Sherwood RD-8504, R-774 Service manual

RD-8504/R-774

AUDIO/VIDEO RECEIVER

SAFETY PRECAUTIONS......................................... 2

SPECIFICATIONS.................................................... 3

TUNER SECTION.................................................... 9

ALIGNMENT PROCEDURES.................................. 11

BLOCK DIAGRAM................................................... 12

WIRING DIAGRAM................................................. 13

CIRCUIT DESCRIPTION........................................ 14

TROUBLESHOOTING............................................ 33

MECHANICAL PARTS LIST.................................... 36

EXPLODED VIEW................................................... 38

ELECTRICAL PARTS LIST...................................... 39

PRINTED CIRCUIT BOARDS................................. 59

SCHEMATIC DIAGRAMS........................................ 68

5737-04602-001-0

SAFETY PRECAUTIONS

WARNING

Before servicing this unit, familiarize yourself with the following precautions:

1. Many electrical and mechanical parts in this chassis have special safety characteristics that often pass unnoticed and the protection afforded by them cannot necess a r ily be o btain e d by usi n g repl a c ement components rated for higher voltage, wattage, etc. Replacement parts that have these special safety characteristics are identified in this manual and its supplements: electrical components having such feature s are iden t i fied by in the s c h ematic diagram and the parts list.

Before replacing any of these components, read the part s l i st i n t his man u al c are f ull y . T he u se of substitute replacement parts that do not have the same safety characteristics as specified in the parts list may create shock, fire, or other hazards.

2. Before returning the set to the customer, always do an AC leakage current check on the exposed metal

parts of the cabinet, such as terminals, screw heads, and metal overlays, to be sure the set is safe to operate danger of electrical shock. Plug the AC line cord directly into a 120 V AC outlet(USA Version) or 230 V AC outlet(EU Version). (Do not use a line isolation transformer during this check.) Be sure your AC voltmeter has a sensitivity of 5000 Ω per volt or greater. Then connect a 1500 Ω 10 watt resistor, paralleled by a 0.15 µF 150 V AC capacitor, between a known good earth ground(such as a water pipe, or conduct) and the exposed metallic parts, one at a time. Measure the AC voltage across the combination of a 1500 Ω resistor and a 0.15 µF capacitor. Reverse the AC plug at the AC outlet and repeat AC voltage measu r ement s for e a ch ex p o sed m e talic p art. Voltage measured must not exceed 0.75 V RMS. This corresponds to 0.2 mA AC. Any value exceeding this limit constitutes a potential shock hazard and must be corrected immediately.

2

SPECIFICATIONS

Measuring methods are based on IHF and IEC standard 268-3 Measurements conditions,unless otherwise noted :

Output resistive load = (6) ohms / Both channel driven Tone Direct ON , Other SW's : OFF Nominal input level : 5mV for MM, 0.5mV for MC, 500mV for general purpose inputs Power figures should be kept minimum 10min. between 15 and 35 Terminator : 100ohm for MC, 1kohm for MM and general purpose inputs Filter : IHF-A filter,

R/O = Rated Output

Power supply : 120V/60HZ (A), 230V/50HZ (G)

FRONT AMP SECTION

*SPKR LEVEL: ALL 0dB *SPK SIZE: YES *EXT IN INPUT *TONE OFF *X-OVER: FULL RANGE

NO

DESCRIPTION INPUT FREQ. REMARK UNIT LIMIT L/R

NOMINAL

L/R

1 INPUT SENSITIVITY EXT IN INPUT 1kHz R/O mV 300±50 300±30

2 TOTAL HARMONIC DISTORTION EXT IN INPUT 40Hz R/O-3dB %

0.12 0.08

%Bd3-O/RzHk1)NI OERETS(

0.12 0.08

20kHz R/O-3dB %

0.2 0.12

3 CONTINUOUS AVERAGE POWER EXT IN INPUT 40Hz 6ohms W 85 90

zHk1DHT %1 ta

W 95 100

kHz02

)NI OERETS(

W 85 90

4 S/N RATIO, INPUT SHORT EXT IN INPUT 1kHz R/O dB

85 90

IHF-A FILTER

5 FREQUENCY RESPONSE (-3dB) EXT IN INPUT 1W/1kHz Ref. Hz~kHz

20~50 20~55

NO

DESCRIPTION INPUT FREQ. REMARK UNIT LIMIT L/R

NOMINAL

L/R

1 INPUT SENSITIVITY EXT IN INPUT 1kHz R/O mV 300±50 300±30

2 TOTAL HARMONIC DISTORTION EXT IN INPUT 40Hz R/O-3dB %

0.12 0.08

%Bd3-O/RzHk1)NI OERETS(

0.12 0.08

20kHz R/O-3dB %

0.2 0.12

3 CONTINUOUS AVERAGE POWER EXT IN INPUT 40Hz 6ohms W 85 90

zHk1DHT %1 ta

W 95 100

kHz02

)NI OERETS(

W 85 90

4 S/N RATIO, INPUT SHORT EXT IN INPUT 1kHz R/O dB

85 90

IHF-A FILTER

5 FREQUENCY RESPONSE (-3dB) EXT IN INPUT 1W/1kHz Ref. Hz~kHz

20~50 20~55

NO

DESCRIPTION INPUT FREQ. REMARK UNIT LIMIT L/R

NOMINAL

L/R

1 INPUT SENSITIVITY EXT IN INPUT 1kHz R/O mV 300±50 300±30

2 TOTAL HARMONIC DISTORTION EXT IN INPUT 40Hz R/O-3dB %

0.12 0.08

%Bd3-O/RzHk1)NI OERETS(

0.12 0.08

20kHz R/O-3dB %

0.3 0.2

3 CONTINUOUS AVERAGE POWER EXT IN INPUT 40Hz 6ohms W 85 90

zHk1DHT %1 ta

W 95 100

kHz02

)NI OERETS(

W 85 90

4 S/N RATIO, INPUT SHORT EXT IN INPUT 1kHz R/O dB

85 90

IHF-A FILTER

5 FREQUENCY RESPONSE (-3dB) EXT IN INPUT 1W/1kHz Ref. Hz~kHz 20~50 20~55

CENTER AMP SECTION (FRONT CENTER)

*SPKR LEVEL: ALL 0dB *SPK SIZE: YES *EXT IN INPUT *TONE OFF *X-OVER: FULL RANGE

SURROUND AMP SECTION

3

SURROUND BACK AMP SECTION

*SPKR LEVEL: ALL 0dB *SPK SIZE: YES

*EXT IN INPUT *TONE OFF *X-OVER: FULL RANGE

*SPKR LEVEL: ALL 0dB *SPK SIZE: YES

*EXT IN INPUT *TONE OFF *X-OVER: FULL RANGE

*SPKR LEVEL: ALL 0dB *SPK SIZE: YES

*EXT IN INPUT *TONE OFF(TONE DIRECT) *X-OVER: FULL RANGE

SUBWOOFER SECTION

NOITCES OERETS

03±00305±003VmzHk1DC YTIVITISNES TUPNI1

2 CHANNEL BALANCE CD 1kHz R/O TO -40dB dB ±3 ±2

Vm.nim LOVzHk1 ESION LAUDISER3

2.0 1.5

Vm.xam LOVzHk1)TROHS TUPNI(

4 TOTAL HARMONIC DISTORTION 40Hz R/O-3dB %

0.12 0.08

CD(300mV) 1kHz

%

0.12 0.08

kHz02

%

0.2 0.12

5 CONTINUOUS AVERAGE POWER 40Hz 6ohms W 85 90

zHk1DCDHT %1 ta

W 95 100

kHz20

W 85 90

BdO/RzHk1RETLIF A-FHI,OITAR N/S6

85 90

BdBd3-O/RzH001NOITARAPES LENNAHC7

50 65

zHk1)Vm003(DC

dB

55 65

zHk01

dB

40 50

8 FUNCTION CROSSTALK

CD

TAPE IN

1kHz

dB

60 65

zHk01)TROHS TUPNI(

dB

40 45

9 FREQUENCY RESPONSE (-3dB) CD(300mV) 1W Hz~kHz 20~50 20~55

)2±(01±)3±(01±BdW1zH001Bd)01(± , LORTNOC ENOT01

zHk01)NO ENOT(

dB ±10(±3) ±10(±2)

11 HEADPHONE OUTPUT(STEREO) CD(300mV) 1kHz R/O V 3.0±1.0 3.0±0.5

H/P = 64ohms

12

CINEMA EQ (SPK: ALL YES, X-OVER:FULL RANGE)

CD(300mV) 10kHz 1W dB -4.5±1.5 -4.5±1

CD

CD(300mV)

CD

N

O

DESCRIPTION INPUT FREQ. REMARK UNIT LIMIT L/R

NOMINAL

L/R

1 INPUT SENSITIVITY EXT IN INPUT 1kHz R/O mV 300±50 300±30

2 TOTAL HARMONIC DISTORTION EXT IN INPUT 40Hz R/O-3dB %

0.12 0.08

%Bd3-O/RzHk1)NI OERETS(

0.12 0.08

20kHz R/O-3dB %

0.3 0.2

3 CONTINUOUS AVERAGE POWER EXT IN INPUT 40Hz 6ohms W 85 90

zHk1DHT %1 ta

W 95 100

kHz02

)NI OERETS(

W 85 90

4 S/N RATIO, INPUT SHORT EXT IN INPUT 1kHz R/O dB

85 90

IHF-A FILTER

5 FREQUENCY RESPONSE (-3dB) EXT IN INPUT 1W/1kHz Ref. Hz~kHz 20~50 20~55

NO

DESCRIPTION INPUT FREQ. REMARK UNIT LIMIT L/R

NOMINAL

L/R

NO

DESCRIPTION INPUT FREQ. REMARK UNIT LIMIT L/R

NOMINAL

L/R

1 PRE OUTPUT LEVEL SUB-CH(300mV) 30Hz VOL max. V 3.5±1.0 3.5±0.5

4

IDLE VOLTAG *SPKR LEVEL:ALL 0dB *SPK SIZE:LLLY*EXT. IN

*TONE OFF(TONE DIRECT), *VOL : 60*TEST B'D : AMP

*TEST POINT : R221(FL,FR,SL,SR,C,SBL,SBR) BOTH SIDES VOLTAGE(DC)

7.0±7.25.0±7.2VmLF122R--LF1

7.0±7.25.0±7.2VmRF122R--RF2

7.0±7.25.0±7.2VmLS122R--LS3

7.0±7.25.0±7.2VmRS122R--RS4

7.0±7.25.0±7.2VmC122R--C5

7.0±7.25.0±7.2VmLBS122R--LBS6

7.0±7.25.0±7.2VmRBS422R--RBS7

Sirius(U.S.A Only) SECTION

- INPUT : SIRIUS ANT

-

- SIRIUS PRODUCT MODE: AUDIO ASSIGN+POWER ON SPK(FL/FR) OUT , SIRIUS FUNCTION

SUIRISLEVEL TUP TUO1

1 kHz

kHz

Vrms

%

dB

1kHz, 0dB

7±0.5 7±0.8

MASTER VOL.: MAX

SUIRISD.H.T2

1

R/O-3dB

0.1 0.12

1kHz, 0dB

SUIRIS ,OITAR N/S3

1 70 65

1kHz, -20dB

1KHz ON(REF) -> OFF

MASTER VOL.: MAX

IHF-A FILTER

NO

DESCRIPTION INPUT FREQ. REMARK UNIT LIMIT L/R

NOMINAL

L/R

NO

DESCRIPTION INPUT FREQ. REMARK UNIT

NOMI. LIMIT

SPEC

5

DOLBY DIGITAL INPUT SECTION

- INPUT : COAXIAL (CD DIGITAL)

- SURROUND MODE : DOLBY DIGITAL

- VOLUME POSISTION : 55dB

- CONFIG1:SPK YES BACK-NO/X-OVER:ALL 80HZ

- CONFIG2:SPK YES /SUBWOOFER,BACK-NO/X-OVER:FRONT FULL RANGE,OTHERS 80HZ

- AT SPEAKER OUT Disc : LD VER 1.0

2

±5.91±5.9V21, 8

zH

k

1TNORFLEVEL TUP TUO

2±5.91±5.9V01

zH

k1RETNECBd0 HC llA csiD

SPK MODE:YES,BACK-NO SURR 1kHz 14,16 V 9.5±1 9.5±2

X-OVER:ALL FULL RANGE S/W 30Hz 18 V 1.0±0.5 1.0±0.8

83

zH

k1TNORFD.H.T

0.3 0.5

Disc 0dB LPF(20KHZ) CENTER 1kHz 38

0.3 0.5

SPK MODE:YES,BACK-NO SURR 1kHz 38

0.3 0.5

X-OVER:ALL FULL RANGE S/W 30Hz 18

0.25 0.3

Bd 6zHk1TNORFN/S

65 60

Bd 6zHk1RETNEC)zHK02(FPL3

65 60

JIS-A FILTER,Disc -20dB SURR 1kHz 6 dB

65 60

SPK MODE:YES,BACK-NO S/W 30Hz 18 dB

65 60

DYNAMIC RANGE FRONT 1kHz 38 dB -11±1 -11±2

CENTER 1kHz 38 dB -11±1 -11±2

SURR 1kHz 38 dB -11±1 -11±2

S/W 30Hz 18 dB 0±1 0±2

1±01-5.0±01-Bd34TNORF GOLAID

5

NORMALIZATION CENTER 43 dB -10±0.5 -10±1

SURR 43 dB -10±0.5 -10±1

1±01-5.0±01-Bd34W/S

)fer(83zHk1TNORF1 GIFNOC

02Bd0 zHK1 : feR

6

CENTER 1kHz 38(ref)

20

SURR 1kHz 38(ref)

20

)fer(81zH03W/SBd0 zH03 : feR

22

)fer(83zHk1TNORF2 GIFNOC

7

18

DOWNMIXING TEST CENTER 1kHz 10(ref)

ON>-CSEY:KPS

X-OVER:FULL RANGE SURR.L 1kHz 14

LS->NO

SURR.R 1kHz 16

RS->NO

FRONT 1kHz 6(ref)

ST:ON

-17±3

6.0±2

dB 7.5±1

dB

5.5±1

dB

1

2

4

8

-17±1dB

-17±1

dB -3±0.5

6.0±1

7.5±2

-3±1

dB -3±0.5 -3±1

5.5±2

NO

DESCRIPTION INPUT FREQ. CHAP UNIT

NOMI. LIMIT

SPEC

6

DOLBY-EX INPUT SECTION

- INPUT : COAXIAL, CD DIGITAL

- SURROUND MODE : DOLBY-EX

- VOLUME POSISTION : 55dB

- AT SPEAKER OUT SPK MODE YES,BACK-YES DOLBY-EX TEST Disc(TRACK 7)

CB

LEVEL TUP TUO

1

2

7 mV 700±70 700±100

Disc : DOLBY-EX -23dB

YES,BACK - L

2CH

71kHz

1kHz

CB

D.H.T

0

.3

Disc : DOLBY-EX -23dB

LPF(20KHz)

SPK:YES,BACK - 2CH

CB

N/S

3

STOP dB

65 60

Disc 0dB,JIS "A"

LPF(20KHz)

DTS INPUT SECTION

- INPUT : COAXIAL, CD DIGITAL

- SURROUND MODE : DTS

- VOLUME POSISTION : 55dB

- AT SPEAKER OUT SPK MODE YES BACK-N DTS TEST Disc(TRACK 9,10,11,12,13,14,15)

TNORFLEVEL TUP TUO1

1kHz

10,11 V 10±1 10±2

RETNECBd0 STD : csiD 14 V 10±1 10±2

SPK MODE:YES,BACK-NO SURR 12,13 V 10±1 10±2

X-OVER:ALL FULL RANGE S/W 15 V 1.0±0.6 1.0±0.8

TNORF)ZHK02(FPL DHT2 10,11

0.3 0.5

RETNEC

Bd0 STD : csiD

14

0.3 0.5

SPK MODE:YES,BACK-NO SURR 12,13

0.3 0.5

X-OVER:ALL FULL RANGE S/W

30Hz

15

0.3 0.5

TNORF N/S3 10,11 dB

65 60

RETNEC"A" SIJ,Bd0 csiD 14 dB

65 60

RRUS)zHK02(FPL 12,13 dB

65 60

W/SN-KCAB,SEY 15 dB

65 60

TNORF6OEN+STD

4

9 V 1.0±0.2 1.0±0.4

RETNECLEVEL TUPTUO 9 V 1.0±0.2 1.0±0.4

Disc:ALL CH(1KHz,-20dB) SURR 9 mV 75±20 75±30

YES,BACK-Y (L 2CH) S-BACK

V 1.0±0.2 1.0±0.4

NO

DESCRIPTION INPUT FREQ. TRACK UNIT

NOMI. LIMIT

SPEC

NO

DESCRIPTION INPUT FREQ. TRACK UNIT

NOMI. LIMIT

SPEC

7

VIDEO SECTION

- Load : Video output 75 ohm

- TEST INSTRUMENT : SCOPE,VN30A1

- DISC : TDV - 540 TEST DISC (ABEX)

- MEASUREMENT POSITION : AT MONITOR OUT

OUTPUT : C-VIDEO

p-pVOEDIV-C%001 ETIHW

1

1±0.4 1±0.2

2

HPF 100kHz

LPF 4.2MHz

SC Trap ON

Color S/N (

VN30A1)

HPF 10khz

*ALC:OFF LPF 500kHz

*RANGE:AUTO

*BOTH

OUTPUT : S-VIDEO

p-pV%001 ETIHW1

1±0.4 1±0.2

2

OUTPUT : COMPONENT

WHITE 100%

Y Vp-p 1±0.4 1±0.2

R-Y Vp-p 0.5±0.2 0.5±0.1

B-Y Vp-p 0.5±0.2 0.5±0.1

(3) INPUT:COMPONENT

1 OUTPUT LEVEL

Color Bar Play (Title

2,Chap 1)

C-VIDEO mVp-p 282±100 282±80

(2) INPUT : S-VIDEO

OUTPUT LEVEL

BURST LEVEL

Color Bar Play (Title

2,Chap 1)

45

MAGENTA TITLE2

CHAP.17

AM dB

40

PM

Brightness S/N

(VN30A1)

dB

40 45

(1) INPUT : C-VIDEO

OUTPUT LEVEL

S/N RATIO

WHITE 50% TITLE2

CHAP.4

dB

40

NO

DESCRIPTION INPUT REMARK UNIT LIMIT NOMINAL

NO

DESCRIPTION INPUT REMARK UNIT LIMIT NOMINAL

NO

DESCRIPTION INPUT REMARK UNIT LIMIT NOMINAL

8

TUNER SECTION

FM SECTION

Measuring methods in confirmity with IEC standard 315

Measurements condition FM : Ref. frequency = ( 98.1MHz), Audio frequency = 1kHz

Reference level = 1mV

Filter = B.P.F at STEREO and MONO MOD : 75kHz(Mono) / 67.5kHz±7.5kHz(ST)

on (75ohms, 300ohms) Deviation :

Test Point:TP1 = 90.1MHz,TP2 = 98.1MHz , TP3 = 106.1MHz (100kHz STEP(A), 50kHz STEP(RDS))

zHMHGIH ~ WOLEGNAR REVOC GNINUT1

zHkLAUNAM/OTUA

P (A)

(RDS)

(A)

(RDS)

(A)

(RDS)

(A)

(RDS)

ETS

uBd1 PTYTIVITISNES ELBASU2

12 15

S/N = 30dB (A)

S/N = 26dB (RDS)

TP 2 dBu

12 15

TP 3 dBu

12 15

8±526±52uBdLEVEL POTS OTUA

3

uBdONOM

OITAR N/S4

5

6

7

8

55 50

uBdOERETS

"A" FHI

50 45

T.H.D

MONO 1kHz

0.7 1.2

STEREO 1kHz 1.0 1.5

OVER LOAD DISTORTION(120dBu,75kHz) MONO dB

2 3

STEREO SEPARATION

250Hz

dBu

30 25

(MAIN 90%,PILOT 10%)

1kHz

dBu

30 25

EXT 19KHz FILTER

6.3kHz

dBu

20 15

FREQUENCY RESPONSE(75us(A), 50us(RDS), -3dB)

TP 2 Hz 60~8k 70~7k

RDS SENSITIVITY TP 2 dBf

Bd

1 PT

NOITCEJER FI9

65 60

75 70

Bd3 PT

NOITCEJER EGAMI01

20 18

75 70

BdkHz)1 %03 MA TA( NOISSERPUS MA1131

40 35

30 35

2 PT

)ONOM(LEVEL TUPUO21

ໜrms

500±100 500±150

280±100 280±150

87.5~108

100 / 100

zHkLAUNAM/OTUA

50 / 50

NO

DESCRIPTION UNIT

NOMI. LIMIT

SPEC

9

AM SECTION

Measurements condition AM - MW : Radio. frequency = 1000/999kHz , Audio frequency = 400Hz

Reference level = (74dBu/m),(50)ohms

Modulation = ( 30 )%

Test Point : MW TP 1 = (600)kHz , TP 2 = (1000)kHz , TP 3 = (1400)kHz (A)

MW TP 1 = (594)kHz , TP 2 = (999)kHz , TP 3 = (1404)kHz (RDS)

W kHz

kHz

M HGIH~WOLE (A)

(RDS)

(A)

(RDS)

GNAR REVOC GNINUT1

LAUNAM/OTUA

WM HGIH~WOL

LAUNAM/OTUA

PETS

1 PTYTIVITISNES ELBASU2

˺63 ˺65

TP 2

˺63 ˺65

3 PTBd02 = N/S

˺63 ˺65

2 PTOITAR N/S3

˻35 ˻30

(100) dBu/m, (30 )% MOD

dBu/m, (30 )% MOD

2 PTD.H.T4

˺2 ˺3

74

2 PTNOITROTSID DAOL REVO5

˺3 ˺5

100 dBu/m ,80% MOD

K8.1~001K2~08ZHBd6-TA ESNOPSER YCNEUQERF6

(at 74dBu/m, 400Hz)-NO FILTER

2 PTYTIVITCELES7

˻23 ˻20

AT SN: 20dB, ±10kHz(A) / ±9kHz(RDS)

2 PTTIREM FO ERUGIF CGA8

˻50 ˻40

(at100dBμ/m)

3 PTNOITCEJER EGAMI9

˻28 ˻25

%FI2NOITALUDOM ELTSIHW01

11

12

131

˺10 ˺15

(74dBu/m,900kHz)

TUNED LEVEL

dBu/m

55±10 55±15

1000kHz(A) / 999kHz(RDS)

AUTO STOP LEVEL

1000kHz(A)

55±10 55±15

dBu/m

999kHz(RDS)

55±10 55±15

OUTPUT LEVEL

mV rms

200±100 200±150

74dBum, (30)% MOD

10 / 10

520~1710

9 / 9

522~1611

dB

NO

DESCRIPTION UNIT

NOMI. LIMIT

SPEC

10

1. Electrical specification

2. Electrical characteristics

3. Adjust Point

Local OSC

Frequency cover range

Standard supply voltage

FM Antenna input Impedance

AM Loop Antenna

AF Output Level

Auto Stop Level

Stereo Separation 1kHz

AF Output Level

Auto Stop Level

98.1 60

75 ohm

40

FM

47Ω Load 98.1 60

MW

47Ω Load 999 74--30 180 ±60

280±100 mV

25 ±6 dBu

1-3

1-4

NO.

9.5uH ( 1kHz ) : S0160BL-25

12.0(±0.5V)

Above the receiving Frequency

M W F M

522 ~1620kHz 87.5 ~ 108.0MHz

ITEMS

S

PECIFICATION

1-1

kHz,%dBu

TEST

CONDITION

T.P.

1-5

Adjustment

1-2

SVR01

UNITSpecification

NO

Non Adjust

98.1 --

TEST ITEMS

MOD.T.L.

999

SVR02

Non Adjust30 55 ±15

25 min dB

mV Non Adjust

dBu

SVR02

SVR01

FM STEREO SEPARATION Adj.

FM AUTO STOP LEVEL Adj.

ALIGNMENT PROCEDURES

11

BLOCK DIAGRAM

Model : RD-8504/R-774

12

POWER B’D

SPK B’D

MAIN B’D

HDMI B’D

H/P B’D

POWER SW B’D

DSP B’D

AMP B’D

FRONT B’D

WIRING DIAGRAM

Model : RD-8504/R-774

13

M16C62P : IC402

100 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81

1

80

2

79

3

78

4

77

5

76

6

75

7

74

SUB_IRQ

8

73

ABT2010_IRQ

9

72

PLL_CLK

10

71

11

70

TUNED

12

69

SUBMICOM_RST

13

68

12M

14

67

15

66

7353_SCL

16

65

S2

17

64

18

63

19

62

20

61

21

60

22

59

23

58

24

57

R2_MUTE

25

56

VIDEO_MUTE

26

55

27

54

28

53

29

O.DRAIN

52

30

O.DRAIN

51

31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

REC_MUTE

Vcc1=Vcc2=Avcc=VREF:+3V3

NJW1197_CLK

ABT2010_SDI

NJW1197_DATA

SPK_B_RLY

UPGRADE(EPM)

NJW1197_LATCH

UPGRADE(CE)

RS232 TX

ABT2010_SDO

RS232 RX

IPOD_OUT

IPOD_IN

C_RLY

S_RLY

VSS

CVBS_MUTE

S1

VCC1

XIN

SB_RLY

NMI

7353_SDA

VSS

VCC2

OSD_CLK

OSD_CE

R2_S2

R2_S1

SV_DET

OSD_DATA

FL_SW

FUNC_DOWN

VOL_UP

CVBS_DET

AVSS

SUB_DATAIN

AVCC

INPUT_UP

SUB_DATAOUT

SUB_CLK

RESET

ST/BY_RLY

CNVSS(UPGRADE)

SB_MUTE

BLUE_DET

H/P_RLY

S_MUTE

SIRIUS_TX1

F_MUTE

RF_RMC_TX

ABT2010_SCK

ABT2010_CE

R2_MUTE

SW_MUTE

SIRIUS_P/E

SIRIUS_MUTE

4053_CONT

M16C62P

PROTECTION

COMP_DET

INPUT_DN

KEY2

KEY1

POWERDOWN

VREF

FUNC_UP

DC_OUT_SW

SIRIUS_RX1

RED COLOR:These pins must be fixed.

C_MUTE

24C16_SCL

RDS_DATA

F_RLY

BYTE

ST/BY_LED

MAIN_IRQ

FL_CLK

FL_CE

RMC/IR

FL_DATA

XOUT

VOL_DOWN

SUBMICOM_PD

24C16_SDA

RDS_CLK

SV_MUTE

TUNER_DO

PLL_DATA

PLL_CE

1. Pin Description

CIRCUIT DESCRIPTION

14

2. Block Diagram

16-bit TIMER/ EVENT COUNTER 00

16-bit TIMER/ EVENT COUNTER 01

TO00/TI010/P01

T

I000/P00 (LINSEL)

RxD6/P14 (LINSEL)

TO01

Note 2

/TI011

Note 2

/P06

TI001

Note 2

/P05

TOH0/P15

TOH1/P16

TI50/TO50/P17

TI51/TO51/P33

RxD0/P11 TxD0/P10

RxD6/P14

TxD6/P13

SI10/P11

SO10/P12

SCK10/P10

8-bit TIMER H0

8-bit TIMER H1

WATCHDOG TIMER

WATCH TIMER

INTERNAL

LOW-SPEED

OSCILLATOR

SERIAL INTERFACE UART0

78K/0

CPU

CORE

BANK

SERIAL INTERFACE UART6

LINSEL

SERIAL INTERFACE CSI10

8-bit TIMER/ EVENT COUNTER 50

8-bit TIMER/ EVENT COUNTER 51

SERIAL INTERFACE IIC0

A/D CONVERTER

SERIAL INTERFACE CSI11

Notes 1. Available only in the PD78F0536, 78F0537, and 78F0537D.

2. Available only in the PD78F0534, 78F0535, 78F0536, 78F0537, and 78F0537D.

3. Available only in the PD78F0537D.

Note2

Note1

Note2

Note3

8

INTERRUPT

CONTROL

2

4

PORT 0

7

P00 to P06

PORT 1

8

P10 to P17

PORT 2

8

P20 to P27

PORT 3

4

P30 to P33

PORT 4

4

P40 to P43

PORT 5

4

P50 to P53

PORT 6

4

P60 to P63

PORT 7

8

P70 to P77

PORT 12

5

P120 to P124

PORT 13

P130

PORT 14

2

P140, P141

BUZZER OUTPUT

BUZ/P141

CLOCK OUTPUT

CONTROL

PCL/P140

KEY RETURN

8

KR0/P70 to KR7/P77

RESET CONTROL

MULTIPLIER &

DIVIDER

ON-CHIP DEBUG

SYSTEM

CONTROL

INTERNAL HIGH-SPEED OSCILLATOR

VOLTAGE

REGULATOR

POWER ON CLEAR/

LOW VOLTAGE

INDICATOR

EXLVI/P120

RESET

REGC

X1/P121 X2/EXCLK/P122 XT1/P123 XT2/EXCLKS/P124

POC/LVI

CONTROL

FLASH

MEMORY

INTERNAL

HIGH-SPEED

RAM

INTERNAL

EXPANSION

RAM

VDD,

EVDD

VSS,

EVSS

FLMD0

OCD0A

Note 3

/X1, OCD1A

Note 3

/P31

OCD0B

Note 3

/X2, OCD1B

Note 3

/P32

SI11

Note 2

/P03

SO11

Note 2

/P02

SCK11

Note 2

/P04

SSI11

Note 2

/P05

EXSCL0/P62

SDA0/P61 SCL0/P60

ANI0/P20 to

ANI7/P27

AV

REF

AVSS

RxD6/P14 (LINSEL)

INTP0/P120 (LINSEL)

INTP1/P30 to

INTP4/P33

INTP5/P16

INTP6/P140,

INTP7/P141

15

3. Pin Functions

noitpircseDlobmyS.oN niP

1

SUB_SDOUT Serial data signal Output to submicom 2 SUB_CCLK Output Clock Signal for submicom.

3 INPUT_UP Input for input function up.

5

1361CS fo elbane pihc rof tuptuOEC_LF4

51361CS rof tuptuo langis kcolCKLC_LF5

51361CS rof tuptuo langis ataDATAD_LF6

.atad nocomer rof tupnICMR7

"L" dleh si nip siht eht nehw gnol stib 61 si sub atad ehTETYB8

.ecaps yromem lanretxe ni sub atad eht sehctiwSSSVNC9

10 STBY_RLY Output to "STBY Relay ON/OFF" (At "H", it is active)

!desu toNCN11

)evitca si ti ,"L" tA(UPC eht gnitteser rof tupnITESER21

rotallicso latsyrc zHM21 rof tuptuOTUOX31

dnuorGSSV41

rotallicso latsyrc zHM21 rof tupnINIX51

1CCV61

+3.3V power supply

.tpurretni "IMN" eht rof nip tupnIIMN71

)evitca si ti ,"H" tA( "FFO/NO yaleR TNORF" ot tuptuOYLR_F81

)evitca si ti ,"H" tA( "FFO/NO yaleR dnuorruS" ot tuptuOYLR_S91

)evitca si ti ,"H" tA( "FFO/NO yaleR retneC" ot tuptuOYLR_C02

)evitca si ti ,"H" tA( "FFO/NO yaleR kcabdnuorruS" ot tuptuOYLR_BS12

22 BLUE_DET BLUETOOTH DETECT PORT.

)evitca si ti ,"H" tA( "FFO/NO yaleR enohpdaeH" ot tuptuOYLR_PH32

)evitca si ti ,"L" tA(etum lennahc dnuorrus rof tuptuOETUM_S42

25 SB_MUTE Output for surround back channel mute(At "L", it is active) 26 C_MUTE Output for center channel mute(At "L", it is active)

)evitca si ti ,"L" tA(etum lennahc tnorf rof tuptuOETUM_F72

28 DC_OUT Control for "+12V(DC) ON/OFF" (At "H", it is active)

29 SIRIUS_RX Serial data signal Input from SIRIUS.

30 SIRIUS_TX Serial data signal Output to SIRIUS.

31 RS232_TX Serial data signal Output from "ST3232E" 32 RS232_RX Serial data signal Input from "ST3232E"

33 IPOD_OUT Output control data for ipod.

.dopi morf atad lortnoc tupniNI_DOPI43

35 ABT2010_SDO Serial data signal output for ABT2010

36 ABT2010_SDI Serial data signal input from ABT2010

37 ABT2010_SCK Serial Clock signal output for ABT2010

38 ABT2010_CE Output for chip enable of ABT2010 39 ROOM2_MUTE Output for R2 mute(At "L", it is active)

40 SW_MUTE Output for subwoofer channel mute(At "L", it is active)

41 EPM UPGRADE

42 RF_RMC_TX Output data for RF remocon . 43 SPK_B__RLY Output to "Speaker B Relay ON/OFF" (At "H", it is active)

44 SIRIUS_MUTE MUTE signal output for SIRIUS.

45 SIRIUS_PE Output for power enable.

46 UPGRADE_CE UPGRADE

47 1197_LATCH Latch signal output for NJW1197.

48 1197_CLK Clock signal output for NJW1197. 49 1197_DATA Data signal output for NJW1197.

50 REC_MUTE MUTE signal output for NJW1197.

51 OSD_CE Output for chip enable of LC74781

52 OSD_CLK Clock signal output for LC74781

53 OSD_DATA Data signal output for LC74781 54 CVBS_DET Input for detecting "Composite-Video input" condition(At "L", it is active)

16

noitpircseDlobmyS.oN niP

)evitca si ti ,"L" tA(noitidnoc "tupni oediV-S" gnitceted rof tupnITED_VS55

56 VIDEO_MUTE Output for control signal of MM74HC4053.

57 R2_MUTE Output for R2 mute(At "L", it is active)

)evitca si ti ,"L" tA(noitidnoc "tupni oediV-etisopmoC" gnitceted rof tupnI1S_2R85

)evitca si ti ,"L" tA(noitidnoc "tupni oediV-S" gnitceted rof tupnI2S_2R95

60 CVBS_MUTE Input for detecting "Component Video input" condition(At "L", it is active) 61 SV_MUTE Output for COMP-VIDEO output mute(At "H", it is active)

62 VCC2 +3.3V power supply

6597AL rof langis lortnoC1S36

64 VSS Ground

6597AL rof langis lortnoC2S56

66 7353_SCL Serial Clock signal for THS7353. 67 7353_SDA Serial data signal for THS7353.

68 SUB_PDN Output PDN DATA for submicom.

69 SUB_RST Output RST DATA for submicom.

)evitca si ti ,"L" tA(noitidnoc "DENUT" gnitceted rof tupnIDENUT07

71 TUNER_DO Data Input from PLL IC

CI LLP ot tuptuo langis kcolCKL_LLP27

73 ABT2010_IRQ Input for ABT2010 Interrupt.

74 SUB_IRQ Input for Submicom Interrupt.

75 RDS_CLK Clock signal input from RDS IC.

76 RDS_DATA Input for RDS data from RDS IC.

77 PLL_DATA Data output to PLL IC

CI LLP fo elbane pihc rof tuptuOEC_LLP87

79 24C16_SCL Clock signal output for M24C16.

80 24C16_SDA Serial data signal for M24C16.

81 FUNC_DN Input for main function down.

82 FUNC_UP Input for main function up.

.pu emulov niam rof tupnIPU_LOV38

.nwod emulov niam rof tupnIND_LOV48

85 STBY_LED Output to drive STAND-BY LED(At "H", it is active)

)evitca si ti ,"H" tA( "FFO/NO +B_LF" ot tuptuOWS_LF68

87 MAIN_IRQ Output Interrupt for Submicom.

88 4053_CONT Output for control signal of 4053.

89 POWERDOWN Input for power down.

.nacs 1yek rof tupni ataD1YEK09

.nacs 2yek rof tupni ataD2YEK19

92 INPUT_DN Input for input function down. 93 COMP_DET Input for detecting "Component Video input" condition(At "L", it is active)

!desu toNCN49

95 PROTECTION Input for detecting "PROTECTION" condition

96 AVSS Ground

!desu toNCN79 98 VREF Reference voltage(Connected to +3.3V, Not VDD) 99 AVCC +3.3V power supply.

100 SUBSDIN Serial data signal Input from submicom

17

ADV7401 : IC2

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

7

5

74

73

7

2

71

70

69

68

6

7

66

65

64

63

62

61

60

59

58

57

56

55

54

53

52

51

26

27 28 29 30 31 34 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

100

99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76

AIN2

AIN8

AIN1

AIN7

SOG

AIN9

AIN3

TEST1

AGND

CAPY1

CAPY2

AVDD

REFOUT

CML

AGND

BIAS

CAPC1

CAPC2

TEST0

AIN10

AIN4

AIN11

AIN5

AIN12

FB

P11

P32

P31

INT

CS/HS

DGND

DVDDIO

P15 P14

P

13

P

12

DGND

DVDD

P29

P28

SFL/SYNC_OUT

SCLK2

DGND

DVDDIO

SDA2

P10

P9

P8

P27

P7

INPUT

MUX

DATA

PREPROCESSOR

DECIMATION

AND

DOWNSAMPLING

FILTERS

STANDARD DEFINITION PROCESSOR

LUMA

FILTER

OUTPUT FIFO & FORMATTER

10

AIN1

to

AIN12

SERIAL INTERFACE

CONTROL AND VBI DATA

SCLK

SDA

ALSB

SYNC

EXTRACT

16

HS

8

P29-P22 P19-P12 P9-P2

PIXEL DATA

VS

FIELD/DE

LLC1

SFL/ SYNCOUT

CVBS

S-VIDEO

YPrPb

RGB + CVBS

RGB

12

CHROMA

FILTER

CHROMA

DEMOD

F

SC

RECOVERY

INT

10

LUMA

RESAMPLE

LUMA 2D COMB (5H MAX)

RESAMPLE

CONTROL

CHROMA

RESAMPLE

CHROMA 2D COMB (4H MAX)

FAST

BLANK

OVERLAY

CONTROL

FB

Y

Cb

Cr

VBI DATA RECOVERY

MACROVISION

DETECTION

STANDARD

AUTODETECTION

CVBS/Y

C

Cb

Cr

Cb

Y

COLORSPACE

CONVERSION

CVBS

Cr

8

COMPONENT PROCESSOR

SCLK2

SDA2

SSPD

STDI

SYNC PROCESSING AND

CLOCK GENERATION

DCLK_IN

DE_IN HS_IN

VS_IN

SOG SOY

DIGITAL INPUT

PORT

DVI or HDMI

XTAL

XTAL1

24

8

DIGITAL

FINE

CLAMP

GAIN

CONTROL

OFFSET

CONTROL

AV CODE

INSERTION

24

10

ACTIVE PEAK

&

AGC

MACROVISION

DETECTION

CGMS DATA

EXTRACTION

P40-P31 P29-P20

P11-P10

P1-P0

A/DCLAMP

ANTI

ALIAS

FILTER

A/DCLAMP

ANTI

ALIAS

FILTER

A/D

CLAMP

ANTI

ALIAS

FILTER

A/DCLAMP

ANTI

ALIAS

FILTER

1. Pin Description

2. Block Diagram

18

3. Pin Functions

Pin No. Mnemonic Type Function

54, 56, 58, 72, 74, 76, 53, 55, 57, 71, 73, 75

AIN1–AIN12 I Analog video input channels.

42, 41, 28, 27, 26, 25, 23, 22, 10, 9, 8, 7, 94, 93, 92, 91

P2–P9, P12– P19

O Video pixel output port.

33, 32, 31, 30, 29, 24, 14, 13

P22-P29 I/O Video input/output port

44, 43, 21, 20, 45, 34, 2, 1, 100, 97, 96, 95, 88, 87, 84, 83

P0–P1, P10– P11, P20–P21, P31–P40

I Video pixel input port.

3

INT

O Interrupt pin, can be active low or active high. When SDP/CP

status bits change this pin will trigger. The set of events which will trigger an interrupt are under user control.

4 HS/CS O HS is a horizontal synchronization output signal in SDP and

CP modes. CS is a digital composite synchronization signal that can be selected while in CP mode.

99 VS O VS is a vertical synchronization output signal in SDP and CP

modes.

98 FIELD/DE O FIELD is a field synchronization output signal in all

interlaced video modes. This pin also can be enabled as a DE (Data Enable) signal in CP mode to allow direct connection to a HDMI/DVI Tx IC.

81, 19 SDA1, SDA2 I/O I

2

C port serial data input/output pin, SDA1 is the data line for the Control port and SDA2 is the data line for the VBI readback port.

82, 16 SCLK1,

SCLK2

I I

2

C port serial clock input (max clock rate of 400 kHz). SCLK1 is the clock line for the Control port and SCLK2 is the clock line for the VBI data readback port.

5, 11, 17, 40, 89

DGND G Digital ground

49, 50, 60, 66

AGND G Analog ground

6, 18 DVDDIO P Digital I/O supply voltage (3.3 V). 12, 39, 90 DVDD P Digital core supply voltage (1.8 V). 63 AVDD P Analog supply voltage (3.3 V). 47, 48 PVDD P PLL supply voltage (1.8 V).

51 FB I FB is a fast switch overlay input that switches between CVBS

and RGB analog signals.

19

Pin No. Mnemonic Type Function

37 XTAL1 O This pin should be connected to the 28.636363 MHz crystal

or left as a no connect if an external 3.3 V 28.636363 MHz clock oscillator source is used to clock the ADV7401. In crystal mode the crystal must be a fundamental crystal.

46 ELPF O The recommend external loop filter must be connected to this

ELPF pin.

70, 59 TEST0 -

TEST1

O These pins should be left unconnected

15 SFL/SYNC_O

UT

O SFL (Subcarrier Frequency Lock); this pin contains a serial

output stream which can be used to lock the subcarrier frequency when this decoder is connected to any Analog Devices digital video encoder. SYNC_OUT is the sliced sync output signal only available in CP mode.

64 REFOUT O Internal voltage reference output.

65 CML O The CML pin is a common-mode level for the internal ADCs.

61, 62 CAPY1–

CAPY2

I ADC capacitor network.

68, 69 CAPC1–

CAPC2

I ADC capacitor network.

67 BIAS O BIAS is an external bias setting pin. Connect the

recommended resistor between pin and ground.

86 HS_IN/CS_IN I Can be configured in CP mode to be either a digital HS input

signal or a digital CS input signal used to extract timing in a 5-wire or 4-wire RGB mode.

85 VS_IN I VS input signal used in CP mode for 5-wire timing mode. 79 DE_IN I DE_IN is a data enable input signal used in 24-bit digital

input port mode, for example, 24-bit RGB data from a DVI Rx IC.

35 DCLK_IN I DCLK_IN is a clock input signal used in 24-bit digital input

mode (e.g. 24-bit RGB data from a DVI Rx IC) and also in

digital CVBS input mode. 52 SOG I SOG is a sync on green input used in embedded sync mode. 77 SOY I SOY is a sync on luma input used in embedded sync mode.

80 ALSB I This pin selects the I

2

C address for the ADV7401 Control and VBI readback ports. ALSB set to a logic 0 sets the address for a write to control port of 0x40 and the readback address for the VBI port of 0x21. ALSB set to a logic high sets the address for a write to control port of 0x42 and the readback address for the VBI port of 0x23.

78

RESET

I System reset input, active low. A minimum low reset pulse

width of 5 ms is required to reset the ADV7401 circuitry.

36 LLC1 O LLC1 is a line locked output clock for the pixel data (range is

13.5MHz to 110MHz).

38 XTAL I Input pin for 28.636363 MHz crystal, or can be overdriven by

an external 3.3 V 28.636363 MHz clock oscillator source to clock the ADV7401.

20

AK4588 : IC1008

CCLK/SCL

CDTI/SD

A

CSN

DAUX1

SDTI4

SDTI3

SDTI2

SDTI1

XTL1

XTL0

PDN

MASTER

DZF2

DZF1

LOUT4

NC

ROUT4

NC

LOUT3

NC

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41

80

79

78

77

76

75

74

73

72

71

70

69

68

67

66

65

64

63

62

61

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

INT1 BOUT TVDD DVDD DVSS

XTO

XTI

TEST3 MCKO2 MCKO1

COUT UOUT VOUT

SDTO2

BICK2

LRCK2

SDTO1

BICK1

LRCK1

CDTO

TEST1 RX1 NC RX0

A

VSS

A

VDD VREFH VCOM RIN LIN NC ROUT1 NC LOUT1 NC ROUT2 NC LOUT2 NC ROUT3

INT0

TX1

TX0

MCLK

VIN

DAUX2

I2C

RX7

CAD1

RX6

CAD0

RX5

TEST2

RX4

PVDD

R

PVSS

RX3

NC

RX2

1. Pin Description

21

Input

Selecto

r

Clock

R

ecovery

Clock

Generator

DAIF

Decoder

A

C-3/MPEG

Detect

DEM

µP I/F

Audio

I

/F

X'tal

Oscillato

r

PDN

INT0

LRCK2

BICK2

SDTO2

DAUX2

MCKO2

XTOXTI

R

PVDDPVSS

CDTI

CDTO

CCLK

CSN

DVDD

DVSS

TVDD

MCKO1

I2C

R

X0

RX1

RX2

R

X3 RX4

R

X5

R

X6

RX7

D

IT

TX0

Error &

Detect

STATUS

INT1

Q-subcode

b

uffe

r

TX1

B,C,U,

VOUT

8 to 3

VIN

Audio

I/F

LPF

LOUT1

ROUT1

LOUT2

ROUT2

LOUT3

ROUT3

DAC

DATT

DEM

ADC

HPF

ADC

HPF

RIN

LIN

LRCK1

BICK1

SDTI1

SDTI2

SDTI3

DAUX1

MCLK

LRCK BICK

SDOUT

SDIN1 SDIN2 SDIN3

MCLK

SDTO1

Format

Converter

SDTI4

SDIN4

LPF

LOUT4

ROUT4

DAC

DATT

DEM

DAC

DATT

DEM

DAC

DATT

DEM

DAC

DATT

DEM

DAC

DATT

DEM

DAC

DATT

DEM

DAC

DATT

DEM

AVD D

AVSS

2. Block Diagram

22

3. Pin Functions

31 PDN I

Power-Down Mode Pin

When “L”, the AK4588 is powered-down, all output pin goes “L”, all registers are

reset. When CAD1/0 pins are changed, the AK4588 should be reset by PDN pin.

32 MASTER I

Master Mode Select Pin (Internal pull-down pin)

“H”: Master mode, “L”: Slave mode

DZF2 O

Zero Input Detect 2 Pin (Note 1)

When the input data of the group 1 follow total 8192 LRCK cycles with “0” input data, this pin goes to “H”. And when RSTN bit is “0”, PWDAN bit is “0”, this pin goes to “H”. It always is in “L” when P/S is “H”.

33

OVF O

Analog Input Overflow Detect Pin (Note 2)

This pin goes to “H” if the analog input of Lch or Rch overflows.

34 DZF1 O

Zero Input Detect 1 Pin (Note 1)

When the input data of the group 1 follow total 8192 LRCK cycles with “0” input data, this pin goes to “H”. And when RSTN bit is “0”, PWDAN bit is “0”, this pin goes to “H”. Output is selected by setting DZFE pin when P/S is “H”.

35 LOUT4 O DAC4 Lch Analog Output Pin

Notes:

1. The group 1 and 2 can be selected by DZFM2-0 bits.

2. This pin becomes OVFE bit if OVFE bit is set to 1.

36 NC -

No Connect

No internal bonding.

37 ROUT4 O DAC4 Rch Analog Output Pin

38 NC -

No Connect

No internal bonding.

39 LOUT3 O DAC3 Lch Analog Output Pin

40 NC -

No Connect

No internal bonding.

noitcnuF O/I emaN niP .oN

1 INT1 O Interrupt 1 Pin

2

BOUT O

Block-Start Output Pin for Receiver Input

“H” during first 40 flames.

3 TVDD -

Output Buffer Power Supply Pin, 2.7V∼5.5V 4 DVDD - Digital Power Supply Pin, 3.3V 5 DVSS - Digital Ground Pin 6 XTO O X'tal Output Pin 7 XTI I X'tal Input Pin

8 TEST3 I

Test 3 Pin

This pin should be connected to DVSS.

9 MCKO2 O Master Clock Output 2 Pin

10 MCKO1 O Master Clock Output 1 Pin 11 COUT O C-bit Output Pin for Receiver Input 12 UOUT O U-bit Output Pin for Receiver Input 13 VOUT O V-bit Output Pin for Receiver Input 14 SDTO2 O Audio Serial Data Output Pin(DIR/DIT part) 15 BICK2 I/O Audio Serial Data Clock Pin(DIR/DIT part) 16 LRCK2 I/O Channel Clock Pin(DIR/DIT part) 17 SDTO1 O Audio Serial Data Output Pin(ADC/DAC part) 18 BICK1 I/O Audio Serial Data Clock Pin(ADC/DAC part) 19 LRCK1 I/O Input Channel Clock Pin 20 CDTO O Control Data Output Pin in Serial Mode, I2C= “L”.

CCLK I Control Data Clock Pin in Serial Mode, I2C= “L”

21

SCL I Control Data Clock Pin in Serial Mode, I2C= “H” CDTI I Control Data Input Pin in Serial Mode, I2C= “L”.

22

SDA I/O Control Data Pin in Serial Mode, I2C= “H”.

I Chip Select Pin in Serial Mode, I2C=”L”.

23 CSN

I This pin should be connected to DVSS, I2C=”H”. 24 DAUX1 I AUX Audio Serial Data Input Pin(ADC/DAC part) 25 SDTI4 I DAC4 Audio Serial Data Input Pin 26 SDTI3 I DAC3 Audio Serial Data Input Pin 27 SDTI2 I DAC2 Audio Serial Data Input Pin 28 SDTI1 I DAC1 Audio Serial Data Input Pin 29 XTL1 I X’tal Frequency Select 0 Pin 30 XTL0 I X’tal Frequency Select 1 Pin

23

55 AVDD -

Analog Power Supply Pin, 4.5V∼5.5V

56 AVSS -

Analog Ground Pin, 0V

57 RX0 I

Receiver Channel 0 Pin (Internal biased pin)

This channel is default in serial mode.

58 NC -

No Connect

No internal bonding.

59 RX1 I Receiver Channel 1 Pin (Internal biased pin)

60 TEST1 I

Test 1 Pin

This pin should be connected to PVSS.

61 RX2 I Receiver Channel 2 Pin (Internal biased pin)

62 NC -

No Connect

No internal bonding. 63 RX3 I Receiver Channel 3 Pin (Internal biased pin) 64 PVSS - PLL Ground pin

65 R -

External Resistor Pin

12kΩ +/-1% resistor should be connected to PVSS externally. 66 PVDD - PLL Power supply pin, 5.0V 67 RX4 I Receiver Channel 4 Pin (Internal biased pin)

68 TEST2 I

Test 2 Pin

This pin should be connected to PVSS. 69 RX5 I Receiver Channel 5 Pin (Internal biased pin) 70 CAD0 I

Chip Address 0 Pin (ADC/DAC part)

71 RX6 I Receiver Channel 6 Pin (Internal biased pin) 72 CAD1 I

Chip Address 1 Pin (ADC/DAC part)

73 RX7 I Receiver Channel 7 Pin (Internal biased pin)

74 I2C I

Control Mode Select Pin.

“L”: 4-wire Serial, “H”: I

2

C Bus 75 DAUX2 I Auxiliary Audio Data Input Pin (DIR/DIT part) 76 VIN I V-bit Input Pin for Transmitter Output 77 MCLK I

Master Clock Input Pin

78 TX0 O Transmit Channel (Through Data) Output 0 Pin

79 TX1 O

Transmit Channel Output1 pin

When TX bit = “0”, Transmit Channel (Through Data) Output 1 Pin. When TX bit = “1”, Transmit Channel (DAUX2 Data) Output Pin (Default).

80 INT0 O Interrupt 0 Pin

Notes:

3. All input pins except internal biased pins and internal pull-down pin should not be left floating.

noitcnuF O/I emaN niP .oN

41 ROUT3 O DAC3 Rch Analog Output Pin

42 NC -

No Connect

No internal bonding.

43 LOUT2 O DAC2 Lch Analog Output Pin

44 NC -

No Connect

No internal bonding.

45 ROUT2 O DAC2 Rch Analog Output Pin

46 NC -

No Connect

No internal bonding.

47 LOUT1 O DAC1 Lch Analog Output Pin

48 NC -

No Connect

No internal bonding.

49 ROUT1 O DAC1 Rch Analog Output Pin

50 NC -

No Connect

No internal bonding. 51 LIN I Lch Analog Input Pin 52 RIN I Rch Analog Input Pin

53 VCOM -

Common Voltage Output Pin

2.2µF capacitor should be connected to PVSS externally.

54 VREFH -

Positive Voltage Reference Input Pin, AVDD

24

THS7353 : IC206

CH. 2 - INPUT A

CH. 1 - INPUT A

NCNC

CH. 3 - INPUT A

CH. 1 - INPUT B

CH. 2 - INPUT B

CH. 3 - INPUT B

CH. 1 - GAIN ADJ.

CH. 1 - OUTPUT

CH. 2 - OUTPUT

CH. 3 - GAIN ADJ.

CH. 3 - OUTPUT

CH. 3 - GAIN ADJ.

I2C-SCL

I2C-A1

I2C-SDA

I2C-A0

V

S+

GND

TERMINAL

DESCRIPTION

NAME NO.

N/C 1, 20 No Internal Connection. It is recommended, but not required, to connect these pins to GND

CH. 1–INPUT A2Video Input Channel 1. Input A

CH. 2–INPUT A3Video Input Channel 2. Input A

CH. 3–INPUT A4Video Input Channel 3. Input A

CH. 1–INPUT B5Video Input Channel 1. Input B

CH. 2–INPUT B6Video Input Channel 2. Input B

CH. 3–INPUT B7Video Input Channel 3. Input B

I2C-A1 8I

2

C Slave Address Control Bit A1. Connect to Vs+ for a logic 1 preset value or GND for a logic 0 preset value.

I2C-A0 9I2C Slave Address Control Bit A0. Connect to Vs+ for a logic 1 preset value or GND for a logic 0 preset value.

GND 10 Ground reference pin for all internal circuitry

Vs+ 11 Positive Power Supply Input Pin. Connect to 2.7 V to 5V

Serial data line of the I2C bus. Pull-up resistor should have a minimum value = 2-k and a maximum value =

SDA 12

19-k . Pull up to Vs+

I2C bus clock line. Pull-up resistor should have a minimum value = 2-k and a maximum value = 19-k . Pull

SCL 13

up to Vs+

Channel 3 gain adjustment pin. Short to CH. 3-OUTPUT pin for 0-dB gain. Or add external resistors and/or

CH. 3-GAIN ADJ. 14

capacitors to analog ground for signal gain.

CH. 3–OUTPUT 15 Video output channel 3 from either CH. 3–INPUT A or CH. 3–INPUT B

Channel 2 gain adjustment pin. Short to CH. 2-OUTPUT pin for 0-dB gain. Or add external resistors and/or

CH. 2-GAIN ADJ. 16

capacitors to analog ground for signal gain.

CH. 2–OUTPUT 17 Video output channel 2 from either CH. 2–INPUT A or CH. 2–INPUT B

Channel 1 gain adjustment pin. Short to CH. 1-OUTPUT pin for 0-dB gain. Or add external resistors and/or

CH. 1-GAIN ADJ. 18

capacitors to analog ground for signal gain.

CH. 1–OUTPUT 19 Video output channel 1 from either CH. 1–INPUT A or CH. 1–INPUT B

1. Pin Description

25

12CSDA

12C-

A1

12C-

A0

12CSCL

LPF

AC

Sync

TIP

Clamp

AC

Sync

TIP

Clamp

AC

Sync

TIP

Clamp

AC-

BIAS

AC-

BIAS

AC-

BIAS

DC

250

X1

Gain Adjust

Output

Input A

Output

MUTE

Bypass

2:1

LPF

DC

X1

MUTE

Bypass

2:1

LPF

DC

X1

MUTE

Bypass

2:1

Vs+

NOTE: The I2C Address of the THS7353 is 01011(A1)(A0)(R/W)

2. Block Diagram

26

NJW1197 : IC401

1 30

31

50

5180

81

100

Multi-Channel Input A

Multi-Channel Input C Multi-Channel Input B

2 Channel Input

LAIN RAIN CAIN

LSAIN

RSAIN

LBAIN

RBAIN

SWAIN

DCLA1DCLA2

DCRA1DCRA2

Input Selector

Gain

Input Selector

Gain

Input Selector

REC Output

Selector

SWBIN

RBBIN

LBBIN

RSBIN

LSBIN

CBIN

RBIN

LBIN

FIL_TR

FIL_BR1

FIL_BR2

FIL_TL

FIL_BL1

FIL_BL2

RBCI

LBCIN

RSCIN

LSCIN

FR-

FR+

FL-

FL+

Volume

Output

Gain

BSW

SSW

SWOUT

RBOUT

LBOUT

RSOUT

LSOUT

COUT

ROUT

LOUT

V+

GND

V-

LATCH

DATA

CLOCK

RECA1L

RECA1R

RECA2L

RECA2R

RECA3L

RECA3R

RECA4L

RECA4R

RECB1L

RECB1R

MUTE

ADR

TSW

SW

TONE

Multi-channel

Volume

COM

Interface

Supply

Voltage

TONE

1. Pin Description

2. Block Diagram

27

No. SYMBOL FUNCTION No. SYMBOL FUNCTION

1 ROUT Rch output 51 DCR_IN “Multi-channel selector” Rch input

2 COUT Cch output 52 DCR_OUT “Input selector” Rch output

3 LSOUT LSch output 53 GND Ground

4 RSOUT RSch output 54 DCL_IN “Multi-channel selector” Lch input

5 LBOUT LBch output 55 DCL_OUT “Input selector” Lch output

6 RBOUT RBch output 56 GND Ground

7 SWOUT SWch output 57 REC_B1R “Input selector” Rch REC output B1

8 GND Ground 58 REC_B1L “Input selector” Lch REC output B1

9 FIL_BL2 Lch Bass filter terminal 2 59 REC_A4R “Input selector” Rch REC output A4

10 FIL_BL1 Lch Bass filter terminal 1 60 REC_A4L “Input selector” Lch REC output A4

11 FIL_TL Lch Treble filter terminal 61 REC_A3R “Input selector” Rch REC output A3

12 TCAP Switching noise rejection capacitor 62 REC_A3L “Input selector” Lch REC output A3

13 FIL_BR2 Rch Bass filter terminal 2 63 REC_A2R “Input selector” Rch REC output A2

14 FIL_BR1 Rch Bass filter terminal 1 64 REC_A2L “Input selector” Lch REC output A2

15 FIL_TR Rch Treble filter terminal 65 REC_A1R “Input selector” Rch REC output A1

16 V+ + Power supply voltage input 66 REC_A1L “Input selector” Lch REC output A1

17 ADR Chip address select input 67 VDDOUT Internal Digital +Power Supply Output

18 V- - Power supply voltage input 68 DATA Control data signal input

19 L1IN “Input selector” Lch input 1 69 CLOCK Clock signal input

20 DCCAP_SW Switching noise rejection capacitor 70 LATCH Latch signal input

21 R1IN “Input selector” Rch input 1 71 MUTE External mute control

22 DCCAP_RB Switching noise rejection capacitor 72 FL+ “Input selector gain control” Lch no-inverted output

23 L2IN “Input selector” Lch input 2 73 FL- “Input selector gain control” Lch inverted output

24 DCCAP_LB Switching noise rejection capacitor 74 FR+ “Input selector gain control” Rch no-inverted output

25 R2IN “Input selector” Rch input 2 75 FR- “Input selector gain control” Rch inverted output

26 DCCAP_RS Switching noise rejection capacitor 76 GND Ground

27 L3IN “Input selector” Lch input 3 77 LSCIN Multi-channel LSch input C

28 DCCAP_LS Switching noise rejection capacitor 78 RSCIN Multi-channel RSch input C

29 R3IN “Input selector” Rch input 3 79 LBCIN Multi-channel LBch input C

30 DCCAP_C Switching noise rejection capacitor 80 RBCIN Multi-channel RBch input C

31 L4IN “Input selector” Lch input 4 81 GND Ground

32 DCCAP_R Switching noise rejection capacitor 82 LAIN Multi-channel Lch input A

33 R4IN “Input selector” Rch input 4 83 RAIN Multi-channel Rch input A

34 DCCAP_L Switching noise rejection capacitor 84 CAIN Multi-channel Cch input A

35 L5IN “Input selector” Lch input 5 85 LSAIN Multi-channel LSch input A

36 GND Ground 86 RSAIN Multi-channel RSch input A

37 R5IN “Input selector” Rch input 5 87 LBAIN Multi-channel LBch input A

38 GND Ground 88 RBAIN Multi-channel RBch input A

39 L6IN “Input selector” Lch input 6 89 SWAIN Multi-channel SWch input A

40 L9IN “Input selector” Lch input 9 90 GND Ground

41 R6IN “Input selector” Rch input 6 91 LBIN Multi-channel Lch input B

42 R9IN “Input selector” Rch input 9 92 RBIN Multi-channel Rch input B

43 L7IN “Input selector” Lch input 7 93 CBIN Multi-channel Cch input B

44 L10IN “Input selector” Lch input 10 94 LSBIN Multi-channel LSch input B

45 R7IN “Input selector” Rch input 7 95 RSBIN Multi-channel RSch input B

46 R10IN “Input selector” Rch input 10 96 LBBIN Multi-channel LBch input B

47 L8IN “Input selector” Lch input 8 97 RBBIN Multi-channel RBch input B

48 L11IN “Input selector” Lch input 11 98 SWBIN Multi-channel SWch input B

49 R8IN “Input selector” Rch input 8 99 GND Ground

50 R11IN “Input selector” Rch input 11 100 LOUT Lch output

3. Pin Functions

28

XC95288XL : U1

In-System Programming Controller

JTAG

Controller

I/O

Blocks

Function

Block 1

Macrocells

1 to 18

Macrocells

1 to 18

JTAG Port

3

54

I/O/GTS

I/O/GSR

I/O/GCK

I/O

4

1

I/O

3

1

Function

Block 2

54

18

Function

Block 3

Macrocells

1 to 18

Macrocells

1 to 18

54

Function Block 16

54

18

Function

Block 4

Macrocells

1 to 18

54

18

Fast CONNECT II Switch Matrix

29

SC16315 : IC701

Pin No. Pin Name Description

7D

IN

Data input pin. Input serial data at rising edge of shift clock, starting from the low

order bit.

6D

OUT

Data output pin. Output serial data at the falling edge of the shift clock, starting

from low order bit. This is N-ch open-drain output pin.

9 STB

Strobe pin. Initializes serial interface at the rising or falling edge of the SC16315.

It then waits for reception of a command. Data input after STB has fallen is

processed as a command. While command data is processed, current

processing is stopped, and the serial interface is initialized. While STB is high,

CLK is ignored.

8 CLK

Clock input pin. Reads serial data at the rising edge, and outputs data at the

falling edge.

5OSC

Oscillator pin. Determine the oscillation frequency by the resistor connecting this

pin and GND (V

SS

).

14 ~ 29

Seg1/KS1

to Seg16/KS16

High-voltage output (segment). Segment output pins (Dual function as key

source).

39~42Grid1 to Grid4 High-voltage output (grid). Grid output pins.

31~38

Seg17/Grid12

to Seg24/Grid5

High-voltage output (segment/grid). Segment or gri d driving.

1 ~4 LED1 to LED4LED output pin. CMOS output. +20mA max.

10 ~ 11 KEY1 to KEY2

Key data input. Data input to these pins is latched at the end of the display

cycle.

13, 43VDDLogic power pin. 5V 10%

12, 44VSSLogic ground. Connect this pin to system GND.

30 V

EE

Pull-down level. VDD-35V max.

44

1

Vss

LED 1

2

L

ED 2

3

L

ED 3

4

LED 4

SC16315

5

O

SC

6

DOUT

7

DIN

8

CLK

9

STB

1

0

K

EY 1

11

3

2

31

3

0

2

9

28

2

7

26

25

2

4

23

KEY 2

Seg19/Grid 10

S

eg18/Grid 11

S

eg17/Grid 12

V

E

S

eg16/KS16

Seg15/KS15

Seg14/KS14

Seg13/KS13

Seg12/KS12

S

eg11/KS11

Seg10/KS10

43

VDD42Grid141Grid240Grid339Grid438Seg24/Grid 537Seg23/Grid 636Seg22/Grid 735Seg21/Grid 8

34

12 13 14 15 16 17 18 19 20 21 22

Seg20/Grid 9

Vss

V

DD

Seg1/ KS1

Seg2/ KS2

Seg3/ KS3

Seg4/ KS4

Seg5/ KS5

Seg6/ KS6

Seg7/ KS7

Seg8/ KS8

Seg9/ KS9

30

ABT2010 : U15

Picture

Controls

Input

Format/

Color Space

Decoder

Processor

Interface &

Control

Registers

Memory Controller

FIFO

V

ideo Timing Generator

HD

Deinterlacer

Test Pattern

Generator

Dynamic

R

ange

Expansion

DDR2

Input Video

36

30

1

6 or 32

C

lock

Generation

30MHz

(optional) Video

output clock

3

0MHz

1

75MHz

Video Out Clk

I2C

ABT Serial

PReP

HD Scaler

S

ync Generator

T

ri-Sync

Generator

On Screen

Display

Gamma Look

Up Table/ 3x3 Matrix

Audio Delay

AudioInAudio

Out

Noise

Reduction

Detail

Enhancement

CUE/

Sharpness/

YC Delay

Border Gen.

Masking Gen.

Panorama

400MHz

Output Format/

Color Space

Converter

Mapping

FIFO FIFO

Frame Rate

C

onversion

FIFO

Dynamic

Range

Compression

Scaler Bypass

Pin to Pin Bypass

12 12

12

10

12

10

1

0

10

12

10-bits on Y;

10-bits on C

12-bits on Y;

12-bits on C

Output Video

31

CS49700 : IC1005

Serial

Control 1

12 Ch, Audio In/

6 Ch, SACE In

Serial

Control 2

Parallel Control

UART GPIO Debug

STC

TMR1

TMR2

PLL

Ext. Memory Controller

D M

A

32 bit

DSP A

PXY

32 bit

DSP B

PXY

SPDIF SPDIF

16 Ch PCM

Audio Out

1

VIDEO

OUT

6dB amp

Video switch

(4 input 1 output)

driver

control

2

A

3

B

4

VIN15GND6VIN27VCC8VIN39VIN4

LA7956 : IC200, IC201, IC203, IC205

32

TROUBLESHOOTING

R

ef No.

Power On Failure A) AC-Cord check.

1. FLT does not light up. B) Power Trans (Main/ST-BY) check.

)103 ( F.kcehc noitcennocsid s'esuF )C.pu thgil ton seod DEL YB-TS .2

.noitcnujsid ro noitcennocsid s'rotcennoC )D

Change or close insertion of the connector. CN301,FPC401

)007(WS.hctiws yB-TS roirefnI )E

F) VFD Driver I.C & Resonator check. I.C701 SC16315

1. VFD Driver I.C VCC(+3.3)V check. I.C701 Pin No13

2. VFD Driver clock pulse check. I.C701 Pin No5

Fuse Disconnection. A) Inferior transformer.

) RS ,LS ,C ,RF ,LF (602Q)RT REWOP( .tuo RT evird PMA )B)nO rewoP(

C) AMP drive TR out. ( POWER TR ) Q205 ( FL, FR, C, SL, SR )

D) B+_B- voltage check.

.kcehc dehsup gnieb s'yeK )A.redrosiD yeK

B) Key signal input components inferior.

) 19,09( .oN niP 204C.I.kcehc TROP yeK )C

D) Ր-COM I.C inferior.

1. Ր-COM IC VCC +3.3V check.

I.C401 Pin No. ( 16,62,98,99 )

)V3.3_IP7111AIK( 003 C.I.tuo C.I rotalugeR )A.ces 3~2 ni ffO rewoP

.kcehc TUO/NI langiS .1.nO rewoP retfa

B) Drive transistor out. ( POWER TR ) Q205 ( FL, FR, C, SL, SR )

Q206( FL, FR, C, SL, SR )

C) Protection circuit check.

1. Output DC check.

2. Ր-COM I.C protection terminal check.

u-COM Pin No. ( 95 )

D) Connector's disconnection or disjunction CP (401)

E) SLEEP MODE cancellation.

) 115( Q.roirefni dna tuo s'rotsisnart etuM TNORF )A dnuoS pmuB

(During input-select switch's change.)

Ր-Com front mute control PORT check.

IC101 Pin No. ( 27 )

B) CENTER Mute transistor's out and inferior. Q ( 509 )

Ր-Com center mute control PORT check.

IC101 Pin No. ( 26 )

C) SURROUND Mute transistor's out and inferior. Q ( 510 )

Ր-Com center mute control PORT check.

IC101 Pin No. ( 24 )

D) SURR-BACK Mute transistor's out and inferior.

Q ( 507 )

Ր-Com surround mute control PORT check.

IC101 Pin No. ( 25 )

Cause and RemedySymptom

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1.

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2.

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driving voltage check. +5V,+3V I.C NO. (1 ) / I.C Pin No. ( 8,21 )

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35

MECHANICAL PARTS LIST

36

37

EXPLODED VIEW

Model : RD-8504/R-774

38

ELECTRICAL PARTS LIST

REF_No. Q'TY. PARTS_No. VER.

A(R-774)0105258608207NIAM DRAOB B.C.P YLBMESSA1BCP A(RD-8504)0101258608207NIAM DRAOB B.C.P YLBMESSA1BCP

G(RD-8504)0201258608207NIAM DRAOB B.C.P YLBMESSA1BCP

CAPACITORS

G/AS100380381040D1MV61Fu 00081C58 EG TCELE,C623C

G/AS020480274040D1MV52Fu 0074C58 EG TCELE,C723C C347 ~ C353 C,CERAMIC HIK DISC 0.047 uF 50VZ7D004473597050S A/G C354 ~ C355 C,CERAMIC SEMI DISC 0.1 uF 50VZ2D006104597050S A/G

C401 ~ C402 C,ELECT GE 85C 1 uF 50VM2D040010087150S A/G

G/AS032880133040D1MV36Fu 033C58 EG TCELE,C404C

G/AS0527807R4040D1MV05Fu 7.4C58 EG TCELE,C504C

G/AS070780001040D1MV05Fu 01C58 EG TCELE,C604C C407 ~ C413 C,FILM POLYESTER 0.1 uF 100VJ7D02010406C060S A/G

G/AS061795301110D1ZV05Fu 10.0KIH PIHC CIMAREC,C414C C415 ~ C417 C,CERAMIC CHIP HIK 0.1 uF 50VZ3D011104597160S A/G C418 ~ C419 C,ELECT GE 85C 1 uF 50VM2D040010087150S A/G

G/AS070280133040D1MV01Fu 033C58 EG TCELE,C124C

G/AS061795301110D1ZV05Fu 10.0KIH PIHC CIMAREC,C324C

G/AS0617802R2040D1MV05Fu 2.2C58 EG TCELE,C424C

G/AS070780001040D1MV05Fu 01C58 EG TCELE,C524C

G/AS061795301110D1ZV05Fu 10.0KIH PIHC CIMAREC,C724C

G/AS070280133040D1MV01Fu 033C58 EG TCELE,C824C

G/AS020480274040D1MV52Fu 0074C58 EG TCELE,C924C

G/AS000480222040D1MV52Fu 0022C58 EG TCELE,C034C

G/AS060280174040D1MV01Fu 074C58 EG TCELE,C134C C433 ~ C435 C,FILM POLYESTER 0.1 uF 100VJ3D02010406C060S A/G

G/AS090280101040D1MV01Fu 001C58 EG TCELE,C634C C437 ~ C439 C,FILM POLYESTER 0.1 uF 100VJ3D02010406C060S A/G C440 ~ C441 C,ELECT GE 85C 6800 uF 63VM2D040682088010S A/G C442 ~ C444 C,FILM POLYESTER 0.1 uF 100VJ3D02010406C060S A/G

G/AS080H70401020D1KV052Fu 1.0RETSEYLOP MLIF,C844C C449SW C,ELECT GE 85C 10 uF 50VM1D040100087070S A/G

G/AS080H70401020D1KV052Fu 1.0RETSEYLOP MLIF,C054C C450SW C,CERAMIC CHIP T.C 33 pF 50VJ1D010330167160S A/G C451SW C,CERAMIC CHIP HIK 680 pF 50VK1D011681777160S A/G C452 ~ C454 C,FILM POLYESTER 0.1 uF 250VK3D02010407H080S A/G C455 ~ C457 C,CERAMIC CHIP HIK 0.1 uF 50VZ3D011104597160S A/G C462 ~ C463 C,CERAMIC CHIP HIK 0.01 uF 50VZ2D011103597160S A/G C464 ~ C466 C,CERAMIC CHIP HIK 0.1 uF 50VZ3D011104597160S A/G C467 ~ C468 C,CERAMIC CHIP HIK 0.01 uF 50VZ2D011103597160S A/G C468L/R C,ELECT GE 85C 10 uF 50VM2D040100087070S A/G C469, C4699, C470 ~ C484

C,CERAMIC CHIP HIK 0.1 uF 50VZ17D011104597160S A/G C504C/L/LB/SL C,CERAMIC SEMI DISC 0.1 uF 50VZ4D006104597050S A/G C504SW C,CERAMIC CHIP HIK 0.1 uF 50VZ1D011104597160S A/G C505L/R C,CERAMIC CHIP T.C 100 pF 50VJ2D010101167160S A/G C510L/R C,CERAMIC CHIP T.C 220 pF 50VJ2D010221167160S A/G C511L/R C,CERAMIC CHIP T.C 220 pF 50VJ2D010221167160S A/G C514L/R C,ELECT GE 85C 10 uF 50VM2D040100087070S A/G C516L/R C,ELECT GE 85C 10 uF 50VM2D040100087070S A/G C517L/R C,ELECT GE 85C 10 uF 50VM2D040100087070S A/G C518L/R C,ELECT GE 85C 10 uF 50VM2D040100087070S A/G C519/L/R, C520 C,ELECT GE 85C 10 uF 50VM4D040100087070S A/G C520L/R C,ELECT GE 85C 4.7 uF 50VM2D0404R7087250S A/G

G/AS0527807R4040D1MV05Fu 7.4C58 EG TCELE,C325C

C523L/R C,ELECT GE 85C 10 uF 50VM2D040100087070S A/G

G/AS051780010040D1MV05Fu 1C58 EG TCELE,C425C G/AS0527807R4040D1MV05Fu 7.4C58 EG TCELE,C525C

G/AS051780010040D1MV05Fu 1C58 EG TCELE,C825C C531 ~ C532 C,ELECT GE 85C 47 uF 16VM2D040470083080S A/G C539L/R C,CERAMIC CHIP T.C 220 pF 50VJ2D010221167160S A/G C540L/R C,CERAMIC CHIP T.C 220 pF 50VJ2D010221167160S A/G

G/AS0527807R4040D1MV05Fu 7.4C58 EG TCELE,C245C C542SW C,ELECT GE 85C 10 uF 50VM1D040100087070S A/G

G/AS080280122040D1MV01Fu 022C58 EG TCELE,C345C C543L/R C,CERAMIC CHIP T.C 220 pF 50VJ2D010221167160S A/G

G/AS090280101040D1MV01Fu 001C58 EG TCELE,C445C C544SW1 C,CERAMIC CHIP HIK 1000 pF 50VK1D011102777160S A/G C545 ~ C546 C,ELECT GE 85C 100 uF 10VM2D040101082090S A/G

C548SW C,CERAMIC CHIP T.C 47 pF 50VJ1D010470167160S A/G

M8 D040100087070S A/G

C547C/FL/FR/SBL/SBR/S L/SR/SW

C,ELECT GE 85C 10 uF 50V

J8 D010101167160S A/G

C546C/FL/FR/SBL/SBR/S L/SR/SW

C,CERAMIC CHIP T.C 100 pF 50V

J7 D02010306C060S A/G

C400C/FL/FR/SBL/SBR/S L/SR

C,FILM POLYESTER 0.01 uF 100V

DESCRIPTION

A: R-774, RD-8504(USA 120V/60Hz), G: RD-8504 only(RDS 230V/50Hz)

39

R

EF_No.

Q'TY. PARTS_No. VER.

D

ESCRIPTION

C549SW C,CERAMIC CHIP HIK 0.047 uF 50VZ1D011473597160S A/G

G

/AS061795322110D1ZV05Fu 220.0KIH PIHC CIMAREC,C055C C551SW C,CERAMIC CHIP HIK 0.047 uF 50VZ1D011473597160S A/G C

552C/FL/FR/LB/RB/SL/SR

C,ELECT GE 85C 4.7 uF 50VM7D0404R7087250S A/G

C552SW C,ELECT GE 85C 10 uF 50VM1D040100087070S A/G

G/AS061795374110D1ZV05Fu 740.0KIH PIHC CIMAREC,C355C G

/AS090380101040D1MV61Fu 001C58 EG TCELE,C455C

G/AS061795374110D1ZV05Fu 740.0KIH PIHC CIMAREC,C175C G

/AS061795301110D1ZV05Fu 10.0KIH PIHC CIMAREC,C475C

G

/AS061795401110D1ZV05Fu 1.0KIH PIHC CIMAREC,C975C

G/AS061777233110D1KV05Fp 0033KIH PIHC CIMAREC,C085C G

/AS061795401110D1ZV05Fu 1.0KIH PIHC CIMAREC,C185C

G

/AS061777233110D1KV05Fp 0033KIH PIHC CIMAREC,C285C

G/AS061795401110D1ZV05Fu 1.0KIH PIHC CIMAREC,C385C C585 ~ C587 C,CERAMIC CHIP T.C 220 pF 50VJ3D010221167160S A/G C593 ~ C594, C598 C,CERAMIC CHIP HIK 0.1 uF 50VZ3D011104597160S A/G

COILS

G(RD-8504)

S012118061043D1DAEB,LIOC314DB

G/AS012118061043D1DAEB,LIOC824DB

A

S025010122033D1ROTCUDNI-RETLIF,LIOC204L

G

/AS025000552023D3RETLIF ENIL,LIOC704L ~ 604L ,304L

CONNECTORS

AS010040151001L1MM5.1 REFAW.NC904PC

G/AS063082353801L1MM29.7 REFAW.NC004PC

G

/AS006007625201L1MM5.2 REFAW.NC104PC

G/AS018001002101L1MM0.2 REFAW.NC204PC

G/AS014001002101L1MM0.2 REFAW.NC304PC

G/AS012140001101L1MM0.2 REFAW.NC504PC

G/AS004007625201L1MM5.2 REFAW.NC604PC

S010040151001L1MM5.1 REFAW.NC904PC

AS019001002101L1MM0.2 REFAW.NC014PC

S015001002101L1MM0.2 REFAW.NC014PC

G/AS015107625201L1MM5.2 REFAW.NC114PC

G/AS010061151001L1MM5.1 REFAW.NC314PC

G/AS010140001101L1MM0.2 REFAW.NC514PC

G/AS010001700131L1MM52.1 CPF.NC614PC

G/AS017001002101L1MM0.2 REFAW.NC714PC

G/AS010051151001L1MM5.1 REFAW.NC814PC

G/AS010080151001L1MM5.1 REFAW.NC914PC

G/AS063031353401L1MM69.3 REFAW.NC024PC

G/AS010091151001L1MM5.1 REFAW.NC124PC

G/AS010009111131L1MM52.1 CPF.NC104CPF

G/AS010003111131L1MM52.1 CPF.NC204CPF

DIODES

G/AS010007004000K2GNIHCTIWS,D204D ~ 104D

G/AS030084140500K1PIHC GNIHCTIWS,D304D

G/AS010007004000K1GNIHCTIWS,D504D

G/AS030084140500K2PIHC GNIHCTIWS,D704D ~ 604D

G/AS025003310000K6GNIHCTIWS,D914D ,414D ~ 014D

G/AS030084140500K4PIHC GNIHCTIWS,D724D ,224D ~ 024D

G/AS010007004000K5GNIHCTIWS,D234D ~ 824D

G/AS020000406740K3EGDIRB REIFITCER,D634D ~ 434D

G/AS010007004000K2GNIHCTIWS,D144D ~ 044D

G/AS030084140500K21PIHC GNIHCTIWS,D215D ~ 105D

G/AS025003310000K1GNIHCTIWS,D315D

G/AS030084140500K5PIHC GNIHCTIWS,D915D ~ 515D

G/AS025003310000K1GNIHCTIWS,D025D

AS030084140500K1PIHC GNIHCTIWS,D125D

G/AS025003310000K1GNIHCTIWS,D325D

G/AS004P40R61660K2PIHC RENEZ,D104ZD ~ 004ZD

G/AS004P43R30660K1PIHC RENEZ,D204ZD

G/AS004P41R50660K1PIHC RENEZ,D304ZD

G/AS004P45R70660K2PIHC RENEZ,D504ZD ~ 404ZD

G/AS004P41R50660K1PIHC RENEZ,D604ZD

G/AS004P45R70660K1PIHC RENEZ,D704ZD

G/AS025444R20060K1RENEZ,D804ZD

G/AS004P45R70660K1PIHC RENEZ,D904ZD

INTERGRATED CIRCUITS

G/AS010007911480J1RV TCELE,CI104CI

G/AS070002603020J1SSECORP ORCIM UPC,CI204CI

9

D340160811210S A/G

BD401 ~ BD402, BD404 ~ BD407, BD409 ~ BD411

C

OIL,BEAD

J7 D010101167160S A/G

C

555, C560, C562 ~ C565,

C569

C,CERAMIC CHIP T.C 100 pF 50V

40

R

EF_No. Q'TY. PARTS_No. VER.

D

ESCRIPTION

G/AS050006142000J1MORPEE-YROMEM,CI304CI

G

/AS061003504040J1CIGOL,CI404CI

G/AS051008554121J1PO RAENIL,CI504CI

G

/AS060002197621J1ROTALUGER-RAENIL,CI604CI

G/AS040002187621J1ROTALUGER-RAENIL,CI704CI

G

/AS011005087621J1ROTALUGER-RAENIL,CI804CI

G

/AS040002187621J1ROTALUGER-RAENIL,CI904CI

AS011005087621J1ROTALUGER-RAENIL,CI014CI

J

ACKS

G/ASM040BV076806G1ACR,RET104KCAJ

G

/ASM030BV076806G1ACR,RET204KCAJ

G

/ASM0601V801416G1P8 WERCS DRAOB,RET304KCAJ

G/AS008072160316G1P6 WERCS DRAOB,RET404KCAJ

RESISTORS

B

D403 R,CHIP THICK 0 ohm 1/16WJ1C20000006M160S A/G

B

D412 R,CHIP THICK 0 ohm 1/16WJ1C20000006M160S G(RD-8504) BD414 ~ BD425 R,CHIP THICK 0 ohm 1/16WJ12C20000006M160S A/G J123, J125, J127, J132 R,CHIP THICK 0 ohm 1/16WJ4C20000006M160S A/G J139 ~ J140, J142 R,CHIP THICK 0 ohm 1/8WJ3C200000061300S A/G

AS003160000002C1JW8/1mho 0KCIHT PIHC,R051J

G/AS061M60000002C1JW61/1mho 0KCIHT PIHC,R243J

J346, J354, J356 ~ J357 R,CHIP THICK 0 ohm 1/8WJ4C200000061300S A/G

AS061M60000002C1JW61/1mho 0KCIHT PIHC,R953J

G/AS0505607R4060C1JW0.1mho 7.4MPP001 MLIF LATEM,R404R G/AS061M63010002C1JW61/1kohm

kohm

kohm kohm

01KCIHT PIHC,R504R

R406 ~ R412 R,CARBON FILM 22 kohm 1/5WJ7C00002236P520S A/G

G/AS050360220060C1JW4/1mho 22MPP001 MLIF LATEM,R314R G/AS061M63510002C1JW61/1

51

KCIHT PIHC,R414R R415 ~ R421 R,METAL FILM 100PPM 10 ohm 1.0WJ7C060010065050S A/G R422 ~ R423 R,CHIP THICK 47 kohm 1/16WJ2C20004736M160S A/G

G/AS050363740060C1JW4/1

74

MPP001 MLIF LATEM,R424R

G/AS025P63720000C1JW5/1

72

MLIF NOBRAC,R524R R426 ~ R427 R,CARBON FILM 47 ohm 1/5WJ2C00004706P520S A/G R428 ~ R429 R,CHIP THICK 27 kohm 1/16WJ2C20002736M160S A/G

G/AS061M63340002C1JW61/1 34KCIHT PIHC,R034R G/AS061M62030002C1JW61/1 3KCIHT PIHC,R134R

R431SW R,CARBON FILM 47 ohm 1/5WJ1C00004706P520S A/G

G/AS061M62630002C1JW61/1 6.3KCIHT PIHC,R234R R433SW R,CHIP THICK 7.5 kohm 1/16WJ1C20007526M160S A/G R434SW R,CHIP THICK 1.2 kohm 1/16WJ1C20001226M160S A/G

G/AS061M64650002C1JW61/1 065KCIHT PIHC,R534R

G/AS050562220060C1JW0.1 2.2MPP001 MLIF LATEM,R634R R436SW R,CHIP THICK 100 ohm 1/16WJ1C20001016M160S A/G R437SW R,CHIP THICK 100 kohm 1/16WJ1C20001046M160S A/G

G/AS050562220060C1JW0.1 2.2MPP001 MLIF LATEM,R834R

G/AS061M62720002C1JW61/1 7.2KCIHT PIHC,R934R

G/AS061M63650002C1JW61/1 65KCIHT PIHC,R044R

G/AS061M60740002C1JW61/1mho 74KCIHT PIHC,R144R

G/AS050562220060C1JW0.1 2.2MPP001 MLIF LATEM,R244R

G/AS061M62030002C1JW61/1 3KCIHT PIHC,R344R

G/AS061M60740002C1JW61/1mho 74KCIHT PIHC,R444R

G/AS025P63220000C1JW5/122MLIF NOBRAC,R544R

G/AS025P62010000C1JW5/1 1MLIF NOBRAC,R644R

G/AS061M64650002C1JW61/1 065KCIHT PIHC,R744R

G/AS061M63330002C1JW61/1 33KCIHT PIHC,R844R

G/AS025P60010000C1JW5/1mho 01MLIF NOBRAC,R944R

G/AS025P62220000C1JW5/1 2.2MLIF NOBRAC,R054R R451 ~ R452 R,CEMENT RADIAL FORM 0.1 ohm 5.0WJ2C141R10069010S A/G

G/AS025P63150000C1JW5/1 15MLIF NOBRAC,R354R R454 ~ R455 R,METAL FILM 100PPM 0.22 ohm 1.0WJ2C060R22065050S A/G R457 ~ R458 R,CARBON FILM 51 kohm 1/5WJ2C00005136P520S A/G

G/AS061M64010002C1JW61/1 001KCIHT PIHC,R064R

G/AS05056022R060C1JW0.1mho 22.0MPP001 MLIF LATEM,R164R

G/AS061M64010002C1JW61/1 001KCIHT PIHC,R264R

G/AS05056022R060C1JW0.1mho 22.0MPP001 MLIF LATEM,R364R R466 ~ R467 R,METAL FILM 100PPM 470 ohm 2.0WJ2C060047166520S A/G

G/AS061M63340002C1JW61/1 34KCIHT PIHC,R864R

G/AS061M64010002C1JW61/1 001KCIHT PIHC,R964R R470 ~ R471 R,CEMENT RADIAL FORM 0.1 ohm 5.0WJ2C141R10069010S A/G

G/AS025P60740000C1JW5/1mho 74MLIF NOBRAC,R274R

J14 C200000061300S A/G

J

361, J369, J389, J392 ~ J393, J398, J400 ~ J402, J414, J416, J426, J430 ~ J

431

R,CHIP THICK 0 ohm 1/8W

kohm kohm

kohm

kohm kohm

kohm kohm kohm kohm

kohm

kohm kohm

kohm

41

R

EF_No.

Q'TY. PARTS_No. VER.

DESCRIPTION

R

473 ~ R475 R,CHIP THICK 10 kohm 1/16WJ3C20001036M160S A/G

G

/AS025P60740000C1JW5/1mho 74MLIF NOBRAC,R874R

R

479 ~ R480 R,CHIP THICK 100 kohm 1/16WJ2C20001046M160S A/G

G/AS025P61810000C1JW5/1mho kohm k

ohm

kohm

081MLIF NOBRAC,R284R

G

/AS061M64740002C1JW61/1 074KCIHT PIHC,R584R

G

/AS061M62010002C1JW61/1 1KCIHT PIHC,R684R

G/AS061M63740002C1JW61/1 74KCIHT PIHC,R784R

R490 ~ R491 R,CARBON FILM 33 kohm 1/5WJ2C00003336P520S A/G R492 ~ R493 R,CARBON FILM 33 ohm 1/5WJ2C00003306P520S A/G R

494 ~ R495 R,CARBON FILM 47 ohm 1/5WJ2C00004706P520S A/G

G/AS061M63010002C1JW61/1 01KCIHT PIHC,R105R

G/AS061M64010002C1JW61/1 001KCIHT PIHC,R205R

G

/AS061M63010002C1JW61/1 01KCIHT PIHC,R305R

G

/AS061M62010002C1JW61/1 1KCIHT PIHC,R405R

R

504C/F/RB/SR R,CHIP THICK 470 kohm 1/16WJ4C20004746M160S A/G

R504SW R,CHIP THICK 47 kohm 1/16WJ1C20004736M160S A/G

A

S061M63740002C1JW61/1 74KCIHT PIHC,R505R

R

505L/R R,CHIP THICK1 kohm 1/16WJ2C20001026M160S A/G

G/AS061M63010002C1JW61/1 01KCIHT PIHC,R605R

R506L/R R,CHIP THICK 100 kohm 1/16WJ2C20001046M160S A/G

G/AS061M64740002C1JW61/1 074KCIHT PIHC,R705R

G

/AS061M62010002C1JW61/1 1KCIHT PIHC,R805R

G/AS061M64740002C1JW61/1 074KCIHT PIHC,R905R

R509L/R R,CHIP THICK 470 ohm 1/16WJ2C20004716M160S A/G R510L/R R,CHIP THICK 220 kohm 1/16WJ2C20002246M160S A/G

G/AS061M60740002C1JW61/1mho 74KCIHT PIHC,R115R

R

511L/R R,CHIP THICK 470 ohm 1/16WJ2C20004716M160S A/G

G

/AS061M60740002C1JW61/1mho 74KCIHT PIHC,R215R R512L/R R,CHIP THICK 220 kohm 1/16WJ2C20002246M160S A/G R513 ~ R514 R,CHIP THICK 4.7 kohm 1/16WJ2C20004726M160S A/G R514L/R R,CHIP THICK 470 ohm 1/16WJ2C20004716M160S A/G R515L/R R,CHIP THICK 220 kohm 1/16WJ2C20002246M160S A/G R516L/R R,CHIP THICK 470 ohm 1/16WJ2C20004716M160S A/G R517L/R R,CHIP THICK 220 kohm 1/16WJ2C20002246M160S A/G

G/AS060561010060C1JW0.1mho 001MPP001 MLIF LATEM,R815R

R518L/R R,CHIP THICK 470 ohm 1/16WJ2C20004716M160S A/G

G/AS060561010060C1JW0.1mho 001MPP001 MLIF LATEM,R915R R519L/R R,CHIP THICK 220 kohm 1/16WJ2C20002246M160S A/G R520 ~ R521 R,METAL FILM 100PPM 330 ohm 2.0WJ2C060033166050S A/G

G/AS050562650060C1JW0.1 6.5MPP001 MLIF LATEM,R225R

G/AS050561740060C1JW0.1mho 074MPP001 MLIF LATEM,R325R R526L/R R,CHIP THICK 100 kohm 1/16WJ2C20001046M160S A/G R527 ~ R528 R,CHIP THICK 2.2 kohm 1/16WJ2C20002226M160S A/G R529L/R R,CHIP THICK 470 ohm 1/16WJ2C20004716M160S A/G

R531SW R,CHIP THICK 3.6 kohm 1/16WJ1C20003626M160S A/G R532SW1 R,CHIP THICK 47 kohm 1/16WJ1C20004736M160S A/G R533SW R,CHIP THICK 4.7 kohm 1/16WJ1C20004726M160S A/G R534C/R/RB/SR R,CARBON FILM1 kohm 1/5WJ4C00001026P520S A/G R534SW R,CHIP THICK1 kohm 1/16WJ1C20001026M160S A/G R535C/L/LB/R/RB/SL/SR R,CHIP THICK 470 ohm 1/16WJ7C20004716M160S A/G R536C/L/LB/R/RB/SL/SR R,CHIP THICK 2.2 kohm 1/16WJ7C20002226M160S A/G R537C/L/LB/SL R,CARBON FILM 470 kohm 1/5WJ4C00004746P520S A/G R537SW R,CHIP THICK 470 kohm 1/16WJ1C20004746M160S A/G R538C/L/LB/R/RB/SL/SR R,CHIP THICK 100 kohm 1/16WJ7C20001046M160S A/G R540SW R,CHIP THICK 100 ohm 1/16WJ1C20001016M160S A/G

G/AS061M64220002C1JW61/1 022KCIHT PIHC,R965R

G/AS061M63010002C1JW61/1 01KCIHT PIHC,R075R

G/AS061M62740002C1JW61/1 7.4KCIHT PIHC,R275R

G/AS061M63740002C1JW61/1 74KCIHT PIHC,R375R R580 ~ R581 R,CARBON FILM 47 ohm 1/5WJ2C00004706P520S A/G

G/AS061M63010002C1JW61/1 01KCIHT PIHC,R285R R583, R585 R,CHIP THICK 47 kohm 1/16WJ2C20004736M160S A/G R586 ~ R587 R,CARBON FILM 33 kohm 1/5WJ2C00003336P520S A/G

G/AS061M64010002C1JW61/1 001KCIHT PIHC,R885R

G/AS061M62010002C1JW61/1 1KCIHT PIHC,R985R R590 ~ R592 R,CHIP THICK 47 ohm 1/16WJ3C20004706M160S A/G R593 ~ R594 R,CHIP THICK 22 kohm 1/16WJ2C20002236M160S A/G R595 ~ R598 R,CHIP THICK 47 ohm 1/16WJ4C20004706M160S A/G

J8 C20002256M160S A/G

R547C/FL/FR/SBL/SBR/S L/SR/SW

R,CHIP THICK

2200 kohm 1/16W

A/G

R546C/FL/FR/SBL/SBR/S L/SR/SW

R,CHIP THICK 100 ohm 1/16WJ8C20001016M160S A/G

1/5WJ8C00001026P520S

R530C/FL/FR/LB/RB/SL/S R/SW

R,CARBON FILM 1 kohm

k

ohm kohm k

ohm

kohm

k

ohm

kohm

kohm kohm kohm

kohm

42

R

EF_No. Q'TY. PARTS_No. VER.

D

ESCRIPTION

G

/AS061M63740002C1JW61/1 7

k

ohm

k

ohm

4

KCIHT PIHC,R995R

G/AS061M64220002C1JW61/1 022KCIHT PIHC,R006R

T

RANSISTORS

G/AS0500Y6190005J1AS2 PNP EG/RT,IMES104Q G/AS0500B8621005J1AS2 PNP EG/RT,IMES304Q G/AS0000Y8913205J1CS2 NPN EG/RT,IMES404Q G/AS012005010225J4CS2 NPN/RT PIHC,IMES014Q ~ 704Q G

/AS0000Y8913205J2CS2 NPN EG/RT,IMES214Q ~ 114Q

G/AS012005010225J1CS2 NPN/RT PIHC,IMES314Q G

/AS0000Y8913205J2CS2 NPN EG/RT,IMES514Q ~ 414Q

G/AS0500B8621005J1AS2 PNP EG/RT,IMES614Q G/AS0000Y8913205J1CS2 NPN EG/RT,IMES714Q G/AS0500B8621005J2AS2 PNP EG/RT,IMES914Q ~ 814Q G/AS0000Y8913205J2CS2 NPN EG/RT,IMES124Q ~ 024Q G/AS0500B8621005J3AS2 PNP EG/RT,IMES424Q ~ 224Q G/AS012005010225J1CS2 NPN/RT PIHC,IMES724Q G

/AS012005010025J1AS2 PNP/RT PIHC,IMES824Q

G/AS0100B5782225J2CS2 NPN/RT PIHC,IMES034Q ~ 924Q G/AS012005010025J5AS2 PNP/RT PIHC,IMES115Q ~ 705Q G

/AS0100B5782225J6CS2 NPN/RT PIHC,IMES715Q ~ 215Q

G

/AS012005010025J2AS2 PNP/RT PIHC,IMES225Q ,815Q

G/AS0100B5782225J2CS2 NPN/RT PIHC,IMES345Q ,325Q G/AS012002010225J2CS2 NPN/RT PIHC,IMES545Q ~ 445Q G

/AS012002010025J1AS2 PNP/RT PIHC,IMES645Q

M

ISCELLANEOUS

G/AS030041132200L1MM2 ERIW,NC104NC G/AS050052202856G2ORCIM,ESUF204F ~ 104F G/AS00068804009734LANIMRET

GND409 ~ 704DNG ,504DNG

G/AS02081800002123KNIS TAEH404KNISH ~ 204KNISH

AS040600480540L1P1 ERIW,NC042J

G/AS040600480540L1P1 ERIW,NC142J

AS040600480540L1P1 ERIW,NC242J

AS010000100309E1MA/MF,RENUT104KCAP

GS010001401309E1MA/MF,RENUT104KCAP

G/AS050205021086G5YALER504YLR ~ 104YLR G/AS021020141000L1ERIW,NCBA01ERIW G/AS001010101000L1ERIW,NCBA02ERIW G/AS040010006000L1ERIW,NCBA03ERIW G/AS060000021038E1CIMAREC,ROTANOSER104LATX G/AS00002586002071B.C.P G/AS01080344002121KNIS TAEH G/AS01B180030020B4ETIT PAT,WERCS

A(R-774)0106258608207L-EDIUG DRAOB B.C.P YLBMESSA2BCP

G/AS00002100003341PMALC103PMALC G/AS00002100003341PMALC203PMALC

A(R-774)0107258608207R-EDIUG DRAOB B.C.P YLBMESSA3BCP

142 L045084006040S A/G

J243 ~ J255, J257 ~ J260, J262 ~ J312, J328 ~ J329, J331, J333 ~ J341, J343 ~ J345, J347 ~ J353, J355, J358, J360, J363 ~ J368, J370 ~ J377, J379 ~ J381, J383 ~ J388, J390 ~ J391, J394 ~ J397, J399, J403 ~ J409, J411, J413, J415, J417 ~ J420, J424 ~ J425, J427 ~ J429

CN,WIRE 1P

115 L045084006040S A/G

J102 ~ J115, J118 ~ J119, J121 ~ J122, J124, J126, J128 ~ J131, J135, J137 ~ J138, J141, J143 ~ J146, J148 ~ J149, J153 ~ J157, J160, J162 ~ J163, J165 ~ J185, J187 ~ J201, J203 ~ J239

CN,WIRE 1P

G/A0102258608207L-EDIUG DRAOB B.C.P YLBMESSA2BCP

G(RD-8504)/A0103258608207R-EDIUG DRAOB B.C.P YLBMESSA3BCP

G/AS00002100003341PMALC303PMALC G/AS00002100003341PMALC403PMALC

A(R-774)0108258608207EDIUG-KNISTAEH DRAOB B.C.P YLBMESSA4BCP

G(RD-8504)/A0104258608207EDIUG-KNISTAEH DRAOB B.C.P YLBMESSA4BCP

G/AS00002100003341PMALC503PMALC

A(R-774)0107358608207TNORF DRAOB B.C.P YLBMESSA5BCP A(RD-8504)0101358608207TNORF DRAOB B.C.P YLBMESSA5BCP

43

REF_No. Q'TY. PARTS_No. VER.

DESCRIPTION

G/AS061795401110D1ZV05Fu 1.0KIH PIHC CIMAREC,C407C

C705 ~ C706 C,CERAMIC CHIP HIK 820 pF 50VK2D011821777160S A/G

G

/AS060C60374020D1JV001Fu 740.0RETSEYLOP MLIF,C707C

C708 ~ C709 C,ELECT GE 85C 1 uF 50VM2D040010087150S A/G

G/AS060C60374020D1JV001Fu 740.0RETSEYLOP MLIF,C017C

C712 ~ C713 C,CERAMIC CHIP HIK 820 pF 50VK2D011821777160S A/G

G/AS061795401110D1ZV05Fu 1.0KIH PIHC CIMAREC,C917C G/AS050260101140D1JV01Fu 001C501 EG TCELE,C127C

C727 ~ C728 C,CERAMIC CHIP HIK 0.01 uF 50VK2D011103777160S A/G

G/AS000780001140D1MV05Fu 01C501 EG TCELE,C137C C734, C736 C,ELECT GE 85C 100 uF 10VM2D040101082090S A/G C743 ~ C745 C,CERAMIC CHIP T.C 100 pF 50VJ3D010101167160S A/G

COILS

G/AS012118061043D41DAEB,LIOC227BC ~ 907BC

G/AS020100101033D1ROTCUDNI-RETLIF,LIOC007L

G/AS025007001033D1ROTCUDNI-RETLIF,LIOC207L

G

(RD-8504)S025010022033D2ROTCUDNI-RETLIF,LIOC407L ~ 307L

CONNECTORS

G/AS010000700131L1MM52.1 CPF.NC617NC

G/AS010308625201L1MM5.2 REFAW.NC507PC

G

/AS010009101131L1MM52.1 CPF.NC207CPF

DIODES

G/AS004P45R70660K1PIHC RENEZ,D507ZD

INTERGRATED CIRCUITS

G/AS010051361721J1REVIRD-RAENIL,CI107CI

RESISTORS

J719, J721 R,CHIP THICK 0 ohm 1/8WJ2C200000061300S A/G

G/AS061M60000002C1JW61/1mho 0KCIHT PIHC,R327J

G/AS025P63860000C1JW5/186MLIF NOBRAC,R207R

G/AS061M63860002C1JW61/1 86KCIHT PIHC,R307R R704 ~ R731 R,CHIP THICK 56 kohm 1/16WJ28C20005636M160S A/G

G/AS025P63860000C1JW5/1 86MLIF NOBRAC,R237R R733 ~ R734 R,CHIP THICK 68 kohm 1/16WJ2C20006836M160S A/G

G/AS025P63860000C1JW5/1 86MLIF NOBRAC,R537R

G/AS061M63280002C1JW61/1 28KCIHT PIHC,R737R

G/AS061M62280002C1JW61/1 2.8KCIHT PIHC,R837R R739 ~ R740 R,CARBON FILM 47 ohm 1/5WJ2C00004706P520S A/G

G/AS061M62010002C1JW61/1 1KCIHT PIHC,R647R

G/AS061M63510002C1JW61/1 51KCIHT PIHC,R747R

G/AS061M62280002C1JW61/1 2.8KCIHT PIHC,R157R

G/AS061M62740002C1JW61/1 7.4KCIHT PIHC,R457R

G/AS061M63510002C1JW61/1 51KCIHT PIHC,R177R

G/AS025P60740000C1JW5/1mho 74MLIF NOBRAC,R477R

G/AS025P62010000C1JW5/1 1MLIF NOBRAC,R777R

G/AS061M62740002C1JW61/1 7.4KCIHT PIHC,R287R

G/AS061M62330002C1JW61/1 3.3KCIHT PIHC,R387R

G/AS061M62220002C1JW61/1 2.2KCIHT PIHC,R487R

G/AS061M62510002C1JW61/1 5.1KCIHT PIHC,R587R

G/AS061M62010002C1JW61/1 1KCIHT PIHC,R687R

G/AS061M62220002C1JW61/1 2.2KCIHT PIHC,R887R

G/AS061M62510002C1JW61/1 5.1KCIHT PIHC,R987R

G/AS061M62010002C1JW61/11KCIHT PIHC,R097R

G/AS025P62330000C1JW5/1 3.3MLIF NOBRAC,R197R

TRANSISTORS

G/AS012005010225J1CS2 NPN/RT PIHC,IMES207Q

G/AS012005010025J1AS2 PNP/RT PIHC,IMES307Q

G/AS012005010225J2CS2 NPN/RT PIHC,IMES117Q ,407Q

MISCELLANEOUS

G/AS031030008000L1ERIW,NC107NC

G/AS050070182200L1MM2 ERIW,NC017NC

G/AS010003080035K1TLF,YALPSID107TLF

AS040600480540L2P1 ERIW,NC407L ~ 307L

G/AS061000230005K2DNUOR,DEL207DEL ~ 107DEL

G/AS010051832049E1NOCOMER,ELUDOM107CMR

15 G180000270010S A/G

SW701, SW703, SW705, SW708 ~ SW709, SW711 ~ SW720

SW,TACT

19 L045084006040S A/G

J701, J703, J705 ~ J708, J710 ~ J712, J714 ~ J718, J729, J732 ~ J735

CN,WIRE 1P

G

(RD-8504)0201358608207TNORF DRAOB B.C.P YLBMESSA5BCP

C

APACITORS

C

701 ~ C702 C,CERAMIC CHIP HIK 820 pF 50VK2D011821777160S A/G

G/AS080380074040D1MV61Fu 74C58 EG TCELE,C307C

kohm

kohm kohm kohm

kohm kohm kohm kohm kohm

kohm kohm kohm kohm kohm kohm kohm kohm kohm kohm

44

REF_No. Q'TY. PARTS_No. VER.

DESCRIPTION

G

/AS135377301500D1KV61Fu 10.0LAIXA KIH CIMAREC,C147C

G

/AS012118061043D1DAEB,LIOC307BC

G

/AS010070321121G1REDOCNE,WS207RV

A(R-774)0109358608207W/S_REWOP DRAOB B.C.P YLBMESSA7BCP

G/AS061020153000L1ERIW,NC907NC

G/AS060600221000G1HSUP,WS007WS

A(RD-8504)0104358608207ENOHPDAEH DRAOB B.C.P YLBMESSA8BCP

A

(R-774)010A358608207ENOHPDAEH DRAOB B.C.P YLBMESSA8BCP

G(RD-8504)0204358608207ENOHPDAEH DRAOB B.C.P YLBMESSA8BCP

G/AS061795401110D1ZV05Fu 1.0KIH PIHC CIMAREC,C117C

G

/AS061761174010D1JV05Fp 074C.T PIHC CIMAREC,C627C

G

/AS061795301110D1ZV05Fu 10.0KIH PIHC CIMAREC,C247C

G/AS012118061043D3DAEB,LIOC527BC ~ 427BC ,707BC

G

/ASY0GA916JP204G15.6D,KCAJ507KCAJ

A

S020040143200L1MM2 ERIW,NC207NC

G

S010040143200L1MM2 ERIW,NC207NC

G

/AS02001012101481ERIW RET,GNIR207ERIW

010B358608207XUA DRAOB B.C.P YLBMESSA9BCP

C374L/R C,CERAMIC CHIP T.C 470 pF 50VJ2D010471167160S A/G

G/AS050777301400D1KV05Fu 10.0CSID KIH CIMAREC,C617C C718, C720, C722 C,CERAMIC CHIP HIK 0.1 uF 50VZ3D011104597160S A/G C

723 ~ C725 C,ELECT GE 85C 1 uF 50VM3D040010087090S A/G

C

729 ~ C730 C,CERAMIC CHIP T.C 100 pF 50VJ2D010101167160S A/G

C732 ~ C733 C,CERAMIC CHIP T.C 150 pF 50VJ2D010151167160S A/G

G/AS061761122010D1JV05Fp 022C.T PIHC CIMAREC,C737C

G/AS050777301400D1KV05Fu 10.0CSID KIH CIMAREC,C837C C739 ~ C740 C,CERAMIC CHIP HIK 0.01 uF 50VK2D011103777160S A/G C746 ~ C747 C,CERAMIC CHIP HIK 1000 pF 50VK2D011102777160S A/G

G/AS010001700131L1MM52.1 CPF.NC617PC

G/AS051008554121J1PO RAENIL,CI207CI

G/AS050081530104G25.3D,KCAJ207KCAJ ~ 107KCAJ

G/AS061M60000002C1JW61/1mho 0KCIHT PIHC,R907J

G/AS061M62010002C1JW61/1 1KCIHT PIHC,R857R R759 ~ R762 R,CHIP THICK 100 ohm 1/16WJ4C20001016M160S A/G R763 ~ R764 R,CHIP THICK 100 kohm 1/16WJ2C20001046M160S A/G

G/AS061M63010002C1JW61/1 01KCIHT PIHC,R567R

G/AS061M62220002C1JW61/1 2.2KCIHT PIHC,R667R

G/AS061M64010002C1JW61/1 001KCIHT PIHC,R767R

G/AS061M63010002C1JW61/1 01KCIHT PIHC,R867R

G/AS061M63740002C1JW61/1 74KCIHT PIHC,R967R R770, R772 R,CHIP THICK 1.5 kohm 1/16WJ2C20001526M160S A/G

G/AS061M61740002C1JW61/1mho 074KCIHT PIHC,R377R

G/AS061M62740002C1JW61/1 7.4KCIHT PIHC,R677R R779L/R R,CHIP THICK 330 ohm 1/16WJ2C20003316M160S A/G R780L/R R,CHIP THICK 100 kohm 1/16WJ2C20001046M160S A/G

G/AS040600480540L2P1 ERIW,NC957J ~ 857J

G/AS06001000601481ERIW RET,GNIR007ERIW

0101458608207PMA DRAOB B.C.P YLBMESSA01BCP

CAPACITORS

C201C/FL/FR/SBL/SBR/SL/SR

C,ELECT GE 85C 10 uF 50VM7D040100087070S A/G C,CERAMIC HIK AXIAL 220 pF 50VK7D005221277521S A/G C,CERAMIC HIK DISC 220 pF 500VJ7D00422106D05CS A/G C,CERAMIC T.C DISC 33 pF 500VJ7D00033006D050S A/G C,ELECT GE 85C 100 uF 10VM7D040101082090S A/G C,CERAMIC HIK AXIAL 1000 pF 50VK7D005102177531S A/G C,ELECT GE 85C 47 uF 50VM7D040470087070S A/G C,ELECT GE 85C 10 uF 50VM7D040100087070S A/G C,CERAMIC HIK DISC 100 pF 500VJ7D00410106D050S A/G C,CERAMIC HIK DISC 100 pF 500VJ7D00410106D050S A/G C,CERAMIC HIK AXIAL 0.022 uF 25VZ7D005223594521S A/G

G/AS050C80001040D1MV001Fu 01C58 EG TCELE,C212C

COILS

L201C/FL/FR/SBL/SBR/SL/SR

G/AS033100009033D7ROTCUDNI-RETLIF,LIOC

6 D340160811210S A/G

CB704, CB706, CB708, CB726, CB728, CB730

COIL,BEAD

G

(RD-8504)/A

A

(R-774)

G(RD-8504)/A

A(R-774)

G(RD-8504)/A

0

103358608207W/S_REWOP DRAOB B.C.P YLBMESSA7BCP

0

105358608207XUA DRAOB B.C.P YLBMESSA9BCP

0101458608207PMA DRAOB B.C.P YLBMESSA01BCP

G/AS010050321121G2REDOCNE,WS407RV ,107RV G/AS00003586002071B.C.P G

/ASA1038704002341REDLOH

A

(R-774)0108358608207REDOCNE_LOV DRAOB B.C.P YLBMESSA6BCP

G(RD-8504)/A0102358608207REDOCNE_LOV DRAOB B.C.P YLBMESSA6BCP

C202C/FL/FR/SBL/SBR/SL/SR C203C/FL/FR/SBL/SBR/SL/SR C204C/FL/FR/SBL/SBR/SL/SR C205C/FL/FR/SBL/SBR/SL/SR C206C/FL/FR/SBL/SBR/SL/SR C207C/FL/FR/SBL/SBR/SL/SR C208C/FL/FR/SBL/SBR/SL/SR C209C/FL/FR/SBL/SBR/SL/SR C210C/FL/FR/SBL/SBR/SL/SR C211C/FL/FR/SBL/SBR/SL/SR

kohm

kohm kohm kohm kohm kohm

kohm

45

REF_No. Q'TY. PARTS_No. VER.

DESCRIPTION

R206C/FL/FR/SBL/SBR/SL/SR

R,CARBON FILM33 kohm 1/5WJ7C00003336P520S A/G

R207C/FL/FR/SBL/SBR/SL/SR

R,CARBON FILM 1.5 kohm 1/5WJ7C00001526P520S A/G

R

208C/FL/FR/SBL/SBR/SL/SR

R,CARBON FILM47 kohm 1/5WJ7C00004736P520S A/G

R

209C/FL/FR/SBL/SBR/SL/SR

R,CARBON FILM 1.2 kohm 1/5WJ7C00001226P520S A/G

R210C/FL/FR/SBL/SBR/SL/SR

R

,CARBON FILM 470 ohm 1/5WJ7C00004716P520S A/G

R211C/FL/FR/SBL/SBR/SL/SR

R

,METAL FILM 100PPM 47 ohm 1/4WJ7C060047063050S A/G

R

,CARBON FILM 39 ohm 1/5WJ7C00003906P520S A/G R,CARBON FILM 910 ohm 1/5WJ7C00009116P520S A/G R,CARBON FILM3 kohm 1/5WJ7C00003026P520S A/G R,METAL FILM 100PPM 5.6 kohm 1.0WJ7C060056265050S A/G R,METAL FILM 100PPM 5.6 kohm 1.0WJ7C060056265050S A/G R,METAL FILM 100PPM 4.7 ohm 1.0WJ7C0604R7065050S A/G R,METAL FILM 100PPM 4.7 ohm 1.0WJ7C0604R7065050S A/G R

,METAL FILM 100PPM 0.47 ohm 2.0WJ7C060R47066050S A/G R,METAL FILM 100PPM 0.47 ohm 2.0WJ7C060R47066050S A/G R,METAL FILM 100PPM 0.47 ohm 2.0WJ7C060R47066050S A/G R,METAL FILM 100PPM 0.47 ohm 2.0WJ7C060R47066050S A/G R

,CARBON FILM 22 kohm 1/5WJ7C00002236P520S A/G R

,CARBON FILM 270 kohm 1/5WJ7C00002746P520S A/G R

,CARBON FILM 100 kohm 1/5WJ7C00001046P520S A/G R,CARBON FILM 2.2 kohm 1/5WJ7C00002226P520S A/G R,METAL FILM 100PPM 10 ohm 1.0WJ7C060010065520S A/G

G/AS050560010060C1JW0.1mho 01MPP001 MLIF LATEM,R922R

TRANSISTORS

G/AS0500F2990005J7AS2 PNP EG/RT,IMES G/AS0500F2990005J7AS2 PNP EG/RT,IMES G/AS0500B0023205J7CS2 NPN EG/RT,IMES G/AS0500B0023205J7CS2 NPN EG/RT,IMES

MISCELLANEOUS

G/AS090051101000L1ERIW,NC2NC

G/AS10002056002071B.C.P

A(R-774)0102558608207YBDNATS DRAOB B.C.P YLBMESSA11BCP A(RD-8504)0101558608207YBDNATS DRAOB B.C.P YLBMESSA11BCP

G(RD-8504)0201558608207YBDNATS DRAOB B.C.P YLBMESSA11BCP

CAPACITORS

G/AS070780001040D1MV05Fu 01C58 EG TCELE,C003C G/AS080380222040D1MV61Fu 0022C58 EG TCELE,C103C G/AS05078086R040D1MV05Fu 86.0C58 EG TCELE,C203C G/AS010H80274800D1MV052Fp 0074)YTEFAS(CA CIMAREC,C403C

C305 ~ C306 C,CERAMIC CHIP HIK 0.1 uF 50VZ2D011104597160S A/G

G/AS051780010040D1MV05Fu 1C58 EG TCELE,C513C

CONNECTORS

G/AS010000700131L1MM52.1 CPF.NC103NC G/AS082082353801L1MM29.7 REFAW.NC403PC G/AS092082353801L1MM29.7 REFAW.NC503PC G/AS022000202801L1MM29.7 REFAW.NC603PC

DIODES

G/AS025003310000K1GNIHCTIWS,D103D G/AS030084140500K3PIHC GNIHCTIWS,D403D ~ 203D G/AS010007004000K4GNIHCTIWS,D803D ~ 503D G/AS025440R30060K1RENEZ,D103DZ

AS025440R01060K1RENEZ,D203DZ

INTERGRATED CIRCUITS

G/AS050337111621J1ROTALUGER-RAENIL,CI003CI

RESISTORS

G/AS061M63010002C1JW61/1 01KCIHT PIHC,R003R G/AS061M63020002C1JW61/1 02KCIHT PIHC,R103R G/AS061M62330002C1JW61/1 3.3KCIHT PIHC,R203R G/AS061M62220002C1JW61/1 2.2KCIHT PIHC,R303R

A/G134 L045084006040S

J200 ~ J201, J203, J205 ~ J210, J212 ~ J217, J219 ~ J222, J224, J226 ~ J227, J229 ~ J235, J238 ~ J262, J265 ~ J269, J271 ~ J276, J278 ~ J346

CN,WIRE 1P

CONNECTORS

G/AS014101002101L1MM0.2 REFAW.NC1PC

D

IODES

D201C/FL/FR/SBL/SBR/SL/SR

G

/AS025003310000K7GNIHCTIWS,D

RESISTORS

R201C/FL/FR/SBL/SBR/SL/SR

R,CARBON FILM 220 ohm 1/5WJ7C00002216P520S A/G

R203C/FL/FR/SBL/SBR/SL/SR

R

,CARBON FILM 8.2 kohm 1/5WJ7C00008226P520S A/G

R

204C/FL/FR/SBL/SBR/SL/SR

R

,CARBON FILM 33 kohm 1/5WJ7C00003336P520S A/G

R205C/FL/FR/SBL/SBR/SL/SR

R

,CARBON FILM 470 kohm 1/5WJ7C00004746P520S A/G

R212C/FL/FR/SBL/SBR/SL/SR R213C/FL/FR/SBL/SBR/SL/SR R

214C/FL/FR/SBL/SBR/SL/SR

R

216C/FL/FR/SBL/SBR/SL/SR R217C/FL/FR/SBL/SBR/SL/SR R218C/FL/FR/SBL/SBR/SL/SR R219C/FL/FR/SBL/SBR/SL/SR R

220C/FL/FR/SBL/SBR/SL/SR R221C/FL/FR/SBL/SBR/SL/SR R222C/FL/FR/SBL/SBR/SL/SR R

223C/FL/FR/SBL/SBR/SL/SR R224C/FL/FR/SBL/SBR/SL/SR R225C/FL/FR/SBL/SBR/SL/SR R226C/FL/FR/SBL/SBR/SL/SR R227C/FL/FR/SBL/SBR/SL/SR R228C/FL/FR/SBL/SBR/SL/SR

Q201C/FL/FR/SBL/SBR/SL/SR Q202C/FL/FR/SBL/SBR/SL/SR Q203C/FL/FR/SBL/SBR/SL/SR Q207C/FL/FR/SBL/SBR/SL/SR

kohm kohm kohm kohm

46

R

EF_No. Q'TY. PARTS_No. VER.

D

ESCRIPTION

GS011100422157N1MM02 EBUT SSALG ESUF103F

G

/AS010050000546G2PILC ESUF,REDLOHB/A103F

G

/AS00068804009731LANIMRET103TG

G/AS040600480540L3P1 ERIW,NC303J ~ 103J G/AS010205060086G1YALER103YLR G/AS00004676002071B.C.P

A

(R-774)010758608207OEDIV DRAOB B.C.P YLBMESSA21BCP 2

CAPACITORS

G/AS070180174040D1MV3.6Fu 074C58 EG TCELE,C002C G/AS060280174040D1MV01Fu 074C58 EG TCELE,C102C G/AS070180174040D1MV3.6Fu 074C58 EG TCELE,C202C G

/AS061377374110D1KV61Fu 740.0KIH PIHC CIMAREC,C302C

C

204 ~ C205 C,ELECT GE 85C 470 uF 6.3VM2D040471081070S A/G

G

/AS090280101040D1MV01Fu 001C58 EG TCELE,C602C

G/AS061377374110D1KV61Fu 740.0KIH PIHC CIMAREC,C702C G/AS061775401110D1KV05Fu 1.0KIH PIHC CIMAREC,C802C G/AS051780010040D1MV05Fu 1C58 EG TCELE,C902C G/AS070180174040D1MV3.6Fu 074C58 EG TCELE,C012C G/AS061377374110D1KV61Fu 740.0KIH PIHC CIMAREC,C112C G/AS080380074040D1MV61Fu 74C58 EG TCELE,C212C G/AS061377374110D1KV61Fu 740.0KIH PIHC CIMAREC,C312C G/AS070380101040D1MV61Fu 001C58 EG TCELE,C412C G/AS061777301010D1KV05Fu 10.0C.T PIHC CIMAREC,C512C G/AS080380074040D1MV61Fu 74C58 EG TCELE,C612C G/AS061377374110D1KV61Fu 740.0KIH PIHC CIMAREC,C712C G/AS061777301010D1KV05Fu 10.0C.T PIHC CIMAREC,C812C G/AS070380101040D1MV61Fu 001C58 EG TCELE,C912C G/AS061775401110D1KV05Fu 1.0KIH PIHC CIMAREC,C022C G/AS051780010040D1MV05Fu 1C58 EG TCELE,C122C G/AS080380074040D1MV61Fu 74C58 EG TCELE,C222C G/AS061377374110D1KV61Fu 740.0KIH PIHC CIMAREC,C322C G/AS070180174040D1MV3.6Fu 074C58 EG TCELE,C422C G/AS070780001040D1MV05Fu 01C58 EG TCELE,C522C G/AS090280101040D1MV01Fu 001C58 EG TCELE,C722C G/AS070380101040D1MV61Fu 001C58 EG TCELE,C332C G/AS061777301010D1KV05Fu 10.0C.T PIHC CIMAREC,C432C

C238, C241, C243 ~ C244 C,ELECT GE 85C 10 uF 50VM4D040100087070S A/G

G/AS090280101040D1MV01Fu 001C58 EG TCELE,C542C G/AS070380101040D1MV61Fu 001C58 EG TCELE,C842C

G/AS061777301010D1KV05Fu 10.0C.T PIHC CIMAREC,C942C C250 ~ C251 C,ELECT GE 85C 10 uF 50VM2D040100087070S A/G C252 ~ C257 C,ELECT GE 85C 470 uF 6.3VM6D040471081070S A/G C258 ~ C261 C,ELECT GE 85C 10 uF 50VM4D040100087070S A/G

G/AS090280101040D1MV01Fu 001C58 EG TCELE,C262C

G/AS061777301010D1KV05Fu 10.0C.T PIHC CIMAREC,C362C C264 ~ C265 C,ELECT GE 85C 10 uF 50VM2D040100087070S A/G

G/AS061775401110D1KV05Fu 1.0KIH PIHC CIMAREC,C472C

G/AS051780010040D1MV05Fu 1C58 EG TCELE,C572C

G/AS061775401110D1KV05Fu 1.0KIH PIHC CIMAREC,C672C C277 ~ C279 C,CERAMIC CHIP HIK 0.047 uF 16VK3D011473773160S A/G C280 ~ C282 C,CERAMIC CHIP HIK 0.1 uF 50VK3D011104577160S A/G

CONNECTORS

G/AS010001151021L3MM5.1 GNISUOH.NC302PC ~ 102PC

G/AS010130001101L1MM0.2 REFAW.NC103PC

G/AS012130001101L1MM0.2 REFAW.NC203PC

DIODES

D200 ~ D205, D213 ~ D21

7

G/AS030084140500K11PIHC GNIHCTIWS,D

G/AS004P43R30660K2PIHC RENEZ,D102DZ ~ 002DZ

INTERGRATED CIRCUITS

IC200~IC201, IC203, IC205

G/AS010006597171J4WS ROTINOM,CI

G/AS010003537040J1CIGOL,CI602CI

G(RD-8504)/A0101758608207OEDIV DRAOB B.C.P YLBMESSA21BCP

G/AS050360010060C1JW4/1mho 01MPP001 MLIF LATEM,R403R

G/AS061M63740002C1JW61/1 74KCIHT PIHC,R333R

TRANS

AS09305108200281SNART REWOP103TP

GS08305108200281SNART REWOP103TP

T

RANSISTORS

G

/AS012057830225J2CS2 NPN/RT PIHC,IMES103Q ~ 003Q

A

S01200S701225J1CS2 NPN/RT PIHC,IMES203Q

M

ISCELLANEOUS

A

S011103622157N1MM02 EBUT SSALG ESUF103F

C269 C,ELECT GE 85 4.7 uF 50VM1 D0404R7087250S A(R-774 only) C270 ~ C273 C,CERAMIC CHIP T.C 0.01 uF 50VK4D010103777160S A(R-774 only)

kohm

47

REF_No. Q'TY. PARTS_No. VER.

DESCRIPTION

G/AS061M60570002C1JW61/1mho 57KCIHT PIHC,R012R

G/AS061M62330002C1JW61/1 3.3KCIHT PIHC,R112R

G/AS061M63220002C1JW61/1 22KCIHT PIHC,R212R

G/AS061M61930002C1JW61/1mho 093KCIHT PIHC,R312R

G/AS061M62210002C1JW61/1 2.1KCIHT PIHC,R412R

G/AS061M61220002C1JW61/1mho 022KCIHT PIHC,R512R

G

/AS061M62330002C1JW61/1 3.3KCIHT PIHC,R612R

R

217 ~ R218 R,CHIP THICK 75 ohm 1/16WJ2C20007506M160S A/G

G/AS061M62280002C1JW61/1 2.8KCIHT PIHC,R912R

G/AS061M62740002C1JW61/1 7.4KCIHT PIHC,R022R

G/AS061M62010002C1JW61/1 1KCIHT PIHC,R122R R

222 ~ R223 R,CHIP THICK 10 kohm 1/16WJ2C20001036M160S A/G

G/AS061M60570002C1JW61/1mho 57KCIHT PIHC,R422R

G/AS061M63740002C1JW61/1 74KCIHT PIHC,R522R R226 ~ R227 R,CHIP THICK 240 ohm 1/16WJ2C20002416M160S A/G

G

/AS061M63010002C1JW61/1 01KCIHT PIHC,R822R

G

/AS061M62280002C1JW61/1 2.8KCIHT PIHC,R922R

G/AS061M60570002C1JW61/1mho 57KCIHT PIHC,R032R

G/AS061M63220002C1JW61/1 22KCIHT PIHC,R132R

G/AS061M62740002C1JW61/1 7.4KCIHT PIHC,R232R

G/AS061M62210002C1JW61/1 2.1KCIHT PIHC,R332R

G/AS061M61220002C1JW61/1mho 022KCIHT PIHC,R432R

G/AS061M60570002C1JW61/1mho 57KCIHT PIHC,R532R

G/AS061M62280002C1JW61/1 2.8KCIHT PIHC,R632R

G/AS061M62740002C1JW61/1 7.4KCIHT PIHC,R732R

G/AS061M62010002C1JW61/1 1KCIHT PIHC,R832R

G/AS061M60570002C1JW61/1mho 57KCIHT PIHC,R932R

G/AS061M63740002C1JW61/1 74KCIHT PIHC,R042R

G/AS061M62280002C1JW61/1 2.8KCIHT PIHC,R142R

G/AS061M62010002C1JW61/1 1KCIHT PIHC,R242R

G/AS061M60570002C1JW61/1mho 57KCIHT PIHC,R342R

G/AS061M63220002C1JW61/1 22KCIHT PIHC,R442R

G/AS061M63010002C1JW61/1 01KCIHT PIHC,R542R

G/AS061M61420002C1JW61/1mho 042KCIHT PIHC,R642R

G/AS061M60570002C1JW61/1mho 57KCIHT PIHC,R742R R248 ~ R249, R251 R,CHIP THICK 10 kohm 1/16WJ3C20001036M160S A/G R255, R258 R,CHIP THICK 75 ohm 1/16WJ2C20007506M160S A/G

G/AS061M62010002C1JW61/1 1KCIHT PIHC,R952R

G/AS061M63220002C1JW61/1 22KCIHT PIHC,R162R

G/AS061M60570002C1JW61/1mho 57KCIHT PIHC,R362R

G/AS061M61930002C1JW61/1mho 093KCIHT PIHC,R562R

G/AS061M60570002C1JW61/1mho 57KCIHT PIHC,R762R

G/AS061M63010002C1JW61/1 01KCIHT PIHC,R862R R271 ~ R272 R,CHIP THICK 75 ohm 1/16WJ2C20007506M160S A/G

G/AS061M63010002C1JW61/1 01KCIHT PIHC,R372R R274 ~ R277 R,CHIP THICK 75 ohm 1/16WJ4C20007506M160S A/G R278 ~ R280 R,CHIP THICK 200 ohm 1/16WJ3C20002016M160S A/G

G/AS061M60860002C1JW61/1mho 86KCIHT PIHC,R182R R282 ~ R283 R,CHIP THICK 100 ohm 1/16WJ2C20001016M160S A/G R284 ~ R285 R,CHIP THICK 10 kohm 1/16WJ2C20001036M160S A/G R286 ~ R287 R,CHIP THICK 100 ohm 1/16WJ2C20001016M160S A/G R288 ~ R292 R,CHIP THICK 75 ohm 1/16WJ5C20007506M160S A/G R293 ~ R295 R,CHIP THICK 5.1 kohm 1/16WJ3C20005126M160S A/G R296 ~ R298 R,CHIP THICK 75 ohm 1/16WJ3C20007506M160S A/G R299 ~ R301 R,CHIP THICK 10 kohm 1/16WJ3C20001036M160S A/G

G/AS061M61570002C1JW61/1mho 057KCIHT PIHC,R203R R303 ~ R305 R,CHIP THICK 10 kohm 1/16WJ3C20001036M160S A/G

A(R-774 only)C060015165050S1.0Wmho 4.7R,METAL FILM 100PPM03R7 1J

JACKS

G/ASM0301V238806G1ACR,RET102KCAJ

G/ASM0201V238806G1ACR,RET202KCAJ G/ASY0400A453606G1NIP3 ACR,RET302KCAJ

R

ESISTORS

BD200 ~ BD204 R,CHIP THICK 0 ohm 1/16WJ5C20000006M160S A/G

G/AS061M62330002C1JW61/1 3.3KCIHT PIHC,R002R

G/AS061M63220002C1JW61/1 22KCIHT PIHC,R102R R202 ~ R204 R,CHIP THICK 200 ohm 1/16WJ3C20002016M160S A/G R205 ~ R206 R,CHIP THICK 75 ohm 1/16WJ2C20007506M160S A/G

G/AS061M63220002C1JW61/1 22KCIHT PIHC,R702R

G/AS061M62740002C1JW61/1 7.4KCIHT PIHC,R802R

G

/AS061M63220002C1JW61/1 22KCIHT PIHC,R902R

A(R-774 only)1402KCAJ JACK, D3.5 G401035320010S

R306 R,METAL FILM 100PPM 4.7 kohm 1.0W J 1 C0604R7065050S A(R-774 only)

R308 R,CHIP THICK 1 kohm 1/16W J 1 C20001026M160S A(R-774 only)

k

ohm

kohm

kohm k

ohm

kohm

k

ohm

k

ohm

kohm

kohm kohm kohm

kohm

kohm kohm

kohm kohm kohm

kohm kohm

kohm

k

ohm

48

R

EF_No. Q'TY. PARTS_No. VER.

D

ESCRIPTION

R309 R,CHIP THICK 10 kohm 1/16W J 1 C20001036M160S A(R-774 only)

G/AS061M63740002C1JW61/1 74KCIHT PIHC,R113R G

/AS061M62210002C1JW61/1 2.1KCIHT PIHC,R213R

G

/AS061M62280002C1JW61/1 2.8KCIHT PIHC,R313R

G

/AS061M61220002C1JW61/1mho 022KCIHT PIHC,R413R

G/AS061M62740002C1JW61/1 7.4KCIHT PIHC,R513R G/AS061M63010002C1JW61/1 01KCIHT PIHC,R613R G/AS061M62010002C1JW61/1 1KCIHT PIHC,R713R G

/AS061M62740002C1JW61/1 7.4KCIHT PIHC,R813R

G

/AS061M62220002C1JW61/1 2.2KCIHT PIHC,R913R

G/AS061M60860002C1JW61/1mho 86KCIHT PIHC,R023R

R

321, R323, R325 R,CHIP THICK 0 ohm 1/16WJ3C20000006M160S A/G

R

326 ~ R327 R,CHIP THICK 750 ohm 1/16WJ2C20007516M160S A/G

G/AS061M63010002C1JW61/1 01KCIHT PIHC,R823R

TRANSISTORS

G/AS0000Y8913205J1CS2 NPN EG/RT,IMES002Q G

/AS0500S3390005J1AS2 PNP EG/RT,IMES102Q

G

/AS0000Y8913205J1CS2 NPN EG/RT,IMES202Q

G/AS056180101050D1MV3.6Fu 001)EG(PIHC TCELE,C002C G/AS101771401110D1KV05Fu 1.0KIH PIHC CIMAREC,C102C G/AS003280001070D1MV01Fu 01)CT(PIHC MULATNAT,C202C G/AS101771222110D1KV05Fp 0022KIH PIHC CIMAREC,C302C G/AS101771201110D1KV05Fp 0001KIH PIHC CIMAREC,C402C

C205 ~ C207 C,CERAMIC CHIP HIK 0.1 uF 50VK3D011104177101S A/G

G/AS003280001070D1MV01Fu 01)CT(PIHC MULATNAT,C802C

C209, C21 C,CERAMIC CHIP HIK 0.1 uF 50VK2D011104177101S A/G

G/AS003280001070D1MV01Fu 01)CT(PIHC MULATNAT,C012C

C

211 ~ C214 C,CERAMIC CHIP HIK 0.1 uF 50VK4D011104177101S A/G

G/AS056180101050D1MV3.6Fu 001)EG(PIHC TCELE,C512C C216 ~ C218 C,TANTALUM CHIP(TC) 10 uF 10VM3D070100082300S A/G C219, C22, C220 ~ C221 C,CERAMIC CHIP HIK 0.1 uF 50VK4D011104177101S A/G C222 ~ C226 C,CERAMIC CHIP HIK 1000 pF 50VK5D011102177101S A/G

G/AS003280001070D1MV01Fu 01)CT(PIHC MULATNAT,C722C

G/AS101771401110D1KV05Fu 1.0KIH PIHC CIMAREC,C822C

G/AS101771201110D1KV05Fp 0001KIH PIHC CIMAREC,C922C

G/AS102767374110D1JV05Fu 740.0KIH PIHC CIMAREC,C32C

G/AS003280001070D1MV01Fu 01)CT(PIHC MULATNAT,C032C C231 ~ C233 C,CERAMIC CHIP HIK 0.1 uF 50VK3D011104177101S A/G C234 ~ C238 C,CERAMIC CHIP HIK 1000 pF 50VK5D011102177101S A/G

G/AS003280001070D1MV01Fu 01)CT(PIHC MULATNAT,C932C

G/AS102767374110D1JV05Fu 740.0KIH PIHC CIMAREC,C42C C240 ~ C241 C,CERAMIC CHIP HIK 0.1 uF 50VK2D011104177101S A/G C242 ~ C243 C,CERAMIC CHIP HIK 1000 pF 50VK2D011102177101S A/G

G/AS101771401110D1KV05Fu 1.0KIH PIHC CIMAREC,C442C

G/AS101771201110D1KV05Fp 0001KIH PIHC CIMAREC,C542C

G/AS003280001070D1MV01Fu 01)CT(PIHC MULATNAT,C642C

G/AS101771401110D1KV05Fu 1.0KIH PIHC CIMAREC,C742C

G/AS101771201110D1KV05Fp 0001KIH PIHC CIMAREC,C842C

G/AS101771301110D1KV05Fu 10.0KIH PIHC CIMAREC,C942C C25, C250 ~ C254 C,CERAMIC CHIP HIK 0.1 uF 50VK6D011104177101S A/G C255 ~ C256 C,TANTALUM CHIP(TC) 10 uF 10VM2D070100082300S A/G C257 ~ C258 C,CERAMIC CHIP HIK 0.1 uF 50VK2D011104177101S A/G

G/AS003280001070D1MV01Fu 01)CT(PIHC MULATNAT,C952C C26, C260 ~ C262 C,CERAMIC CHIP HIK 0.1 uF 50VK4D011104177101S A/G

G/AS003280001070D1MV01Fu 01)CT(PIHC MULATNAT,C362C C264 ~ C269, C27 C,CERAMIC CHIP HIK 0.1 uF 50VK7D011104177101S A/G C270 ~ C271 C,TANTALUM CHIP(TC) 10 uF 10VM2D070100082300S A/G

G/AS101771401110D1KV05Fu 1.0KIH PIHC CIMAREC,C272C

G/AS003280001070D1MV01Fu 01)CT(PIHC MULATNAT,C372C

G/AS101771401110D1KV05Fu 1.0KIH PIHC CIMAREC,C472C

G/AS003280001070D1MV01Fu 01)CT(PIHC MULATNAT,C572C C276 ~ C279, C28, C280 C,CERAMIC CHIP HIK 0.1 uF 50VK6D011104177101S A/G C281 ~ C283 C,TANTALUM CHIP(TC) 10 uF 10VM3D070100082300S A/G C284 ~ C285 C,CERAMIC CHIP HIK 18 pF 50VJ2D011180167101S A/G

G/AS101771401110D1KV05Fu 1.0KIH PIHC CIMAREC,C682C

G/AS003280001070D1MV01Fu 01)CT(PIHC MULATNAT,C782C

C43 ~ C44 C,TANTALUM CHIP(TC) 10 uF 10VM2D070100082300S A/G

G/AS1017617R4110D1JV05Fp 7.4KIH PIHC CIMAREC,C16C C62 ~ C63 C,CERAMIC CHIP HIK 12 pF 50VJ2D011120167101S A/G

K18 D011104177101S A/G

C45 ~ C49, C5, C50 ~ C59,

C6, C60

C,CERAMIC CHIP HIK 0.1 uF 50V

K26 D011104177101S A/G

C288 ~ C289, C29, C290 ~ C297, C3, C30 ~ C39, C4, C40 ~ C42

C,CERAMIC CHIP HIK 0.1 uF 50V

k

ohm kohm kohm

k

ohm k

ohm kohm

kohm

49

REF_No. Q'TY. PARTS_No. VER.

D

ESCRIPTION

C

64 ~ C65 C,TANTALUM CHIP(TC) 22 uF 6.3VM2D070226081300S A/G

G

/AS101761002110D1JV05Fp 02KIH PIHC CIMAREC,C66C

G

/AS101771401110D1KV05Fu 1.0KIH PIHC CIMAREC,C76C

G/AS101771222110D1KV05Fp 2200KIH PIHC CIMAREC,C86C G

/AS101771201110D1KV05Fp 0001KIH PIHC CIMAREC,C96C

G/AS101771401110D1KV05Fu 1.0KIH PIHC CIMAREC,C7C

C70 ~ C71 C,TANTALUM CHIP(TC) 22 uF 6.3VM2D070226081300S A/G

G/AS101771401110D1KV05Fu 1.0KIH PIHC CIMAREC,C37C

C74 ~ C75 C,TANTALUM CHIP(TC) 22 uF 6.3VM2D070226081300S A/G

G/AS101771401110D1KV05Fu 1.0KIH PIHC CIMAREC,C77C G

/AS101771222110D1KV05Fp 0022KIH PIHC CIMAREC,C87C

G/AS101771201110D1KV05Fp 0001KIH PIHC CIMAREC,C97C G

/AS101771401110D1KV05Fu 1.0KIH PIHC CIMAREC,C8C

G/AS101771222110D1KV05Fp 0022KIH PIHC CIMAREC,C08C G

/AS101771201110D1KV05Fp 0001KIH PIHC CIMAREC,C18C

G

/AS003280001070D1MV01Fu 01)CT(PIHC MULATNAT,C28C

G

/AS003180622070D1MV3.6Fu 22)CT(PIHC MULATNAT,C38C

C

84 ~ C89, C9, C90 ~ C99 C,CERAMIC CHIP HIK 0.1 uF 50VK17D011104177101S A/G

COILS

G/AS020100252013D3ROTCUDNI,LIOC11L ~ 01L ,1L G/AS027446428013D1ROTCUDNI,LIOC21L G/AS020100252013D1ROTCUDNI,LIOC2L G/AS027446428013D3ROTCUDNI,LIOC5L ~ 3L G/AS020100252013D4ROTCUDNI,LIOC9L ~ 6L

CONNECTORS

G/AS050091001901L4 REFAW.NC5NC ~ 2NC G/AS010001169031L2MM0.1 CPF.NC2CPF ~ 1CPF G/AS010001151001L4MM5.1 REFAW.NC52U ,21U ~ 01U G/AS010060151001L1MM5.1 REFAW.NC3U G/AS010051151001L1MM5.1 REFAW.NC4U G/AS010001151001L1MM5.1 REFAW.NC5U G/AS010090151001L2MM5.1 REFAW.NC7U ~ 6U G/AS010070151001L1MM5.1 REFAW.NC8U G/AS010060151001L1MM5.1 REFAW.NC9U

DIODES

G(RD-8504 only)/AS020020210760K84PIHC DSE,D06D ~ 31D

G/AS010003125521K2PIHC YKTTOHCS,D36D ~ 26D

INTERGRATED CIRCUITS

G/AS081044247040J1CIGOL,CI1CI G/AS020001047440J1REDOCED-CIGOL,CI2CI G/AS010020303020J1SSECORP ORCIM UPC,CI3CI G/AS030004319040J1CIGOL,CI4CI G/AS010008R10621J1ROTALUGER-RAENIL,CI1GER G/AS020217111621J1ROTALUGER-RAENIL,CI2GER G/AS040003R30621J2ROTALUGER-RAENIL,CI4GER ~ 3GER G/AS010008R10621J1ROTALUGER-RAENIL,CI5GER G/AS010057111621J1ROTALUGER-RAENIL,CI6GER G/AS030088259300J1DLP/LAP,CI1U G/AS071361154100J2MAR-YROMEM,CI41U ~ 31U G/AS020000102080J1GOLANA,CI51U G/AS010001201840J3REVNOC D/D-CIGOL,CI91U ~ 71U G/AS040075247040J2CIGOL,CI12U ~ 02U G/AS010001201840J1REVNOC D/D-CIGOL,CI32U G/AS030003329040J1CIGOL,CI42U G/AS010054233040J01CIGOL,CI63U ~ 72U

RESISTORS

J100 ~ J108 R,CHIP THICK 0 ohm 1/8WJ9C200000061300S A/G R1, R10 R,CHIP THICK 0 ohm 1/16WJ2C20000006M101S A/G

G/AS101M40492002C1FW61/1mho 492KCIHT PIHC,R001R G/AS101M60000002C1JW61/1mho 0KCIHT PIHC,R101R

A/G

96 D340160812210S A/G

FB100 ~ FB105, FB62, FB97 ~ FB99

R,CHIP THICK 0 ohm 1/16WJ10C20000006M160S

F

B1, FB10, FB106 ~ FB108, FB11 ~ FB19, FB2, F

B20 ~ FB29, FB3, FB30 ~ FB39, FB4, FB40 ~ FB49, F

B5, FB50 ~ FB59, FB6, FB60 ~ FB61, FB63 ~ FB69, FB7, FB70 ~ FB79, F

B8, FB80 ~ FB89, FB9, FB90, FB92, FB94 ~ FB96

C

OIL,BEAD

A(R-774 only)S020020210760K60

PIHC DSE,D

D1, D7~D9, D10~19, D2, D20~29, D3, D30~D39, D4, D40~D49, D5, D50~D59, D6, D60

50

R

EF_No. Q'TY. PARTS_No. VER.

DESCRIPTION

G/AS101M60000002C1JW61/1mho 0KCIHT PIHC,R601R

R

107 ~ R108 R,CHIP THICK ohm 1/16WJ2C20030R16M101S A/G

R

109, R11 R,CHIP THICK 0 ohm 1/16WJ2C20000006M101S A/G

G/AS101M61R03002C1JW61/1mho KCIHT PIHC,R011R G/AS101M42010002C1FW61/1 1KCIHT PIHC,R111R G/AS101M61R03002C1JW61/1mho KCIHT PIHC,R211R G/AS101M602R2002C1JW61/1mho 2.2KCIHT PIHC,R311R G

/AS101M61R03002C1JW61/1mho KCIHT PIHC,R411R

G

/AS101M42010002C1FW61/11KCIHT PIHC,R511R

G

/AS101M61R03002C1JW61/1mho KCIHT PIHC,R611R

R

117 ~ R118 R,CHIP THICK 2.2 ohm 1/16WJ2C2002R206M101S A/G

G/AS101M42010002C1FW61/1 1KCIHT PIHC,R911R G/AS101M60000002C1JW61/1mho 0KCIHT PIHC,R21R

G/AS101M42010002C1FW61/1 1KCIHT PIHC,R021R R121 ~ R123 R,CHIP THICK 0 ohm 1/16WJ3C20000006M101S A/G R124 ~ R127 R,CHIP THICK 33 ohm 1/16WJ4C20003306M101S A/G R128 ~ R129, R13 R,CHIP THICK 0 ohm 1/16WJ3C20000006M101S A/G R

130 ~ R131 R,CHIP THICK 33 ohm 1/16WJ2C20003306M101S A/G

G

/AS101M602R2002C1JW61/1mho 2.2KCIHT PIHC,R501R

R103 ~ R104 R,CHIP THICK 0 ohm 1/16WJ2C20000006M101S A/G

G

/AS1020602R2002C1JW01.0mho 2.2KCIHT PIHC,R201R

G/AS101M60000002C1JW61/1mho 0KCIHT PIHC,R231R R133 ~ R134 R,CHIP THICK 33 ohm 1/16WJ2C20003306M101S A/G R

135 ~ R137 R,CHIP THICK 0 ohm 1/16WJ3C20000006M101S A/G

R138 ~ R139 R,CHIP THICK 33 ohm 1/16WJ2C20003306M101S A/G

G/AS101M62010002C1JW61/1 1KCIHT PIHC,R41R

G/AS101M60330002C1JW61/1mho 33KCIHT PIHC,R041R

G

/AS101M61510002C1JW61/1mho 051KCIHT PIHC,R141R

G/AS101M60330002C1JW61/1mho 33KCIHT PIHC,R241R R

143 ~ R144, R146 R,CHIP THICK 150 ohm 1/16WJ3C20001516M101S A/G

G/AS101M60330002C1JW61/1mho 33KCIHT PIHC,R741R R148 ~ R149 R,CHIP THICK 150 ohm 1/16WJ2C20001516M101S A/G

G/AS101M62010002C1JW61/1 1KCIHT PIHC,R51R

G/AS101M60330002C1JW61/1mho 33KCIHT PIHC,R051R

G/AS101M61510002C1JW61/1mho 051KCIHT PIHC,R151R R152 ~ R153 R,CHIP THICK 33 ohm 1/16WJ2C20003306M101S A/G R154 ~ R156 R,CHIP THICK 150 ohm 1/16WJ3C20001516M101S A/G

G/AS101M60000002C1JW61/1mho 0KCIHT PIHC,R751R R158 ~ R159 R,CHIP THICK 150 ohm 1/16WJ2C20001516M101S A/G

G/AS101M62010002C1JW61/1 1KCIHT PIHC,R61R

G/AS101M62810002C1JW61/1 8.1KCIHT PIHC,R061R

G/AS101M63720002C1JW61/1 72KCIHT PIHC,R161R

G/AS101M60000002C1JW61/1mho 0KCIHT PIHC,R261R R164 ~ R165 R,CHIP THICK 2.7 kohm 1/16WJ2C20002726M101S A/G R166 ~ R167 R,CHIP THICK 4.7 kohm 1/16WJ2C20004726M101S A/G R168 ~ R169 R,CHIP THICK 68 ohm 1/16WJ2C20006806M101S A/G

G/AS101M62010002C1JW61/1 1KCIHT PIHC,R71R

G/AS101M60860002C1JW61/1mho 86KCIHT PIHC,R071R

G/AS101M65010002C1JW61/1 000KCIHT PIHC,R171R

G/AS101M60740002C1JW61/1mho 74KCIHT PIHC,R271R

R176 ~ R177 R,CHIP THICK 47 kohm 1/16WJ2C20004736M101S A/G

G/AS101M606R5002C1JW61/1mho 6.5

mho 6.5

KCIHT PIHC,R971R

G/AS101M42010002C1FW61/1 1KCIHT PIHC,R81R

G/AS101M42010002C1FW61/1 1KCIHT PIHC,R91R R191 ~ R192 R,CHIP THICK 5.6 ohm 1/16WJ2C2005R606M101S A/G R193 ~ R196 R,CHIP THICK 47 kohm 1/16WJ4C20004736M101S A/G R197 ~ R199 R,CHIP THICK 5.6 ohm 1/16WJ3C2005R606M101S A/G

G/AS101M60000002C1JW61/1mho 0KCIHT PIHC,R2R

G/AS101M602R2002C1JW61/1mho 2.2KCIHT PIHC,R02R R200 ~ R209 R,CHIP THICK 5.6 ohm 1/16WJ10C2005R606M101S A/G

G/AS101M602R2002C1JW61/1mho 2.2KCIHT PIHC,R12R R210 ~ R212 R,CHIP THICK 5.6 ohm 1/16WJ3C2005R606M101S A/G R213 ~ R214 R,CHIP THICK 47 k ohm 1/16WJ2C20004736M101S A/G

G/AS101M60330002C1JW61/1mho 33KCIHT PIHC,R912R

G/AS101M42010002C1FW61/1 1KCIHT PIHC,R22R

G/AS101M60330002C1JW61/1mho 33KCIHT PIHC,R022R R221 ~ R222 R,CHIP THICK 0 ohm 1/16WJ2C20000006M101S A/G R223 ~ R224 R,CHIP THICK 33 ohm 1/16WJ2C20003306M101S A/G

R181, R183, R185, R187, R189

R,CHIP THICK 5.6 ohm 1/16WJ5C2005R606M101S A/G(RD-8504 only)

A(R-774 only)S101M63740002C2JW61/174KCIHT PIHC,R3 ~ R17471R A(R-774 only)C2005R606M101S3JW61/1mho 5.6KCIHT PIHC,R5, R178 ~ R17971R

A(R-774 only)C2005R606M101S10JW61/1KCIHT PIHC,R80 ~ R1891R

G/AS101M60000002C1JW61/1mho 0KCIHT PIHC,R522R

k

ohm

k

ohm

kohm

k

ohm

kohm

kohm kohm kohm

kohm

51

REF_No. Q'TY. PARTS_No. VER.

DESCRIPTION

G

/AS101M62740002C1JW61/1kohm

k

ohm

kohm

k

ohm

kohm

7.4KCIHT PIHC,R132R G

/AS101M60330002C1JW61/1mho 33KCIHT PIHC,R232R

R

233 ~ R235 R,CHIP THICK 4.7 kohm 1/16WJ3C20004726M101S A/G

G/AS101M60330002C1JW61/1mho 33KCIHT PIHC,R632R G/AS101M60000002C1JW61/1mho 0KCIHT PIHC,R732R

R238 ~ R239 R,CHIP THICK 33 ohm 1/16WJ2C20003306M101S A/G

G/AS101M42010002C1FW61/11KCIHT PIHC,R42R G/AS101M60330002C1JW61/1mho 33KCIHT PIHC,R142R G/AS101M60000002C1JW61/1mho 0KCIHT PIHC,R542R G/AS101M60330002C1JW61/1mho 33KCIHT PIHC,R742R G

/AS111M63010002C1JW61/1 01KCIHT PIHC,R842R

G

/AS101M60330002C1JW61/1mho 33KCIHT PIHC,R942R

G

/AS101M61010002C1JW61/1mho 001KCIHT PIHC,R52R

G/AS111M63010002C1JW61/1 01KCIHT PIHC,R052R

R251 ~ R253 R,CHIP THICK 4.7 kohm 1/16WJ3C20004726M101S A/G

R281 ~ R284 R,CHIP THICK 0 ohm 1/16WJ4C20000006M101S A/G

G/AS111M63010002C1JW61/1 01KCIHT PIHC,R582R G/AS101M60000002C1JW61/1mho 0KCIHT PIHC,R692R G/AS101M63030002C1JW61/1 03KCIHT PIHC,R792R

R

254 ~ R257, R259 ~ R274,

R276 ~ R279

R

,CHIP THICK 33 ohm 1/16WJ24C20003306M101S A/G

KCIHT PIHC,R892R

.45 kohm 1/16WF1C20084514M101S A/G

G

/AS111M63010002C1JW61/1 01KCIHT PIHC,R992R

G

/AS101M60000002C1JW61/1mho 0KCIHT PIHC,R3R R300 ~ R310 R,CHIP THICK 33 ohm 1/16WJ11C20003306M101S A/G R312 ~ R313 R,CHIP THICK 4.7 kohm 1/16WJ2C20004726M101S A/G

G/AS101M60330002C1JW61/1mho 33KCIHT PIHC,R413R R315 ~ R316 R,CHIP THICK 4.7 kohm 1/16WJ2C20004726M101S A/G R317 ~ R318 R,CHIP THICK 100 ohm 1/16WJ2C20001016M101S A/G R319 ~ R322 R,CHIP THICK 33 ohm 1/16WJ4C20003306M101S A/G

G/AS101M62740002C1JW61/1 7.4KCIHT PIHC,R323R

G/AS101M60330002C1JW61/1mho 33KCIHT PIHC,R423R

G/AS101M61810002C1JW61/1mho 081KCIHT PIHC,R523R

G/AS101M61150002C1JW61/1mho 015KCIHT PIHC,R623R R327 ~ R329 R,CHIP THICK 33 ohm 1/16WJ3C20003306M101S A/G

G/AS101M62740002C1JW61/1 7.4KCIHT PIHC,R33R

G/AS101M60000002C1JW61/1mho 0KCIHT PIHC,R033R R335 ~ R339 R,CHIP THICK 33 ohm 1/16WJ5C20003306M101S A/G

G/AS101M62740002C1JW61/1 7.4KCIHT PIHC,R43R R340 ~ R344 R,CHIP THICK 33 ohm 1/16WJ5C20003306M101S A/G R345 ~ R349 R,CHIP THICK 16 ohm 1/16WJ5C20001606M101S A/G

G/AS101M62740002C1JW61/1 7.4KCIHT PIHC,R53R

G/AS101M60610002C1JW61/1mho 61KCIHT PIHC,R053R R351 ~ R354 R,CHIP THICK 56 ohm 1/16WJ4C20005606M101S A/G R356 ~ R359 R,CHIP THICK 33 ohm 1/16WJ4C20003306M101S A/G

G/AS101M62740002C1JW61/1 7.4KCIHT PIHC,R63R R360, R363 ~ R366 R,CHIP THICK 33 ohm 1/16WJ5C20003306M101S A/G

G/AS101M60650002C1JW61/1mho 65KCIHT PIHC,R763R R368 ~ R377 R,CHIP THICK 33 ohm 1/16WJ10C20003306M101S A/G

KCIHT PIHC,R873R

10000 kohm 1/16WJ1C20001066M101S A/G

G/AS101M60330002C1JW61/1mho 33KCIHT PIHC,R973R

G/AS101M62740002C1JW61/1 7.4KCIHT PIHC,R83R R380 ~ R381 R,CHIP THICK 33 ohm 1/16WJ2C20003306M101S A/G

G/AS101M62740002C1JW61/1 7.4KCIHT PIHC,R383R R384 ~ R385 R,CHIP THICK 33 ohm 1/16WJ2C20003306M101S A/G R386, R388 R,CHIP THICK 4.7 kohm 1/16WJ2C20004726M101S A/G

G/AS101M60330002C1JW61/1mho 33KCIHT PIHC,R983R

G/AS101M62740002C1JW61/1 7.4KCIHT PIHC,R93R R390 ~ R399 R,CHIP THICK 33 ohm 1/16WJ10C20003306M101S A/G R4, R40 R,CHIP THICK 0 ohm 1/16WJ2C20000006M101S A/G

G/AS101M60330002C1JW61/1mho 33KCIHT PIHC,R004R R41 ~ R42 R,CHIP THICK 4.7 kohm 1/16WJ2C20004726M101S A/G R45 ~ R47 R,CHIP THICK 47 ohm 1/16WJ3C20004706M101S A/G R48 ~ R49 R,CHIP THICK 0 ohm 1/16WJ2C20000006M101S A/G

G/AS101M65010002C1JW61/1 1000KCIHT PIHC,R05R

G/AS003349R94002C1FW4/1mho KCIHT PIHC,R15R

G/AS101M63030002C1JW61/1 03KCIHT PIHC,R96R

KCIHT PIHC,R07R

8.45 kohm 1/16WF1C20084514M101S A/G G/AS111M63010002C1JW61/1 01KCIHT PIHC,R17R

R55, R57, R59, R61, R64 ~ R67

R,CHIP THICK 4.7 kohm 1/16WJ8C20004726M101S A/G

R226 ~ R229 R,CHIP THICK 33 ohm 1/16WJ4C20003306M101S A/G

G/AS101M61010002C1JW61/1mho 001KCIHT PIHC,R32R G

/AS101M60330002C1JW61/1mho 33KCIHT PIHC,R032R

52

REF_No. Q'TY. PARTS_No. VER.

DESCRIPTION

K

CIHT PIHC,R77R

8

.45 kohm 1/16WF1C20084514M101S A/G

G/AS101M43420002C1FW61/1 42KCIHT PIHC,R87R G

/AS101M43810002C1FW61/1 81KCIHT PIHC,R97R

K

CIHT PIHC,R08R

8

.45 kohm 1/16WF1C20084514M101S A/G

G

/AS101M43210002C1FW61/1 21KCIHT PIHC,R18R

R82 ~ R97 R,CHIP THICK ohm 1/16WJ16C20030R16M101S A/G

G

/AS101M602R2002C1JW61/1mho 2.2KCIHT PIHC,R89R

G

/AS101M60000002C1JW61/1mho 0KCIHT PIHC,R99R

G

/AS005040000081C1EPYT-A KROWTEN,R1NR

G/AS005040033081C01EPYT-A KROWTEN,R91NR ~ 01NR G/AS005040000081C1EPYT-A KROWTEN,R2NR G

/AS005040033081C4EPYT-A KROWTEN,R32NR ~ 02NR

G

/AS005040000081C7EPYT-A KROWTEN,R9NR ~ 3NR

G

/AS005040074081C1EPYT-A KROWTEN,R1PR

G/AS005040000081C01EPYT-A KROWTEN,R91PR ~ 01PR G/AS005040074081C1EPYT-A KROWTEN,R2PR G/AS005040000081C8EPYT-A KROWTEN,R72PR ~ 02PR G/AS005040033081C2EPYT-A KROWTEN,R92PR ~ 82PR G/AS005040074081C1EPYT-A KROWTEN,R3PR G/AS005040033081C7EPYT-A KROWTEN,R63PR ~ 03PR G/AS005040074081C6EPYT-A KROWTEN,R9PR ~ 4PR

G/AS101M43420002C1FW61/1 42KCIHT PIHC,R47R G

/AS101M43720002C1FW61/1 72KCIHT PIHC,R57R

G

/AS101M42030002C1FW61/1 3KCIHT PIHC,R67R

R,CHIP THICK 10 kohm 1/16WJ1C20001036M160S A/G

T

RANSISTORS

G

/AS01200S401225J2CS2 NPN/RT PIHC,IMES2Q ~ 1Q

MISCELLANEOUS

G/AS013636R82508E1PIHC LATSYRC1LATX G/AS010000R61508E1PIHC LATSYRC2LATX G

/AS030000R72508E1PIHC LATSYRC3LATX

G/AS010000R03508E1PIHC LATSYRC1Y G/AS00082701202121KNIS TAEH G/AS080010008000L1ERIW,NC G/AS00000686002071B.C.P

A(RD-8504)0101958608207HTOOTEULB DRAOB B.C.P YLBMESSA41BCP

A(R-774)

A(RD-8504) G(RD-8504)

A(R-774)

0102858608207HTOOTEULB DRAOB B.C.P YLBMESSA41BCP

AS061767174110D1JV05Fp 074KIH PIHC CIMAREC,C212C

C700L/R C,ELECT GE 85C 10 uF 50VM2D040100087080SA

AS061777301110D1KV05Fu 10.0KIH PIHC CIMAREC,C107C AS024200503901L1 REFAW.NC007TB AS030084140500K3PIHC GNIHCTIWS,D307D ~ 107D

AS004P44R20660K1PIHC RENEZ,D107ZD R700L/R R,CHIP THICK 470 ohm 1/16WJ2C20004716M160SA R701L/R R,CHIP THICK 2.2 kohm 1/16WJ2C20002226M160SA

AS061M62010002C1JW61/1 1KCIHT PIHC,R207R

AS061M62740002C1JW61/1 7.4KCIHT PIHC,R307R

AS061M62010002C1JW61/1 1KCIHT PIHC,R407R

AS061M64740002C1JW61/1 074KCIHT PIHC,R507R

AS0100B5782225J2CS2 NPN/RT PIHC,IMESR/L007Q

AS012005010025J1AS2 PNP/RT PIHC,IMES107Q

AS00069101201042TEKCARB2KRB ~ 1KRB

AS010090182200L1MM2 ERIW,NC007NC

AS06001000701481ERIW RET,GNIR207ERIW

AS10000476002071B.C.P

0101858608207PSD DRAOB B.C.P YLBMESSA51BCP

0102858608207PSD DRAOB B.C.P YLBMESSA51BCP

0201858608207PSD DRAOB B.C.P YLBMESSA51BCP

CAPACITORS

C1000 C,CERAMIC CHIP HIK 0.01 uF 50VZ1D011103597160S A/G C1001 ~ C1002 C,CERAMIC CHIP T.C 22 pF 50VJ2D010220167160S A/G C1003 ~ C1005 C,CERAMIC CHIP HIK 0.1 uF 50VZ3D011104597160S A/G C1006 ~ C1008 C,ELECT CHIP(GE) 47 uF 16VM3D050470083200S A/G C1009 ~ C1011 C,CERAMIC CHIP T.C 22 pF 50VJ3D010220167160S A/G C1012 ~ C1013 C,CERAMIC CHIP HIK 0.1 uF 50VZ2D011104597160S A/G C1014 ~ C1015 C,ELECT CHIP(GE) 0.1 uF 50VM2D050R10080010S A/G C1018 ~ C1019 C,CERAMIC CHIP HIK 0.1 uF 50VZ2D011104597160S A/G C1020 C,ELECT CHIP(GE) 10 uF 50VM1D050100087200S A/G C1021 C,ELECT CHIP(GE) 220 uF 6.3VM1D050221081200S A/G C1022 ~ C1029 C,CERAMIC CHIP HIK 0.1 uF 50VZ8D011104597160S A/G C1030 C,CERAMIC CHIP HIK 0.1 uF 50VK1D011104177101S A/G C1031 C,CERAMIC CHIP HIK 0.1 uF 50VZ1D011104597160S A/G C1032 C,CERAMIC CHIP HIK 1000 pF 50VK1D011102177101S A/G C1033 C,CERAMIC CHIP HIK 1000 pF 50VK1D011102777160S A/G

kohm k

ohm

k

ohm

kohm k

ohm

kohm

kohm kohm kohm kohm

53

R

EF_No. Q'TY. PARTS_No. VER.

DESCRIPTION

C

1034 C,ELECT CHIP(GE) 220 uF 6.3VM1D050221081200S A/G C1035 ~ C1042 C,CERAMIC CHIP HIK 0.1 uF 50VZ8D011104597160S A/G C1043 C,ELECT CHIP(GE) 100 uF 6.3VM1D050101081650S A/G C

1044 ~ C1045 C,CERAMIC CHIP HIK 0.1 uF 50VZ2D011104597160S A/G C1046 C,CERAMIC CHIP HIK 1000 pF 50VK1D011102777160S A/G C1047 ~ C1049 C,CERAMIC CHIP HIK 0.1 uF 50VZ3D011104597160S A/G C

1050 C,CERAMIC CHIP HIK 1000 pF 50VK1D011102177101S A/G C

1051 C,CERAMIC CHIP HIK 0.1 uF 50VK1D011104177101S A/G C1052 ~ C1054 C,CERAMIC CHIP HIK 0.1 uF 50VZ3D011104597160S A/G C

1055 ~ C1056 C,ELECT CHIP(GE) 100 uF 6.3VM2D050101081650S A/G C

1057 C,CERAMIC CHIP HIK 0.1 uF 50VK1D011104177101S A/G C1058 ~ C1059 C,CERAMIC CHIP T.C 20 pF 50VJ2D010200167160S A/G C1060 C,ELECT CHIP(GE) 10 uF 16VM1D050100083470S A/G C1061 C,CERAMIC CHIP HIK 0.1 uF 50VK1D011104177101S A/G C1062 C,ELECT CHIP(GE) 2.2 uF 16VM1D0502R2083200S A/G C

1063 ~ C1064 C,CERAMIC CHIP HIK 47 pF 50VJ2D011470167101S A/G C1065 C,CERAMIC CHIP HIK 0.01 uF 50VK1D011103177101S A/G C1066 C,CERAMIC CHIP HIK 47 pF 50VJ1D011470167101S A/G C1067 C,CERAMIC CHIP HIK 100 pF 50VJ1D011101167101S A/G C1068 C,CERAMIC CHIP HIK 1000 pF 50VK1D011102177101S A/G C

1069 ~ C1072 C,CERAMIC CHIP HIK 100 pF 50VJ4D011101167101S A/G C

1073 C,CERAMIC CHIP HIK 1000 pF 50VK1D011102177101S A/G C1074 C,CERAMIC CHIP HIK 0.1 uF 50VK1D011104177101S A/G C1075 C,ELECT CHIP(GE) 100 uF 16VM1D050101083660S A/G C1076 C,CERAMIC CHIP HIK 0.1 uF 50VZ1D011104597160S A/G C

1077 C,ELECT CHIP(GE) 10 uF 16VM1D050100083470S A/G

C1078 C,CERAMIC CHIP HIK 0.1 uF 50VZ1D011104597160S A/G C1079 C,ELECT CHIP(GE) 100 uF 16VM1D050101083660S A/G C1080 C,CERAMIC CHIP HIK 0.1 uF 50VZ1D011104597160S A/G C1081 C,ELECT CHIP(GE) 220 uF 6.3VM1D050221081200S A/G C1082 C,ELECT CHIP(GE) 100 uF 6.3VM1D050101081650S A/G C1083 C,CERAMIC CHIP HIK 0.1 uF 50VZ1D011104597160S A/G C1084 C,CERAMIC CHIP HIK 0.1 uF 50VK1D011104177101S A/G C1085 ~ C1086 C,CERAMIC CHIP HIK 220 pF 50VJ2D011221167101S A/G

C1098 ~ C1105 C,CERAMIC CHIP HIK 680 pF 50VK8D011681177101S A/G C1106 ~ C1108 C,CERAMIC CHIP HIK 0.1 uF 50VZ3D011104597160S A/G C1109 C,CERAMIC CHIP HIK 680 pF 50VK1D011681177101S A/G C1110, C1112 ~ C1113 C,CERAMIC CHIP HIK 0.1 uF 50VZ3D011104597160S A/G C1114 ~ C1115 C,CERAMIC CHIP HIK 680 pF 50VK2D011681177101S A/G C1116 C,CERAMIC CHIP HIK 0.1 uF 50VZ1D011104597160S A/G C1117 C,CERAMIC CHIP HIK 680 pF 50VK1D011681177101S A/G C1118 C,CERAMIC CHIP HIK 0.1 uF 50VZ1D011104597160S A/G C1119 ~ C1121 C,CERAMIC CHIP HIK 680 pF 50VK3D011681177101S A/G C1122 ~ C1129 C,ELECT CHIP(GE) 10 uF 16VM8D050100083470S A/G C1130 ~ C1132 C,CERAMIC CHIP HIK 3300 pF 50VK3D011332777160S A/G C1133 ~ C1134 C,ELECT CHIP(GE) 10 uF 16VM2D050100083470S A/G C1135 C,CERAMIC CHIP HIK 3300 pF 50VK1D011332777160S A/G C1136 C,ELECT CHIP(GE) 10 uF 16VM1D050100083470S A/G C1137 ~ C1138 C,CERAMIC CHIP HIK 3300 pF 50VK2D011332777160S A/G C1139 C,ELECT CHIP(GE) 10 uF 16VM1D050100083470S A/G C1140 C,CERAMIC CHIP HIK 3300 pF 50VK1D011332777160S A/G C1141 C,ELECT CHIP(GE) 10 uF 16VM1D050100083470S A/G C1142 C,CERAMIC CHIP HIK 3300 pF 50VK1D011332777160S A/G C1143 ~ C1145 C,ELECT CHIP(GE) 10 uF 16VM3D050100083470S A/G C1146 ~ C1147 C,ELECT CHIP(GE) 10 uF 16VM2D050100083470SA C1148 ~ C1149 C,CERAMIC CHIP HIK 0.1 uF 50VK2D011104177101SA

A/G

16VM10D050100083470S

C1087 ~ C1088, C1090 ~ C1097

C,ELECT CHIP(GE) 10 uF

C1150 C,CERAMIC CHIP HIK 680 pF 50VK1D011681177101S A/G C1156 C,CERAMIC CHIP T.C 100 pF 50VJ1D010101167160SA C1157 C,CERAMIC CHIP HIK 1000 pF 50VK1D011102777160SA C1158 C,ELECT CHIP(GE) 10 uF 16VM1D050100083470SA C1159 ~ C1160 C,CERAMIC CHIP HIK 330 pF 50VJ2D011331167101SA C1161 ~ C1164 C,ELECT CHIP(GE) 10 uF 16VM4D050100083470SA C1165 ~ C1166 C,CERAMIC CHIP HIK 330 pF 50VJ2D011331167101SA C1167 C,CERAMIC CHIP T.C 100 pF 50VJ1D010101167160SA C1168 ~ C1170 C,CERAMIC CHIP HIK 0.1 uF 50VZ3D011104597160SA C1174 ~ C1175 C,CERAMIC CHIP HIK 0.1 uF 50VZ2D011104597160S A/G C1176 C,ELECT CHIP(GE) 100 uF 6.3VM1D050101081650S A/G C1177 C,CERAMIC CHIP HIK 0.1 uF 50VZ1D011104597160S A/G C1178 C,CERAMIC CHIP HIK 0.1 uF 50VZ1D011104597160SA C1179 C,ELECT CHIP(GE) 470 uF 6.3VM1D050471081200S A/G

C1180 ~ C1181 C,CERAMIC CHIP HIK 0.1 uF 50VZ2D011104597160S A/G C1182 C,ELECT CHIP(GE) 100 uF 6.3VM1D050101081650S A/G

54

REF_No. Q'TY. PARTS_No. VER.

DESCRIPTION

C1183 ~ C1188 C,CERAMIC CHIP HIK 0.1 uF 50VZ6D011104597160S A/G C1189 C,ELECT CHIP(GE) 100 uF 6.3VM1D050101081650S A/G C

1190 ~ C1191 C,CERAMIC CHIP HIK 0.1 uF 50VZ2D011104597160S A/G C

1192 C,ELECT CHIP(GE) 470 uF 6.3VM1D050471081200S A/G C1193 C,CERAMIC CHIP HIK 0.1 uF 50VZ1D011104597160S A/G

C

,ELECT GE 85C 2200 uF 16VM1D040222083080S A/G

COILS

A

(RD-8504 only)S012118061043D2DAEB,LIOC7301DB ~ 6301DB

A

(R-774 only)S012118061043D94DAEB,LIOC

BD1000~BD1012, BD1015 ~BD1093, BD1097~BD1098

G/AS0510002R2033D2ROTCUDNI-RETLIF,LIOC1001L ~ 0001L G/AS0510007R4033D3ROTCUDNI-RETLIF,LIOC4001L ~ 2001L

C

ONNECTORS

G/AS010091151021L1MM5.1 GNISUOH.NC0001PC G

/AS010001151021L2MM5.1 GNISUOH.NC2001PC ~ 1001PC

G

/AS010090151021L1MM5.1 GNISUOH.NC3001PC

G/AS010070151021L1MM5.1 GNISUOH.NC4001PC G/AS010090151021L1MM5.1 GNISUOH.NC5001PC G/AS010051151021L1MM5.1 GNISUOH.NC6001PC G/AS010040151021L1MM5.1 GNISUOH.NC7001PC G/AS010061151021L1MM5.1 GNISUOH.NC8001PC G/AS010051151021L1MM5.1 GNISUOH.NC9001PC G/AS010080151021L1MM5.1 GNISUOH.NC0101PC G/AS010060151021L2MM5.1 GNISUOH.NC1201PC ~ 0201PC

D340160811210S

BD1038 ~ BD1093, BD1097 ~ BD1098

85DAEB,LIOC

BD1000 ~ BD1012, B

D1015 ~ BD1035

A/G(RD-8504 only)

S012118061043D43DAEB,LIOC

DIODES

G/AS030084140500K4PIHC GNIHCTIWS,D4001D ~ 2001D ,0001D AS010002086760K2PIHC DSE,D6001D ~ 5001D AS030084140500K2PIHC GNIHCTIWS,D8001D ~ 7001D

INTERGRATED CIRCUITS

G/AS072004047040J1CIGOL,CI0001CI

G/AS030075247040J4CIGOL,CI4001CI ~ 1001CI

G/AS010400794080J1GOLANA,CI5001CI

G/AS014614663100J1MAR-YROMEM,CI6001CI

G/AS020008052500J1HSALF YROMEM,CI7001CI

G/AS010008854080J1GOLANA,CI8001CI

G/AS020008602121J4PO RAENIL,CI2101CI ~ 9001CI AS091008047040J1CIGOL,CI3101CI

G/AS010008R10621J1ROTALUGER-RAENIL,CI5101CI

G/AS040003R30621J1ROTALUGER-RAENIL,CI6101CI AS020008602121J1PO RAENIL,CIA_6101CI

G/AS040003R30621J1ROTALUGER-RAENIL,CI7101CI

G/AS081044247040J2CIGOL,CI9101CI ~ 8101CI

G/AS073005087621J2ROTALUGER-RAENIL,CI6211CI ~ 5211CI

JACKS

G/ASY0020A602106G1NIP2 ACR,RET0001KCAJ AS000793515304G1NID,KCAJ4001KCAJ

RESISTORS

J1000 ~ J1003 R,CHIP THICK 0 ohm 1/8WJ4C200000061300S A/G R1000 R,CHIP THICK 0 ohm 1/16WJ1C20000006M160S A/G R1001 ~ R1002 R,CHIP THICK 4.7 kohm 1/16WJ2C20004726M160S A/G R1003 ~ R1004 R,CHIP THICK 75 ohm 1/16WJ2C20007506M160S A/G R1005 ~ R1006 R,CHIP THICK 100 ohm 1/16WJ2C20001016M160S A/G R1007 R,CHIP THICK 4.7 kohm 1/16WJ1C20004726M160S A/G R1010 ~ R1011 R,CHIP THICK 47 kohm 1/16WJ2C20004736M160S A/G R1014 ~ R1017 R,CHIP THICK 47 ohm 1/16WJ4C20004706M101S A/G R1018 R,CHIP THICK 33 ohm 1/16WJ1C20003306M101S A/G R1019 R,CHIP THICK 33 ohm 1/16WJ1C20003306M160S A/G R1020 ~ R1023 R,CHIP THICK 33 ohm 1/16WJ4C20003306M101S A/G R1024 ~ R1025 R,CHIP THICK 33 ohm 1/16WJ2C20003306M160S A/G R1026 ~ R1027 R,CHIP THICK 33 ohm 1/16WJ2C20003306M101S A/G R1028 ~ R1029 R,CHIP THICK 33 ohm 1/16WJ2C20003306M160S A/G R1030 ~ R1031 R,CHIP THICK 33 ohm 1/16WJ2C20003306M101S A/G

R1032 R,CHIP THIC 1000 kohm 1/16WJ1C20001056M160S A/G R1033 ~ R1034 R,CHIP THICK 33 ohm 1/16WJ2C20003306M160S A/G R1035 ~ R1036 R,CHIP THICK 3.3 kohm 1/16WJ2C20003326M101S A/G R1037 R,CHIP THICK 10 kohm 1/16WJ1C20001036M111S A/G R1038 ~ R1039 R,CHIP THICK 3.3 kohm 1/16WJ2C20003326M101S A/G R1040 R,CHIP THICK 33 ohm 1/16WJ1C20003306M101S A/G R1041 R,CHIP THICK 2.4 kohm 1/16WJ1C20002426M101S A/G R1042 R,CHIP THICK 2.7 kohm 1/16WJ1C20002726M101S A/G

55

REF_No.

Q'TY. PARTS_No. VER.

D

ESCRIPTION

R

1043 R,CHIP THICK 33 ohm 1/16WJ1C20003306M101S A/G

R

1044 R,CHIP THICK 0 ohm 1/16WJ1C20000006M101S A/G R1045 R,CHIP THICK 33 ohm 1/16WJ1C20003306M101S A/G R

1046 R,CHIP THICK 10 kohm 1/16WJ1C20001036M111S A/G R

1047 ~ R1048 R,CHIP THICK 33 ohm 1/16WJ2C20003306M101S A/G R

1049 ~ R1050 R,CHIP THICK 10 kohm 1/16WJ2C20001036M111S A/G R

1051 ~ R1054 R,CHIP THICK 33 ohm 1/16WJ4C20003306M101S A/G R

1055 R,CHIP THICK 10 kohm 1/16WJ1C20001036M111S A/G

R1074 R,CHIP THICK 3.3 kohm 1/16WJ1C20003326M101S A/G R1075 ~ R1076 R,CHIP THICK 33 ohm 1/16WJ2C20003306M101S A/G R1077 R,CHIP THICK 3.3 kohm 1/16WJ1C20003326M101S A/G R1078 R,CHIP THICK 470 ohm 1/16WJ1C20004716M101S A/G R1079 ~ R1083 R,CHIP THICK 33 ohm 1/16WJ5C20003306M101S A/G R1085 R,CHIP THICK 33 ohm 1/16WJ1C20003306M160S A/G

R

1110 R,CHIP THICK 0 ohm 1/16WJ1C20000006M101S A/G R1111 R,CHIP THICK 33 ohm 1/16WJ1C20003306M101S A/G R1112 ~ R1114 R,CHIP THICK 10 kohm 1/16WJ3C20001036M111S A/G R

1115 ~ R1117 R,CHIP THICK 33 ohm 1/16WJ3C20003306M101S A/G R

1118 R,CHIP THICK 33 ohm 1/16WJ1C20003306M160S A/G R1119 R,CHIP THICK 33 ohm 1/16WJ1C20003306M101S A/G R1120 R,CHIP THICK 33 ohm 1/16WJ1C20003306M160S A/G R1121 ~ R1126 R,CHIP THICK 33 ohm 1/16WJ6C20003306M101S A/G R

1127 ~ R1132 R,CHIP THICK 10 kohm 1/16WJ6C20001036M111S A/G R

1133 R,CHIP THICK 33 ohm 1/16WJ1C20003306M101S A/G

J23 C20003306M101S A/G

R1086 ~ R1105, R1107 ~ R1109

R,CHIP THICK 33 ohm 1/16W

R1057, R1059, R1062, R

1066 ~ R1073

R,CHIP THICK 33 ohm 1/16WJ11C20003306M101S A/G

R1134 R,CHIP THICK12 kohm 1/16WJ1C20001236M101S A/G R1135 ~ R1136 R,CHIP THICK 150 ohm 1/16WJ2C20001516M101S A/G R1137 R,CHIP THICK1 kohm 1/16WJ1C20001026M101S A/G R1138 R,CHIP THICK 470 kohm 1/16WJ1C20004746M101S A/G R1139 ~ R1145 R,CHIP THICK 100 kohm 1/16WJ7C20001046M101S A/G R1146 ~ R1148 R,CHIP THICK 4.7 kohm 1/16WJ3C20004726M101S A/G R1149 R,CHIP THICK 100 kohm 1/16WJ1C20001046M101S A/G R1150 ~ R1178 R,CHIP THICK 4.7 kohm 1/16WJ29C20004726M101S A/G R1179 ~ R1183 R,CHIP THICK 2.2 kohm 1/16WJ5C20002226M160S A/G R1184 R,CHIP THICK 330 ohm 1/16WJ1C20003316M160S A/G R1185 R,CHIP THICK 2.2 kohm 1/16WJ1C20002226M160S A/G R1186 R,CHIP THICK 330 ohm 1/16WJ1C20003316M160S A/G R1187 R,CHIP THICK 2.2 kohm 1/16WJ1C20002226M160S A/G R1188 R,CHIP THICK 330 ohm 1/16WJ1C20003316M160S A/G R1189 R,CHIP THICK 2.2 kohm 1/16WJ1C20002226M160S A/G R1190 ~ R1194 R,CHIP THICK 330 ohm 1/16WJ5C20003316M160S A/G R1195 ~ R1202 R,CHIP THICK 470 kohm 1/16WJ8C20004746M160S A/G R1203 ~ R1204 R,CHIP THICK 10 kohm 1/16WJ2C20001036M160SA R1205 ~ R1206 R,CHIP THICK 100 kohm 1/16WJ2C20001046M101SA R1207 ~ R1208 R,CHIP THICK 470 ohm 1/16WJ2C20004716M101SA R1209 ~ R1210 R,CHIP THICK 22 kohm 1/16WJ2C20002236M160SA R1211 ~ R1212 R,CHIP THICK 470 ohm 1/16WJ2C20004716M101SA R1213 ~ R1215 R,CHIP THICK 100 ohm 1/16WJ3C20001016M160SA R1216 ~ R1218 R,CHIP THICK 0 ohm 1/16WJ3C20000006M101SA R1220 ~ R1227 R,CHIP THICK 10 kohm 1/16WJ8C20001036M111SA R1228, R1232 R,CHIP THICK 0 ohm 1/16WJ2C20000006M101SA R1233 ~ R1234 R,CHIP THICK 100 kohm 1/16WJ2C20001046M101SA R1235 ~ R1236 R,CHIP THICK 100 ohm 1/16WJ2C20001016M101SA R1237 R,CHIP THICK1 kohm 1/16WJ1C20001026M160SA R1238 ~ R1239 R,CHIP THICK 100 ohm 1/16WJ2C20001016M160SA R1244 ~ R1245 R,CHIP THICK 470 kohm 1/16WJ2C20004746M160SA R1246 R,CHIP THICK1 kohm 1/16WJ1C20001026M160SA

TRANSISTORS

G/AS012002010225J1CS2 NPN/RT PIHC,IMES0001Q G/AS012002010025J1AS2 PNP/RT PIHC,IMES1001Q

G/AS0100B5782225J8CS2 NPN/RT PIHC,IMES9001Q ~ 2001Q AS012005010025J1AS2 PNP/RT PIHC,IMES0101Q AS0100B5782225J4CS2 NPN/RT PIHC,IMES4101Q ~ 1101Q

MISCELLANEOUS

G/AS040600480540L1P1 ERIW,NC1001D

G/AS030005611001E1ELUDOM1001KCAJ

G/AS040005611001E2ELUDOM3001KCAJ ~ 2001KCAJ

G/AS020675R42508E1PIHC LATSYRC0001LATX

G/AS02095001202211EPAT

G/AS07081800002121KNIS TAEH

G/AS00088344002121KNIS TAEH

56

REF_No. Q'TY. PARTS_No. VER.

D

ESCRIPTION

G

/AS00080811202121KNIS TAEH

G

/AS01B180030020B2ETIT PAT,WERCS

G

/AS00008586002071B.C.P

A(RD-8504 only)0101658608207KPS DRAOB B.C.P YLBMESSA61BCP G(RD-8504 only)0201658608207KPS DRAOB B.C.P YLBMESSA61BCP

C807L/R C,CERAMIC CHIP T.C 100 pF 50VJ2D010101167160S A/G C808L/R C,ELECT GE 85C 10 uF 50VM2D040100087070S A/G C810SW C,CERAMIC CHIP T.C 100 pF 50VJ1D010101167160S A/G C814L/R C,FILM POLYESTER 0.022 uF 100VJ2D02022306C060S A/G C815L/R C,FILM POLYESTER 0.01 uF 100VJ2D02010306C060S A/G

G/AS010003101131L1MM52.1 CPF.NC208CPF G/AS030084140500K1PIHC GNIHCTIWS,D208D G/ASY00005300104G15.3D,KCAJ308KCAJ G/ASY02B10913606G1NIP3 ACR,RET408KCAJ G/ASY0090E504216G1P4 WERCS DRAOB,RET508KCAJ

J817 ~ J819 R,CHIP THICK 0 ohm 1/8WJ3C200000061300S A/G

G/AS061M61010002C1JW61/1mho 001KCIHT PIHC,R608R

A(R-774 only)0102658608207KPS DRAOB B.C.P YLBMESSA61BCP

CAPACITORS

C

806 C,CERAMIC CHIP HIK 0.1 uF 50VZ1D011104597160SA C807L/R C,CERAMIC CHIP T.C 100 pF 50VJ2D010101167160SA C808L/R C,ELECT GE 85C 10 uF 50VM2D040100087070SA C809 C,ELECT GE 85C 0.1 uF 50VM1D040R10087080SA C

810 C,ELECT GE 85C 100 uF 10VM1D040101082090SA C810SW C,CERAMIC CHIP T.C 100 pF 50VJ1D010101167160SA C811 C,CERAMIC CHIP HIK 0.1 uF 50VZ1D011104597160SA C812 ~ C813 C,ELECT GE 85C 0.1 uF 50VM2D040R10087080SA C

814L/R C,FILM POLYESTER 0.022 uF 100VJ2D02022306C060SA C815L/R C,FILM POLYESTER 0.01 uF 100VJ2D02010306C060SA C

816 C,ELECT GE 85C 0.1 uF 50VM1D040R10087080SA

COILS

A

S012118061043D6DAEB,LIOC

~

608DB808DB,308DB ~ 108DB

CONNECTORS

AS010001201131L1MM52.1 CPF.NC108CPF AS030090090301L1ECAFRETNI REFAW.NC608KCAJ

DIODES

AS030084140500K2PIHC GNIHCTIWS,D208D ~ 108D

I

NTERGRATED CIRCUITS

AS020002323640J1ECAFRETNI-CIGOL,CI308CI

JACKS

AS010023530104G25.3D,KCAJ208KCAJ ~ 108KCAJ ASY00005300104G15.3D,KCAJ308KCAJ ASYB10GC913606G1NIP3 ACR,RET408KCAJ ASY0090E504216G1P4 WERCS DRAOB,RET508KCAJ

RESISTORS

J817 ~ J819 R,CHIP THICK 0 ohm 1/8WJ3C200000061300SA R801 R,CARBON FILM 100 ohm 1/5WJ1C00001016P520SA R802 R,CHIP THICK 100 kohm 1/16WJ1C20001046M160SA R803 ~ R804 R,CHIP THICK 47 kohm 1/16WJ2C20004736M160SA R805 R,CHIP THICK 330 ohm 1/16WJ1C20003316M160SA R806 R,CHIP THICK 100 ohm 1/16WJ1C20001016M160SA R808 ~ R809, R812 R,CHIP THICK 47 ohm 1/16WJ3C20004706M160SA R813L/R R,CHIP THICK 330 ohm 1/16WJ2C20003316M160SA R814L/R R,CHIP THICK 220 kohm 1/16WJ2C20002246M160SA R815SW R,CHIP THICK 47 ohm 1/16WJ1C20004706M160SA R816SW R,CHIP THICK 100 kohm 1/16WJ1C20001046M160SA R817SW R,CHIP THICK 470 ohm 1/16WJ1C20004716M160SA R818 ~ R821 R,CHIP THICK 4.7 kohm 1/16WJ4C20004726M160SA R822L/R R,CHIP THICK 470 ohm 1/16WJ2C20004716M160SA R823L/R R,CHIP THICK 100 kohm 1/16WJ2C20001046M160SA R824 ~ R825 R,CHIP THICK 4.7 kohm 1/16WJ2C20004726M160SA

TRANSISTORS

AS012000110225J2CS2 NPN/RT PIHC,IMES208Q ~ 108Q AS012002010225J1CS2 NPN/RT PIHC,IMES308Q AS0100B5782225J6CS2 NPN/RT PIHC,IMES908Q ~ 408Q AS0120Y4051025J1AS2 PNP/RT PIHC,IMES018Q

MISCELLANEOUS

AS00003001001673LIOC,DAEB908DB ,508DB ~ 408DB

AS026250005200L1MM2 ERIW,NC108NC AS070040141000L1ERIW,NC208NC AS020000718416K2RELPUOC,OTOHP208CI ~ 108CI AS040600480540L9P1 ERIW,NC218J ,018J ,708J ~ 108J AS050205021086G1YALER108YLR AS00006586002071B.C.P

57

REF_No. Q'TY. PARTS_No. VER.

DESCRIPTION

G

/AS00003001001671LIOC,DAEB408DB

G

/AS00169101201041TEKCARB10TKB

G/AS070040141000L1ERIW,NC208NC G

/AS040600480540L6P1 ERIW,NC608J ~ 108J

G

/AS050205021086G1YALER108YLR

G

/AS00006586002071B.C.P

010635860820740OEDIV DRAOB B.C.P YLBMESSA71BCP

C

713L/R C,CERAMIC CHIP T.C 470 pF 50VJ2D010471167160SG

G

S060380074040D1MV61Fu 74C58 EG TCELE,C717C

C

735L/R C,ELECT GE 85C 10 uF 50VM2D040100087070SG

GS061795401110D1ZV05Fu 1.0KIH PIHC CIMAREC,C847C GS061761174010D1JV05Fp 074C.T PIHC CIMAREC,C947C GS061777301110D1KV05Fu 10.0KIH PIHC CIMAREC,C057C GS061795401110D1ZV05Fu 1.0KIH PIHC CIMAREC,C157C GS061761174010D1JV05Fp 074C.T PIHC CIMAREC,C257C GS061777301110D1KV05Fu 10.0KIH PIHC CIMAREC,C357C

GS000023040606G1NIP3 ACR,RET007KCAJ

GS061M60570002C1JW61/1mho 57KCIHT PIHC,R347R R782L/R R,CHIP THICK 220 kohm 1/16WJ2C20002246M160SG R784L/R R,CHIP THICK 470 ohm 1/16WJ2C20004716M160SG

GS080050103200L1MM2 ERIW,NC707NC

GS040600480540L2P1 ERIW,NC527J ,317J

GS06101010101481ERIW RET,GNIR107ERIW

D340160811210SG

CB701 ~ CB702, CB723, CB727, CB729

5DAEB,LIOC

R

822L/R R,CHIP THICK 470 ohm 1/16WJ2C20004716M160S A/G

R

823L/R R,CHIP THICK 100 kohm 1/16WJ2C20001046M160S A/G

R824 ~ R825 R,CHIP THICK 4.7 kohm 1/16WJ2C20004726M160S A/G

G/AS012002010225J1CS2 NPN/RT PIHC,IMES308Q G/AS0100B5782225J6CS2 NPN/RT PIHC,IMES908Q ~ 408Q

R813L/R R,CHIP THICK 330 ohm 1/16WJ2C20003316M160S A/G R

814L/R R,CHIP THICK 220 kohm 1/16WJ2C20002246M160S A/G R815SW R,CHIP THICK 47 ohm 1/16WJ1C20004706M160S A/G R816SW R,CHIP THICK 100 kohm 1/16WJ1C20001046M160S A/G R

817SW R,CHIP THICK 470 ohm 1/16WJ1C20004716M160S A/G R818 ~ R821 R,CHIP THICK 4.7 kohm 1/16WJ4C20004726M160S A/G

G

(RD-8504 only)

58

PRINTED CIRCUIT BOARDS 1

MAIN - TOP

Model : RD-8504/R-774

59

PRINTED CIRCUIT BOARDS 2

MAIN - BOTTOM

Model : RD-8504/R-774

60

PRINTED CIRCUIT BOARDS 3

FRONT - TOP

Model : RD-8504/R-774

61

PRINTED CIRCUIT BOARDS 4

FRONT - BOTTOM

Model : RD-8504/R-774

62

PRINTED CIRCUIT BOARDS 5

AMP

Model : RD-8504/R-774

STAND BY - TOP STAND BY - BOTTOM

63

PRINTED CIRCUIT BOARDS 6

VIDEO - TOP VIDEO - BOTTOM

Model : RD-8504/R-774

64

PRINTED CIRCUIT BOARDS 7

DSP - TOP

Model : RD-8504/R-774

65

PRINTED CIRCUIT BOARDS 8

DSP - BOTTOM

Model : RD-8504/R-774

66

SPEAKER B'D

PRINTED CIRCUIT BOARDS 9

Model : RD-8504/R-774

SPEAKER - TOP

BLUETOOTH - TOP

SPEAKER - BOTTOM

BLUETOOTH - BOTTOM

67

FL

RMC

NOT USED

SW_MUTE

R2_L

GND

-30V

GND

KEY1

KEY3

FLT CLK

FUNC_ UP

VOL_ UP

ST/BY LED

INPUT DN

C

TO VIDEO B'D

RD8504(13P)

R

DS DATA

PLL_DI

PLL_DO

+12V

GND

SL

C

SR

FR

NC

DSP_VCC

SBVCC5V

DGND

MGND

+12V

AGND

SIRIUS_TX

SIRIUS_MUTE

MGND

MAIN_IRQ

ABT2010_SDO

ABT2010_CE

GND

SIRIUS_L

GND

G

ND

GND

A

_FR

A_FL

GND

G

ND

P

LL CE

R

DS CLK

GND

P

LL_CLK

T

UNED

R

-OUT

L-OUT

R2_MUTE

SBR

SBL

SW

R2_R

3V3

GND

KEY2

FLT CE

FLT DATA

FUNC_ DN

VOL_DN

FL B+SW

MUTE_B+

DSP_VCC

MGND

DGND

DSP_VCC

A

GND

-12V

S

IRIUS_RX

SIRIUS_P/E

MGND

SUB_IRQ

ABT2010_SCK

ABT2010_SDI

ABT2010_IRQ

SILIUS_R

GND

SW

SBR

S

BL

SR

S

L

FR

F

L

GND

N

C

NC

TO VIDEO B'D

SUBMICOM_PDN

SUBMICOM_CCLK

SUBMICOM_SDOUT

R774(21P)

SUBMICOM_RST

SUBMICOM_SDIN

MAIN(INPUT)

SCHEMATIC DIAGRAMS 1

Model : RD-8504/R-774

68

SCHEMATIC DIAGRAMS 2

MAIN(OUTPUT)

Model : RD-8504/R-774

69

SCHEMATIC DIAGRAMS 3

MAIN(CPU)

Model : RD-8504/R-774

70

POWER SW

SPK SETUP

HEADPHONE

SCHEMATIC DIAGRAMS 4

Model : RD-8504/R-774

FRONT

71

SCHEMATIC DIAGRAMS 5

AMP

Model : RD-8504/R-774

72

SCHEMATIC DIAGRAMS 6

STANDBY

Model : RD-8504/R-774

73

SCHEMATIC DIAGRAMS 7

Model : RD-8504/R-774

VIDEO

74

VREF_0P9V_DDR2_B0

D

DR2_A10

DDR2_CLK0

D

DR2_RAS_N

D

DR2_CAS_N

D

DR2_WE_N

D

DR2_CS_N

DDR2_BA[2..0]

DDR2_ODT

DDR2_A12

D

DR2_A11

DDR2_DQS1

VREF_0P9V_DDR2_B0

DDR2_DQ24 DDR2_DQ25 D

DR2_DQ26 DDR2_DQ27 DDR2_DQ28 DDR2_DQ29 DDR2_DQ30 DDR2_DQ31

DDR2_DQS_N3

DDR2_DQS_N1

DDR2_CKE

DDR2_DQ[31..0]

DDR2_DQS0

VREF_0P9V_DDR2_B1

D

DR2_A2

DDR2_A4

D

DR2_A3

DDR2_A6

D

DR2_A8

D

DR2_A7

DDR2_A5

D

DR2_A1

VGND

DDR2_DQS_N1

DDR2_DQ0 D

DR2_DQ1

D

DR2_DQ3

D

DR2_DQ2

D

DR2_DQ7

DDR2_DQ6

DDR2_DQ5

DDR2_DQ4

D

DR2_DQ14

DDR2_DQ13

DDR2_DQ12

DDR2_DQ11

D

DR2_DQ10

D

DR2_DQ9

D

DR2_DQ8

DDR2_DQ15

DDR2_CLK_N0

DDR2_CLK0

DDR2_BA0

DDR2_DQ16DDR2_A0

VREF_0P9V_DDR2_B0

DDR2_BA[2..0] DDR2_BA[2..0]

DDR2_DQ[31..0]

VDDL_H

DDR2_CLK_N0

DDR2_BA1

D

DR2_DQ17

DDR2_BA0

VDDL_L

D

DR2_A[12..0]

DDR2_BA2

DDR2_DQS0

DDR2_A9 D

DR2_A10 DDR2_A11 DDR2_A12

D

DR2_A8

DDR2_DQ18 D

DR2_DQ19

DDR2_DQS_N0

DDR2_BA1

DDR2_DQS3 DDR2_DQS_N3

D

DR2_DQS2

DDR2_DQS_N2

DDR2_DQS3

DDR2_DQS_N2

DDR2_DQS2

DDR2_CLK0 DDR2_CLK1

DDR2_CLK_N0 D

DR2_CLK_N1

D

DR2_DM0

D

DR2_DM1

DDR2_DQS3

D

DR2_DQS0

DDR2_DQS2

DDR2_DQS1

DDR2_DQS_N3

DDR2_DQS_N0

DDR2_DQS_N2

DDR2_DQS_N1

DDR2_RAS_N

D

DR2_CS_N

DDR2_WE_N

D

DR2_CAS_N

DDR2_CLK1

D

DR2_CLK_N1

DDR2_ODT

DDR2_CKE

DDR2_DM2

D

DR2_DM3

DDR2_CLK_N1DDR2_CLK1

DDR2_BA2

DDR2_DQ20 DDR2_DQ21 DDR2_DQ22 D

DR2_DQ23

D

DR2_A9

VREF_0P9V_DDR2_B1

DDR2_DQS1

D

DR2_A1 DDR2_A2 D

DR2_A3 DDR2_A4 DDR2_A5 DDR2_A6

DDR2_A0

D

DR2_A7

DDR2_DQS_N0

VGND

VCC_1V8

VGND

VCC_1V8

VGND

VCC_1V8

VGND VGND

DDR2_CLK_N[1..0]<2-4>

D

DR2_DQ[31..0] <2-4>

VREF_0P9V_0<2-4>

DDR2_ODT

<

2-4>

VREF_0P9V_1

<2-4>

DDR2_CKE

<

2-4>

DDR2_DQS[3..0]<2-4>

DDR2_CS_N

<2-4>

DDR2_DQS_N[3..0]

<2-4>

DDR2_RAS_N

<2-4>

DDR2_CAS_N

<2-4>

DDR2_A[12..0]<2-4>

DDR2_CLK[1..0]<2-4>

DDR2_BA[2..0]

<2-4>

D

DR2_WE_N

<2-4>

Place between ABT2010 and DDR2 Memory.

Place by Pin J2

Place between ABT2010 and DDR2 Memory.

Place between U3and U4 on bottom side.Place by Pin J2

Place these bypass capacitors as close as possible to DDR2 SDRAM power pins

0.1uF decoupling caps are 0402.

Place Differential Termination near DDR2. Place Differential Termination near DDR2.

NS:BOM Options.No Stuff.

R28 100

NS

R28 100

NS

R320

NS

R320

NS

R26 100

NS

R26 100

NS

R25 100R25 100

R24 1K/1%

C39

0.1uF

C39

0.1uF

R29 100

NS

R29 100

NS

R23 100R23 100

C34

0.1uF

C34

0.1uF

C27

0.1uF

C27

0.1uF

C42

0.1uF

C42

0.1uF

C51

0.1uF

C51

0.1uF

R141KR14

1K

C48

0.1uF

C48

0.1uF

C60

0.1uF

C60

0.1uF

C33

0.1uF

C33

0.1uF

C53

0.1uF

C53

0.1uF

C38

0.1uF

C38

0.1uF

R21

2.2

R21

2.2

U14

DDR2_SDRAM32MX16-25E

U14

DDR2_SDRAM32MX16-25E

A

0

M8

A1

M

3

A

2

M

7

A3

N2

A4

N

8

A5

N3

A6

N

7

A7

P2

A

8

P8

A

9

P3

A

10

M2

A11

P7

A

12

R2

ODT

K9

CK+

J8

C

K-

K8

CKE

K2

CS

L8

RAS

K7

CAS

L

7

WE

K3

BA0

L2

BA1

L

3

LDM

F

3

UDM

B

3

UDQS+

B7

UDQS-

A8

L

DQS+

F7

LDQS-

E8

D

Q0

G8

DQ1

G

2

D

Q2

H

7

DQ3

H

3

DQ4

H

1

DQ5

H

9

DQ6

F

1

DQ7

F

9

D

Q8

C8

D

Q9

C2

DQ10

D7

D

Q11

D3

D

Q12

D1

DQ13

D9

DQ14

B

1

DQ15

B9

VDD

A1

VDD

E1

VDD

M9

VDD

J

9

VDD

R1

VDDL

J1

VDDQ

A9

V

DDQ

C1

VDDQ

C

3

VDDQ

C7

VDDQ

C9

VDDQ

E9

VDDQ

G1

VDDQ

G3

VDDQ

G7

VDDQ

G9

VREF

J2

VSS

A

3

VSS

E3

VSS

J3

VSS

N1

VSS

P9

VSSDL

J7

VSSQ

A7

VSSQ

B2

VSSQ

B8

VSSQ

D2

VSSQ

D8

VSSQ

E7

VSSQ

F2

VSSQ

F8

VSSQ

H2

VSSQ

H8

NC1

A2

NC2

E2

RSV_BA2

L1

RSV_A13

R8

RSV_A14

R3

RSV_A15

R7

+

C43

10uF/10V

+

C46

0.1uF

C46

0.1uF

C59

0.1uF

C59

0.1uF

R161KR16 1K

C55

0.1uF

C55

0.1uF

C45

0.1uF

C45

0.1uF

C30

0.1uF

C30

0.1uF

R19 1K/1%

R300

NS

R300

NS

C37

0.1uF

C37

0.1uF

L1

1.00uHL11.00uH

C19

0.1uF

C19

0.1uF

+

C23

0.047uF

+

C23

0.047uF

C31

0.1uF

C31

0.1uF

C29

0.1uF

C29

0.1uF

C22

0.1uF

C22

0.1uF

C41

0.1uF

C41

0.1uF

R151KR15 1K

C49

0.1uF

C49

0.1uF

C40

0.1uF

C40

0.1uF

C25

0.1uF

C25

0.1uF

C56

0.1uF

C56

0.1uF

C36

0.1uF

C36

0.1uF

C50

0.1uF

C50

0.1uF

R27 100

NS

R27 100

NS

C35

0.1uF

C35

0.1uF

C47

0.1uF

C47

0.1uF

C32

0.1uF

C32

0.1uF

U13

DDR2_SDRAM32MX16-25E

U13

A

0

M8

A1

M

3

A

2

M

7

A3

N2

A4

N8

A5

N3

A6

N7

A7

P

2

A

8

P8

A

9

P3

A

10

M2

A11

P7

A

12

R

2

ODT

K

9

CK+

J8

C

K-

K8

CKE

K2

CS

L8

RAS

K7

CAS

L7

WE

K3

BA0

L2

BA1

L

3

LDM

F

3

UDM

B3

UDQS+

B7

UDQS-

A

8

L

DQS+

F7

L

DQS-

E8

DQ0

G

8

DQ1

G

2

D

Q2

H

7

DQ3

H3

DQ4

H1

DQ5

H

9

DQ6

F

1

DQ7

F

9

D

Q8

C8

D

Q9

C2

DQ10

D

7

DQ11

D

3

D

Q12

D1

DQ13

D9

DQ14

B1

DQ15

B9

VDD

A

1

VDD

E1

VDD

M9

VDD

J9

V

DD

R1

VDDL

J1

VDDQ

A9

VDDQ

C1

VDDQ

C3

VDDQ

C7

VDDQ

C9

VDDQ

E9

VDDQ

G1

VDDQ

G3

VDDQ

G7

VDDQ

G9

VREF

J2

VSS

A

3

VSS

E3

VSS

J3

VSS

N1

VSS

P

9

VSSDL

J7

VSSQ

A7

VSSQ

B2

VSSQ

B8

VSSQ

D2

VSSQ

D8

VSSQ

E7

VSSQ

F2

VSSQ

F8

VSSQ

H2

VSSQ

H8

NC1

A2

NC2

E2

RSV_BA2

L1

RSV_A13

R8

RSV_A14

R3

RSV_A15

R7

C52

0.1uF

C52

0.1uF

C57

0.1uF

C57

0.1uF

C21

0.1uF

C21

0.1uF

R310

NS

R310

NS

R20

2.2

R20

2.2

C54

0.1uF

C54

0.1uF

R22 1K/1%

C26

0.1uF

C26

0.1uF

C20

0.1uF

C20

0.1uF

+

C44

10uF/10V

+

R18 1K/1%

L2

1.00uHL21.00uH

R171KR17 1K

C58

0.1uF

C58

0.1uF

C28

0.1uF

C28

0.1uF

+

C24

0.047uF

+

C24

0.047uF

ABT2010 DDR PART

SCHEMATIC DIAGRAMS 8

Model : RD-8504/R-774

75

ABT2010_OUT_SD1

ABT2010_OUT_SD2

ABT2010_OUT_WS

CG_CL

ABT2010_Y3_R

ABT2010_SDA

JTAG_TCK

ABT2010_DR0

ABT2010_DR1

ABT2010_DR2

ABT2010_DR3

ABT2010_DR4

ABT2010_DR5

ABT2010_DR7

ABT2010_DR8

ABT2010_DR9

ABT2010_Y4_R

ABT2010_OUT_SD0 ABT2010_OUT_SD1

ABT2010_OUT_WS

ABT2010_OUT_SCLK

ABT2010_OUT_SD3

ABT2010_OUT_SD2

UC_ABT_INT

UC_ABT_RST

ABT2010_OUT_VCLK0_R

ABT2010_OUT_Y7

ABT2010_Y5_R

ABT2010_OUT_Y2

ABT2010_OUT_SD0

ABT2010_OUT_Y0

ABT2010_OUT_Y1

ABT2010_OUT_Y3

ABT2010_OUT_Y6

A

BT2010_OUT_Y4

ABT2010_OUT_Y5

ABT2010_Y6_R

ABT2010_SCL

JTAG_TDI

A

BT2010_DR6

ABT2010_Y7_R

ABT2010_CR3_R

ABT2010_CR4_R

ABT2010_CR5_R

ABT2010_CR6_R

ABT2010_CR7_R

ABT2010_CR8_R

ABT2010_CR9_R

ABT2010_CR11_R

ABT2010_CR0_R

ABT2010_CR10_R

ABT2010_CR1_R

ABT2010_CR2_R

ABT2010_OUT_SD3

ABT2010_CB3_R

ABT2010_CB4_R

ABT2010_CB5_R

ABT2010_CB6_R

ABT2010_CB7_R

ABT2010_CB0_R

ABT2010_CB1_R

A

BT2010_CB2_R

ABT2010_Y8_R

JTAG_TMS

CG_FU

ABT2010_DG0

ABT2010_DG1

A

BT2010_DG2

ABT2010_DG3

ABT2010_DG4

ABT2010_DG5

ABT2010_DG7

ABT2010_DG8

ABT2010_DG9

ABT2010_DG6

CG_DA

CG_CL

ABT2010_OUT_VSN_R

ABT2010_OUT_HSN_R

ABT2010_Y9_R

ABT2010_Y11_R

AUD_IN_SD0

AUD_IN_SD1

AUD_IN_SD2

AUD_IN_SD3

ABT2010_Y0_R

ABT2010_CLK

ABT2010_OUT_DE_R

AUD_IN_SCLK AUD_IN_WS

A

BT2010_Y10_R

ABT2010_OUT_Y11

JTAG_TRSTN

JTAG_TMS

JTAG_TCK

JTAG_TDI

JTAG_TDO

ABT2010_OUT_Y9 ABT2010_OUT_Y8

ABT2010_OUT_VCLK1_R

ABT2010_CB3_R

A

BT2010_CB4_R

ABT2010_CB5_R

ABT2010_CB6_R

CG_DACG_DA

ABT2010_CB7_R

ABT2010_CB8_R

ABT2010_CB9_R

ABT2010_CB11_R

ABT2010_CB0_R

ABT2010_CB10_R

CG_DACG_DA

A

BT2010_CB1_R

ABT2010_CB2_R

ABT2010_OUT_CB7

A

BT2010_OUT_CB2

ABT2010_OUT_CB0

ABT2010_OUT_CB1

ABT2010_OUT_CB3

ABT2010_OUT_CB6

ABT2010_OUT_CB4

ABT2010_OUT_CB5

ABT2010_OUT_CB11

ABT2010_OUT_CB9 ABT2010_OUT_CB8

ABT2010_OUT_CB10

JTAG_TDO

CG_FU

ABT2010_XO

J

TAG_TRSTN

ABT2010_Y1_R

ABT2010_TSYNC ABT2010_BPSYNC ABT2010_MLHSYNC ABT2010_MLTSYNC ABT2010_VSYNCHLD

ABT2010_OUT_CR7

ABT2010_OUT_CR2

ABT2010_OUT_CR0

ABT2010_OUT_CR1

ABT2010_OUT_CR3

ABT2010_OUT_CR6

ABT2010_OUT_CR4

ABT2010_OUT_CR5

A

BT2010_OUT_CR11

ABT2010_OUT_CR9 ABT2010_OUT_CR8

ABT2010_OUT_CR10

ABT2010_OUT_VSN_R

ABT2010_OUT_HSN_R

ABT2010_OUT_DE_R

ABT2010_OUT_VCLK0_R

ABT2010_SCL

A

BT2010_DB0

ABT2010_DB1

ABT2010_DB2

ABT2010_DB3

ABT2010_DB4

ABT2010_DB5

ABT2010_DB7

ABT2010_DB8

ABT2010_DB9

ABT2010_DB6

UC_ABT_SCK

UC_ABT_EN

UC_ABT_SDI UC_ABT_SDO

ABT2010_Y3_R

ABT2010_Y4_R

ABT2010_Y5_R

ABT2010_Y6_R

ABT2010_Y7_R

ABT2010_Y8_R

ABT2010_Y9_R

ABT2010_Y11_R

ABT2010_Y0_R

A

BT2010_Y10_R

ABT2010_Y1_R

ABT2010_Y2_R

ABT2010_OUT_SCLK ABT2010_OUT_WS ABT2010_OUT_SD3 ABT2010_OUT_SD2 ABT2010_OUT_SD1 ABT2010_OUT_SD0

ABT2010_OUT_Y10

CG_FU

ABT2010_CR3_R

ABT2010_CR4_R

ABT2010_CR5_R

ABT2010_CR6_R

ABT2010_CR7_R

ABT2010_CR8_R

ABT2010_CR9_R

ABT2010_CR0_R

ABT2010_CR10_R

A

BT2010_CR11_R

ABT2010_CR1_R

ABT2010_CR2_R

UC_ABT_SCK

UC_ABT_EN

UC_ABT_SDI UC_ABT_SDO

ABT2010_CB11_R

ABT2010_CB9_R ABT2010_CB8_R

ABT2010_CB10_R

ABT2010_OUT_VCLK1

ABT2010_SDA

VGND

VCC_3V3

VGND

VCC_3V3

VGND

VCC_3V3

VGND

V

GND

VCC_3V3

VGND

UC_ABT/ADV_SCL

<6>

ABT2010_DE<2-5>

ABT2010_DG[9..0]

<2-5>

ABT2010_HSN<2-5>

UC_ABT_SDO<6,11>

UC_ABT_INT <6,11>

ABT2010_OUT_CB[11..0] <2-5>

ABT2010_VSN<2-5>

UC_ABT_EN

<6,11>

ABT2010_VCLK<2-5>

A

BT2010_OUT_Y[11..0] <2-5>

UC_ABT_SDI

<6,11>

ABT2010_OUT_WS <10>

ABT2010_DB[9..0]<2-5>

ABT2010_OUT_SD[3..0] <10>

ABT2010_DR[9..0]

<2-5>

UC_ABT_SCK<6,11>

UC_ABT/ADV_SDA

<6>

ABT2010_OUT_CR[11..0] <2-5>

ABT2010_OUT_SCLK <10>

ABT2010_OUT_HSN <2-5>

ABT2010_OUT_DE <2-5>

ABT2010_OUT_VCLK <2-5>

ABT2010_OUT_VSN <2-5>

AUD_IN_WS<2-5> AUD_IN_SD[3..0]<2-5>

AUD_IN_SCLK<2-5>

UC_ABT_RST<6>

xtal_config 00 : 30MHZ(default)

Place this resistor as close as possible to DCL_CAL pin. Use a 3216 size,1/3Watt

The chip will power-up to its default state:

a.Input:BT.656,30-bit 480i,60Hz,27MHz input video clock b.Output:YCbCr 4:4:4 36bit 480p 60Hz,Frame Lock mode on

DDS_UPD hold_vtg Active Hold AUDIOOUT_SD[0], xtal_config[1:0] 00: 28-32 MHz AUDIOOUT_WS 01: 24-28 MHz 10: 32-36 MHz 11: Powerdown

AUDIOOUT_SD[3] i2c_addr[2:0] This pin must be pulled low through a 4K7 ohm resistor.

These pins are default setting

AUDIOOUT_SD[2:1] i2c_addr[1:0] Bits [2:1] of I2C address

i2c_address set :0X30

DDS_DATA extra_audio DDS Audio

SIGNAL CONFIG NAME LOW HIGH

DDS_CLK extra_gpio Dedicated GPIO

NS:BOM Options.No Stuff.

Silkscreen "SPI DATA" "ABT_SPI_SCK" "ABT_SPI_SDI" "ABT_SPI_SDO" "ABT_SPI__EN" "GND" next to each testpoint

Reset Configuration settings.

R46 47R46 47

TP5TP5

C63 12pFC63 12pF

R501MR50 1M

TP11TP11

R490R49

0

R58 4K7

NS

R58 4K7

NS

RP3

RP-47x4

RP3

RP-47x4

1 2 3 4

5

6

7

8

RP5

RP-47x4

RP5

RP-47x4

1 2 3 4 5

6

7

8

R64 4K7R64 4K7

R38 4K7R38 4K7

RP6

RP-47x4

RP6

RP-47x4

1 2 3 4 5

6

7

8

TP10TP10

R41 4K7

TP4TP4

R55 4K7R55 4K7

R67 4K7R67 4K7

R60 4K7

NS

R60 4K7

NS

RP8

RP-47x4

RP8

RP-47x4

1 2 3 4

5

6

7

8

R66 4K7R66 4K7

TP13TP13

R37

4K7

N

S

R37

4K7

N

S

RP2

RP-47x4

RP2

RP-47x4

1 2 3 4

5

6

7

8

TP12TP12

R53 4K7

NS

R53 4K7

NS

TP1TP1

R65 4K7R65 4K7

TP9TP9

TP8TP8

U15A

ABT2010

U15A

ABT2010

VOUTY7

N

3

VOUTY6

N

1

VOUTY5

M

4

V

OUTY8

N

4

VOUTY9

P

1

VOUTY10

P

2

VOUTY11

P4

INPUTVSN

C15

INPUTHSN

B16

VINCB0

A14

VINY0

B11

V

INY1

C11

VINY2

D

11

V

INY3

A

10

VINY4

C10

V

INY5

D10

VINY6

A

9

V

INY7

B9

V

INCB1

B

14

VINCB2

A13

VINCB3

B13

VINCB4

C13

VINCB5

D

13

V

INCB6

A

12

INPUTVCLK

A16

RESETN

E17

TRSTN

C5

TDI

B4

TDO

A3

TMS

D6

VOUTY4

M

2

INVOUTCLK

D14

TCK

A4

VINCB7

C

12

SYSCLK_XI

E19

SCL

B20

SDA

D16

V

INY8

C

9

V

INY9

D9

VINCB9

A

11

V

INCB8

D12

INPUTDE

A15

VOUTVS

E1

VOUTDE

F3

V

OUTCLK0

K1

VOUTY3

M

1

VOUTY2

L

4

TRISYNC

W3

BPSYNC

Y3

MLINEHSYNC

V4

M

LINETSYNC

U5

VSYNCHLD

Y4

AUDIOIN_SCLK

E4

AUDIOIN_WS

D3

AUDIOIN_SD3

A2

AUDIOIN_SD2

B3

AUDIOIN_SD1

C4

AUDIOIN_SD0

D5

AUDIOOUT_SCLK

F4

AUDIOOUT_WS

D1

AUDIOOUT_SD3

E3

AUDIOOUT_SD2

C1

AUDIOOUT_SD1

B1

AUDIOOUT_SD0

C2

VINCR9

B5

V

INCR8

A

5

VINCR7

C6

V

INCR6

A

6

VINCR5

D7

V

INCR4

B

7

VINCR3

A7

VINCR2

D8

V

INCR1

C8

VINCR0

A8

VOUTY1

L3

VOUTY0

L

1

VOUTHS

F2

VOUTCB11

K

4

V

OUTCB10

K3

VOUTCB9

K

2

VOUTCB8

J4

VOUTCB7

J

3

VOUTCB6

H4

VOUTCB5

H

2

VOUTCB4

H1

VOUTCB3

G

4

VOUTCB2

G3

VOUTCB1

G

1

VOUTCB0

F1

VOUTCR11

W1

VOUTCR10

V

2

VOUTCR9

V1

V

OUTCR8

U3

VOUTCR7

U1

VOUTCR6

T

4

VOUTCR5

T3

VOUTCR4

T1

VOUTCR3

R4

VOUTCR2

R

3

VOUTCR1

R2

VOUTCR0

R1

DDS_CLK

B18

DDS_DATA

A19

DDS_UPD

A18

IRQ_N

C17

ABTS_CLK

D20

ABTS_TX

C20

ABTS_RX

C19

ABTS_CS_N

D18

DCI_CAL

Y2

SYSCLK_XO

E18

VOUTCLK1

J1

R59 4K7R59 4K7

R36

4K7

R36

4K7

TP6TP6

TP2TP2

R43 33

NS

R43 33

NS

R52 10K

R56 4K7NSR56 4K7NS

R51

49.9/1%

R51

49.9/1%

RP4

RP-47x4

RP4

RP-47x4

1 2 3 4

5

6

7

8

R54 4K7

NS

R54 4K7

NS

TP7TP7

R61 4K7R61 4K7

R62 4K7

NS

R62 4K7

NS

RP9

RP-47x4

RP9

RP-47x4

1 2 3 4 5

6

7

8

R47 47R47 47

U16

JTAG

U16

JTAG

TMS

1

TRST

2

TDI

3

DGND

4

VCC

5

G

ND

6

TDO

7

TCK

8

EMU0

9

EMU1

10

R344K7 R344K7

RP7

RP-47x4

RP7

RP-47x4

1 2 3 4

5

6

7

8

R63 4K7

NS

R63 4K7

NS

RP1

RP-47x4

RP1

RP-47x4

1 2 3 4

5

6

7

8

R57 4K7R57 4K7

R400R40

0

R39 4K7R39 4K7

R45 47R45 47

R35

4K7

R35

4K7

R42 4K7

R33

4K7

R33

4K7

C61

4.7pF

C61

4.7pF

C76 3pF

SMD-C(1005)

NS

C76 3pF

SMD-C(1005)

NS

Y1

30.0MHz

Y1

30.0MHz

12

R480R480

TP3TP3

R44 33

NS

R44 33

NS

C62 12pFC62 12pF

ABT2010 IO PART

SCHEMATIC DIAGRAMS 9

Model : RD-8504/R-774

76

VGND

VCC_1V8

VCC_5V

DGND

VGND

VCC_3V3

VCC_5V

VGND

VCC_1V0

VCC_5V

HDMI_5V

UC_ABT_PWR_EN2

<6>

UC_ABT_PWR_EN

<6>

UC_ABT_PWR_EN2

<6>

NS:BOM Options.No Stuff.

The ABT2010's Core Voltage(1V) must come up before or at the same time as the 1V8 supply. The 1V8 supply must come up before or at the same time as the 3V3 supply.

The chip bead must be used 1608 size.

VCC 5V FROM POWER SUPPLY SOURCE

FB59 220ohm_100MHzFB59 220ohm_100MHz

R79 18K/1%R79 18K/1%

L3 4.7uHL3 4.7uH

1

2

FB58 220ohm_100MHzFB58 220ohm_100MHz

R74 24K/1%

R680

NS

R680

NS

C811NC81

1N

R76 3K/1%

U17

AOZ1021

U17

AOZ1021

PGND

1

VIN

2

AGND

3

FB

4

LX'

8

LX

7

EN

6

COMP

5

TP16TP16

C802N2 C802N2

C791NC79

1N

FB57 220ohm_100MHzFB57 220ohm_100MHz

U18

AOZ1021

U18

AOZ1021

PGND

1

VIN

2

AGND

3

FB

4

LX'

8

LX

7

EN

6

COMP

5

C75220/6.3 C75220/6.3

C691NC69

1N

R78 24K/1%R78 24K/1%

C682N2 C682N2

L4 4.7uHL4 4.7uH

1

2

C7422uF/6.3 C7422uF/6.3

TP15TP15

C6422uF/6.3 C6422uF/6.3

R71 10KR71 10K

R75 27K/1%R75 27K/1%

R77

8K45/1%

R77

8K45/1%

R720

NS

R720

NS

R730

NS

R730

NS

U19

AOZ1021

U19

AOZ1021

PGND

1

VIN

2

AGND

3

FB

4

LX'

8

LX

7

EN

6

COMP

5

C782N2 C782N2

C73 0.1uFC73 0.1uF

R80

8K45/1%

R80

8K45/1%

C71220/6.3 C71220/6.3

C7022uF/6.3 C7022uF/6.3

C77 0.1uFC77 0.1uF

C67 0.1uFC67 0.1uF

L5 4.7uHL5 4.7uH

1 2

R70

8K45/1%

R70

8K45/1%

R69

30K

R69

30K

R81 12K/1%R81 12K/1%

C65220/6.3 C65220/6.3

TP14TP14

ABT2010 POWER PART

SCHEMATIC DIAGRAMS 10

Model : RD-8504/R-774

77

DDR2_DQS3

DDR2_DQS0

DDR2_DQS2

DDR2_DQS1

DDR2_DQS_N3

DDR2_DQS_N0

DDR2_DQS_N2

DDR2_DQS_N1

DDR2_CAS_N_R

DDR2_CLK0_R

DDR2_DQ[31..0]

DDR2_CLK_N0_R

DDR2_DQ16

DDR2_DQ17

DDR2_DQ18

DDR2_DQ19

DDR2_DQ20

DDR2_DQ21

DDR2_DQ22

DDR2_DQ23

DDR2_DQ24

DDR2_DQ25

DDR2_DQ26

DDR2_DQ27

DDR2_DQ28

DDR2_DQ29

DDR2_DQ30

DDR2_DQ31

DDR2_A12

DDR2_A10 DDR2_A9

DDR2_A11

DDR2_A8

DDR2_A6 DDR2_A5

DDR2_A7

DDR2_A4

DDR2_A2 DDR2_A1

DDR2_A3

DDR2_A0

DDR2_BA2 DDR2_BA1 DDR2_BA0

DDR2_RAS_N_R

DDR2_A3_R

DDR2_A4_R

DDR2_A5_R

DDR2_BA0_R

DDR2_A9_R

DDR2_A10_R

DDR2_A11_R

DDR2_A6_R

DDR2_A7_R

DDR2_A8_R

DDR2_CKE_R

DDR2_DQ0

DDR2_DQ1

DDR2_DQ2

DDR2_DQ3

DDR2_DQ4

DDR2_DQ5

DDR2_DQ6

DDR2_DQ7

DDR2_DQ8

DDR2_DQ9

DDR2_DQ10

DDR2_DQ11

DDR2_DQ12

DDR2_DQ13

DDR2_DQ14

DDR2_DQ15

DDR2_BA1_R

DDR_LOOP_IN_1

DDR_LOOP_OUT_1

DDR2_BA2_R

DDRRES

DDR2_ODT_R

DDR2_A12_R

VREF_0P9V_0

DDR_LOOP_IN_0

DDR_LOOP_OUT_0

VCC_3V_1_XTAL

DDR2_CLK1

DDR2_CLK0

DDR2_CLK_N1

DDR2_CLK_N0

VREF_0P9V_1

DDR2_ODT

DDR2_CKE

DDR2_RAS_N

DDR2_CS_N

DDR2_WE_N

DDR2_CAS_N

DDR2_CS_N_R

DDR2_CLK1_R

DDR2_A0_R

DDR2_A1_R

DDR2_A2_R

DDR2_CLK1_N1_R

DDR2_WE_N_R

AVDD_1_1V_A AVDD_1_1V_B AVDD_1_1V_C

AVDD_1_3V_2

AVDD_1_3V_1

VGND

VCC_1V0

VCC_3V3

VGND

VCC_1V8

VGND

VCC_1V8

VGND

VGND VGND

VGND

VCC_1V0

VGND

VCC_3V3

VGND

VCC_1V8

VCC_3V3

VGND

VREF_0P9V_1 <2-1>

DDR2_ODT <2-1>

DDR2_CS_N <2-1>

DDR2_CAS_N <2-1>

DDR2_DQ[31..0]

<2-1>

DDR2_RAS_N <2-1>

DDR2_BA[2..0] <2-1>

VREF_0P9V_0 <2-1>

DDR2_DQS[3..0] <2-1>

DDR2_WE_N <2-1>

DDR2_DQS_N[3..0] <2-1>

DDR2_CLK[1..0] <2-1>

DDR2_A[12..0] <2-1>

DDR2_CLK_N[1..0] <2-1>

DDR2_CKE <2-1>

0.1uF decoupling caps are 0402.

Place by Pin Y10

Place by Pin K20

These differential pairs must be meet to impedance matching(120 ohm).

ABT2010 DDR IF PART

DDR2 Routing:60 ohm trace impedance for all layers.

Trace length for DDR Loop Out to In = DDR CLK length + DDR DQS length.

VREF trace line minimum width of 50mil. VREF minimum seperation of 25mil to other traces.

C135

0.1uF

C135

0.1uF

R91

30.1

R91

30.1

C119

10uF/10V

C119

10uF/10V

C117

0.1uF

C117

0.1uF

C110

0.1uF

C110

0.1uF

C132

560pF

C132

560pF

R103 0-0402R103 0-0402

C116

0.1uF

C116

0.1uF

C126

0.1uF

C126

0.1uF

C109

0.1uF

C109

0.1uF

TP17TP17

C127 22uF

C131

560pF

C131

560pF

U15C

ABT2010

U15C

ABT2010

GND

A

1

AVSSB

B17

AVDD_1.0A

C16

VCC_3.3

B

2

GND

A

20

GND

B

6

G

ND

B

8

G

ND

C

3

G

ND

D19

GND

E2

G

ND

E

6

G

ND

E8

GND

E10

G

ND

E12

G

ND

E14

GND

F16

GND

G

2

G

ND

G

5

GND

G19

GND

H

16

GND

J2

GND

J

5

G

ND

J9

GND

J10

GND

J11

G

ND

J12

GND

J

19

GND

K10

GND

K11

GND

K12

GND

K9

GND

K16

GND

L2

GND

L

5

G

ND

L9

GND

L

10

GND

L11

GND

L12

GND

L19

GND

M9

GND

M10

GND

M11

GND

M12

GND

M16

GND

N2

GND

N5

GND

N18

GND

P3

GND

P16

GND

P18

GND

R5

GND

T2

GND

T7

GND

T9

GND

T11

GND

T13

GND

T15

GND

T19

GND

V3

GND

V7

GND

U11

GND

W14

GND

W8

GND

U12

GND

W17

GND

Y1

GND

Y5

GND

Y20

V

CC_3.3

C7

V

CC_3.3

C

14

VCC_3.3

B19

AVDD_1.0B

A17

VCC_3.3

D2

VDD_1.0

D4

AVSSA

D15

VDD_1.0

E5

VCC_3.3

E7

VDD_1.0

E9

V

CC_3.3

E

11

VDD_1.0

E13

V

CC_3.3

E15

VDD_1.0

E16

AVDD1_3.3

E20

VCC_3.3

F

5

AVSS1

F20

VDDQ_1.8

G

16

VDDI_3.3

G17

V

CC_3.3

H

3

VDD_1.0

H5

VDDQ_1.8

H18

VDD_1.0

J16

V

CC_3.3

K5

VDDQ_1.8

L16

V

DDI_3.3

L

17

VCC_3.3

M3

VDD_1.0

M5

VDDQ_1.8

M

18

VDD_1.0

N16

V

CC_3.3

P5

VDDQ_1.8

R16

VDD_1.0

T5

VDD_1.0

T8

VDD_1.0

T12

VDD_1.0

T16

VDDQ_1.8

T6

VDDQ_1.8

T10

VDDQ_1.8

T14

V

DDQ_1.8

U18

V

CC_3.3

U2

VDD_1.0

U4

VDDI_3.3

U7

V

DDI_3.3

U10

AVDD_1.0C

U17

AVDD2_3.3

V5

AVSSC

V18

VCC_3.3

W2

V

CC_3.3

W

4

AVSS2

W5

VDDQ_1.8

V9

VDDQ_1.8

V

13

VDDQ_1.8

W6

VDDI_3.3

W

19

VCC_XTAL_3.3

D17

VSS_XTAL

C18

G

ND

B

10

GND

B12

GND

B15

GND

P20

GND

Y7

GND

Y11

GND

K19

C134

0.1uF

C134

0.1uF

L10

1.00uH

L10

1.00uH

R9530.1 R9530.1

C102

0.1uF

C102

0.1uF

L9

1.00uHL91.00uH

C122

0.1uF

C122

0.1uF

C118

0.1uF

C118

0.1uF

C82

10uF/10V

C82

10uF/10V

R105

2.2

R105

2.2

C107

0.1uF

C107

0.1uF

C125

0.1uF

C125

0.1uF

C103

0.1uF

C103

0.1uF

R120

1K/1%

R120

1K/1%

C124

0.1uF

C124

0.1uF

C97

0.1uF

C97

0.1uF

U15B

ABT2010

U15B

ABT2010

DDRRASN

U20

DDRBA2

V

20

DDRCLK_P1

Y15

DDR_LOOP_IN_0

F18

DDRA_12

U19

DDR_LOOP_OUT_0

F19

DDRBA1

W20

D

DRBA0

V19

DDRODT

V16

DDRRES

F17

DDRCKE

R17

DDRCASN

R18

DDRCLK_N1

W15

DDRCLK_P0

R19

DDRCLK_N0

T20

DDRDQS_P3

V8

D

DRDQS_N3

U9

DDRDQS_P2

W

12

DDRDQS_N2

V12

DDRDQS_P1

J18

DDRDQS_N1

J17

DDRDQS_P0

M17

DDRDQS_N0

N17

DDRA_11

T17

D

DRA_10

Y19

DDRA_9

U16

DDRA_8

V17

DDRA_7

W18

DDRA_6

Y18

DDRA_5

W

16

D

DRA_4

U15

DDRA_3

Y

17

D

DRA_2

V15

DDRA_1

U14

DDRA_0

Y

16

DDRDQ0

M19

DDRDQ1

R20

DDRDQ2

L20

DDRDQ3

N19

DDRDQ4

N20

DDRDQ5

L18

DDRDQ6

P19

DDRDQ7

M20

DDRDQ8

H

17

D

DRDQ9

K17

DDRDQ10

G20

DDRDQ11

J20

DDRDQ12

H20

DDRDQ13

G18

DDRDQ14

K18

DDRDQ15

H

19

DDRDQ16

W13

DDRDQ17

V11

D

DRDQ18

V14

DDRDQ19

U

13

D

DRDQ20

Y12

D

DRDQ21

Y14

DDRDQ22

W

11

DDRDQ23

Y13

DDRDQ24

W9

DDRDQ25

W7

DDRDQ26

V10

DDRDQ27

U8

DDRDQ28

Y8

D

DRDQ29

W10

DDRDQ30

Y6

DDRDQ31

Y9

DDRWEN

P17

DDRCS_N

T18

DDR_LOOP_OUT_1

V6

DDR_LOOP_IN_1

U6

VREF1

Y10

VREF0

K20

R101 0-0402R101 0-0402

R8830.1 R8830.1

R99 0-0402R99 0-0402

R90

30.1

R90

30.1

R118

2.2

R118

2.2

C105

0.1uF

C105

0.1uF

C96

0.1uF

C96

0.1uF

C93

0.1uF

C93

0.1uF

R98

2.2

R98

2.2

R9430.1 R9430.1

C137

560pF

C137

560pF

R89

30.1

R89

30.1

R102

2.2

R102

2.2

C106

0.1uF

C106

0.1uF

C111

0.1uF

C111

0.1uF

C90

0.1uF

C90

0.1uF

R9730.1 R9730.1

C89

0.1uF

C89

0.1uF

C130

560pF

C130

560pF

C113

0.1uF

C113

0.1uF

C85

0.1uF

C85

0.1uF

C136

560pF

C136

560pF

R11030.1 R11030.1

R100

294/1%

R100

294/1%

C99

0.1uF

C99

0.1uF

C140

0.1uF

C140

0.1uF

C123

0.1uF

C123

0.1uF

C83

22uF

C83

22uF

C112

0.1uF

C112

0.1uF

C84

0.1uF

C84

0.1uF

R114

30.1

R114

30.1

R8430.1 R8430.1

R9630.1 R9630.1

R116

30.1

R116

30.1

R10730.1 R10730.1

C87

0.1uF

C87

0.1uF

R104 0-0402R104 0-0402

R8230.1 R8230.1

R117

2.2

R117

2.2

R9330.1 R9330.1

R113

2.2

R113

2.2

C120

22uF

C120

22uF

C141

0.1uF

C141

0.1uF

R8630.1 R8630.1

R8530.1 R8530.1

R11230.1 R11230.1

C101

0.1uF

C101

0.1uF

C88

0.1uF

C88

0.1uF

C139

0.1uF

C139

0.1uF

L6

1.00uHL61.00uH

C95

0.1uF

C95

0.1uF

R115

1K/1%

R115

1K/1%

L8

1.00uHL81.00uH

R9230.1 R9230.1

R8330.1 R8330.1

R111

1K/1%

R111

1K/1%

C128

10uF/10V

C128

10uF/10V

C100

0.1uF

C100

0.1uF

R106 0-0402

R119

1K/1%

R119

1K/1%

C121

0.1uF

C121

0.1uF

C94

0.1uF

C94

0.1uF

R10830.1 R10830.1

C115

0.1uF

C115

0.1uF

R109 0-0402

L11

1.00uH

L11

1.00uH

C104

0.1uF

C104

0.1uF

C133

0.1uF

C133

0.1uF

C92

0.1uF

C92

0.1uF

R8730.1 R8730.1

C91

0.1uF

C91

0.1uF

C129

0.1uF

C129

0.1uF

C86

0.1uF

C86

0.1uF

C98

0.1uF

C98

0.1uF

L7

1.00uHL71.00uH

C114

0.1uF

C114

0.1uF

C138

560pF

C138

560pF

C108

0.1uF

C108

0.1uF

SCHEMATIC DIAGRAMS 11

78

Model : RD-8504/R-774

AUD_OUT_WS

RX_SD3

AUD_OUT_SPDIF

AUD_IIS_WS

AUD_OUT_MCLK

AUD_IIS_SD0 AUD_IIS_WS

SD3_XI

U

C_AUD_OUT_SEL

ABT2010_VCLK

ABT2010_OUT1_VSN ABT2010_OUT1_HSN ABT2010_OUT1_DE ABT2010_OUT1_VCLK

ABT2010_OUT_Y7

A

BT2010_OUT_Y2

ABT2010_OUT_Y0 ABT2010_OUT_Y1

ABT2010_OUT_Y3

ABT2010_OUT_Y6

ABT2010_OUT_Y4 ABT2010_OUT_Y5

ABT2010_OUT_Y11

ABT2010_OUT_Y9

ABT2010_OUT_Y8

ABT2010_OUT_CB7

ABT2010_OUT_CB2

ABT2010_OUT_CB0 ABT2010_OUT_CB1

ABT2010_OUT_CB3

ABT2010_OUT_CB6

ABT2010_OUT_CB4 ABT2010_OUT_CB5

ABT2010_OUT_CB11

ABT2010_OUT_CB9

ABT2010_OUT_CB8

ABT2010_OUT_CB10

ABT2010_OUT_CR7

ABT2010_OUT_CR2

ABT2010_OUT_CR0

AUD_OUT_SD0

ABT2010_OUT_CR1

ABT2010_OUT_CR3

ABT2010_OUT_CR6

ABT2010_OUT_CR4 ABT2010_OUT_CR5

ABT2010_OUT_CR11

ABT2010_OUT_CR9

ABT2010_OUT_CR8

ABT2010_OUT_CR10

ABT2010_OUT_Y10

MCLK_XI

AUD_OUT_SPDIF

DATA_R8 ABT2010_DR8

SPDIF_XI

AUD_IIS_MCLK

D

ATA_R1

DATA_R3

D

ATA_R2

D

ATA_R5

DATA_R7

DATA_R6

DATA_R4

D

ATA_R0

AUD_OUT_SD1

AUD_IN_WS A

UD_IN_SCLK

WS_XI

AUD_IIS_SCLK

SD1_XI

ABT2010_DE

WS_XI

AUD_IN_WS

A

UD_OUT_SD2

AUD_IIS_SD0

SD0_XI

SD2_XI

A

BT2010_DR9

A

UD_IN_SD2

A

UD_IN_SD3

A

UD_IN_SD0

AUD_IN_SD1

SCK_XI

ABT2010_OUT1_CB0 ABT2010_OUT1_CB1 ABT2010_OUT1_CB2 ABT2010_OUT1_CB3

ABT2010_OUT1_CB4 ABT2010_OUT1_CB5 ABT2010_OUT1_CB6 ABT2010_OUT1_CB7

ABT2010_OUT1_Y0 ABT2010_OUT1_Y1 A

BT2010_OUT1_Y2

ABT2010_OUT1_Y3

ABT2010_OUT1_Y4 ABT2010_OUT1_Y5 ABT2010_OUT1_Y6 ABT2010_OUT1_Y7

ABT2010_OUT1_Y8 ABT2010_OUT1_Y9 ABT2010_OUT1_Y10 ABT2010_OUT1_Y11

ABT2010_OUT1_CB8 ABT2010_OUT1_CB9 ABT2010_OUT1_CB10 ABT2010_OUT1_CB11

ABT2010_OUT1_CR0 ABT2010_OUT1_CR1 ABT2010_OUT1_CR2 ABT2010_OUT1_CR3

ABT2010_OUT1_CR4 ABT2010_OUT1_CR5 ABT2010_OUT1_CR6 ABT2010_OUT1_CR7

ABT2010_OUT1_CR8 ABT2010_OUT1_CR9 ABT2010_OUT1_CR10 ABT2010_OUT1_CR11

SCK_XI

ABT2010_HSN

ABT2010_VSN

SPDIF_XI

RX_WS

AUD_OUT_SCLK

AUD_OUT_MCLK

AUD_IIS_MCLK

R

X_SD0

S

D0_XI

MCLK_XI

AUD_OUT_SD3

R

X_SD1

SD1_XI

AUD_IIS_SCLK

R

X_SD2

SD2_XI SD3_XI

ABT2010_DB6 A

BT2010_DB7

DATA_G0 DATA_G1

ABT2010_DG5

ABT2010_DG4

ABT2010_DB0 ABT2010_DB1

DATA_G9

DATA_G8

DATA_B5

DATA_B4

A

BT2010_DB8

ABT2010_DB9

DATA_G3

DATA_G2

ABT2010_DG6 ABT2010_DG7

A

BT2010_DB3

ABT2010_DB2

DATA_B6 D

ATA_B7

ABT2010_DG0 ABT2010_DG1

DATA_G4 DATA_G5

D

ATA_B1

DATA_B0

ABT2010_DG9

A

UD_IN_SD2

ABT2010_DG8

ABT2010_DB4 A

BT2010_DB5

R

X_SCK

A

UD_IN_SD1

A

UD_IN_SD0

DATA_B9

A

UD_IN_SCLK

D

ATA_B8

ABT2010_DG3

ABT2010_DG2

DATA_G7

DATA_G6

DATA_B2 D

ATA_B3

U

C_AUD_OUT_SEL

DATA_R9

AUD_IN_SD3

A

BT2010_DR0

A

BT2010_DR1

AUD_OUT_SD1

AUD_OUT_WS

AUD_OUT_SD2

A

UD_OUT_SCLK

AUD_OUT_SD3

A

BT2010_DR2

A

BT2010_DR3

ABT2010_DR4 A

BT2010_DR5

ABT2010_DR7

AUD_OUT_SD0

ABT2010_DR6

ABT2010_OUT_VSN

ABT2010_OUT_VCLK

ABT2010_OUT_DE

ABT2010_OUT_HSN

VCC_3V3

DGND

VCC_3V3

DGND

VCC_3V3

D

GND

D

GND

DGND

VCC_3V3

VGND

ABT2010_OUT_Y[11..0]<2-2>

RX_SD3<9>

ABT2010_OUT1_CB[11..0] <10>

ABT2010_OUT_CB[11..0]

<2-2>

DATA_B[9..0]<3,9>

ABT2010_OUT1_CR[11..0] <10>

ABT2010_OUT_CR[11..0]<2-2>

ABT2010_HSN <2-2>

A

BT2010_DR[9..0] <2-2>

DATA_VCLK<3,9>

AUD_OUT_WS <8>

AUD_OUT_SD[3..0] <8>

DATA_G[9..0]

<3,9>

ABT2010_VSN <2-2>

UC_AUD_OUT_SEL<6>

DATA_R[9..0]<3,9>

ABT2010_OUT1_Y[11..0] <10>

ABT2010_DE <2-2>

ABT2010_OUT1_VSN <10>

W

S_XI

<10>

AUD_OUT_SCLK <8>

ABT2010_OUT1_HSN <10>

ABT2010_DB[9..0] <2-2>

ABT2010_VCLK <2-2>

AUD_OUT_MCLK <8>

ABT2010_OUT1_DE <10>

DATA_HSN<3,9>

ABT2010_OUT1_VCLK <10>

A

BT2010_DG[9..0] <2-2>

ABT2010_OUT_VSN

<2-2>

AUD_IIS_SD0<11>

SCK_XI<10>

ABT2010_OUT_HSN<2-2>

DATA_DE<3,9>

AUD_OUT_SPDIF <8>

RX_SD2<9>

A

UD_IN_SD[3..0] <2-2>

A

UD_IN_WS <2-2>

ABT2010_OUT_DE

<2-2>

ABT2010_OUT_VCLK<2-2>

SD0_XI

<

10>

S

PDIF_XI

<

10>

R

X_WS

<

9>

RX_SCK<9>

RX_SD1

<

9>

SD1_XI<10>

AUD_IIS_MCLK<11>

MCLK_XI

<

10>

SD2_XI

<

10>

R

X_SD0

<9>

AUD_IIS_SCLK<11>

SD3_XI

<10>

AUD_IN_SCLK <2-2>

AUD_IIS_WS

<11>

DATA_VSN<3,9>

Audio Input Mux

Audio Output Mux

To ABT2010

To HDMI TX

CR

Y

C

B

CR

Y

CB

From Audio DSP

CPLD Audio out & DSP Audio out Select

AUD_OUT_SEL "H"=CPLD,"L"=DSP

CR

Y

CB

VIDEO INPUT TO ABT2010

VIDEO OUTPUT FROM ABT2010

SIL9233 to ABT2010 Audio Input

IO CONNECTOR PART

CR

Y

CB

For jitter noise reduction.

RP23

R

P-0x4

RP23

R

P-0x4

1 2 3 4

5

6

7

8

TP23TP23

T

P21TP21

R

P11

RP-0x4

R

P11

RP-0x4

1 2 3 4

5

6

7

8

TP29TP29

T

P22TP22

RP13

RP-0x4

RP13

RP-0x4

1 2 3 4 5

6

7

8

R1220R1220

U21

74LCX257MTC

U21

74LCX257MTC

1A

2

1B

3

2

A

5

2B

6

3A

1

3B

10

4

A

14

4B

13

A/B

1

OE

1

5

1Y

4

2

Y

7

3Y

9

4

Y

12

VCC3

16

GND

8

TP20TP20

T

P26TP26

RP27

RP-0x4

RP27

RP-0x4

1 2 3 4 5

6

7

8

IC1

74LCX244MCTX

IC1

74LCX244MCTX

I

0

2

I1

4

I

2

6

I3

8

I7

1

I

6

1

3

I5

1

5

I4

17

O

4

3

O5

5

O

6

7

O7

9

O

3

12

O

2

14

O1

1

6

O

0

18

/OE1

1

VCC

20

GND10/OE2

19

RP14

RP-0x4

RP14

RP-0x4

1 2 3 4

5

6

7

8

RP17

RP-0x4

RP17

RP-0x4

1 2 3 4

5

6

7

8

TP27TP27

RP15

RP-0x4

RP15

RP-0x4

1 2 3 4

5

6

7

8

C143

0.1uF

C143

0.1uF

RP24

RP-0x4

RP24

RP-0x4

1 2 3 45

6

7

8

C144

0.1uF

C144

0.1uF

T

P18TP18

RP18

R

P-0x4

RP18

R

P-0x4

1 2 3 4 5

6

7

8

RP26

RP-0x4

RP26

RP-0x4

1 2 3 4

5

6

7

8

T

P19TP19

TP28TP28

RP25

RP-0x4

RP25

RP-0x4

1 2 3 4

5

6

7

8

U20

74LCX257MTC

U20

74LCX257MTC

1A

2

1B

3

2A

5

2B

6

3A

11

3B

10

4

A

14

4B

13

A/B

1

OE

15

1Y

4

2Y

7

3Y

9

4

Y

12

VCC3

16

GND

8

R

1210

R

1210

RP16

RP-0x4

RP16

RP-0x4

1 2 3 45

6

7

8

TP25TP25

RP19

RP-0x4

RP19

RP-0x4

1 2 3 4

5

6

7

8

C66 33pF

SMD-C(1005)

NS

C66 33pF

SMD-C(1005)

NS

RP21

RP-0x4

RP21

RP-0x4

1 2 3 4

5

6

7

8

RP12

RP-0x4

RP12

RP-0x4

1 2 3 45

6

7

8

RP20

RP-0x4

RP20

RP-0x4

1 2 3 4

5

6

7

8

C142 0.1uFC142 0.1uF

RP10

RP-0x4

RP10

RP-0x4

1 2 3 4

5

6

7

8

TP24TP24

RP22

RP-0x4

RP22

RP-0x4

1 2 3 4

5

6

7

8

SCHEMATIC DIAGRAMS 12

Model : RD-8504/R-774

79

ADV_DATA_R7

V_SC

ADV_DATA_R4 A

DV_DATA_R5

A

DV_DATA_R6

A

DV_DATA_B2

CN_PB

ADV_DATA_R8

REFOUT

Y

0

A

DV_DATA_B3

Y1

ADV_DATA_R9

ADV_DATA_B4

CR5

ADV_ODCK_OUT

Y2

ADV_DATA_B5

TEST1

ELPF

Y

3

CR2

C

R0

CR1

ADV_DE

A

IN6

CR3

Y

4

C

R4

ADV_VS

Y5

CB4

CAP_Y2 CAP_C1 CAP_C2

CAP_Y1

BIAS

CAP_Y1

Y

6

Y7

UC_ADV_SCL

UC_ADV_SDA

UC_ADV_RST

CR6

ADV_SCL

ADV_SDA

UC_SYNC_OUT

CAP_YC

A

DV_DE

A

DV_VS ADV_HS ADV_ODCK

ADV_DE_OUT

ADV_DATA_B7

ADV_VS_OUT

CR7

ADV_RST

ADV_SDA

CB5

SOY

A

DV_DATA_R3

XTAL

A

DV_DATA_R2

ADV_DATA_B8 ADV_DATA_B9

CN_PB

CN_PR

ADV_SCL

ADV_DATA_B6

XTAL1

CML

ADV_HS_OUT

V

_SY

A

DV_DATA_G2

CN_Y

ADV_DATA_G3 ADV_DATA_G4 A

DV_DATA_G5

CB3

CN_PR

V_SY

CB2

UC_SYNC_OUT

A

DV_DATA_G6

V_CVBS

C

B1

C

N_Y

V_CVBS

V

_SC

CB6 CB7

ADV_DATA_G7

SYNC_OUT/

ADV_HS ADV_ODCK

A

DV_DATA_G8

ADV_DATA_G9

CB0

C

N_Y/

CN_Y/

ADV_ODCK_OUT

A

DV_DE_OUT ADV_VS_OUT ADV_HS_OUT

DATA_R7

D

ATA_R4 DATA_R5 D

ATA_R6

DATA_R8 D

ATA_R9

D

ATA_R3

DATA_R2

DATA_G2 DATA_G3 DATA_G4 DATA_G5 DATA_G6 DATA_G7 DATA_G8 DATA_G9

DATA_B2 DATA_B3 DATA_B4 DATA_B5

DATA_B7 DATA_B8 DATA_B9

DATA_B6

A

DV_DATA_R7

A

DV_DATA_R4 ADV_DATA_R5 A

DV_DATA_R6

ADV_DATA_R8 A

DV_DATA_R9

A

DV_DATA_R3

ADV_DATA_R2

ADV_DATA_G2 ADV_DATA_G3 ADV_DATA_G4 ADV_DATA_G5 ADV_DATA_G6 ADV_DATA_G7 ADV_DATA_G8 ADV_DATA_G9

ADV_DATA_B2 ADV_DATA_B3 ADV_DATA_B4 ADV_DATA_B5

ADV_DATA_B7 ADV_DATA_B8 ADV_DATA_B9

ADV_DATA_B6

U

C_ANALOG_EN

UC_ANALOG_EN

VADC1P8_PVDD

VADC1P8_DVDD

VADC3P3

AVGND VGND

VGND

AVGND

VGND

AVGND

VGND

VADC1P8_PVDD

VADC1P8_DVDD

VADC3P3

VADC1P8_PVDD

AVGND

VADC3P3

VGND

VADC3P3

VGND

V

GND

VADC3P3

VGND

VADC3P3

VGND

VADC3P3

VGND

DGND

VGND

UC_ABT/ADV_SCL <6>

CN_PB<11>

UC_ADV_RST <6>

C

N_Y<11>

UC_SYNC_OUT <6>

V

_SY<11>

V_CVBS<11>

V_SC<11>

UC_ABT/ADV_SDA <6>

CN_PR<11>

DATA_VCLK <2-5>

D

ATA_VSN <2-5>

DATA_DE <2-5>

D

ATA_HSN <2-5>

DATA_R[9..0] <2-5>

DATA_G[9..0] <2-5>

DATA_B[9..0] <2-5>

U

C_ANALOG_EN<6>

Place 33 Ohm series terminations c

lose to ADV7401

The chip bead must be used 1608 size.

NS:BOM Options.No Stuff.

CR

Y

ADV7401 PART

CB

Place 150 Ohm terminations close to ADV7401

Notice ABT2010 input/output : YCbCr SIL9233 output : CbYCr SIL9134 input: CbYCr

Place GND Pattern between Input Video Signals.

Inscribe the TestPoint Value on the Top Silk or Bottom Silk Layer.

Place Test Points close to ADV7401

SOY(Sync On Y):It is Sync detection.

CR

Y

CB

The chip must be used 3216 size.

Analog Video Hum Noise reduce.

XTAL1

28.636363MHz

XTAL1

28.636363MHz

1

2

R391 33R391 33

R

1360

R

1360

R159 150R159 150

R131 33R131 33

R1350R1350

TP32TP32

C

289

0.1uF

C

289

0.1uF

C148 0.1uFC148 0.1uF

R161 27KR161 27K

R156 150R156 150

R154 150R154 150

R17247R172 47

R1664K7 R1664K7

C167

10uF/10V

C167

10uF/10V

C155 10N-KC155 10N-K

R168 68R168 68

R

389 33

R

389 33

R146 150R146 150

R142 33R142 33

C164

10uF/10V

C164

10uF/10V

J1060J1060

J1040J1040

R134 33R134 33

C152 0.1uFC152 0.1uF

R

130 33

R

130 33

C165 0.1uFC165 0.1uF

U30

PI3B3245L

U30

PI3B3245L

A1

2

A2

3

A3

4

A4

5

A5

6

A6

7

A7

8

A8

9

OE

19

NC

1

B1

18

B2

17

B3

16

B4

15

B5

14

B6

13

B7

12

B8

11

VCC

20

GND

10

TP33TP33

R160 1K8R160 1K8

R1370R1370

C291

0.1uF

C291

0.1uF

C166 0.1uFC166 0.1uF

R143 150R143 150

U28

PI3B3245L

U28

PI3B3245L

A1

2

A

2

3

A3

4

A

4

5

A5

6

A

6

7

A7

8

A8

9

O

E

19

NC

1

B1

18

B

2

17

B3

16

B

4

1

5

B5

14

B

6

1

3

B7

12

B8

1

V

CC

20

GND

10

FB61 220ohm_100MHzFB61 220ohm_100MHz

C173 10N-KC173 10N-K

R163 4K7

NS

R163 4K7

NS

TP34TP34

R133 33R133 33

RN10 33-ARR

1 2 3 4

5

6

7

8

IC2A

ADV7401

IC2A

ADV7401

F

B

5

1

AIN1

54

AIN2

56

AIN3

58

AIN4

72

AIN5

74

AIN6

76

A

IN7

53

AIN8

55

A

IN9

57

AIN10

71

A

IN11

7

3

AIN12

75

P0

44

P1

43

P10

21

P

11

20

P20

45

P21

34

P31

2

P32

1

P33

100

P34

97

P35

96

P36

95

P37

88

P38

87

P39

84

P40

83

DE_IN

79

VS_IN

85

HS_IN/CS_IN

86

DCLK_IN

35

CAPY1

61

CAPY2

62

CAPC1

68

CAPC2

69

BIAS

67

SOG

52

SOY

77

ALSB

80

P

2

4

2

P3

41

P4

2

8

P

5

27

P6

26

P7

25

P8

23

P9

22

P12

10

P

13

9

P14

8

P

15

7

P16

94

P

17

9

3

P18

92

P

19

9

1

P22

3

P23

32

P

24

3

1

P25

30

P26

29

P27

24

P28

14

P29

13

SFL/SYNC_OUT

15

FIELD/DE

98

VS

99

HS/CS

4

LLC1

36

INT

3

ELPF

46

TEST0

70

TEST1

59

REFOUT

64

CML

65

SCLK1

82

SCLK2

16

SDA2

19

SDA1

81

XTAL38XTAL137RESET

78

R

1320

R

1320

R140 33R140 33

C

149 0.1uF

C

149 0.1uF

RN12 33-ARR

1 2 3 4 5

6

7

8

C175

18pF-J

C175

18pF-J

R169 68R169 68

C157 0.1uFC157 0.1uF

R152 33R152 33

U27

PI3B3245L

U27

PI3B3245L

A

1

2

A2

3

A3

4

A4

5

A5

6

A6

7

A

7

8

A8

9

OE

19

N

C

1

B

1

8

B2

17

B3

16

B4

15

B

5

14

B6

13

B

7

1

2

B8

11

VCC

20

G

ND

1

0

R1290R1290

C172 0.1uFC172 0.1uF

C150 0.1uFC150 0.1uF

R145 33NSR145 33NS

RN11 3

3-ARR

RN11 3

3-ARR

1 2 3 4 5

6

7

8

R139 33R139 33

IC2B

ADV7401

IC2B

ADV7401

DVDDIO

6

DVDDIO

18

DVDD

12

DVDD

39

DVDD

90

AVDD

63

PVDD

47

PVDD

48

DGND

5

DGND

11

DGND

17

DGND

40

DGND

89

AGND

49

AGND

50

AGND

60

AGND

66

R1280R1280

C174

18pF-J

C174

18pF-J

C163

10uF/10V

C163

10uF/10V

C198 1NC198 1N

R165 2K7R165 2K7

R147 33R147 33

C170 0.1uFC170 0.1uF

R390 33R390 33

R124 33R124 33

R148 150R148 150

C159 10uF/10V

R144 150R144 150

C153 0.1uFC153 0.1uF

T

P31TP31

R127 33R127 33

R141 150R141 150

J1070J1070

J1010J1010

C146 0.1uFC146 0.1uF

R126 33R126 33

J1050J1050

C290

0.1uF

C290

0.1uF

R392 33R392 33

R158 150R158 150

R1620R1620

R1230R1230

R153 33R153 33

C288

0.1uF

C288

0.1uF

C154 10uF/10V

R138 33R138 33

R

125 33

R

125 33

J1030J1030

C158 0.1uFC158 0.1uF

C171 10uF/10VC171 10uF/10V

C151 0.1uFC151 0.1uF

R164 2K7R164 2K7

R151 150R151 150

FB60 220ohm_100MHzFB60 220ohm_100MHz

C161 0.1uFC161 0.1uF

R1674K7 R1674K7

C156 0.1uFC156 0.1uF

J1000J1000

R1570R1570

C168 0.1uFC168 0.1uF

R150 33R150 33

J1020J1020

R171 1MR171 1M

C147 0.1uFC147 0.1uF

R170 68R170 68

C169 10uF/10VC169 10uF/10V

C162 0.1uFC162 0.1uF

C

145 0.1uF

C

145 0.1uF

R149 150R149 150

J1080J1080

R155 150R155 150

C160 82N-K

T

P30TP30

U29

PI3B3245L

U29

PI3B3245L

A1

2

A2

3

A3

4

A4

5

A5

6

A6

7

A7

8

A8

9

OE

19

NC

1

B1

18

B2

17

B3

16

B4

15

B5

14

B6

13

B7

12

B8

11

VCC

20

GND

10

SCHEMATIC DIAGRAMS 13

Model : RD-8504/R-774

80

ADV_DATA_R7

V_SC

ADV_DATA_R4 ADV_DATA_R5 A

DV_DATA_R6

A

DV_DATA_B2

C

N_PB

ADV_DATA_R8

REFOUT

Y0

A

DV_DATA_B3

Y

1

A

DV_DATA_R9

ADV_DATA_B4

CR5

ADV_ODCK_OUT

Y2

ADV_DATA_B5

TEST1

ELPF

Y3

CR2

CR0 CR1

ADV_DE

AIN6

CR3

Y

4

C

R4

ADV_VS

Y5

CB4

CAP_Y2 CAP_C1 CAP_C2

CAP_Y1

BIAS

CAP_Y1

Y

6

Y7

UC_ADV_SCL

UC_ADV_SDA

UC_ADV_RST

CR6

ADV_SCL

ADV_SDA

UC_SYNC_OUT

CAP_YC

ADV_DE A

DV_VS ADV_HS ADV_ODCK

ADV_DE_OUT

ADV_DATA_B7

ADV_VS_OUT

C

R7

ADV_RST

ADV_SDA

CB5

SOY

A

DV_DATA_R3

XTAL

ADV_DATA_R2

ADV_DATA_B8 ADV_DATA_B9

CN_PB

CN_PR

ADV_SCL

ADV_DATA_B6

XTAL1

CML

ADV_HS_OUT

V

_SY

ADV_DATA_G2

CN_Y

A

DV_DATA_G3 ADV_DATA_G4 A

DV_DATA_G5

CB3

CN_PR

V_SY

CB2

UC_SYNC_OUT

A

DV_DATA_G6

V_CVBS

C

B1

CN_Y

V_CVBS

V

_SC

CB6 CB7

ADV_DATA_G7

SYNC_OUT/

ADV_HS ADV_ODCK

A

DV_DATA_G8 ADV_DATA_G9

CB0

CN_Y/

A

DV_ODCK_OUT

A

DV_DE_OUT ADV_VS_OUT A

DV_HS_OUT

DATA_R7

D

ATA_R4 DATA_R5 D

ATA_R6

DATA_R8 D

ATA_R9

D

ATA_R3

DATA_R2

DATA_G2 DATA_G3 DATA_G4 DATA_G5 DATA_G6 DATA_G7 DATA_G8 DATA_G9

DATA_B2 DATA_B3 DATA_B4 DATA_B5

DATA_B7 DATA_B8 DATA_B9

DATA_B6

A

DV_DATA_R7

A

DV_DATA_R4 ADV_DATA_R5 A

DV_DATA_R6

ADV_DATA_R8 A

DV_DATA_R9

ADV_DATA_R3

ADV_DATA_R2

ADV_DATA_G2 ADV_DATA_G3 ADV_DATA_G4 ADV_DATA_G5 ADV_DATA_G6 ADV_DATA_G7 ADV_DATA_G8 ADV_DATA_G9

ADV_DATA_B2 ADV_DATA_B3 ADV_DATA_B4 ADV_DATA_B5

ADV_DATA_B7 ADV_DATA_B8 ADV_DATA_B9

ADV_DATA_B6

U

C_ANALOG_EN

UC_ANALOG_EN

VADC1P8_PVDD

VADC1P8_DVDD

VADC3P3

AVGND VGND

VGND

AVGND

VGND

AVGND

VGND

VADC1P8_PVDD

VADC1P8_DVDD

VADC3P3

VADC1P8_PVDD

AVGND

VADC3P3

VGND

V

GND

VADC3P3

VGND

V

GND

VADC3P3

VGND

VADC3P3

VGND

VADC3P3

VGND

DGND

VGND

UC_ABT/ADV_SCL <6>

C

N_PB<11>

UC_ADV_RST <6>

C

N_Y<11>

UC_SYNC_OUT <6>

V

_SY<11>

V_CVBS<11>

V_SC<11>

UC_ABT/ADV_SDA <6>

CN_PR<11>

DATA_VCLK <2-5>

D

ATA_VSN <2-5>

DATA_DE <2-5>

D

ATA_HSN <2-5>

DATA_R[9..0] <2-5>

DATA_G[9..0] <2-5>

DATA_B[9..0] <2-5>

U

C_ANALOG_EN<6>

Place 33 Ohm series terminations close to ADV7401

The chip bead must be used 1608 size.

NS:BOM Options.No Stuff.

CR

Y

ADV7401 PART

CB

Place 150 Ohm terminations close to ADV7401

N

otice

A

BT2010 input/output : YCbCr SIL9233 output : CbYCr SIL9134 input: CbYCr

Place GND Pattern between Input Video Signals.

Inscribe the TestPoint Value on the Top Silk or Bottom Silk Layer.

P

lace Test Points

close to ADV7401

SOY(Sync On Y):It is Sync detection.

CR

Y

CB

The chip must be used 3216 size.

Analog Video Hum Noise reduce.

XTAL1

28.636363MHz

XTAL1

28.636363MHz

1

2

R391 33R391 33

R

1360

R

1360

R159 150R159 150

R131 33R131 33

R1350R1350

TP32TP32

C289

0.1uF

C289

0.1uF

C148 0.1uFC148 0.1uF

R161 27KR161 27K

R156 150R156 150

R154 150R154 150

R17247R172 47

R1664K7 R1664K7

+

C167

10uF/10V

+

C167

10uF/10V

C155 10N-KC155 10N-K

R168 68R168 68

R389 33R389 33

R146 150R146 150

R142 33R142 33

+

C164

10uF/10V

+

C164

10uF/10V

J1060J1060

J1040J1040

R134 33R134 33

C152 0.1uFC152 0.1uF

R130 33R130 33

C165 0.1uFC165 0.1uF

U30

PI3B3245L

U30

PI3B3245L

A1

2

A2

3

A3

4

A4

5

A5

6

A6

7

A7

8

A8

9

OE

19

NC

1

B1

18

B2

17

B3

16

B4

15

B5

14

B6

13

B7

12

B8

11

VCC

20

GND

10

TP33TP33

R160 1K8R160 1K8

R1370R1370

C291

0.1uF

C291

0.1uF

C166 0.1uFC166 0.1uF

R143 150R143 150

U28

PI3B3245L

U28

PI3B3245L

A1

2

A

2

3

A3

4

A

4

5

A5

6

A

6

7

A7

8

A

8

9

OE

19

NC

1

B1

18

B

2

17

B3

16

B

4

15

B5

14

B

6

1

3

B7

12

B

8

1

VCC

20

GND

1

0

FB61 220ohm_100MHzFB61 220ohm_100MHz

C173 10N-KC173 10N-K

R163 4K7

NS

R163 4K7

NS

TP34TP34

R

133 33

R

133 33

R

N10

33-ARR

R

N10

33-ARR

1 2 3 4

5

6

7

8

IC2A

ADV7401

IC2A

ADV7401

F

B

5

1

A

IN1

5

4

A

IN2

56

A

IN3

5

8

A

IN4

72

AIN5

7

4

AIN6

76

AIN7

53

AIN8

55

A

IN9

57

AIN10

71

A

IN11

73

AIN12

75

P0

44

P

1

43

P10

21

P11

20

P20

45

P21

34

P31

2

P32

1

P33

100

P34

97

P35

96

P36

95

P37

88

P38

87

P39

84

P40

83

DE_IN

79

VS_IN

85

HS_IN/CS_IN

86

DCLK_IN

35

CAPY1

61

CAPY2

62

CAPC1

68

CAPC2

69

BIAS

67

SOG

52

SOY

77

ALSB

80

P

2

4

2

P3

41

P

4

2

8

P5

27

P

6

2

6

P7

25

P

8

2

3

P9

22

P12

10

P13

9

P14

8

P

15

7

P16

94

P

17

93

P18

92

P

19

9

1

P

22

33

P23

32

P24

31

P25

30

P26

29

P27

24

P28

14

P29

13

SFL/SYNC_OUT

15

FIELD/DE

98

VS

99

HS/CS

4

LLC1

36

INT

3

ELPF

46

TEST0

70

TEST1

59

REFOUT

64

CML

65

SCLK1

82

SCLK2

16

SDA2

19

SDA1

81

XTAL38XTAL137RESET

78

R

1320

R

1320

R140 33R140 33

C

149 0.1uF

C

149 0.1uF

RN12 33-ARR

1 2 3 4

5

6

7

8

C175

18pF-J

C175

18pF-J

R169 68R169 68

C157 0.1uFC157 0.1uF

R152 33R152 33

U27

P

I3B3245L

U27

P

I3B3245L

A

1

2

A

2

3

A3

4

A4

5

A5

6

A6

7

A7

8

A

8

9

O

E

1

9

N

C

1

B

1

18

B

2

17

B3

16

B

4

15

B5

14

B6

13

B7

12

B

8

1

V

CC

2

0

GND

10

R

1290

R

1290

C172 0.1uFC172 0.1uF

C150 0.1uFC150 0.1uF

R145 33

NS

R145 33

NS

RN11 33-ARR

1 2 3 4

5

6

7

8

R139 33R139 33

IC2B

ADV7401

IC2B

ADV7401

DVDDIO

6

DVDDIO

18

DVDD

12

DVDD

39

DVDD

90

AVDD

63

PVDD

47

PVDD

48

DGND

5

DGND

11

DGND

17

DGND

40

DGND

89

AGND

49

AGND

50

AGND

60

AGND

66

R1280R1280

C174

18pF-J

C174

18pF-J

+

C163

10uF/10V

+

C163

10uF/10V

C198 1NC198 1N

R165 2K7R165 2K7

R147 33R147 33

C170 0.1uFC170 0.1uF

R

390 33

R

390 33

R124 33R124 33

R148 150R148 150

+

C159 10uF/10V

+

C159 10uF/10V

R144 150R144 150

C153 0.1uFC153 0.1uF

T

P31TP31

R

127 33

R

127 33

R141 150R141 150

J1070J1070

J1010J1010

C146 0.1uFC146 0.1uF

R126 33R126 33

J1050J1050

C290

0.1uF

C290

0.1uF

R392 33R392 33

R158 150R158 150

R1620R1620

R1230R1230

R153 33R153 33

C288

0.1uF

C288

0.1uF

+

C154 10uF/10V

+

C154 10uF/10V

R138 33R138 33

R125 33R125 33

J1030J1030

C158 0.1uFC158 0.1uF

+

C171 10uF/10V

+

C171 10uF/10V

C151 0.1uFC151 0.1uF

R164 2K7R164 2K7

R151 150R151 150

FB60 220ohm_100MHzFB60 220ohm_100MHz

C161 0.1uFC161 0.1uF

R1674K7 R1674K7

C156 0.1uFC156 0.1uF

J1000J1000

R1570R1570

C168 0.1uFC168 0.1uF

R150 33R150 33

J1020J1020

R171 1MR171 1M

C147 0.1uFC147 0.1uF

R170 68R170 68

+

C169 10uF/10V

+

C169 10uF/10V

C162 0.1uFC162 0.1uF

C

145 0.1uF

C

145 0.1uF

R149 150R149 150

J1080J1080

R155 150R155 150

C160 82N-K

TP30TP30

U29

PI3B3245L

U29

PI3B3245L

A1

2

A2

3

A3

4

A4

5

A5

6

A6

7

A7

8

A8

9

OE

19

NC

1

B1

18

B2

17

B3

16

B4

15

B5

14

B6

13

B7

12

B8

11

VCC

20

GND

10

SCHEMATIC DIAGRAMS 14

Model : RD-8504/R-774

81

DSCL_0 DSCL_0

DSDA_0

DSCL_1

D

SCL_1

RR0X00-

RR0X00+

RR0XCC-

RR0XCC+

DSDA_1 DSDA_1

DSCL_3

DSCL_1

CEC_A

CEC_A CEC_A

RR1X00+

RR1XCC+

RR1X22+

RR1X11+

DSDA_3 DSDA_3

RR1X22-

RR1X11-

RR1X00-

RR1XCC-

H

PD_CB1

HPD_CB1

DSDA_1

DSCL_0

CEC_A

CEC_A CEC_A

RR0X00+

RR0XCC+

RR0X22+

RR0X11+ RR0X22-

RR0X11-

RR0X00-

RR0XCC-

DSCL_2 DSCL_2

H

PD_CB0 HPD_CB0

HPD_CB0

DSDA_0

DSDA_2 DSDA_2

DSCL_3

CEC_A

CEC_A CEC_A

RR3X00+

RR3XCC+

RR3X22+

RR3X11+ RR3X22-

RR3X11-

RR3X00-

RR3XCC-

HPD_CB3

RR3X00-

RR3X00+

RR3XCC-

RR3XCC+

HPD_CB3

RR3X22-

RR3X22+

RR3X11-

DSDA_3

RR3X11+

RR2X00-

RR2X00+

RR2XCC-

RR2XCC+

DSCL_2

CEC_A

CEC_A CEC_A

RR2X00+

RR2XCC+

RR2X22-

RR2X22+

RR2X11-

RR2X11+

RR2X22+

RR2X22-

RR2X11+

RR2X11-

RR2X00-

RR2XCC-

HPD_CB2

DSDA_2

RR0X22-

RR0X22+

RR0X11-

RR0X11+

RR1X00-

RR1X00+

RR1XCC-

RR1XCC+

RR1X22-

RR1X22+

RR1X11-

RR1X11+

DGND

R

PWR1

DGND

RPWR1

DGND

R

PWR0

DGND

RPWR0

DGND

RPWR3

DGND

RPWR3

DGND

RPWR2

DGND

RPWR2

DGND

CHGND

DSDA_2

<9>

RR2X0-

<9>

RR1XC-

<9>

RR1XC+

<9>

D

SDA_1

<

9>

RR1X0-

<9>

RR1X0+

<9>

RR1X2+

<9>

RR1X2-

<9>

DSCL_1

<9>

RR1X1+

<9>

RR1X1-

<9>

H

PD_CB1 <9>

CEC_A

<9>

RR2X0+

<9>

RR2X2+

<9>

RR3XC-

<9>

RR3XC+

<9>

DSDA_3

<9>

RR3X0-

<9>

RR3X0+

<9>

RR3X2+

<9>

RR3X2-

<9>

DSCL_3

<9>

RR3X1+

<9>

RR3X1-

<9>

HPD_CB3 <9>

CEC_A

<9>

RR2X2-

<9>

R

PWR1

<9>

DSCL_2

<9>

RR0XC-

<9>

RR0XC+

<9>

D

SDA_0

<

9>

RR0X0-

<9>

RR0X0+

<9>

RR0X2+

<9>

RR0X2-

<9>

DSCL_0

<9>

RR0X1+

<9>

RR0X1-

<9>

H

PD_CB0 <9>

CEC_A

<9>

RR2X1+

<9>

RR2X1-

<9>

HPD_CB2 <9>

CEC_A

<9>

R

PWR0

<9>

RPWR2

<9>

RPWR3

<9>

RR2XC-

<9>

RR2XC+

<9>

HDMI_2IN

100ohm differential impedance for TMDS traces.

LAYOUT: Place chokes and ESD clamps as close

as possible to HDMI connector.

HDMI_1IN

100ohm differential impedance for TMDS traces.

LAYOUT: Place chokes and ESD clamps as close

as possible to HDMI connector.

HDMI_4IN

100ohm differential impedance for TMDS traces.

LAYOUT: Place chokes and ESD clamps as close as possible to HDMI connector.

HDMI_3IN

100ohm differential impedance for TMDS traces.

LAYOUT: Place chokes and ESD clamps as close as possible to HDMI connector.

HDMI IN PART

D13

ASQS12U020R2

D13

ASQS12U020R2

R194 47K SMD-R(1005)

12

D5ASQS12U020R2 D5ASQS12 U020R2

D42

ASQS12U020R2

D42

ASQS12U020R2

FB103

220ohm_100MHz

FB103

220ohm_100MHz

D48

ASQS12U020R2

D48

ASQS12U020R2

D46

ASQS12U020R2

D46

ASQS12U020R2

D30

ASQS12U020R2

D30

ASQS12U020R2

R193 47K

SMD-R(1005)

R193 47K

SMD-R(1005)

12

FB101

220ohm_100MHz

FB101

220ohm_100MHz

R212 5.6R212 5.6

1

2

D15

ASQS12U020R2

D15

ASQS12U020R2

D38

ASQS12U020R2

D38

ASQS12U020R2

D25

ASQS12U020R2

D25

ASQS12U020R2

R186 5.6R186 5.6

1 2

R196 47K SMD-R(1005)

12

R206 5.6R206 5.6

1

2

TP38TP38

D12

ASQS12U020R2

D12

ASQS12U020R2

R203 5.6R203 5.6

1 2

TP36TP36

R210 5.6R210 5.6

1

2

FB98

220ohm_100MHz

FB98

220ohm_100MHz

D16

ASQS12U020R2

D16

ASQS12U020R2

D3ASQS12U020R2 D3ASQS12 U020R2

R208 5.6R208 5.6

1

2

R205 5.6R205 5.6

1 2

D1ASQS12U020R2 D1ASQS12 U020R2

D33

ASQS12U020R2

D33

ASQS12U020R2

R209 5.6R209 5.6

1

2

D10

ASQS12U020R2

D10

ASQS12U020R2

D18

ASQS12U020R2

D18

ASQS12U020R2

TP35TP35

D37

ASQS12U020R2

D37

ASQS12U020R2

CN1

HDMI-A

CN1

HDMI-A

SHELL1

20

S

HELL2

21

D2+

1

D2_SHIELD

2

D2-

3

D1+

4

D1_SHIELD

5

D1-

6

D0+

7

D0_SHIELD

8

D0-

9

CK+

10

CK_SHIELD

11

CK-

12

CE_REMOTE

13

NC

14

DDC_CLK

15

D

DC_DATA

16

GND

17

+

5V

18

HP_DET

19

FB99

220ohm_100MHz

FB99

220ohm_100MHz

R201 5.6R201 5.6

1 2

CN3

HDMI-A

CN3

HDMI-A

SHELL1

20

SHELL2

21

D2+

1

D2_SHIELD

2

D2-

3

D1+

4

D1_SHIELD

5

D1-

6

D0+

7

D0_SHIELD

8

D0-

9

CK+

10

CK_SHIELD

11

CK-

12

CE_REMOTE

13

NC

14

DDC_CLK

15

DDC_DATA

16

GND

17

+5V

18

HP_DET

19

D20

ASQS12U020R2

D20

ASQS12U020R2

R180 5.6R180 5.6

1

2

R184 5.6R184 5.6

1 2

D27

ASQS12U020R2

D27

ASQS12U020R2

R191 5.6R191 5.6

1

2

FB102

220ohm_100MHz

FB102

220ohm_100MHz

R178 5.6R178 5.6

1

2

R189 5.6R189 5.6

1

2

FB104

220ohm_100MHz

FB104

220ohm_100MHz

D39

ASQS12U020R2

D39

ASQS12U020R2

D8ASQS12U020R2 D8ASQS12 U020R2

R185 5.6R185 5.6

1 2

D21

ASQS12U020R2

D21

ASQS12U020R2

D24

ASQS12U020R2

D24

ASQS12U020R2

R199 5.6R199 5.6

1

2

R202 5.6R202 5.6

1

2

CN2

HDMI-A

CN2

HDMI-A

SHELL1

20

S

HELL2

21

D2+

1

D2_SHIELD

2

D2-

3

D1+

4

D1_SHIELD

5

D1-

6

D0+

7

D0_SHIELD

8

D0-

9

CK+

10

CK_SHIELD

11

CK-

12

CE_REMOTE

13

NC

14

DDC_CLK

15

D

DC_DATA

16

GND

17

+

5V

18

HP_DET

19

D40

ASQS12U020R2

D40

ASQS12U020R2

D6ASQS12U020R2 D6ASQS12 U020R2

D45

ASQS12U020R2

D45

ASQS12U020R2

D34

ASQS12U020R2

D34

ASQS12U020R2

R211 5.6R211 5.6

1

2

D14

ASQS12U020R2

D14

ASQS12U020R2

R200 5.6R200 5.6

1 2

R204 5.6R204 5.6

1

2

R188 5.6R188 5.6

1

2

D41

ASQS12U020R2

D41

ASQS12U020R2

R198 5.6R198 5.6

1 2

D43

ASQS12U020R2

D43

ASQS12U020R2

D32

ASQS12U020R2

D32

ASQS12U020R2

R190 5.6R190 5.6

1

2

D22

ASQS12U020R2

D22

ASQS12U020R2

D2ASQS12U020R2 D2ASQS12 U020R2

R181 5.6R181 5.6

1

2

D11

ASQS12U020R2

D11

ASQS12U020R2

D19

ASQS12U020R2

D19

ASQS12U020R2

R

177 47K S

MD-R(1005)

R

177 47K S

MD-R(1005)

12

D26

ASQS12U020R2

D26

ASQS12U020R2

R176 4

7K

SMD-R(1005)

R176 4

7K

SMD-R(1005)

12

D9

ASQS12U020R2D9ASQS12U020R2

FB97

220ohm_100MHz

FB97

220ohm_100MHz

D4ASQS12U020R2 D4ASQS12 U020R2

CN4

HDMI-A

CN4

HDMI-A

SHELL1

20

SHELL2

21

D2+

1

D2_SHIELD

2

D2-

3

D1+

4

D1_SHIELD

5

D1-

6

D0+

7

D0_SHIELD

8

D0-

9

CK+

10

CK_SHIELD

11

CK-

12

CE_REMOTE

13

NC

14

DDC_CLK

15

DDC_DATA

16

GND

17

+5V

18

HP_DET

19

R183 5.6R183 5.6

1

2

D44

ASQS12U020R2

D44

ASQS12U020R2

D28

ASQS12U020R2

D28

ASQS12U020R2

R187 5.6R187 5.6

1 2

D29

ASQS12U020R2

D29

ASQS12U020R2

D47

ASQS12U020R2

D47

ASQS12U020R2

D31

ASQS12U020R2

D31

ASQS12U020R2

R192 5.6R192 5.6

1

2

R182 5.6R182 5.6

1

2

D35

ASQS12U020R2

D35

ASQS12U020R2

R179 5.6R179 5.6

1

2

R195 47K

SMD-R(1005)

R195 47K

SMD-R(1005)

12

R207 5.6R207 5.6

1

2

D7ASQS12U020R2 D7ASQS12 U020R2

R197 5.6R197 5.6

1

2

TP37TP37

R

174 47K S

MD-R(1005)

R

174 47K S

MD-R(1005)

12

D23

ASQS12U020R2

D23

ASQS12U020R2

D36

ASQS12U020R2

D36

ASQS12U020R2

FB100

220ohm_100MHz

FB100

220ohm_100MHz

D17

ASQS12U020R2

D17

ASQS12U020R2

R175 5.6R175 5.6

1

2

R

173

47K

S

MD-R(1005)

R

173

47K

S

MD-R(1005)

12

SCHEMATIC DIAGRAMS 15

Model : RD-8504/R-774

82

TX_D1+

TX_D2-

TX_D1-TX_D1-

TX_D0+

TX_D0-

TX_CK+

CEC_A

TX_DSDA

TX_HPD

TX_D00

TX_CKK

TX_DSCL

TX_DSDA

TX_CK-

TX_CK+

TX_D0-

TX_D0+

TX_D222

TX_D111

TX_D1-

TX_D1+

TX_D2-

TX_D2+

TX_CK-TX_CK-

TX_D2+TX_D2+

TX_HPD

TX_DSDA

TX_DSCL

CEC_A

DGND

TX5V0

DGND

CHGND

TX_CK+<8>

TX_D0+

<8>

TX_D0-<8>

TX_D1+

<8>

TX_D2+

<8>

TX_D1-<8>

TX_D2-

<8>

TX_HPD<8>

TX_DSDA<8> TX_DSCL<8>

CEC_A

<4>

TX_CK-

<8>

HDMI OUT

differential Z0=100 ohm Impedance Matching

HDMI OUT PART

100ohm differential impedance for TMDS traces.

LAYOUT: Place chokes and ESD clamps as close as possible to HDMI connector.

D57

ASQS12U020R2

D57

ASQS12U020R2

C179100N-K-1608 C179100N-K-1608

D60

ASQS12U020R2

D60

ASQS12U020R2

C178100N-K-1608 C178100N-K-1608

D59

ASQS12U020R2

D59

ASQS12U020R2

C177100N-K-1608 C177100N-K-1608

D56

ASQS12U020R2

D56

ASQS12U020R2

D49

ASQS12U020R2

D49

ASQS12U020R2

D55

ASQS12U020R2

D55

ASQS12U020R2

CN5

HDMI_A

CN5

HDMI_A

SHELL1

20

SHELL2

21

D2+

1

D2 Shield

2

D2-

3

D1+

4

D1 Shield

5

D1-

6

D0+

7

D0 Shield

8

D0-

9

CK+

10

CK Shield

11

CK-

12

CE Remote

13

NC

14

DDC CLK

15

DDC DATA

16

GND

17

+5V

18

HP DET

19

R215300-1608 R215300-1608

D54

ASQS12U020R2

D54

ASQS12U020R2

R217300-1608 R217300-1608

R218300-1608 R218300-1608

D50

ASQS12U020R2

D50

ASQS12U020R2

R216300-1608 R216300-1608

R21347K R21347K

D52

ASQS12U020R2

D52

ASQS12U020R2

D51

ASQS12U020R2

D51

ASQS12U020R2

FB105

220ohm_100MHz

FB105

220ohm_100MHz

FB62

220ohm_100MHz

FB62

220ohm_100MHz

D58

ASQS12U020R2

D58

ASQS12U020R2

C176100N-K-1608 C176100N-K-1608

D53

ASQS12U020R2

D53

ASQS12U020R2

R21447K R21447K

SCHEMATIC DIAGRAMS 16

Model : RD-8504/R-774

83

IRQ_SUB

RST_MUC

UC_TX_RST

UC_PORT0

UC_PORT3

U

C_RX_MUTE

U

C_RX_RST

CEC_A_OUT

UC_DSP_SCLK

UC_SCP1_MOSI

UC_SCP1_MISO

UC_DSP_BSY

UC_DSP_IRQ

UC_DSP_RST

UC_LVC257_CONT1

UC_DSP_CE

SCDO_MUC

UC_PORT1

SCCK_MUC

U

C_XI_AUD_SEL

UC_LVC257_CONT2

UC_DSP_HS2

UC_LVC257_CONT

UC_OE_DSD

U

C_OE_HDMI

UC_LVC257_CONT3

UC_XI_VID_SEL

UC_CODEC_PD UC_CODEC_CDTO

RSET_UC

CEC_A_IN

CNVSS_UC

P6_2 P6_1

SCDI_MUC

P10_2

R

XD_UP

EPM_UP_UC

P10_3

XIN_U

RSET_UC

PDN_MUC

UC_CODEC_INT0

EPM_UP_UC

P6_4 P6_3

P8_5

IRQ_MUC

CNVSS_UC

RXD_UP

IRQ_SUB

PDN_UC

P8_3

IRQ_MUC

PDN_UC

P8_2

CE_UP_UC

UC_RX_INTR

UC_CODEC_INT1

XOUT_U

CE_UP_UC

UC_CODEC_SCDIN

UC_RX_SCDT

TXD_UP

UC_CODEC_CS

UC_TX_INT

UC_CODEC_SCCLK UC_DAC_MUTE

TXD_UP

UC_PORT2

UC_SCL UC_SDA

UC_CEC_D

U

C_ANALOG_EN1

UC_RX_EN1

U

C_RX_BYPASS

CEC_A_OUT

CEC_A_IN

UGND

U3V3

UGND

U3V3

U

3V3

U3V3

UGND

U3V3

VCC33_RX

U3V3

UGND

U3V3

UGND

DGND

UGND

U3V3

UC_PORT2

<9>

UC_RX_MUTE

<

9>

UC_LVC257_CONT <11>

UC_PORT3

<9>

UC_HDMI_PWR_EN<7>

SCDI_MUC

<11>

UC_ABT/ADV_SCL<2-2,3>

UC_DSP_HS2 <11>

UC_DSP_RST <11>

SCDO_MUC

<

11>

PDN_MUC

<11>

UC_SCL <8,9>

UC_ABT/ADV_SDA<2-2,3>

R

X_HS

<9>

UC_LVC257_CONT2 <11>

UC_ABT_INT<2-2>

UC_ABT_SCK

<2-2>

SCCK_MUC

<11>

UC_SCP1_MOSI <11>

UC_SDA <8,9>

UC_ABT_SDI

<2-2>

UC_ADV_RST<3>

RX_VS

<9>

UC_LVC257_CONT3 <11>

UC_SCP1_MISO

<11>

UC_CODEC_PD

<11>

U

C_XI_AUD_SEL<10>

UC_OE_HDMI <11>

U

C_ABT_SDO

<2-2>

UC_TX_RST

<

8>

UC_ABT_EN<2-2>

UC_DSP_SCLK <11>

UC_XI_VID_SEL

<

10>

UC_OE_DSD <11>

UC_TX_INT

<8>

UC_ABT_RST<2-2>

UC_CEC_D<9>

IRQ_MUC

<11>

UC_DSP_CE <11>

UC_CODEC_CDTO

<11>

UC_DSP_IRQ

<11>

UC_ABT_PWR_EN<2-3>

UC_CODEC_INT0<11>

U

C_RX_INTR

<9>

UC_DSP_BSY <11>

UC_CODEC_INT1

<11>

IRQ_SUB

<11>

UC_ABT_PWR_EN2

<2-3>

U

C_RX_RST

<

9>

U

C_CODEC_SCDIN

<11>

U

C_RX_SCDT

<9>

UC_LVC257_CONT1 <11>

UC_AUD_OUT_SEL<2-5>

RST_MUC

<11>

CEC_A<4>

UC_CODEC_CS<11>

UC_PORT0

<9>

UC_SYNC_OUT<3>

UC_CODEC_SCCLK<11>

UC_PORT1

<9>

UC_DAC_MUTE<11>

UC_244_CONT <11>

UC_ANALOG_EN <3> U

C_RX_EN <9>

U

C_RX_BYPASS_EN <9>

MICOM PART

NS:BOM Options.No Stuff.

The chip bead must be used 1608 size.

P

lace De-coupling Capacitors close

to M16C/30P

S

ub-Micom De-coupling

UP-GRADE

CEC CONTROL PARTS

I

t must be used interrupt port.

R262 33R262 33

R247 33R247 33

R259 33R259 33

R394 33R394 33

C183 0.1uFC183 0.1uF

+

C18210uF/10V+C18210uF/10V

R235 4K7

R286 27K

NS

R286 27K

NS

R219 33R219 33

R244 33

NS

R244 33

NS

R248

10K

R248

10K

R2220R2220

FPC1

10P-FPC-V

FPC1

10P-FPC-V

1 2 3 4 5 6 7 8 9

10

D61 1SS133T

NS

D61 1SS133T

NS

R266 33R266 33

R2250R2250

R

242 33 NS

R

242 33 NS

R257 33R257 33

R229 33R229 33

R231 4K7

R291

4K7

NS

R291

4K7

NS

R276 33R276 33

FB64 220ohm_100MHzFB64 220ohm_100MHz

R273 33R273 33

R251 4K7

R

2370

R

2370

U22

NJM2068

NS

U22

NJM2068

NS

VCC

8

IN_A-

2

IN_A+

3

IN_B+

5

IN_B-

6

OUT_A

1

OUT_B

7

VEE

4

R254 33R254 33

R288 4K7

NS

R288 4K7

NS

R287

12K

NS

R287

12K

NS

R2210R2210

R252 4K7

R227 33R227 33

R280 1M NS

R278 33R278 33

R270 33R270 33

R261 33R261 33

R400 33R400 33

+

C18010uF/10V+C18010uF/10V

R39333R393

33

R25533R255

33

R2830R2830

R264 33R264 33

R230 33R230 33

R2430NSR2430NS

R2450NSR2450NS

R253 4K7

R241 33R241 33

R289

33

NS

R289

33

NS

R2820R2820

R274 33R274 33

Q2 KRC104SQ2KRC104S

2

31

R265 33R265 33

R232 33R232 33

R293

12K

NS

R293

12K

NS

R290

10K

NS

R290

10K

NS

R240 33

NS

R240 33

NS

R285 10K

C189 0.1uF

NS

C189 0.1uF

NS

Q3 KRC104S

NS

Q3 KRC104S

NS

2

31

RN13 33-ARR

1

2

3

45 6 7 8

R260 33R260 33

R292

10K

NS

R292

10K

NS

R249 33R249 33

C185

10pF-J

C185

10pF-J

R228 33R228 33

R267 33R267 33

R275 33

NS

R275 33

NS

R2810R2810

C188

470pF

NS

C188

470pF

NS

R271 33R271 33

R236 33R236 33

R224 33R224 33

C184 0.1uFC184 0.1uF

R239 33R239 33

R268 33R268 33

R2950R295

0

R

220 33

R

220 33

R263 33R263 33

R250

10K

R250

10K

Q1 K

RC104S

Q1 K

RC104S

2

31

R277 33R277 33

C186

10pF-J

C186

10pF-J

FB65 220ohm_100MHzFB65 220ohm_100MHz

R226 33R226 33

R2840R2840

R238 33R238 33

R294

470

NS

R294

470

NS

R269 33R269 33

R233

4K7

R233

4K7

F

B63 220ohm_100MHz

F

B63 220ohm_100MHz

R279 33R279 33

R223 33R223 33

IC3

M30302FED

IC3

M30302FED

P9_6/ANEX1

1

P9_5ANEX0

2

P9_4

3

P9_3

4

P9_2/TB2IN

5

P9_1/TB1IN

6

P9_0/TB0IN

7

BYTE

8

P8_7/XCIN

10

P8_6/XCOUT

11

RESET#

12

XOUT

13

XIN

15

P8_5/NMI#

17

P8_4/INT2#

18

P8_3/INT1#

19

P8_2/INT0#

20

P8_1

21

P8_0

22

P7_7

23

P7_6

24

P7_5/TA2IN

25

P7_4/TA2OUT

26

P7_3/TA1INCTS2/RTS2

27

P7_2/TA1OUTCLK2

28

P7_1/TA0INRXD2/SCL2

29

P7_0/TA0OUTTXD2/SDA2

30

P6_7/TXD1/SDA1

31

P6_6/RXD1/SCL1

32

P6_5/CLK1

33

P6_4/CTS1#/RTS1#/CTS0#/CLKS1#

34

P6_3/TXD0/SDA0

35

P6_2/RXD0/SCL0

36

P6_1/CLK0

37

P6_0/CTS0#/RTS0#

38

P9_7/ADTRG#

100

P10_0/AN0

97

P10_1/AN1

95

P10_2/AN2

94

P10_3/AN3

93

P10_4/AN4KI0#

92

P10_5/AN5/KI1#

91

P10_6/AN6/KI2#

90

P10_7/AN7/KI3#

89

P

0_0/AN0_0/D0

88

P

0_1/AN0_1/D1

87

P0_2/AN0_2/D2

86

P

0_3/AN0_3/D3

8

5

P

0_4/AN0_4/D4

8

4

P

0_5/AN0_5/D5

83

P0_6/AN0_6/D6

82

P0_7/AN0_7/D7

81

P1_0/D8

80

P1_1/D9

79

P1_2/D10

78

P1_3/D11

77

P1_4/D12

76

P1_5/INT3/D13#

75

P1_6/INT4/D14#

74

P1_7/D15

73

P2_0/A0

72

P2_1/A1

71

P2_2/A2

70

P2_3/A3

69

P2_4/A4

68

P2_5/A5

67

P2_6/A6

66

P2_7/A7

65

P3_0/A8

63

P3_1A9

61

P3_2A10

60

P3_3A11

59

P3_4A12

58

P3_5A13

57

P3_6A14

56

P3_7A15

55

P4_0A16

54

P4_1A17

53

P4_2A18

52

P4_3A19

51

P4_4CS0#

50

P4_5/CS1#

49

P4_6/CS2#

48

P4_7/CS3#

47

P

5_0/WRL#/WR#

46

P

5_1/WRH#/BHE#

45

P5_2/RD#

44

P5_3/BCLK

4

3

P

5_4/HLDA#

4

2

P5_5/HOLD#

41

P

5_6/ALE

4

0

P

5_7/RDY#/CLKOUT

39

VCC1

16

AVCC

99

VREF98VCC2

62

CNVSS

9

AVSS96VSS64VSS

14

R256 33R256 33

R246 33

NS

R246 33

NS

R258 33R258 33

R272 33R272 33

C181 0.1uFC181 0.1uF

XTAL2

16MHz

XTAL2

16MHz

12

R234

4K7

R234

4K7

C187 0.1uF

NS

C187 0.1uF

NS

SCHEMATIC DIAGRAMS 17

Model : RD-8504/R-774

84

T

VPWR5V_IN

TVPWR5V_IN

TX1V8/

VCC_5V

HDMI_5V

DGND

H

DMI3V3

HDMI3V3

VGND

VADC1P8_PVDD

TX1V8/

VADC1P8_DVDD

H

DMI_5V

SBVCC5V

TX1V8P2 TX3V3/

VCC12_RX

D

GND

DGND

HDMI3V3

TX3V3A

H

DMI_5V

HDMI_5V

T

VPWR5V

TX1V8P1

VCC33_RX

D

GND

DGND

T

X3V3/

VADC3P3

TX1V8/

T

X3V3

HDMI3V3

TX1V8/

T

X1V8

TX1V8A

VGND

XI3V3

HDMI_5V

TX5V0

HDMI_5V

DGND

U

C_HDMI_PWR_EN

<

6>

SIL9134 Supply

NS:BOM Options.Not selected.

ADV7401 Supply

T

he chip bead must be used 1608 size.

POWER SUPPLY PART

CPLD Supply

S

IL9233 Supply

ADD LPP

REG6 LM1117S5V0

VCC_IN

3

GND

1

OUT

2

OUT1

4

R2960R2960

FB108

220ohm_100MHz

FB108

220ohm_100MHz

+

C193

22uF

+

C193

22uF

12

C209

0.1uF

C209

0.1uF

+

C197220/6.3+C197220/6.3

F

B69 220ohm_100MHz

F

B69 220ohm_100MHz

R298

8K45/1%

R298

8K45/1%

C

194

0.1uF

C

194

0.1uF

FB83 220ohm_100MHzFB83 220ohm_100MHz

FB77 220ohm_100MHzFB77 220ohm_100MHz

FB76 220ohm_100MHzFB76 220ohm_100MHz

FB67 220ohm_100MHzFB67 220ohm_100MHz

+

C200 100/6.3

+

C200 100/6.3

C199 0.1uFC199 0.1uF

C286

0.1uF

C286

0.1uF

FB66 220ohm_100MHzFB66 220ohm_100MHz

C205

0.1uF

C205

0.1uF

FB72 220ohm_100MHzFB72 220ohm_100MHz

C191 0

.1uF

C191 0

.1uF

FB81 220ohm_100MHzFB81 220ohm_100MHz

C2032N2 C2032N2

D62

R

B521S

D62

R

B521S

+

C192 1

00/6.3

+

C192 1

00/6.3

+

C215 100/6.3

+

C215 100/6.3

+

C216 10/10TA

+

C216 10/10TA

C214

0.1uF

C214

0.1uF

C211

0.1uF

C211

0.1uF

L12 4.7uHL12 4.7uH

1

2

FB78 220ohm_100MHzFB78 220ohm_100MHz

+

C210 10u F/10V+C210 10u F/10V

R299 10KR2 99 10K

FB75 220ohm_100MHzFB75 220ohm_100MHz

REG2 L

M1117S1V2

REG2 L

M1117S1V2

V

CC_IN

3

GND

1

O

UT

2

OUT1

4

F

B71 220ohm_100MHz

F

B71 220ohm_100MHz

+

C287

10uF/10V

+

C287

10uF/10V

F

B68 220ohm_100MHz

F

B68 220ohm_100MHz

TP39TP39

1

+

C195

10uF/10V

+

C195

10uF/10V

12

C212

0.1uF

C212

0.1uF

R

EG3

BA33BCOFP

R

EG3

BA33BCOFP

VCC_IN

1

GND

3

OUT

2

C2041NC204

1N

FB82 220ohm_100MHzFB82 220ohm_100MHz

C206

0.1uF

C206

0.1uF

FB79 220ohm_100MHzFB79 220ohm_100MHz

+

C19622uF/6.3+C19622uF/6.3

R297

30K

R297

30K

FB70

220ohm_100MHz

FB70

220ohm_100MHz

C213

0.1uF

C213

0.1uF

FB107 220ohm_100MHzFB107 220ohm_100MHz

+

C202

10uF/10V

+

C202

10uF/10V

FB106 220ohm_100MHzFB106 220ohm_100MHz

FB73 220ohm_100MHzFB73 220ohm_100MHz

FB80 220ohm_100MHzFB80 220ohm_100MHz

C207

0.1uF

C207

0.1uF

R

EG1

B

A18BC0FP

R

EG1

B

A18BC0FP

VCC_IN

1

GND

3

OUT

2

+

C208 10uF/10V+C208 10uF/10V

REG5 BA18BC0FP

VCC_IN

1

GND

3

OUT

2

+

C

190

10uF/10V

+

C

190

10uF/10V

FB85 220ohm_100MHzFB85 220ohm_100MHz

FB74 220ohm_100MHzFB74 220ohm_100MHz

C201

0.1uF

C201

0.1uF

REG4 BA33BCOFP

VCC_IN

1

GND

3

OUT

2

D

63 RB521S

D

63 RB521S

FB84 220ohm_100MHzFB84 220ohm_100MHz

U

23

AOZ1021

U

23

AOZ1021

PGND

1

VIN

2

AGND

3

FB

4

LX'

8

LX

7

EN

6

COMP

5

SCHEMATIC DIAGRAMS 18

Model : RD-8504/R-774

85

XDAT2 XDAT1

XDAT35 XDAT34

UC_SDA

XDAT33 X

DAT32

EXT_SWING_TX

TX_D1+

TX_CK+

TX_D2+

TX_D2-

TX_D1-

TX_CK-

TX_D0TX_D0+

TX_D7 TX_D6 TX_D5 TX_D4

TX_D15 TX_D14 TX_D13 TX_D12

TX_D10

TX_D9

TX_D8

RESET_TX

T

X_D23

TX_D21 T

X_D20

TX_D19

TX_D18

TX_D17

TX_D16

TX_D31

TX_D30

TX_D29

T

X_D28 TX_D27 TX_D26 TX_D25 TX_D24

TX_D35 TX_D34 T

X_D33 T

X_D32

DR2_TX D

L2_TX

D

SDR3_XI

T

MODE_TX

CSDA_TX

INT_TX

XDAT25

XDAT29

XDAT10

XDAT24

XDAT12

XDAT9

XDAT11

X

DAT28

XDAT14

XDAT30

XDAT23

XDAT13

XDAT26

XDAT27

XDAT31

XDAT0

EXT_SWING_TX

S

D3_TX

CI2CA_TX

EXT_SWING

A

UD_OUT_SPDIF

AUD_OUT_SD3

AUD_OUT_SD2

AUD_OUT_SD1

AUD_OUT_SD0

AUD_OUT_WS

A

UD_OUT_SCLK

S

CK_TX

MCLK_TX

CSCL_TX

SPDIF_TX

ODCK_XI

I

DCK_TX

TX_DSDA

SD1_TX S

D0_TX

TX_D3 TX_D2 TX_D1 TX_D0

WS_TX SCK_TX

A

UD_OUT_SPDIF

D

CLK_TX

A

UD_OUT_MCLK AUD_OUT_SD3 AUD_OUT_SD2

AUD_OUT_SD1 A

UD_OUT_SD0 AUD_OUT_WS AUD_OUT_SCLK

DE_XI

DE_TX

DR0_TX

H

S_XI

H

SYNC_TX

DL0_TX

DR1_TX

VS_XI

VSYNC_TX

SD2_TX

UC_TX_RST

SD1_TX SD0_TX

WS_TX

S

PDIF_TX

M

CLK_TX SD3_TX SD2_TX

DL1_TX

XDAT22 XDAT21 X

DAT20

UC_TX_INT

XDAT[35:0]

XDAT19 XDAT18 XDAT17

TX_DSCL

XDAT16 XDAT15

XDAT8

DSDL3_XI

XDAT7

TX_HPD

XDAT6

UC_SCL

XDAT5 XDAT4

CSDA_TX CSCL_TX TX_HPD INT_TX

XDAT3

TX_D11

TX_D22

TX3V3

DGND

TX3V3

TX1V8A

TX5V0

TX_CK- <5>

AUD_OUT_SPDIF

<2-5>

H

S_XI

<

10>

TX_CK+ <5>

AUD_OUT_MCLK

<

2-5>

TX_D0- <5>

VS_XI<10>

TX_D0+ <5>

UC_SDA <6>

DE_XI

<10>

TX_D1+ <5>

TX_D1- <5>

TX_DSCL <5>

A

UD_OUT_SPDIF <2-5>

AUD_OUT_SD3 <2-5>

A

UD_OUT_SD2 <2-5>

AUD_OUT_SD1 <2-5>

AUD_OUT_SD0 <2-5>

AUD_OUT_WS <2-5>

AUD_OUT_SCLK <2-5>

UC_TX_RST

<6>

UC_SCL <6>

TX_D2+ <5>

TX_DSDA <5>

TX_D2- <5>

AUD_OUT_WS

<2-5>

TX_HPD <5>

AUD_OUT_SCLK

<2-5>

DSDL3_XI <10> DSDR3_XI <10>

XDAT[35:0]

<10>

O

DCK_XI<10>

UC_TX_INT <6>

A

UD_OUT_SD[3..0]

<

2-5>

Output Swing Level Adjust

Notice XC95288XL output : CbYCr SIL9134 input: CbYCr

Place 0 Ohm series terminations close to SIL9134

differential Z0=100 ohm

NS:BOM Options.No Stuff.

SIL9134 PART

Silkscreen "SIL9134 Control" "CSDA_TX" "CSCL_TX" "TX_HPD" "INT_TX" "EXT_SWING_TX" next to each testpoint

TP40TP40

R323 4K7R323 4K7

R325180 R325180

TP44TP44

R

308 33

R

308 33

R314 33R314 33

R322 33R322 33

R321 33R321 33

RN22

33-ARR

RN22

33-ARR

1

2

3

4

5 6 7 8

RN18

33-ARR

RN18

33-ARR

1

2

3

4 5

6 7 8

R317

100

R317

100

RN19

33-ARR

RN19

33-ARR

1

2

3

4

5 6 7 8

R

312

4K7

R

312

4K7

R320 33R320 33

TP41TP41

R

N14

3

3-ARR

R

N14

3

3-ARR

1

2

3

4

5 6 7 8

R318

100

R318

100

R30533 R30533

R30733R307

33

RN20

33-ARR

RN20

33-ARR

1

2

3

4 5

6 7 8

R311

4K7

NS R311

4K7

NS

R30233 R30233

R

310 33

R

310 33

IC4A

SIL9134

IC4A

SIL9134

SCK

11

WS

10

SD0

9

SD1

8

SD2

7

SD3

6

DCLK

15

MCLK

5

SPDIF

4

HPD

51

TMODE

52

INT

24

RESET#

25

CSCL

48

CSDA

49

DDCPWR5V

45

D0

98

D1

97

D2

96

D3

95

D4

94

D5

93

D6

92

D7

91

D8

90

D9

86

D10

85

D11

84

D12

83

D13

82

D14

81

D15

80

D16

79

D17

78

D18

77

D19

75

D20

74

D21

73

D22

72

D23

71

D24

70

D25

69

D26

68

D27

67

D28

63

D29

62

D30

61

D31

60

D32

59

D33

58

D34

57

D35

56

IDCK

88

DE

1

HSYNC

2

VSYNC

3

DL0

17

DR0

16

DL1

19

DR1

18

DL2

21

DR2

20

DL3

23

DR3

22

CI2CA

50

DSCL

46

DSDA

47

TX0+

34

TX0-

33

TX1+

37

TX1-

36

TX2+

40

TX2-

39

TXC+

31

TXC-

30

EXT_SWING

27

R306 33R306 33

R315

4K7

R315

4K7

RN17

33-ARR

RN17

33-ARR

1

2

3

4 5

6 7 8

R

30933

R

30933

RN15

3

3-ARR

RN15

3

3-ARR

1

2

3

4

5 6 7 8

TP42TP42

RN21

33-ARR

RN21

33-ARR

1

2

3

4 5

6 7 8

R30433R304

33

RN16

33-ARR

RN16

33-ARR

1

2

3

4

5 6 7 8

R316

4K7

R316

4K7

R3134K7 R3134K7

R326 510R326 510

R

301

33

R

301

33

RN23

33-ARR

RN23

33-ARR

1

2

3

4 5

6 7 8

R30333 R30333

R300 33R300 33

TP43TP43

R31933R319

33

R324 33R324 33

C24910N-K C24910N-K

SCHEMATIC DIAGRAMS 19

Model : RD-8504/R-774

86

TX1V8A

TX1V8P1

TX1V8P2

TX3V3

TX3V3A

TX1V8A

TX1V8P1

TX1V8P2

TX1V8

TX3V3

DGND

TX3V3A TX1V8

SIL9134 POWER PART

C220 0.1uFC220 0.1uF

C246

10uF/10V

C246

10uF/10V

C245 1N-KC245 1N-K

C226 1N-KC226 1N-K

C236 1N-KC236 1N-K

C219 0.1uFC219 0.1uF

C229 1N-KC229 1N-K

C224 1N-KC224 1N-K

C242 1N-KC242 1N-K

C223 1N-KC223 1N-K

C248 1N-KC248 1N-K

C247 0.1uFC247 0.1uF

C235 1N-KC235 1N-K

C232 0.1uFC232 0.1uF

C241 0.1uFC241 0.1uF

C230

10uF/10V

C230

10uF/10V

C231 0.1uFC231 0.1uF

C221 0.1uFC221 0.1uF

C227

10uF/10V

C227

10uF/10V

C234 1N-KC234 1N-K

C240 0.1uFC240 0.1uF

C217

10uF/10V

C217

10uF/10V

C243 1N-KC243 1N-K

IC4B

SIL9134

IC4B

CVCC18

12

CVCC18

55

CVCC18

64

CVCC18

76

CVCC18

99

IOVCC33

14

IOVCC33

53

IOVCC33

66

IOVCC33

89

AVCC33

44

AVCC18

32

AVCC18

38

PVCC1

28

PVCC2

42

AGND

26

AGND

29

AGND

35

AGND

41

AGND

43

GND

13

GND

54

GND

65

GND

87

GND

100

C239

10uF/10V

C239

10uF/10V

C237 1N-KC237 1N-K

C228 0.1uFC228 0.1uF

C222 1N-KC222 1N-K

C238 1N-KC238 1N-K

C244 0.1uFC244 0.1uF

C233 0.1uFC233 0.1uF

C218

10uF/10V

C218

10uF/10V

C225 1N-KC225 1N-K

SCHEMATIC DIAGRAMS 20

Model : RD-8504/R-774

87

DATA_R2

Q10

DATA_R3

Q[35..0]

RX_DE RX_VS RX_HS RX_ODCK

Q11

DATA_R4

DATA_B0

DATA_R5

Q14

DATA_B1

DATA_R6

DATA_B2

Q15

DATA_R7

DATA_B3

Q16

DATA_R8

CEC_A

DATA_B4

Q17

DATA_R9

DATA_B5

Q18

UC_SDA UC_SCL

Q26

Q19

DATA_B6

Q20

DATA_B7

Q27

Q21

Q28

DATA_B8

Q29

Q22

DATA_B9

Q30

Q23

UC_SDA

Q31

DATA_G0

UC_SCL

Q32

DATA_G1

UC_RX_INTR

Q2

Q33

RR1X2+

RR2X0+

R

PWR0

RR1X0+

RR3X0+

RR1X1+

RR2X1+

RR0X1+

DSDA_1

DSDA_3

RR1XC+

RR3X2+

RR0X2+

RR2XC+

RR2X2+

RR3XC+

D

SDA_0

DATA_G2

DSDA_2

RR3X1+

RPWR1

R

R0XC+

RPWR2

RR0X0+

RQ16

RVSYNC

RDSDR3

RSVD_47

UC_PORT2

U

C_RX_SCDT

RQ17

RSD1

RSPDIF

RX_SD3

RX_SCK RX_MCLK

RX_WS

RX_SPDIF

RSVD_10

RX_SD1

Q34

RX_SD2

RSVD_10

RPWR3

UC_RX_SCDT

RR2X2-

RR2XC-

Q3

RR2X0-

RR2X1-

HPD_CB2

DATA_G3

UC_PORT3

RSVD_47

RQ1 RQ2 RQ3

UC_RX_MUTE

X1

RSVD_9

RSVD_11

RR1X2-

RR1XC-

Q35

RR1X0-

RR1X1-

HPD_CB1

RDSDL3

DSCL_1

UC_RX_RST

Q4

U

C_RX_RST

DATA_G4

DSCL_2

RSD2

RHSYNC R_HS

R_ODCK

R

ODCK

QQ4

QQ10

RMUTE

QQ9

QQ2

QQ21

QQ15

QQ16

QQ7

QQ0

QQ18

QQ6

QQ14

QQ11

QQ8

QQ19

QQ22

Q

Q1

RQ35

QQ29

QQ33

QQ25

QQ27

QQ30

QQ24

QQ32

QQ26

Q5

QQ28

QQ34 QQ35

QQ31

RQ29

DATA_G5

RQ30 RQ31

UC_CEC_D

RQ15

RQ13 RQ14

RQ28

C

EC_A

RQ5

RQ24

RQ19

RQ18

RQ25 RQ26 RQ27

RQ4

RQ32 RQ33 RQ34

QQ20

QQ3

QQ12

QQ5

QQ23

QQ13

QQ17

Q

Q[35:0]

RQ12

RQ22

RQ21

RQ20

RQ6 RQ7

RQ8

RQ10

RQ9

RQ11

RQ23

Q6

RX_DSDR3

DATA_G6

UC_PORT1

X0

RR0X2-

RR0XC-

RR0X0-

RR0X1-

R_DE

RSVD_9

RR3X2-

RR3XC-

RR3X0-

RR3X1-

HPD_CB3

RQ0

Q7

UC_PORT0

DATA_R0

R_VS

DATA_G7

UC_CEC_D

UC_RX_INTR

HPD_CB0

DSCL_3

RX_DSDL3

Q8

DSCL_0

DATA_G8

RSD0

RDE

DATA_R1

Q9

DATA_G9

RX_SD0

UC_RX_EN

RX_DE R

X_VS

RX_HS

R

X_ODCK

R_ODCK R_DE

UC_RX_EN

QQ4

QQ10

QQ9

Q

Q2

QQ21

QQ15 QQ16

QQ7

QQ0

QQ18

QQ6

QQ14

QQ11

QQ8

QQ19

QQ22

QQ1

QQ25

QQ27

QQ24

QQ26

Q28

QQ20

QQ3

QQ12

QQ5

QQ23

QQ13

QQ17

Q[35:0]

Q10

Q9

Q7

Q11

Q8

Q15 Q16

Q18

Q14

Q19

Q12 Q13

Q17

Q21 Q22

Q25

Q27

Q24

Q26

Q20

Q23

QQ29

QQ33

QQ30

QQ32

QQ28

QQ34 QQ35

QQ31

QQ[35:0]

Q3

Q2

Q1

Q0

Q4 Q5 Q6

Q29 Q30 Q31 Q32 Q33 Q34 Q35

R

_HS

R

_VS

R

X_ODCK RX_HS RX_VS RX_DE

DGND

VCC33_RX

DGND

VCC33_RX

DGND

DGNDDGND

VCC33_RX

DGND

VCC33_RX

DGND

V

CC33_RX

DGND

VCC33_RX

DGND

VCC33_RX

DGND

VCC33_RX

D

GND

D

GND

D

SDA_0<4>

RR1XC-<4> RR1XC+

<4>

DATA_R[9..0] <2-5>

RR2X2-<4> RR2X2+

<4>

RR1X1-<4> RR1X1+

<4>

HPD_CB2<4>

DSDA_1

<4>

DSCL_1<4>

RR2X0-

<4>

RR2X0+<4>

HPD_CB0<4>

RR2XC-<4> RR2XC+<4>

RR3X2-

<4>

RR3X2+

<4>

RR2X1-<4> RR2X1+<4>

DSDA_2<4>

DSCL_2

<4>

RR3X0-

<4>

RR3X0+<4>

DATA_G[9..0] <2-5>

HPD_CB3<4>

DATA_B[9..0] <2-5>

RR3XC-<4> RR3XC+<4>

RR0X1-

<4>

RR0X1+<4>

RR0X2-<4> RR0X2+

<4>

RR3X1-

<4>

RR3X1+

<4>

UC_PORT2 <6>

DSDA_3

<4>

DSCL_3<4>

UC_SCL <6>

UC_SDA <6>

UC_RX_MUTE

<6>

RR0X0-

<4>

RR0X0+

<4>

RX_SD3 <2-5,10>

UC_PORT3 <6>

RX_SD1 <2-5,10> RX_SD2 <2-5,10>

RPWR1<4>

RX_SPDIF <10>

RX_SD0 <2-5,10>

RR0XC-<4>

HPD_CB1<4>

RPWR3

<4>

RPWR0

<

4>

RR1X2-

<4>

RR1X2+

<4>

RPWR2

<4>

CEC_A<4>

D

SCL_0

<4>

RX_WS <2-5,10> RX_SCK <2-5,10> RX_MCLK <10>

RR0XC+<4>

UC_PORT1

<6>

UC_PORT0

<6>

UC_CEC_D

<6>

RX_DSDL3 <10>

UC_RX_RST

<6>

UC_RX_INTR

<

6>

U

C_RX_SCDT

<

6>

RR1X0-<4> RR1X0+<4>

RX_DSDR3 <10>

RX_DE <10>

RX_ODCK <10>

R

X_VS

<6,10>

RX_HS

<6,10>

Q

[35:0] <10>

U

C_RX_EN<6>

UC_RX_BYPASS_EN

<6>

DATA_VCLK <2-5> D

ATA_HSN <2-5> DATA_VSN <2-5> DATA_DE <2-5>

Silkscreen "SIL9233 Video" "RX_DE" "RX_VS" "RX_HS" "RX_ODCK" next to each testpoint

Silkscreen "SIL9233 Control" "UC_SDA" "UC_SCL" "RX_INTR" "RX_SCDT" "RX_RST" "CEC_D" "CEC_A" next to each testpoint

SIL9233 PART

NS:BOM Options.No Stuff.

High

State

0x60/0x68 (Default)

Low

0x62/0x6A

RX Config. I2C Addr. Select

Address

S

ignal return path capacitors between

VCC3.3 and GND at RX

double pad 1-0603, 2-case B

For Silicom Image testing only

CR

Y

CB

double pad 1-0603, 2-case B

LAYOUT: Place resistors close to RX

R348 16R348 16

R380 33R380 33

R351 16R351 16

R344 33R344 33

TP53TP53

TP48TP48

TP51TP51

R377 33R377 33

R395 33R395 33

XTAL3

27MHz

XTAL3

27MHz

1 2

R338 33R338 33

R

P28

33

R

P28

33

1 2 3 4

5

6

7

8

R342 33R342 33

RP3033RP30

33

1 2 3 4

5

6

7

8

M13

FiducialMark

M13

FiducialMark

R374 33R374 33

RP3533RP35

33

1 2 3 4 5

6

7

8

C284 18pF

SMD-C(1005)

C284 18pF

SMD-C(1005)

R371 33R371 33

R

P29

33

R

P29

33

1 2 3 4

5

6

7

8

R355

4K7

NS R355

4K7

NS

R386 4K7

R360 33R360 33

M16

FiducialMark

M16

FiducialMark

TP52TP52

C277

0.1uF

SMD-C(1005)

C277

0.1uF

TP46TP46

R358 33R358 33

C285

18pF

SMD-C(1005)

C285

18pF

SMD-C(1005)

C283

10uF/10V

C283

10uF/10V

12

U32

PI3B3245L

A1

2

A2

3

A3

4

A4

5

A5

6

A6

7

A7

8

A8

9

OE

19

NC

1

B1

18

B2

17

B3

16

B4

15

B5

14

B6

13

B7

12

B8

11

VCC

20

GND

10

R350 16R350 16

R370 33R370 33

R383

4K7

R383

4K7

C279

0.1uF

SMD-C(1005)

C279

0.1uF

M4

HOLE-NTHM4HOLE-NTH

R356 33R356 33

R361

47K

NS

R361

47K

NS

R382

4K7

NS

R382

4K7

NS

R381 33R381 33

R388

4K7

R388

4K7

U31

P

I3B3245L

A1

2

A2

3

A3

4

A4

5

A

5

6

A6

7

A7

8

A8

9

OE

19

NC

1

B1

1

8

B2

17

B3

1

6

B4

15

B

5

1

4

B

6

13

B7

1

2

B

8

11

VCC

20

GND

1

0

R367 33R367 33

C295

0.1uF

C295

0.1uF

RP3633RP36

33

1 2 3 4

5

6

7

8

TP50TP50

R362 47K

NS

R362 47K

NS

M1

HOLE-NTHM1HOLE-NTH

R

328 33

R

328 33

R345 16R345 16

R365 33R365 33

R330 33R330 33

R347 16R347 16

R336 33R336 33

R397 33R397 33

R

329 33

R

329 33

U34

PI3B3245L

A1

2

A2

3

A3

4

A4

5

A5

6

A6

7

A7

8

A8

9

OE

19

NC

1

B1

18

B2

17

B3

16

B4

15

B5

14

B6

13

B7

12

B8

11

VCC

20

GND

10

R354 16R354 16

M14

FiducialMark

M14

FiducialMark

C296

0.1uF

C296

0.1uF

R375 33R375 33

R352 16R352 16

R340 33R340 33

C282

10uF/10V

C282

10uF/10V

12

M17

FiducialMark

M17

FiducialMark

U35

PI3B3245L

A1

2

A2

3

A3

4

A4

5

A5

6

A6

7

A7

8

A8

9

OE

19

NC

1

B1

18

B2

17

B3

16

B4

15

B5

14

B6

13

B7

12

B8

11

VCC

20

GND

10

R349 16R349 16

R343 33R343 33

C293

0.1uF

C293

0.1uF

R327 33R327 33

M2

HOLE-NTHM2HOLE-NTH

RP3233RP32

33

1 2 3 4

5

6

7

8

TP45TP45

RP3333RP33

33

1 2 3 4 5

6

7

8

R364 33R364 33

R387

4K7NS

R387

4K7NS

M5

HOLE-NTHM5HOLE-NTH

R341 33R341 33

R378 10M SMD-R(1005)

R359 33R359 33

R373 33R373 33

R337 33R337 33

R396 33R396 33

RP3133RP31

33

1 2 3 4 5

6

7

8

R357 33R357 33

M12

FiducialMark

M12

FiducialMark

R339 33R339 33

RP3433RP34

33

1 2 3 4

5

6

7

8

R379 33R379 33

R335 33R335 33

M11

FiducialMark

M11

FiducialMark

M15

FiducialMark

M15

FiducialMark

R363 33R363 33

R369 33R369 33

TP49TP49

R38433R384

33

C294

0.1uF

C294

0.1uF

R366 33R366 33

R368 33R368 33

TP47TP47 M18

FiducialMark

M18

FiducialMark

C297 0.1uFC297 0.1uF

R376 33R376 33

SiI9233

U

24A

SiI9233

U

24A

Q13

81

Q12

82

Q11

83

Q10

84

Q9

85

Q8

88

Q7

89

Q6

90

Q5

91

Q4

92

Q3

93

Q2

94

Q1

95

Q0

96

Q23

65

Q22

66

Q21

67

Q20

68

Q19

69

Q18

70

Q17

77

Q16

78

Q15

79

Q14

80

XCLKOUT

4

GPIO3/MUTEOUT

107

MCLK

105

SPDIF/DL2

106

XCLKIN

5

R0XC-

109

R0XC+

110

R0X0-

111

R0X0+

112

R0X1-

113

R0X1+

114

R0X2-

115

R0X2+

116

R1XC-

118

R1XC+

119

R1X0-

120

R1X0+

121

R1X1-

122

R1X1+

123

R1X2-

124

R1X2+

125

DSCL0

31

DSDA0

32

INT

22

R0PWR5V

29

R1PWR5V

33

RSVDL

11

GPIO0/XCLKOUT

12

CSCL

23

CSDA

24

DE

73

VSYNC

74

HSYNC

75

ODCK

76

RESET_N

21

DSCL1

35

DSDA1

36

SCK/DCLK

100

WS/DR0

99

SD3/DR2

104

SD2/DL1

103

SD1/DR1

102

SD0/DL0

101

Q33

53

Q34

52

Q35

51

Q24

64

Q25

63

Q26

62

Q27

59

Q28

58

Q29

57

Q30

56

Q31

55

Q32

54

CI2CA

25

RSVDNC

9

RSVDL

10

R2XC-

127

R2XC+

128

R2X0-

129

R2X0+

130

R2X1-

131

R2X1+

132

R2X2-

133

R2X2+

134

R3XC-

136

R3XC+

137

R3X0-

138

R3X0+

139

R3X1-

140

R3X1+

141

R3X2-

142

R3X2+

143

DSCL2

39

DSDA2

40

DSCL3

43

DSDA3

44

R2PWR5V

37

R3PWR5V

41

GPIO2/EVNODD

14

RSVDL

47

RSVDNC48RSVDNC

49

RSVDNC

15

GPIO4

16

GPIO5

17

RSVDNC

18

HPD3

42

HPD2

38

HPD1

34

HPD0

30

CEC_A

26

CEC_D

27

EXTRES

1

GPIO6/DL3

19

GPIO7/DR3

20

GPIO1/SCDT

13

C292

0.1uF

C292

0.1uF

R372 33R372 33

R38533R385

33

R398 33R398 33

C281

10uF/10V

C281

10uF/10V

12

C280

0.1uF

SMD-C(1005)

C280

0.1uF

M3

HOLE-NTHM3HOLE-NTH

R346 16R346 16

U33

PI3B3245L

A1

2

A2

3

A3

4

A4

5

A5

6

A6

7

A7

8

A8

9

OE

19

NC

1

B1

18

B2

17

B3

16

B4

15

B5

14

B6

13

B7

12

B8

11

VCC

20

GND

10

C275

10uF/10V

C275

10uF/10V

12

R399 33R399 33

M6

HOLE-NTHM6HOLE-NTH

R353 16R353 16

TP54TP54 TP55TP55

U

36

PI3B3245L

A1

2

A2

3

A3

4

A4

5

A

5

6

A6

7

A

7

8

A8

9

OE

1

9

N

C

1

B1

18

B2

17

B

3

16

B4

15

B

5

14

B6

1

3

B7

1

2

B8

1

VCC

20

G

ND

1

0

C278

0.1uF

SMD-C(1005)

C278

0.1uF

C276

0.1uF

SMD-C(1005)

C276

0.1uF

SCHEMATIC DIAGRAMS 21

Model : RD-8504/R-774

88

CVCC12

APLLVDD12

XCLKVCC33

V

CC33_RX

IOVCC33

DGND

VCC12_RX

TVPWR5V

VCC12_RX

APLLVDD12

DGND

TVPWR5V

VCC33_RX

VCC12_RX

CVCC12

XCLKVCC33

AVCC12

DGND

V

CC33_RX

DGND

AVCC33

D

GND

DGND

XCLKVCC33

DGND

A

VCC33

A

VCC12

CVCC12

VCC33_RX

DGND

CVCC12

APLLVDD12

VCC12_RX

XCLKVCC33

APLLVDD12

I

OVCC33

DGND

AVCC12

AVCC33

I

OVCC33

For testing only

The chip bead must be used 1608 size.

SIL9233 POWER PART

FB91 220ohm_100MHz

NS

FB95

220ohm_100MHz

FB95

220ohm_100MHz

+

C255 10uF/10V

+

C255 10uF/10V

12

C257

0.1uF

C257

0.1uF

+

C263

10uF/10V

+

C263

10uF/10V

12

FB89

220ohm_100MHz

FB89

220ohm_100MHz

C253

0.1uF

C253

0.1uF

FB93 220ohm_100MHz

N

S

N

S

C268

0.1uF

C268

0.1uF

C266

0.1uF

C266

0.1uF

F

B86

220ohm_100MHz

F

B86

220ohm_100MHz

+

C270

10uF/10V

+

C270

10uF/10V

12

FB87

220ohm_100MHz

FB87

220ohm_100MHz

+

C271 10uF/10V

+

C271 10uF/10V

12

C250

0.1uF

C250

0.1uF

FB90

220ohm_100MHz

FB90

220ohm_100MHz

C251

0.1uF

C251

0.1uF

C274

0.1uF

C274

0.1uF

+

C259

10uF/10V

+

C259

10uF/10V

12

C262

0.1uF

C262

0.1uF

+

C256

10uF/10V

+

C256

10uF/10V

12

C258

0.1uF

C258

0.1uF

C269

0.1uF

C269

0.1uF

C272

0.1uF

C272

0.1uF

SiI9233

U24BU24B

AVCC33

108

AVCC33

126

AVCC33

144

XCLKVCC33

3

XCLKGND

6

GND

50

APLLVDD12

2

CVCC12

97

CVCC12

86

CVCC12

71

CVCC12

8

IOVCC33

7

IOVCC33

72

IOVCC33

87

IOVCC33

98

IOVCC33

61

TVPWR5V

28

EPAD

AVCC12

117

AVCC12

135

CVCC12

60

RSVDNC

45

RSVDNC

46

FB94

220ohm_100MHz

FB94

220ohm_100MHz

C267

0.1uF

C267

0.1uF

FB92

220ohm_100MHz

FB92

220ohm_100MHz

+

C273

10uF/10V

+

C273

10uF/10V

12

C265

0.1uF

C265

0.1uF

F

B88

220ohm_100MHz

F

B88

220ohm_100MHz

C264

0.1uF

C264

0.1uF

C261

0.1uF

C261

0.1uF

C254

0.1uF

C254

0.1uF

C260

0.1uF

C260

0.1uF

C252

0.1uF

C252

0.1uF

SCHEMATIC DIAGRAMS 22

Model : RD-8504/R-774

89

RX_SD0

ABT2010_OUT1_CR3

IDAT35

ABT2010_OUT1_Y5

ABT2010_OUT1_Y7

TMS_XI

ABT2010_OUT1_Y2

ABT2010_OUT1_Y0 ABT2010_OUT1_Y1

ABT2010_OUT1_Y3

ABT2010_OUT1_Y6

ABT2010_OUT1_Y4 ABT2010_OUT1_Y5

ABT2010_OUT1_Y11

ABT2010_OUT1_Y9

ABT2010_OUT1_Y8

ABT2010_OUT1_CB7

ABT2010_OUT1_CB2

ABT2010_OUT1_CB0 ABT2010_OUT1_CB1

ABT2010_OUT1_CB3

ABT2010_OUT1_CB6

ABT2010_OUT1_CB4 ABT2010_OUT1_CB5

ABT2010_OUT1_CB11

ABT2010_OUT1_CB9

ABT2010_OUT1_CB8

ABT2010_OUT1_CB10

ABT2010_OUT1_CR7

ABT2010_OUT1_CR2

ABT2010_OUT1_CR0 ABT2010_OUT1_CR1

ABT2010_OUT1_CR3

ABT2010_OUT1_CR6

ABT2010_OUT1_CR4 ABT2010_OUT1_CR5

ABT2010_OUT1_CR11

ABT2010_OUT1_CR9

ABT2010_OUT1_CR8

ABT2010_OUT1_CR10

ABT2010_OUT1_Y10

I

DAT1

IDAT10

RX_DSDL3

ABT2010_OUT1_VSN

ABT2010_OUT1_VCLK

ABT2010_OUT1_DE

ABT2010_OUT1_HSN

ABT2010_OUT1_CB8

I

DAT19

I

DAT28

RX_SD0

Video_INB39

ABT2010_OUT1_CR11

Video_INB38

ABT2010_OUT1_CR10

Video_INB36

ABT2010_OUT1_CR8

Video_INB37ABT2010_OUT1_CR9

Video_INB35

ABT2010_OUT1_CR7

ABT2010_OUT1_CB1

ABT2010_OUT1_CR11

Q9

Q34

Q22

Q10

Q35

Q23

Q

11

HSYNC_RX

RX_DSDR3

Q24

Q12

Q0

Q

25

Q13

Q

1

ABT2010_OUT1_CR4

Q

26

Q14

I

DAT2

Q

2

ABT2010_OUT1_Y6

Q27

IDAT11

Q15

Q3

Q28

IDAT20

Q

16

TDI_XI

Q

4

Video_INB34

ABT2010_OUT1_CR6

TMS_XI

TCK_XI

TDO_XI

Q29

Q

17

ODCK_RX

IDAT8 IDAT9 I

DAT10

I

DAT11

ABT2010_OUT1_CB9

IDAT20 IDAT21 IDAT22

IDAT29

IDAT23

IDAT0

Q

5

RX_DSDL3

IDAT12 IDAT13 I

DAT14 IDAT15 I

DAT16 I

DAT17 IDAT18 I

DAT19

I

DAT1

Q30

IDAT32 IDAT33 IDAT34 IDAT35

IDAT24 IDAT25 I

DAT26 IDAT27 IDAT28 I

DAT29 IDAT30 I

DAT31

I

DAT2 IDAT3

RX_VS RX_HS

RX_DE

Q18

DE_RX

HSYNC_RX

VSYNC_RX

I

DAT4 I

DAT5 IDAT6 IDAT7

ABT2010_OUT_SD3

Q6

Q31

ABT2010_OUT_SD1

ABT2010_OUT_WS

Q19

ABT2010_OUT_SD0

ABT2010_OUT_SD2

ABT2010_OUT_SCLK

Q7

Q32

Q20

RX_WS

Q8

Q33

Q21

ABT2010_OUT1_CB2

ABT2010_OUT1_VCLK

IDAT3

IDAT12

VSYNC_RX

ABT2010_OUT1_CR5

IDAT21

ABT2010_OUT1_Y7

RX_SCK

IDAT30

ABT2010_OUT1_Y0

ABT2010_OUT1_CB10

I

DAT4

ABT2010_OUT1_CB3

ABT2010_OUT1_HSN

RX_MCLK

I

DAT13

DE_RX

IDAT22

RX_DSDR3

ODCK_RX

ABT2010_OUT1_CR6

ABT2010_OUT1_Y8

ABT2010_OUT1_CB11

ABT2010_OUT1_Y1

I

DAT5

I

DAT14

UC_XI_AUD_SEL

ABT2010_OUT1_CB4

IDAT23

ABT2010_OUT1_VSN

RX_WS

ABT2010_OUT1_CR7

IDAT31

ABT2010_OUT1_Y9

ABT2010_OUT_SD3 Audio_INB5

ABT2010_OUT_SD1 Audio_INB3

ABT2010_OUT_WS Audio_INB1

ABT2010_OUT_SD0 Audio_INB2

ABT2010_OUT_SD2 Audio_INB4

ABT2010_OUT_SCLK Audio_INB0

IDAT6

ABT2010_OUT1_CR0

IDAT15

ABT2010_OUT1_Y2

SD0_XI Audio_Out5 DSDL3_XI Audio_Out4 DSDR3_XI Audio_Out3

RX_SPDIF

WS_XI Audio_Out2 SCK_XI Audio_Out1 MCLK_XI Audio_Out0

SPDIF_XI Audio_Out9 SD3_XI Audio_Out8 SD2_XI Audio_Out7

RX_SPDIF

SD1_XI Audio_Out6

IDAT24

Video_Out5 XDAT1 Video_Out4 XDAT0

Video_Out0 ODCK_XI

Video_Out1 HS_XI

Video_Out2 VS_XI

Video_Out3 DE_XI

Video_Out6 XDAT2

Video_Out7 XDAT3

Video_Out8 XDAT4

Video_Out9 XDAT5

Video_Out10 XDAT6

Video_Out11 XDAT7

Video_Out12 XDAT8

Video_Out17 XDAT13

Video_Out18 XDAT14

Video_Out19 XDAT15

Video_Out20 XDAT16

Video_Out21 XDAT17

Video_Out29 XDAT25

Video_Out39 XDAT35

Video_Out30 XDAT26

Video_Out31 XDAT27

Video_Out34 XDAT30

Video_Out35 XDAT31

Video_Out36 XDAT32

Video_Out37 XDAT33

Video_Out38 XDAT34

Video_Out32 XDAT28

Video_Out33 XDAT29

Video_Out22 XDAT18

Video_Out23 XDAT19

Video_Out24 XDAT20

Video_Out25 XDAT21

Video_Out26 XDAT22

Video_Out27 XDAT23

Video_Out28 XDAT24

Video_Out13 XDAT9

Video_Out14 XDAT10

Video_Out15 XDAT11

Video_Out16 XDAT12

ABT2010_OUT1_CB5

XDAT2

XDAT30

XDAT3

XDAT4

XDAT5

XDAT6

XDAT7

XDAT31

XDAT8

XDAT32

XDAT9

XDAT33

XDAT10

XDAT34

RX_SCK

ABT2010_OUT1_DE

XDAT11

XDAT12

XDAT35

XDAT13

XDAT14

XDAT15

XDAT16

XDAT17

XDAT18

XDAT19

XDAT20

XDAT21

XDAT22

XDAT23

XDAT24

XDAT25

XDAT26

XDAT27

XDAT28

XDAT29

ODCK_XI

HS_XI

VS_XI

IDAT32

DE_XI

XDAT1 XDAT0

UC_XI_VID_SEL

ABT2010_OUT1_CR8

ABT2010_OUT1_Y10

IDAT7

I

DAT16

RX_SD3

ABT2010_OUT1_CR1

IDAT25

ABT2010_OUT1_Y3

Video_INA14IDAT10

Video_INA2

VSYNC_RX

Video_INA13IDAT9 V

ideo_INA12IDAT8

Video_INA1HSYNC_RX

Video_INA11IDAT7

Video_INA0

ODCK_RX

Video_INA10IDAT6 Video_INA9IDAT5

Video_INA23IDAT19

Video_INA8IDAT4

Video_INA22IDAT18 V

ideo_INA21IDAT17

Video_INA7IDAT3

V

ideo_INA20IDAT16

V

ideo_INA6IDAT2

Video_INA19IDAT15 Video_INA18

I

DAT14

Video_INA5IDAT1

Video_INA17IDAT13

V

ideo_INA4IDAT0

Video_INA16IDAT12 V

ideo_INA15IDAT11

Video_INA3DE_RX

V

ideo_INA39IDAT35 Video_INA38IDAT34 Video_INA37IDAT33 V

ideo_INA36IDAT32 Video_INA35

I

DAT31

Video_INA34IDAT30 V

ideo_INA33IDAT29 Video_INA32IDAT28 Video_INA31IDAT27 V

ideo_INA30IDAT26 Video_INA29IDAT25 Video_INA28IDAT24 V

ideo_INA27IDAT23 Video_INA26IDAT22

ABT2010_OUT_SD3

ABT2010_OUT_SD1

Video_INA25IDAT21 V

ideo_INA24IDAT20

ABT2010_OUT_WS

ABT2010_OUT_SD0

ABT2010_OUT_SD2

ABT2010_OUT_SCLK

RX_MCLK

ABT2010_OUT1_CB6

IDAT33

TDO_XI

TDI_XI

TCK_XI

RX_SD2

RX_SD0 Audio_INA5 RX_DSDL3 Audio_INA4 R

X_DSDR3 Audio_INA3 RX_WS Audio_INA2 RX_SCK Audio_INA1 R

X_MCLK Audio_ INA0

R

X_SPDIF Audio_INA9 RX_SD3 Audio_INA8 RX_SD2 Audio_INA7 RX_SD1 Audio_INA6

IDAT8

ABT2010_OUT1_CR9

ABT2010_OUT1_Y11

I

DAT17

RX_SD2

I

DAT26

ABT2010_OUT1_CR2

Video_INB14

ABT2010_OUT1_Y10

ABT2010_OUT1_DE Video_INB3

ABT2010_OUT1_Y4

Video_INB13ABT2010_OUT1_Y9

Video_INB33ABT2010_OUT1_CR5 Video_INB32

ABT2010_OUT1_CR4

Video_INB12ABT2010_OUT1_Y8

ABT2010_OUT1_HSN Video_INB1

Video_INB30ABT2010_OUT1_CR2

Video_INB31ABT2010_OUT1_CR3

Video_INB29

ABT2010_OUT1_CR1

Video_INB11ABT2010_OUT1_Y7

ABT2010_OUT1_VCLK Video_INB0

Video_INB28ABT2010_OUT1_CR0

Video_INB10

ABT2010_OUT1_Y6

Video_INB27

ABT2010_OUT1_CB11

Video_INB25ABT2010_OUT1_CB9

Video_INB26ABT2010_OUT1_CB10

Video_INB9ABT2010_OUT1_Y5

Video_INB24ABT2010_OUT1_CB8

Video_INB8ABT2010_OUT1_Y4

Video_INB23

ABT2010_OUT1_CB7

Video_INB22ABT2010_OUT1_CB6

RX_SD1

Video_INB21

ABT2010_OUT1_CB5

Video_INB20

ABT2010_OUT1_CB4

Video_INB7

ABT2010_OUT1_Y3

Video_INB19

ABT2010_OUT1_CB3

Video_INB6

ABT2010_OUT1_Y2

Video_INB5ABT2010_OUT1_Y1

Video_INB18ABT2010_OUT1_CB2 Video_INB17

ABT2010_OUT1_CB1

Video_INB4

ABT2010_OUT1_Y0

Video_INB15

ABT2010_OUT1_Y11

Video_INB16

ABT2010_OUT1_CB0

ABT2010_OUT1_VSN Video_INB2

IDAT0

IDAT34

SD0_XI DSDL3_XI DSDR3_XI WS_XI SCK_XI MCLK_XI

SPDIF_XI SD3_XI SD2_XI SD1_XI

ABT2010_OUT1_CB7

IDAT9

IDAT18

RX_SD1

IDAT27

ABT2010_OUT1_CB0

ABT2010_OUT1_CR10

RX_ODCK

VGND

XI3V3

V

GND

XI3V3

VGND

XI3V3

DGND

DSDR3_XI <8>

RX_SCK

<9>

ABT2010_OUT1_Y[11..0]<2-5>

RX_SD3

<9>

ABT2010_OUT1_CB[11..0]<2-5>

ABT2010_OUT1_CR[11..0]<2-5>

ABT2010_OUT1_VSN

<2-5>

ABT2010_OUT1_HSN<2-5>

ABT2010_OUT1_DE

<2-5>

ABT2010_OUT1_VCLK

<2-5>

UC_XI_VID_SEL <6>

RX_DE

<9>

RX_ODCK

<9>

RX_VS

<9>

RX_DSDL3

<9>

SD2_XI <2-5>

ABT2010_OUT_WS<2-2>

RX_HS

<9>

ABT2010_OUT_SCLK<2-2>

DSDL3_XI <8>

RX_MCLK

<9>

Q[35:0]

<9>

MCLK_XI <2-5>

RX_SD2

<9>

RX_DSDR3

<9>

XDAT[35:0] <8>

SD3_XI <2-5>

SCK_XI <2-5>

UC_XI_AUD_SEL <6>

SD0_XI <2-5>

RX_SPDIF

<9>

RX_WS

<9>

VS_XI <8>

ODCK_XI <8>

DE_XI <8>

RX_SD1

<9>

HS_XI <8>

SPDIF_XI <2-5>

WS_XI <2-5>

RX_SD0

<9>

SD1_XI <2-5>

ABT2010_OUT_SD[3..0]<2-2>

Video Input A

Cb

Y

Cr

Video Input B

Video Output

Cb

Y

Cr

Audio Input A

Audio Input B

VIDEO CPLD De-Coupling

Cb

Cr

Y

CPLD PIN MAP

VIDEO CPLD( XC95288XL-10) PART

Audio Output

CPLD JTAG CONNECTION

FROM SIL9233

NS:BOM Options.No Stuff.

N

otice ABT2010 input/output : YCbCr SIL9233 output : CbYCr SIL9134 input: CbYCr

Place 0 Ohm series terminations close to XC95288XL

FROM ABT2010

CPLD OUTPUT TABLE

VID(PIN82) AUD(PIN81) AUDIO

VIDEO

MICOM CONTROL OUTPUT

MUTE MUTE

BYPASS

SCALER

LOW LOW

HIGH

LOW HIGH LOW

HIGH HIGH

BYPASS

SCALER

RN9 0-ARR

1 2 3 4 5

6

7

8

R8

4K7

NS

R8

4K7

NS

C3 0.1uFC3 0.1uF

C16 0.1 u FC16 0.1uF

C11 0.1 u FC11 0.1uF

R

N7

0

-ARR

R

N7

0

-ARR

1 2 3 4 5

6

7

8

C18 0.1 u FC18 0.1uF

C13 0.1 u FC13 0.1uF

R110R110

C14 0.1 u FC14 0.1uF

R4 0R4 0

RN5 0-ARR

1 2 3 4

5

6

7

8

R3 0R3 0

R54K7NSR54K7

NS

R

N3

0

-ARR

R

N3

0

-ARR

1 2 3 4 5

6

7

8

C10 0.1 u FC10 0.1uF

C17 0.1 u FC17 0.1uF

RN6 0-ARR

1 2 3 4

5

6

7

8

R7

4K7

NS

R7

4K7

NS

R2 0R2 0

C4 0.1uFC4 0.1uF

+

C1 10uF/10V+C1 10uF/10V

R9

4K7

NS

R9

4K7

NS

FPC2

JTAG

FPC2

JTAG

TMS

1

TRST

2

TDI

3

DGND

4

VCC

5

GND

6

TDO

7

TCK

8

EMU0

9

EMU1

10

C5 0.1uFC5 0.1uF

RN2 0

-ARR

RN2 0

-ARR

1 2 3 4

5

6

7

8

C2 0.1uFC2 0.1uF

R6

4K7

NS

R6

4K7

NS

R

N1

0-ARR

R

N1

0-ARR

1 2 3 4

5

6

7

8

C12 0.1 u FC12 0.1uF

R130R130

R1 0R1 0

R100R100

C6 0.1uFC6 0.1uF C72 3pF

SMD-C(1005)

NS

C72 3pF

SMD-C(1005)

NS

C7 0.1uFC7 0.1uF

U

1A

XC95288XL

U

1A

XC95288XL

TCK

98

TDI

94

TDO

176

TMS

96

I/O(GTS3)

3

I/O(GTS4)

5

I/O(GTS1)

7

I/O(GTS2)

9

I/O(GCK3)

55

I/O(GCK2)

46

I/O

4

I/O

6

I/O

8

I

/O

1

0

I/O

1

2

I

/O

1

4

I/O

15

I

/O

16

I/O

17

I

/O

18

I/O

19

I

/O

20

I/O

21

I

/O

2

I

/O

2

3

I

/O

2

5

I

/O

28

I

/O

29

I

/O

30

I/O

31

I

/O

32

I/O

33

I/O

34

I/O

35

I

/O

3

6

I/O

37

I/O

3

8

I

/O

39

I/O

4

0

I/O

41

I/O

43

I/O

44

I/O

45

I/O

47

I/O

48

I/O

49

I/O

50

I/O

51

I/O

54

I/O

56

I/O

57

I/O

58

I/O

60

I/O

61

I/O

62

I/O

63

I/O

64

I/O

66

I/O

67

I/O

69

I/O

70

I/O

71

I/O

72

I/O

73

I/O

74

I/O

75

I/O

76

I/O

77

I/O

78

I/O

80

I/O

82

I/O

83

I/O

84

I/O

85

I/O

86

I/O

87

I/O

88

I/O

89

I/O

90

I/O

91

I/O

95

I/O

97

I/O

99

I/O

100

I/O

101

I/O

102

I/O

103

I/O

106

I/O

107

I/O

109

I/O

110

I/O

111

I/O

112

I/O

113

I/O

114

I/O

115

I/O

116

I/O

117

I/O

118

I/O

119

I/O

120

I/O

121

I/O

122

I/O

123

I/O

125

I/O

126

I/O

127

I/O

128

I/O

131

I/O

133

I/O

134

I/O

135

I/O

136

I/O

137

I/O

138

I/O

139

I/O

140

I/O

142

I/O

143

I/O

2

08

I/O

206

I/O

205

I/O

203

I/O

202

I/O

201

I/O

200

I/O

199

I/O

198

I/O

197

I/O

196

I/O

195

I/O

194

I/O

193

I/O

192

I/O

191

I/O

189

I/O

188

I/O

187

I/O

186

I/O

185

I/O

183

I/O

182

I/O

180

I/O

179

I/O

178

I/O

175

I/O

174

I/O

173

I/O

171

I/O

170

I/O

169

I/O

168

I/O

167

I/O

166

I/O

165

I/O

164

I/O

162

I/O

161

I/O

160

I/O

159

I/O

158

I/O

155

I/O

154

I/O

152

I/O

151

I/O

150

I/O

149

I/O

148

I/O

147

I/O

146

I/O

145

I/O

144

C9 0.1uFC9 0.1uF

C8 0.1uFC8 0.1uF

C15 0.1 u FC15 0.1uF

R

N4

0-ARR

R

N4

0-ARR

1 2 3 4 5

6

7

8

RN8 0

-ARR

RN8 0

-ARR

1 2 3 4

5

6

7

8

R120R120

U1B

XC95288XL

U1B

XC95288XL

GND

2

GND

13

G

ND

24

GND

27

G

ND

42

GND

52

G

ND

68

GND

81

GND

93

GND

104

G

ND

108

GND

129

G

ND

1

30

G

ND

141

G

ND

1

56

G

ND

163

G

ND

1

77

G

ND

190

GND

207

VCCINT

1

VCCINT

59

V

CCINT

1

24

VCCINT

153

V

CCINT

2

04

VCCIO

1

V

CCIO

26

VCCIO

53

VCCIO

65

VCCIO

79

VCCIO

9

2

V

CCIO

105

VCCIO

1

32

V

CCIO

157

VCCIO

172

V

CCIO

181

VCCIO

184

SCHEMATIC DIAGRAMS 23

Model : RD-8504/R-774

90

DIGITAL INPUT SHEET

SCHEMATIC DIAGRAMS 24

Model : RD-8504/R-774

91

DSP CS497004 SHEET

DSP SUPPLY

DSP FILTER PARTS

BOOT MODE

SCHEMATIC DIAGRAMS 25

Model : RD-8504/R-774

92

DIR WITH CODEC SHEET

SCHEMATIC DIAGRAMS 26

Model : RD-8504/R-774

93

SIRIUS SHEET

SCHEMATIC DIAGRAMS 27

Model : RD-8504/R-774

94

POWER SHEET

SCHEMATIC DIAGRAMS 28

Model : RD-8504/R-774

95

SCHEMATIC DIAGRAMS 29

SPEAKER

Model : RD-8504/R-774

96

SCHEMATIC DIAGRAMS 30

BLUETOOTH

Model : RD-8504/R-774

97