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Samsung HT-H5500W, Service Manual

The Samsung HT-H5500W user manual is available for free download on our website. It provides step-by-step instructions and valuable information to help users make the most of their HT-H5500W home theater system. Enhance your audiovisual experience with this high-quality product by easily accessing the manual at manualshive.com.

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6. Schematic Diagram

6.13. AMP

POWER

AUDIO

FR/ FL

NC

NC

NC

SW/ CEN

2.1CH_DE LETE

RR/RL

 WIRELES S /2.1CH DELETE

S P K_RL+

S P K_RL-

S P K_RR+

S P K_RR-

S P K_RR-

S P K_RL+
S P K_RL-

S P K_RR+
S P K_FR-
S P K_FL+
S P K_FL-

S P K_FR+

S P K_S W-

S P K_C+

S P K_C-

S P K_S W+

SPK _FR+

SPK _FR-

SPK _FL-

SPK _FL+

SPK _S W-

SPK _SW+

SPK _C-

SPK _C+

A

C

6

2

1

U

F

5

0

V

A

C

3

8

1

0

0

N

F

A

L

5

3

3

0

P

F

3.3O HM

5

0

V

A

C

2

8

1

2

5

0

V

3

3

0

P

F

1

0

0

N

F

A

C

1

8

P

G

N

D

42

1

0

U

F

2

5

V

PGND

CLIP1

AMP_S D

CLIP0

AMP_RES ET

AMP_S D

AMP_RES ET

AMP _S D

CLIP 1

AMP _RES ET

DGND

P WM_3-

P WM_3+

1

6

V

1

U

F

C

9

9

7

4

7

K

O

H

M

1

/1

6

W

R

1

7

7

D3.3V_P W

0.01OH M

ABD4

R12V

1

0

U

F

1

0

V

A

C

6

0

2

P GND

1

0

V

1

0

U

F

A

C

8

0

5

1/10W

3.3O HM

AR104

P GND

1

0

0

N

F

5

0

V

A

C

7

0

7

1/16W

2.2KO HM

AR52

1/10W

100O HM

AR24

100O HM

1/10W

AR106

25V

1UF

AC406

P GND

100OHM

AR73

UNDEF INED

TAS5614LADDV

AIC2

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

F

N

3

3

V

0

5

A

C

8

0

33N F 50V

AC801

2

5

V

1

0

U

F

A

C

4

0

5

2

5

V

1

0

U

F

A

C

7

0

5

1

/1

6

W

1

8

O

H

M

A

R

4

4

PGND

3

3

0

P

F

5

0

V

A

C

8

1

P GND

2

5

V

1

0

U

F

A

C

1

0

2

3

3

0

P

F

5

0

V

A

C

9

8

2

5

V

1

0

U

F

A

C

9

0

1

/1

6

W

1

8

O

H

M

A

R

8

0

U

N

D

E

F

IN

E

D

9

0

1

4

W

-0

1

-7

R

0

A

L

1

2

1

2

3

4

5

0

V

1

U

F

A

C

7

7

5

0

V

1

0

0

N

F

A

C

8

7

1

/1

0

W

3

.3

O

H

M

A

R

7

1

5

0

V

1

U

F

A

C

6

0

8

P

G

N

D

5

0

V

1

0

0

N

F

A

C

7

0

8

1

0

0

V

1

0

N

F

A

C

6

7

1

0

0

V

1

0

N

F

A

C

9

2

5

0

V

2

.2

N

F

A

C

7

5

5

0

V

3

.3

N

F

A

C

8

0

4

3

.3

O

H

M

1

/1

0

W

A

R

8

1

2

.2

N

F

5

0

V

A

C

1

0

9

PGND

P GND

P GND

5

0

V

3

.3

N

F

A

C

8

0

6

UNDEFINED

OP TION

S MR-TS -3-3-2

G1

1

2

UNDEFINED

OP TION

S MR-TS -3-3-2

G2

1

2

DGND

50V

100NF

AC86

P GND

DGND

0OHM

1/4W

AR82

50V

100NF

AC309

P GND

DGND

100NF

50V

AC606

P GND

1/4W

0OHM

AR70

1/4W

0OHM

AR54

P WM_4-

P WM_4+

R12V

DGND

1

6

V

1

0

U

F

C

9

9

8

D3.3V_P W

1

/1

6

W

4

7

K

O

H

M

R

1

7

2

P WM_1+
P WM_1-

P WM_2+
P WM_2-

50V

100NF

AC401

1UF

25V

AC208

100PF
50V

AC104

1/10W

30KO HM

AR55

1/10W

100O HM

AR97

P

G

N

D

1

0

U

F

1

0

V

A

C

9

1

1

/1

0

W

4

7

K

O

H

M

A

R

8

7

D3.3V_P W

0.01OH M

ABD6

1

0

U

F

1

0

V

A

C

7

0

2

1

0

0

N

F

5

0

V

A

C

5

0

7

1/10W

0OHM

AR103

1/10W

3.3O HM

AR64

P GND

1

0

U

F

1

0

V

A

C

2

4

P GND

5

0

V

1

0

0

N

F

A

C

6

5

0

V

1

0

0

N

F

A

C

7

8

5

0

V

1

0

0

N

F

A

C

9

9

5

0

V

3

3

N

F

A

C

6

9

P GND

33N F 50V

AC89

1

0

U

F

2

5

V

A

C

7

9

2

5

V

1

0

U

F

A

C

1

0

1

0.01OHM

ABD2

R12V

4.7KO HM

AR85

1/10W

100O HM

AR6

1

0

V

1

0

U

F

A

C

2

1

2

1/10W

3.3O HM

AR9

P GND

100OHM

AR7

1/10W

100O HM

AR5

25V

1UF

AC4

50V

100NF

AC2

25V

1UF

AC32

50V

100PF

AC19

30KO HM

1/10W

AR3

100O HM

1/10W

AR1

4

7

K

O

H

M

1

/1

0

W

A

R

2

UNDEF INED

TAS5614LADDV

AIC1

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

43

44

3

3

N

F

5

0

V

A

C

8

33N F 50V

AC12

P GND

F

N

3

3

V

0

5

AC13

3

3

N

F

A

C

1

6

2

5

V

A

C

2

6

2

5

V

1

0

U

F

A

C

2

5

R12V

1

0

V

1

0

U

F

A

C

2

2

1

0

U

F

1

0

V

A

C

2

1

0.01OHM

ABD1

D3.3V_P W

1

0

0

N

F

5

0

V

A

C

2

0

0OHM

1/10W

AR12

1/10W

AR11

1

0

0

N

F

5

0

V

5

0

V

A

C

1

7

P GND

2

5

V

1

0

U

F

A

C

6

0

3

2

5

V

1

0

U

F

A

C

6

5

1

8

O

H

M

1

/1

6

W

A

R

6

7

3

3

0

P

F

5

0

V

A

C

7

6

PGND

3

3

0

P

F

5

0

V

A

C

9

7

1

8

O

H

M

1

/1

6

W

A

R

6

2

9

0

1

4

W

-0

1

-7

R

0

U

N

D

E

F

IN

E

D

A

L

7

1

2

3

4

PVDD_27V_P W

1

8

O

H

M

1

/1

6

W

A

R

1

6

5

0

V

1

U

F

A

C

2

0

1

1

0

0

N

F

5

0

V

A

C

9

6

P

G

N

D

1

U

F

5

0

V

A

C

6

0

7

1

0

0

N

F

5

0

V

A

C

7

0

9

3

.3

O

H

M

1

/1

0

W

A

R

4

6

1

0

0

V

1

0

N

F

A

C

9

3

5

0

V

2

.2

N

F

A

C

6

0

1

3

.3

N

F

5

0

V

A

C

6

0

9

1

0

0

V

1

0

N

F

A

C

6

6

3

.3

O

H

M

1

/1

0

W

A

R

9

5

2

.2

N

F

5

0

V

A

C

6

0

4

PGND

1

0

U

F

2

5

V

A

C

9

P GND

1

0

U

F

2

5

V

A

C

1

1

1

0

U

F

2

5

V

A

C

5

1

0

U

F

2

5

V

A

C

1

0

3

3

0

P

F

5

0

V

A

C

3

0

9

0

1

4

W

-0

1

-7

R

0

U

N

D

E

F

IN

E

D

A

L

4

1

2

3

4

5

0

V

3

3

0

P

F

A

C

2

9

1

/1

6

W

1

8

O

H

M

A

R

1

5

P GND

1

0

U

F

A

C

1

5

1

0

U

F

2

5

V

A

C

1

4

1

/1

6

W

1

8

O

H

M

A

R

1

4

5

0

V

AC214

U

N

D

E

F

IN

E

D

9

0

1

4

W

-0

1

-7

R

0

3

4

5

0

V

1

U

F

A

C

6

4

1

0

0

N

F

5

0

V

A

C

4

0

1

U

F

5

0

V

A

C

6

3

P

G

N

D

1

0

0

N

F

5

0

V

A

C

3

9

3

.3

O

H

M

1

/1

0

W

A

R

2

0

1

0

N

F

1

0

0

V

A

C

3

6

2

.2

N

F

5

0

V

A

C

4

4

1

0

N

F

1

0

0

V

A

C

3

5

3

.3

O

H

M

1

/1

0

W

A

R

1

9

2

.2

N

F

5

0

V

A

C

4

3

5

0

V

5

0

V

1

U

F

A

C

6

1

P

G

N

D

1

0

0

N

F

5

0

V

A

C

3

7

3

.3

O

H

M

1

/1

0

W

A

R

1

8

1

0

N

F

1

0

0

V

A

C

3

4

1

0

0

V

1

0

N

F

A

C

3

3

3

.3

O

H

M

1

/1

0

W

A

R

1

7

5

0

V

2

.2

N

F

A

C

4

2

5

0

V

3

.3

N

F

A

C

5

3

2

.2

N

F

5

0

V

A

C

4

1

5

0

V

3

.3

N

F

A

C

9

4

PGND

PGND

3

.3

N

F

5

0

V

A

C

5

5

3

.3

N

F

5

0

V

A

C

5

6

5

0

V

3

.3

N

F

A

C

5

4

PGND

R12V

0.01OHM

ABD5

1/16W

2.2KOHM

AR84

100O HM

1/10W

AR23

100O HM

1/10W

AR105

P WM_5-

P WM_5+

P WM_6-

P WM_6+

25V

1UF

AC106

25V

1UF

AC304

100N F

50V

AC407

50V

100P F

AC504

1/10W

30KOHM

AR77

100O HM

1/10W

AR63

PVDD_27V_P W

1

8

O

H

M

1

/1

6

W

A

R

1

3

PGND

1

M

F

5

0

V

AC209

1

M

F

5

0

V

OPTION
AC809

PVDD_27V_P W

1

M

F

5

0

V

AC808

R12V

P

G

N

D

1

0

U

F

1

0

V

A

C

4

0

9

1

0

V

1

0

U

F

A

C

3

0

6

0.01OHM

ABD3

P GND

1

0

V

1

0

U

F

A

C

3

0

1

1

0

V

1

0

U

F

A

C

8

0

7

P GND

5

0

V

1

0

0

N

F

AC216

R

L

-

R

L

+

R

R

-

R

R

+

1

8

O

H

M

1

/1

6

W

A

R

4

1

1/10W

3.3OHM

AR107

P GND

100OHM

AR72

UNDEFINED

TAS 5614LADDV

AIC3

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

F

N

3

3

V

0

5

A

C

7

D3.3V_P W

1

/1

0

W

4

7

K

O

H

M

AR75

3

3

N

F

5

0

V

A

C

7

0

3

F

N

3

3

V

0

5

AC203

1

0

U

F

2

5

V

A

C

5

0

8

1

0

U

F

2

5

V

A

C

2

0

5

P GND

P GND

5

0

V

3

3

0

P

F

A

C

8

3

1

0

U

F

2

5

V

A

C

8

5

1

0

U

F

2

5

V

A

C

7

1

3

3

0

P

F

5

0

V

A

C

1

0

3

1

/1

6

W

1

8

O

H

M

A

R

5

3

P GND

2

5

V

1

0

U

F

A

C

7

0

6

F

N

3

3

V

0

5

AC74

1

0

U

F

2

5

V

A

C

8

0

2

P GND

2

5

V

1

0

U

F

A

C

3

0

7

1

/1

6

W

1

8

O

H

M

A

R

6

6

2

5

V

1

0

U

F

A

C

3

0

3

P GND

5

0

V

3

3

0

P

F

A

C

5

0

9

5

0

V

3

3

0

P

F

A

C

4

0

3

GCD01-0105

SPK1

1

2

3

4

5

6

7

8

9

10

11

12

MGND1

F

L

-

F

L

+

F

R

-

F

R

+

C

-

C

+

S

W

-

S

W

+

P GND

P GND

GCD01-0114

SPK2

1

2

3

4

5

6

7

8

MGND1

3

.3

O

H

M

1

/1

0

W

A

R

9

2

U

N

D

E

F

IN

E

D

9

0

1

4

W

-0

1

-7

R

0

A

L

1

1

1

2

3

4

1

U

F

5

0

V

A

C

5

0

1

P

G

N

D

5

0

V

1

0

0

N

F

A

C

6

0

5

5

0

V

1

U

F

A

C

5

0

3

5

0

V

1

0

0

N

F

A

C

1

0

8

9

0

1

4

W

-0

1

-7

R

0

U

N

D

E

F

IN

E

D

A

L

9

1

2

3

4

5

0

V

1

U

F

A

C

1

0

5

1

0

0

N

F

5

0

V

A

C

3

0

5

1

U

F

5

0

V

A

C

2

0

6

P

G

N

D

1

0

0

N

F

5

0

V

A

C

3

0

8

1

0

N

F

1

0

0

V

A

C

9

5

1

0

N

F

1

0

0

V

A

C

4

0

2

3

.3

O

H

M

1

/1

0

W

A

R

9

1

5

0

V

2

.2

N

F

A

C

5

0

6

5

0

V

2

.2

N

F

A

C

7

0

4

3

.3

N

F

5

0

V

A

C

5

0

2

P GND

3

.3

N

F

5

0

V

A

C

7

2

3

.3

O

H

M

1

/1

0

W

A

R

9

0

1

0

N

F

1

0

0

V

A

C

2

0

2

5

0

V

2

.2

N

F

A

C

5

0

5

1

0

0

V

1

0

N

F

A

C

3

0

2

1

/1

0

W

3

.3

O

H

M

A

R

7

8

5

0

V

2

.2

N

F

A

C

2

0

7

3

.3

N

F

5

0

V

A

C

6

8

3

.3

N

F

5

0

V

A

C

8

8

P GND

5

0

V

1

0

0

N

F

A

C

2

0

4

1/10W

0OHM

AR65

3.3OHM

1/10W

AR86

5

0

V

1

0

0

N

F

A

C

1

0

7

1

0

0

N

F

5

0

V

A

C

4

0

4

1

8

O

H

M

1

/1

6

W

A

R

9

8

PVDD_27V_P W

BS T_A

BS T_B

GND

GND

OUT_ A

OUT_ A

P VDD_AB

P VDD_AB

P VDD_AB

OUT_ B

GND

GND

OUT_ C

P VDD_CD

P VDD_CD

P VDD_CD

OUT_ D

OUT_ D

GND

GND

BS T_C

BS T_D

GVDD_CD

GND

M3

M2

M1

/CLIP

/OTW

/FAULT

INPUT_D

INPUT_C

AVDD

GND

GND

GVDD_AB

INPUT_A

INPUT_B

/RE SET

OC_ ADJ

VDD

C_S TART

DVDD

GND

BS T_A

BS T_B

GND

GND

OUT_ A

OUT_ A

P VDD_AB

P VDD_AB

P VDD_AB

OUT_ B

GND

GND

OUT_ C

P VDD_CD

P VDD_CD

P VDD_CD

OUT_ D

OUT_ D

GND

GND

BS T_C

BS T_D

GVDD_CD

GND

M3

M2

M1

/CLIP

/OTW

/FAULT

INPUT_D

INPUT_C

AVDD

GND

GND

GVDD_AB

INPUT_A

INPUT_B

/RE SET

OC_ ADJ

VDD

C_S TART

DVDD

GND

1

2

1

2

BS T_A

BS T_B

GND

GND

OUT_A

OUT_A

P VDD_AB

P VDD_AB

P VDD_AB

OUT_B

GND

GND

OUT_C

P VDD_CD

P VDD_CD

P VDD_CD

OUT_D

OUT_D

GND

GND

BS T_C

BS T_D

GVDD_CD

GND

M3

M2

M1

/CLIP

/OTW

/FAULT

INP UT_D

INP UT_C

AVDD

GND

GND

GVDD_AB

INP UT_A

INP UT_B

/RES ET

OC_ADJ

VDD

C_S TART

DVDD

GND

-

+

+

-

-

+

+

-

+

-

-

+

+

-

+

-

-

+

-

+

FR/ FL

NC

NC

NC

SW/ CEN

2.1CH_DE LETE

RR/RL

 WIRELES S /2.1CH DELETE

1

U

F

5

0

V

1

0

0

N

F

3

3

0

P

F

3.3O HM

5

0

V

5

0

V

3

3

0

P

F

1

0

0

N

F

P

G

N

D

1

0

U

F

2

5

V

PGND

DGND

1

6

V

1

U

F

4

7

K

O

H

M

1

/1

6

W

D3.3V_P W

0.01OH M

R12V

1

0

U

F

1

0

V

P GND

1

0

V

1

0

U

F

1/10W

3.3O HM

P GND

1

0

0

N

F

5

0

V

1/16W

2.2KO HM

1/10W

100O HM

100O HM

1/10W

25V

1UF

P GND

100OHM

UNDEF INED

TAS5614LADDV

F

N

3

3

V

0

5

33N F 50V

2

5

V

1

0

U

F

2

5

V

1

0

U

F

1

/1

6

W

1

8

O

H

M

PGND

3

3

0

P

F

5

0

V

P GND

2

5

V

1

0

U

F

3

3

0

P

F

5

0

V

2

5

V

1

0

U

F

1

/1

6

W

1

8

O

H

M

U

N

D

E

F

IN

E

D

9

0

1

4

W

-0

1

-7

R

0

5

0

V

1

U

F

5

0

V

1

0

0

N

F

1

/1

0

W

3

.3

O

H

M

5

0

V

1

U

F

P

G

N

D

5

0

V

1

0

0

N

F

1

0

0

V

1

0

N

F

1

0

0

V

1

0

N

F

5

0

V

2

.2

N

F

5

0

V

3

.3

N

F

3

.3

O

H

M

1

/1

0

W

2

.2

N

F

5

0

V

PGND

P GND

P GND

5

0

V

3

.3

N

F

UNDEFINED

OP TION

S MR-TS -3-3-2

UNDEFINED

OP TION

S MR-TS -3-3-2

DGND

50V

100NF

P GND

DGND

0OHM

1/4W

50V

100NF

P GND

DGND

100NF

50V

P GND

1/4W

0OHM

1/4W

0OHM

R12V

DGND

1

6

V

1

0

U

F

D3.3V_P W

1

/1

6

W

4

7

K

O

H

M

50V

100NF

1UF

25V

100PF
50V

1/10W

30KO HM

1/10W

100O HM

P

G

N

D

1

0

U

F

1

0

V

1

/1

0

W

4

7

K

O

H

M

D3.3V_P W

0.01OH M

1

0

U

F

1

0

V

1

0

0

N

F

5

0

V

1/10W

0OHM

1/10W

3.3O HM

P GND

1

0

U

F

1

0

V

P GND

5

0

V

1

0

0

N

F

5

0

V

1

0

0

N

F

5

0

V

1

0

0

N

F

5

0

V

3

3

N

F

P GND

33N F 50V

1

0

U

F

2

5

V

2

5

V

1

0

U

F

0.01OHM

R12V

4.7KO HM

1/10W

100O HM

1

0

V

1

0

U

F

1/10W

3.3O HM

P GND

100OHM

1/10W

100O HM

25V

1UF

50V

100NF

25V

1UF

50V

100PF

30KO HM

1/10W

100O HM

1/10W

4

7

K

O

H

M

1

/1

0

W

UNDEF INED

TAS5614LADDV

3

3

N

F

5

0

V

33N F 50V

P GND

F

N

3

3

V

0

5

3

3

N

F

2

5

V

2

5

V

1

0

U

F

R12V

1

0

V

1

0

U

F

1

0

U

F

1

0

V

0.01OHM

D3.3V_P W

1

0

0

N

F

5

0

V

0OHM

1/10W

1/10W

1

0

0

N

F

5

0

V

5

0

V

P GND

2

5

V

1

0

U

F

2

5

V

1

0

U

F

1

8

O

H

M

1

/1

6

W

3

3

0

P

F

5

0

V

PGND

3

3

0

P

F

5

0

V

1

8

O

H

M

1

/1

6

W

9

0

1

4

W

-0

1

-7

R

0

U

N

D

E

F

IN

E

D

PVDD_27V_P W

1

8

O

H

M

1

/1

6

W

5

0

V

1

U

F

1

0

0

N

F

5

0

V

P

G

N

D

1

U

F

5

0

V

1

0

0

N

F

5

0

V

3

.3

O

H

M

1

/1

0

W

1

0

0

V

1

0

N

F

5

0

V

2

.2

N

F

3

.3

N

F

5

0

V

1

0

0

V

1

0

N

F

3

.3

O

H

M

1

/1

0

W

2

.2

N

F

5

0

V

PGND

1

0

U

F

2

5

V

P GND

1

0

U

F

2

5

V

1

0

U

F

2

5

V

1

0

U

F

2

5

V

3

3

0

P

F

5

0

V

9

0

1

4

W

-0

1

-7

R

0

U

N

D

E

F

IN

E

D

5

0

V

3

3

0

P

F

1

/1

6

W

1

8

O

H

M

P GND

1

0

U

F

1

0

U

F

2

5

V

1

/1

6

W

1

8

O

H

M

5

0

V

U

N

D

E

F

IN

E

D

9

0

1

4

W

-0

1

-7

R

0

5

0

V

1

U

F

1

0

0

N

F

5

0

V

1

U

F

5

0

V

P

G

N

D

1

0

0

N

F

5

0

V

3

.3

O

H

M

1

/1

0

W

1

0

N

F

1

0

0

V

2

.2

N

F

5

0

V

1

0

N

F

1

0

0

V

3

.3

O

H

M

1

/1

0

W

2

.2

N

F

5

0

V

5

0

V

5

0

V

1

U

F

P

G

N

D

1

0

0

N

F

5

0

V

3

.3

O

H

M

1

/1

0

W

1

0

N

F

1

0

0

V

1

0

0

V

1

0

N

F

3

.3

O

H

M

1

/1

0

W

5

0

V

2

.2

N

F

5

0

V

3

.3

N

F

2

.2

N

F

5

0

V

5

0

V

3

.3

N

F

PGND

PGND

3

.3

N

F

5

0

V

3

.3

N

F

5

0

V

5

0

V

3

.3

N

F

PGND

R12V

0.01OHM

1/16W

2.2KOHM

100O HM

1/10W

100O HM

1/10W

25V

1UF

25V

1UF

100N F

50V

50V

100P F

1/10W

30KOHM

100O HM

1/10W

PVDD_27V_P W

1

8

O

H

M

1

/1

6

W

PGND

1

M

F

5

0

V

1

M

F

5

0

V

OPTION

PVDD_27V_P W

1

M

F

5

0

V

R12V

P

G

N

D

1

0

U

F

1

0

V

1

0

V

1

0

U

F

0.01OHM

P GND

1

0

V

1

0

U

F

1

0

V

1

0

U

F

P GND

5

0

V

1

0

0

N

F

1

8

O

H

M

1

/1

6

W

1/10W

3.3OHM

P GND

100OHM

UNDEFINED

TAS 5614LADDV

F

N

3

3

V

0

5

D3.3V_P W

1

/1

0

W

4

7

K

O

H

M

3

3

N

F

5

0

V

F

N

3

3

V

0

5

1

0

U

F

2

5

V

1

0

U

F

2

5

V

P GND

P GND

5

0

V

3

3

0

P

F

1

0

U

F

2

5

V

1

0

U

F

2

5

V

3

3

0

P

F

5

0

V

1

/1

6

W

1

8

O

H

M

P GND

2

5

V

1

0

U

F

F

N

3

3

V

0

5

1

0

U

F

2

5

V

P GND

2

5

V

1

0

U

F

1

/1

6

W

1

8

O

H

M

2

5

V

1

0

U

F

P GND

5

0

V

3

3

0

P

F

5

0

V

3

3

0

P

F

GCD01-0105

P GND

P GND

GCD01-0114

3

.3

O

H

M

1

/1

0

W

U

N

D

E

F

IN

E

D

9

0

1

4

W

-0

1

-7

R

0

1

U

F

5

0

V

P

G

N

D

5

0

V

1

0

0

N

F

5

0

V

1

U

F

5

0

V

1

0

0

N

F

9

0

1

4

W

-0

1

-7

R

0

U

N

D

E

F

IN

E

D

5

0

V

1

U

F

1

0

0

N

F

5

0

V

1

U

F

5

0

V

P

G

N

D

1

0

0

N

F

5

0

V

1

0

N

F

1

0

0

V

1

0

N

F

1

0

0

V

3

.3

O

H

M

1

/1

0

W

5

0

V

2

.2

N

F

5

0

V

2

.2

N

F

3

.3

N

F

5

0

V

P GND

3

.3

N

F

5

0

V

3

.3

O

H

M

1

/1

0

W

1

0

N

F

1

0

0

V

5

0

V

2

.2

N

F

1

0

0

V

1

0

N

F

1

/1

0

W

3

.3

O

H

M

5

0

V

2

.2

N

F

3

.3

N

F

5

0

V

3

.3

N

F

5

0

V

P GND

5

0

V

1

0

0

N

F

1/10W

0OHM

3.3OHM

1/10W

5

0

V

1

0

0

N

F

1

0

0

N

F

5

0

V

1

8

O

H

M

1

/1

6

W

PVDD_27V_P W

A

C

6

2

A

C

3

8

A

L

5

A

C

2

8

A

C

1

8

C

9

9

7

R

1

7

7

ABD4

A

C

6

0

2

A

C

8

0

5

AR104

A

C

7

0

7

AR52

AR24

AR106

AC406

AR73

AIC2

A

C

8

0

AC801

A

C

4

0

5

A

C

7

0

5

A

R

4

4

A

C

8

1

A

C

1

0

2

A

C

9

8

A

C

9

0

A

R

8

0

A

L

1

2

A

C

7

7

A

C

8

7

A

R

7

1

A

C

6

0

8

A

C

7

0

8

A

C

6

7

A

C

9

2

A

C

7

5

A

C

8

0

4

A

R

8

1

A

C

1

0

9

A

C

8

0

6

G1

G2

AC86

AR82

AC309

AC606

AR70

AR54

C

9

9

8

R

1

7

2

AC401
AC208

AC104

AR55

AR97

A

C

9

1

A

R

8

7

ABD6

A

C

7

0

2

A

C

5

0

7

AR103

AR64

A

C

2

4

A

C

6

A

C

7

8

A

C

9

9

A

C

6

9

AC89

A

C

7

9

A

C

1

0

1

ABD2

AR85

AR6

A

C

2

1

2

AR9

AR7

AR5

AC4

AC2

AC32

AC19

AR3

AR1

A

R

2

AIC1

A

C

8

AC12

AC13

A

C

1

6

A

C

2

6

A

C

2

5

A

C

2

2

A

C

2

1

ABD1

A

C

2

0

AR12

AR11

A

C

1

7

A

C

6

0

3

A

C

6

5

A

R

6

7

A

C

7

6

A

C

9

7

A

R

6

2

A

L

7

A

R

1

6

A

C

2

0

1

A

C

9

6

A

C

6

0

7

A

C

7

0

9

A

R

4

6

A

C

9

3

A

C

6

0

1

A

C

6

0

9

A

C

6

6

A

R

9

5

A

C

6

0

4

A

C

9

A

C

1

1

A

C

5

A

C

1

0

A

C

3

0

A

L

4

A

C

2

9

A

R

1

5

A

C

1

5

A

C

1

4

A

R

1

4

AC214

A

C

6

4

A

C

4

0

A

C

6

3

A

C

3

9

A

R

2

0

A

C

3

6

A

C

4

4

A

C

3

5

A

R

1

9

A

C

4

3

A

C

6

1

A

C

3

7

A

R

1

8

A

C

3

4

A

C

3

3

A

R

1

7

A

C

4

2

A

C

5

3

A

C

4

1

A

C

9

4

A

C

5

5

A

C

5

6

A

C

5

4

ABD5

AR84

AR23

AR105

AC106

AC304

AC407

AC504

AR77

AR63

A

R

1

3

AC209

AC809

AC808

A

C

4

0

9

A

C

3

0

6

ABD3

A

C

3

0

1

A

C

8

0

7

AC216

R

L

-

R

L

+

R

R

-

R

R

+

A

R

4

1

AR107

AR72

AIC3

A

C

7

AR75

A

C

7

0

3

AC203

A

C

5

0

8

A

C

2

0

5

A

C

8

3

A

C

8

5

A

C

7

1

A

C

1

0

3

A

R

5

3

A

C

7

0

6

AC74

A

C

8

0

2

A

C

3

0

7

A

R

6

6

A

C

3

0

3

A

C

5

0

9

A

C

4

0

3

SPK1

F

L

-

F

L

+

F

R

-

F

R

+

C

-

C

+

S

W

-

S

W

+

SPK2

A

R

9

2

A

L

1

1

A

C

5

0

1

A

C

6

0

5

A

C

5

0

3

A

C

1

0

8

A

L

9

A

C

1

0

5

A

C

3

0

5

A

C

2

0

6

A

C

3

0

8

A

C

9

5

A

C

4

0

2

A

R

9

1

A

C

5

0

6

A

C

7

0

4

A

C

5

0

2

A

C

7

2

A

R

9

0

A

C

2

0

2

A

C

5

0

5

A

C

3

0

2

A

R

7

8

A

C

2

0

7

A

C

6

8

A

C

8

8

A

C

2

0

4

AR65

AR86

A

C

1

0

7

A

C

4

0

4

A

R

9

8

S P K_RL+

S P K_RL-

S P K_RR+

S P K_RR-

S P K_RR-

S P K_RL+
S P K_RL-

S P K_RR+
S P K_FR-
S P K_FL+
S P K_FL-

S P K_FR+

S P K_S W-

S P K_C+

S P K_C-

S P K_S W+

SPK _FR+

SPK _FR-

SPK _FL-

SPK _FL+

SPK _S W-

SPK _SW+

SPK _C-

SPK _C+

CLIP1

AMP_S D

CLIP0

AMP_RES ET

AMP_S D

AMP_RES ET

AMP _S D

CLIP 1

AMP _RES ET

P WM_3-

P WM_3+

P WM_4-

P WM_4+

P WM_1+
P WM_1-

P WM_2+
P WM_2-

P WM_5-

P WM_5+

P WM_6-

P WM_6+

1

2

42

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

1

2

3

4

1

2

1

2

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

43

44

1

2

3

4

1

2

3

4

3

4

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

1

2

3

4

5

6

7

8

9

10

11

12

MGND1

1

2

3

4

5

6

7

8

MGND1

1

2

3

4

1

2

3

4

BS T_A

BS T_B

GND

GND

OUT_ A

OUT_ A

P VDD_AB

P VDD_AB

P VDD_AB

OUT_ B

GND

GND

OUT_ C

P VDD_CD

P VDD_CD

P VDD_CD

OUT_ D

OUT_ D

GND

GND

BS T_C

BS T_D

GVDD_CD

GND

M3

M2

M1

/CLIP

/OTW

/FAULT

INPUT_D

INPUT_C

AVDD

GND

GND

GVDD_AB

INPUT_A

INPUT_B

/RE SET

OC_ ADJ

VDD

C_S TART

DVDD

GND

BS T_A

BS T_B

GND

GND

OUT_ A

OUT_ A

P VDD_AB

P VDD_AB

P VDD_AB

OUT_ B

GND

GND

OUT_ C

P VDD_CD

P VDD_CD

P VDD_CD

OUT_ D

OUT_ D

GND

GND

BS T_C

BS T_D

GVDD_CD

GND

M3

M2

M1

/CLIP

/OTW

/FAULT

INPUT_D

INPUT_C

AVDD

GND

GND

GVDD_AB

INPUT_A

INPUT_B

/RE SET

OC_ ADJ

VDD

C_S TART

DVDD

GND

1

2

1

2

BS T_A

BS T_B

GND

GND

OUT_A

OUT_A

P VDD_AB

P VDD_AB

P VDD_AB

OUT_B

GND

GND

OUT_C

P VDD_CD

P VDD_CD

P VDD_CD

OUT_D

OUT_D

GND

GND

BS T_C

BS T_D

GVDD_CD

GND

M3

M2

M1

/CLIP

/OTW

/FAULT

INP UT_D

INP UT_C

AVDD

GND

GND

GVDD_AB

INP UT_A

INP UT_B

/RES ET

OC_ADJ

VDD

C_S TART

DVDD

GND

-

+

+

-

-

+

+

-

+

-

-

+

+

-

+

-

-

+

-

+

6-14

Copyright© 1995-2013 SAMSUNG. All rights reserved.

Summary of Contents for HT-H5500W

Page 1: ...500W ZA SERVICEMANUAL 5 1CH Blu ray Home Entertainment System HT H5500W Contents 1 Precaution 2 Product Specification 3 Disassembly and Reassembly 4 Troubleshooting 5 PCB Diagram 6 Schematic Diagram Refer to the service manual in the GSPN see the rear cover for more information ...

Page 2: ...Disc Loading Error 4 4 4 1 4 Remote doesn t work 4 5 4 1 5 No image on screen 4 7 4 1 6 No Logo HDMI 4 10 4 1 7 Disc skips or freezing 4 12 4 1 8 No Disc Reading Error 4 13 4 1 9 Network Error Wired 4 14 4 1 10 Network Error Wifi 4 15 4 2 Initialization Upgrade Methods 4 16 4 2 1 How to check F W version 4 16 4 2 2 How to update firmware 4 17 4 2 3 Cold Start Method Initialize Setup 4 19 4 3 Buyer...

Page 3: ...EO 6 3 6 4 HDMI ARC 6 4 6 4 1 Test Point Wave Form 6 5 6 5 NAND ETHERNET USB WIFI 6 6 6 6 DDR3 BANK 0 6 7 6 7 DDR3 BANK 1 6 8 6 8 MISC UART STRAP 6 9 6 9 F E 1 6 10 6 10 F E 2 6 11 6 11 FRONT MICOM 6 12 6 12 PWM 6 13 6 13 AMP 6 14 6 14 VFD USB TOUCH REMOCON 6 15 6 14 1 Test Point Wave Form 6 16 6 15 KARAOKE NFC BT 6 17 6 16 SMPS HT H4500 Only 6 18 6 17 SMPS 1 HT H5500W Only 6 19 6 18 SMPS 2 HT H55...

Page 4: ...h alterations might create a safety hazard Also any design changes or additions will void the manufacturer s warranty 4 Leakage Current Hot Check Figure 1 1 AC Leakage Test WARNING Do not use an isolation transformer during this test Use a leakage current tester or a metering system that complies With the unit completely reassembled plug the AC cord directly into a AC outlet With the unit s power ...

Page 5: ...rrect any potential hazards 7 Observe the original lead dress especially near the following areas Antenna wiring sharp edges and especially the AC and high voltage power supplies Always inspect for pinched out of place or frayed wiring Do not change the spacing between components and the printed circuit board Check the AC power cord for damage Make sure that no wires or components touch thermally ...

Page 6: ...nsulation between the blades of the AC plug and accessible conductive parts examples metal panels input terminals and earphone jacks 6 Insulation Checking Procedure Disconnect the power cord from the AC source Connect an insulation resistance meter 500 V to the blades of the AC plug The insulation resistance between each blade of the AC plug and accessible conductive parts see above should be grea...

Page 7: ... not use freon propelled chemicals These can generate electrical charges that damage ESDs 4 Use only a grounded tip soldering iron when soldering or unsoldering ESDs 5 Use only an anti static solder removal device Many solder removal devices are not rated as anti static these can accumulate sufficient electrical charge to damage ESDs 6 Do not remove a replacement ESD from its protective package un...

Page 8: ...ct Special places a place where a large amount of dust is accumulated where chemical substances are used or the ambient temperature is too high or low a place that is full of moisture or water in transportation vehicles such as a car or in public places such as the airport or subway station where the product is supposed to operate uninterruptedly for a long time 6 Keep the packaging plastic wrappe...

Page 9: ...he beginning of the Mass Production DTS HD Master Audio decoding from the beginning of the Mass Production MP3 MKV MP4 WMA WMV Support max 17 CP Netflix Hulu Plus Vudu Youtube Opera TV etc 1 USB port Front Support 3D Disc HDMI 1 4 with ARC DLNA Touch function key Copyright 1995 2013 SAMSUNG All rights reserved 2 1 ...

Page 10: ...0 5 Video 1080p 1080i 720p 480p HDMI Audio PCM multichannel audio Bitstream audio PCM audio HT H4500 80 W x 2 3 Ω Front speaker output HT H5500W 165 W x 2 3 HT H4500 80 W 3 Ω Center speaker output HT H5500W 170W 3 HT H4500 165 W x 2 3 Ω Surround speaker output HT H5500W 165 W x 2 3 HT H4500 100 W 3 Ω Subwoofer speaker output HT H5500W 170 W 3 Analog input 20 Hz 20 kHz 3 dB Frequency response Digit...

Page 11: ... x 2 9 3 7 x 4 5 x 2 9 6 1 x 11 8 x 11 2 Speaker Weights Ibs 0 77 0 77 0 77 8 30 HT H55 W Speaker Specifications 5 1ch speaker system Speaker system Front Surround Center Subwoofer Impedance 3 Ω 3 Ω 3 Ω 3 Ω Frequency range 140 Hz 20 kHz 140 Hz 20 kHz 140 Hz 20 kHz 40 Hz 160 Hz Output sound pressure level 87 dB W M 87 dB W M 87 dB W M 88 dB W M Rated input 165 W 165 W 170 W 170 W Maximum input 330 ...

Page 12: ...nal Storage Support DLNA Widget O Smart Hub O Smart Hub O Smart Hub Energy Star Under 0 5 W Under 0 5 W Under 0 5 W VACCUM TUBE X X X SMPS 1 trans Stand By Power Consumption 0 2 W 1 trans Stand By Power Consumption 0 2 W 2 trans Stand By Power Consumption 0 2 W DECK Draw type Draw type Draw type Pick Up 10 G Pickup 10 G Pickup 7 G Pickup Front Micom RENESAS RENESAS RENESAS MAIN Chip MTK MTK MTK HD...

Page 13: ...ries Accessories Item Item code Remote Control AH59 02533A Batteries AAA size 4301 000116 Power Cable 3903 000598 FM Antenna AH42 00021A Toroidal Ferrite Core For Power cord 3301 000144 User s Manual AH68 02673A Copyright 1995 2013 SAMSUNG All rights reserved 2 5 ...

Page 14: ...nderstand the safety instructions before performing any work as the IC chips on the PCB are vulnerable to static electricity In order to assemble reverse the order of disassembly Description Description Photo 1 Unfasten 3 screws on the back BH B M3 L10 ZPC BLK SWRCH18A CAUTION Be careful not to make any scratches as you remove them 2 Lift the top cover 3 Disconnect FCC cable from Touch Key 3 1 Cop...

Page 15: ...m the Main yellow Disconnect the RX Module from the Main green Unfasten 2 screws on the MAIN PCB BH B M3 L6 ZPC WHT SWRCH18A 5 Unfasten 3 screws on the back side BH B M3 L10 ZPC BLK SWRCH18A 6 Disassemble and lift main board 7 Unfasten the Assy BT by pulling the Assy BT up refer to image Remove the Assy BT Copyright 1995 2013 SAMSUNG All rights reserved 3 2 ...

Page 16: ...Description Description Photo 8 Unfasten 2 screws on the DECK BH B M3 L6 ZPC WHT SWRCH18A And push the locking points on the side refer to image Remove the Assy DECK Locking Point 3 3 Copyright 1995 2013 SAMSUNG All rights reserved ...

Page 17: ...the SMPS BH B M3 L6 ZPC WHT SWRCH18A 10 Unfasten 3 screws on the back side BH B M3 L10 ZPC BLK SWRCH18A Remove the SMPS and FAN 11 Unfasten 1 screw on the Wireless RX module BH B M3 L6 ZPC WHT SWRCH18A Romove the Wireless RX module Copyright 1995 2013 SAMSUNG All rights reserved 3 4 ...

Page 18: ... Disassembly and Reassembly Description Description Photo 12 Unfasten 1 screw on the Wi Fi module BH B M3 L10 ZPC BLK SWRCH18A Remove the Wi Fi module 3 5 Copyright 1995 2013 SAMSUNG All rights reserved ...

Page 19: ...oting 4 1 Checkpoints by Error Mode Oscilloscope Setting Values Normal Voltage 24 MHz 32 768 KHz Voltage DIV 1 V div 200 mV div 500 mV div TIME DIV 100 ms div 100 ns div 100 us div Copyright 1995 2013 SAMSUNG All rights reserved 4 1 ...

Page 20: ...Re Connect Power Cable No Change SMPS Change SMPS No Yes Yes Power cable is connected correctly CN21 11 12 pin 3 4V is OK No Yes Does CN21 6 7 8 pin have 12V No Power Change MAIN PCB 4 2 Copyright 1995 2013 SAMSUNG All rights reserved ...

Page 21: ...are ok There is no audio sound from speaker Change MAIN PCB Yes Re soldering problem s components Yes No sound on all channels Do Components on I2S lines and output block have problems soldering etc Change speaker jack or cable Change M AIN PCB Check I2S Lines and output block No Copyright 1995 2013 SAMSUNG All rights reserved 4 3 ...

Page 22: ...es Yes Two Cables between MAIN and DECK are connectoed correctly Can t it play all of disc Change MAIN PCB No No Change MAIN PCB Yes Yes Front End Powers 12V 5V 3 3V are OK Is SP IN Motor working Disc Loading Error Yes Change Deck 4 4 Copyright 1995 2013 SAMSUNG All rights reserved ...

Page 23: ...ignal when remote control button is pushed Remote control does not work Change FRONT PCB Refer to wave pattern image of Fig 4 1 Change Battery AAA x 2 No No No Change Remote Control Power on by front panel assy is working correctly Go to No Power symptom Change FRONT PCB No Copyright 1995 2013 SAMSUNG All rights reserved 4 5 ...

Page 24: ...D2 REMO_B NC VN VN CH2 NC CH1 GND VCC OUT REMOCON 47OHM 1 16W AL3 3V_PW DGND DGND AOZ8802ADI 6 3V 10UF 1 16W 47OHM 1 10W 10KOHM 100NF 16V KSM 953LJ14E 2A IRR04 IRD01 IRD02 IRC02 IRR02 IRR03 REMO_T IRC01 REMOC REMO_B REMO 1 2 3 4 5 6 1 2 3 MGND1 MGND2 NC VN VN CH2 NC CH1 GND VCC OUT 6 14 VFD USB TOUCH REMOCON UCN2 NFCN1 5 2 MAIN PCB Top Remote Eye Data Fig 4 1 1 1 1 4 6 Copyright 1995 2013 SAMSUNG ...

Page 25: ...s have no problem HCN1 Power 3 3V 3V 1 8V is OK Check Power Line s components soldering etc HDMI Cable is connected correctly Does Logo Screen have problem Does HR394 have 5V Yes Yes No image on screen Change MAIN PCB 2 IC1 s resonator X376 s clock is ok Yes ø Refer to wave pattern image of Fig 4 2 ø Refer to wave pattern image of Fig 4 3 Change MAIN PCB Copyright 1995 2013 SAMSUNG All rights rese...

Page 26: ...N GND VIN SSCN1 HCN 1 VC IC2 2 5 2 MAIN PCB Top HDMI EYE SIGNAL Fig 4 2 1 1 1 TPS2553 ARC HDMI_CEC_MICOM D ARC_DATA ARC_DATA 1 16W 56KOHM HR316 DGND 1 16W 12KOHM HR313 BSN20 HQ310 OPTION 27KOHM 1 16W HER1 AL3 3V_PW OPTION 40 RB751V 40TE 17 HDE1 100 MMBD4148SE HD3116 27KOHM 1 16W HR315 AL3 3V_PW MMBTRC104S S HQ311 1 10W 510KOH M HR314 W 10V 100NF HC316 DGND AOZ8802ADI HD3107 1 2 3 4 5 6 1 16W 7 5KO...

Page 27: ...33_VDAC_R AVSS33_VDAC AVDD33_VDAC S D G 1UF DGND 1UF 51OHM 10KOHM 1 16W 1UF 6 3V 10KOHM 1 16W D3 3V_PW D3 3V_PW D3 3V_PW DGND 100NF 16V DGND 16V 100NF D3 3V_PW DGND 100NF 16V DGND 24PF 50V 27MHZ 1 16W 1MOHM 51OHM 1 16W 220OHM 50V 82PF 4 7OHM DGND 16V 100NF PI90LV02TEX 10KOHM DGND DGND 6 3V 1UF 1 16W 560OHM 0OHM DGND 50V 33PF NC D3 3V_PW MT8560HBAG 33OHM 1 16W OPTION 1 16W 33OHM 100NF DGND DGND 1 1...

Page 28: ...hange MAIN PBA No Change MAIN PCB or System Micom No Check HR394 HIGH 1 Check IC1 s crystal X376 singa l is OK Yes Yes Check TMDS DATA0 1 2 TMDS CLOCK signal Select correct TV mode No TV is set to correct mode NO Logo HDMI Change Main PCB Refer to wave pattern image of Fig 4 4 4 10 Copyright 1995 2013 SAMSUNG All rights reserved ...

Page 29: ...33_VDAC_R AVSS33_VDAC AVDD33_VDAC S D G 1UF DGND 1UF 51OHM 10KOHM 1 16W 1UF 6 3V 10KOHM 1 16W D3 3V_PW D3 3V_PW D3 3V_PW DGND 100NF 16V DGND 16V 100NF D3 3V_PW DGND 100NF 16V DGND 24PF 50V 27MHZ 1 16W 1MOHM 51OHM 1 16W 220OHM 50V 82PF 4 7OHM DGND 16V 100NF PI90LV02TEX 10KOHM DGND DGND 6 3V 1UF 1 16W 560OHM 0OHM DGND 50V 33PF NC D3 3V_PW MT8560HBAG 33OHM 1 16W OPTION 1 16W 33OHM 100NF DGND DGND 1 1...

Page 30: ... BD DVD CD NG CN12 Cable is connected correctly No No Change Main PCB No No No Yes Yes Yes Only BD NG Only DVD NG Does SQ12 have problem Do C989 BD94 have 12V Yes Yes Yes Yes No Re soldering SQ12 Yes No Does SQ10 have problem Re soldering SQ10 No Does SQ8 have problem Re soldering SQ8 4 12 Copyright 1995 2013 SAMSUNG All rights reserved ...

Page 31: ...ctronics Service No No Yes Does this issue happen only with specific Blu ray Disc titles Is the firmware of the unit older than the latest firmware available on the Samsung Website Update to the new version firmware and try again Yes No Disc Reading Error Copyright 1995 2013 SAMSUNG All rights reserved 4 13 ...

Page 32: ...IP Address to Gateway Ping test Is it ok with Network Setting or IP setting Yes No Correctly connect the ethernet cable Change Main Board Check Your Network Setting and if IP setting is right or not Check Your Router and Reboot Power to Router Check Your Router Yes NOTE The connection between LAN and SET is direct So there is no need to check H W if there is network problem If it is the problem is...

Page 33: ...RD Is it that 5V Power is ok without connecting WifiModule Is it ok with Network Setting or IP setting Yes No No Correctly connect the the FFC cable Change Main board because 5V is supplied from IC2201 Check Your Network Setting and if IP setting is right or not Check Your Router and Reboot Power to Router Change Wifi Module Check Your Router Yes NOTE The connection between LAN and SET is direct S...

Page 34: ... on the remote for 5 seconds Then you will see below screen Method 2 For only Back End version Select the Settings on the menu Support Contact Samsung Description for the meaning Front System micom S W BACKEND Firmware Loader Loader Firmware Region BD region code DVD region code Model Model name 4 16 Copyright 1995 2013 SAMSUNG All rights reserved ...

Page 35: ...grade and then press the ENTER button 4 Select one of the following methods By Online By USB Auto Upgrade Notification 5 Press the ENTER button Directions for each method begin below NOTE If you want to cancel the upgrade while the upgrade software is downloading press the ENTER button By Online Your product must be connected to the Internet to use the By Online function Remove all discs before yo...

Page 36: ...nsert the USB flash drive into the USB port of the product 12 In the product s menu go to Settings Support Software Upgrade 13 Select By USB NOTE There should be no disc in the product when you upgrade the software using the USB Host jack When the software upgrade is done check the software details in the Software Upgrade menu Auto Upgrade Notification If your product is connected to the network a...

Page 37: ...n Parental Lock password 2 It is possible to initialize B END and System Micom at same time Method 1 Press STOP button on the front panel for over 5 seconds while no disc status 2 Then VFD sign INIT Power will be turned off automatically Copyright 1995 2013 SAMSUNG All rights reserved 4 19 ...

Page 38: ...1 Change function mode to AUX 2 Press the Tuner Memory button on the remote control during 4 5 seconds 2 3 3 After step 2 you can see T MODE on the VFD and press direction button during T MODE please remind that T MODE indicator on the VFD is appeared for a very short time T MODE 4 After step 3 you can see TEST on the VFD Insert number 46 TEST 5 After step 4 you can see on the VFD Insert Region co...

Page 39: ...ORE VIETNAM XS INDONESIA XD MALAYSIA XM THAILAND XT 027 CHINA XZ 028 HONGKONG ZK TAIWAN ZW 029 KOREA KR 030 IRAN HC Jordan J Israel SQ Algeria SH Saudi Arabia UM 031 Ethiopia GA South Africa XA 032 Arab Emirate ZN Parkistan SJ Lebanon SJ Iraq SJ Syria SJ Egypt SJ Morroco SJ Tunis SJ Nigeria ZN Kenya ZN Sudan SJ 033 India XL 034 Philippine XP 035 BRAZIL ZD Table 4 2 HT H42 2 1CH Micom Option Table ...

Page 40: ... Hungary Rumania Baltic 044 Russia Ukarine Kazakstan RU 045 AUSTRALIA NEWZILAND XY 046 SINGAPORE VIETNAM XS INDONESIA XD MALAYSIA XM THAILAND XT 047 CHINA XZ 048 HONGKONG ZK TAIWAN ZW 049 KOREA KR 050 IRAN HC Jordan J Israel SQ Algeria SH Saudi Arabia UM 051 Ethiopia GA South Africa XA 052 Arab Emirate ZN Parkistan SJ Lebanon SJ Iraq SJ Syria SJ Egypt SJ Morroco SJ Tunis SJ Nigeria ZN Kenya ZN Sud...

Page 41: ...ZW 069 KOREA KR 070 IRAN HC Jordan J Israel SQ Algeria SH Saudi Arabia UM 071 Ethiopia GA South Africa XA 072 Arab Emirate ZN Parkistan SJ Lebanon SJ Iraq SJ Syria SJ Egypt SJ Morroco SJ Tunis SJ Nigeria ZN Kenya ZN Sudan SJ 073 India XL 074 Philippine XP 075 BRAZIL ZD Table 4 5 HT H52 2 1CH Micom Option Table Region Code Area 076 France EU Italy Spain Portugal Netherlands UK Sweden Turky Germany ...

Page 42: ...H PON PS_ON INE INE GND GND INF INF VP VP IND IND VF VFD INC INC 1 VF VFD 23 INB INB INA INA DGND DGND TPIC_TR TPIC_TR TPIC_TILT TPIC_TILT TPIC_TILT TPIC_TILT TPIC_FR TPIC_FR TPIC_FR TPIC_FR TPIC_TR TPIC_TR DGND DGND 1 N C N C DGND DGND NFGND1 NFGND1 DGND DGND NFCIRQ NFCIRQ PU_SELECT 1 PU_SELECT NFGND2 NFGND2 5 N C N C WS5V 1 WS5V 1 DGND DGND WIDSET WIDSET POWR POWR N C N C VOLP VOLP WINT WINT VOL...

Page 43: ...1 3 5 6 4 S S CN1 HCN1 VCN1 C N 1 6 C N 7 2 C N 7 3 WS C N 1 C N 1 2 C N 9 4 0 4 IC22 IC1 IC5 IC6 IC2 IC8 UIC1 UCN2 NFCN1 CN2 C N 2 1 KCN1 KCN2 TCN1 WCN1 AIC 3 AIC 2 IC 1 1 AIC 1 TP3 TP2 Copyright 1995 2013 SAMSUNG All rights reserved 5 2 ...

Page 44: ...Signal 31 CD_VR 32 DGND 33 DVD_LD 34 BD_LD 35 CD_LD 36 DGND 37 TPIC_CO_A 38 TPIC_CO_A 39 TPIC_CO_B 40 TPIC_CO_B 3 CN9404 Deck Motor Connector Pin No Signal 1 2 TPIC_LOAD 3 TPIC_LOAD 4 TPIC_TRAYIN 5 TPIC_TRAYOUT 6 AGND 7 AGND 8 TPIC A 9 TPIC A 10 TPIC B 11 TPIC B 12 TPIC_MICOM 13 TPIC_U 14 TPIC_V 15 TPIC_W 4 NFCN1 NFC Connector Pin No Signal 1 N C 2 NFGND1 3 NFCIRQ 4 NFGND2 5 N C 5 TCN1 NFC Connect...

Page 45: ...5 PCB Diagram 5 2 2 Test Point Wave Form TP1 TP2 TP3 Copyright 1995 2013 SAMSUNG All rights reserved 5 4 ...

Page 46: ...5 PCB Diagram 5 3 MAIN PCB Bottom IC414 IC3 1 5 5 Copyright 1995 2013 SAMSUNG All rights reserved ...

Page 47: ...5 PCB Diagram 5 4 SMPS PCB Top HT H4500 Only C N M8 0 1 1 Copyright 1995 2013 SAMSUNG All rights reserved 5 6 ...

Page 48: ...Power Connector Pin No Signal 1 PVDD 2 PVDD 3 PVDD 4 PVDD 5 PVDD 6 GND 7 GND 8 GND 9 GND 10 VPS 11 N C 12 A3 4V 13 A3 4V 14 GND 15 GND 16 B12V 17 B12V 18 B12V 19 PS_ON 20 GND 21 VP 22 VFD 23 VFD 5 7 Copyright 1995 2013 SAMSUNG All rights reserved ...

Page 49: ...5 PCB Diagram 5 5 SMPS PCB Bottom HT H4500 Only Copyright 1995 2013 SAMSUNG All rights reserved 5 8 ...

Page 50: ...5 PCB Diagram 5 6 SMPS PCB Top HT H5500W Only C N M8 5 1 1 5 9 Copyright 1995 2013 SAMSUNG All rights reserved ...

Page 51: ...OWER CONNECTOR Pin No Signal 1 PVDD 2 PVDD 3 PVDD 4 PVDD 5 PVDD 6 GND 7 GND 8 GND 9 GND 10 VPS 11 N C 12 A3 4V 13 A3 4V 14 GND 15 GND 16 B12V 17 B12V 18 B12V 19 PS_ON 20 GND 21 VP 22 VFD 23 VFD Copyright 1995 2013 SAMSUNG All rights reserved 5 10 ...

Page 52: ...5 PCB Diagram 5 7 SMPS PCB Bottom HT H5500W Only 5 11 Copyright 1995 2013 SAMSUNG All rights reserved ...

Page 53: ... BAFB Case 2 1ch Model Case 5 1ch Model I2C I2C UART I2S DATA0 Wireless TX Module Wireless RX Module I2S REAR DATA1 Wireless Only System U com R5F100PBAFB I2C K OK BT USB1 WiFi Wireless rear only H5500 Series H5500 Series AUX From DISC RF signal is transmitted to BACKEND MT8560 The decoder MT8560 decodes the RF signal to VIDEO and AUDIO data HT H4500 HT H5500W model supports 1 USB port It is for U...

Page 54: ...VIN PVIN2 EN1 PGND2 LX2 BST2 SS2 COMP2 PGOOD EN3 EN2 VDIV FB1 AGND PVIN3 FB3 COMP3 ROSC SS1 FB2 12V 3 3V 5 0V 1 5V 1 2V 6 3V AL3 3V_PW 127301123K2 10UF VF_GND_PW VF_2 3V_PW DGND 1 10W 10KOHM UNDEFINED CB2012UA300T 0 01O HM 0 01O HM CB2012UA300T UNDEFINED B12V_PW DGND DGND 6 3V 22UF 10KOHM 1 10W MMBT2222A 10KOHM 1 16W 100KOHM 1 16W AL3 3V_PW DGND 6 3V 22UF 10V 470NF AO3415AS DGND FE12V_PW R12V 1 16...

Page 55: ...RX1 RXN0 RX0 RXP0 RST GPO3 VL DGND ILRCK V_REG GPO2 VD_FILT OSCLK2 RX3 RXN1 GND IN NC EN GND OUT FM_AUX_DIN 4 7KOHM 1 16W D3 3V_PW 10UF 10V 10UF 10V 1 16W 100KOHM 12KOHM 1 16W 100KOHM DGND 50V 22P F 22P F 50V 12KOHM 1 16W 100OHM OPTION 4 7KOHM 1 16W 50V 220PF D3 3V_PW 100NF 16V DGND DGND F U 0 1 V 6 1 5000MA 0 01OHM D3 3V_PW DGND 100NF 16V 1OHM 1 16W 2 2UF 16V 16V 2 2UF D5 0V_PW F U 0 1 V 6 1 1 16...

Page 56: ... AVSS3 3_VDAC AVDD33_VDAC S D G S D G E B C E B C NC VN VN CH2 NC CH1 ILIM VOUT OC EN GND VIN MICOM MICOM TPS2553 ARC 1UF DGND 1UF 51OHM 10KOHM 1 16W 1UF 6 3V 10KOHM 1 16W D3 3V_PW D3 3V_PW D3 3V_PW DGND 100NF 16V DGND 16V 100NF D3 3V_PW DGND 100NF 16V DGND 24PF 50V 27MHZ 1 16W 1MOHM 51OHM 1 16W 220O HM 50V 82PF 4 7OHM DGND 16V 100NF PI90LV02TEX 10KOHM DGND DGND 6 3V 1UF 1 16W 560O HM 0OHM DGND 50...

Page 57: ...6 Schematic Diagram 6 4 1 Test Point Wave Form TP2 TP3 Copyright 1995 2013 SAMSUNG All rights reserved 6 5 ...

Page 58: ...C33_IO DVCC33_IO DVCC33_IO DVCC33_IO DVCC33_IO DVCC33_IO DVCC33_IO DVCC33_IO ILIM VOUT OC EN GND VIN RD RD TD TD WIRED LAN WI FI FRONT USB CURRENT LIMIT MIC MODEL USE ONL Y 0 5A 75 1N4148WS DGND D3 3V_PW 4 7KOHM D3 3V_PW DGND 100NF 10V 100NF 10V MT29F2G 08ABAEAWP E DGND 16V 100NF 100O HM 1 16W 100OH M 1 16W 100OH M 1 16W 1 16W 100O HM 1 16W 100OHM 1 16W 100OHM 100O HM1 16W 100O HM 1 16W 100O HM 1 ...

Page 59: ...13 A12 BC A11 A10 AP A9 A8 A7 A6 A5 A4 A3 A2 A1 A0 VREFCA VDD VDD VDD VDD VDD VDD VDD VDD VDD CLOSE TO IC6 DGND 22UF 6 3V D1 5V_PW 22UF 6 3V 100NF 16V DGND MT8560HBAG DGND NC 16V 100NF 1 10W 0OHM DGND 16V 100NF 16V 100NF 10V 4 7UF D1 5V_PW 16V 100NF 100NF 16V DGND 100NF 16V 16V 100NF 16V 100NF 100NF 16V DGND 4 7UF 10V D1 5V_PW DGND 100PF 0OHM 1 10W D3 3V_PW D1 5V_PW DGND 100OHM 1 16W 1 16W 100OHM ...

Page 60: ...L NC NC NC A12 BC A11 A10 AP A9 A8 A7 A6 A5 A4 A3 A2 A1 A0 VREFCA VDD VDD VDD VDD VDD VDD VDD VDD VDD CLOSE TO IC7 DGND 16V 100NF D1 2V_PW 100NF 16V 100NF 16V 16V 100NF 100NF 16V MT8560HBAG 16V 100NF 22UF 6 3V DGND 16V 100NF 6 3V 22UF 100NF 16V 100NF 16V DGND 100NF 16V 16V 100NF D1 5V_PW 100PF DGND D1 2V_PW DGND 100NF 16V 16V 100NF 16V 100NF 16V 100NF 16V 100NF 100NF 16V 8PF DGND 240OHM K4B1G1646G...

Page 61: ... VDATA VSTB UATXD UARXD GPIO1 GPIO0 AVDD12_LDO AVSS3 3_LDO AVDD33_LDO DVCC33_IO_STB DVCC33_IO_STB NFWEN NFCLE NFREN NFALE AE4 AD5 AC6 AD6 NFCEN SIGNAL NAME AMUTE AD4 BALL U5 HW TRAPP ING 0 1 NORMAL MODE 27M BOOT ROM 1 1 SCAN_MO DE 1 0 TEST_CPUM NFCEN NFWEN 0 DEFAULT ICE DISABLE NFALE NFCLE NFREN 0 0 1 EMMC BO OT MODE1 0 0 0 NAND FRO M NAND PIN 0 1 X ABIST MODE 1 0 X OLT MODE 1 1 1 EMMC BO OT MODE2...

Page 62: ...FIN FPDOCD FPDODVD INH ING INF INE IND INC INB INA TRIND TRINC TRINB TRINA HAVC FVREF V14 CLOSE TO 8551 IC PAD CLOSE TO 8551 IC PAD DGND DGND DGNDDGND 05005HS H40J1 2 2UF 10V DGND 100NF 10V 10UF 10V 10V 100NF DGND 100NF 10V DGND 10UF 10V 0 01O HM 10KOHM 1 16W FD3 3V_PW FD5 0V_PW MT8560HBAG 10V 100NF 10V 100NF DGND 4 7UF 10V REF1 4V DGND 4 7UF 10V DGND 100NF 10V DGND 1 10W 2KOHM 1 10W 2KOHM FD3 3V_...

Page 63: ...SOMI SIMO SCLK SSZ RDY XFG GPOU T SLED1_P SLED2_N PGND_2 SLED2_P P12V_3 SLED1_N C10V CP1 CP2 PUT THESE CAPACITO RS CLO SE TO IC9340 1391 DGND DGND 10UF 10V FD5 0V_DRV_PW 100NF 10V DGND 100NF 25V 10V 10UF 10V 10UF 12V_LD 82O HM 1 10W 82O HM 1 10W LD12V NC NC AGND NC NC NC NC DGND AGND 1 10W 0OHM R CHIP 0O HM 5 1 10W TP 1608 1 10W 0OHM AGND AGND 100NF 10V NC 12V_LD AGND 6 8NF 50V 56KOHM 1 10W 0 01O ...

Page 64: ...Q1 Q0 GND NC FMIP RFGND RST SEN SCLK SDIO RCLK VIO VD GND ROUT LOUT GND VA NC GPIO1 GPIO2 GPIO3 NO USE WIRELESS TUNER NEAR TO JACK NEAR TO IC ON BOARD FM TUR9 TUR18 4702 0OHM 0OHM X X 4705 AL3 3V_PW DGND 100NF 10V CAT853ST BI GT3 100NF 10V AL3 3V_PW SMW200 H04G DGND 1 16W 10KOHM AL3 3V_PW 1KOHM 1KOHM 100O HM 100O HM TP TP TP TP TP TP TP 04 6244 024 011 800 DGND TP TP TP TP TP 330UF 6 3V DGND 100OH...

Page 65: ..._HPM_R PWM_HPP_L PLL_FLTP VR_ANA AVDD B C E B C E E B C E B C E B C E B C RESET RE SET VDD GND VARIABLE POWER BLOCK FAN 6 3V DGND 10UF DGND 1 10W 2 7KOHM 1 10W 2 7KOHM DGND KRC106S R TK KRC106S R TK 30KOHM 1 10W 1 10W 13KOHM PGND 22KOHM 1 16W SBT42 2SA1980S Y 1 16W 22KOHM 50V 1NF SBT42 47KOHM 1 16W 2SA1980S Y 22KOHM 1 16W 22KOHM 1 16W PVDD_27V_PW DGND 50V 1NF CAT853ST BI GT3 1KOHM 1 16W 47UF 16V 3...

Page 66: ...W FAULT INPUT_D INPUT_C AVDD GND GND GVDD_AB INPUT_A INPUT_B RESET OC_ADJ VDD C_START DVDD GND FR FL NC NC NC SW CEN 2 1CH_DE LETE RR RL WIRELESS 2 1CH DELETE 1UF 50V 100NF 330PF 3 3O HM 50V 50V 330PF 100NF PGND 10UF 25V PGND DGND 16V 1UF 47KOHM 1 16W D3 3V_PW 0 01OH M R12V 10UF 10V PGND 10V 10UF 1 10W 3 3O HM PGND 100NF 50V 1 16W 2 2KOHM 1 10W 100O HM 100O HM 1 10W 25V 1UF PGND 100OHM UNDEFINED T...

Page 67: ...P0 7 VSS P0 4 TS4 P0 3 TS3 VDDTS RESETB P1 2 VDDINT VSS P0 6 TS6 P0 5 TS5 I2C1_SCL P1 1 I2C1_SDA P1 0 USB USB1 1 5A CURRENT LIM IT RIGHT FRONT SCREW VFD TOUCH KEY REMOCON DGND AOZ8802ADI DGND 10V 10UF DGND 100NF 10V 5 6 UDZ5V6B VF_GND_PW UNDEFINED 6BD003INAK USB5V_PW DGND 100NF 16V 10UF 10V AL3 3V_PW DGND 1 10W 68KOHM MLVS 0603 E08 11 100NF 16V 10UF 10V 100NF 16V DGND 100NF 16V 220UF 16V DGND U250...

Page 68: ...6 Schematic Diagram 6 14 1 Test Point Wave Form TP1 6 16 Copyright 1995 2013 SAMSUNG All rights reserved ...

Page 69: ...TP BT_GND1 TP BT_GND2 1 AOZ8802ADI BT_D1 1 2 3 4 5 6 DGND NC VN VN CH2 NC CH1 NC VN VN CH2 NC CH1 BT CONNECTOR 1 16W 100O HM 100O HM 1 16W 100O HM 1 16W 1 16W 100O HM 100O HM 1 16W 100O HM 1 16W D3 3V_PW TP TP TP TP DGND DGND AOZ8802ADI 1 12507HS H10M DGND TP TP TP TP TP TP 1 AOZ8802ADI DGND BR2 BR1 BR4 BR3 BR5 BR6 BT_RST BT_TX BT_RX BT_3 3V BT_D2 CN2 BT_CTS BT_SDA BT_SCL BT_RTS BT_GND1 BT_GND2 BT...

Page 70: ...6 Schematic Diagram 6 16 SMPS HT H4500 Only 6 18 Copyright 1995 2013 SAMSUNG All rights reserved ...

Page 71: ...625180SH LX801S CV625180SH QA842 KTC3209 QA842 KTC3209 CA902 2 2uF 25V CA902 2 2uF 25V N L CN801S 0721 6 P P4 2BK N L CN801S 0721 6 P P4 2BK RA856 10KRF RA856 10KRF VX801S 14D751K VX801S 14D751K RM805 0RJ RM805 0RJ DA852 1N4148W DA852 1N4148W CA880 2 2uF 10V CA880 2 2uF 10V RA842 1RF RA842 1RF CA846 50V 47uF LX V CA846 50V 47uF LX V RM819 10KRF RM819 10KRF BRS3550TO LM804 BRS3550TO LM804 RM808 51K...

Page 72: ...6 Schematic Diagram 6 18 SMPS 2 HT H5500W Only 6 20 Copyright 1995 2013 SAMSUNG All rights reserved ...

Page 73: ...na Japan https gspn2 samsungcsportal com N America S America https gspn3 samsungcsportal com This Service Manual is a property of Samsung Electronics Co Ltd Any unauthorized use of Manual can be punished under applicable International and or domestic law 2013 Samsung Electronics Co Ltd All rights reserved Printed in Korea ...

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