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AnschlußplatteConnector board
PL 0325 A02
F2000
X2001
1
2
3 5
6
25
10 14 18 22 26
7 5 3 1
8 6 4 2B X2040
7 5 3 1
8 6 4 2
A X2050
X2030
C1C2C3
16 1319
20 17 14
10 7
11 8
4 1
5 2
1518 912 36 1 = GND2 = LINE_OUT_LF3 = U_PERM. (UD)4 = LINE_OUT_LR5 = U_IGNITION6 = LINE_OUT_RF7 = LR – (LR_OUT2)8 = LINE_OUT_RR9 = LR + (LR_OUT1)
10 = N.C.11 = LF + (LF_OUT1)12 = U_ILLUMINATION13 = LF – (LF_OUT2)
14 = AUT.ANT.15 = 14V_SWITCH16 = BUS_OUT17 = RF – (RF_OUT2)18 = BUS_IN19 = RF + (RF_OUT1)20 = TEL_MUTE21 = RR – (RR_OUT2)22 = REMOTE_CONT.23 = RR + (RR_OUT1)24 = AF_GND25 = LINE_IN_L26 = LINE_IN_R
X2001 (TO X2000)
Acapulco RDM 1687 648 558 310
Florida RD 1687 648 551 310
San Remo RD 1687 648 550 310
AUTORADIOFun Line - CD / E
Blaupunkt-Werke GmbH, Hildesheim
Gedruckt in Deutschland
Printed in Germany by Oeding Druck
38100 Braunschweig
Modification reserved! Reproduction - also by extract onlypermitted with indication of sources used.
¡Modificaciónes reservadas! Reproducción - también en partesolamente permitida con indicación de las fuentes utilizadas.
Änderungen vorbehalten! Nachdruck - auch auszugsweisenur mit Quellenangabe gestattet.
Modification réservées! Reproduction - aussi enabrégépermise seulement avec indication des sources utilisées.
Schaltbild • Circuit diagram
8 622 401 608 KR-WG 07/98 SB
CLASS 1LASER PRODUCT
UNSICHTBARE LASERSTRAHLUNGNICHT DEM STRAHL AUSSETZEN
LASERKLASSE 3B
1 - VSS Masse Ground2 - VDD 5 V 5 V4 I TDI Testdateneingang Test Data Input
5 I TMS Test Mode Testmode6 I TCKL Test Clock Testclock7 - VDD 5 V 5 V
8 - VSS Masse Ground9 - PWDN Power down Zustand Power down Mode
10 I RESN Reset Hardware reset (active LOW)
11 O IRQN RDS Alarm/SLS RDS alarm/search stop12 I CSN Chip select Eingang Chip select µC interface13 I SCPRX Serielle Daten µC Interface Serial data µC interface IN
14 O SCPTX Serielle Daten µC Interface Serial data µC interface OUT15 I SCPCK Clock µC Interface Clock µC interface16 - VDDIO Plusspannung Digitale Ein-/Ausgänge Voltage for digital I/O
17 - VSSIO Masse Digitale Ein-/Ausgänge Ground for digital I/O18 O CKL1 Programmierbarer Clock 1 Programmable clock 120 I XTALI 28,5 MHz Oszillator Oscillator 28,5 MHz
21 O XTALO 28,5 MHz Oszillator Oscillator 28,5 MHz31 I TDI1 Testdateneingang 1 Test Input 132 - VDD 5 V 5 V
33 - VSS Masse Ground35 - VSSPLL Masse (Minus) PLL Ground (minus) PLL36 - VDDPLL Plus PLL 5V PLL 5V (pos.)
37 O REFP1 Audio D/A-Wandler Positive Referenz Audio D/A converter (pos. reference)38 O REFN1 Audio D/A-Wandler Negative Referenz Audio D/A converter (neg. reference)39 - CAPN PLL Kapazität (negativ) PLL capacity (neg.)
40 - CAPP PLL Kapazität (positiv) PLL capacity (pos.)41 - VDDO Audio D/A - Wandler 5V Audio D/A converter (+5V)42 - VSSO Audio D/A - Wandler Masse Audio D/A converter (ground)
44 O RFO Audio Rechts (analog) Analogic audio right45 - OGND Masse Analogausgänge Ground46 - LFO Audio Links (analog) Analogic audio left
48 - VDDA 5V A/D - Wandler 5V A/D - converter49 - VSSA Masse A/D - Wandler Ground A/D - converter50 O REFP3 Audio D/A-Wandler Positive Referenz Audio D/A converter (pos. reference)
51 O REFN3 Audio D/A-WandlerNegative Referenz Audio D/A converter (neg. reference)52 I AUXL Externer Eingang links Auxillary left53 I CCL Cassette Eingang links Cassette input left
54 - AGND Audioeingänge Masse Ground for Audio inputs55 I CCR Cassette Eingang rechts Cassette input right56 I AUXR Externer Eingang rechts Auxillary left right
57 - VDDR 5 V 5 V58 - VSSR Masse Ground59 O REFP2 Audio D/A-Wandler Positive Referenz Audio D/A converter (pos. reference)
60 I IFP ZF Eingang (plus) Positif IF input61 I IFN ZF Eingang (minus) IF input (neg.)62 O REFN2 Audio D/A-Wandler Negative Referenz Audio D/A converter (neg. reference)
63 - VSSIF ZF A/D - Wandler (minus) IF A/D converter (-)64 - VDDIF ZF A/D - Wandler 5 V IF A/D converter (+5V)
Pin No. I/O Name Funktion Function
Pin-Belegung des IC D150Digital IC D150 Pin Configuration
Prüfdiagnose Tuner IC (D1)Diagnosis test tuner IC (D1)
Pin Band Frequenz E' Uss Vermerke Notice
24+25 (ZF-OUT) FM 97,1 MHz 83 dbµV 650 mVss jeweils gegen Masse respective against GND
28 FM 97,1 MHz 80 dbµV 25 mVss
31+32 FM 97,1 MHz 80 dbµV 200 mVss jeweils gegen Masse respective against GND
31+32 AM 900 kHz 80 dbµV 200 mVss jeweils gegen Masse respective against GND
34 (AM-IN) AM 900 kHz 80 dbµV 50 mVss
36 AM 900 kHz ab 73 dbµV künstliche Antenne aus not commutated
37 FM 97,1 MHz ab 80 dbµV
43 (FM-IN) FM 97,1 MHz 94 dbµV 5 mVss
1 - MIXDEC Mischer Entkopplung Mixer decoupling2 - CINT für PLL for PLL3 - CHOLD für PLL for PLL
4 - PLLGND PLL - Masse PLL Ground5 - VCC 8,5V 8,5V6 - VPLL PLL Oberspannung PLL top voltage
7 I LFINP Schleifenfiltereingang PLL loop filter Input8 O LF1 Schleifenfilter 1 PLL loop filter Output 19 O LF2 Schleifenfilter 2 PLL loop filter Output 2
10 O LF3 Schleifenfilter 3 PLL loop filter Output 311 I VTUNE Abstimmspannung Tuning voltage12 I OSCINP Oszillator Eingang Oscillator Input
13 O OSCOUT Oszillator Ausgang Oscillator Output14 - OSCGND Oszillator Masse Oscillator Ground15 O VCC 8,5V 8,5V
16 O OSCBUF Oszillatorausgangstreiber Oscillator Buffer Output17 I DGND Digitale Masse Digital Ground18 I CS Chip Select Chip Select
19 I RD Dateneingang DATA IN20 I CLK Clock Clock21 O TX Datenausgang DATA OUT
22 I FREF Referenzfrequenz Reference frequency23 - IFAGC2 ZF Regelspannung 2 IF AGC 224 O IFOUT1 ZF - Ausgang 1 IF output 1
25 O IFOUT2 ZF - Ausgang 2 IF output 226 - IFAGC1 ZF Regelspannung 1 IF AGC 127 - IFGND ZF Masse IF Ground
28 I IFIN ZF Eingang IF Input29 - VDC Interne Referenzspannung Internal reference voltage30 - VCC 8,5V 8,5V
31 O MIXOUT2 Mischerausgang 2 Mixer Output 232 O MIXOUT1 Mischerausgang 1 Mixer Output 133 - AMREF AM - Referenzeingang AM reference Input
34 I AMMIXIN AM Mischereingang AM Mixer Input35 - RFAGC3 HF Regelzeitkonstante (aufregeln) RF AGC 336 O RFAGCAM HF Steuerspannung Vorstufe AM RF AGC for AM input stage
37 O RFAGCFM HF Steuerspannung Vorstufe FM RF AGC for FM input stage38 - MIXGND Mischer Masse Mixer Ground39 - RFAGC2 HF Regelzeitkonstante (Detektor) RF AGC 2
40 - RFAGC1 HF Regelzeitkonstante (abregeln) RF AGC 141 - ANGGND Analog Masse Analog ground42 - FMMIXREF Referenzspannung FM Mischer Reference voltage FM mixer
43 I FMMIXINP FM Mischer Eingang FM mixer input44 - RFAGCD AGC Entkopplung AGC decoupling
Pin No. I/O Name Funktion Function
Pin-Belegung des FM/AM Tuner-IC D1Tuner IC D1 Pin configuration
SchalterplatteKey boardPL 0292 A06
S7AUDS3
DSC
S16
S5AF•TA S1
PTY
S12BA / TS S8
1 S134 / RPT
S173 /
S92
S25 / MIX
S66
S19SRC / SC
S14 S15
S11
S10
S18/ DIS
S1000
32 1
S23ON
(CHIP)
P1000(CHIP)
SchalterplatteKey boardPL 0292 A06
Chip
Z1000
1197531
12108642
241
6540
25
64
80
41
V2007
V2006V2005
V1002
V1005
V1010 V1012 V1011
V1013
V1020
V1009
V1008
X10001 = GND_ILLUMIN.2 = ILLUMINATION3 = GND_DIGITAL4 = U515 = PANEL_
ACK/REQ6 = PANEL_RESET
7 = PANEL_CLOCK8 = PANEL_DATA9 = PANEL_DETECT/
SELECT10 = ON_KEY11 = ON_LED12 = CLK_REQUEST
E
BC
BC817V2005V2006V2006
BC857V1002
VORSICHT!Das Gerät beinhaltet eine Laserkomponente!Im Servicefall nachfolgende Hinweisebeachten:
• Das Gerät arbeitet mit unsichtbarem Laserstrahl. Bei
geöffnetem Gerät tritt im Bereich des Plattenfaches
Laserstrahlung aus.
• Nicht in den Strahl blicken.
• Unbeteiligte Personen vom Arbeitsplatz fernhalten.
• Der Betrachtungsabstand darf 13cm nicht unterschreiten.
Kann dies nicht eingehalten werden, muß eine geeignete
Laserschutzbrille getragen werden.
CAUTION!This unit contains a laser component!For service observe the following importantinstructions:
• The unit operates with an invisible laser beam. When
the cover is removed, near the disc compartment, invisible
laser beams are apparent.
• Avoid direct eye contact with these beams.
• Keep other people away from the working place.
• The viewing distance should not be less than 13cm.
If this distance cannot be ensured, use suitable laser safety
goggles.
D GB
Sevilla RDM 1687 648 554 3107 648 554 3127 648 554 3157 648 554 318
Biarritz RDM 1697 649 430 310
Referenz
Test
Clock
µC Inetrface
RDS
AudioA/D - Wandler
PLL
ZF - A/D -Wandler
Mixer
IF - Filter
Demodulator
MPX -Processor
Audio -Processor
Audio - D/A -Wandler
Bus Controller
D150
TCLK 6TMS 5TDI 4
TDO 3TDI1 31
TDO1 34
CLK1 18CLK2 19XTALI 20
XTALO 21PWDN 9RESN 10
CSN 12SCPRX 13SCPTX 14SCPCK 15
IRQN 11
AUXR 56CCR 55
AGND 54CCL 53
AUXL 52REFP3 50REFN3 51
CAPP 40CAPN 39
60 IFP61 IFN59 REFP262 REFN2
2,7,32 VDD1,8,33 VSS36 VDDPL35 VSSPL57 VDDR58 VSSR64 VDDIF63 VSSIF48 VDDA49 VSSA41 VDDO42 VSSO16 VDDIO17 VSSIO
24 SCK123 SWS122 SDA1
27 SCK226 SWS225 SDA2
30 SCK029 SWS028 SDA0
43 RRO44 RFO46 LFO47 LRO45 OGND37 REFP138 REFN1
L4949 / D813
Preregulador 7V
REF 1,23V
+
= 2V
REGRESET
= 1,23VSENSE
Us
2V
19UD
4 - 714 - 17
20
10Reset
11IRQ
Entkoppl.1
OUT12
C ext.τ = Reset2
HauptplatteMain boardPL 0460 A02
C70
0
C70
3
C70
6
C5102+
C5085+
C2008+
C1000+
C5092+
C1600+
C5090+
C1605+
C2801+
C2006+
C1601+
C604+
C2004+
C5080+
C704+
C167+
C2003+
C1603+
C2002+
C1607+
C2007+
C1610+
C1511+
C5065+
C176+
C152+
C21+ C1
+
C1510+
C1500+
C1501+
C155+
C159+
C161+
C1502+
C1505+
C1503+
C1504+
C81
6
+
C81
9
+C50
51
+
W00
W80
W52
C2017+
C2009+
C817+
C1602+
C2015+
D1610
13579111315
2468101214
D1600
13579111315
2468101214
Z810
X2000
13
10
9
6
5
2
1
14
17
18
21
22
25
26
D2004
21
3
V2007
CE
B
L2005
Z5000
C7
+
L610
L101
L103
L102
L100
Z110
Z100
L603
L609
L601
C10
3
Z150 L154
L155
R2002
PTC
L51
L54
L3
W10W11W9
W6W5
W4
W8
W15
L700
V2016
D2005123
D2006 2 31
X10002
1
4
3
6
5
8
7
10
9
12
11
X10001 = GND_ILLUMIN.2 = ILLUMINATION3 = GND_DIGITAL4 = U515 = PANEL_ACK/REQ6 = PANEL_RESET7 = PANEL_CLOCK8 = PANEL_DATA9 = PANEL_DETECT/
SELECT10 = ON_KEY11 = ON_LED12 = CLK_REQUEST
X2000(TO X2001)
1 = GND2 = LINE_OUT_LF3 = U_PERM. (UD)4 = LINE_OUT_LR5 = U_IGNITION6 = LINE_OUT_RF7 = LR – (LR_OUT2)8 = LINE_OUT_RR9 = LR + (LR_OUT1)
10 = N.C.11 = LF + (LF_OUT1)12 = U_ILLUMINATION13 = LF – (LF_OUT2)14 = AUT.ANT.15 = 14V_SWITCH16 = BUS_OUT17 = RF – (RF_OUT2)18 = BUS_IN19 = RF + (RF_OUT1)20 = TEL_MUTE21 = RR – (RR_OUT2)22 = REMOTE_CONT.23 = RR + (RR_OUT1)24 = AF_GND25 = LINE_IN_L26 = LINE_IN_R
21 43
B
A
D
C
HauptplatteMain boardPL 0460 A02
Chip
D15
00
1
7 8
14
D150
32
49
17
64
33
48
16
1
21 43
F
E
H
G
D813
1
20
10
11
D811
1 4
58
D810
32
49
17
64
33
48
16
1
V2800
V888
V801
V5082V5050
V892
V889
V891
V896
V895
V890
V893
V811
V1605
V2011
V1
V53
V50
V803
V814
V5303
V1020
V1003
V1025 V1019
X510026 2524 2322 2120 1918 1716 1514 1312 1110 98 76 54 32 1
D1
11
23
1
33
12
22
44
34
D5080
20
41
40 61
1
60
21 80
BCE
V601 V602
D
GS
BF999V52 D
SG
2SK711BLV600
E
BC
BCX53V5070E
BC
BC848 BC848 DTC143ZKA DTC314TKV701 V5098 V810 V1600V800 V5099 V2000 V1601
V1001 V5302 V1602V1002 BC858 V1603V1610 DTA124EKA V802V2801 V805 V1604
D5060
28
15
1
14
D5090
7 114 8
22 2815 21
X51001 = SPMOT –2 = LDMOT –3 = SPMOT +4 = LDMOT +
5 = FDMOT –6 = REST_SWITCH7 = FDMOT +8 = GND3
9 = FA +10 = LD11 = FA –12 = GND1
13 = TA +14 = F15 = TA –16 = E
17 = GND218 = LDGND19 = END (SW2)20 = U54
21 = FINISH (SW3)22 = A23 = START (SW1)24 = B
25 = VREF26 = LPD
HauptplatteMain boardPL 0460 A02
Chip
V611
V610
V5301
V804
V51
V5081
V1010
V2010
V2015
V700
D
GS
BF999V612E
BC
BC808 BC848 DTA124EKAV1000 V100 V5300V1004 V1005V2051 V2050V2052V5051
