Panasonic`

T H - 1 0 3 P F 1 0 U K / E K

10.5. Interconnection (5 of 8) Diagram

D5

IO DN51

21

22

24

26

28

30

E+ LVDSCLK

LVDS_DET

O+ LVDSCLK

TO SC20

IO DN2

D20

CL

CLK

GND

SCSU

GND

SOS6_SC1

GND

GND

CML

20 CMH

D3

S CLOCK2

S DATA2

GND

ALARM

MEXCH

GND

PANEL_STBY_ON

GND

RXD

TXD

GND

S CLOCK1

S DATA1

GND

PSTB

GND

FSTB

CA1 CA2

A |C 1 I DATA D R IV E R (1)

< T N P A 4 0 1 8 >

(E x c h a n g e b o a rd o n ly )

CABLE

TSXL518>

3 4 5 6 7 8 9 Ф 11 12 13 14 15

| Ц | 5 | ? | ? | ? | ? 9 ы п

TO DR3(SC SIDE)

F O R F A C T R Y U S E

C21

C21

Vda_RU(+78V)

RU(+78V)

Vda_RU(+78V)

Vda_RU(+78V)

5 Vda_RU(+78V)

13 P+75V_R(Vda)

A[

C 2 DATA D R IV E R (2)

< T N P A 4 0 1 9 >

(E x c h a n g e b o a rd o n ly)

DOUTUC[28]

32 DOUTUB[29

DOUTUC[30

2 13 4 5 9 10 11 12 13 14 15

|e |7 |e| 1

TO DR5(SC SIDE)

M 13I14H

CLKU[6](

44 GND

46 GND

47 CLRU1

48

50 ODEU

52

54

55 P+5V

12 3 4 6

ТТммЙГППГ

Y 3 W 5 i f r | 8 | Г Г

TO DR2(SC SIDE)

CABLE

<TSXL568>

CA3

C20

DOUTUB[31]

DOUTUC[30]

20 GND

DSLR

CLKU7(-

DOUTUB[3QCLKU6(+)

GND

24 GND

DOUTUC[29]

DOUTUB[29] 26

GND

DMHR

DSHR

DMLR 32

GND 33

28 GND

DOUTUC[28]

DOUTUB[28] 30

GND 49

GND

CA4

35

37

52 GND

DOUTUC[24]

54 DOUTUB[24]

39

41

43

45

47

56 GND

DOUTUC[23]

DOUTUC[27jOUTUB[23]

DOUTUB[27]

58

DOUTUC[2<p)OUTUB[22]

DOUTUB[29pOUTUA[22]

60 GND

DOUTUC[22]

62

64 GND

66

51

DOUTUC[25]

DOUTUB[25]

68 GND

CA5

C20

C23

CABLE

<TSXL518>

C -B O A R D /D -B O A R D

C O N N E C T IO N

< T N P A 4 0 4 0 >

(E x c h a n g e b o a rd o n ly)

TO DR13(SC SIDE)

CABLE

TSXL518>

A[

C Z DATA D R IV E R (Z)

< T N P A 4 0 2 9 >

(E x c h a n g e b o a rd o n ly )

CB1 CB2

CZ1

A 0

D IG IT A L S IG N A L P R O C E S S O R

F O R M A T C O N V E R T E R

P L A S M A AI

S U B -F IE L D P R O C E S S O R

< T Z T N P 0 1 0 X A T >

(E x c h a n g e b o a rd o n ly)

D36

CABLE

<TSXL578>

TO DR14(SC SIDE)

М П 3 | 4 Ы в 1 Н е 1 а |10Ь 1121.311! 1 Ш

TO DR12(SC SIDE)

З П Щ Ш Щ r<TSXt5T9>

C -B O A R D /D -B O A R D

C O N N E C T IO N

< T N P A 4 0 4 0 >

(E x c h a n g e b o a rd o n ly)

1

A[

C Y DATA D R IV E R (Y)

< T N P A 4 0 2 8 >

(E x c h a n g e b o a rd o n ly)

CY1

3

1

2

P+5V

P+5V

P+5V

GND 5

6 ODEDZ

7 LEDZ

PCDZ 8

9 CLRDZ

GND 10

CLKD[6](-) 11

12 GND

13

14 GND

CLKD[7](+)

15

20

22

26

DOUTDC[30]

16 DOUTDB[30] 30 GND

31 D1O7UTDA[30]

GND 18

DOUTD1C9[31]

29

+5V_DET

GND 32

GND 33

DOUTDA[29]

GND

23 DOUTDC[28]

DOUTD2B4[28]

GND

25

28

DOUTDB[31]

21 DOUTDA[31]

27

DOUTDA[28]

DOUTDC[29]

DOUTDB[29]

38

44

46

43 P+75V_R(O

P+75V_R(Vda) 9 a

45 P+75V_R(Vda

GND 34

GND 35

GND 36

GND 37

51

53 Vda_RD(+78V)

54 Vda_RD(+78V

Vda_RD5(5+78V)

42 P+75V_R(Vda)

Vda_RD(+78V

52 Vda_RD(+78V

Y

CY0

2

18

DOUTDB[23C LKD7(-)

19 DOUTDC[23]

20 GND

35

6GND

37 DSLL

4

5

6

7

+5V_DET DOUTDB[22]

GND

21

22

DOUTD3A8[22]

23 DOUTD4C0[22]

24 GND DOUTDA[27]

GND

39 DSLR 56

GND

41

8

10 PCDY

11

14

LEDY 26

GND

DMLL

DSHL

DOUTDB[25]

25 DOUTDA[25]

27

28

DOUTDC[25]

GND DOUTDA[26]

42 DOUTDB[27]

43

DOUTDd 2 B , E

44

45

GND <TSXL518>

62

29 DOUTDAi[24ipOUTDB[26]

DOUTDB[24] 30 DOUTDC[26] 47

31 DOUTD4C8[24] GND

15 DMHL

16 GND 33

17 DOUTDA[23]

32

34

GND 49 DOUTDA[29]

CLKD6(+) DOUTDB[29]

GND

50

51 DOUTDC[29]

52 GND

53 DOUTDA[28]

54 DOUTDB[28]

DOUTDC[28] 55

GND

57 DOUTDA[31]

58 DOUTDB[31]

59 DOUTDC[31]

60 GND

61

66

67

68

DOUTDA[30]

DOUTDB[30]

63 DOUTDC[30]

64 GND

65 DMLR

DSHR

DMHR

GND

CB3 CB4

CB5

CY3 CX2

T H - 1 0 3 P F 1 0 U K / E K

I n t e r c o n n e c t i o n ( 5 o f 8 ) D i a g r a m

T H - 1 0 3 P F 1 0 U K / E K

I n t e r c o n n e c t i o n ( 5 o f 8 ) D i a g r a m

9 5