Akai Dv-r4015vss User manual

SERVICE MANUAL

Model:

DVR4015VSS

DVD PLAYER

www.akai.ru

▲ Safety information ----------------------------3

1．General guid-----------------------------3

2．Low zeta potential leaking inspection ---3

3．High zeta potential leaking inspection --3

▲ Device avoiding ES(Electric Susceptible)

Influence of ESD (Electric Susceptible

Discharge)-----------------------------------------3

▲ Technical specification ----------------------4

▲ Mechanical diagram ------------------ ------8

Mechanical Parts------------------------- 9

▲ Packing and accessories ---------------------10

▲ Disassemble and assemble-------------------11

1．Take out disc from trouble player ----11

2．PCB position ------------------------11

▲ Disassemble and assemble parts of the unit

-----------------------------------------------12

1．Can open the tray by electricity -----12

2．Can not open the tray by electricity --12

3．Assemble the unit -------------------12

▲ Attachment 1----------------- 13

▲ Block Diagram/Electric circuit diagram

1．Block diagram ------------------------14

2．Electric circuit diagram ---------------15

3．Decoder board diagram ---------------16

4．AV output board diagram -------------20

5．Control board diagram ----------------23

▲ Attachment 2------------------24

▲ PCB Diagram

1．Upper decode board PCB diagram ----25

2．Lower decoder board PCB diagram ---26

3．AV output board PCB diagram --------27

4．Control board PCB diagram -----30

▲ Attachment 3---------------------------32

▲ Component list

1．AV output board component list --------33

2．Decoder board component list ----------36

3．Control board component list -----------39

SAFETY INFORMATION

General guide

1.Observe the original circuit during maintenance. if short

circuit occurs, change the over-hot or damaged components.

2.Observe all the protective device after maintenance, such

as whether the shielding cover or paper is assembled well.

3.To avoid electric shock, please inspect electricity leakage

aftermaintenance

Low zeta potential leaking inspection

1.Take out AC cord and connect a piece of wire between two

legsoftheoutlet.

2.Use Gear R x 10K of the voltmeter to measure the spares

on AC outlet and exposed metallic part with short circuit.

The resistance between screw cap, control shaft should be

unlimited.

Ω

uF

AC voltage table

to have discover metal

accessory of equipment

creepage checking circuit

cold water

canal（earthing）

picture 1

High zeta potential leakage inspection

.As illustrated 1, Connect Resistor with 1.5K, 10W and

capacitor 0.15 between exposed metallic part and device of

fine connection to the earth (water pipe etc.).

2.Plug-in AC cord directly to AC outlet. Do not inspect with

shield adaptor.

3.Utilize 1000 or more sensitive voltmeter to measure

alternating voltage.

4.Turn back the AC plug-in from AC outlet then iterate the

inspection as above.

5.Inspect the voltage of the resistor between other exposed

metallic parts and the earth with the same way.

6. The voltage must not be over than 0.75Vrms at any points

on the resistor. Electric leakage should not be over 0.5mA

when processing high voltage leakage testing through

Device avoiding ES(Electric Susceptible)

8. When disassembling and replacing the ES device, try to

reduce body movement (Or, the movement of legs, the

friction of fibrous of clothes, or elevating the legs from the

floor will generate static electricity ESD, causing damage to

the ES device.).

Influence of ESD (Electric Susceptible Discharge

exceeded the restrained figure, electric shock should be

possibly suffered. Do maintain the unit and inspect once

more before return to the user.

Device avoiding ES influence of ESD.

Some solid semi-conductor devices are easy to be

damaged by static electricity. These devices are generally

called ES device. The typical devices are IC, field effect

component and semi-conductor laser diode.

The following technology helps to abate the danger of

ESD on body before handle any semi-conductor or

semi-conductor component. Or wear the ESD bangle availed

from the market to eliminate the threaten of static electricity

on human body.

2.Put the electronic parts with ES device on the surface of

conductor such as aluminium foil after take them out in order

to protect static electricity from accumulation and explosion.

3.Solder or disassemble ES device through iron connecting

the earth.

4. Utilize device only anti-static electricity to disassemble

soldering tin. Non-anti static electricity device (ESC

protection) will release ES that damage ES device.

5.Do not use chemical volatile releasing static electricity

that leads to damage ES device

6. Unless preparation for pre-assembling has been made, do

not take out the ES device to be changed from the protective

packing ( most of the changed ES devices are packed

together with anti-static electrical foam or similar electric

material, besides, countermeasures for down-lead short

circuit are taken.).

7. Protective material should connect the model or the circuit

component to be assembled in it before taking out the

protective material from the ES device.

Note: do not bear electricity to the model or the circuit, and

pay attention to all the other safety information.

1

Technical specification

DVD Electric gudideline 1：Video parts

NO. Test items Test point Performance request Units Remake

1 video 1.0±0.2 Vp-p

Y 0.7±0.14 Vp-p

chroma 0.88±0.176 Vp-p

2

S-vid

eo C

Color sync 0.3±0.06 Vp-p

3 Y.Cr. Cb/Y.Pr.Pb 0.7+/-0.14 Vp-p

4

Output

range

R.G.B 0.7+/-0.14 Vp-p

5 Level definition ≥450 lines

6 bandwidth(+3/-6 dB) ≥5.5 MHz 100KHz 0 dB

7 differential coefficient bit DP ≤2 degree 75Ω loads

8 Lum non distortion ≤5 % 75Ω loads

9 Differential plus DG ≤2 % 75Ω loads

10 Y ≥56 (except power) dB 75Ω loads

U channel ≥50 dB 75Ω loads

11 C

V channel ≥50 dB 75Ω loads

R channel ≥50 dB 75Ω loads

G channel ≥50 dB 75Ω loads

12

S/N ratio

R

G

B B channel ≥50 dB 75Ω loads

2：Audio(Test signals：TCD-784)

NO. Test items Test point Performance request Units Remark

1

Lines audio input, output levels

1.8+0.2/-0.8 Vrms

DVD(LPCM)、CD

Audio input impedance:10KΩ

2 Breadth rage response ± 1.5 dB DVD(LPCM) 20Hz~20KHz

3 S/N ≥80 dB A count power

4 THD 10 % 1KHz A count power 10W

5 Condition areas 90 dB 1KHz A count power

6 Separate degree 70 dB 1KHz A count power

7 Channel inbalance ≤1.0 dB DVD(LPCM)、CD

8 Coaxial output range 0.5±20% Vp-p 75Ω± 1% loads

9 Optical output wavelengh (λp) 660±30 nm

3：Other characteristic parts

NO. Test items Test point Capability request Units Remark

1 Load time 10 S

2 Remote control for instance ≥5 m Front surface±15°areas

3 Input power voltage 230V±10% 50Hz

4 Expend power 110W Normal works

5 Deposited condition of temperature -25～+55 °C

6 Works condition of temperature 0～+40 °C

7 Freedom lower Accord GB/T 2423.8-1995 request

8 Disc formats

(1)DVD:

12cm single side, single layer;12cm single face, double layer;12cm double face. Double layer;

8cm single face, single layer; 8cm single face, double layer;8cm double face, double layer.

(2)CD disc:12cm disc,8cm disc

4：Test condition1.condition：normal temperature，normal voltage 2.power voltage：AC 230V 50Hz

3. speaker impedance: 8Ω

4

Technical specification

AVoutputboardelectricguidelineproductionmodel：AKAI DV-R4015VSS

Items Unit Model

Value

Limited

value

Test condition

POWER PARTS

1 Input voltage areas VAC 230±10%

2 Rating output voltage

and current

+5V 1.3A +5V 1.5A

-16V 2.2A +16V 3A

AC3.7V

100mA

AC3.7V

120mA

-24V 50mA -24V 50mA

3 The least of output

power

W 110 Input voltage AC230 ±

10%V

4 +5 output veins wave mV <50

4 Power tune rate(+5V

port)

% 5 Input voltage AC230 ±

10%V

6 Loads tune rate(+5V

port)

% 5 current10mA-1.5A

AV output parts

7 Works voltage V ±16 ±20 RL=8Ω

8 Static state current mA 380 630

9 Output power W 12 14 THD = 10% RL = 8Ω

10 (FR/FL/SR/SL/CENT) 9 11 THD = 1% RL = 8Ω

11 Subwoofer output

power

W 30 35 THD = 10% RL = 8Ω

12 After all humorous

wave distortion

% 0.03 0.07 RL = 8Ω ; PO = 1W; f = 1KHz

0.7 RL = 8Ω ;PO = 0.1 to 7W;f = 100Hz to

15KHz

13 Bunch sound dB 70 f = 1KHz

60 50 f = 10KHz

14 S/N dB 80 75 A count power

15 Breadth response dB ±1.5 40~18KHz

5

Electric Specification book

FM electric guideline Model:AKAI DV-R4015VSS

Test condition:

1.power supply voltage: AC 230V 50Hz 2.standard

output power: 1W

3.sound speaker impedance: 8Ω

4.standard confection: 1000Hz 22.5 KHz frequency deflection 5.Aerials impedance:75Ω

NO. Test items units Standard Limited Error

1 Intermediate frequency MHz 10.7 +/-0.1

2 Cover with areas MHz 87.5- 108 +/-0.1

90MHz KHz

3 Graduation

error 106MHz KHz

90MHz 22.5KHz frequency

deflection S/N 30dB

dBµV ≤26 ≤32

98MHz 22.5KHz frequency

deflection S/N 30dB

dBµV ≤26 ≤32

4 Chirp

limited is

sensitive to

degree

106MHz 22.5KHz frequency

deflection S/N 30dB

dBµV ≤26 ≤32

5 S/N ratio （98MHz,input 1mV except power）dB ≥50 ≥34

6 -3dB Limited delicacy degree µV 10 20

7 Intermediate frequency restrain（90MHz）dB 50 45

8 Lens restrain compete（106MHz）dB 28 22

9 Distortion degree（1mV input）% 0.6 1.5

10 Confection AC sound（input 5mV） dB 50 40

11 AFC areas(1mV input,-3dB) KHz

12 AM restrain(1mv input, confection degree 30%) dB 32 26

13 Output power （distortion10%,60Khzfrequency

leaning, 1mv input）

W 10

14 Breadth response（-3dB） Hz 40Hz-12.5KHz 100Hz-8KHz

15 The lease of volume mV 1 3

16 Locking station delicacy degree dB ≥28

17 separate degree dB 25 20

6

Electric Specification book

Mw electric guideline Model:AKAI DV-R4015VSS

Testcondition:

1.power supply voltage: AC 230V 50Hz 2.standard output power:1W

3.loundspeaker impedance: 8Ω4.standard confection: 400Hz 30% confection degree

No

. Test Items Unit Standard Limited Error

1 Intermediate frequency KHz 450 +/-3

2 Cover with areas KHz 522-1620 +/-5

S/N 20dB, 612KHz dBµV/M ≤75

S/N 20dB, 999KHz dBµV/M ≤70 ≤75

4 Chirp limited is

sensitive to degree S/N 20dB,1413KHz dBµV/M ≤70 ≤75

5 S/N SNR（999 KHz ,input 10mV/M, standard confection 1KHz A count power） dB ≥40 ≥34

6 Intermediate frequency restrain compete（612KHz）dB 45 35

7 Lens restrain compete（1413KHz）dB ≥34 ≥20

8 AFC（input100mV/M）dB 30 20

5mV/M input,30％confection degree % 1 3

9 Distortion

degree 100mV/M input,80％confection degree % 3 5

10 -6dBbandwidth (20dB S/N) KHz 8 5-10

11 whistle(input 5mV/M,IFx1 IFx2) % 3 10

Volume largest W

12 Output

power Distortion degree10% ,80% confection, input5mV/M W 10

13 +/-10KHz selectivity (on 1000KHz 20dB S/N） dB 14 8

14 Breadths response （-6 dB, input 5mV/M） Hz 40Hz-4KHz 100Hz-3.1

5KHz

15 Confection AC sound（input 100mV/M） dB 40 35

16 The least of volume yawp mV 1 3

17 Locking station delicacy degree dB ≤90

7

22

25

23

28

27

24

26

29

38

32

31

33

34

37

36

35

1

3

2

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

17

18

21

22

23

24

25

25 25

25

30

33

34

35

36

36 36

36

37

38

Mechanic parts of decompose diagram

8

9

37

38 N2-300812-14

32

33

36

35

34

N2-300614-54

N2-300815-54

N2-301215-54

N2-300812-19

WD-222232-01

N2-300615-54

ST3×8 PANi

PWTT3×6（adding forcedly）white

power cord2.2m 250V 2.5A VDE attention

PWB3×8（adding forcedly）white

PWTT3×12（adding forcedly）white

KTT3×6 sink head

PA3×8

26

27

28

31

30

29

Y6-440003-00

Q2-010120-16

S1-811048-01

A5-010120-20

A5-010120-10

A8-114100-20

21

20

22

23

25

24

Y3-030260-20

Y3-130151-20

Y3-130151-50

Q4-010120-00

Y3-130150-20

Y3-130150-50

power switchs PS8-11-D-048

line button SB4F-4

back baord

AV output board

decode board

Incept nog

back feet

PCB mat

back feet mat

front feet

motherboard

front feet mat

surface、motherboard

feet/motherboard

4

LianDong company(pin) HengZhiQian（lines）

motherboard/back surface

uuper cover/motherboard

decode board、output board、core/motherboard

control board，back port

8

6

17

3

25

1

HuaJie company

electrolyte board

power cord and back board

KST-MV114MA1-B0

1

1mm electrolyte board

sponge

ABS

2

13

2

sponge

ABS

2

Lead

7Y9-01016C-20

16

15

17

18

19

14

Y3-01016C-24

Y3-140160-20

Q3-050121-00

N4-230101-L0

N4-230101-R0

N2-604829-79

8

11

10

12

13

9

A6-000000-41

A5-010120-41

T1-400022-00

A5-010120-40

Q1-0101D0-04

Y3-060160-10

door spring（right）

transformer sleeping bolt K60×48

PCB plank(core using）

core plank

uuper cover board

door spring（left）

round power transformer

uuper cover board plank

control board

core

control board

disc tray

MATERIAL NO.

MACHINE PARTS OF COMPONENT LIST

NO.

3

4

6

5

2

Y9-01012C-31

Q1-010120-14

Y1-010171-00

Y1-0101G1-00

Y9-01012C-33

Y9-01012C-32

APPELLATION

Lens2

7KEY key

Vol button

surface

Lens1

Lens3

ACRYL

ABS

2

carbon wires

1

SONY optics head，RongXinDa plank

cool roll baord

1

ABS

1

PVC

1

ABS

REMARK

PVC

1

QTY

10

2.MATERIAL LIST

5O7-010120-R0

NO.

4

3

2

1

O7-010120-L0

O1-500600-10

A1-010120-10

Serial No.

O6-010121-00

42

sparking glue（right）1

mainframe bage 500*600mm

Appellation and Specification

sparkling glue(left)

remote control

white box

1

QTY

1

1.Decompose diagram

3

PACKING AND ACCESSORY

6

5

11

2.Wring 3 screws out connected base panel with bottom

board then wrest 4 screws connected loader with bottom

board(Diagram B)

3.Take out front panel and loader carefully,There is a white

plastic gear under the loader,Rotate the rear as diagram C to

stretch DVD tray and door(diagram D),you can take disc out

carefully.

Diagram B Panel,core disassemble front control board

Diagram H Boards Location

decode board

Per PCB assemblies locate as(see Diagram H)

AV output board

PCB position

If you cannot take out disc even press OPEN/CLOSE

button,please pull power cord from the socket and

follow as below:

1.Wring 8 screws out then pull left and right side

to take away top panel that rear part is upper

(Diagram A)

Diagram A Dipart cabinet

Diagram D Take out disc

Diagram C Rotate white gear

Take out disc by truble unit

fr

The unit comprises mechanical and electric part,including:

ont panel,base panel,top panel,bck panel and loader,AV

tput board,decode board,etc.

DISASSEMBLE AND ASSEMBLE

ou

White Gear

12

Can not open tray by electricity

Unable to open disc tray when press OPEN/CLOSE button

1. Take down disc as illustrated A,B,C,D

2. Take down DVD front panel

Can open the tray by electricity

1. Operate after completely take out top panel

2. Press OPEN/CLOSE button to open disc tray.

Be careful not to damage disc when take it out if it is in the tray .

Then take away DVD door (as illustrated E)

Graph E Catch position on the front panel

Catch

1. Take down top panel see as illustrate A

2.Take down front panel

Disassemble and assemble parts of the unit

Attachment 1：Block diagram、Circuit diagram

Block diagram

Circuit diagram

Decoder board circuit diagram

AV Output board circuit diagram

Control board circuit diagram

13

AKAI DV-R4015VSS Block diagram

14

5.1CH

audio

AV

output

power

transformer

AV output board parts

sound

box

system

FM/AM

receiving

nog

POWER

PARTS

front control baord(VFD

display)+remote receiving load

disc

digitals

audio

input、

output

complex video、Ｓ

－video、２１PIN、

Chromatic

aberration

MTK

1379GE/C

+1336E/C

+SONY280

core(no takes

servo system)

decode and

data disposing

A

USE 1336E/C

TRSO

MDI1

RFL

C31:1336E/C = 82PF

RFOP

V2P8

H

+

C12

100UF

( B )

LIMIT

CB21

0.1uF

FMSO [ 3 ]

RFOP

E

C40 10pF

TP28 TEO1

TROUT

SL+

RVCCIN

SP-

A

R31

10k

GND

FOSO [ 3 ]

PWMOUT2

C31 390p

DMSO [ 3 ]

URST

CB55

0.1uF

R4 100K

R33 10k

RFRP

VR-DVD

AVCC

ADIN [ 3 ]

RFON [ 3 ]

V1P4

+

C1

100UF

CB12

0.1uF

TOP SIDE CONTACTED

( D )

V2P8 [ 3 ]

TRCLOSE

LOAD-

L22 FB,0805

USE 1336E

C41 27p

L24 FB,0805

FEO

CB35

0.1uF

R86

10K

C9 C

TRSO [ 3 ]

OP-

L21 FB,0805

SCLK [ 3 ]

ADIN

R38

100

1336E/C USE 4.7 OHM

A

S33

CB68

0.1uF

R11 10k

CSO

R24

10k

S33

+

C10

100UF

R2 750k

STBY

TRIN

CB34

0.1uF

R71

330k

RFVCC

R74

750k

VR-CD

+

C19

47UF

MT1336E

RFL

F+

R6 10K

R93

20k

USE 1336E/C SHOULD TO OPEN

( A )

FOSO

OP+

LIMIT

C8 1UF

L23 FB,0805

C85

150p

MT1336E&1336E/C+1379 with SONY 280 PUH.

Q5

3904

CB33

0.1uF

U4

BA6208F

1

2

3

4 5

6

7

8

VCC

BOUT

GND

AOUT BIN

NC

GND

AIN

Q3

2SK3018

2

3 1

Q4

2SK3018

2

3 1

R23 10k

SW1

CB66

0.1uF

AVCC

V1P4

TEO

TP31 FEO1

ASSEMBLE L2,L221,L23

RVCCIN

V1P4

Q2

2SB1132

F

B

C38

0.033uF

+

C47

47UF

VCC

RFON

C

URST

HTRC

J2

TRAY IN / OUT,5P,2.0 m/m

5

4

3

2

1

PWMOUT2

LDO1

F

+

C18

47UF

R60

1

SMD 0805

HTRC [ 3 ]

TRIN

TROPEN

VCC

SP-

TRCLOSE

USE 1336E/C

STBY

LDO2

C

GND

R59

1

SMD 0805

FOSO

SDEN

AVCC

RVCCIN

SDATA [ 3 ]

CSO

MDI1 C39

470p

C6 1uF

C32 0.015uF

URST [ 2 ]

CB13 0.1uF

+

C20

10UF

R127

1K

CB32

0.1uF

RFRP [ 3 ]

C37 390p

( E )

PWMOUT2 [ 3 ]

D

IOA

R5 100K

CB29

0.1uF

TROPEN [ 3 ]

BDO

TP26 LRFRP1

R21 R

R35 27k

SDEN [ 3 ]

E

U10

BA5954

1

9

10

12

3

2

15

7

14

13

21

19

20

24

27

6

4

5

28

8

11

17

18

16

23

22

25

26

2930

VINFC

PVCC1

PGND

VOSL+

CF2

CF1

VOTK+

VNFFC

VOFC+

VOFC-

PVCC2

PGND

VNFTK

CTK2

BIAS

VOSL

VINSL+

VINSL-

STBY

VCC

VOSL-

VOLD+

VOLD-

VOTK-

VINLD

PREGND

CTK1

VINTK

G1G2

B

(A): CB7 = 470PF (MT1336E/C-PIN84)

CB11

0.1uF

TROPEN

V20

AA

OP-

B

R8 10K

CB31 0.1uF

R58

1

SMD 0805

SW1

RFO

T+

C147

0.015uF

ENDM

SP+

CB9 0.1uF

Reserved

FMSO

DD

C

BB

C

S33

L4

10uH,DIP

TEO

TROPEN

R7 33k

SL+

V1P4

RFON

ENDM

( C )

CB30 0.1uF

F-

R102 20K

BOTTOM

CON1

HEADER 26 SMD0.5 BOTTOM

H26S/P0.5

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

DMSO

LDO2

H

OP+

RFO

R92 10k

1336E/C USE 470P

V2P8

TROUT

SDATA

FEO

R34 100k

E

(B): R7 = 15K (MT1336E/C-PIN108)

SDEN

+

C68

10UF

CB7 0.1uF

C3 1uF

VCC

L1 FB,0805

TP25 HRFRP1

CB6 0.1uF

R85 20k

LDO_AVCC

IOA

RVCCIN

+

C67

100UF

1376 USE 15K OHM

FEO [ 3 ]

B

OPO

RFOP [ 3 ]

R15 22

R22 R

RFVCC

FMSO

OPO

C

R69 1

(C): R22 / R21 OPEN (MT1336E/C-PIN36/35)

V1P4 [ 3 ]

D

AVCC

TP30 RFL1

RFL [ 3 ]

+

C25

47UF

ADIN

V20

RVCCIN

SL-

CB2

0.1uF

ASSEMBLE L20,L21,L24

BDO [ 3 ]

CSO [ 3 ]

T-

+

C35

10UF

SCLK

STBY

L20 FB,0805

J5

SLED/6P,2.0mm

1

2

3

4

5

6

7

8

9

CB26

0.1uF

C2 1uF

(D): R35 / R34 OPEN (MT1336E/C-PIN32/27)

TEO [ 3 ]

DMSO

SCLK

LD-CD

C72

150p

L2 FB,0805

TP22SCLK1

G

L25 FB,0805

TP29 CSO1

BDO

WHEN USE 1336E/C RED COLOR CAN MOVE

SP+

SL-

CB8

0.1uF

TRCLOSE

G

CC

TP23 CRTP1

L5

10uH,DIP

: C41 / C40 / C39 OPEN (MT1336E/C-PIN32/28/27)

R14 22

U2

MT1336E

128

127

126

125

124

123

122

121

120

119

118

117

116

115

114

113

112

111

110

109

108

107

106

105

104

103

38

37

36

35

34

33

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

66

67

68

69

70

71

72

73

74

75

76

77

78

79

80

81

82

83

84

85

86

87

88

89

90

91

92

93

94

95

96

97

98

99

100

101

102

65

WGND

RFSUBO

LDO2

LDO1

MDI1

MDI2

AGC3

AGC2

WAVDD

AGC1

WGAND

SGND

TNI

TPI

SVDD

CDFON

CDFOP

SD

SC

AVDD

IR

AGND

SB

SA

MD

MC

VFO13

VDD

AGNDX

DPFO

DPFN

GNDP

HTRC

TRLP

TRLPA

CRTPLP

CRTP

HRFRP

LRFRP

DEFECT

VDDP

TEO

CSO

LVL

FEO

V20

VREFO

V2REFO

AVDDT

TM4

AGNDT

TM3

TM2

TM1

AGNDO

RFON

RFOP

AVDDO

AGNDX

WVDD

WOBSO

GND

UDGATE

HDGATE

IO0

IO1

IO2

IO3

IO4

IO5

IO6

IO7

IO8

IO9

IOA

IOB

VDDS

XCK16M

SCLK

GNDS

SDEN

SDATA

RST

DPDMUTE

AGNDP

AGNDX

AVDDP

VCON

AVDDF

AGNDX

AVDDM

COSPHI

HALLCOS

REFCOS

AGNDM

HALLSIN

REFSIN

SINPHI

SW0

SW2

SW1

MOP

MON

AGNDX

CEON

CEOP

RFGCI

RFGCU

RFFGC

OSP

OSN

CDD

CDC

CDB

CDA

DVDRFIN

DVDRFIP

DVDD

DVDC

DVDB

DVDA

MA

MB

AGNDF

C7 1uF

VCC

+5V

TRSO

LD-DVD

CB18

0.1uF

SDATA

+5V

CB10 0.1uF

USE 1336E SHOULD TO GND

C31:1336E = 390PF

VCC

HTRC

D

Q1

2SB1132

LOAD+

LDO_AVCC

R57

1

SMD 0805

CB19 0.1uF

R1 R

2SB1132

RFRP

R65

330k

CB22

0.1uF

CB5 0.1uF

(E): C31 = 82PF (MT1336E/C-PIN25)

Decode board elements diagram 1

16

S33

DQ[0..15]

W

R#

V25

TP4

XTALO

1

PLL_CLK [ 4 ]

FEO

RFOP

MA10

R11733

TP8RFON 1

S3.3V

FMSO

AV33

V1P4 [ 1 ]

FEO [ 1 ]

A0

S

CK

PLL-CE

CB42

0.1uF

R10 0

TROPEN [ 1]

RFON [ 1 ]RFON

Q

6

GND

VOL1

C50 0.01uF

PWMOUT2

RFL

Q

11

FS0

ACLK

FOSO

GND

Q

0

GND

U3B

74HC04

3 4

147

BDO

SDEN

SPLRCK

RESET#

R9 0

DCKE

VSDA

A7

GND

TU_DATOUT [ 4 ]

DQM[0..3]

TP1 RFRPC

1

ASDAT[0..2] [ 4 ]

J3

1

2

3

4

5

6

7

8

9

Y[0..7] [ 4 ]

RGB_SWITCH [ 4 ]

TROPEN

VHSY

R468.2k

IIC

PRD# [ 3 ]

AMDAT

DA

Q

12

DV33

MA2

T

U

N

E

R

I

N

T

E

R

F

A

C

E

C

KE

C102

100p

GND

A15

Y1

C76

0.015uF

A16

W

E#

Y6

A8

CB37

0.1uF

V25

ABCK

RDS_CLK [ 4 ]

PCE#

PWR#

ABCK

SPBCLK

CB65

0.1uF

AUDIO INTERFACE

RDS-DAT [ 4 ]

+

C60

47uF

A[0..19] [ 3 ]

WE# [ 3 ]

only third over tone

TRSO

DCLK

RAS#

VOL1

+

C15

10UF

A3

Q

14

AD6

AV33

Y[0..7]

ASDAT0

AV33

SDA [ 4 ]

V1P4

HTRC

VOL2

Q

8

AD7

MA3

ACLK

SPBCLK

INT [ 4 ]

SCLK

A[0..19]

PRD#

C98100pF

RAS# [ 3 ]

A11

X

D

AD[0..7] [ 3 ]

RDS_LATCH [ 4 ]

V2P8

SDATA [ 1 ]

ALRCK [ 4 ]

CAS#

DV33

AD1

SDA

TU_DATOUT

CB70

0.1uF

RFIN

S

D

A

RxD

TP7RFDTSLVN 1

C105

100p

PCE# [ 3 ]

DV33

Q

10

RDS-LATCH

CB24 0.1uF

R53750k

R118 33

+5V

RFOP

ASPDIF

C

L

GND

XO

V25

S33

ADIN

Q

1

DV33

SPMCK [ 4 ]

C111

100p

CB53

0.1uF

A14

DV33

V25

SW-A

ACLK [ 4 ]

ADOUT [ 4 ]

AV33

BDO [ 1 ]

DMSO [ 1 ]

URST [ 1 ]

RFRP

ALRCK

LINE-IN

VOL2

R10833

R109 33

XTALI

HTRC

Y5

DACV33B

MEMORY

A18

SPDATA

+

C28

10UF

C26

15p

CSO [ 1 ]

SDA

CSO

C92100pF

R67 1K

C21

1000p

R11433

SW-B

A5

MA1

X

D

CB15

0.1uF

SPDATA [ 4 ]

CS#

MA[0..11]

RFIP

U3A

74HC04

1 2

147

CB47

0.1uF

SPLRCK [ 4 ]

ASDAT1

Q

3

C56 0.01uF

R96

4.7

R98 33

FS0 [ 4 ]

Q

13

MA6

VOL3

C48 1000pF

C81100pF

R10633

PWR# [ 3 ]

DCLK [ 3 ]

MUTE_DAC

C84

330pF

CB71

0.1uF

R52

4.7

L7 2.7uH, DIP

R126 33

DV33

TU_DATIN

C114

2.2UF

C86

330pF

R89

4.7

CB46

0.1uF

GND

R

D#

AD0

R39 18k

R9510k

C53 0.01uF

CB52

0.1uF

C95

100p

C520.01uF

CB44

0.1uF

SCL [ 4 ]

SPLRCK

C89100pF

CB67

0.1uF

NEAR PIN 212

SPBCLK [ 4 ]

DMSO

A

0

TP12 LPFIP1

CB51

0.1uF

CB25 0.1uF

MUTE_DAC [ 4 ]

V1P4

RFL

A1

URST

V25

FOSO [ 1 ]

CS# [ 3 ]

VSCK

DV33

L12

FB,0805

TP15 JITFN1

R115

1K

TP17 TRSO1

S

TB

A13

TP13 LPFOP1

C22

15p

A6

PWMOUT2

TP3 XTALI

1

AV33

Q

4

A17

HSYN

TEO

ASDAT[0..2]

TRSO

+

C33

10UF

C49 1000pF

C100100pF

ASPDIF [ 4 ]

A4

SPMCK

SW-B [ 4 ]

A

9

RDS-CLK

TP5RFDTSLVP 1

C34 1000pF

RESET# [ 4 ]

AD[0..7]

RESET#

FS

FLASH

FMSO [ 1 ]

V2P8 [ 1 ]

SDEN

Y2

C110

100pF

RFRP

A12

Q

7

BDO

SW-B

TP20 FMSO1

R27 100k

R120 33

URST

TU_STEREO

+

C43

10UF

C88

100p

ASPDIF

S

#

Q

15

SW-A

GND

C107100pF

FMSO

GND

BA[0..1] [ 3 ]

GND

RGB_SWITCH

L11

FB,0805

C78100pF

SW-A [ 4 ]

Y3

D3

1N4148

VIDEO INTERFACE

S33

A

11

TP9RFOP 1

R112 33

U3D

74HC04

9 8

147

PWMOUT2 [ 1 ]

CB59

0.1uF

RFOP [ 1 ]

RFL [ 1 ]

XTALI

VOL3

SPDATA

+

C42

10UF

R29 100k

A10

V1P4

ASDAT2

CB48

0.1uF

C4

2.2UF

INT

DQM0

DACV33C

URST

BA1

CSO

GND

RGB_SWITCH

VSTB

GND

RFRPC

DACV33A

TP14 JITFO1

R12233

TP16 FOSO1

RFRP [ 1 ]

R105 33

TU_STEREO [ 4 ]

AD2

U6

MT1379E

SMD LQFP-216

53

54

55

56

57

58

59

60

61

62

63

64

65

66

67

68

69

70

71

72

73

74

75

76

77

78

79

80

81

82

83

84

85

86

87

88

89

90

91

92

93

94

95

96

97

98

99

100

101

102

103

104

216

215

214

205

204

213

202

201

200

199

198

197

196

195

194

193

192

191

190

189

188

187

186

185

184

183

182

181

180

179

178

177

176

175

174

173

172

171

170

169

168

167

166

165

164

163

162

161

160

159

158

157

156

155

154

153

152

151

150

149

148

147

146

145

144

143

142

141

140

139

138

137

136

135

134

133

132

131

130

129

128

127

126

125

124

123

122

121

120

119

118

117

116

115

114

113

112

111

110

109

108

107

106

105

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

203

206

207

208

209

210

211

212

IOA20

APLLVSS

APLLVDD3

ALE

IOOE#

IOWR#

IOCS#

DVSS

UP1_2

UP1_3

UP1_4

UP1_5

UP1_6

DVDD3

UP1_7

UP3_0

UP3_1

INT0#

IR

DVDD2

UP3_4

UP3_5

UWR#

URD#

DVSS

RD7

RD6

RD5

RD4

DVDD2

RD3

RD2

RD1

RD0

RWE#

CAS#

RAS#

RCS#

BA0

DVSS

RD15

RD14

RD13

RD12

DVDD3

RD11

RD10

RD9

RD8

DVSS

CLK

CLE

RFIP

RFIN

RFDTSLVN

FEI

CSO

RFDTSLVP

TEZISLV

RFSUBI

ADIN

ADCVSS

BDO

SLCK

SDEN

SDATA

WOBSI

UDGATE

DVDD3

IDGATE

VFO13

DVSS

PRST

XTALI

XTALO

DVDD3

SPBCK

SPLRCK

DVDD2

SPDATA

SPMCLK

HSYN

DVSS

YUV7

VSYN

BLANK#

ICE

YUV6/R

YUV5/B

DACVSSA

YUV4/G

DACVDDA

YUV3/CVBS

DACVSSB

YUV2/Y

DACVDDB

YUV1/C

DACVSSC

YUV0/CIN

FS

VREF

DACVDDC

ASDATA4

ASDATA3

ASDATA2

ASDATA1

ASDATA0

SPDIF

MC_DATA

ACLK

DVDD3

ALRCK

ABCK

RD16

RD17

DVSS

RD18

RD19

RD20

RD21

DVDD2

RD22

RD23

DQM2

DQM3

DVSS

RD24

RD25

RD26

RD27

DVDD3

RD28

RD29

RD30

RD31

DVSS

RA3

RA2

RA1

RA0

DVDD2

RA10

BA1

DQM0

DQM1

DVSS

RA4

RA5

RA6

DVDD3

RA7

DMVSS

DMVDD3

RA8

RA9

RA11

IREF

PLLVSS

LPIOP

LPION

LPFON

LPFIP

LPFIN

LPFOP

JITFO

JITFN

PLLVDD3

FOO

TRO

TROPENPWM

PWMOUT1

PWMOUT2

DVDD2

DMO

FMO

DVSS

FG

HIGHA0

HIGHA1

HIGHA2

HIGHA3

HIGHA4

HIGHA5

DVSS

HIGHA6

HIGHA7

AD7

AD6

AD5

AD4

DVDD3

AD3

AD2

AD1

AD0

IOA0

IOA1

DVDD2

IOA2

IOA3

IOA4

IOA5

IOA6

IOA7

A16

A17

IOA18

IOA19

TEI

RFLEVEL

RFRP_DC

RFRP_AC

HRFZC

PWMVREF

PWM2VREF

ADCVDD3

R40 1K

TROPEN

R10118k

S33

DCKE [ 3 ]

TRSO [ 1 ]

FOSO

INT

R16

20k

CB36

0.1uF

TP2 HTRC

1

Q

2

AV33

DMSO

V25

R12533

C97

100p

C55100pF

BA[0..1]

SCL

ADIN [ 1 ]

A2

R

C

LK

V2P8

CB56

0.1uF

PLL_CE [ 4 ]

ADIN

Q

5

V25

C

E#

MA7

DACV33B

Y1 C27MHz

1 2

R90 33

CB74

0.1uF

FS0

GND

DQ[0..15] [ 3 ]

MA[0..11] [ 3 ]

A

S#

AD5

CB38

0.1uF

TP19 DMSO1

TP6 ADIN

1

MT1379_216

CAS# [ 3 ]

RFON

SDATA

DACV33A

S33

A19

LINE-IN

XI

WE#

MUTE_DAC

Q

9

DQM1

CB62

0.1uF

R47

390

MA4

V25

GND

SPMCK

R4315k

ABCK [ 4 ]

Y0

RDS-DATA

+

C51

10UF

L13

FB,0805

CB43

0.1uF

TU_DATIN [ 4 ]

A

8

SCLK

A

S#

FEO

MA0

R111

1K TxD

SDEN [ 1 ]

HTRC [ 1 ]

DQM[0..3] [ 3 ]

SDATA

AD4

R124.7K

J4

4 HEADER

1

2

3

4

TEO [ 1 ]

Y4

IR

DACV33C

A9

AD3

PLL-CLK

CB39

0.1uF

CB40

0.1uF

R28 10

CB72

0.1uF

TEO

SCLK [ 1 ]

SCL

MA5

R10320k

Decode board elements diagram 2

17

Decode board elements diagram 3

CAS#

FCE#

BA0

RDQM0

DMA5

RDQ7

DMA3

WE#[ 3 ]

MA[0..11]

RDQ11

A7

A14

FLASH_VCC

PCE#[ 2 ]

SDA DMA3

FWR#

DMA0

PWR#[ 2 ]

DQ4

RDQ10

DQ0

DMA2

A3

RDQ0

DMA7

A[0..19][ 2 ]

SCL

SDA

RDQ4

RDQ3

AD7

DWE#

SDCKE

A16

S3.3V

AD[0..7]

MA2

AD5

AD0

DQ7

DMA5

DRAS#

DQM[0..3]

DQ[0..15]

DCLK

MA11

DQ2

WE#

RDQ7

DBA1

RDQ15

RDQ9

+

C109

47u

RDQ5

RDQ8

DMA9

S33

RDQ5

DMA11

A5

A19

L16

FB / 0805 DQ9

RDQ2

DMA10

FLASH_VCC

AD6

RDQ14

S33

BA[0..1]

BA1

DMA6

DQ8

MA9

DQ5

MA5

SDCLK

DWE#

FCE#

A10 L14

FB / 0805

DQ3

RDQ2

DMA8

CB81

0.1u

+

C106

47u

DQM1

DQ1

RDQ9

MA1

8M Flash

PWR#

U14

EEPROM 24C02, ST-SO8

1

2

3

4

5

6

7

8NC

NC

GND

SDA

SCL

WP

VCC

AD1

AD3

DMA1

CB80

0.1u

RAS#

RDQM1

DQM2

DMA11

R97 33

RDQ3

DMA1

A18

AD4 L15

FB / 0805

CB61

0.1u

+

C73

47u

RDQ1

RAS#

A15

FRD#

DCKE

A13

DCS#

CB69

0.1u

+5V

RDQ1

R123

10K

RDQ4

CB83

0.1u

RDQ15

PRD#

DQ13

RDQM2

R104 33

DQ10

MA7

DRAS#

CB77

0.1u

CB75

0.1u

SDCKE

PRD#

DMA9

CB76

0.1u

RN1 33x4

1 2

3 4

5 6

7 8

A[0..19]

DMA7

DMA8

RDQ10

DCLK

AD2

U15

SDRAM 1Mx16x4

1

2

4

12

5

7

9

8

10

46

11

13

15

16

17

18

19

35

22

23

24

25

26

14

41

29

30

31

32

33

34

36

37

38

39

40

43

42

44

52

45

47

49

48

50

51

53

54

20

21

3

6

27

28

VCC

DQ0

DQ1

VSSQ

DQ2

DQ3

VCCQ

DQ4

DQ5

VSSQ

DQ6

DQ7

DQML

WE

CAS

RAS

CS

A11

A10/AP

A0

A1

A2

A3

VCC

VSS

A4

A5

A6

A7

A8

A9

NC

CKE

CLK

DQMH

NC

VCCQ

DQ8

DQ9

VSSQ

DQ10

DQ11

VCCQ

DQ12

DQ13

DQ14

DQ15

VSS

BA0/A13

BA1/A12

VCCQ

VSSQ

VCC

VSS

U12

MX29F800T(TSOP-48)

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24 25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

A15

A14

A13

A12

A11

A10

A9

A8

NC1

NC2

WE

RESET

NC3

NC4

RYBY

A18

A17

A7

A6

A5

A4

A3

A2

A1 A0

CE

VSS1

OE

DQ0

DQ8

DQ1

DQ9

DQ2

DQ10

DQ3

DQ11

VCC

DQ4

DQ12

DQ5

DQ13

DQ6

DQ14

DQ7

DQ15/A-1

VSS2

BYTE

A16

SD3.3V DCAS#

A0

SCL

A17

FLASH_VCC

RDQ6

CS#

FWR#

RDQ11

DBA1

SDA[ 2 ]

CS#

DQ12

DCS#

SDCLK

A2

A8

A6

RDQ13

DQ15

FRD#

DQ14 RDQ13

MA8

MA0

DBA0

RDQM0

DCKE[ 2 ]

54-Pin TSOPII(400mil x 875mil)

DQM3

DCAS# SD33

DQ6

BA[0..1][ 2 ]

RDQ12

DMA0

RDQ8

DQM[0..3][ 2 ]

RDQM3

DCKE

DMA2

CAS#[ 3 ]

CS#[ 3 ]

SD3.3V

A11

DQ11

DMA4

RDQ6

AD[0..7][ 2 ]

DMA10

SCL[ 2 ]

PCE#

A4

A1

RDQM1

DBA0

MA6

DQM0

WE#

DMA4

CAS#

RDQ0

RDQ12

DQ[0..15][ 2 ]

PCE#

MA[0..11][ 2 ]

MA3

RAS#[ 3 ]

PWR#

A12

RDQ14

MA4

PRD#[ 2 ]

SD33

DCLK[ 2 ]

DMA6

MA10

A9

EliteMT M12L64164A-5T

18

A_MUTE[ 2 ]

INT[ 2 ]

+12V

D5

5.1V

R70

10K

+5VB

+

C104

10UF

+A5V

SL

R49

15k

+12VA

TUDAT_OUT

RESET#

R41

5.1k

+12V

+

C5

100u

S33

3904 / 3906

GND

only MTK1336E-C

DAC_LEF

TUVCC

COA

+

-

U5B

NJM4558

5

67

8 4

R13

33

RESET#

SW-B

+

C79

10UF

C59

2000p

CB89

0.1u

+

C11

47u

R99

10k

-12VA

DAC_FL

RESET#[ 2 ]

DAC_FL

ML

CB79

0.1uF

D4

5.1V

SPBCLK

Y1

D17

4148

CB20

0.1u

R84

10K

E

Y[0..7]

C65

2000p

D10

4148

LINE_IN[ 2 ]

SDAT2

TU-L

ABCK

J7

3

2

1

L19

R61 33

CB84

0.1u

-12VA

ADOUT

RDS_DATA

U1A

1117/3.3V

3

1

2

VI

GND

VO

CB49

0.1u

+

C90

10UF

+5VD

R56

10K CB17

0.1u

CB60

0.1UF

-12VA

RGB_SWITCH[ 2 ]

SACLK

-12V

C83

220p

L6

+

C93

10u

R18

4.7K

SOP8

+5V

SBCLK

AUX_L

GND

D11

4148

R72

10k

CEN

+

-

U7A

NJM4558

3

21

8 4

+

C30

100u

+12V

Y5

+12V

+

C75

47UF

-12V

TU-R

MUTE

only MTK1336E

DAC_FR

SPMCK

D8

4148

C71

220p

-12VA

SLRCK

Y[0..7][ 2 ]

+12VA

R19 2.2k

+

C101

10u

SPLRCK

R66 33

+

-

U5A

NJM4558

3

21

8 4

CB86

0.1u

ASPDIF[ 2 ]

SPMCK [ 2 ]

L10

10/0805

D2

6.8V

+

-

U9B

NJM4558

5

67

8 4

C96

33p

SPBCLK

+12VA

D15

4148

C

RDS_LATCH

SR

R121

12k

SCL

C66

220p

CB50

0.1u

R128

1.2k

R17

2.2k

FR

+

C44

100U

+

C45

10u

L3

FB,0805

S33

FSO

OPT

+

C24

100u

C116

4.7nF

R_OUT

SOP8

+A5V

-12V

SCL

+

C61

100U

SR

R48

10k

+

C29

100u

RGB_SWITCH[ 3 ]

SDA

16:9

-12V

R113

10k

R77

10K

D7

4148

SACLK

SPDATA

AUX_R

SPDIF_OUT

R110

12k

C63

220p

R73

15k

R100

5.1k

CB57

104

RESET#

SDA[ 2 ]

DAC_SR

R_OUT

+

-

U9A

NJM4558

3

21

8 4

CB58

0.1uF

R91

15k

CB23

0.1u

+12V

SPLRCK

SL

C69

2000p

+12

FS0[ 2 ]

+

-

U11A

NJM4558

3

21

8 4

ACLK

S_RGB

CB85

0.1u

+

C94

10UF

CB4

0.1u

PLL_CE

U13

CD4052

1

2

3

4

5

6

7

8 9

10

11

12

13

14

15

16

X0

X2

O/IY

X3

X1

INH

VEE

VSS B

A

Y3

Y0

O/IX

Y1

Y2

VCC

R44

10K

DAC_SR

SDA

D6

4148

+

C23

47u

CB78

0.1uF

R119

10k

SOP8

AV33

SPMCK

R79

10k

CB64

0.1u

SOP8

+12VA

SDAT0

SDA

EMPH

+

C112

47u

L8

FB,0805

R135

10k

R116

100K

R68

5.1k

CB87

0.1uF

CB1

0.1u

J6

14P

1

2

3

4

5

6

7

8

9

10

11

12

13

14

DAC_CEN

RGB_SWITCH

-12VA

ASDAT1

TUNED

L9

10/0805

D13

4148

CB91

0.1u

RFVCC

R3

4.7k

+

C82

10u FL

R54 33

SOP8

SW_B[ 2 ]

+12V

SLRCK

+

-

U7B

NJM4558

5

67

8 4

+

C62

10u

Q6

3906

DAC_LEF

-5VB

D9

4148

CB63

0.1u

A-12V A+12V

SBCLK

R124

100K

R20

1K

SPDATA [ 2 ]

+

C57

10u

DAC_SL

AUX-L

LEF

CB82

0.1uF

D14

4148

CEN

C103

33p

D16

4148

R63

10k

SPBCLK [ 2 ]

R50 33

SOP8

R75

15k

R25

1k

TU-R

D12

4148

U8

AV2188

1

2

3

4

5

6

7

8

9

10

11

12

13

14 15

16

17

18

19

20

21

22

23

24

25

26

27

28

SD1

SD2

SD3

SDOUT

SBCLK

SLRCK

DGND1

DVDD

DGND2

XCLK

SCL

SDA

TST

RST NC

LIN

RIN

AGND1

CM1

AVDD

CM2

AGND2

AL1

AR1

AL2

AR2

AL3

AR3

SDAT2

16:9

/CS

+

C16

100u

CB90

0.1u

+

C108

100U

R51

15k

C58

220p

-12V

ADOUT

+

C27

100u

R82

5.1k

C54

2000p

U16

CS8415

1

2

3

4

5

6

7

8

9

10

11

12

13

14 15

16

17

18

19

20

21

22

23

24

25

26

27

28

SDA/CDO

AD0/CS

EMPH

RXP0

RXN0

VA+

AGND

FILT

RES

RMCK

RERR

RXP1

RXP2

RXP3 RXP4

OSCLK

OLRCK

SDOUT

INT

U

OMCK

DGND

VL+

H/S

RXP5

RXP6

AD1/CDIN

SCL/CCLK

V25

AUX-R

SOP8

ALRCK

SW_A

CB54

0.1UF

R26

1k

SOT223

FS0[ 3 ]

SW-A

+

C99

10UF

+

C115

10UF

+

C70

10u

CB41

0.1u

TUVCC

R32

10k

L_OUT

U1 1117/3.3V

3

1

2

VI

GND

VO

C36

2000p

+5VD

SCL[ 2 ]

TUDAT-IN

GND

Y6

SCL

MR

C46

220p

+A5V

INT

S_RGB

CB28

0.1u

R64

5.1k

+

-

U11B

NJM4558

5

67

8 4

STBY[ 2 ]

Y2

CB73

0.1u

L17

FB,0805

+12VAINT

R87

10k

Q7

3904

+5V

SDAT1

DAC_FR

STB

SW_A[ 2 ]

Y3

L_OUT

DAC_CEN

R94

10K

R80

5.1k

-12V

TU_L

R130

10k

SDAT0

STERED

CB27

0.1u

+

C74

47UF

J1

40P

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

Y4

D1

1N4001,DIP

L18

FB,0805

SDAT1

STBY

CDIN

R62 33

CB45

0.1u

+12VAASDAT2

SW_B

B

TO-220

MUTE

SPDATA

S3.3V

ASDAT0

R30

10k

R88

15k

SPLRCK [ 2 ]

DAC_SL

LEF

+

C64

10u

SPDIF

PLL_CLK

RDS_CLK

R55 33

-12VA

+12V

R133

10k

R129

10k

+5V

C80

2000p

Decode board elements diagram 4

19

Output board elements diagram 1

20

Output board elements diagram 2

21

Akai DV-R4015VSS User manual

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