
3301 B2
3303 B1
3304 B2
3305 B2
3306 B1
3307 B2
3309 B2
3310 B2
3311 B1
3312 C2
3313 C2
3315 B1
3316 B1
3317 B2
3318 B2
3319 B2
3320 B1
3322 B2
3323 B2
3324 C2
3328 C2
3330 B2
3331 B2
3332 B1
3339 B1
3340 B1
3400 E4
3401 E4
3402 E4
3403 E4
3407 E5
3408 E5
3801 D3
3803 D3
3807 D3
3810 D3
3813 D3
3814 E2
3817 E1
3819 D2
3824 E2
3825 D2
3826 D2
3827 D2
3829 D2
3830 C2
3838 D2
3844 D3
3845 D3
3846 D2
3849 D2
3850 E4
3851 D3
4300 B2
4301 C2
4801 E4
4802 F3
4803 E3
4812 E4
4814 E4
5104 C2
5105 D1
5106 D1
5107 D1
5109 D2
5110 D2
5204 F6
5205 F6
5206 F7
5300 C2
5306 C2
5307 C2
5308 C1
5801 D3
5802 D3
5804 E4
6203 F6
6206 D1
6301 C2
7100 D1
7201 F6
7203 F5
7204 E5
7208 F7
7209 F7
7213 F7
7300 B2
7302 C2
7304 B2
7306 A1
7401 E3
7402 E5
7800 F4
7802 E2
7807 D3
7808 D3
7809 E3
COPPERSIDE VIEW
This assembly drawing shows a summary
of all possible versions. For components
used in specific versions see circuit diagram.
CONNECTOR BOARD
MAIN BOARD
LEAD FREE