+5V+5V
GND2GND2
FIL_BFIL_B
FIL_AFIL_A
-VFD-VFD
3636
3535
3434
3131
3030
2929
2828
2626
2525
2424
2323
2222
2121
2020
1919
1818
1717
1616
1515
DVDDVD SVSV CDCD PBCPBC
dtsdts
DD
3333
3737
323229294411
MP3MP3
GNDGND
+5V+5V
ALLALL
L801L801
100uH100uH
VFD801VFD801
220R220R
220R220R
220R220R
220R220R
220R220R
220R220R
220R220R
220R220R
100R100R
R818R818
R819R819
R820R820
R821R821
R822R822
R823R823
R824R824
R825R825
R834R834
3333
3232
3131
3030
2929
2828
2727
2626
2525
2424
2323
GR5GR5
3434
100K100K
100R100R
100R100R
100R100R
100R100R
GR4GR4
3535
GR3GR3
3636
GR2GR2
3737
GR1GR1
3838
VDDVDD
3939
LED4LED4
4040
LED3LED3
4141
LED2LED2
4242
LED1LED1
4343
GNDGND
4444
OSCOSC
R832R832
R831R831
R830R830
R829R829
R839R839
++
OPC.OPC.
C802C802
GR6GR6
SG16/GR7SG16/GR7
SG15/GR8SG15/GR8
SW1SW1
SW2SW2
SW3SW3
SW4SW4
44
33
22
11
SQ14/GR9SQ14/GR9
IC801IC801
PT6312PT6312
DoutDout
55
10R10R
R802R802
VEEVEE
SG13/GR10SG13/GR10
SG12/GR11SG12/GR11
DinDin
CLKCLK
GNDGND
88
77
66
10R10R
10R10R
R804R804
R803R803
SG9SG9
SG11SG11
SG10SG10
SG6/KS6SG6/KS6
SG5/KS5SG5/KS5
SG4/KS4SG4/KS4
SG3/KS3SG3/KS3
SG2/KS2SG2/KS2
SG1/KS1SG1/KS1
K1K1
STBSTB
99
1111
1010
10R10R
R805R805
10K10K
R807R807
R806R806
2222
SG8SG8
2121
SG7SG7
2020
1919
1818
1717
1616
1515
1414
VDDVDD
1313
K4K4
1212
K3K3
K2K2
10K10K
220R220R
220R220R
220R220R
220R220R
220R220R
220R220R
220R220R
220R220R
10K10K
R808R808
R817R817
R816R816
R815R815
R814R814
R813R813
R812R812
R811R811
R810R810
STOPSTOP
NCNC
POWERPOWER
1N41481N4148
FFFF
AUXAUX
PL/PSPL/PS
D802D802
1N41481N4148
TAPETAPE
D801D801
SURRSURR
D803D803
1N41481N4148
TUNERTUNER
LOUDLOUD
S_FFS_FF
D804D804
1N41481N4148
REWREWS_REWS_REW
REWREW
HI_BASSHI_BASS
D805D805
1N41481N4148
ENCODERENCODER
VOLUMEVOLUME
+5V+5V
470R470R
R847R847
++
C803C803
100uF/16V100uF/16V
E801E801
IR801IR801
332211
C817C817
10n10n
SENSORSENSOR
REMOTOREMOTO
RPM6936/V4RPM6936/V4
+5V+5V
10K10K
R846R846
C818C818
10n10n
10K10K
R845R845
+5V+5V
4K74K7
R850R850
E1AE1A
E1BE1B
REMREM
STBSTB
CLKCLK
MOSIMOSI
MISOMISO
DES.DES.
PROJ.PROJ.
APRO.APRO.
P.A.P.A.ALT.ALT.
NOMENOME
THIAGOTHIAGO
THIAGOTHIAGO
ROBERTOROBERTO
TITULO:TITULO:
TITLE:TITLE:
07/01/0407/01/04
15/03/0415/03/04
15/03/0415/03/04
ACRESCENTAR SERIE BACRESCENTAR SERIE BAA
DISCRIMINACAODISCRIMINACAO DATADATAVISTOVISTO
ESQUEMA ELETRICO PCI FRONTALESQUEMA ELETRICO PCI FRONTAL
FRONTAL PCB SCHEMATIC ELECTRICFRONTAL PCB SCHEMATIC ELECTRIC
MAT.MAT.DATADATA
ACAB.ACAB.
ESC.ESC.
MOD.MOD.
A-250 "A,B,C"A-250 "A,B,C"
COD.COD.
THIAGOTHIAGO
PROJECAOPROJECAO
N.N.TOL.TOL.TOL.TOL.
A3A3
1.00.52311.021.00.52311.02
10/11/0410/11/04ACRESCENTAR SERIE CACRESCENTAR SERIE CBB
29/06/0429/06/04THIAGOTHIAGO
mmmmememdimensoesdimensoes
CNTP9CNTP9
CN614/ACN614/A
CN701/CCN701/C
77
1111
1010
99
88
ANT_FM"T"ANT_FM"T"
OUT_LOUT_L
OUT_ROUT_R
R261R261
R260R260
100uF/16V100uF/16V
R424R424
C519C519
GF502GF502
R452R452
R455R455
R458R458
15K15K
100p100p
47K47K
R438R438
10R10R
33K33K
22n22n
GARRAGARRA
SW501SW501
COD.COD.
CN201CN201
GNDGND
OUT_LOUT_L
OUT_ROUT_R
powerpower
47K47K
C455C455
R454R454
100R100R
100n100n
3K93K9
330R330R
PCI JACK PHONE/MICPCI JACK PHONE/MIC
47K47K
R439R439
100p100p
C431C431
+9VA+9VA
R417R417
R418R418
A_GNDA_GND
R421R421
R422R422
++
C522C522
12K12K
12K12K
47K47K
47K47K
+5VB+5VB
11
22
33
11
22
33
A_GNDA_GND
+5V+5V
GNDGND
100uF/16V100uF/16V
AC INAC IN
110V110V
N.N.TOL.TOL.TOL.TOL.
1.00.52311.031.00.52311.03
(+L)(+L)(+R) (+R)
GNDGNDGNDGND
CN204CN204
CN205CN205
100R100R
R453R453
100p100p
C456C456
CN614/BCN614/B
LL
GNDGND CDCD
RR
CN401CN401
LL
GNDGND AUXAUX
RR
CN507CN507
33
22
11
11
22
THIAGOTHIAGO
PROJECAOPROJECAO
A1A1
PHONESPHONES
MICMIC
ALIMENTACAOALIMENTACAO
DO CDDO CD
REDEREDE
29/06/0429/06/04THIAGOTHIAGO
mmmmememdimensoesdimensoes
+5V+5V
R635R635
L_RECL_REC
+5V+5V+5V+5V
10K10K
R634R634
R_RECR_REC
MOTOR+MOTOR+
R958R958
GNDMGNDM GNDMGNDM
22 11
++ --
10K10K
R633R633
M_RPM_RP
47K47K
MMI-6S9LMMI-6S9L
10K10K
MM
REC_SWREC_SW
MOTOR+MOTOR+
0V-OFF0V-OFF
5V-ON5V-ON
opc.opc.
R955R955
Q953Q953
BC846BBC846B
C950C950
4K74K7
STATUSSTATUS
R_OUTR_OUT
++
CN906CN906
SCLSCLSCLSCL
SCLSCL
BC327/25BC327/25
D952D952
opc.opc.
SDASDASDASDA
SDASDA
R956R956
10K10K
Q952Q952
TRAY_SWTRAY_SW
C952C952
+12V+12V
R950R950
++
GNDMGNDMGNDMGNDM
RST_CDRST_CDRST_CDRST_CD
J1J1
OPC.OPC.
L_INL_IN
SURROUNDSURROUND
R_INR_IN
L_INL_IN
R_INR_IN
R201R201
10K10K
R301R301
R202R202
10K10K
22K22K
MUTE_PWMUTE_PW
STBYSTBY
C201C201
10uF/50V10uF/50V
2K72K7
R203R203
C205C205
R205R205
R206R206
R217R217
470R470R
470R470R
R218R218
10K10K
100uF/16V100uF/16V
C206C206
100uF/16V100uF/16V
10K10K
BC846BBC846B
R219R219
++ ++
R220R220
Q204Q204
10K10K
R304R304
100K100K
R302R302
22K22K
++
C301C301
22uF/50V22uF/50V
C202C202
10uF/50V10uF/50V
2K72K7
R204R204
Q301Q301
BC846BBC846B
100K100K
R303R303
++ ++
R215R215
R211R211
22K22K
R213R213
10K10K
R212R212
22K22K
0V-OFF0V-OFF
5V-ON5V-ON
+5V+5V
47K47K
BC846BBC846B
Q202Q202
R214R214
C203C203
C204C204
R216R216
10K10K
470p470p
470p470p
BC856BBC856B
Q203Q203
Q201Q201
BC846BBC846B
47K47K
22
11
44
66
55
220R220R
IC201IC201
LA4282LA4282
100uF/25V100uF/25V
++
C211C211
**
1111
1212
1010
8833
++
C212C212
C207C207
2R22R2
R207R207
R208R208
2R22R2
C208C208
99
77
10uF/50V10uF/50V
C213C213
- ITEM DE SEGURANCA - ESTES COMPONENTES SO PODEM SER SUBSTITUIDOS POR - ITEM DE SEGURANCA - ESTES COMPONENTES SO PODEM SER SUBSTITUIDOS POR
ORIGINAIS DE FABRICAORIGINAIS DE FABRICA
R_INR_IN
L_INL_IN
CD_LCD_L
C406C406
2K22K2
100n100n
R402R402
A_GNDA_GND
A_GNDA_GNDA_GNDA_GND
CD_RCD_R
R432R432
47K47K
+9VA+9VA
A_GNDA_GNDA_GNDA_GND
++
++
100n100n
C404C404
Loud_RLoud_R
C422C422
C426C426
2,2uF/100V2,2uF/100V
RinRin
RoutRout
2n72n7
C402C402
2,2uF/100V2,2uF/100V
Treble_RTreble_R
A_GNDA_GND
2n72n7
C403C403
R401R401
AgndAgnd
Treble_LTreble_L
TrebleTreble
LoudnessLoudness
Volume &Volume &
TrebleTreble
MuteMute
Bout_RBout_R
100n100n
C416C416
5K65K6
MuteMute
AttAttAttAtt
Out_LOut_L
Out_ROut_R
++
++
C420C420
0uF/50V
0uF/50V
1
10uF/50V10uF/50V
1
C419C419
D_GNDD_GND
LatchesLatches
Decoder &Decoder &
Serial BusSerial Bus
DgndDgnd
R431R431
DATADATA
100R100R
SupplySupply
CLKCLK
100R100R
R430R430
A_GNDA_GND
28282727262625252424232322222121202019191818171716161515
++
C418C418
2K22K2
R428R428
Rin_1Rin_1LoutLout
C412C412
++
2,2uF/100V2,2uF/100V
2K22K2
R426R426
Rin_2Rin_2
& Gain Control& Gain Control
Input SelectorInput Selector
++
2,2uF/100V2,2uF/100V
2K22K2
R412R412
R414R414
Rin_3Rin_3
Rin_4Rin_4
C410C410
C408C408
C409C409
C407C407
++
2,2uF/100V2,2uF/100V
++++
2,2uF/100V2,2uF/100V
++
2,2uF/100V2,2uF/100V
2,2uF/100V2,2uF/100V
A_GNDA_GND
15R4
15
R4
1414 1313 11111212 1010 99 88 77 66 55 44 33 22 11
Lin_3Lin_3
2K22K2
2K22K2
R413R413
Lin_4Lin_4
100n100n
C405C405
Loud_LLoud_L
PT2314PT2314
STBYSTBY
R_RECR_REC
RADIO_RRADIO_R
RADIO_LRADIO_L
Input SelectorInput Selector
& Gain Control& Gain Control
LoudnessLoudness
Volume &Volume &
Lin_2Lin_2
27R4
27
R4
++
Lin_1Lin_1
LinLin
2K22K2
C421C421
2K22K2
R429R429
++
2,2uF/100V2,2uF/100V
C411C411
IC401IC401
BassBass BassBass
in_R
Bout_LBout_L
Bin_LBin_L
100n100n
C415C415
C429C429
++
2,2uF/100V2,2uF/100V
47K47K
R433R433
C417C417
5K65K6
R403R403
in_R
B
B
100n100n
C414C414
2,2uF/100V2,2uF/100V
2,2uF/100V2,2uF/100V
0R0R
R515R515
SDASDA
SCLSCL
++
C424C424
2,2uF/100V2,2uF/100V
+12V+12V
+9VA+9VA
+9VA+9VA
++
22n22n
C507C507
D509D509
1N41481N4148
A_GNDA_GND
C509C509
BC337/25BC337/25
220uF/16V220uF/16V
Q501Q501
10R10R
+5V -> Stby off+5V -> Stby off
0V -> Stby on0V -> Stby on
47uF/16V47uF/16V
++
C425C425
2,2uF/100V2,2uF/100V
FIL_AFIL_A
FIL_BFIL_B
BC327/25BC327/25
R501R501
R507R507
100K100K
1K81K8
10K10K
R514R514
++
1K2_1/2W1K2_1/2W
D506D506
GND2GND2
BZX79C24VBZX79C24V
GND2GND2GND2GND2
++
C505C505
2200uF/25V2200uF/25V
R508R508
220R/1/2W220R/1/2W
++
GND2GND2
GNDGND
Q502Q502
C512C512
R502R502
100uF/50V100uF/50V
GND2GND2
**
ININOUTOUT
Q503Q503
BC856BBC856B
10K10K
R510R510
Q504Q504
BC846BBC846B
-VFD-VFD
1K1K
R505R505
++
C518C518
++
OPC.OPC.
R506R506
C513C513
1uF/100V1uF/100V
GND2GND2
GND2GND2 GND2GND2
+5V+5V
++
C521C521
100uF/10V100uF/10V
Q506Q506
BC337/25BC337/25
R516R516
120R120R
C508C508
++
22n22n
C520C520
470uF/16V470uF/16V
120R120R
R509R509
10V10V
++
1N41481N4148
D508D508
D507D507
BZX79C10VBZX79C10V
220uF/16V220uF/16V
C514C514
++
R511R511
220uF/25V220uF/25V
C515C515
R513R513
10K10K
13V13V
1K1K
R503R503
OPC.OPC.
R504R504
1uF/100V1uF/100V
GND2GND2
IC501IC501
7805PL7805PL
Q505Q505
**
KSD-1408-YKSD-1408-Y
10K10K
D512D512
BZX79C13VBZX79C13V
47K47K
R512R512
D505D505
1N40041N4004
C510C510
10n/500V10n/500V
C511C511
100uF/50V100uF/50V
D501D501
D502D502
D503D503
D504D504
BB ACRESCENTAR SERIE CACRESCENTAR SERIE C 10/11/0410/11/04
DES.DES.
PROJ.PROJ.
+5V+5V
1111
SSSS
2323
47p47p
C126C126
1K1K
L4L4
C606C606
TP6TP6
DODO
R624R624
C614C614
100K100K
22n22n
C9C9
R608R608
10M10M
X601X601
32,768KHz32,768KHz
47p47p
+5V+5V
R609R609
1010
IRQ1IRQ1
RSTRST
PTA7/ADC7PTA7/ADC7
PTA/ADC5PTA/ADC5
2424
2424
CLCL
1K1K
47p47p
C615C615 R625R625
C118C118
C119C119
390p390p
GND1GND1MIXMIX
11
22
D103D103
D2D2
2p2p
10K10K
99
99
2525
2525
1K1K
47p47p
39p39p
R120R120
100R100R
FI_AMFI_AM
T104T104
BZX79C5V1BZX79C5V1
KDV804CKDV804C
DIDI
R626R626
C616C616
C116C116
R607R607
C605C605
TP1TP1
88
88
PTB4/T1CH0PTB4/T1CH0
PTB3/RxDPTB3/RxD
MC68HC908AP32MC68HC908AP32
PTA6/ADC6PTA6/ADC6
PTA4/ADC4PTA4/ADC4
2626
2626
CECE
1K1K
R627R627
47p47p
C617C617
R121R121
100n100n
FMFMVcc2Vcc2
OSCOSC
AMAM
R7R7
R17R17
C23C23
VSSVSS
PTA3/ADC3PTA3/ADC3
5K65K6
18K18K
66
4433
47p47p
77
77
IC601IC601
2727
2727
TP3/4TP3/4
1K1K
47p47p
C114C114
33K33K
3K93K9
10K10K
R637R637
M_RPM_RP
+5V+5V
C635C635
PTB7/T2CH1PTB7/T2CH1
PTD0/KBI0PTD0/KBI0
PTD1/KBI1PTD1/KBI1
PTD2/KBI2PTD2/KBI2
47n47n
C113C113
100n100n
22
22
VREGVREG
CGMXFCCGMXFC
PTD3/KBI3PTD3/KBI3
PTD4/KBI4PTD4/KBI4
PTD5/KBI5PTD5/KBI5
PTD6/KBI6PTD6/KBI6
3232
3232
IC101IC101
LV23002MLV23002M
++
MOTOR+MOTOR+
VDDAVDDA
VSSAVSSA
REC_SWREC_SW
R613R613
C630C630
C140C140
C602C602
47uF/25V47uF/25V
11
3333
3333
1K1K
47p47p
1uF/10V1uF/10V
4444434342424141404039393838373736363535
44444343424241414040393938383737363635353434
E1BE1B
E1AE1A
R639R639
++
2,2uF/100V2,2uF/100V
C137C137
2K22K2
R117R117
P-COMPP-COMPP-DETP-DETIF INIF IN
C607C607
22n22n
TP10TP10
TP5TP5TP7TP7
55
55
2929
2929
TP9TP9TP8TP8
1K1K
47p47p
T101T101
AM_OSCAM_OSC
REMREM
44
33
44
33
VDDVDD
PTB5/T1CH1PTB5/T1CH1
PTB6/T2CH0PTB6/T2CH0
VREFHVREFH
PTD7/KBI7PTD7/KBI7
PTA0/ADC0PTA0/ADC0
VREFLVREFL
3131
3030
3131
3030
RST_CDRST_CD
0R0R
R631R631
47p47p
C622C622
44
6633
OPC.OPC.
66
66
OSC2OSC2
OSC1OSC1
PTA1/ADC1PTA1/ADC1
PTA2/ADC2PTA2/ADC2
2828
2828
STATUSSTATUS
TRAY_SWTRAY_SW
1K1K
R623R623
R632R632
47p47p
C613C613
C623C623
11
R119R119
47n47n
AMAM
OSCOSC
FMFM
AMAM
IF INIF IN
Vcc1Vcc1IF INIF IN
R132R132
CF103CF103
SFE10.7MA5-ASFE10.7MA5-A
R131R131
CF102CF102C139C139
SFU450BSFU450B
220K220K
++++
47uF/25V47uF/25V
100n100n
C127C127
C11C11
6p6p
1uF/10V1uF/10V
C141C141
C142C142
L6L6
1n1n
C18C18
1M1M 680R680R
R16R16 R9R9
10K10K
R11R11
C20C20
10p10p
D3D3
KDV804CKDV804C
47p47p
L7L7
22p22p
R19R19
C22C22
C19C19
27p27p
10K10K
+5V+5V
10K10K
R642R642
R617R617
1K1K
R611R611
10K10K
10n10n
C627C627
++
C603C603
10uF/50V10uF/50V
22n22n
C620C620
D602D602
1N41481N4148
100K100K
100n100n
C624C624
GNDGNDGNDGND GNDGND
Q103Q103
BC856BBC856B
100n100n
C112C112
R113R113
10K10K
R112R112
5K65K6
OPC.OPC.
R114R114
OPC.OPC.
R115R115
C111C111
++
1K1K
R116R116
3K33K3
22uF/50V22uF/50V
C136C136
C135C135
LOW CUTLOW CUT
FMFM
CF101CF101
CDA10.7-MG46CDA10.7-MG46
1uF/10V1uF/10V
TR1TR1
2SC2413K2SC2413K
27p27p
C13C13
12p12p
C14C14
C15C15
R12R12
R15R15
220R220R
TR3TR3
2SC2413K2SC2413K
1K51K5
C21C21
R13R13
C17C17
2p2p
22p22p
R616R616
R615R615
R614R614
R612R612
R610R610
10R10R
R640R640
10K10K
C134C134
4,7uF/100V4,7uF/100V
1n1n
1uF/10V1uF/10V
AMAMAGCAGCPDPDA-INA-INA-OUTA-OUTBO1BO1BO2BO2
100n100n
33R33R
MOTOR+MOTOR+
C628C628
R118R118
++
R14R14
33n33n
1K1K
1K1K
1K1K
1K1K
+5V+5V
R641R641
10K10K
C110C110
47uF/25V47uF/25V
C133C133
++
DETDET
OUTOUT
R133R133
82R_1/2W82R_1/2W
IFTIFT
100R100R
TR2TR2
2SC2413K2SC2413K
C634C634
100K100K
C625C625
100n100n
100n100n
5
5
R13
R13
6:VCC6:VCC
8:OSC8:OSC5:VT5:VT
47p47p
C629C629
+5V+5V
R638R638
10R_1/2W10R_1/2W
3K33K3
MPXMPX
ININ
7:IF7:IF
C626C626
10K10K
R111R111
+5V+5V
++
C604C604
10uF/50V10uF/50V
22n22n
47p47p
C631C631
47p47p
C633C633
C632C632
STATUSSTATUS
SCLSCL
SDASDA
TRAY_SWTRAY_SW
RST_CDRST_CD
REC_SWREC_SW
CECE
DIDI
CLCL
DODO
+9VA+9VA
47p47p
47p47p
R410R410 R406R406
+9VA+9VA
A_GNDA_GND
560R560R
R110R110
X101X101
75KHz75KHz
D102D102
BZX79C3V3BZX79C3V3
10p10p
C106C106
X-INX-INX-OUTX-OUTVDDVDD
DODOCLCLDIDICECEVSSVSSR-OUTR-OUTL-OUTL-OUTDETDET
181817171616151514141313121211111010998877665544332211
100n100n
C108C108
2n72n7
C109C109
10p10p
C107C107
R134R134
100n100n
C105C105
R106R106
C130C130
1uF/10V1uF/10V
18n18n
C104C104
C131C131
1uF/10V1uF/10V
18n18n
10K_1/2W10K_1/2W
C103C103
100K100K
R105R105
100K100K
R136R136
R137R137
R138R138
R139R139
R407R407
Q401Q401
BC846BBC846B
1K1K 10K10K
10R10R
10R10R
10R10R
10R10R
CN601CN601
1M51M5
R104R104
R108R108
R107R107 R103R103
P/ PCI DECKP/ PCI DECK
MUTE_PWMUTE_PWMUTE_PWMUTE_PW
SURROUNDSURROUNDSURROUNDSURROUND
STBYSTBYSTBYSTBY
M_RPM_RPM_RPM_RP
1K1K
4,7uF/100V4,7uF/100V
Q102Q102
BC846BBC846B
1K51K5
4,7uF/100V4,7uF/100V
Q101Q101
BC846BBC846B
1K51K5 1K1K
88
77
66
55
44
33
22
11
C427C427
100n100n
+9VA+9VA
R109R109
C132C132
C128C128
++
C129C129
++
++
+9VA+9VA
REC_SWREC_SW
M_RPM_RP
R_RECR_REC
L_RECL_REC
R_OUTR_OUT
L_OUTL_OUT
+5V+5V
10K10K
R636R636
R408R408
100K100K
R409R409
100K100K
CECE
DIDI
CLCL
100R100R
DODO
100uF/16V100uF/16V
R102R102
1K1K
15n15n
C102C102
R101R101
1K1K
15n15n
C101C101
DODO
CLCL
DIDI
CECE
+5V+5V
R601R601
10K10K
GNDGND
GND2GND2
-VFD-VFD
FIL_AFIL_A
FIL_BFIL_B
+5V+5V
D601D601
BZX79C3V3BZX79C3V3
R605R605
10K10K
180R180R
R606R606
47p47p
47p47p
C619C619
C618C618
R604R604
47p47p
47p47p
C608C608
C611C611
C610C610
10K10K
R602R602
R603R603
10K10K
Q602Q602
BC846BBC846B
Q601Q601
BC846BBC846B
++
1uF/100V1uF/100V
C601C601
22K22K
R622R622
REMREMREMREM
1K1K
47p47p
C612C612
R628R628
10R10R
R629R629
10R10R
R621R621
1K1K
R618R618
1K1K
R620R620
1K1K
R619R619
1K1K
SCLSCL
SDASDA
47p47p
47p47p
C609C609
SCLSCL
SDASDA
MOTORMOTOR
PTB2/TxDPTB2/TxD
2222 2121 2020 1919 1818 1717 1616 1515 1414 1313
2222 2121 2020 1919 1818 1717 1616 14141515 1313 1212
PTB1/SCLPTB1/SCL
PTB0/SDAPTB0/SDA
PTC7/SCRxDPTC7/SCRxD
PTC6/SCTxDPTC6/SCTxD
PTC5/SPSCKPTC5/SPSCK
PTC4/PTC4/
PTC3/MOSIPTC3/MOSI
PTC2/MISOPTC2/MISO
PTC1PTC1
PTC0/IRQ2PTC0/IRQ2
TP2TP2
CLKCLKCLKCLK
STBSTBSTBSTB
MOSIMOSIMOSIMOSI
MISOMISOMISOMISO
A_LEVELA_LEVEL
R630R630
SCLSCL
SDASDA
E1AE1A
E1BE1B
C621C621
D101D101
SVC383SVC383
VC101VC101
10p10p
8p28p2
C121C121
R140R140
330K330K
C117C117
11
ANT 75ohmANT 75ohm
22
GNDGND
33
AGCAGC
44
GNDGND
47n47n
C143C143
ANT_LOOPANT_LOOP
CN101CN101
TU101TU101
(FM)(FM)(AM)(AM)
GNDGNDGNDGND
VCCVCC
OSCOSC
R125R125
1K1K
R126R126
1K1K
R130R130
C123C123
R128R128
1K81K8
2SC2413K2SC2413K
2SC4098T2SC4098T
10n10n
C122C122
Q104Q104
55
VTVT
66
88
77
IFIF
C144C144
10n10n
220R220R
10n10n
R127R127
3K33K3
R129R129
330R330R
T102T102
11
33
22
44
ANT-AMANT-AM
55
66
C138C138
FSTFST
BF998RBF998R
R4R4
100K100K
1:ANT1:ANT
2:GND2:GND
4:GND4:GND
3:AGC3:AGC
27p27p
27p27p
100n100n
L2L2
D1D1
KDV804CKDV804C
R1R1
C7C7
18p18p
R3R3
100K100K
6p6p
C5C5
33K33K
C6C6
22n22n
C2C2
C1C1
27p27p
L1L1
C3C3
R2R2
0R0R
C4C4
47n47n
3636 3535 3434 3333 3232 3131 3030 2929 2828 2727 2626 2525 2424 2323 2222 2121 2020 1919
FMFM
RF INRF IN
AMAM
22n22n
C124C124
10uF/50V10uF/50V
R5R5
100R100R
C8C8
R124R124
22p22p
C120C120
R123R123
10K10K
47n47n
C115C115
FMFMGND2GND2
RF OUTRF OUT
FMFM
REGREGRF INRF IN
22n22n
C125C125
L5L5
100n100n
R18R18
100R100R
H-0300SH-0300S
VERIF.VERIF.
* = fixado ao dissipador* = fixado ao dissipador
C209C209
470uF/25V470uF/25V
++
220n/63V220n/63V
220n/63V220n/63V
++
C210C210
470uF/25V470uF/25V
++
2200uF/50V2200uF/50V
10R10R
++
VddVddRefRef
100uF/16V100uF/16V
A_GNDA_GND
VrefVref
100uF/16V100uF/16V
C413C413
++
1N40041N4004
C501C501
10n/100V10n/100V
1N40041N4004
C502C502
10n/100V10n/100V
1N40041N4004
C503C503
10n/100V10n/100V
1N40041N4004
C504C504
10n/100V10n/100V
P.A.P.A.ALT.ALT.
NOMENOME
THIAGOTHIAGO
THIAGOTHIAGO
ROBERTOROBERTO
C401C401
R209R209
R210R210
GND2GND2
1K1K
1K1K
D201D201
C214C214
D202D202
C215C215
D203D203
C216C216
D204D204
C217C217
OUT_LOUT_L
OUT_ROUT_R
SK-107SK-107
10n/100V10n/100V
SK-107SK-107
10n/100V10n/100V
SK-107SK-107
10n/100V10n/100V
SK-107SK-107
10n/100V10n/100V
TITULO:TITULO:
TITLE:TITLE:
04/03/0404/03/04
28/01/0428/01/04
04/03/0404/03/04
OUT_LOUT_L
OUT_ROUT_R
CN202CN202
CN203CN203
powerpower
powerpower
+9VA+9VA
R450R450
++
C450C450
R451R451R456R456
47uF/25V47uF/25V
C451C451
++
10uF/16V10uF/16V
++
10uF/16V10uF/16V
C452C452
4n74n7
22K22K
R457R457
C453C453
+9VA+9VA
CN403CN403
CN402CN402
+9VA+9VA
VrefVref
44332211
15K15K47K47K
R436R436R434R434
47K47K
100p100p
C430C430
IC402IC402
45584558
--
++
100p100p
PARA CD 10/1 USA-SE R417 e R418 47K PARA CD 10/1 USA-SE R417 e R418 47K
100K100K
100K100K
R420R420
R419R419
IC502IC502
7805PL7805PL
TF501TF501
ININ OUTOUT
OPC.OPC.
JA06JA06
GF501GF501
GARRAGARRA
2020
100100
120120
GNDGND
D510D510
1N41481N4148
D511D511
1N41481N4148
1A/250V1A/250V
+12V+12V
1010
1111
1313
1212
66
77
88
99
PARA CD 10/1PARA CD 10/1
USAR JA06USAR JA06
ELIMINAR D510 e D511ELIMINAR D510 e D511
30V / 0,05A30V / 0,05A
ACRESCENTAR SERIE BACRESCENTAR SERIE BAA
R440R440
C428C428
PARA CD PHONIC USA-SE R417 e R418 12KPARA CD PHONIC USA-SE R417 e R418 12K
4V / 0,2A4V / 0,2A
27V/1A27V/1A
11V/0,8A11V/0,8A
DISCRIMINACAODISCRIMINACAO DATADATAVISTOVISTO
ESQUEMA ELETRICO PCI LATERALESQUEMA ELETRICO PCI LATERAL
LATERAL PCB ELECTRIC SCHEMATICLATERAL PCB ELECTRIC SCHEMATIC
MAT.MAT.DATADATA
ACAB.ACAB.
ESC.ESC.
MOD.MOD.
A-250 "A,B,C"A-250 "A,B,C"
Q450Q450
BC849BBC849B
++
R423R423
**
FS501FS501
470R470R
2K72K727R27R
C454C454
100p100p
--
330R/1/2W330R/1/2W
330R/1/2W330R/1/2W
VrefVref
C433C433
88 77 66 55
++
C434C434
33K33K
D515D515
1N41481N4148
220V220V
R437R437
R435R435
E-621MLE-621ML
S-201S-201
REC/PLAYREC/PLAY
HEADHEAD
Vrec=0,00035VVrec=0,00035V
Vbias=0,004VVbias=0,004V
Irec=35uAIrec=35uA
Ibias=400uAIbias=400uA
TP1TP1
22
11
33
55
TP2TP2
R915R915
10R10R
R916R916
10R10R
TP3TP3
TP4TP4
BC856BBC856B
Q901Q901
Q902Q902
1/2VCC1/2VCC
4,5V4,5V
BC856BBC856B
BC856BBC856B
Q907Q907
R917R917
470R470R
R918R918
470R470R
R919R919
10K10K
+9,3V+9,3V
R921R921
R920R920
10K10K
R922R922
10K10K
R946R946
10K10K
47K47K
BC856BBC856B
Q909Q909
Q910Q910
BC856BBC856B
C921C921
++
1uF/100V1uF/100V
C919C919
+9V+9V
C909C909
1n81n8
R925R925
R924R924
1n81n8
C908C908
C911C911
8n28n2
18K18K
330K330K
1K21K2
R929R929
R927R927
1/2VCC1/2VCC
390K390K
R931R931
(+)(+)
22n22n
1/2VCC1/2VCC
1/2VCC1/2VCC
330K330K
R926R926
8n28n2
C910C910
C917C917
1K21K2
18K18K
R928R928
R930R930
IC902IC902
390K390K
45584558
++
--
39R39R
R941R941
39R39R
R933R933
--
++
47R47R
R932R932
220uF/10V220uF/10V
47R47R
R935R935
55667788
55667788
(-)(-)
44332211
44332211
220uF/10V220uF/10V
R945R945
OPC.OPC.
1/2VCC1/2VCC
R944R944
OPC.OPC.
C918C918
++ ++
1/2VCC1/2VCC1/2VCC1/2VCC 1/2VCC1/2VCC
C913C913
OPC.OPC.
OPC.OPC.
C912C912
1/2VCC1/2VCC 1/2VCC1/2VCC
1K1K
R959R959
1n1n
100K100K
R961R961
R962R962
R960R960
C915C915
C916C916
100K100K
1K1K
1n1n
+9V+9V
L_OUTL_OUT
R_OUTR_OUT
L_RECL_REC
R_RECR_REC
REC_SWREC_SW
M_SWM_SW
+9V+9V
GNDGND
CN901CN901
11
22
33
44
55
66
77
88
ERASEERASE
HEADHEAD
22
11
Verase=0,035VVerase=0,035V
Ierase=35mAIerase=35mA
GND DOGND DO
R940R940
1R1R
PCIPCI
R954R954
C932C932
opc.opc.
C933C933
1/2VCC1/2VCC
2K22K233K33K
1/2VCC1/2VCC
0,7V0,7V
47K47K
3n33n3
plasticoplastico
BC846BBC846B
BC846BBC846B
Q911Q911
BC846BBC846B
T903T903
f=59.068Hzf=59.068Hz
OSC.BIASOSC.BIAS
11
Q915Q915
10K10K
R975R975
10K10K
R974R974
Q916Q916
0V0V
R923R923
10K10K
1/2VCC1/2VCC
++
C934C934
C920C920
9,4V9,4V
R943R943
1/2VCC1/2VCC
1/2VCC1/2VCC
1/2VCC1/2VCC
1/2VCC1/2VCC
1/2VCC1/2VCC
1/2VCC1/2VCC
+9V+9V
++
R942R942
47K47K
Q905Q905
BC817/25BC817/25
R987R987
1K1K
R939R939
1K1K
6n86n8
R989R989
R991R991
56K56K
C928C928
82p82p
R993R993
R992R992
C929C929
82p82p
R990R990
BC846BBC846B
Q906Q906
C926C926
1K21K2
15K15K
15K15K
C945C945
22n22n
55667788
55667788
44332211
44332211
2n72n7
C942C942
2n72n7
C943C943
2n72n7
C944C944
R983R983
1K1K
1K1K
++
--
R934R934
R979R979R980R980
BC846BBC846B
Q904Q904
Q903Q903
BC846BBC846B
2K22K26K86K8
--
++
45584558
18K18K
R936R936
18K18K
R937R937
6K86K8
R981R981
(-)(-)
C941C941
10n10n
4433
5522
66
++
opc.opc.
C940C940
C924C924
9,3V9,3V
12n12n
100n100n
+9V+9V
8R28R2
680R680R
R985R985
(+)(+)
IC903IC903
220uF/10V220uF/10V
1uF/100V1uF/100V
C951C951
opc.opc.
22K22K
++
opcopc
0V-ON0V-ON
0V-REC0V-REC
5V-PLAY5V-PLAY
P/R_SWP/R_SW
11 1122 22
CN902CN902
REC_SWREC_SW M_SWM_SW
5V-OFF5V-OFF
M_RPM_RP
CN903CN903
0V0V
Q908Q908
BC846BBC846B
TP6TP6TP5TP5
C930C930
470p470p
C931C931
470p470p
+9V+9V
R967R967R966R966
470R470R470R470R
R968R968
R978R978
68K68K
R977R977
68K68K
C922C922
C923C923
R973R973R969R969
22K22K
R971R971
2n22n2
2n22n2
22K22K
R970R970
R972R972
PCI DECKPCI DECK
33K33K
2K22K2
1/2VCC1/2VCC
1/2VCC1/2VCC
1/2VCC1/2VCC
12n12n
C925C925
R988R988
1K21K2
C927C927
6n86n8
680R680R
R984R984
1K1K
R986R986
R982R982
2K22K2
R976R976
56K56K
THIAGOTHIAGO
C908.909 ERA 2n7 / C922.923 ERA 12n / ELIMINAR C912.913 68n E R944.945 68RC908.909 ERA 2n7 / C922.923 ERA 12n / ELIMINAR C912.913 68n E R944.945 68RAA
P.A.P.A.ALT.ALT.
TITULO:TITULO:
ESQUEMA ELETRICO PCI DECK SIMPLESESQUEMA ELETRICO PCI DECK SIMPLES
DISCRIMINACAODISCRIMINACAO
PROJECAOPROJECAO
17/09/0217/09/02C908.909 ERA 1nC908.909 ERA 1nBB
21/05/0221/05/02THIAGOTHIAGO
DATADATAVISTOVISTO
REFERENTE AO CJT. DECK MONT (1.02.52164.02)REFERENTE AO CJT. DECK MONT (1.02.52164.02)
mmmmememdimensoesdimensoes
DES.DES.
PROJ.PROJ.
APRO.APRO.
NOMENOME
THIAGOTHIAGO
TITLE:TITLE:
SIMPLE DECK PCB ELECTRIC SCHEMATICSIMPLE DECK PCB ELECTRIC SCHEMATIC
RELATIVE FOR THE CONJUNCT DECK MOUNTED (1.02.52164.02)RELATIVE FOR THE CONJUNCT DECK MOUNTED (1.02.52164.02)
MAT.MAT.DATADATA
01/08/0101/08/01ROBERTOROBERTO
ACAB.ACAB.
ESC.ESC.
01/08/0101/08/01
MOD.MOD.
DECK simplesDECK simples
COD.COD.
N.N.TOL.TOL.TOL.TOL.
A3A3
1.00.52164.161.00.52164.16
CN704CN704
+6V+6V
IC702IC702
VCCVCC
RADO-RADO-
FOCO+FOCO+
GNDGND
FOCO-FOCO-
RADO+RADO+
VCCVCC
VCCVCC
SLO+SLO+
SLO-SLO-
GNDGND
MOTO+MOTO+
MOTO-MOTO-
VCCVCC
TZA1048TZA1048
EARTHEARTH
V1.65DutV1.65Dut
V3.30utV3.30ut
V3.3FBV3.3FB
V1.8OutV1.8Out
V1.8FBV1.8FB
MUTEMUTE
RADRAD
FODFOD
VBiasVBias
GNDGND
Vo toVo to
BiasBias
MOTI1MOTI1
MOTI2MOTI2
0,47uF/100V0,47uF/100V
SLSL
L701L701
220uH220uH
11
T-T-
F+F+
F-F-
T+T+
3V33V3
10K10K
R732R732
11
22
33
44
55
66
SP+SP+
SP-SP-
SLD+SLD+
SLD-SLD-
HOME_SWHOME_SW
470uF/10V470uF/10V
22
22
33
33
44
44
55
55
66
66
77
77
2929
88
99
1010
1111
1212
1313
1414
++
C736C736
GND1GND1
C735C735
BC337/25BC337/25
2828
2727
2626
2525
2424
2323
2222
3030
2121
2020
1919
1818
1717
GND1GND1
1616
1515
++
Q702Q702
C738C738
220uF/10V220uF/10V
C720C720
GND1GND1 GND1GND1
3V33V3
++
2n22n2
1V81V8
+6V+6V
++
C740C740
47uF/25V47uF/25V
100n100n
C723C723
R717R717
GND1GND1
C725C725
GND1GND1
330p330p
C724C724
2n22n2
3V33V3
120K120K
R718R718
120K120K
Q701Q701
BC337/25BC337/25
++
C722C722
R716R716
R715R715
2n22n2
47uF/25V47uF/25V
GND1GND1GND1GND1 GND1GND1
4K74K7
4K74K7
C739C739
C721C721
2n22n2
3V33V3
10K10K
3V33V3
OPC.OPC.
R708R708
C716C716
R733R733
P/ USO CD TOPOP/ USO CD TOPO
4K74K7
D701D701
1N41481N4148
10n10n
A_GND2A_GND2
J704J704
OPC.OPC.
+6V+6V
++
100n100n
C748C748
C745C745
47uF/25V47uF/25V
GNDGND
A_GND2A_GND2
J703J703
10n10n
C717C717
A_GND2A_GND2 GNDGND
OPC.OPC.
GND1GND1A_GND1A_GND1
DGNDDGNDGND1GND1
+6V+6V
GNDGND
L_OUTL_OUT
A_GND2A_GND2
R_OUTR_OUT
STATUSSTATUS
TRAY_SWTRAY_SW
SCLSCL
SDASDA
CN701CN701
11
22
33
44
55
66
77
88
99
1010
CN703CN703
TRAY_SWTRAY_SW
GNDGND
CN702CN702
GNDGND
VCCVCC
1616
1515
1414
1313
1212
PDPD
1111
VRVR
1010
LDLD
99
88
FF
77
CC
66
BB
55
AA
44
DD
33
EE
22
11
VCVC
PSC(-)PSC(-)
TRK(+)TRK(+)
TRK(-)TRK(-)
PSC(+)PSC(+)
PICK-UP SANSUNGPICK-UP SANSUNG
CN702CN702
22
11
F-F-
T-T-
T+T+
F+F+
MONMON
R739R739
0R0R
FF
BB
AA
DD
EE
100n100n
C707C707
A_GND1A_GND1 A_GND1A_GND1
A_GND1A_GND1
C706C706
100n100n
D702D702
SK-107SK-107
D703D703
SK-107SK-107
+6V+6V
TRAY_SWTRAY_SW
1V81V8
33K33K
4K74K7
R709R709
FOFO
RARA
VDDD2VDDD2
CDT_RDYCDT_RDY
CDT_DATACDT_DATA
CDT_CLKCDT_CLK
C718C718
100n100n
D_GNDD_GND
6060
SBSYSBSY
DOBMDOBM
VSSD2VSSD2
5959
SFSYSFSY
5858
SUBSUB
5757
RCKRCK
SLIDSLID
RESETRESET
CLK12CLK12
CLK16CLK16
SCLKSCLK
WCLKWCLK
DATADATA
SCLISCLI
WCLIWCLI
VDDD1VDDD1
RABRAB
SCLSCL
SDASDA
SDDSDD
40403939383837373636353534343333323231313030292928282727262625252424232322222121
5656
5555
5454
5353
5252
RESETRESET RESETRESET
5151
5050
4949
4848
4747
4646
4545
EFEF
4444
4343
4242
4141
STATUSSTATUS
VSSD1VSSD1
CFLAGCFLAG
R703R703
SCLSCL
SDASDA
DGNDDGND
3V33V3
R702R702
C715C715
4K74K7
4K74K7
R705R705
10R10R
++
100n100n
OPC.OPC.
R707R707
R706R706
A_GND2A_GND2
C732C732
C733C733
4,7uF/100V4,7uF/100V
4,7uF/100V4,7uF/100V
++
++
220uF/10V220uF/10V
LASERLASER
TEST4TEST4
KDAC_GNDKDAC_GND
DAC_RPDAC_RP
C734C734
R712R712
10R10R
OPC.OPC.
J701J701
100n100n
C719C719
V5V5
V4V4
V3V3
V2V2
V1V1
TEST3TEST3
TEST2TEST2
TEST1TEST1
BUF_IN_RBUF_IN_R
BUF_VPOSBUF_VPOS
DAC_VREFDAC_VREF
DAC_RNDAC_RN
DAC_LNDAC_LN
DAC_VPOSDAC_VPOS
DAC_LPDAC_LP
C712C712
IC701IC701
SAA7824SAA7824
BUF_OUT_RBUF_OUT_R
1uF/10V1uF/10V
VDDD3VDDD3
VSSD3VSSD3
MOTO2MOTO2
BUF_OUT_LBUF_OUT_L
BUF_GNDBUF_GND
BUF_IN_LBUF_IN_L
1uF/10V1uF/10V
C713C713
A_GND2A_GND2 D_GNDD_GND
4K74K7
R710R710
R711R711
SLSL
MOTO1MOTO1
RKILLRKILL
LKILLLKILL
3V33V3
1R1R
R736R736
++
C746C746
47uF/25V47uF/25V
A_GND1A_GND1
47n47n
C701C701
R701R701
24K24K
C749C749
47n47n
LDLDLDLD
3V33V3
10R10R
R737R737
++
100n100n
C747C747
C705C705
47uF/25V47uF/25V
A_GND1A_GND1A_GND1A_GND1
BB
AA
CCCC
DD
FF
EE
X701X701
8,4672MHz8,4672MHz
A_GND1A_GND1
A_GND1A_GND1
22n22n
C702C702
C703C703C704C704
33p33p33p33p
A_GND1A_GND1
8080 7979 7878 7777 7676 7575 7474 7373 7272 7171 7070 6969 6868 6767 6666 6565 6464 6363 6262 6161
11
POWERPOWER
22
EXTFILTEREXTFILTER
33
MONITORMONITOR
44
SENSESENSE
55
VSSA1VSSA1
66
IREFIREF
77
VDDA1VDDA1
88
VREF_OUTVREF_OUT
99
D1D1
1010
D2D2
1111
D3D3
1212
D4D4
1313
R1R1
1414
R2R2
1515
CSLICECSLICE
1616
VDDA2VDDA2
1717
VSSA2VSSA2
1818
OSCOUTOSCOUT
1919
OSCINOSCIN
2020
VSSA3VSSA3
3V33V3
10R10R
R738R738
100n100n
C750C750
++
C730C730
3n33n3
C708C708
100uF/10V100uF/10V
++
3n33n3
C709C709
C731C731
3n33n3
C710C710
100uF/10V100uF/10V
A_GND2A_GND2
3n33n3
C711C711
DES.DES.
PROJ.PROJ.
VERIF.VERIF.
P.A.P.A.ALT.ALT.
NOMENOME
THIAGOTHIAGO
THIAGOTHIAGO
ROBERTOROBERTO
TITULO:TITULO:
TITLE:TITLE:
29/03/0429/03/04
29/03/0429/03/04
29/03/0429/03/04
ESQUEMA ELETRICO PCI CD 1 discoESQUEMA ELETRICO PCI CD 1 disco
COMPACT DISC 1 RECORD ELECTRIC SCHEMATICCOMPACT DISC 1 RECORD ELECTRIC SCHEMATIC
MAT.MAT.DATADATA
ACAB.ACAB.
ESC.ESC.
MOD.MOD.
DISCRIMINACAODISCRIMINACAO DATADATAVISTOVISTO
PHONIC 1 discoPHONIC 1 disco
GND1GND1GNDGND
COD.COD.
PROJECAOPROJECAO
N.N.TOL.TOL.TOL.TOL.
A2A2
1.00.52284.031.00.52284.03
mmmmememdimensoesdimensoes
ESPECIFICAÇÃOTÉCNICA
TECHNICAL SPECIFICATION
ESPECIFICAÇÃO TÉCNICA
EMITIDO POR: DAVID
EMITTED BY:
MODELO: A-250
MODEL :
CÓDIGO: 1.00.52311.05
CODE:
REV: A DATA/
APORVADO POR: ROBERTO
APPROVED BY:
CONDIÇÕES PARA MEDIÇÃO:
MEASUREMENT CONDITION:
1- ALIMENTAÇÃO : 120 V
POWER SOURCE
AC / 60Hz
2- PONTOS DE MEDIÇÃO :
MEASUREMENT POINTS
AMPLIFICADOR : SAÍDA 8 OHMS
FULL RANGE-AMP : OUT 8 OHM
3- NÍVEL PARA MEDIÇÃO :
MEASUREMENT LEVEL:
SAÍDA AJUSTADA PARA APROXIMADAMENTE 0,5W (2V)
SET OUTPUT TO ABOUT 0,5W (2V)
4- TODOS OS AJUSTES DE EQUALIZAÇÃO EM MODO FLAT
ALL ADJUST IN FLAT MODE
DATE : 21/07/2004
REV: OBSERVAÇÃO/
COMMENT
: DATA/
DATE
A Aprovação de Manaus 21/07/04
:
CpQD
ESPECIFICAÇÃOTÉCNICA
TECHNICAL SPECIFICATION
AMPLIFICADOR
AMPLIFIER
ENTRADA: AUX./ VIDEO = 1KHz ALIMENTAÇÃO : 120V
INPUT: AUX./ VIDEO = 1KHz POWER SOURCE: 120VAC
SAÍDA: CARGAS 8 OHMS
OUTPUT: OUT LOAD 8 OHMS
N°
Í
TEM
ITEM
CONDIÇÕES
CONDITIONS
VALOR TÍPICO
TYPI CAL VALUE
AC
VALOR LIMITE
LIMIT VALUE
POTÊNCIA DE SAÍDA
1
POWER OUTPUT
DISTORÇÃO
2
DISTORTION
SENSIBILIDADE DE
3
ENTRADA
INPUT SENSITIVITY
4
RUÍDO RESIDUAL
RESIDUAL NOISE
5
NÍVEL DE RUÍDO
LEVEL NOISE
RESPOSTA EM
6
FREQUÊNCIA
FREQUENCY RESPONSE
SEPARAÇÃO DE
7
CANAIS
CHANNEL SEPARATION
1KHz 0dB – medido em 127Vac
10% THD – measured in 127Vac
1KHz 0dBV, CARGA A 1W
1W OUTPUT LOAD , FLAT
1KHz 0dBV VOLUME MAXIMO
MAXIMUM VOLUM
ENTRADA CURTO-CIRCUITADA
VOLUME MÍN.
INPUT SHORTED
MIN. VOL
ENTRADA CURTO-CIRCUITADA
VOLUME MAX.
INPUT SHORTED
MAX. VOL.
1KHz 0dBV CARGA
1W
1W OUTPUT LOAD , FLAT
-3dB UP
-3dB DOWN
1KHz 0dBV, CARGA 1W
1W OUTPUT LOAD , FLAT
10 + 10 W
8,9 + 8,9 V
0,2%
1000 mV
0,5 mV
3 mV
30 kHz
50 Hz
40 dB
≥ 10 + 10 W
≥ 8,95 + 8,95 V
<0,5%
±100 mV
≤1 mV
≤10 mV
± 2 kHz
± 10 Hz
≥ 38 dB
DIFERENÇA DE NÍVEL
8
ENTRE CANAIS
CHANNEL LEVEL DIFFERENCE
RELAÇÃO SINAL/ RUÍDO
9
SIGNAL NOISE RELATION
1kHz 0dBV CARGAS 1W
1W OUTPUT LOAD, FLAT
1KHz 0dBV, CARGA 1W
1W OUTPUT LOAD , FLAT
60 dB
≥ 50 dB
POTÊNCIA DE
10
CONSUMO
POWER CONSUMER
MODO STBY
STBY MODE
MEIO VOLUME - 1KHz 0dB
HALF VOLUM
VOLUME MÁXIMO - 1KHz 0dB
MINIMUM VOLUM
6W 8W
15W 18 W
58W 60W
CpQD
ESPECIFICAÇÃOTÉCNICA
TECHNICAL SPECIFICATION
RÁDIO FM
FM RADIO
NÍVEL PADRÃO DE ENTRADA
STANDARD INPUT LEVEL
60dB
N°
N°
ITEM
ITEM
FAIXA DE SINTONIA
1
TUNNING RANGER
SENSIBILIDADE
USUAL 30dB S/N
USABLE SENSITIVITY
2
REL. SINAL/RUÍDO
3
SIGNAL / NOISE
4
DISTORÇÃO
DISTORTION
REJEIÇÃO DE
5
IMAGEM
IMAGE REJECTION
RESPOSTA DE
FREQUÊNCIA
6
FREQUENCY RESPONSE
PARADA DO AUTO
SCAM
7
AUTO-STOP LEVEL
SEPARAÇÃO DE
CANAIS
8
CHANNEL SEPARATION
SENSIBILIDADE DO
9
INDICADOR ESTÉREO
STEREO INDICATION
SENSITIVITY
REJEIÇÃO DE FI
10
FI REJECTION
MODULAÇÃO
MODULATION
MONO: 1kHz, DESVIO: 75kHz
MONO: 1KHz, DEVIATION: 75kHz
ESTÉREO: L + R, 37,5kHz
STEREO: L + R , 37,5kHz
PILOTO: 7,5kHz
PILOT : 7,5kHz
CONDIÇÕES
CONDITION
MÍNIMO
MINIMUM
MÁXIMO
MAXIMUM
90,1MHz
98,1MHz
106,1MHz
98,1MHz
98,1MHz mono
estéreo
ANTENA
ANTENNA
DUMMY DA VI
ACOPLAGEM DIRETA
DIRECT COUPLING
PONTO DE MEDIÇÃO:
SAÍDA DO RÁDIO
MEASUREMENT POINTS: OUTPUT
RADIO
VALOR TÍPICO
TYPICAL VALUE
87,5 MHz 87,5 MHz
108,1 MHz 108,1 MHz
9 dB
9 dB
9 dB
50 dB
1,0 %
2%
98.1MHz 45 dB 25 dB
98.1MHz
1kHz
100 Hz
6 KHz
± 1 dB
-8 dB
90.1MHz 15 dB 21 dB
98,1MHz 15 dB 21 dB
106.1MHz 15 dB 21 dB
98,1MHz
98,1MHz
1KHz
ON
OFF
25 dB 22 dB
10 dB
10 dB
98,1MHz 80 dB 74 dB
IMPEDÂNCIA DE
ENTRADA
IMPEDANCE OF IMPUT
75 OHMS
VALOR LIMITE
LIMIT VALUE
12 dB
12 dB
12 dB
40 dB
2 %
4%
±5 dB
-10 dB
15 dB
15 dB
ATUAÇÃO DO AFC
11
AFC ATUACTION
98,MHz
-3dB UP 300 kHz 450 kHz
-3dB DOWN 300 kHz 450 kHz
CpQD
ESPECIFICAÇÃOTÉCNICA
TECHNICAL SPECIFICATION
RÁDIO AM
AM RADIO
NÍVEL PADRÃO DE ENTRADA: 74dBµV, MODULAÇÃO 30% 400Hz, ANTENA LOOP
STANDARD INPUT LEVEL : 74dBµV, MODULATION: 30% 400Hz, ANTENNA LOOP
N°
N°
ITEM
ITEM
FAIXA DE SINTONIA
1
TUNNING RANGER
SENSIBILIDADE
USUAL 20dB S/N
USABLE SENSITIVITY
2
REL. SINAL/RUÍDO
3
SIGNAL / NOISE
REJEIÇÃO DE
4
IMAGEM
IMAGE REJECTION
AGC
5
AGC
DISTORÇÃO
6
DISTORTION
RESPOSTA DE
FREQUÊNCIA
7
FREQUENCY RESPONSE
PARADA DO AUTO
SCAN
AUTO SCAN STOP LEVEL
8
REJEIÇÃO DE FI
9
IF REJECTION
CONDIÇÕES
CONDITION
MÍNIMO
MINIMUM
MAXIMO
MAXIMUM
600kHz
1000kHz
1400kHz
1000Hz
1400kHz
1000kHz
1000kHz
1000kHz
400Hz
600kHz 75 dB 82 dB
1000kHz 75 dB 82 dB
1400kHz 75 dB 82 dB
600kHz
100Hz
3kHz
VALOR TÍPICO
TYPICAL VALUE
520 kHz 520 kHz
1650 kHz 1650 kHz
65 dB
65 dB
65 dB
35 dB
35 dB
60 dB
2%
± 3 dB
-1 dB
>40dB
VALOR LIMITE
LIMIT VALUE
≥25 dB
≥50 dB
70 dB
70 dB
70 dB
28 dB
4%
±5 dB
-5 dB
>30dB
DECK REPRODUÇÃO
REPRODUCTION DECK
N°
ITEM
N°
ITEM
1 WOW & FLUTER
2
RESPOSTA EM
FREQUENCIA
FREQUENCY RESPONSE
SEPARAÇÃO DE
3
CANAIS
CHANNEL SEPARATION
CONDIÇÕES
CONDITION
MTT 111
MTT 117
MTT 117
( 1KHz = 0dB )
MTT 141 30 dB 25 dB
W&F 0,1% 0,3%
FREQ. 3 kHz
125Hz
6,3KHz
VALOR TÍPICO
TYPICAL VALUE
± 1 dB ± 3 dB
± 1 dB ± 3 dB
VALOR LIMITE
LIMIT VALUE
3 kHz ± 3%
CpQD
ESPECIFICAÇÃOTÉCNICA
TECHNICAL SPECIFICATION
RUÍDO TAPE PLAY
4
TAPE NOISE PLAY
RELAÇÃO SINAL
5
RUÍDO
SIGNAL NOISE RELATION
DISTORÇÃO
6
DISTORTION
DIFERENÇA ENTRE
7
TAPES
LEVEL DIFFERENCE TAPES
DECK GRAVAÇÃO
WRITING DECK
N°
ITEM
N°
ITEM
RELAÇÃO SINAL
1
RUÍDO
SIGNAL NOISE RELATION
RESPOSTA EM
2
FREQUENCIA
FREQUENCY RESPONSE
SEPARAÇÃO DE
3
CANAIS L/R
CHANNEL SEPARATION
RUÍDO TAPE
4
REC/PLAY
TAPE NOISE REC/PLAY
DISTORÇÃO
5
DISTORTION
NÍVEL DE SAÍDA
6
REC/PLAY
OUTPUT REC/PLAY LEVEL
NÍVEL DE
7
APAGAMENTO
ERASE LEVEL
CD
CD
VOLUME MÍNIMO
MINIMUM VOLUM
VOLUME MÁXIMO
MAXIMUM VOLUM
1 mV 10 mV
10 mV
100 mV
MTT 118 ( PLAY/STOP ) 35 dB 25 dB
MTT 118 1% 3 %
MTT 118 0,5dB 2dB
CONDIÇÕES
CONDITION
VALOR TÍPICO
TYPICAL VALUE
VALOR LIMITE
LIMIT VALUE
1kHz -10dB via CD 30 dB 25 dB
( 1KHz = 0dB )
125Hz
6,3KHz
±2 dB ±5 dB
±2 dB ±5 dB
1KHz - L/R 35 dB 30 dB
VOLUME MÍNIMO
MINIMUM VOLUM
VOLUME MÁXIMO
MAXIMUM VOLUM
1 mV 10 mV
10 mV 120 mV
MTT 118 1,5 % 3 %
MTT 118 0,5dB 3dB
MTT 118 30dB 25dB
N°
N°
2
ITEM
ITEM
RELAÇÃO SINAL
1
RUÍDO
SIGNAL NOISE RELATION
RESPOSTA EM
FREQUENCIA
FREQUENCY RESPONSE
SEPARAÇÃO DE
3
CANAIS L/R
CHANNEL SEPARATION
RUÍDO TAPE
4
REC/PLAY
TAPE NOISE REC/PLAY
DISTORÇÃO
5
DISTORTION
CONDIÇÕES
CONDITION
VALOR TÍPICO
TYPICAL VALUE
VALOR LIMITE
LIMIT VALUE
TNO 24 CD Yeds 18 60 dB 50 dB
TNO 04
TNO 09
( 1KHz = 0dB )
TNO 33/34 - CD Yeds 18
1KHz - L/R
VOLUME MÍNIMO
MINIMUM VOLUM
VOLUME MÁXIMO
MAXIMUM VOLUM
125Hz
6,3KHz
± 1 dB ± 3 dB
± 1dB ± 3 dB
50 dB 40 dB
1 mV 10 mV
10 mV 50 mV
TNO 24 - CD Yeds 18 0,2 % 1 %
CpQD
ESPECIFICAÇÃOTÉCNICA
TECHNICAL SPECIFICATION
EQUALIZADOR
EQUALIZATOR
Nº
ÍTEM
ITEM
CONDIÇÕES
CONDITION
VALOR TÍPICO
TYPICAL VALUE
VALOR LIMITE
LIMIT VALUE
1 LOUDNESS ON 100Hz – Vol.10 15dB
2 HI BASS ON 100Hz – Vol.10 6dB
PERSON (Vol.10)
3
BASS +10
BASS –10
TREB +10
TREB –10
+8dB
-10dB
+10dB
-10dB
±2 dB
± 1dB
±1dB
CpQD
ROTEIRO DE CALIBRAÇÃO
ALIGMENT CALIBRATION
ROTEIRO DE CALIBRAÇÃO
ALIGMENT CALIBRATION
MODELO: A-250
MODEL:
CÓDIGO: 1.00.52311.04
CODE:
REV.
PA DESCRIÇÃO DATA
EMITIDO POR: David
EMITTED BY:
APORVADO POR: Roberto
APPROVED BY:
DATA/ DATE : 19/04/2004
OBSERVAÇÕES / NOTAS
OBSERVATIONS / NOTES
- Rádio Front End Box.
CpQD
ROTEIRO DE CALIBRAÇÃO
ALIGMENT CALIBRATION
Obs.: Este roteiro tem caráter orientativo, podendo alguns itens sofrer adaptações pela Eng
de Fábrica para melhor adequar ao processo produtivo.
FAIXA FM
Sintonize em 87,5 MHz, e verifique se há 1,4V (aproximadamente) na tensão de sintonia
(termi nal 28 do IC101 com resistor de 10K em série com o voltímetro).
Sintonize em 108,1 MHz , e verifique se a tensão de sintonia é de aproximadamente 7,0 V.
FI-FM
Conecte um gerador de varredura de FM na entrada de FM.
Sintonize o rádio em 98,1 MHz.
Verifique o formato da curva “S”, no pino 23 do IC.101, se necessário aprimorar a curva S, ajustar
a bobina com núcleo parafusado (bobina FI) do front end .
FAIXA AM
Sintonize em 520 kHz, ajuste a bobina OSC-AM (T.101) para obter ~ 1,2 V na tensão de
sintonia.
Sintonize em 1650 kHz , e verifique se a tensão de sintonia seja ~ 6,5 V.
Os valores de tensão podem ser ligeiramente mudados para facilitar a produção.
a
FI-AM
Ajuste um gerador de AM para 1000 kHz com 30% de modulação em 400 Hz.
Sintonize o rádio em 1000 kHz .
Deve ser usado um sinal de RF muito baixo.
Caso tenha ruídos indesejáveis, esta freqüência pode ser deslocada para + ou para -, junto com
a fr eqüência do gerador.
Ajuste a bobina de FI-AM (T.104) para obter o máximo sinal detectado.
TRACKING-AM
Irradie uma varredura de AM para a antena loop .
Sintonize em 600 kHz e ajuste a bobina ANT-AM (T.102) para obter máximo sinal na saída.
Sintonize em 1400 kHz e ajuste VC.101 para obter máximo sinal na saída.
Refaça o ajuste três vezes para obter o melhor ponto de ajuste .
CpQD
ROTEIRO DE CALIBRAÇÃO
451060
( 50 : 75 )
ALIGMENT CALIBRATION
OBSERVAÇÕES
O gerador do sinal de FM deve ser conectado na entrada de FM através do DUMMY DA-V.
O gerador do sinal de AM deve ser irradiado por uma antena LOOP e captado pela própria
antena de ferrite do aparelho.
Tanto na calibração de FM como de AM a ferramenta utilizada para calibrar as bobinas deve ser
de material não magnético.
OSC. BIAS
Oscilador BIAS:
1- Conecte um VTVM nos pontos TP5 e TP6.
2- A saída do VTVM deve ser ligada a um freqüêncímetro.
3- Coloque uma fita com a trava de gravação intacta.
4- Selecione a função AUX sem sinal na entrada.
5- Ajuste T903 para obter 59.068 Hz +/- 20Hz no freqüêncímetro.
6- Verifique se no VTVM está um sinal de 0,035V.
Azimuth:
1- Conecte nas saídas R e L do circuito deck nos canais 1 e 2 do VTVM.
2-A saída do VTVM deve ser ligada a um osciloscópio.
3- Coloque uma fita padrão de ajuste de azimuth (MTT-114).
4- Ajuste o parafuso esquerdo da cabeça rec-play (para deck simples ou deck1, quando o
conjunto for deck duplo/lógico), de modo que o sinal dos canais R e L fiquem em fase no
osciloscópio e em maior amplitude possível.
5- Repetir o item 4 para a cabeça play.
CpQD
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