Samsung Ht-dm150-j Dm550 Sm

DVD RECEIVER AMPHT-DM150

HT-DM150J

HT-DM550

SERVICEManual

DVD RECEIVER AMP SYSTEM CONTENTS

1. Alignment and Adjustments

2. Exploded Views and Parts List

3. Electrical Parts List

4. Block Diagrams

5. PCB Diagrams

6. Wiring Diagram

7. Schematic Diagrams

8. IC block Diagrams

9.Troubleshooting

- Confidential -

* NOTE !HT-DM150J (SAMSUNG) = SAMSUNG HT-DM150 DVD Receiver AMP + JBL Speaker SystemSo, Service of HT-DM150J Speaker System must be performed by JBL Service Center.

Samsung Electronics 8-1

8. IC Block Diagrams

8-1 Main

1. AK4355

GENERALGENERAL DESCRIPTIONESCRIPTIONThe AK4355 offers the perfect mix for cost and performance based multi-channel The AK4355 offers the perfect mix for cost and performance based multi-channel audio systems. AKM'saudio systems. AKM'sadvanced multi-bit architecture delivers a wide dynamic range advanced multi-bit architecture delivers a wide dynamic range and low outband noise. The AK4355 haslow outband noise. The AK4355 hasfull differential SCF outputs, removing the need for AC coupling capacitors and full differential SCF outputs, removing the need for AC coupling capacitors and increasing performanceincreasing performancefor systems with excessive clock jitter. The 24 Bit word length and 192kHz samplfor systems with excessive clock jitter. The 24 Bit word length and 192kHz sampling rate make this parting rate make this partideal for a wide range of application including DVD-Audio.ideal for a wide range of application including DVD-Audio.

FEATURESFEATURES Sampling Rate: 8kHz to 192kHz Sampling Rate: 8kHz to 192kHz 24Bit 8 times Digital Filter with Slow roll-off option 24Bit 8 times Digital Filter with Slow roll-off option THD+N: THD+N: -90dB -90dB DR, S/N: DR, S/N: 106dB106dB High Tolerance to Clock Jitter High Tolerance to Clock Jitter Low Distortion Differential Output Low Distortion Differential Output Digital De-emphasis for 32, 44.1 & 48kHz sampling Digital De-emphasis for 32, 44.1 & 48kHz sampling Zero Detect Pin Zero Detect Pin Channel Independent Digital Attenuator with soft-transition Channel Independent Digital Attenuator with soft-transition Soft Mute Soft Mute I/F format: 24-Bit MSB justified, 24/20/16-Bit LSB I/F format: 24-Bit MSB justified, 24/20/16-Bit LSB justified or Ijustified or I2S Master Clock Master Clock

Normal Speed: 256fs, 384fs, 512fs or 768fs Normal Speed: 256fs, 384fs, 512fs or 768fs Double Speed: Double Speed: 128fs, 192fs, 256fs or 384fs 128fs, 192fs, 256fs or 384fs

Quad Speed: Quad Speed: 128fs, 192fs Power Supply:Power Supply: 4.75 to 5.25V4.75 to 5.25V 28pin VSOP Package 28pin VSOP Package

SCF DAC DATT

DZFLOUT1+LOUT1-

SCF DAC DATTROUT1+ROUT1-

SCF DAC DATTLOUT2+LOUT2-


SCF DAC DATTLOUT3+LOUT3-


AudioI/F

ControlRegister

AK4355

MCLK

LRCK

BICK

SDTI1

SDTI2SDTI3

CSNCCLK

CDTI

192kHz 24-Bit 6ch DAC for DVD-AudioAK4355

8-2 Samsung Electronics

2. TDA7440D TDA7440DTONE CONTROL

DIGITALLY CONTROLLED AUDIO PROCESSOR

INPUT MULTIPLEXER- 4 STEREO INPUTS- SELECTABLE INPUT GAIN FOR OPTIMAL

ADAPTATION TO DIFFERENT SOURCESONE STEREO OUTPUTTREBLE AND BASS CONTROL IN 2.0dBSTEPSVOLUME CONTROL IN 1.0dB STEPSTWO SPEAKER ATTENUATORS:- TWO INDEPENDENT SPEAKER CONTROL

IN 1.0dB STEPS FOR BALANCE FACILITY- INDEPENDENT MUTE FUNCTIONALL FUNCTION ARE PROGRAMMABLE VIASERIAL BUS

DESCRIPTIONThe TDA7440D is a volume tone (bass andtreble) balance (Left/Right) processor for qualityaudio applications in Hi-Fi systems.

Selectable input gain is provided. Control of allthe functions is accomplished by serial bus.The AC signal setting is obtained by resistor net-works and switches combined with operationalamplifiers.Thanks to the used BIPOLAR/CMOSTechnology,Low Distortion, Low Noise and DC stepping areobtained

[

0/30dB 0/30dB 2dB STEP

MUXOUTL INL

VOLUME

VOLUME

TREBLE

TREBLE

TREBLE(L)

MUXOUTR INR TREBLE(R)

BOUT(L)

SPKR ATT ATT LEFT

LOUT

SCL

SDA

DIG_GND

ROUT

D98AU883D98AU883

I2CBUS DECODER + LATCHES

100K

100K

100K

100K

G

L-IN1

L-IN2

L-IN3

L-IN4

100K

100K

100K

100K

R-IN1

R-IN2

R-IN3

R-IN4

G

INPUT MULTIPLEXER MULTIPLEXER + GAIN

BASS

BIN(L)

BASSSPKR ATT ATT

RIGHT

BOUT(R)BIN(R)

SUPPLY

CREF

AGND

VS

27

4

5

6

7

3

2

1

28

21

22

20

26

24

25

10 11 19 12 13 23

8 9 18 14 15

RB

RB

VREFREF

BLOCK DIAGRAM

ORDERING NUMBER: TDA7440D

SO28


TDA7449LLOW COST

DIGITALLY CONTROLLED AUDIO PROCESSOR

INPUT MULTIPLEXER- 2 STEREO INPUTS- SELECTABLE INPUT GAIN FOR OPTIMAL

ADAPTATION TO DIFFERENT SOURCESONE STEREO OUTPUTVOLUME CONTROL IN 1.0dB STEPSTWO SPEAKER ATTENUATORS:- TWO INDEPENDENT SPEAKER CONTROL

IN 1.0dB STEPS FOR BALANCE FACILITY- INDEPENDENT MUTE FUNCTIONALL FUNCTION ARE PROGRAMMABLE VIASERIAL BUS

DESCRIPTIONThe TDA7449L is a volume control and balance(Left/Right) processor for quality audio applica-tions in TV systems.Selectable input gain is provided. Control of allthe functions is accomplished by serial bus.The AC signal setting is obtained by resistor net-

works and switches combined with operationalamplifiers.Thanks to the used BIPOLAR/CMOSTechnology,Low Distortion, Low Noise and DC stepping areobtained.

[

0/30dB 2dB STEP

MUXOUTL

VOLUME

VOLUME

MUXOUTR

SPKR ATT LEFT LOUT

SCL

SDA

DIG_GND

ROUT

D98AU868

I2CBUS DECODER + LATCHES

100K

100KG

L-IN1

L-IN2

100K

100K

R-IN1

R-IN2G

INPUT MULTIPLEXER MULTIPLEXER + GAIN

SPKR ATT RIGHT

SUPPLY

CREF

AGND

VS

5

8

9

7

6

19

20

18

4

2

3

11 1

10

VREFREF

BLOCK DIAGRAM

ORDERING NUMBER: TDA7449L

DIP20

3. TDA7449L


4. M62463AFP



8-2 DVD

1. ZIVA- 5 DVD CONTROLER

Figure 1 ZiVA-5 controller Pinout (208-pin PQFP)

Table 1 ZiVA-5 controller Pin List

Pin No. Pin Name I/O Voltage I/O Type

1 VDDP 3.3V ó2 HA1 3.3V* I/O

3 HA15 3.3V* I/O

4 HA14 3.3V* I/O

5 HA13 3.3V* I/O

6 HA12 3.3V* I/O

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52

1041031021011009998979695949392919089888786858483828180797877767574737271706968676665646362616059585756555453

156

155

154

153

152

151

150

149

148

147

146

145

144

143

142

141

140

139

138

137

136

135

134

133

132

131

130

129

128

127

126

125

124

123

122

121

120

119

118

117

116

115

114

113

112

111

110

109

108

107

106

105

157158159160161162163164165166167168169170171172173174175176177178179180181182183184185186187188189190191192193194195196197198199200201202203204205206207208

VDD

_3.3

HA1

HAD

15H

AD14

HAD

13H

AD12

HAD

11H

AD10

HAD9

HAD8

HAD7

VDD

_3.3

VSS

HAD6

HAD5

HAD4

HAD3

HAD2

HAD1

VDD

_3.3

VSS

HAD0

HDTA

CK/W

AIT

HIRQ

0UD

S/U

WE

LDS/

LWE

R/W

IRRX

1VS

SVD

DC VSS

VDD

_3.3

MAD

DR9

MAD

DR8

MAD

DR7

MAD

DR6

MAD

DR5

MAD

DR4

MAD

DR3

MAD

DR2

MAD

DR1

MAD

DR0

VSS

VDD

_3.3

MA

DDR1

0M

ADD

R11

BA1

BA0

MCS

0M

CS1

MRA

SM

CAS

DA-

IEC9

58D

A-DA

TA3

DA-

DATA

2VS

SVD

D_3.

3D

A-DA

TA1

DA-

DATA

0D

A-BC

KD

A-LR

CKD

A-XC

KVS

SVD

DCA

_VSS

1A

_VDD

1A

_VDD

2A

_VSS

2XV

DDXT

AL/

VCLK

216B

PXT

AL

XVSS

VSS_

RREF

VDAC

_RRE

FVD

D_RR

EFVD

AC_D

VDD

VDAC

_DVS

SVD

AC_0

VDAC

_VD

D0VD

AC_0

BVD

AC_1

VDAC

_VD

D1VD

AC_1

BVD

AC_2

VDAC

_VD

D2VD

AC_2

BVD

AC_3

VDAC

_VD

D3VD

AC_3

BVD

AC_4

VDAC

_VD

D4VD

AC_4

BH

SYN

C /IR

Q2VD

ATA0

VDAT

A1VD

ATA2

VSS

VDD_

3.3

VDAT

A3VD

ATA4

VDAT

A5VD

ATA6

VDAT

A7VC

LK

DAI-DATADAI-BCK/SYSCLKBPDAI-LRCK/IEC958BP

I2C_CLI2C_DA

RTS1RXD1TXD1CTS1VSS

VDD_3.3SD-DATA7SD-DATA6SD-DATA5SD-DATA4

VSSVDDC

SD-DATA3SD-DATA2SD-DATA1SD-DATA0

SD-REQSD-EN

VSSVDD_3.3

SD-ERRORSD-CLK

VSYNC/HIRQ1RTS2/SPI_CLK

RXD2/SPI_MISOTXD2/SPI_MOSI

CTS2/SPI_CSVDD_5

HCS4HCS3HCS2HCS1HCS0

VSSVDD_3.3

TRSTTDOTDI

TMSTCK

RESETALEVSS

VDDCHAD3HAD2

VSS

ZiVA-5 Controller Top View

VDD_3.3VSSMDATA31MDATA30MDATA29MDATA28VDD_3.3MDQM3VSSMDATA27MDATA26MDATA25MDATA24MDATA23MDATA22MDATA21MDATA20VDD_3.3MDQM2VSSMDATA19MDATA18MDATA17MDATA16VDDCVSSMDATA15MDATA14MDATA13MDATA12VDD_3.3MDQM1VSSMDATA11MDATA10MDATA9MDATA8MDATA7MDATA6MDATA5MDATA4VDD_3.3MDQM0VSSMDATA3MDATA2MDATA1MDATA0MCLKVDD_3.3VSSMWE


7 HA11 3.3V* I/O

8 HA10 3.3V* I/O

9 HA9 3.3V* I/O

10 HA8 3.3V* I/O

11 HA7 3.3V* I/O

12 VDDP 3.3V ó13 GNDP GROUND ó14 HA6 3.3V* I/O

15 HA5 3.3V* I/O

16 HA4 3.3V* I/O

17 HA3 3.3V* I/O

18 HA2 3.3V* I/O

19 HA1 3.3V* I/O

20 VDDP 3.3V ó21 GNDP GROUND ó22 HA0 3.3V* I/O

23 HDTACK/WAIT 3.3V* I/OD

24 HIRQ0 3.3V* I/O

25 HUDS/UWE 3.3V* I/O

26 HLDS/LWE 3.3V* I/O

27 HREAD 3.3V* I/O

28 IRRX1/GPIO[0] 3.3V* I

29 GND GROUND ó30 VDD 1.8V ó31 GND25 GROUND ó32 VDD25 3.3V ó33 MA9 3.3V O

34 MA8 3.3V O

35 MA7 3.3V O

36 MA6 3.3V O

37 MA5 3.3V O

38 MA4 3.3V O

39 MA3 3.3V O

40 MA2 3.3V O

41 MA1 3.3V O

42 MA0 3.3V O

43 GND25 GROUND ó44 VDD25 3.3V ó45 MA10 3.3V O

46 MA11 3.3V O

47 BA1 3.3V O

48 BA0 3.3V O

49 MCS0 3.3V O

50 MCS1 3.3V O

51 MRAS 3.3V O

52 MCAS 3.3V O

53 MWE 3.3V O

Table 1 ZiVA-5 controller Pin List (Continued)


Confid

Advan

ce P

r

54 GND25 GROUND ó55 VDD25 3.3V ó56 MCLK O

57 MD0 3.3V I/O

58 MD1 3.3V I/O

59 MD2 3.3V I/O

60 MD3 3.3V I/O

61 GND25 GROUND ó62 MDQM0 3.3V O

63 VDD25 3.3V ó64 MD4 3.3V I/O

65 MD5 3.3V I/O

66 MD6 3.3V I/O

67 MD7 3.3V I/O

68 MD8 3.3V I/O

69 MD9 3.3V I/O

70 MD10 3.3V I/O

71 MD11 3.3V I/O


74 VDD25 3.3V ó75 MD12 3.3V I/O

76 MD13 3.3V I/O

77 MD14 3.3V I/O

78 MD15 3.3V I/O

79 GND GROUND ó80 VDD 1.8V ó81 MD16 3.3V I/O

82 MD17 3.3V I/O

83 MD18 3.3V I/O

84 MD19 3.3V I/O


87 VDD25 3.3V ó88 MD20 3.3V I/O

89 MD21 3.3V I/O

90 MD22 3.3V I/O

91 MD23 3.3V I/O

92 MD24 3.3V I/O

93 MD25 3.3V I/O

94 MD26 3.3V I/O

95 MD27 3.3V I/O


98 VDD25 3.3V ó99 MD28 3.3V I/O

100 MD29 3.3V I/O




101 MD30 3.3V I/O

102 MD31 3.3V I/O

103 GND25 GROUND ó104 VDD25 3.3V ó105 VCLK 3.3V* I/O

106 VDATA7/GPIO[1] 3.3V* I/O





111 VDDP 3.3V ó112 GNDP GROUND ó113 VDATA2/GPIO[6] 3.3V* I/O



116 HSYNC/HIRQ2/GPIO[9] 3.3V* I/O

117 VDAC_4B ANALOG O

118 VDAC_VDD4 3.3V ANALOG ó119 VDAC_4 ANALOG O









132 VDAC_DVSS GROUND

133 VDAC_DVDD 3. 3V

134 VAC_REFVDD 3.3V

135 VDAC_REF ANALOG I

136 VDAC_REFVSS GROUND

137 XVSS GROUND

138 XOUT ANALOG

139 XIN/bypass clk_216 ANALOG

140 XVDD 3.3V

141 AVSS2 GROUND

142 AVDD2 3.3V

143 AVDD1 3.3V

144 AVSS1 GROUND

145 VDD 1.8V ó146 GND GROUND ó147 XCK 3.3V* I/O



148 LRCK 3.3V* O

149 BCK 3.3V* O

150 ADATA0/GPIO[10] 3.3V* O


152 VDDP 3.3V ó153 GNDP GROUND ó154 ADATA2/GPIO[12] 3.3V* O


156 IEC958/GPIO[14] 3.3V* O

157 DAI_DATA/GPIO[15] 3.3V* I

158 DAI_BCK/bypass_sysclk/

GPIO[16]

3.3V* I

159 DAI_LRCK/iec958bp/GPIO[17] 3.3V* I

160 I2C_CL/GPIO[18] 3.3V* I/OD

161 I2C_DA/GPIO[19] 3.3V* I/OD

162 RTS1/GPIO[20] 3.3V* O

163 RXD1/GPIO[21] 3.3V* I

164 TXD1/GPIO[22] 3.3V* O

165 CTS1/GPIO[23] 3.3V* I

166 GNDP GROUND ó167 VDDP 3.3V ó168 SDDATA7/VDATA2[7]/

HDMARQ/GPIO[24]3.3V I

169 SDDATA6/VDATA2[6]/HXCVR_EN/

GPIO[25]

3.3V* I

170 SDDATA5/VDATA2[5]/

HDMACK/GPIO[26]

3.3V* I

171 SDDATA4/VDATA2[4]/GPIO[27] 3.3V* I

172 GND GROUND ó173 VDD 1.8V ó174 SDDATA3/VDATA2[3]/GPIO[28] 3.3V* I



177 SDDATA0/VDATA2[0]/GPIO[31]

3.3V* I

178 SDREQ/GPIO[32] 3.3V* O

179 SDEN/GPIO[33] 3.3V* I

180 GNDP GROUND ó181 VDDP 3.3V ó182 SDERROR/GPIO[34] 3.3V* I

183 SDCLK/GPIO[35] 3.3V* I

184 VSYNC/HIRQ1/GPIO[36] 3.3V* I/O

185 RTS2/SPI_CLK/GPIO[37] 3.3V* O

186 RXD2/SPI_MISO/GPIO[38] 3.3V* I

187 TXD2/SPI_MOSI/GPIO[39] 3.3V* O

188 CTS2/SPI_CS/GPIO[40] 3.3V* I

189 VNW 5V ó




Note: The ZiVA-5 core operates at 1.8V ± 10%. Most I/O interface pins can be interfaced with 3.3-V or 5-V devices depending on the voltage applied to the VDD pins associated with them. Refer to the Application Note for more information.

190 HCS4/GPIO[41] 3.3V* I

191 HCS3/GPIO[42] 3.3V* I

192 HCS2/GPIO[43] 3.3V* I

193 HCS1 3.3V* I/O

194 HCS0 3.3V* I/O

195 GNDP GROUND ó196 VDDP 3.3V ó197 TRST 3.3V* I

198 TDO 3.3V* O

199 TDI/GPI[0] 3.3V* I

200 TMS/GPI[1] 3.3V* I

201 TCK 3.3V* I

202 RESET 3.3V* I

203 ALE 3.3V* I/O

204 GND GROUND ó205 VDD 1.8V ó206 HA3 3.3V* I

207 HA2 3.3V* I

208 GNDP GROUND ó



13.5 MHz Crystal

Bus Interface Unit

IR IDC

SPARCMicroprocessor

PhaseLockLoop ATAPI

SDRAM Controller

System Control Bus

AudioOutput

Unit

GPIO SPI UART1& 2

ZiVA A/V CoreAudio

Input Unit

DecryptionTrack BufferProcessor Interlaced/

ProgProgressiveVideo

Encoder

Five 10-bitVideoDACs

GraphicsEngine

CCIR 656

ASYNC BUS

32-128Mbit


BLOCK DIAGRAM

DQ0DQ0

DQ31DQ31

DQM0~3DQM0~3

CLKCLK

CKECKE

A10A10

CLOCKCLOCKBUFFERBUFFER

COMMANDCOMMAND

DECODERDECODER

ADDRESSADDRESSBUFFERBUFFER

REFRESHREFRESHCOUNTERCOUNTER

COLUMNCOLUMN

COUNTERCOUNTER

CONTROLCONTROL

SIGNALSIGNAL

GENERATORGENERATOR

MODEMODEREGISTERREGISTER

COLUMN DECODERCOLUMN DECODER

SENSE AMPLIFIERSENSE AMPLIFIER

CELL ARRAY CELL ARRAY BANK #2 BANK #2







DATA CONTROLDATA CONTROLCIRCUITCIRCUIT

DQDQBUFFERBUFFER




NOTE: The cell array configuration is 2048 * 256 * 32

RO

W D

EC

OD

ER

RO

W D

EC

OD

ER

RO

W D

EC

OD

ER

RO

W D

EC

OD

ER

RO

W D

EC

OD

ER

RO

W D

EC

OD

ER

RO

W D

EC

OD

ER

RO

W D

EC

OD

ER

A0A0

A9A9BS0BS0BS1BS1

CSCS

RASRAS

CASCAS

WEWE

2.W986432DH


3. M6759 ; 8BIT MTP micro controller

4. M5701/M5705 ; DVD ROM controller

M5701/M5705


Pin Assignments

Pin Definitions

Internal Block Diagram

Pin Number Pin Name I/O Pin Function Description

1 GND - Ground

2 VO1 O Output 1

3 VCTL I Motor speed control

4 VIN1 I Input 1

5 VIN2 I Input 2

6 SVCC - Supply voltage (Signal)

7 PVCC - Supply voltage (Power)

8 VO2 O Output 2

1

2

5

6

7

8GND

VO1

VCTL

VIN1 VIN2

SVCC

PVCC

VO2

3

4

FAN8082

DRIVER OUT

LOGIC SWITCH

1

2

5

6

7

8GND

VO1

VCTL

VIN1 VIN2

SVCC

PVCC

VO2

3

4

TSD

PRE DRIVER

BIAS

5. FAN8082


6. M11B416256A


Y-Decoder

I/O Buffers and Data Latches

360 ILL B1.1

Address Buffer & Latches

X-Decoder

DQ15 - DQ0

Memory Address

OE#

CE#

WE#

EEPROMCell Array

Control Logic

FUNCTIONAL BLOCK DIAGRAM

A15A14A13A12A11A10A9A8NCNC

WE#NCNCNCNCNCNCA7A6A5A4A3A2A1

123456789101112131415161718192021222324

A16NCVSSDQ15DQ7DQ14DQ6DQ13DQ5DQ12DQ4VDDDQ11DQ3DQ10DQ2DQ9DQ1DQ8DQ0OE#VSSCE#A0

484746454443424140393837363534333231302928272625

360 ILL F01.2

Standard Pinout

Top View

Die Up

SST39LF200A/400A/800ASST39VF200A/400A/800A

SST39LF/VF200A


WE#NCNCNCNCNC

A17A7A6A5A4A3A2A1

SST39LF/VF400A


WE#NCNCNCNC

A18A17A7A6A5A4A3A2A1

SST39LF/VF800A SST39LF/VF200A


SST39LF/VF400A


SST39LF/VF800A

7. SST39LF800A ; Multi Purpose Flash


8-3. HT-DM150/550 MICOM PORT ASSIGNMENT

1-1Samsung Electronics

1. Alignment and Adjustments

1. Tuner

FM THD Adjustment

Output

Output 28 dB(±2dB)

60 dB

Minumum Distortion (0.4% below)(Figure 1-1)

SSG FREQ.

Adjustmentpoint(FM DET)

98 MHz

FM DETECTOR COIL

FM Search Level Adjustment

Adjust SVR1 so that “TUNED” of FLT islighted (Figure 1-2)

Figure1-2 FM Auto Search Level Adjustment

*Adjust FM S.S.G level to 28dB

Figure1-1 IF CENTER and THD Adjustment

SSG FREQ.

Adjustmentpoint

(SVR1)

98 MHz

BEACONSENSITIVITYSEMI-VR(10KΩ) FM S.S.G

GND

28 dB

FM S.S.G

OutputGND

Speaker Terminal

FMAntennaTerminal

Distortion Meter

Input

SET

Inputoutput

Oscilloscope

FM IN

FM Antenna

SET

10 kΩ

OUTPUT

AM SSG450KHZ

INPUT

AM ANTIN

Speaker Terminal

60cm

AM IF

VTVM Oscilloscope

AM(MW) I.F Adjustment

Maximum output (Figure 1-3)

SSG FREQ.

Frequency

Adjustmentpoint

450 kHz

522 kHz

AM IF

Figure1-3 AM I.F Adjustment

OUTPUT

* Adjustment Location of Tuner PCB

AM(MW) OSC Adjustment

Output 1~7.0 V

Received FREQ.

Adjustmentpoint

522~1611 KHz

MO

AM(MW) RF AdjustmentITEAM

594 KHz

MA

Maximum Output (Fig1-4)

Fig 1-4 OSC Voltage

AM(MW) RF Adjustment

150 KHz

LA

Maximum Output (Fig1-4)


4. Block Diagram4-1 MAIN Part ; HT-DM150


4-2 MAIN Part ; HT-DM550


4-3 DVD Part

DVD MECHA BLOCK

DECK ASSíY

DISCMOTORMOTOR

PICK UP& I/V AMP

FEED MOTOR

DISCMOTORMOTORDIRVER

ACTUATORMOTORDRIVER

DIGITALSERVO

DATASEPARATOR

BCA

DVD-DSP

CD-DSP

4M DRAM

416C256

RAM

ARBITER

TARGETSEARCH

ATAPI&

MPEGI/F

C3 ECCEDP

MCU I/F

M5701/M5705M5701/M5705DVD ROMDVD ROM

CONTROLLERCONTROLLER

MICOM

M6759

HOSTHOSTMEMORY

SST39VF800A

Parallel/serialDVD Interface

Parallel/serialDVD InterfaceATAPI 40PIN

SDRAM CONTROLLER 64M SDRAM

W986432DH-7

Decryption--------

ZIVAA/V CORE

Track BufferProcessor

GraphicsEngine

AudioInput Unit

Interlaced/Progressive

VideoEncoder

Five 10-bitVideoDACs

System Control Bus

System Control Bus

ASYNC BUS/IR/GPIO/SPI/UART1&2/ATAPI/IDC

SPARCMicroprocessorMicroprocessor

PhaseLockLoop

13.5MHZ Crystal

AudioOutput

JTAGInterface

Digital Video

BUFFERSIGNALKSA812

OpticalOutput

AudioOutput

IC LOGIC74HCT245

AnalogVideoOutput

MPEGDECODERZIVA5

OPICAL OUT

VIDEO OUT SWITCHING

BUFFER7612

AMP PARTS

RF AGC&EQ

CONTROL

APC.LASERCONTROL&

LPC

RF&FOCUSERRORI/V AMP

TRACKINGERRORI/V AMP

FOCUS OKDETECT DEFECTDETECT MIRROR

GEN

FOCUSSERVOLOOP

TRACKINGSERVOLOOP

HARDWARELOGIC

MICOM DATA INTERFACELOGIC DECODER

EFMCOMPARATOR

SPINDLESERVO LPF

RF AMP SP3721


6. Wiring Diagram

6-1. Wiring Diagram ; HT-DM150


6-2. Wiring Diagram ; HT-DM550


7. Schematic Diagram

7-1-1 MAIN ; HT-DM150


7-1-2 MAIN ; HT-DM550


7-2-1 FRONT & POWER ; HT-DM150


7-2-2 FRONT & POWER ; HT-DM550


7-3 DSP


7-4 DVD Frontend parts

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

No ConnectionNo Connection



No Connection

No Connection

No Connection

No Connection

No Connection

No Connection

TR/ DIODE MODEL DRAWINGTR/ DIODE MODEL DRAWING

FROM ZIVA5FROM ZIVA5


D5VD5V

No ConnectionsNo Connections

EJECT OPTION

No ConnectionNo ConnectionNo ConnectionNo Connection



1 PAGE 0

FRONTEND VI/ TH-A5

Custom1 2Wednesday, March 06, 2002

SAMSUNG BLUE TEK CO.,LTD.SAMSUNG BLUE TEK CO.,LTD.Title

Size Document Number Rev

Date: Sheet of

DPD_BR

D4

SSLEGSSLEG

MD5

RD6

RD

7

SAEI

CLOSE

MA15

MIRR

MD

1

MFSCSJ

FOCUS-FOCUS-

D

MA3

SDATAPIN

HD5

HD14

MVREF2MA4

RD8

XSCSJHD11

XHD13

MD

7

SLEG

PI

RD2

BRIN

MCS

FLAG1

STRACK

XMP1_1

MA

8

SP-

MA

10

LOAD-LOAD- LOAD-LOAD-

XHD13

RD7

XHD4

GPIO0

TRAY_CNTL

XSCLK

XHD15

SCLK

HD8

HD11

RFO

MVREF3MVREF3

HD5

FLAG2

HD14

RA

0

HD9

XHD6

SSBADSBAD

GP

IO1

E

RD12

RA5

RD0

HD0

ME

VO

RA

9

SP+

PLC

K

MA7

HD4

CDVR

MA

14

DPD_D

MVREF2

TRACK+

SMOTOR

RA

2

MA10

SCLK

RA4

HOMESW

MA14

SAE

GNDGND

F

RD3

MA

1

SFOCUS

XSCLK

SMOTORSMOTOR2

INSW

DVDPD

XHD3SSLEG

3.3V

MVREF2

XHD6

RA2

VC

2

VC2

RD

8

XHD9

MD7

CRSTJ

XSDATA

IDERSTHPDIAGJ

XHD10

SLED-

CLOSECLOSE

RA

8

XHD8

MA

7

HOMESWHOMESW

RD13

RA6

TRACK+

XMP1_0

RFRP

HD10

OPEN

RA1

SCSJ

RD

10

MA0

RD1

XHD12

LDON

XMP1_1

INSW

XMP1_0BRIN

RD2

RA7

RD4

RA

7

MD

3

BIAS

MIRR

MFSCSJ

RA[0..9]

CDPD

XHD10

VC25

GPIO0

SLED+SLED+

ROE

SP-

SFOCUS

MINT1J

SAEI

PUHRFPUHRFPUHRFB

RD5

DPD_CM

A12MVREF2

C

RD14

XSPDON

RD

9XSCSJ

XHD[0..15]

HD2HD12

FOCUS+FOCUS+

XSFGIN

RA

3

XHD4

MA9

RFRP

HD2

DVDPDDVDPD

RD14

RD

5

XHD14

MA

2

RD13

XHD15

FOCUS

BRIN

HD6

XHD12

RA0

DFCTM

A3

SDATA

DFCT

MA5

HD13

MEI-MEI-

MA[00..15]

3.3V

XHD0

RD15

MD6

RF

O

RA3

RFRP

HD1

RFRP

MPSENJ

THA2

RA

5

MEI-

FEI

XHD8

FOCUS-

LOAD+LOAD+ LOAD+LOAD+

LED

A

RD

11

HD15 HD0

RA

6

DVDLD

XHD1

TRACK

INSW

MA12

MD

0

DVDLDO

MPSENJ

3.3V

MA

11

HD12

GP

IO0

RD15

XHD14

XMP1_1

EJECT

MA

0

XHD2

SLR

F

OUTSWOUTSW

RD9

HD7

RCAS

XHD1

XHD3

RWE

RD11

MA

4

MA6

MOTORMOTOR

MD

2

GP

IO3

SAE

CPURST

DFCT

MVREF2

HD1

RFRP

XHD9

SBAD

MA11

TEI

TEI

XSDATA

TRACK-

OSC

SP+

MD

4

FEI

HD8

CDPD

RD

6

MD4

XHD0

MA2

RFVCC

XHD5

FLAG3

INSWINSW

OPEN

MD

6

LED

SLED-SLED-

RRAS

MA1

LDO

N

MA

5

HD10

MA

15HD7

TRACK-

DVDVRDVDVR

MD0

LED

BIAS

SSBAD

XHD7

RD0

XHD2XHD5

MW

RJ

STRACK2

HD6

OUTSW

XHD11

XHD11

MA

13

MA

6

MA

9

MD1MD2

RA

4

HD3

RA9

HD3

RD12

MA13

CRSTJ

HD9

HD13

MEVO

DPD_A

SCSJ

HD4

HD15

RD10

FLAG0

HCS16J

FOCUS+FOCUS+

RA8

MD3

RA

1

RD3

SLED+SLED+

MA8

RD1

XHD7

TEXI TEXI

MD

5

MWRJ

XMP1_3

XMP1_7

EFGCEFGC

CPURST

XMP1_2

XMP1_6

XMP1_4

GND

MGNDMGND

PAGNDPAGND

PLLGND

VCC

PAGNDPAGND

MGNDMGND

RFVCC

RFGNDRFGNDGND

GND

GND

3.3V

VCC

GNDGND

MVCC

M5V

RFGNDRFGND

PAGNDPAGND

PLLVCC

RFVCC

RFGNDRFGND

RFGNDRFGND

RFGNDRFGND

VCC

RFGNDRFGND

RFVCC

M5VM5V

M5VM5V

PLLGND

3.3V

MGNDMGND

VCC

3.3V

GND

GND

PLLGND

GND

GND

PAGNDPAGND

PLLVCC

RFGNDRFGND

MGNDMGND 3.3V

RFGNDRFGND

M5VM5V

M5VM5V

RFGNDRFGND

RFVCC

RFVCC

GND

VCC

RFGNDRFGND

VCC

RFGNDRFGND

GND

MVCC

RFVCC

GND

RFVCCRFVCC

GND

GND

PLLGNDVCC

VCCVCC

MGNDMGND

3.3V

RFGNDRFGND

RCASROE

OPEN

RRASRWE

HOMESW

OUTSW

DR137 100

DR60

47K

DR52 33

DR130 100

DR

119

10K

DC330.047U

DR45 4K7

B AB A

C

1 21 2

3

DAN202K

DR30 91K

DR132 100

DR122 100

DR29 0

CPUR8 33

RR4

1K

MINT1JTP

DR48 R

OUTOUT GNDGNDININ

2 12 1

3

XC61AN1902MR

RC6

1000P

DR

120

10K

DR

121

10K

DC426800P

DC45

470P

DC52

0.1U

DC75

0.1U

MC810.1U

RR16 1.2K1.2K

EJC2

104

DR

110

10K

CPUR9 33

RR7 0

DR99 47

MR167MR167 1 2012

MR182MR1821K

DC85

0.1U

RC18680P

B BB B

C

1 21 2

3

DAP202K

DC511000P

DR32 33

DC34560P

CPUR11 33

DC65

C

D1 1N4148

DR

113

10K

RC29

0.1U

DR146DR146

10 (2012)

DR44 3K3

RC26

0.1U

RR25RR25

8.2K

DR140 R

DJ3

IDE40

246810121416182022242628303234363840

13579

111315171921232527293133353739

GNDHD8HD9

HD10HD11HD12HD13HD14HD15

NCGNDGNDGND

28GND

HCS16JHPDIAGJ

THA2HCS3J

GND

IDERSTHD7HD6HD5HD4HD3HD2HD1HD0GNDHDRQIOWJIORJIORDYHDACKJHINTJHA1HA0HCS1JHDASPJ

DR

814.

7K

EJC2

104

DR42 3K3

DL6DL6

CIC21(2012)CIC21(2012)1 2

DR95 33

DC72

0.1U

DR

9010

K

MR165 1 2012

RC15680P

RC33 C

RR

2856

K

DR134 100

DR

8610

K

CPUR13 33

DC

6610

P

CPUR20R

MR152 33K

DR135 100

DC83

0.1U

DR187R

DR40 51K

DC380.1U

DC78

0.1U

DR97 33

XSEFGC TP

DR103 33

DR

80 22K

EJCN1

CONNECTOR_WAFER_2P_STCONNECTOR_WAFER_2P_ST

12

RC8

1000P1000P

DR136 100

DR

108

10K

DR

8710

K

DC73

0.1U0.1U

MR176 R

DC840.1U

MR153 33

RC9 680P

RC70.1U

DR190 10K

RC20.1U

RR

300

DR

109

10K

MR158 0

RC24C

DTC13

100U/16V

DR189 R

B EB E

C

1 21 2

3

2SB1197

MR

175

10K

RR21RR21

560

DTC10

220U/16V220U/16V

AD

R12

110

K

RU2

TL3472

1234 5

678AO

A-A+V- B+

B-BOV+

DC

7110

P

RR17 10K

DC480.1U

DC3747P

DR144 R

+ MCE1MCE1

47U/16V

DR57 10

DL4

CIC21(2012)

MJ5MJ5

CON_2mmCON_2mm

12345

RC30.1U

RC5C

DL3

L

RC210.1U

DC860.1U

MR155

3.9K

RQ12SB1197

E

B

C

DR129 100

DR31 1K2

RTC5

100U/16V

DR

550

DR96 33

DTC9

220U/16V

MU9MU9BA5954FM

1

2

3

4

5

6

7

8

9

10

11

12

13

14

28

27

26

25

24

23

22

21

20

19

18

17

16

15

29 30

VINFC

CFCERR1

CFCERR2

VINSL+

VINSL-

VOSL

VNFFC

VCC

PVCC1

PGND

VOSL-

VOSL+

VOFC-

VOFC+

STBY

BIAS

VINTK

CTKERR1

CTKERR2

VINLD

PREGND

PVCC2

VNFTK

PGND

VOLD-VOLD-

VOLD+

VOTK-VOTK-

VOTK+

GN

DG

ND

RC12 0.1U

CPUR18 33

DU6XC61AN1902MR

13

2

OU

TIN

GN

D

MR164MR164 1 2012

DR133 100

RC36

0.47U

RC160.047U

MALETP

DR188 0

RR6

8K2(1%)8K2(1%)

RL2

10UH(3225)10UH(3225)

DR127 100

DR

114

10K

DR

9110

K

MR154MR154 12K12K

RR

32R

DR384K7

DR46 47K

MU10

FAN8082FAN8082

1

2

3

4

8

7

6

5

GND

V01

VCTL

VIN1

VO2

PVCC

SVCC

VIN2

MR159 R

DR124 100

DR102 47

RC28

0.1U

RC10.1U

DR186 R

DR

8810

K

RR18 10K

DU5

W29EE512P_32PLCC

12111098765

272623254

2829

2224

1314151718192021

32

1630

1

32

31

A0A1A2A3A4A5A6A7A8A9A10A11A12A13A14

CEOE

O0O1O2O3O4O5O6O7

VCC

GNDNC

VPP

A15A16

PGM

DTC11

100U/16V

B EB E

C

1 21 2

3

R1103

RC17680P

DC80

0.1U

DC77

0.1U

RTC3

100U/16V100U/16V

MR156 3.3K

DR53 33

DR185 R

DR35 5K1

DC401000P

DC76

0.1U

RR110

RU1

S P3721A

123456789

10111213141516

17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49

48474645444342414039383736353433

DVDFRPDVDFRPDVDRFNDVDRFNPD1PD2A2B2C2D2CPCNDCBAFE

CD

TE

VC

12N

CV

NB

DV

DP

DD

VD

LDC

DP

DC

DLD

LDO

NV

CV

CI

VP

BM

IRR

MP

MB

FD

CH

G

CD

RF

DC

CD

RF

AT

OP

AT

ON

AIN

AIP

VP

AS

IGO

BY

PR

XD

IND

IPF

NP

FN

NV

NA

HO

LD1

SDENSDATA

SCLKLCPLCN

CEFETE

MEIMEVMEVTPHDFT

PIMINMIN

MEVOMLPF

DR33 33

DTC747U/16V

DLED1LED

DR123 100

RC14680P

RCN1RCN1

PU24PCON_DIP_LPU24PCON_DIP_L

123456789101112131415161718192021222324

EAD

RFCBF

VCCVREFGNDGND

T-T-T+F+F-F-

BODY_GNDBODY_GNDGNDGND

DVDLDDVDVRDVDPD

GNDCDLDCDVRCDPD

VCCR

R29

7.5K

DR47 33

DC

6210

5(32

16)

MRDJTP

DR

8410

K

RR13 1.2K1.2K

CPUR4 R

DC87 0.1U

MR177 1K

MR150MR150 10K

DR

112

10K

RR23

0RC34

0.1U

DR

8910

K

DC43

0.47U(2012)0.47U(2012)

DR

107

10K

RR210

DR43 3K3

DR128 100

DC350.1U

DR34 33

RC1033P

RC22C

DC88

0.1U

DR125 100

MC83270P

DR93 33

DC360.1U

RC320.1U

DR138 2K2

DR184 1K

DC90 0.01U

DC

63C

DR141 R

DR

8510

K

MCSTP

MR179MR179 R DC41

C

DC390.1U

DR37 10K

MR157

10K

DR143 R

CPUR19R

DR50 4K7

RC40.1U

DR183 1K

DR28 91K

DR145 R

RR19 R

DU3

ALi M5705 (176 pin)

123456789

1011121314151617181920212223242526272829303132333435363738394041424344

45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88

8990919293949596979899100101102103104105106107108109110111112113114115116117118119120121122123124125126127128129130131132

133

134

135

136

137

138

139

140

141

142

143

144

145

146

147

148

149

150

151

152

153

154

155

156

157

158

159

160

161

162

163

164

165

166

167

168

169

170

171

172

173

174

175

176

AVSS_DSXSRFINXSIPINAVDD5_DSXSDSSLVXSRSLINTVDD_3.3XSAWRCXSRFGCXSEFGCXSFOCUSXSTRACKXSSLEGAVDD5_DAXSMOTORAVSS_DAXSRFRPLPXSTELPXSVREF2XSRFRPXSTEXIAVSS_ADXSTEIXSFEIXSAEIAVDD5_ADXSSBADGNDXSDFCTXSCSJXSCLKXSDATAXSLDCXSFGINXSSPDONXSFLAG3XSFLAG2XSFLAG1XSFLAG0XMP1_7XMP1_6GNDXMP1_5XMP1_4

XM

P1_

3X

MF

SC

SJ

XM

P1_

2X

GP

IO3

XM

P1_

1X

HR

ST

JX

GP

IO1

XG

PIO

0X

CR

ST

JX

MP

SE

NJ

VD

D_3

.3X

MA

LEM

CU

P1.

0V

DD

_3.3

XO

SC

1X

OC

S2

GN

DX

MD

0X

MD

1X

MD

2X

MD

3X

MD

4X

MD

5X

MD

6X

MD

7X

MC

SJ

XM

RD

JX

MW

RJ

XM

INT

1JX

MA

11X

MA

10V

DD

_3.3

XM

A9

XM

A8

XM

A7

XM

A6

XM

A5

XM

A4

XM

A3

XM

A2

XM

A1

XM

A0

XM

A12

GN

D

XMA13XMA14XMA15

XHDASPJXHCS3JXHCS1J

XHA2XHA0

XHPDIAGJXHA1

XHCS16JXHINTJ

XHDACKJXHIORDYJ

XHIORJXHIOWJXHDRQJ

XHD15XHD0

XHD14XHD1GND

XHD13XHD2

XHD12XHD3

VDD_3.3XHD11XHD4

XHD10XHD5XHD9XHD6XHD8XHD7

XRD15XRD0

XRD14XRD1

XRD13XRD2GND

XRD12XRD3

XR

D11

XR

D4

XR

D10

XR

D5

XR

D9

GN

DX

RD

6X

RD

8X

RD

7X

RW

EJ

XR

SD

CLK

XR

RA

SJ

XR

CA

SJ

VD

D_3

.3X

RO

EJ

XR

A9

XR

A8

VD

D_3

.3X

RA

11X

RA

10X

RA

7G

ND

XR

A6

XR

A5

XR

A4

XR

A0

XR

A1

XR

A2

XR

A3

VD

D_3

.3X

TP

LCK

XT

SLR

FG

ND

XS

PD

IRE

FX

SF

DIR

EF

AV

DD

5_P

LX

SP

LLF

TR

2A

VS

S_P

LX

SF

DO

XS

FT

RO

PI

XS

VR

_PLL

XS

PD

OF

TR

1X

SV

RE

FO

XS

AW

RC

VC

O

MR172 0

RR20

220

DC46

470P

RR26

R

MZD1MZD1

5.6V5.6V

DC5412P

DR

116

10K

DC74

0.1U

DC82

0.1U

DC490.1U

DXT133.8688MHz

DR101 33

TRAY_CNTL TP

B EB E

C

1 21 2

3

2SC1623

MJ4MJ4

CON_WAFER_2m/m_SCON_WAFER_2m/m_S

123456

DC5612P

MR157MR157 10K

RR3

1K

DR54 33

DR191 10K

RC31

104

RQ22SB1197 E

B

C

DC79

0.1U0.1U

DR92 33

DC

6810

P

DC320.1U

DR36 33

RTC2

100U/16V

DR83R

B EB E

C

1 21 2

3

KSA812

DR

117

10K

RC1333P

RC1133P

RD1RD1

DAP202KDAP202K

31

2C

B

B

RC19100P

DR126 100

RR31RR31470K

DL7

CIC21(2012)CIC21(2012)

1 2

DC91

0.1U

DR94 33

DR

118

10K

RC23C

DL5

CIC21(2012)1 2

RR5 0

RC25C

MR180MR180 1K

DTC6220U/16V

RTC4

100U/16V

MC844700P

DC55C

DR131 100

RL1

10UH(3225)10UH(3225)

MR

174

100K

MC82MC82220P

DC501000P

B EB E

C

1 21 2

3

R2101MR168 1 2012

CPUR6 33

RC

3533

P

DC89 0.01U

DR39

20K

DU7

SOJ40DS EDO 256KX16

16171819 22

232425

2928

2345

26

1314

789

10

1

6

21

35

40

27

20

31323334

36373839

1211

15

30

A0A1A2A3 A4

A5A6A7

LCASUCAS

DQ0DQ1DQ2DQ3

A8

WERAS

DQ4DQ5DQ6DQ7

VCC

VCC

VSS

VSS

VSS

OE

VCC

DQ8DQ9

DQ10DQ11

DQ12DQ13DQ14DQ15

NCVSS

NC

VSS

DU8

BA033T/F

1

2

3IN

GN

D

OUT

MR148

33K

DR98 47

DR142 R

DTC12DTC12

100U/16V100U/16V

DR139 2K2

MC87

104

DR51 5K1

CPUR7 33

RTC1

220U/16V220U/16V

DC

6910

P

DR

115

10K

DR100 47

MR

173

100K

DR49 3K3

RC27

0.1U

DC44

0.047U

MR151 47K

DR

111

10K

DC

7010

P

DJ6DJ6

CON6_2.54MMCON6_2.54MM

123456

CPUR17 33

RC201000P

DC

6710

P

MR149MR149

10K

DC81

0.1U


7-5 DVD Backend Parts


7-6 JACK (SCART, RCA) ; HT-DM150/550

Documents

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