Panasonic GP7D Schematic

1

2

2

290W

(42i

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1

250W

(42i

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W

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939mm(

920mm(

4

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480(

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ORDER NO. ITD0408033C0

D10 Canada: B07

Progressive Wide Plasma Display

TH-37PW7BX

TH-37PW7EX
TH-37PWD7BK
TH-37PWD7EK
TH-37PWD7UY
TH-42PW7EX
TH-42PW7BX
TH-42PWD7BK
TH-42PWD7BS

Specifications

Power Source (UY Version)
Power Source (Except UY)
Power Consumption (UY Version)

Maximum
Stand-by condition
Power off condition

Power Consumption (Except UY)

Normal use
Stand-by condition
Power off condition

Plasma Display panel

Contrast Ratio

Screen size

(No. of pixels)

Operating condition

Temperatuer
Humidity

Applicable signals

Colour System

TH-42PWD7EK
TH-42PWD7ES
TH-42PWD7UY

GP7D Chassis

20 V AC, 50/60 Hz
20 - 240 V AC, 50/60Hz

25 W (37 inch)

ave OFF 0.8 W,SaveON0.5

.1 W

85 W (37 inch)

ave off 1.0 W, Saveon0.7

.3 W

rive method: ACtype16:9aspec
000:1
18 mm (W) × 461mm(H)

(37 inch)

08,960 (852 (W)

2 °F - 104 °F (0°C
0%-80%

TSC, PAL, PAL60,SECAM,ModifiedNTSC

H))[2,556

C)

atio

diagonal)

nch)

nch)

W) × 518 mm (H) × 1,056mm(diagonal)

(42 inch)

ots]

© 2004 Matsushita Electric Industrial Co., Ltd. All
rights reserved. Unauthorized copying and
distribution is a violation of law.

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610m

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TH-37PW7BX

Scanning format 525(480) / 60i 60p,625(575)

25p 30p 24sF .... SMPTE274M, 1250 (1080) / 50i

PC signals VGAdisplay

VGA

SVGA, XGA, SXGA, UXGA.....(compressed)

Horizontal scanning frequency15
Vertical scanning frequency48

Connection terminals

AV (TH-37/42PWDUY) VIDEO IN / OUT (BNC)

S VIDEO IN (MINI DIN4PIN)
AUDIO IN (RCA PIN JACK×2)

COMPONENT / RGB (TH­37/42PWDUY)

PC (HIGH-DENSITY D-SUB15PIN

SERIAL EXTERNAL CONTROLTERMINAL(D-SU
SPEAKERS (6 W) 16 W [8 W + 8 W] (10

Accessories Supplied

Remote Control Transmitter EUR646529
Batteries 2 × AA Size
Fixing bands (TMME203 or TMME187)
Ferrite core J0KF00000018 × 1, J0KG00000054

Dimensions ( W × H × D ) 920mm × 550 mm × 89mm(37inch)
Mass (Weight) (UY Version)

main unit only approx. 54.0 lbs (37 inch)
with speakers approx. 63.3 lbs (37 inch)

Mass (Weight) (Except UY)

main unit only approx. 24.0 kg net (37inch)
with speakers approx. 28.2 kg (37 inch)

Y/G(BNC)

PB

(BNC), PR / R (BNC

AUDIO IN (RCA PIN JACK

AUDIO IN (M3 JACK)

HD)

0p,750(720)

Hz

z

.0 Vp-p(75-oh

Vp-p(75-ohm), C: 0.286 Vp-p (75-ohm)
.5 Vrms(highimpedance)
.0 Vp-p

.7 Vp-p
.7 Vp-p(75ohm)
.5 Vrms(highimpedance)

D, VD

.0 Vp-p(75-oh

0.35 Vp-p(75-ohm)

0.35 Vp-p(75-ohm)
.5 Vrms(highimpedance)

PIN)RS-232CCOMPATIBLE

,020mm

pprox.63.9lbs(42 inch)
pprox.73.2lbs(42 inch)

pprox.28.5kgnet (42 inch)
pprox.32.7kg(42 inch)

0p, 1125 (1080) / 60i50i24p

r high impedance)

omposite (75-ohm)

on-composite (75-ohm)

.7 Vp-p (75-ohm)

.0 Vp-p (high impedance)

include sync)

m × 89 mm (42 inch)

Notes:

· Design and specifications are subject to change without notice.Mass and dimensions shown are approximate.

CONTENTS

Page Page

1 Applicable signals 5
2 Safety Precautions

2.1. General Guidelines

3 Prevention of Electro Static Discharge (ESD) to

Electrostatically Sensitive (ES) Devices

4 About lead free solder (PbF)
5 PCB Structure sheet of GP7D chassis

6

6

6 Service Hint
7 P.C.Board and Plasma panel replacement

7

7.1. Removal of the back cover

2

8

9
10
11

11

TH-37PW7BX

7.2. Removal of the Slot block 11

7.3. Removal of the J-Board

7.4. Removal of the HX-Board

7.5. Removal of the P-Board

7.6. Removal of the Z-Board

7.7. Removal of the D-Board

7.8. Removal of the PF-Board

7.9. Removal of the H3-Board

7.10. Removal of the SU-Board

7.11. Removal of the SD-Board

7.12. Removal of the SC-Board

7.13. Removal of the SS-Board

7.14. Removal of the C1-Board

7.15. Removal of the C2-Board

7.16. Removal of the Front frame (glass)

7.17. Removal of stand brackets

7.18. Replacement of the plasma panel

8 Location of Lead Wiring
9 Adjustment Procedure

9.1. Driver Set-up

9.2. Initialization Pulse Adjust

9.3. P.C.B. (Printed Circuit Board) exchange

9.4. Adjustment Volume Location

9.5. Test Point Location

10 Servi ce mode

10.1. CAT (computer Aided Test) mode

10.2. IIC mode structure (following items value is sample data.)

11 Alignment

11.1. PC/RGB panel white balance

11.2. HD/ 525i /525p /625i /625p panel white balance

12 Trouble shooting guide

12.1. Self Check

12.2. No Power

12.3. No Picture

12.4. Local screen failure

13 Option Setting
14 Circuit Board Layout

14.1. PF-Board (37 inch)

14.2. PF-Board (42 inch)

14.3. P-Board

14.4. HA-Board

14.5. HB-Board

14.6. HX-Board (37 inch)

14.7. HX-Board (42 inch)

14.8. J-Board (37 inch)

14.9. J-Board (42 inch)

14.10. D-Board

14.11. C1-Board (37 inch)

14.12. C1-Board (42 inch)

14.13. C2-Board (37 inch)

14.14. C2-Board (42 inch)

14.15. SC-Board

14.16. SU-Board (37 inch)

14.17. SU-Board (42 inch)
11
11
12
12
12
13
13
13
13
14

14.18. SD-Board (37 inch)

14.19. SD-Board (42 inch)

14.20. SS-Board

14.21. Z-Board

14.22. H3, S1 and V1-Board

15 Sche matic Diagr ams

15.1. Schematic Diagram Notes

15.2. Main Block Diagram

15.3. PF-Board Block Diagram

15.4. PF-Board Schematic Diagram (TH-37PW7/PWD7 series)
14
14

15.5. PF-Board Schematic Diagram (TH-42PW7/PWD7 series)
14
14
15
15

16
17

17
18
19
19
19

20

20

15.6. P-Board Block Diagram

15.7. P-Board (1 of 6) Schematic Diagram

15.8. P-Board (2 of 6) Schematic Diagram

15.9. P-Board (3 of 6) Schematic Diagram

15.10. P-Board (4 of 6) Schematic Diagram

15.11. P-Board (5 of 6) Schematic Diagram

15.12. P-Board (6 of 6) Schematic Diagram

15.13. HA-Board Block and Schematic Diagram

15.14. HB-Board Block Diagram

15.15. HB-Board (1 of 2) Schematic Diagram

15.16. HB-Board (2 of 2) Schematic Diagram

15.17. HX-Board Block Diagram

15.18. HX-Board Schematic Diagram
22

23

15.19. J-Board Block Diagram

15.20. J-Board (1 of 4) Schematic Diagram (TH-37PW7/PWD7
23
26

15.21. J-Board (2 of 4) Schematic Diagram (TH-37PW7/PWD7

28

28

15.22. J-Board (3 of 4) Schematic Diagram (TH-37PW7/PWD7
29
30

15.23. J-Board (4 of 4) Schematic Diagram (TH-37PW7/PWD7
30

31

15.24. J-Board (1 of 4) Schematic Diagram (TH-42PW7/PWD7

33

33

15.25. J-Board (2 of 4) Schematic Diagram (TH-42PW7/PWD7
35
37

15.26. J-Board (3 of 4) Schematic Diagram (TH-42PW7/PWD7
40
41

15.27. J-Board (4 of 4) Schematic Diagram (TH-42PW7/PWD7
42
43
44
46
48
50
51
52
53
54
57

15.28. D-Board Block Diagram

15.29. D-Board (1 of 12) Schematic Diagram

15.30. D-Board (2 of 12) Schematic Diagram

15.31. D-Board (3 of 12) Schematic Diagram

15.32. D-Board (4 of 12) Schematic Diagram

15.33. D-Board (5 of 12) Schematic Diagram

15.34. D-Board (6 of 12) Schematic Diagram

15.35. D-Board (7 of 12) Schematic Diagram

15.36. D-Board (8 of 12) Schematic Diagram

15.37. D-Board (9 of 12) Schematic Diagram

series)

series)

series)

series)

series)

series)

series)

series)

58
59
60
61
63
64

65

65
66
67

68

69
70
71
72
73
74
75
76
77
78
79
80
81
82
83

84

85

86

87

88

89

90

91
92
93
94
95
96
97
98

99
100
101

3

TH-37PW7BX

15.38. D-Board (10 of 12) Schematic Diagram 102

15.39. D-Board (11 of 12) Schematic Diagram

15.40. D-Board (12 of 12) Schematic Diagram

15.41. C1, C2 and V1-Board Block Diagram

103
104
105

15.42. C1-Board (1 of 2) Schematic Diagram (TH-37PW7/PWD7
series)

106

15.43. C1-Board (2 of 2) Schematic Diagram (TH-37PW7/PWD7
series)

107

15.44. C1-Board (1 of 2) Schematic Diagram (TH-42PW7/PWD7
series)

108

15.45. C1-Board (2 of 2) Schematic Diagram (TH-42PW7/PWD7
series)

109

15.46. C2-Board (1 of 2) and V1-Board Schematic Diagram (TH­37PW7/PWD7 series)

110

15.47. C2-Board (2 of 2) Schematic Diagram (TH-37PW7/PWD7
series)

111

15.48. C2-Board (1 of 2) and V1-Board Schematic Diagram (TH­42PW7/PWD7 series)

112

15.49. C2-Board (2 of 2) Schematic Diagram (TH-42PW7/PWD7
series)

15.50. SC-Board Block Diagram

15.51. SC-Board (1 of 2) Schematic Diagram

15.52. SC-Board (2 of 2) Schematic Diagram

15.53. SU-Board Block Diagram

113
114
115
116
117

15.54. SU-Board Schematic Diagram (TH-37PW7/PWD7 series)

15.55. SU-Board Schematic Diagram (TH-42PW7/PWD7 series)

15.56. SD-Board Block Diagram

15.57. SD-Board Schematic Diagram (TH-37PW7/PWD7 series)

15.58. SD-Board Schematic Diagram (TH-42PW7/PWD7 series)

15.59. SS and S1-Board Block Diagram

15.60. SS and S1-Board Schematic Diagram

15.61. Z and H3-Board Block Diagram

15.62. Z-Board (1 of 2) Schematic Diagram

15.63. Z-Board (2 of 2) and H3-Board Schematic Diagram

16 Parts Locatio n
17 Packing Exploded Views

17.1. Packing Exploded Views (1)

17.2. Packing Exploded Views (2)

17.3. Packing Exploded Views (3)

18 Mech ani ca l Replaceme nt Parts List
19 Repl acement Parts List

19.1. Replacement Parts List Notes

19.2. Electrical Replacement List

118

119
120

121

122
123
124
125
126
127

129
130

130
131
132

133
135

135
136

4

1 Applicable signals

TH-37PW7BX

5

TH-37PW7BX

2 Safety Precautions

2.1. General Guidelines

1. When servicing, observe the original lead dress. If a short circuit is found, replace all parts which have been overheated or
damaged by the short circuit.

2. After servicing, see to it that all the protective devices such as insulation barriers, insulation papers shields are properly
installed.

3. After servicing, make the following leakage current checks to prevent the customer from being exposed to shock hazards.

2.1.1. Leakage Current Cold Check

1. Unplug the AC cord and connect a jumper between the two
prongs on the plug.

2. Measure the resistance value, with an ohmmeter, between
the jumpered AC plug and each exposed metallic cabinet
part on the equipment such as screwheads, connectors,
control shafts, etc. When the exposed metallic part has a
return path to the chassis, the reading should be between
1MW and 5.2MW.

When the exposed metal does not have a return path to

the chassis, the reading must be

.

Figure 1

2.1.2. Leakage Current Hot Check (See

Figure 1.)

1. Plug the AC cord directly into the AC outlet. Do not use an
isolation transformer for this check.

2. Connect a 1.5kW, 10 watts resistor, in parallel with a 0.15µF
capacitors, between each exposed metallic part on the set
and a good earth ground such as a water pipe, as shown in
Figure 1.

3. Use an AC voltmeter, with 1000 ohms/volt or more
sensitivity, to measure the potential across the resistor.

4. Check each exposed metallic part, and measure the
voltage at each point.

5. Reverse the ACplugintheAC outlet andrepeat each of the
above measurements.

6. The potential at any point should not exceed 0.75 volts
RMS. A leakage current tester (Simpson Model 229 or
equivalent) may be used to make the hot checks, leakage
current must not exceed 1/2 milliamp. In case a
measurement is outside of the limits specified, there is a
possibility of a shock hazard, and the equipment should be
repaired and rechecked before it is returned to the
customer.

6

TH-37PW7BX

3 Prevention of Electro Static Discharge (ESD) to

Electrostatically Sensitive (ES) Devices

Some semiconductor (solid state) devices can be damaged easily by static electricity. Such components commonly are called
Electrostatically Sensitive (ES) Devices. Examples of typical ES devices are integrated circuits and some field-effect transistors and
semiconductor "chip" components. The following techniques should be used to help reduce the incidence of component damage
caused by electro static discharge (ESD).

1. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off any ESD on your
body by touching a known earth ground. Alternatively, obtain and wear a commercially available discharging ESD wrist strap,
which should be removed for potential shock reasons prior to applying power to the unit under test.

2. After removing an electrical assembly equipped with ES devices, place the assembly on a conductive surface such as alminum
foil, to prevent electrostatic charge buildup or exposure of the assembly.

3. Use only a grounded-tip soldering iron to solder or unsolder ES devices.

4. Use only an anti-static solder removal device. Some solder removal devices not classified as "anti-static (ESD protected)" can
generate electrical charge sufficient to damage ES devices.

5. Do not use freon-propelled chemicals. These can generate electrical charges sufficient to damage ES devices.

6. Do not remove a replacement ES device from its protective package until immediately before you are ready to install it. (Most
replacement ES devices are packaged with leads electrically shorted together by conductive foam, alminum foil or comparable
conductive material).

7. Immediately before removing the protective material from the leads of a replacement ES device, touch the protective material
to the chassis or circuit assembly into which the device will be installed.

Caution

Be sure no power is applied to the chassis or circuit, and observe all other safety precautions.

8. Minimize bodily motions when handling unpackaged replacement ES devices. (Otherwise hamless motion such asthe brushing
together of your clothes fabric or the lifting of your foot from a carpeted floor can generate static electricity (ESD) sufficient to
damage an ES device).

7

TH-37PW7BX

4 About lead free solder (PbF)

Note: Lead is listed as (Pb) in the periodic table of elements.
In the information below, Pb will refer to Lead solder, and PbF will refer to Lead Free Solder.
The Lead Free Solder used in our manufacturing process and discussed below is (Sn+Ag+Cu).
That is Tin (Sn), Silver (Ag) and Copper (Cu) although other types are available.

This model uses Pb Free solder in it’s manufacture due to environmental conservation issues. For service and repair work, we’d
suggest the use of Pb free solder as well, although Pb solder may be used.

PCBs manufactured using lead free solder will have the PbF within a leaf Symbol

Caution

· Pb free solder has a higher melting point than standard solder. Typically the melting point is 50 ~ 70 °F (30~40 °C) higher.

Please use a high temperature soldering iron and set it to 700 ± 20 °F (370 ± 10 °C).

· Pb free solder will tend to splash when heated too high (about 1100 °F or 600 °C).

If you must use Pb solder, please completely remove all of the Pb free solder on the pins or solder area before applying Pb
solder. If this is not practical, be sure to heat the Pb free solder until it melts, before applying Pb solder.

· After applying PbF solder to double layered boards, please check the component side for excess solder which may flow onto

the opposite side. (see figure below)

Suggested Pb free solder

There are several kinds of Pb free solder available for purchase. This product uses Sn+Ag+Cu (tin, silver, copper) solder.
However, Sn+Cu (tin, copper), Sn+Zn+Bi (tin, zinc, bismuth) solder can also be used.

stamped on the back of PCB.

8

5 PCB Structure sheet of GP7D chassis

Board Name Function Remarks

D Digital Signal Processor 1

J Slot Interface & SYNC processor 1

Z Audio out, DC-DC converter

SS Sustain Out 1
SC Scan out 1
SU Sustain connection (Upper) 1
SD Sustain connection (Lower) 1
C1 Data Drive (Lower Right)
C2 Data Drive (Lower Left)
H3 Speaker terminal
S1 Power switch

SS2 Sustain connection (Upper)
SS3 Sustain connection (Lower)

V1 Front SW. & Remote receiver
PF Line filter

P Power supply 1
HX PC_type_Input terminal
HB BNC Composite/Component Video 2
HA BNC Component Video 2

Remarks

1. Recommend PCB´s for initial service for GP7D chassis.

2. For System model except BK, BS, EK, ES model

TH-37PW7BX

9

TH-37PW7BX

6 Service Hint

Service position for HB-Board, HA-Board and TY-42TM6

Note:

Extension cable kit for Slot Board is supplied as service fixtures and tools.
(Part No. TZSC0704)

10

7 P.C.Board and Plasma panel replacement

TH-37PW7BX

Prior to the replacement, place the unit on the pedestal
stand remove the front frame.

7.1. Removal of the back cover

a. Unscrew the screws (×16 ,×6 ,×4 ) and remove the
back cover.

7.2. Removal of the Slot block

a. Unscrew the couplers (J1, J3, J5, J6, J8, J10).
b. Unscrew the screws (×4) and remove the slot block.

7.3. Removal of the J-Board

a. Unscrew the screws (×7) and remote the J-Board.

7.4. Removal of the HX-Board

a. Unscrew the screws (×6) and remove the slot case.

b. Unscrew the screws (×4).

c. Unscrew the screws (×2) and remove the HX-Board.

11

TH-37PW7BX

7.5. Removal of the P-Board

a. Remove the couplers (P2, P5, P7, P9, P10, P11, P12, P23,
P25, P27).

b. Unscrew the screws (×5) and remove the P-Board.

7.6. Removal of the Z-Board

7.7. Removal of the D-Board

a. Disconnect the couplers (D1, D3, D5, D25, D27) and the
flexible cables (D31, D32).

b. Remove the shield cuse.

c. Unscrew the screws (×6) and remove the D -Board.

a. Remove the couplers (Z5, Z6, Z7, Z8).
b. Unscrew the screws (×4

theZ-BoardBracket.
c. Unscrew the screws (×4

) and remove the Z-Board with

) and remove the Z-Board.

12

TH-37PW7BX

7.8. Removal of the PF-Board

a. Remove the coupler (PF1).
b. Unscrew the screws (×2) and remove the AC inlet.

c. Remove the couplers (PF9, PF10).
d. Unscrew the screws (×4), and remove the PF-Board.

7.10. Removal of the SU-Board

a. Unscrew the screws (×2).
b. Slide the SU-Board to the left and disconnect from the

couplers (SC41) on the SC-Board.
c. Remove the coupler (SU45).
d. Remove the flexible cables (SU1, SU2, SU3) connected to

the SU-Board, and remove the SU-Board.

7.9. Removal of the H3-Board

a. Unscrew the screws (×2 ), and remove the H3-Board
with the Bracket.

b. Unscrew the screws (×4

), and remove the H3-Board.

7.11. Removal of the SD-Board

a. Unscrew the screws (×2).
b. Slide the SD-Board to the left and disconnect from the

couplers (SC42) on the SC-Board.
c. Remove the coupler (SD46).
d. Remove the flexible cables (SD1, SD2, SD3) connected to

the SD-Board, and remove the SD-Board.

13

TH-37PW7BX

7.12. Removal of the SC-Board

a. Remove the couplers (SC2, SC20, SC23, SC45, SC46).

Unscrew the screws (×6) and remove the SC-Board.

7.14. Removal of the C1-Board

a. Remove the flexible cables (CB1, CB2, CB3).
b. Remove the flexible cables (C11, C12) release the speaker

cables from the clampers (×2) on the C1-Board.
c. Unscrew the screws (×4), and remove the C1-Board.

7.15. Removal of the C2-Board

a. Remove the cables (CB4, CB5, CB6, CB7).
b. Remove the couplers (C23, C24), a flexible cable (C21) and

release the speaker cables from the clamper on the C2-Board.
c. Unscrew the screws (×4), and remove the C2-Board.

7.13. Removal of the SS-Board

a. Remove the couplers (SS11, SS12, SS23, SS34).
b. Remove the flexible cables (SS41, SS42, SS43, SS44).
c. Unscrew the screws (×6), and remove the SS-Board.

7.16. Removal of the Front frame
(glass)

a. Remove the screws (×2) fasten on the panel and remove the
front panel.

14

b. Release all cables from the clamper on the bracket of the
front frame.

c. For leaving the plasma panel from the front frame, pull the
bottom of the front frame to forward, lift, and remove.

TH-37PW7BX

7.18. Replacement of the plasma
panel

a. Place the new plasma panel (finished) on the flat surface of
the table (covered by a soft cloth), with the plasma panel
surface facing downward.

b. Fit the stand brackets (left, right.) fast 4 screws each on the
new plasma panel.

c. Place the plasma panel section on the servicing stand.
d. Attach the front frame each P.C.Board and so on, to the new

plasma panel.

* When fitting the front frame, be careful not to allow any
debris, dust or handling residues to remain between the
front glass and plasma panel.

7.17. Removal of stand brackets

a. Remove the plasma panel section from the servicing stand
and lay on a table (covered), with the plasma panel surface
facing downward.

Spread a soft cloth for protection, to prevent panel surface from
scratching.

b. Remove the stand bracket (left, right) fastening screws (×4
each) and remove the stand brackets (left, right).

15

TH-37PW7BX

8 Location of Lead Wiring

16

9 Adjustment Procedure

TH-37PW7BX

9.1. Driver Set-up

9.1.1. Item / Preparation

1. Input an APL 100 % white signal.

2. Set the picture controls: ­Picture mode: Normal
White balance: Normal
Aspect: 16:9

9.1.2. Adjustments

Adjust driver section voltages referring the panel data on the
panel data label.

Name Test Point Voltage Volume Remarks

Vsus TPVSUS

(SS)
Ve TPVE (SS) 156V ± 1V VR6074 (SS)
Vset TPVSET

(SC)
Vad TPVAD (SC) -90V ± 1V VR6477

Vscn TPVSCN

(SC)
Vda TPVDA (SS) 67V ± 1V R665 (P)

*See the Panel label.

174V ± 1V R628 (P)

232V ± 5V ---

(SC)

Vad*+120V ±2V---

17

TH-37PW7BX

9.2. Initialization Pulse Adjust

1. Input the Cross hatch signal to plasma video input.

2. Set the picture controls as follows.

· Picture mode: Normal

· White balance: Cool

3. Connect OSC: lloscope to TPSCI and adjust R6523 for 15±10µ Sec.

4. Connect OSC: lloscope to TPSCI and adjust R6557 for 184±10µ Sec.

Test point Volume Level
T1 TPSC1 (SC) R6523 (SC) 15 ± 10µ Sec
T2 TPSS1 (SS) R6557 (SC) 184 ± 10µ Sec

18

9.3. P.C.B. (Printed Circuit Board) exchange

9.3.1. Caution

1. To remove P.C.B. , wait 1 minute after power was off for discharge from electrolysis capacitors.

9.3.2. Quick adjustment after P.C.B. exchange

P.C.B. Name Test Point Voltage Volume Remarks

P Board Vsus TPVSUS (SS) 174V ± 1V R628 (P)

Vda TPVDA (SS) 67V ± 1V R665 (P)

SC Board Vad TPVAD (SC) -90V ± 1V VR6477 (SC)

Vset TPVSET (SC) 232V ± 5V --­Vscn TPVSCN (SC) Vad + 120 ± 2V ---

SS Board Ve TPVE (SS) 156V ± 1V VR6074 (SS)
D, J Board White blance, Pedestal and Sub brightness for NTSC, PAL, HD, PC and 625i signals

*See the Panel label.

9.4. Adjustment Volume Location

TH-37PW7BX

9.5. Test Point Location

19

TH-37PW7BX

10 Service mode

10.1. CAT (computer Aided Test) mode

To exit the CAT mode, access the ID mode and switch off the main power.

10.1.1. IIC mode

Select the IIC mode by Up/Down button on the remote control at the front page of CAT mode then press the Action button on
the remote control.

Subject and item are mentioned on page 14.

To exit the IIC mode, press the R button on the remote control.

20

TH-37PW7BX

10.1.2. CD mode

Select the CD mode by Up/Down button on the remote control at the front page of CAT mode then press the Mute button on the
remote control more than 5 sec.

Micom software version (IC9354), this version can be upgrade by

1. replace of new version IC

2. Loading the new version software from loader tool, TZSC07036.
Memory data change

To exit the CD mode, press the R button on the remote control.

10.1.3. SD mode

Select the SD mode by Up/Down button on the remote control at the front page of CAT mode then press the Action button on the
remote control.

To exit the SD mode, press the R button on the remote control.

21

TH-37PW7BX

10.2. IIC mode structure (following items value is sample data.)

22

11 Alignment

11.1. PC/RGB panel white balance

INPUT Alignment menu ProcedureEquipment Setting

TH-37PW7BX

1 PC Color Picture:

Gray Scale Analyzer Normal
Pattern White balance:

Aspect:

High light 75%

Low light 15%

1) Set G cut off to " 80 ".

Cool

16:9

2)Find 75% of white area by color sensor.

PANEL W/B

G Drive 3) Set G Drive to " E8 ".

PANEL W/B

B Drive 4) Adjust B and R Drive to set color temperature

R Drive as shown Fig.-03.

PANEL W/B

R,G,B Drive 5) Increase same steps of R, G and B Drive to set
R,G,B Drive largest level of 3 color drive to "FC".

PANEL W/B

R,G,B cut off

Color Temp. x y

Cool(Hi) 0.276 0.276

Normal(Mid) 0.288 0.296

Warm(Low) 0.313 0.329

Fig. -03

2 Picture: 1) Change white balance to "Normal".

Normal PANEL W/B

White balance: R,G,B cut off 2) Repeat procedure 1) to 5) of Cool mode.

Normal PANEL W/B

Aspect: R,G,B Drive

16:9

3 Picture: 1) Change white balance to "Warm".

Normal PANEL W/B

White balance: R,G,B cut off 2) Repeat procedure 1) to 5) of Cool mode.

Warm PANEL W/B

Aspect: R,G,B Drive

16:9

4 Picture: Picture Menu 1) Change color templature to "Cool".

Normal Sub Adjust

White balance: Sub Bright

Cool

Aspect:

16:9

23

TH-37PW7BX

INPUT Alignment menu ProcedureEquipment Setting

5 Picture: 1) Write down each color temaparature of R,G,B drive and

Normal Cut off data as follows.

Aspect:

16:9

White

RGB
Gray Scale
Pattern

White balance:

Cool R Drive

Normal G Drive

Warm B Drive

Balance Cool Normal Warm

R Cut off
G Cut off
B Cut off

2) Input RGB signal.

High light 75%

Low light 15% 3) Copy PC R,G,B drive and cut off data of each white

balance mode to RGB position.

6 Picture: 1) Write down each color temaparature of R,G,B drive and

Normal Cut off data as follows.

Aspect:

16:9

White

DVI
Gray Scale
Pattern

White balance:

Cool R Drive

Normal G Drive

Warm B Drive

Balance Cool Normal Warm

R Cut off
G Cut off
B Cut off

2) Input NTSC signal.

High light 75%

Low light 15% 3) Copy PC R,G,B drive and cut off data of each white

balance mode to DVI position.

24

INPUT Alignment menu ProcedureEquipment Setting

7 Picture: 1) Write down each color temaparature of R,G,B drive and

Normal Cut off data as follows.

Aspect:

16:9

White

RGB
Gray Scale
Pattern

White balance:

Cool R Drive

Normal G Drive

Warm B Drive

Balance Cool Normal Warm

R Cut off
G Cut off
B Cut off

2) Input PAL signal.

High light 75%

Low light 15% 3) Copy PC R,G,B drive and cut off data of each white

balance mode to RGB position.

TH-37PW7BX

8 Picture: 1) Write down each color temaparature of R,G,B drive and

Normal Cut off data as follows.

Aspect:

16:9

White

DVI
Gray Scale
Pattern

White balance:

Cool R Drive

Normal G Drive

Warm B Drive

Balance Cool Normal Warm

R Cut off
G Cut off
B Cut off

2) Input DVI signal.

High light 75%

Low light 15% 3) Copy PC R,G,B drive and cut off data of each white

balance mode to DVI position.

25

TH-37PW7BX

11.2. HD/ 525i /525p /625i /625p panel white balance

INPUT Alignment menu ProcedureEquipment Setting

1HD(720i or 1080i) Color Picture:

Gray Scale Analyzer Normal
Pattern

High light 75%

Low light 15%

White balance:

Cool

Aspect: PANEL W/B

16:9 G cut off 1) Set G cut off to " 80 ".

PANEL W/B

B cut off

R cut off

Sub Adjust

Sub Bright

2)Find 75% of white area by color sensor.

PANEL W/B

G Drive 3) Set G Drive to " E8 ".

PANEL W/B

B Drive 4) Adjust B and R Drive to set color temperature

R Drive as shown Fig.-04.

PANEL W/B

R,G,B Drive 5) Increase same steps of R, G and B Drive to set
R,G,B Drive largest level of 3 color drive to "FC".

PANEL W/B

R,G,B cut off

Color Temp. x y

Cool(Hi) 0.276 0.276

Normal(Mid) 0.288 0.296

Warm(Low) 0.313 0.329

Fig. -04

2 Picture: 1) Change white balance to "Normal".

Normal PANEL W/B

White balance: R,G,B cut off 2) Repeat procedure 1) to 5) of Cool mode.

Normal PANEL W/B

Aspect: R,G,B Drive

16:9

3 Picture: 1) Change white balance to "Warm".

Normal PANEL W/B

White balance: R,G,B cut off 2) Repeat procedure 1) to 5) of Cool mode.

Warm PANEL W/B

Aspect: R,G,B Drive

16:9

4 Picture: Picture Menu 1) Change color templature to "Cool".

Normal Sub Adjust

White balance: Sub Bright

Cool

Aspect:

16:9

26

INPUT Alignment menu ProcedureEquipment Setting

5 Picture: 1) Write down each color temaparature of R,G,B drive and

Normal Cut off data as follows.

Aspect:

16:9

White

RGB
Gray Scale
Pattern

White balance:

Cool R Drive

Normal G Drive

Warm B Drive

Balance Cool Normal Warm

R Cut off
G Cut off
B Cut off

2)Change input signal to 525i and 525p.

High light 75%

Low light 15% 3) Copy HD drive and cut off data of each white

balance mode to each signals position.

6 Picture: 1) Write down each color temaparature of R,G,B drive and

Normal Cut off data as follows.

Aspect:

16:9

White

RGB
Gray Scale
Pattern

White balance:

Cool R Drive

Normal G Drive

Warm B Drive

Balance Cool Normal Warm

R Cut off
G Cut off
B Cut off

TH-37PW7BX

2)Change input signal to 525p and 625i.

High light 75%

Low light 15% 3) Copy HD drive and cut off data of each white

balance mode to each signals position.

7 Picture: 1) Write down each color temaparature of R,G,B drive and

Normal Cut off data as follows.

Aspect:

16:9

White

RGB
Gray Scale
Pattern

White balance:

Cool R Drive

Normal G Drive

Warm B Drive

Balance Cool Normal Warm

R Cut off
G Cut off
B Cut off

2)Change input signal to 625i and 625p.

High light 75%

Low light 15% 3) Copy HD drive and cut off data of each white

balance mode to each signals position.

27

TH-37PW7BX

12 Trouble shooting guide

12.1. Self Check

12.1.1. Display Indication

1. Self-check is used to automatically check the bus line
controlled circuit of the Plasma display.

2. To get into the Self-check mode, press the volume down
button on the customer controls at the front of the set, at the
same time pressing the OFF-TIMER button on the remote
control, and the screen will show :-

If the CCU ports have been checked and found to be incorrect
Or not located then " - - " will appear in place of " OK "

12.1.2. Power LED Blinking timing chart

1. Subject
Information of LED Flashing timing chart.

2. Contents
When an abnormality has occurred the unit, the protection circuit operates and reset to the stand by mode. At this time, the

defective block can be identified by the number of blinkes of the Power LED on the front panel of the unit.

3. Remarks
Above Fan function is operated during the fans are installed.

28

12.2. No Power

First check point

There are following 3 states of No Power indication by power LED.

1. No lit

2. Green is lit then turns red blinking a few seconds later.

3. Only red is lit.

1. No lit

TH-37PW7BX

29

TH-37PW7BX

12.3. No Picture

12.4. Local screen failure

Plasma display may have local area failure on the screen. Fig - 1 is the possible defect P.C.B. for each local area.

Fig - 1

30

13 Option Settin g

How to access the Option menu

TH-37PW7BX

31

TH-37PW7BX

Hidden Option Menu for GP7D series

GP7D chassis series have special function and operation setting facility called Option Menu. This Option Menu is useful for
special function required customers. This should be set at the installation stage. The end user could not set or change these
because of hidden On screen menu.

Option menus default setting Contents
Off-timer function Enable Off-timer operation Enable/Disable.
On Screen display On Enable/Disable to display input mode indication after power on and no signal

Initial INPUT Off Sets the initial input mode when the power is turned on . Allow input mode

Initial VOL. level Off Sets the initial volume level when the power is turned on. Allow Volume control

Maximum VOL. Level Off Sets the maximum volume to desired level. Volume cannot exceed this level.
INPUT lock Off Fixes the input mode to AV, Component/RGB or PC. Can not change input

Button lock Off Enable/Disable front operation buttons (Input and/or volume up/down)
Studio W/B Off Set warm mode color temperature to 3,200 Kelvin.
Remocon User Level Off Remote key invalidation.

ID Select 0to100 Set ID number from 001 to 100.
Remote ID Off Remote ID function On/Off.

Serial ID Off Serial ID function On/Off
Slot power Off Sets the slot power mode the power is turned on.

V. Installation Off V. Installation function On/Off (Not used)

indication.

selection while power is on.

while power is on.

mode by input selection key.

Off : Valid key is all key of remote.
User1 : Valid key are only Stand-by (ON/OFF), Input, Status, Surround, Sound
mute On/Off, and volume adjustment.
User2 : Valid key is only Stand-by (ON/OFF).
User3 : All keys are null and void

(While the Remote ID on, standard remote function can not control the unit.)

Allow Optional Terminal Board insert Slots while power is on.

Note :

How to set Remocon User Level and Remote ID off

1. Access service mode (CAT-mode) and press SET UP key on remote.

2. Accsess Hidden option menu.

3. Change Remocon User Level and/ or Remote ID set to Off.

32

15 Schematic Diagrams

15.1. Schematic Diagram Notes

65

TH-37PW7BX

65

TH-37PW7BX

15.2. Main Block Diagram

SU

S.R
64

S.R
64

S.R
64

S.R
64

S.R
64

S.R
64

S.R
64

SC2 SC23

SC

SC20 D20

SC
41

CONTROL

PULSE

SUSTAIN

PULSE

SCAN

PULSE

SC
42

VOLTAGE

GENERATOR

J

D

DISCHARGE

CONTROL

BUS

SW

LVDS LVDS

J5 J6

CONTROL

MAIN MPU

BUS

SW

D5

ANALOG SW

BUS

SW

A/D

ROM

BUS

SW

A/D

D1

J1

SYNC

SEPARATOR

SYNC

SW

FORMAT
CONVERTER
RGB
PROCESSOR PROCESSOR

SDRAM

CONTROL

D3

J3

CONTROL

3.3V

2.5V

1.8V

AUDIO SW

J10

J8

CONVERTER

SDRAM

PLASMA AI

SUB-FIELD

D31

DC/DC

ROM

D32

SD

H3

SP

+

-

SPEAKER
TERMINAL

R

TH-37/42PW7 series
TH-37/42PWD7 series
Main Block Diagram

S.R
64

J11

J12

J13

J14

HX

C12

PC RS-232C

C21

C22

PC AUDIO IN

C11

C1 C2 V1

S.R.

S.R. S.R. S.R. S.R. S.R. S.R.

66

CONVERTER

SDRAM

DC/DC

ROM

D27

P25D25

P27

15V
5V

ON/OFF
SOS
STB5V

P23 P2

P

VDA
15V
12V
5V

PROCESS

VOLTAGE

RECTIFIER

15V

SUSTAIN
VOLTAGE

RECTIFIER

VSUS

P11 SS11

VSUS

SS

PLASMA AI

SUB-FIELD

D31

D32

Z

Z8

P5

Z5

DC/DC

CONVERTER

PRE AMP

R OUT L OUT

Z7 Z6

STB ON/OFF
STB 5V
STB 15V

STB7V
STB5V

SOUND12V
DIG12V

PF10

PROCESS

VOLTAGE

CONTROL

STANDBY
VOLTAGE

RECTIFIER

STANDBY
VOLTAGE

CONTROL

RECTIFIER RELAY

P9

PF9

F

F.STB
+14V

LINE

FILTER

VDA,SOS/SUSTAIN DRIVE PULSE

AC IN

POWER
FACTOR

CONTROL

RECTIFIER

SUSTAIN
VOLTAGE

CONTROL

F1

15V
Vda

AC IN

P12

SS12

SS23 SS34

ADDRESS

VOLTAGE

(VE)

SUSTAIN

PULSE

ERASE
PULSE

S34

S1

POWER
SWITCH

H3

L

SPEAKER
TERMINAL

+

-

SP

C22

66

C21

C23

C24

V34

POWER ON
STAND BY

CATS
DETECTOR

LED

REMOTE
RECEIVER

G

R

VOL.DN
F
TV/VTR
VOL.UP
STR

TH-37/42PW7 series
TH-37/42PWD7 series
Main Block Diagram

15.3. PF-Board Block Diagram

PF

Line Filter/F.STB Board

AC LINE CODE

AC INLET

LIVE

NEUTRAL

PF1

1

4

F900

F901

LF901,LF902

LINE

FILTER

7

IC910

STB REG

4

Vcc

+

REG

-

OVP

TSD

Current

Mirror

+

-

OLP

OSC

Current

Mirror

FB/OLP

RESET

BEC

6

RTFC

LATCH

R

Q

S

FILTER

TFC

LF903
LINE

DRIVE REG

PF9

TO P9

4

LIVE

1

NEUTRAL

PF10

TO J10

F902

RL920
F.STB ON/OFF

RELAY

F.STB ON/OFF

Q930

D910

+

D

S/GND

OCP/BD

1

3

5

OVER CURRENT
DETECT

DRV

REG

OCP

+

-

+

-

BTC

BD

HOT

T920

6

5

4

2

1

COLD

7

8

9

10

11

12

IC920

IC930

ERROR DET

+

+

3

1

2

1

STB+5V

2

F.STB ON/OFF

5

F.STB+14V

6

F.STB+14V

+

D931

Feed Back

TH-37/42PW7 series
TH-37/42PWD7 series
PF-Board Block Diagram

67

PF9

TH-37PW7BX

TO P9

4

LIVE

D931

1

PF10

1

2

5
6

NEUTRAL

TO J10

STB+5V

F.STB ON/OFF
F.STB+14V

F.STB+14V

67

TH-37/42PW7 series
TH-37/42PWD7 series
PF-Board Block Diagram

TH-37PW7BX

15.4. PF-Board Schematic Diagram (TH-37PW7/PWD7 series)

A

PF-BOARD TXNPF10VBS(FOR 37 INCH MODELS)

!

TP921

R912
100k

2W

*

R913
100k

2W

*

4

Vcc

+

-

+

*

D910

B0EBNT000002

*

B

~

+

C910

****

*

450V

~

-

*

100u

!

R923

100k

TP922

OVP

TSD

+

-

OLP

RTFC

7

Current

Mirror

FB/OLP

C916

0.01u

+

REG

6

R924

22k

C917

50V
10u

POWER CONTROL

IC910

C5HABZZ00121

LATCH

R

Q

S

Current

Mirror

OSC

RESET

TFC

BEC

R925

C918

1k

2200p

DRIVE REG

REG

BD

D915

B0BA01000046

+

-

BTC

TP923

+

C912

R927

50V

68k

10u

D

1

S/GND

OCP/BD

B0BA01000046

*

3

*

C915
470p

5

1/2W

#

R920
330

D916

DRV

OCP

+

-

C914
220p

**

2kV

L912
EXCELSA24T

1/2W

D918

B0BA01000046

D914

B0HCMM000001

B0HCMM000001

R918

0.82

*

D912

1/2W

R919
1

*

R922

1k

#

1/2W

C913
220p

C

!

C901

**

1u

S905

3.2

S906

3.2

LIVE CIRCUIT

LF901

G0B123K00002

*

3*4

L.F

1*2

*

S908

C902

3.2
220p

S909

3.2

**

7W

R904

3.3

**

7W

R903

3.3

LF902

C904

0.47u

G0B123K00002

S907

3.5

!

*

=

L.F

**

1*2

!

S910

C903

3.2

220p

S911

3.2

!!!!!

C905

1u

3*4

**

*

!

C906

S912

S913

C907

3.2
220p

220p

3.2

HOT

TO
AC CORD

NEUTRAL

PF1

1

LIVE

**

3

4

**

D

F900

K5D802BNA003

!

F901

K5D802BNA003

!

J0LT00000009

J0LT00000009

CF902

ERZV10V621P2

CF901

ERZV10V621P2

!

S901

!

S902

!

R901

ZA901

K4ZZ01000121

$

**

1/2W

1M

! !

$

**

1/2W

R902

1M

S903

3.2

S904

3.2

R915
100k

*

1W

B0EAKT000018

D913
B0HCMM000001

JS902 JS903JS905 JS904

!

S914

3.2

S915

3.2

C911
630V

m

0.022u

*

2W

R914
10

D911

R921

15

#

1/2W

K6B1ADA00009

!

F902
K5D312BL0008

E

TH-37PW7/PWD7 series
PF-Board Schematic Diagram

1 7463

2

68

C911

R915

630V

100k

m

0.022u

*

1W

*

2W

R914

10

D911

B0EAKT000018

R921

15

#

1/2W

D913
B0HCMM000001

#

1/2W

C919

0.22u

K6B1ADA00009

JS902 JS903JS905 JS904

*

6P1

5PT

*

4P2

2V1

1V2

!

RL920

**

!

T920

ETS28AZ1K6AD

7NC

*

8S2

9NC

10S1A

11S1B

12NC

C920

470p

!

!

IC920

B3PAA0000261

Q930

2SC3311A0A

R931
470

D932
MA3X152K0L

C931

1kV

330p

**

D930

B0HARM000020

R930

+

C930
25V

2200u

680

IC930

C0DBEMB00002

R937

68k

5.0

L930

10u

+

C932

25V

100u

C933

1u

3

1

REF

CATHODE

ANODE

2

D933

B0JCME000025

R938

6.8k

R935
47k

R936

6.8k

D931

LNJ301MPUJA

R932

24k

1%

R934
22k

1%

R933

10k

1%

R939

R940

6.8k

6.8k

TP930

R941

R942

6.8k

6.8k

TP931

0

0

0

15.0

15.0

PF10

1

2

3

4

5

6

TO
J-BOARD
(J10)

STB+5V

F.STB ON/OFF

GND

GND

F.STB+14V

F.STB+14V

COLD

**

7W

**

7W

!

C907

220p

!

F902
K5D312BL0008

**

LIVE

4

3

**

NEUTRAL

1

TO

PF9

P-BOARD

S914

3.2

S915

3.2

LIVE CIRCUITHOT

(P9)

COLD

68

TH-37PW7/PWD7 series
PF-Board Schematic Diagram

5

8

15.5. PF-Board Schematic Diagram (TH-42PW7/PWD7 series)

A

*

B0EAKT000018

D913

B0HCMM000001

**

7W

**

7W

LF903

G0B353G00001

3

4

S914

3.2

S915

3.2

HOT

C911

R915

630V

100k

m

0.022u

1W

*

2W

R914
10

*

!

F902

K5D312BL0008

6P1

5PT

*

4P2

2V1

1V2

C919

0.22u

**

D911

R921

15

#

1/2W

!

*

2

L.F

*

1

COLD

PF-BOARD TXNPF10VAS(FOR 42 INCH MODELS)

!

TP921

R912

100k

2W

**

R913

100k

2W

B

C910

+

!!

D910

B0EBNT000002

!

~

450V
100u

+

~

-

4

Vcc

+

-

OVP

TSD

+

-

OLP

RTFC

7

R923

C916

100k

0.01u

C

TP922

FROM
AC CORD

D

NEUTRAL

PF1

LIVE

1

**

3

4

**

F900

K5D802BNA003

F901

K5D802BNA003

!

!

COLD

S901

J0LT00000009

S902

J0LT00000009

CF902

ERZV10V621P2

! ! !

CF901

ERZV10V621P2

R901

!

1M

!

!

!

K4ZZ01000121

Current

Mirror

FB/OLP

R924

22k

+

C917

50V
10u

HOT

$

**

1/2W

REG

ZA901

POWER CONTROL

IC910

C5HABZZ00121

LATCH

Current

Mirror

OSC

RESET

BEC

6

R925

C918

1k

2200p

$

**

1/2W

R902

1M

!

S903

3.2

S904

3.2

DRIVE REG

R

Q

S

REG

+

TFC

-

BTC

BD

D915

B0BA01000046 D916

LIVE CIRCUIT

LF901

C901

G0B123K00002

1u

*

3*4

**

1*2

*

S908

S905

3.2

3.2

S906

S909

3.2

3.2

TP923

+

C912

R927

50V

68k

10u

1

D

S907

3.5

C903
220p

OCP/BD

B0BA01000046

!

C904

0.47u

=

!

S/GND

**

S910

3.2

S911

3.2

*

3

5

LF902

G0B123K00002

*

1*2

C915
470p

1/2W

R920

330

!

3*4

L.F L.F

*

DRV

OCP

+

-

!

C902
220p

C914

2kV

220p

**

L912

EXCELSA24T

1/2W

D918

B0BA01000046

D914

B0HCMM000001

C905

1u

S912

3.2

S913

3.2

!

R918

0.82

**

D912

B0HCMM000001

1/2W

R919

1

C913
220p

!

C906
220p

R922

1k

#

1/2W

R904

3.3

R903

3.3

*

*

C907

220p

!

E

TH-42PW7/PWD7 series
PF-Board Schematic Diagram

1

3

456

69

TH-37PW7BX

D913

B0HCMM000001

**

7W

**

7W

G0B353G00001

*

3

*

4

S914

3.2

S915

3.2

R915
100k

1W

*

B0EAKT000018

R921

15

1/2W

!

LF903

L.F

m

*

2W

D911

#

*

2

*

1

COLD

HOT

C911
630V

0.022u

R914
10

!

F902
K5D312BL0008

COLD

TO

!

T920
ETS28AZ1K6AD

*

6P1

5PT

*

4P2

10S1A

11S1B

2V1

12NC

1V2

C920

!

470p

ECKCNA471KB7

C919

0.22u

!

IC920

B3PAA0000261

RL920

!

K6B1ADA00009

**

7NC

*

8S2

9NC

Q930

2SC3311A0A

R931

470

D932
MA3X152K0L

C931
1kV
330p

**

D930

B0HARM000020

R930

+

C930
25V

2200u

680

IC930

C0DBEMB00002

R938

R937

6.8k

68k

R939

R940

R936

6.8k

6.8k

L930

10u

C933

1u

3

CATHODE

ANODE

2

B0JCME000025

6.8k

+

C932

25V

100u

D931

LNJ301MPUJA

R932

24k

1%

R934

22k

1%

R935

47k

1

REF

R933

10k

1%

D933

TP930

R941

R942

6.8k

6.8k

TP931

J-BOARD
(J10)

PF10

5.0

1

STB+5V

0

2

F.STB ON/OFF

0

3

GND

0

4

GND

15.0

5

F.STB+14V

15.0

6

F.STB+14V

COLD

**

LIVE

4

3

**

NEUTRAL

1

TO

PF9

P-BOARD
(P9)

69

TH-42PW7/PWD7 series
PF-Board Schematic Diagram

72 8

TH-37PW7BX

15.6. P-Board Block Diagram

TO PF-BOARD

PF9

NEURTAL

LIVE

P9

1

4

D401

P

Power
Supply
Board

350V

T401

D419

16

3981442

F405

Q404,Q406
L415,L402

D420

10

PR401

D428

D429

PR402

Q401

Q420

VCC

MOS

DRIVE

2134

Q422

CURR

CURR
COMP

DET

5876

IC406

POWER
FACTOR
CONTROL

L403

Q518

T402

Q545

Q519

10 6

4

9

3

Q407

RL403

54

13

Q417,Q408

IC405

IC410

1

Q421

21

2

RL402

134

2

134

2

421

3

IC523

IC404

IC403

IC401

R443

PFC

IC402

Q418

IC411

534

1

~

+

-

~

IC501

Q535

X501
4NHz

POWER MCA

VDD

1

VSS

2

XIN

3

XOUT

4
5

RESET

6

P21

7

P20

8

D3

9

D2

10

D555

P00

20

P01

19

TV ON/OFF

P02

18

P03

17

P10

16

PS SOS

P11

15

P12

14

P13

13

D0

12

ALL OFF

D1

11

D404

-

~

+

~

IC409

4

21

T410

8

14

D511

6

15

4

D410

D409

5

13

3

D510

2

10

1

1

4

IC408

23

HOT

COLD

IC507

21

D557

IC504

31

IC502

RESET

Q501 Q522

Q503Q502

3

1

TH-37/42PW7 series
TH-37/42PWD7 series
P-Board Block Diagram

70

T402

Q545

Q519

10 6

3

492

CK

IC523

7316

D530

D563

5

2

D

CLRPR

HOT

Q412

Q413

Q510

Q516

IC520

43

1

6

Q

Q

5

Q521

5246

T404

1

14

17

19

T407

1

3
4

6

5

7

10

11

9

8

COLD

D536

D538

IC524

4

Q540

D531

Q504

Q511

D569

D580 D570

3

+

1

-

Q520

D534

Q517

D512

421

3

PR601

D514

Q509Q541

Q527

Q507

Q506

IC505

D501

D542

D535

PR601

D544

234 5

12 11 9 8

T601

Q542

D545

D549

6

IC503

V.REF.

2

Q505

31

IC506

R661
Vlow

R628

Vsus

TO SS-BOARD

P12

SS12

1

Vda

2

Vda

STB_PS

4

STB12V

5

+15V

2

R665

Vda

P7

1

+15V

2

+15V

D572

13

TO SC-BOARD

P23

SC23

1

+15V

2

+15V

TO SS-BOARD

P11

SS11

2

Vsus

3

Vsus

TO SC-BOARD

P2

SC2

1

Vsus

2

Vsus

TO Z-BOARD

P5

Z5

1

+12V

2

+12V

3

STB5V

+12Vs

6
7

+12Vs

8

+12Vs

TO D-BOARD

P25

D25

1

+12V

2

+12V

5

5V

5V

6

IC501

POWER MCA

VDD

P00

VSS

P01

XIN

P02

XOUT

P03

P10

RESET

P11

P21

P12

P20

P13

D3

D0

D2

D1

20
19
18
17
16
15
14
13
12
11

TV ON/OFF

PS SOS

ALL OFF

Q544

Q555

Q550

Q551

Q508

Q525 Q530

Q524

D506

Q552

Q536

Q537 Q538

IC503

V.REF.

123

Q554

Q547

Q553

D521

TO Z-BOARD

P10

Z10

+15V

1

+5V

4
5

FAN CONT

FAN SOS

3

TO D-BOARD

P27

D27

2

TV ON/OFF

4

STB5V

6

FAN SOS

PS SOS

7
8

ALL OFF

3

FAN CONT

TH-37/42PW7 series
TH-37/42PWD7 series
P-Board Block Diagram

70

15.7. P-Board (1 of 6) Schematic Diagram

D504

A

D503

MA2C165001VT

3

K6B1AGA00043

RL403

4

ZH1

COLD

HOT

MA2C165001VT

3

1

2

ZH2

1

RL402

K6B1AGA00177

2

4

ZH3

ZH4

P-BOARD TNPA3213AB (1/6)

!

TO
PF-BOARD

B

(PF9)

P9

K1KA03A00181

NEUTRAL

ZH12

LIVE

4

3

NC

2

-

1

ZN402

D4EAD6210001

ZH11

C401

TNPA3213 :N/A
TNPA3213AB:2.2u

C

J401

J402

R411

R410

***

10/5W

ZH30

ZH18

ZH17

ZH13

ZH14

ZH15

2200pF/250Vac

ZH20

D401
B0FBAT000006

ZH19

C403

R417
430K[F]

ZH21

ZN401

C409

1.0uF

ZH22

D4EAD6210001

ZH32

11 12 13 14 15 16 17 1810

ZH33ZH31

ZH35

ZH34

T401

ETS42BV129AD

ZH7

ZH8

R414
15K

HOTCOLD

L403

EXCELSA35T

R424
22K

Q401

B1DHBD000004

C431
1000P[KB]

D431

R471

C462

3300

1u

D

C408
TNPA3213 :47
TNPA3213AB:---

C408
47[YXF]

R421
33K

Vcc

MOS

DRIVE

R467

E

1K

R430

430K[F]

R462

430K[F]

2SD1819ARL

C427

1.0[KB]

R433
12K

1234

Q420

C423
4700P

R431

10K

C426
470P

F

HOTCOLD

TH-37/42PW7 series TH-37/42PWD7 series
P-Board (1 of 6) Schematic Diagram

2

3

4

5

71

TH-37PW7BX

1

COLD

C461

HOT

ZH33ZH31

ZH35

ZH34

123456789

T401

ETS42BV129AD

ZH7

1K

R433
12K

ZH8

R414
15K

Vcc

1234

Q420

2SD1819ARL

C423
4700P

R431

C427

10K

1.0[KB]

C426

470P

R436
15K

MAZ4051NM1KT

D433

D433
TNPA3213 :MAZ4051
TNPA3213AB:MAZ4150

D431

B0JCDD000002

R437

10K

R437

C463

TNPA3213 :10K

22P

TNPA33213AB:18K

5678

GND

MOS

DRIVE

R463
33K

PFC

CURR

DET

IC406

CURR
COMP

R438
330

C428
220P

F405

K5C136BC0001

R439
12

R493

12

C0DAZZZ00021

Q422

B1GBCFNN0034

D415

B0JAME000081

B1ADRC000007

C468

0.01[KB]

C459

0.015

Q404

R428
10K

C429

0.015

R419
100K

D430
B0AAMV000002

0.015

R440
470K

C430

L402

EXCELSA24V

TP5

C412

0.01[KB]

R441
680K[F]

R442
680K[F]

R475
680K[F]

R444
12K

TP7

R443

PFC

2K

TP6

R448
R10

B1DEHQ000007
ZH37

Q407

XN0460100L

Q406

ZH36

ZH38

R426
10K

ZH92

ZH96

R449

ZH95

ZH97

R10

R452

C436
1[KB]

10K

C432
1[KB]

R454
10K

R451

33K

330p

C443

1000p

ZH40

ZH42

D419

B0HANR000011

ZH51

ZH43

D420

B0HANR000011

C442

1000p

C460
330p

ZH48

C446

390uF/450V

ZH49

R456
33K

R415
10K

R458
4700

D418

MAZ40820MF

C445

C440

1[KB]

10[YXF]

TP2

TP1

TP4

TP3

ZH75ZH73

PR401

K5Y502B00007

R472
560K[F]

R473
560K[F]

R465
560K[F]

TP8

R464
33K[F]

G4D1A0000082

910

T402

4

635

R555

R556

2000

2000

R550

R552

2000

2000

COLD

HOT

2

3

4

5

6

7

HOT

COLD

2

71

TO
P-BOARD

TH-37/42PW7 series TH-37/42PWD7 series

MAB CDEFG H IJ KL N

(3/6)

P-Board (1 of 6) Schematic Diagram

5

87

961

TH-37PW7BX

15.8. P-Board (2 of 6) Schematic Diagram

1

P-BOARD TNPA3213AB (2/6)

!

COLD

HOT

2

R478

R476

3

2.2

D423

B0JAME000081

4

R482

390

R477

5

6

2.2

D425

B0JAME000081

7

ZH79

Q412

B1DEFQ000008

390

ZH81

ZH78

Q413

B1DEFQ000008

ZH80

HOT

COLD

C465

220P

TH-37/42PW7 series
TH-37/42PWD7 series
P-Board (2 of 6) Schematic Diagram

MA3X15300L

C451
100P

C456
100P

ZH72

D528

C457

0.022u

ZH82

6

TO
P-BOARD
(4/6)

T407

ETQ11K5AZ

524

R526
220K

R527
220K

R542
330K[F]

R543
330K[F]

R533
22K

B1DEFQ000008

R610
750

R680
120

ZH107

ZH105

J0JBC0000032

D534

MA3D752A

L509

R541

1800[F]

ZH108

ZH110

D539

B0HAPR000009

D540

B0HAPR000009

D531

B0HDRM000002

AD

R630
120

C603

47

D580

MAZ40620MF

ZH109

ZH111

C606
1[KB]

R629
22K[F]

MA2C18800E

MA2C165001VT

D536

MA3D752A

C556
1500u/16V

Q504

2SD13280SL

D569

D570

C604

0.1[KB]

R657

3300[F]

PR601

F2A1E1520009
C605
88u/280V

R698

0.20

R655

0.20

C557
25V/1500

AE AJAB AI

R679
120

Q511

B1ABCF000134

C520
1000P

COLDHOT

ZH106

D533

B0HAPR000009

T404

ZH86

ETS42LZ2126AD

14

ZH90

ZH74

1

15

3

4

13

6

5

7

ZH93

ZH91

ZH85

10

11

17

9

18

19

1

D529
MA3X15300L

R588
180[F]

C550

R592
3K[F]

1000P[KB]

R551
100K

AA

ZH104

ZH94

ZH99

LSJW0001

LSJW0001

B0HAPR000009

J501

J502

D532

8

R675

R663

2.2

2.2
D568

MA3J142D0L

R594

10

Q506

B1ADRC000007

R641
10[F]

C613

0.1[KB]

C618
1000P

D571
MAZ4051NM1KT

R640
4700[F]

C555
100u/100V

AFAC AG

R638

1.0

R625
470[F]

MAZ705600F

R631

33K

R624
TNPA3213 :0.22/1W
TNPA3213AB:0.22/2W

D582

R674

33K

AH

R534
220K

Q507

R539

R536
200

ZH29

D501
B0HAPR000010

ZH39

T601
ETS28AZ1J9AD

ZH27

ZH28

C616
1000P

R642

R637

0.68

0.68

R619

R643

0.68

0.68

200

R632
220

D542
MAZ41800HF

D544
MAZ41800HF

D545
MAZ41800HF

Q527

B1DEHL000018
ZH84

ZH83

IC512

C0DAEMB00003

R676

33K

R624

0.22/1W

72

TO
SS-BOARD
(SS11)

K1KA07A00096

P11

MAZ40620MF

C615
1700u/200V

C612
220P

ZH47

C611

1700u/200V

ZH26

4

3

IC505

CNC1S171RLL2

1

2

ZH29

D501
B0HAPR000010

ZH39

ZH23

T601
ETS28AZ1J9AD

ZH27

ZH28

C616
1000P

R646
0

R647

R642

0.68

R619

R643

0.68

0.68

0

R637

0.68

R681
22

C614
1[KB]

ZH25

ZH46

ZH41

2

3

4

576

8

9

11

12

D512

MA2C165001VT

R633
100

D516

MA2C18800E

R620

D514

R595

2200

10K

R589

8.2K

R590

8.2K

R621

8.2K

Q505

B1CEJQ000002

IC506

C0ZBZ0000878

4

253

R622
150K[F]

R648
150K[F]

R636
150K[F]

R626
150K[F]

R656
47K[F]

R627
7500

R628
3K

VSUS

R627
TNPA3213 :7500
TNPA3213AB:8200

D575
MA2C18800E

1

C619

0.1[KB]

R691
100K

D584

MAZ40750MF

Q530

R658

B1CBGD000001

1M

C629

0.01[KB]

B1CBGD000001

C627
1000P[KB]

Q525

0

170.7

170.7

0

0

0

0

170.6

170.6

0.1

0

0

0

1

2

3

4

5

6

7

P2

1

2

3

4

5

6

TO
SC-BOARD
(SC2)

NC

Vsus

Vsus

NC

GND

GND

GND

K1KA06A00180

VSUS

VSUS

NC

GND

GND

GND

R632
220

D542
MAZ41800HF

D544
MAZ41800HF

D545
MAZ41800HF

Q527

B1DEHL000018
ZH84

ZH83

IC512

C0DAEMB00003

D543

MAZ41500MF

TO
SS-BOARD
(SS12)

P12

67.9

1

Vda

15.4

2

+15V

0

3

GND

11.5

4

STB_PS

C624

1.0

R662
130K[F]

R669
130K[F]

R664
9100[F]

123

R665
2000

C577
33/100V

Vda

0.022[KB]

C581

C584

0.022[KB]

L510

EXCELDR25V

11.5
STB12V

5

R528

4.7

D572
MA2C18800E

15.0

15.0

0

12.2

12.2

4.5

0

0

12.2

12.2

12.2

0

0

0

K1KA05A00139

P23

1

2

3

K1KA03A00213

P5

1

2

3

4

5

6

7

8

9

10

11

Z1

1

TO
Z-BOARD
(Z5)

TO
SC-BOARD(SC23)

+15V

+15V

GND

K1KA11A00073

+12V

+12V

STB5V

GND

GND

+12Vs

+12Vs

+12Vs

GND

GND

GND

LSJR0003

C625

10

72

AK AUAPAN AWASAO AT

AL

AQ

AR

AVAM

TH-37/42PW7 series TH-37/42PWD7 series P-Board (2 of 6) Schematic Diagram

15 1811 1310 17161412

15.9. P-Board (3 of 6) Schematic Diagram

A

P-BOARD TNPA3213AB (3/6)

!

K5G162B00008

D428

B0AAMV000002

PR402

D429

B0AAMV000002

B0EBKT000007

ZH103

ZH100

D404

ZH102

ZH101

R413

10/5W

COLD

B

HOT

C

R445
1M[F]

R446
1M[F]

R447
1M[F]

D435

B0AAMV000002

C407
22u/450V

C416

0.1[KB]

MA2C165001VT

D411

5

678

ZH87

D436

B0HAMP000016

B0AAMV000002

MA2C18800E

C480
1[KB]

MA2C165001VT

B0BB17000008

D438

D410

B0HAMM000122

IC409

MIP2C20MP1KT

4

R432

C424

270K

100P

R429
15K

123

C419

C425

1000P[KB]

D413

0.1[KB]

C411
10[YXF]

R488

0

R498

330K

C420
***

C420
TNPA3213 :--­ TNPA3213AB:47

D

R485

100

E

4

MA2C165001VT

R416
47K

IC410

C0CBADE00037

Q408

B1CBGD000001

R408
100K

D405

R418
47K

0.01[KB]

C417

Q417

B1CBGD000001

R425
3300

R435

1K

2

1

3

C410

47/50V[YXF]

IC411

C0BBAA000040

1

253

C481

0.01[KB]

R479
150K

F

MAZ40820MF

D402

C402

R409
169K[F]

C471
1[KB]

100p

COLD HOT

BA BCBB BIBG BHBE BFBD

TH-37/42PW7 series TH-37/42PWD7 series

0.01[KB]

C421

IC402

C0BBAA000040

1

253

R453
1K

4

R404
22K

C418

1[KB]

1

IC405

C0CBADE00037

R420
1K

R494
560K[F]

R495
560K[F]

2

R496

D434

MAZ40820MF

560K[F]

R497
24K[F]

Q418

UNR521L00L

R480
91K[F]

3

P-Board (3 of 6) Schematic Diagram

2

3

4

5

73

TH-37PW7BX

C411
10[YXF]

C420
***

C420
TNPA3213 :--­ TNPA3213AB:47

5

678

ZH87

D436

B0HAMP000016

B0AAMV000002

D410

MA2C18800E

C480
1[KB]

D411

B0BB17000008

D438

B0HAMM000122

MNAB C IJ KLDE F G H

TO
P-BOARD
(1/6)

HOT

L506

EXCELDR25V

COLD

Q545

B1CFNG000001

B1CFNG000001

Q519

11

R611

470

R587
470

Q518

B1MBACA00006

C602

1000P[KB]

Q521

2SD1819ARL

C600

0.01[KB]

R605
3300

5678

PR

Q CLR

IC523

C0JBAF000540

-QGND

D

Vcc

CK

1234

12

13

14

C620

C621

C527

0.01[KB]

1000P[KB]

1000P[KB]

HOT

ZH89

ZH88

6

4

3

R422

10

2

1

R434

D409

2.2

COLD

R521

C513

470P[JC]

T410
ETS25AD1M6AG

8

10

14

15

10

D511

B0JAME000078

C511
1[KB]

C514

R522

470P[JC]

10

D510

B0HANM000028

13

12

D509

B0HANM000028

11

C515
1200[ZL]

C517
220[YXF]

D557

MA2J11100L

R529

10K[F]

D434

MAZ40820MF

R524

IC408

CNC1S171RLL2

D412

MA2C165001VT

R494
560K[F]

R495
560K[F]

R496
560K[F]

R497
24K[F]

Q418

UNR521L00L

R480
91K[F]

HOT

Q421

2SD1819ARL

R507

220

4

1

2

3

COLD

C482

0.1[KB]

C422

0.01[KB]

1K

IC504

C0DAEMB00003

C516
1[KB]

R530

123

10.5[F]

15

16

17

TH-37/42PW7 series

HOT

COLD

TO
P-BOARD
(5/6)

TH-37/42PWD7 series
P-Board (3 of 6)
Schematic Diagram

73

5

87

961

TH-37PW7BX

15.10. P-Board (4 of 6) Schematic Diagram

11

12

13

IC520

C0JBAZ002056

14

C535

0.01[KB]

R540
100K

C532

0.1[KB]

15

TO

AF ATAG AHAD AJAB AM AQ ASARAIAE AO AWAN AVAK ALAA AP AUAC

P-BOARD
(2/6)

D530
MAZ41000MF

R593
5600[F]

IC524

C0BBAA000039

C534

1200P[JC]

Q540

B1DHBD000004

Q516

B1DHBD000004

-

1

R614

5600[F]

R613
22K[F]

D563

4

3

MA2J11100L

5

6

2

1

Q510

2SB1218ARL

R574
330

C530

0.033[KB]

253

4

+

Q541

B1CBGD000001

R537

36K[F]

R576
22K[F]

0.01[KB]

C561

0.01[KB]

C587

R585

33K

R575

4.7

R582
10K[F]

R578

2.2K[F]

R583

7.5K[F]

C554

0.1[KB]

C528

0.1[KB]

R645

R596

47K

10K[F]

R598
47K

Q520

R659
22K[F]

R660
12K[F]

B1HFCFA00021

C546

0.033[KB]

R682
2200

MAZ4051NM1KT

B1HFCFA00021

R600
390

C553

0.1[KB]

R684
180

D538

R609
8200

Q517

R597
47K

0.033[KB]

R599
390

R699
10K

C585

C548

0.1[KB]

C547

R683
220

R607
8200

0.1[KB]
R654
3300

Q542

XN0460100L

R653

C586

3300

0.1[KB]

R652
10K

R584
10K

Q509

XN0440100L

R562

R560

10K[F]

10K[F]

Vlow

R561
4300[F]

R661

5K

16

17

1K

R612

P-BOARD TNPA3213AB (4/6)

!

TH-37/42PW7 series

CA

TH-37/42PWD7 series
P-Board (4 of 6) Schematic Diagram

74

TO
D-BOARD
(D25)

K1KA08A00221

P25

12.2

12.2

5.3

5.2

D521

R670
22K[F]

R671
22K[F]

R672
15K[F]

R666

9.1K[F]

R699
10K

R654
3300

R653

C586

3300

0.1[KB]

R652

10K

C585

0.1[KB]

Q542

XN0460100L

R545

10K

D551

MAZ40750MF

D549

MAZ40750MF

R579
10K

R667

5.1K[F]

R606
3300

R673

5.1K[F]

R668

2.4K[F]

MA2C18800E

PR509

K5H501Z00005

C536

0.1[KB]

C523

47[YXF]

C582
47[YXF]

B1GBCFNA0010

Q508

R563

4.7

D535

MA2C18800E

Q524

2SD1819ARL

0.01[KB]

15.0

15.0

R649
22K

C601

R650
10K

+12V

1

+12V

2

0

GND

3

0

GND

4

+5V

5

+5V

6

0

GND

7

0

8

GND

K1KA04A00242

P7

+15Vs

1

+15Vs

2

0

GND

3

0

4

GND

74

TO
P-BOARD

CC CI CJCE CGCFCD CK CL

(6/6)

CHCB

TH-37/42PW7 series TH-37/42PWD7 series P-Board (4 of 6) Schematic Diagram

15 1811 1310 17161412

15.11. P-Board (5 of 6) Schematic Diagram

BB BGBA BIBD BFBC BE BH

P-BOARD TNPA3213AB (5/6)

!

A

IC401

C506

0.01[KB]

CNC1S171RLL2

3

2

Q555

B1GDCFJJ0038

C508

0.01[KB]

4

1

IC403

CNC1S171RLL2

HOT

COLD

HOT

COLD

B

C512

0.01[KB]

R525
33K

Q550

UNR521L00L

R689

1K

Q551

2SD1819ARL

R690

1K

C

2

1

4

3

R538

R514

R519

100K

100K

C504

0.1[KB]

P01

IC501

C2ABCA000032

R509
10K

P03

P02

C608

0.01[KB]

P00

VDD VSS XIN XOUT CNVSS Reset P21 P20 D3 D2

123456789

R511

100K

100K

P11P10

POWER MCA

R508
1K

11121314151617181920

P13

D0

P12

D1

10

D

E

F

TH-37/42PW7 series
TH-37/42PWD7 series
P-Board (5 of 6) Schematic Diagram

C519

X501

4MHz

R568

2.2

R569

2.2

Q501

2SD1820A0L

C501

0.01[KB]

Q522

B1GDCFJJ0038

R506

1K

Q502

2SD1820A0L

R502
100K

C502

0.01[KB]

R504

Q503

1K

R503
100K

B1GDCFJJ0038

3

IC502

C0EBE0000154

RESET

1[KB]

R513

100K

1

2

R520

100K

R516
1K

2

3

4

5

75

IC401

CNC1S171RLL2

3

2

TH-37PW7BX

TO

HOT COLD

IC404

R486

CNC1S171RLL2

3300

4

1

2

1

3

4

P-BOARD
(3/6)

21

Q555

B1GDCFJJ0038

C508

0.01[KB]

100K

R686
22K

R685

0.01[KB]

100K

R505

22

R678

22K

R501

10K

C583

R512
10K

R577
100K

IC507

C0CBABE00041

2

1

3

R651
47K

R520

R515

R516

1K

1K

C507

0.01[KB]

Q544

B1GDCFJJ0038

R517
10K

B0JAME000081

C509
100/25V

D505

Q552

2SD1819ARL

Q535

2SD1819ARL

C607
1[KB]

Q536

B1CFQD000001

D506

B0JAME000081

R677

220K

Q537

B1CFQD000001

Q538

B1CFQD000001

R688

22K

C609

0.01[KB]

R694
100K

C623
10/50V

D555

MAZ40750MF

R518
100

C610
1[KB]

D559

MAZ40750MF

Q553

2SD1819ARL

B1DHBD000004

R618
100K

R532

100

Q554

R617
10K

D515
ERDS2TJ104T

R510

K5H501Z00005

R601

3.3K

C599

0.1[KB]

R616

10K

C626

R687

0.01[KB]

10K

Q547

2SD11190RL

R604
390

IC503

C0ZBZ0000878

4

A

K

253

2.9

6.7

5.0

0.1

15.4

5.3

6.6

REF

1

TO
D-BOARD
(D27)

P27

0

0

0

0

0

P10

0

0

R602
10K[F]

R603
10K[F]

1

2

3

4

5

6

7

8

9

TO
Z-BOARD(Z10)

1

2

3

4

5

K1KA09A00099

RUSH_ON/OFF

TV_ON/OFF

FAN_CONT

STB5V

KILL_SOS

FAN_SOS

PS_SOS

ALL_OFF

GND

K1KA05A00177

+15V

GND

FAN_SOS

+5V

FAN_CONT

22

23

24

25

26

75

27

28

29

30

31

32

TH-37/42PW7 series
TH-37/42PWD7 series
P-Board (5 of 6) Schematic Diagram

5

87

961

TH-37PW7BX

15.12. P-Board (6 of 6) Schematic Diagram

P-BOARD TNPA3213AB (6/6)

!

21

22

23

24

25

26

27

28

29

30

31

32

TH-37/42PW7 series
TH-37/42PWD7 series
P-Board (6 of 6) Schematic Diagram

76

TO
P-BOARD
(4/6)

CKCGCDCC CHCFCE CI CJ CLCA CB

76

TH-37/42PW7 series
TH-37/42PWD7 series
P-Board (6 of 6) Schematic Diagram

15 1811 1310 17161412

15.13. HA-Board Block and Schematic Diagram

A

!

HA-BOARD TXNHA10RBS

B

JK3001

COMPONENT

VIDEO IN

C

JK3002

AUDIO IN

Y

Pb

Pr

L

R

D

HA

Component Video Terminal(BNC) Board

G
Y
G
G
G

Pb

G
G
G

Pr

G
G

EEPROM
TERMINAL BOARD
INFORMATION

Q3001

L AMP

Q3002

R AMP

IC3002

1

A0

2

A1

3

A2

4

GND

COMPONENT

VIDEO IN

H1

A38

Y

A36

Pb

A34

Pr

JK3002

K2HA204B0097

AUDIO IN

A26

L

A28

R

A21

9V

8

VCC

7

WP

6

SCL

5

SDA

9V

A22

STB5V

B25

SCL

B24

SDA

L3004
J0HABB000003

J0HAAB000012

123

R3004

180k

R3005

180k

L3005
J0HABB000003
J0HAAB000012

123

JS3001

JS3002

JS3003

JS3004

JS3005

JS3006

4

4

JK3001

K1QBB3BB0002

K1QBB3AB0006

R3007
100

R3006

C3007

100

Y

Pb

Pr

R3016
10k

C3008

1u

R3017

16V

10k

R3014
10k

1u

R3015

16V

10k

E

TH-37/42PW7 series
TH-37/42PWD7 series
HA-Board Block and Schematic Diagram

77

TH-37PW7BX

4

4

3

3

JK3001

K1QBB3BB0002

K1QBB3AB0006

R3007
100

R3006

C3007

100

G
Y

Y

G
G
G

Pb

Pb

G
G
G

Pr

Pr

G
G

9V

R3016
10k

C3008

1u

R3017

16V

10k

R3014
10k

R3019

1u

16V

100
R3015
10k

Q3001

2SD0601A0L

R3018
100

R3025

R3022

100

1k

Q3002

2SD0601A0L

R3026

R3023

100

1k

L3001

J0HABB000004

123

4

L3002

J0HABB000004

123

4

L3003

J0HABB000004

123

4

+

C3012

C3011

16V

16V

0.1u

47u

IC3002

C3EAGC000010

1

A0

2

A1

3

A2

4

GND5SDA

EEPROM
TERMINAL BOARD
INFORMATION

8

VCC

7

WP

6

SCL

0

LAN15V

0

A40

0

A39

0

A38

0

A37

0

A36

0

A35

0

A34

0

A33

0.4

HD

A32

0

A31

0.5

VD

A30

0

A29

0.7
A28

0

A27

0.7
A26

0

A25

0.3

RSVD

A24

0

RSVD

A23

5.0
A22

9.0
A21

0

A20

5.0
A19

0

A18

3.3
A17

3.3V
0

A16

0

A15

0

A14

0

A13

0

A12

0

A11

0

A10

0

A9

0

A8

0

A7

0

A6

0

A5

0

A4

0

A3

0

A2

0

A1

JS3015

JS3016

AUD_R

AB_AUD_R

AUD_L

AB_AUD_L

R3037

10k

JS3014

AA_SCL2

AA_SDA2

TP032

Y

TP033

Pb

TP034

Pr

R3041
0

TP035

R3042
0

TP036

JS3008

JS3007

STB5V

C3022

16V

0.1u

9V

JS3011

JS3012

JS3013

L3006
10u

AB_AUD_L

AB_AUD_R

C3021

R3036

10V

10k

1u

H1

B40

B39

B38

B37

B36

B35

B34

B33

B32

B31

B30

B29

B28

B27

B26

B25

B24

B23

B22

B21

B20

B19

B18

B17

B16

B15

B14

B13

B12

B11

B10

B9

B8

B7

B6

B5

B4

B3

B2

B1

0

0

0

1.3

4.9

0

0

0

-0.8

0

0

5.0

0

0

0.5

0.5

2.3

0

9.0

0

5.0

0

3.3

0

1.6

1.6

0

1.6

1.6

0

1.6

1.6

0

1.6

1.6

0

1.6

1.6

0

TO
J-BOARD
(J12)

LAN15V

S2_DET

RESET1

RESET2

PWR_STAT

REMOTE

CABEL_DET

PLUG_DET

3.3V

SOS

TXD

RXD

AA_SCL2

AA_SDA2

77

TH-37/42PW7 series
TH-37/42PWD7 series
HA-Board Block and Schematic Diagram

542 813 7

6

TH-37PW7BX

15.14. HB-Board Block Diagram

HB

Composite Video Terminal(BNC) Board

JK3001

S-VIDEO IN

JK3002

VIDEO IN/OUT

JK3004

AUDIO IN

C IN
Y IN

VIDEO
IN

VIDEO
OUT

L IN

R IN

C

Y

Q3002

AMP

Q3003

AMP

INV.

Q3004

IC3003

SWITCH

5

6

7

Q3051

L AMP

Q3052

R AMP

1

IC3003

AMP

3

+

-

IC3003

AMP

3

+

-

IC3103

GC2M

C

1

1

Q3006

BUFFER BUFFER

L.P.F.

BUFFER BUFFERAMP

Q3101,3102

Q3104Q3005 Q3007

Q3023

AMP

72

Analog
Front-End

AGC
2 x ADC

V/Y

95

TH-37/42PW7 series
TH-37/42PWD7 series
HB-Board Block Diagram

78

72

95

IC3103

C

V/Y

GC2M

Analog
Front-End

AGC
2 x ADC

Adaptive
Comb
Filter

NTSC
PAL

Color
Decoder

NTSC
PAL
SECAM

Saturation
Tint

65

IC3104

RESET

4

OUT

IC3201

MEMORY

5M FIFO

IC3251

LVDS TRANSMITTER

TO J11

R07

H Sync

V Sync

LL Clock

13

R00

6

206

G07

199

G00

B07

160

B00

153

163

162

165

MEMORY CONTROLLOR

Mixer

2DScalar
PIP
Panorama
Contast
Brightness
Peaking

IIC Bus

Clock
Gen.

Output
Formatter

Sync

+

Clock

SDA

Generation

SCL

117116212210

35556

52251

24

19
182216

14

6

10118

27
28
31

17
32

54

50

23
20
15

12

7
4

HS

VS
CLK IN

CLKSEL

/PDWN

R07

8

R00

G07

8

G00

B07

8

B00

PLL

TX0+

47

TX0-

48

TX1+

45

TX1-

46

TX2+

41

TX2-

42

TX3+

37

TX3-

TTL PARALLEL TO LYDS

38

TXC+

39

TXC-

40

H1

B3

TX0+

B2

TX0-

B6

TX1+

B5

TX1-

B9

TX2+

B8

TX2-

B15

TX3+

B14

TX3-

B12

TXC+

B11

TXC-

X3101

/POWN

CLK SEL

S SEL
S DET

IC3305

DAC ICC EXPANDER

SCL

P1

14

5

P2

6

SDA

P0

4

15

P7

12

IC3304

5V<=>3.3V

SCL

7

SDA

6

2

3

IC3105

5V<=>3.3V

SCL

5

3

SDA

2

6

TERMINAL BOARD

INFORMATION

IC3699

EEPROM

SCL

SDA

6

5

B25

SCL2

B24

SDA2

A38

V/Y

A28

L

A26

R

B36

S2 DET

78

TH-37/42PW7 series
TH-37/42PWD7 series
HB-Board Block Diagram

15.15. HB-Board (1 of 2) Schematic Diagram

HB-BOARD TXNHB10QXS (1/2)

!

IC3101

C0DBEZG00004

A

AMP

IC3003

R3026

10k

R3027

1k

Q3004

2SD0601A0L

SEL

I1

I0

VCC

IC3001

SWITCH

R3059
1k

R3060
1k

R3061

560

AE_L

R3062
560

AE_R

C0ABGB000001

CROMA

AL_S2_DET

AL_S_SEL

AL_S_DET

GND

4

VEE

3

INH

2

COM

1

AE_V_Y

R3065

9V

R3028
100

R3029

220

C3005

0.1u
16V

9V

R3022
100

R3019
1k

C3006

16V

0.1u

C3007

16V

0.1u

R3023

4.7k
5

R3024

6

100

7

R3025

100

8

C3008

0.1u
16V

C0JBAR000111

R3053

15k

R3057
100

33k

Q3051

2SD0601A0L

R3055
15k

R3058
100

33k

Q3052

2SD0601A0L

75

10k

J0HABB000003

123

1%

J0HABB000004

123

1%

R3005

75

J0HABB000004

123

L3051

ELJNA1R5JF

L3052

ELJNA1R5JF

50V

R3010

L3001

R3007
100k

L3002

L3003

Q3001

15k

2SD0601A0L

R3016

C3002

4

0.1u

100

25V

R3011

10k

R3012
10k

Q3002

2SD0601A0L

NP

R3017

C3003

4

100

10u

10V

R3020

R3013

15k

R3008

10k

R3009

C3004

4

JS3301

JS3302

JS3303

JS3304

JS3305

JS3306

C3053
560p

50V

C3054

560p

50V

1k

100

Q3003

R3014

2SD0601A0L

10k

R3018

100

NP

R3015

10u

15k

10V

R3021

1k

JS3308

JS3309

JS3310

C3055
16V
1u

R3051

R3054

33k

C3056

16V

1u

R3052

R3056

33k

C3001
25V

0.1u

D3002

MAZ31000ML

JK3001

B

K1CB106B0027

CY

*JK3002

K1QBB2AB0005

1

2

*R3001

75

R3004

R3003

10k

R3006

1%

*R3002

75

1%

C

L_IN

R_IN

*JK3004

D

K2HA204B0097

C3051

560p
50V

C3052

560p

E

C3012

0.1u
16V

123

+

-

5

4

R3037
220

1%

G1C2R2K00006

R3038

2.7k

J0E8004B0008

VSS

VCC

DI9
DI8

DI7

VSS
DO9
DO8
VCC

DO7

VSS

VSS
VCC
VCC
DO6

VCC

DO5

VSS

DI6

DI5

VCC

WE
RSTW
SWCK

VSS

C3013

16V

1u

L3006

NC
NC
NC

NC

NC

NC

NC

NC
NC

IE

L3005

0

L3007

C3015

47p
50V

12345

10

12

3.3V

70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36

+

C3014

R3043

16V

560

47u

C3016

R3040

22p

330

50V

1%

1%

R3042

6.8k

C3017

68p

50V

R3044

10k

C3018

10u
10V

NP

R3041

67

180

1%

9

C3210

1u
10V

AO_FO9
AO_FO8

AO_FO7

AO_FI9
AO_FI8

C3211

10V

1u

AO_FI7

C3214

10V

1u

C3212

10V
1u

AO_FI6

C3213

10V
1u

AO_FI5

AO_FO6

AO_FO5

C3209

1u

10V

AO_WE
AO_WR

R3046

100

R3045
10k

Q3006

2SB0709A0L

R3047

1k

C3022

10V

1u

C3021

C3019

6.3V

3.3u

Q3007

2SB0709A0L

3.3V

C3216

10V

1u

IC3301

C0CBABB00029

1u

16V

L3201

ELJPA100KF

5V

1

2

IN

OUT

GND3SW

4

R3032

R3030

0

1%

9V

120

1%

390

1%

C3011

+

C3009

16V

16V

0.1u

47u

C3010

0.1u

16V

IC3002

C0ABGB000001

123

+

-

4

+

C3023

47u
16V

AMP

Q3005

Q3023

2SD0601A0L

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

+

2SD0601A0L

R3036

180

1%

R3035

1k

R3050

75

1%

C3024

10u

6.3V

VCC
CS
CSMODE
NC
VSS
DI0
DI1
NC
DI2
VSS
DO0
DO1
VCC
NC
DO2
VSS
VSS
VCC
VCC
DO3
NC

IC3201

VCC

C3HBKZ000002

NC
DO4
VSS
DI3
NC
NC

5M_FIFO

DI4
VSS
OE
RE
RSTR
SRCK
VCC

C3207

220u

4V

5

1%

AO_FO0
AO_FO1

AO_FO2

AO_FI0
AO_FI1

AO_FI2

AO_FI3

AO_FI4

AO_FO3

AO_FO4

AO_RE
AO_RR

R3033
100

R3048
100

R3049

1k

C3202

1u

10V

C3203

10V

1u

C3204

10V
1u

C3208

10V

1u

C3205

1u

10V

C3206

1u

10V

R3031
470

C0DBZLB00001

R3101

C3218

0.1u
16V

C3217

10V
1u

IC3102

ERROR DET

22

Q3101

2SB0709A0L

R3102

0

1IN2

R3106

10k

R3104

R3192

C3102

0.1u
16V

MA2J72900L

22

10k

ON/OFF

R3112

2SD10300TL

AVR 3.3V

F

TH-37/42PW7 series
TH-37/42PWD7 series
HB-Board (1 of 2) Schematic Diagram

12

4

5

79

TH-37PW7BX

16V

IC3101

C0DBEZG00004

1IN2

IC3102

C0DBZLB00001

ERROR DET

R3106

R3101

22

Q3101

2SB0709A0L

R3102

0

6

ON/OFF3OUT4V_adj5GND

R3112

1.5k

1%

R3113

C3102

0.1u
16V

MA2J72900L

D3001

10k

R3107

33

Q3102

2SD10300TL

R3104

22

Q3104

2SD10300TL

R3108

0

0

R3114

R3193

R3192

10k

10k

IC3105

C0JBAZ001834

OUT

1.5k

1%

1

K

A

2

R3117

1k

0

R3125

R3118

C3188
10V

1u

5V=>3.3V

AVR 2.5V

C3103

1u

10V

R3122

8.2k

R

R3123

R3124
10

1%

0

1

16V

C3127

1u

5

1

GND

IC3104

AD2R5V

+

C3105
220u

C3104

1%

0.1u

3

16V

15k

1%

C3107

C3108

C3120

R3119

16V

120

0.1u

R3133

C3109

1k

R3115

C3110

16V

0.1u

C3111

0.1u

R3127

C3119

C3112

16V

0.1u

R3134

C3113

0.1u

C3114

R3129

R3121

120

C3121

16V

0.1u
C3115

0.1u

16V

R3135
C3106

16V

C3116
C3117

R3136

R3137
R3141
R3138

R3139

R3140

22

R3131

22

AO_FO9
AO_FO8
AO_FO7
AO_FI9
AO_FI8
AO_FI7
AO_FI6
AO_FI5

8

Vcc

/OE1

1

C0EBE0000066

RESET

4V

C3122

1u

0

10V

R3142

16V

0.1u

0.1u
16V

10

1%

0.1u

16V

12

16V

0.1u

10

16V

16V

0.1u

12

10

0.1u

0.1u

0.1u

16V

0
0
0
0

0

C3118

0.1u
16V

6

7

B1

/OE2

A1B2GND

2

3

AG_SCL2

64

65
66

AVSAD11

68

AVDAD11

69

VRH1

70

NC

71

VIN1

72

VRL1

73

NC

74

NC

16V

75

AVSAD22

76

AVDAD22

77

AVSAD21

78

AVDAD21

79

1%

NC

80

VRH2

81

NC

82

VIN2

83

NC

84

VRL2

85

1%

NC

86

NC

87

AVSAD32

88

AVDAD32

89

AVSAD31

90

AVDAD31

91

NC

92

1%

VRH3

93

NC

94

VIN3

95

NC

96

VRL3

97

NC

98

NC

1%

99

AVDCLP

100

AVSCLP

101

UCLP

102

VCLP

103

YCLP

104

VSS

16V

105

VDDI

106

VDDE

107

MST

108

SMCK

109

VPD

110

XTST

111

VPIN1

112

HPIN1

113

SCS

114

XSM

115

SDA

116

SCL

117

VSS

118

VDDE

119

FO9

120

FO8

121

FO7

122

FIN9

123

FIN8

124

FIN7

125
126
127
128

129

C3123

AO_FO6

AO_FO5

A2

45

R3195

R3194

0

0

AG_SDA2

C3125

0.1u
16V

63

62

130

131

16V

0.1u

Vcc

2

SUB

4

3

NC

Out

R3143

0

C3126

0.1u
16V

61

VSS

BCLK
HFR
LCDSW

NRST

AVSAD1267AVDAD12

Macro

C3128

0.1u
16V

AD

FIN6

FIN5

FO6

FO5
VSS
VDDI

VDDE

FCKR

FO4

FO3

FIN4

FIN3

R3189

136RR137RE138

0

AO_RE

FIN2

139

140

141

142

AO_FI4

AO_FI3

AO_FI2

AO_FI1

AO_FO4

AO_FO3

132

133WE134WR135

0.1u

16V

C3124

AO_WE

AO_WR

AO_RR

3.3V

R3145

1k

R3144

1k

C3129

0.1u
16V

48

49

VSS

YUV050YUV151YUV252YUV353YUV454YUV555YUV656YUV757YUV858YUV959VDDI60VDDE

16V

16V

C3132

C3133

0.1u

0.1u

33

35

36

VSS

VDDI34VDDE

YIN037YIN138YIN239YIN340YIN441YIN542YIN643YIN744YIN845YIN946VDDI47VDDE

C3142

16V

0.1u

Global_tvsiginal_processing_CoreLSI

GC2M+

ver.2_for_Main_processor

IC3103

C1AB00001826

For BurstLock For Mid_CLK

Macro

FIN1

FIN0

FO2

FO1

FO0

OSDCNT

VDDE

VSS

VDDI

INTLC

VDAF

EWO

HO2

HO1

HDO

HTRAP

HINP

HPO3

VPO3

HPO2

VPO2

LCLK2

VDDE

BXS3

VSS

CW358

VDDI

VGS3

143

144

145

146

147

148

149

150

151

152

153

154

155

156

157

158

159

160

161

162

163

164

165

16V

16V

0.1u

0.1u

C3131

C3130

AO_FI0

AO_FO2

AO_FO1

AO_FO0

22

22

22

R3148

R3149

R3151

AB_GO7

AB_GO6

AB_GO5

AB_GO4

AB_GO3

AB_GO2

AB_GO0

AB_GO1

AM_VS

AM_HS

CPO3

166

167

168

169

170

171

172

R3154

16V

0.1u

C3137

C3141

1u

16V

6.3V

0.1u

0.1u

16V

C3134

C3139

C3138

2.5v_MB

C3135

6.3V

0.01u
16V

L3102

ELJPA100KF

R3152

R3153

560

220

C3136

C3140

33p
50V

AC_RO7

C3144

16V

0.1u

14

16

17

19

20

VSS

HPO115VPO1

VDDI18VDDE

LCLK1

HPIN221VPIN222UVIN023UVIN124UVIN225UVIN326UVIN427UVIN528UVIN629UVIN730UVIN831UVIN932CLKIN

PLLPLL

Macro

AVDPL3

AVSPL3

VGS2

CPO2

AVDPL2

AVSPL2

VSS

173

174

175

176

177

178

179

330

0.1u
C3149

C3146

16V

R3155

330

2.5v_MM

C3147

10u

10u

6.3V

L3103

ELJPA100KF

100p

50V

50V

AC_RO0

AC_RO6

AC_RO5

AC_RO4

AC_RO3

AC_RO2

AC_RO1

C3159

220u

4V

+

R3159

0

R3185

0

+

C3179

GC2R5V

GC3R3V

16V

0.1u

16V

C3161

C3160

1

2

3

4

256

UV05UV16RO07RO18RO29RO310RO411RO512RO613RO7

255
254

AVDDA6

VDDI
VDDE

VSS

Macro

XTAL

For FBP

VSS

VGS1

PLL

CPO1

Macro

HREF

VDDE

BXS2

VDDI

FBPMO

VDDE

180

181

182

183

184

185

0.1u

16V

0.1u

C3152

16V

C3148

C3156

1u

1u

6.3V

6.3V

C3150

0.01u
16V

R3157

R3156

220

560

50V

C3151

C3153

33p

100p

253

AOUT6

252

AVSDA6

251

NC

250

VRO6

COMP5

249

VREF6

COMP6

AOUT5

248

AVSDA5

247

AVDDA5

246

NC

245

COMP4

244

VREF4

243

VRO4

242

AVDDA4

AVDDA4

241

AOUT4

240

AVSDA4

AVSDA4

239

COMP3

Macro

238

AOUT3

237

DA

AVDDA3

AVDDA3

236

AVSDA3

AVSDA3

235

AOUT2

234

AVDDA2

AVDDA2

233

AVSDA2

AVSDA2

232

VREF2

231

VRO2

230

AVDDA1

229

AVSDA1

228

AOUT1

227

VREF1

226

VRO1

225

AVDAD

224

VR

223

AVSAD

ACL

222

AIN4

EHT

221

MP

AIN3

Macro

220

AIN2

219

AD

AIN1

218

TEST

217

YUVOE

216

VMYS

215

VSS

214

VDDE

213

XOUT

212

VDDI

211

XIN

210

VSS

209

VDDE

208

FRCLK

207

VPO4

206

HPO4

205

BLK

204

HCLP

203

BCF

202

GCF

201

RCF

200

BDV

VDDI

POUT

VDDE

199

RDV

198

VDDE

197

VSAW

196
195
194

FBPIN

VSS

AVSPL1

AVDPL1

193

186

187

188

189

190

191

192

16V

0.1u

16V

C3154

0.1u

C3158

R3158

1.8k

2.5v_MF

C3157

10u

6.3V

L3104

ELJPA100KF

4V

220u

R3120

0

DA2.5V

0.1u

C3163

1u
10V

1%

R3177

1.4k

R3178

R3160

2.7k

1%

1%

C3164

1u
10V

1%

C3165

1u
10V

R3161

2.7k

1%

1%

R3170

75

1%

1%

C3177

0.1u

16V

R3162

2.7k

1%

1%

R3173

220
R3163

2.7k

1%

C3162

1u

10V

C3172

0.1u
16V

1.1k

1%

C3180

0.1u

C3173

16V

0.1u
16V

R3168
200

R3169

75

C3174

0.1u
16V

1%

R3179

1.4k
R3180

1.1k

1%

C3181

0.1u

16V

C3175

0.1u
16V

C3166

1u
10V

R3171

75

C3176

0.1u
16V

R3172

75

1%

R3181

1%

1.4k
R3182

1.1k

C3182

0.1u

16V

C3178

16V

0.1u

1%

R3183

1%

1.4k

R3184

1.1k

C3183

0.1u

R3116

16V

PLL2.5V

0
0
0
0
0

H0J202500002

C3186

50V

0

C3185

6p

50V

X3101

47p

AA_BO7
AA_BO6
AA_BO5
AA_BO4
AA_BO3
AA_BO2
AA_BO1
AA_BO0

R3164
R3165
R3166
R3167
R3174

C3167

16V

0.1u
C3168

16V

0.1u

C3169

16V

0.1u

C3170

0.1u
16V

C3171

0.1u

16V

2
3

4

5

6

7

8

9

10

11

12

13

79

TH-37/42PW7 series
TH-37/42PWD7 series
HB-Board (1 of 2) Schematic Diagram

5

96873

TH-37PW7BX

15.16. HB-Board (2 of 2) Schematic Diagram

HB-BOARD TXNHB10QXS (2/2)

!

1
2
3

AA_BO5

AA_BO7

AA_BO6

AA_BO3

D22

PLL GND

50V

1000p

C3253

50V

C3255

1000p

D21

D20

GND

IC3251

C0ZBZ0000684

DS90C383AMTDX

PLL GND

PLL VCC

LVDS GND

16V

0.1u

C3254

3.3V

AA_BO4

0.1u

C3256

D19

D18

Y3-

Y3+

AI_TX3+

GNDVPHP

TS3100

TS3101

R3251
100

TS3102

AM_VS

AM_HS

22

22

R3254

R3255

D24

VCC

D23

/PDWN

CLK IN

D26

GND D25

293031323334353637383940414243444546474849505152535455

10k

R3252

CLKI_M

4

5

2.5V

+

C3308

C3311

220u

0.1u

4V

16V

6

7

PLL2.5V

2

C3309

1u
10V

OUT

IC3303

AN80L25RMSTX

AVR 2.5V

AVR 2.5V

IC3302

C0DBEZG00004

6

OUT

ON/OFF3OUT4V_adj5GND

1IN2

1%

R3300

1.5k

1%

3.3V

1

IN

GNDNC

ON/OFF

543

3.3V

R3301

1.5k

R3305

0

C3313

1u

10V

8

9

10

11

12

13

AI_TX3-

AA_BO1

16V

R3253

CLKSEL

CLKOUT-

CLKOUT+ D17

AJ_TXC-

AJ_TXC+

AB_GO7

AA_BO2

AA_BO0

50V

4.7k

C3259

1000p

D14

D16

D15

GND

LVDS TRANSMITTER

LVDS VCC

LVDS GND

Y2-

Y2+

16V

C3257

1000p

50V

AH_TX2+

AH_TX2-

AB_GO6

16V

0.1u

C3260

10111213141516171819202122232425262728

D13

D12

VCC

D10

D11

LVDS GND

Y0-

Y0+

Y1-

Y1+

0.1u

C3258

AD_TX0+

AD_TX0-

AK_TX1-

AK_TX1+

R3302

4.7k

50V

C3262

1000p

D9

D8

GND

D0

D1

D27

AC_RO0

AC_RO2

+

C3261

4V

220u

IC3305

C0JBAZ000801

1

A0

2

A1

3

A2

4

P0

5

P1

6

P2

7

P3

8

GND

AC_RO3

0.1u

C3263

D7D6D5

D2D3D4

GND

C3264

16V

0.1u

16V

AC_RO4

L3251

ELJPA2R2MF

SDA 1
SCL 1

S_DET

DAC IIC EXPANDER

C3266

C3265

4V

16V

0.1u

220u

3.3V

+

123456789

VCC

56

AC_RO6

AC_RO5

3.3V

16

VCC

15
14
13

VDAC

12

P7

11

P6

10

P5

9

P4

L3252

ELJPA2R2MF

C3316

1u

10V

AM_HS

AM_VS

R3314

R3315

10k

10k

R3303

22

R3304

22

AL_S_DET

AL_S_SEL

AL_S2_DET

AG_SDA2
AG_SCL2

AE_V_Y

AE_R

AE_L

L3305

C3327

3.3V

+

16V

C3322

C3318

220u

0.1u
4V

3.3V

+

16V

C3323

C3319

220u

0.1u

C3324

16V

100u

C3320

6.3V

0.1u

++

C3321

16V

0.1u

C3301

C3325

47u

10V

16V

1u

AG_SDA2

AG_SCL2

8

VCC

1NC2

IC3304

C0JBBZ000285

5V=>3.3V

1

A0

2

A1

3

A2

4

GND5SDA

IC3699

C3EBGC000018
EEPROM

TERMINAL BOARD
INFORMATION

ELKE103FA

4V

R3313
33k

SCL03SDA04GND

16V

0.1u

123

ELKE103FA

123

C3328

0.1u

L3307

ELKE103FA

123

C3329

0.1u
16V

123

C3330

0.1u
16V

5EN6

R3319

SDA17SCL1

33k

C3317

1u

R3308

10V

10k

8

VCC

7

WP

R3337

22

6

SCL

R3338

22

L3306

16V

ELKE103FA

SCL2

SDA2

SRQ

AI_TX3+

AI_TX3-

C

AJ_TXC+

AJ_TXC-

C

AH_TX2+

AH_TX2-

C

AK_TX1+

AK_TX1-

C

AD_TX0+

AD_TX0-

C

TO
J-BOARD
(J11)

L3308

H0

STB5V

1

SRQ

SRQ

2

3

GND

4

5

SCL2

SCL

6

SDA2

SDA

7

GND

8

SDA2
SCL2

R3309

10k

R3307

0

SCL2

SDA2

AC_RO1

AC_RO7

AB_GO2

AB_GO3

AB_GO4

AB_GO0

AB_GO1

AB_GO5

TH-37/42PW7 series
TH-37/42PWD7 series
HB-Board (2 of 2) Schematic Diagram

80

B40

A40

B39

A39

B38

A38

B37

A37

B36

A36

B35

A35

B34

A34

B33

A33

B32

A32

B31

A31

B30

A30

B29

A29

B28

A28

B27

A27

B26

SCL2

SDA2

SRQ

AI_TX3+

AI_TX3-

C

AJ_TXC+

AJ_TXC-

C

AH_TX2+

AH_TX2-

C

AK_TX1+

AK_TX1-

C

AD_TX0+

AD_TX0-

C

TO
J-BOARD
(J11)

A26

B25

A25

B24

A24

B23

A23

B22

A22

B21

A21

9V

B20

A20

B19

A19

5V

B18

A18

B17

A17

3.3V

B16

A16

B15

A15

B14

A14

B13

A13

B12

A12

B11

A11

B10

A10

B9

A9

B8

A8

B7

A7

B6

A6

B5

A5

B4

A4

B3

A3

B2

A2

B1

A1

H1

H0

STB5V

1

SRQ

SRQ

2

3

GND

4

5

SCL2

SCL

6

SDA2

SDA

7

GND

8

SDA2
SCL2

R3307

0

SCL2

SDA2

TH-37/42PW7 series
TH-37/42PWD7 series
HB-Board (2 of 2) Schematic Diagram

17 18141210 1611 1513

80

15.17. HX-Board Block Diagram

HX

PC Terminal Board

JK3513

PC IN

RS-232C
REMOTE IN

L IN

R IN

JK3511

PC R
PC G
PC B

PC HD

PC VD

SCL

SDA

JK3509

TXD
RXD

1

2

3

13

14

15

12

3

2

L
R

IC3502

DDC EEPROM

VCLK

7

SDA

5

SCL

6

Q3532

L AMP

Q3531

R AMP

Q3535
Q3533

Q3536
Q3534

HX1

TO J14

13

PC Ls

11

PC Rs

5

PC R

1

PC G

3

PC B

7

PC HD

9

PC VD

22

9V

21

5V

19

RXD

18

TXD

TH-37/42PW7 series
TH-37/42PWD7 series
HX-Board Block Diagram

81

TH-37PW7BX

81

TH-37/42PW7 series
TH-37/42PWD7 series
HX-Board Block Diagram

TH-37PW7BX

15.18. HX-Board Schematic Diagram

A

B

HX-BOARD TZTNP01VBSE (FOR 37 INCH MODELS)

!

L3555

ELJPA100KF

9V

Q3531

2SD0601A0L

Q3532

R3664
1k

C3524

50V

0.01u

R3668

100

2SD0601A0L

R3672

R3591

R3592

R3593

R3790

100

0

0

0

100

D3504

MAZ30560ML

R3791

100

L3526

ELJPA100KF

C3550

16V

50V

47u

0.01u

R3653

C3561

15k

16V

R3547

100

R3548

100

L3508
J0HABB000004

L3509
J0HABB000004

L3510

J0HAAB000012

R3585

1u

R3776

100

R3654

R3663

33k

1k

R3655

15k

R3777
100

C3562

R3656

16V

33k

1u

D3502
MAZ30560ML

R3589

56

47k

R3400

10k

R3590

56

+

C3523

R3778

16V

47k

47u

R3586

56

JK3513

K2HC103B0105

L3512

R3529
180k

R3530
180k

AC_HD

AC_VD

IC3502

C3EBCC000020

NC

DDC

NC

EEPROM

NC

VSS

J0HAAB000012

123

L3513

J0HAAB000012

123

L3507

J0HABB000004

123

123

123

123

123

L3511

J0HAAB000012

VCC

VCLK

SCL

SDA

4

4

4

4

4

4

4

5.3

8

1.6

7

0

6

4.5

5

C

AUDIO IN

PC IN

JK3511

TJS8A9880

L3516

J0HAAB000012

123

4

AC_HD

D3501
MAZ30560ML

D

D3503

MAZ30560ML

L3517

J0HAAB000012

123

AC_VD

4

R

L

6

1

11

7

2

12

8

3

13

9

R3508

4.7k

R3509

4.7k

4

14

10

5

15

0

1

0

2

0

3

0

4

E

+

C3551

+

C3404

C3405

16V

16V

47u

0.1u

D3501

MAZ30560ML

D3503

MAZ30560ML

TO

J-BOARD

(J14)

JK3509

F

TH-37/42PW7 series
TH-37/42PWD7 series
HX-Board Schematic Diagram

RS-232C

HX1

PCis

5

GND

RI

9

4

DTR

CTS

8

3

TXD

RTS

7

2

RXD

6

DSR

1

CD

D3507
MAZ81600HL

R3510
100

D3508
MAZ81600HL

R3511
100

D3509
MAZ81600HL

D3510
MAZ81600HL

J0HAAB000012

123

L3515

J0HAAB000012

123

L3514

AB_RXD

4

AB_TXD

4

C3409

0.1u
16V

3

AB_RXD

AB_TXD

42

1

22

9V

2

21

5V

3

20

4

19

RXD

5

18

6

TXD

17

7

16

8

15

9

14

10

PC Ls

13

11

12

STB5

0

PC G

9.0
0

5.3
0

PC B

0

0

0

0

PC R

0

0

0

0

HD

0

0

0

2.4

VD

0

0

0

5.3

PC Rs

0

JK3509

RS-232C

5 91

82

HX-BOARD TZTNP01VCSE (FOR 42 INCH MODELS)

!

R3653

C3561

15k

Q3531

9.0

2SD0601A0L

6.0

R3776

100

5.4
R3654
33k

R3655
15k

33k

R3668

R3663

100

1k

Q3532

9.0
2SD0601A0L

6.0

R3777

100

5.3

R3664

1k

AUDIO IN

JK3513

K2HC103B0105

16V

1u

FL3512

R3547

J0HAAB000012

R

R3529
180k

L

R3530
180k

123

123

FL3513

J0HAAB000012

100

4

C3562

16V

R3548

1u

100

4

R3656

L3555

ELJPA100KF

+

C3550

C3551

50V

16V

0.01u

47u

R3672

100

+

C3405

C3404

16V

16V

47u

0.1u

J0HAAB000012

D3501

MAZ30560ML

D3503

MAZ30560ML

JK3509

RS-232C

FL3516

123

FL3517

J0HAAB000012

123

JK3511

TJS8A9880

4

AC_HD

AC_VD AC_HD

4

CTS

RTS

DSR

RI

PC IN

R3508

R3509

PCis

9

8

7

6

11

12

13

4.7k

14

4.7k

15

5

GND

4

R3510

DTR

3

TXD

2

R3511

RXD

100

1

CD

6

1

7

2

8

3

9

4

10

5

IC3502

0

1

0

2

0

3

0

4

D3507

MAZ81600HL

100

MAZ81600HL

D3509

MAZ81600HL

D3510

MAZ81600HL

TVRN304

NC

NC

NC

VSS

D3508

AC_VD

DDC
EEPROM

J0HAAB000012

123

123

123

123

123

J0HAAB000012

FL3514

123

FL3515

J0HAAB000012

123

FL3507

4

J0HABB000004

FL3508

4

J0HABB000004

FL3509

4

J0HABB000004

FL3510

4

J0HAAB000012

4

FL3511

5.3

8

VCC

1.6

7

VCLK

0

6

SCL

4.5

5

SDA

AB_RXD

4

AB_TXD

4

D3502

MAZ30560ML

R3585
56

R3589

R3778

R3400

47k

47k

10k

R3586

R3590

56

56

R3591

0

R3592

0

R3593

0

R3790

0

R3791

0

L3526

+

C3523

16V
47u

ELJPA100KF

C3524
50V

0.01u

D3504

MAZ30560ML

C3409

16V

0.1u

TO
J-BOARD
(J14)

HX1

1

AB_RXD

AB_TXD

PC G

22

9V

2

21

5V

3

PC B

20

4

19

RXD

5

PC R

18

TXD

6

17

7

HD

16

8

15

9

VD

14

10

13

PC Ls

11

PC Rs

12

STB5

0

9.0
0

5.3
0

0

0

0

0

0

0

0

0

0

0

0

2.4

0

0

0

5.3

0

82

TH-37/42PW7 series
TH-37/42PWD7 series
HX-Board Schematic Diagram

5 91

786

15.19. J-Board Block Diagram

Slot Interface/SYNC Processor Board

J

J11

TO H1

B15

TX3+

B14

TX3-

B12

TXC+

B11

TXC­TX2+

TX2-

TX1+

TX1-

TX0+

TX0-

Y/G

Pb/B

Pr/R

S2 DET

AUDIO IN R
AUDIO IN L

RESET

PWR STATUS

SOS

REMOTE

CABEL DET

PLUG DET

TXD

RXD
IIC SCL
IIC SDA

SRQ

TO H2

Pb/B

Pr/R

S2 DET

AUDIO IN R

AUDIO IN L

RESET

SOS

PLUG DET

IIC SCL
IIC SDA

SRQ

TX3+

TX3-

TXC+

TXC­TX2+

TX2-

TX1+

TX1-

TX0+

TX0-

Pb/B
Pr/R

S2 DET

AUDIO IN R

AUDIO IN L

RESET

SOS

PLUG DET

IIC SCL
IIC SDA

SRQ

TO HX1

P5V

Pb/B
Pr/R

AUDIO IN R

AUDIO IN L

TXD
RXD

B9
B8
B6
B5
B3
B2

A38

A36

A34

B36

A32

HD

A30

VD

A28

A26

B35

B32

B31

B30

B29

B28

B27

B26

B25

B24

B23

J12

A38

Y/G

A36

A34

B36

A32

HD

A30

VD

A28

A26

B35

B31

B28

B25

B24

B23

B15

B14

B12

B11

B9
B8
B6
B5
B3
B2

S2_DET

SLOT2_R

SLOT2_L

J13

A38

Y/G

A36

A34

B36

A32

HD

A30

VD

A28

A26

B35

B31

B28

B25

B24

B23

S2_DET

SLOT3_R

SLOT3_L

J14

9V

22

9V

21

P5V

Y/G

1
3
5
7

HD

9

VD

11
13
18
19

Y

PB

PR

PC_R

PC_L

TXD4

RXD4

RESET

PWR_STATUS

REMOTE

CABEL_DET

Y

PB

PR

Y

PB

PR

DIG12V

SLOT1_R

SLOT1_L

TXD1

RXD1

SCL_S1

SDA_S1

SRQ

FAN_CONT

SCL_S2

SDA_S2

SCL_S3

SDA_S3

IC8101

AVR 9V

21

SLOT1_DET

SLOT2_DET

SLOT3_DET

IC8100

DR15V

AVR 12V

2

1

9V

SLOT1_HD

SLOT1_VD

9V

AVR 5V

2

12V

1

5V

IC3005

INPUT SW

SLOT1

SLOT2

SLOT3

MAIN

PC

SUB

Y

PB

PR

S2_DET

Y

PB

PR

S2_DET

Y

15

Pb

17

Pr

19

S2 DET

23

Y/G

5

Pb/B

7

Pr/R

9

S2 DET

13

Y

59

Pb

61

Pr

63

S2 DET

Y

PB

PR

SCL3

SDA3

3

Y

53

Pb

55

Pr

57

SCL

27

SDA

28

IC3108IC3109

9V

AVR 5V

25V1

IC3101

VIDEO AMP

Y

50

Pb

48

Pr

46

Q3101

AMP

Q3102

AMP

Q3103

1

5

25

IN OUT

AMP

Q8019
Q8018

IC3102

Y

44

Pb

42

Pr

40

Q3104

AMP

Q3105

AMP

Q3106

VIDEO AMP

1

IN

5

IN

25 17

AMP

IC3003

A
LO
LO
HI
HI HI

A
LO

HI LO
HI

B
LO
HI
LO

LO
HIBLO

HI

3
4

15
14

IC3001

AUDIO SELECT

1
5
2
4

12
14
15
11

IC8001

SYNC SELECT
(MAIN)

1
5
2
4

12
14
15
11

Q8012
Q8013

Q8010

EX I/O

CS(M)

FAN_CONT

SCL

SDA

SLOT1

SLOT2

SLOT3

PC

SLOT1

SLOT2

SLOT3

PC

SLOT1

SLOT2

SLOT3

PC

SLOT1

SLOT2

SLOT3

PC

SW3

10

SW2

9

SW1

1

SW0

2

L

3

R

13

SW0

A

10

SW1

B

9

IC8003

VD

3

HD

13

A SW0

10

B SW1

9

VD_HX

HD_HX

IC8009

SLOT2_HD

SLOT2_VD

PC_VD

PC_HD

SCL3

SDA3

SLOT1
SLOT2
SLOT3
PC

SLOT1
SLOT2
SLOT3
PC

SLOT1_VD

SLOT2_VD

SLOT3_VD

PC_VD

SLOT1_HD

SLOT2_HD

SLOT3_HD

PC_HD

SOS

SLOT1_L

SLOT2_L

SLOT3_L

PC_L

SLOT1_R

SLOT2_R

SLOT3_R

PC_R

SLOT3_HD

SLOT3_VD

PC_HD_HX

PC_VD_HX

IC3006

EX I/O

CS(S)

3

SCL3

SCL

15

SDA3

SDA

14

SLOT1

LOLOLO
SLOT2
SLOT3

HI HI

PC

Q3002

L AMP

Q3003

R AMP

SYNC
SIGNAL
PROCESSOR

(MAIN)

G IN

4

VD+

V IN

13

8

HD-

H IN

6

15

SWITCH

CS(M)

7

H:ON

21

S2S1

LOHIHI

IC8005

INVERTER

1

3

6

SCL_S1

SCL_S2

SCL_S3

SDA_S1

SDA_S2

SDA_S3

VD_M

2

4

5

HD_M

Q8011

TH-37/42PW7 series TH-37/42PWD7 series
J-Board Block Diagram

83

EX I/O

CS(S)

SCL

SDA

5V

LOLOLO

HI HI

S2S1

LOHIHI

IC8005

VIDEO AMP

VIDEO AMP

INVERTER

1

3

6

IC3101

1

IN OUT

5

OUTIN

25

OUTIN

IC3102

1

OUT

IN

5

IN

OUT

25 17

OUTIN

SCL_S1

SCL_S2

SCL_S3

SDA_S1

SDA_S2

SDA_S3

VD_M

2

4

5

HD_M

(MAIN)

14

11

17

(SUB)

14

11

IC3002

IIC SW

SLOT1

6

SLOT2

5

SLOT3

4

SLOT1

10

SLOT2

11

SLOT3

12

SLOT1_VD

SLOT2_VD

SLOT3_VD

PC_VD

SLOT1_HD

SLOT2_HD

SLOT3_HD

PC_HD

HD_HX

VD_HX

SCL

7

SDA

9

S0

14

S1

2

A

SLOT1

LO

LO

HIBLO

SLOT2

HI LO

SLOT3

HI

HI

PC

SYNC SELECT
(SUB)

1
5
2
4

12
14
15
11

Q8020,Q8021,Q8025

Q8023,Q8024,Q8026

Q8011,Q8015,Q8002

SDA3

SCL3

SCL3

SCL3

SDA3

SDA3

IC8002

SLOT1

SLOT2

VD

SLOT3

PC

SLOT1

SLOT2

HD

SLOT3

A SW2

PC

B SW3

AMP

13

10

3

9

EX I/O(IIC SW)

Q8016,Q8017,Q8001

IC3007

IIC SW

H:ON

5

H:ON

1

IC3004

SCL

15

SDA

14

IIC SW

3

IIC SW

4

HD_HX

VD_HX

IC8007

CS/VIDEO SEL(MAIN)

5

1

IC8008

CS/VIDEO SEL(SUB)

5

1

9V

3

SDA3

6

7

SCL3

2

10

2
1
9

IC8004

SYNC
SIGNAL
PROCESSOR

(SUB)

G IN

4

V IN

8

H IN

615

IC8009

SWITCH

3
5

TH-37PW7BX

J5

TO D5

15

TX3+

14

TX3-

12

TXC+

11

TXC-

9

TX2+

8

TX2-

6

TX1+

5

TX1-

3

TX0+

2

7
6

TXD4

RXD4

Q8181

VD_M

HD_M

DPMS_HD

DPMS_VD

HD_S

VD_S

SCL3

SDA3

Q8182

SLOT9V

SLOT5V

SLOT3.3V

DIG 12V

DR15V

SCL3

SDA3

STB 5V

LAN15V

DPMS_VD

DPMS_HD

21

4

STB5V S

7
6

Q3010

Q3011

Q3001

SLOT9V

SLOT5V

SLOT3.3V

FAN_CONT

PWR_STATUS

REMOTE_OUT

CABLE_DET

TXD1

RXD1

RESET

SRQ

IC8181

SLOT1_DET

SLOT2_DET

SLOT3_DET

STB5V

SOS

TIME CLOCK

VDD

8

+

X8181

/INTER

5

OSCIN

7

SCL

2

SDA

OSCOUT

6

3

IC8014

RS232C
DRIVER

RXD4

R1IN

R1OUT

16

TXD4

T1OUT

T1IN

RXD4

15

TXD4

1317

IC8005

INVERTER

VD+

13

HD-

CS(S)
H:ON

6

13

11810

VD_S

12

9

HD_S

HD_HX

VD_HX

IC8016

INVERTER

3

TX0-

J1

TO D1

21

Y M

23

PB M

25

PR M

18

VD M

16

HD M

17

DPMS HD

20

DPMS VD

13

HD S

15

VD S

5

Y S

9

PB S

1

PR S

J3

TO D3

15

FAN_CONT

15

POWER STATUS

25

REMOTE OUT

13

CABLE DET

17

TXD TU

19

RXD TU

11

RESET

2

IIC CONT

6

SCL3

7

SDA3

21

TXD PC

23

RXD PC

27

REAL TIME/INTER

4

SCL1

5

SDA1

28

STB ON

12

SOUND MAIN MUTE

J8

TO Z8

15

SOUND MAIN MUTE

14

RESET

17

L

19

R

1

SLOT9V

3

SLOT5V

5

SLOT3.3V

6

SLOT3.3V

9

DIG 12V

12

DR15V

10

SCL3

11

SDA3

J10

TO PF10

2

STB ON/OFF

1

STB 5V

5

LAN15V

6

LAN15V

J6

TO D6

15

TX3+

14

TX3-

12

TXC+

11

TXC-

9

TX2+

8

TX2-

6

TX1+

5

TX1-

3

TX0+

2

TX0-

83

TH-37/42PW7 series TH-37/42PWD7 series
J-Board Block Diagram

TH-37PW7BX

15.20. J-Board (1 of 4) Schematic Diagram (TH-37PW7/PWD7 series)

J-BOARD (1/4) TNPA3246 (FOR TH-37PWD7BK/EK/UY)

!

TNPA3246AB (FOR TH-37PW7BX/EX)

A

SLOT1

SYNC

SLOT2

SELECT

SLOT3

(MAIN)

PC

IC8001

C0JBAR000241

1

0.5

R8001

0

Y0

2

0.4
Y2

3

4.2
Y

4

4.5

R8003

0

Y3

5

0.4

R8004

0

Y1

6

0.4
INH

7

0

VEE

0

8

VSS

B

*IC8002

*R8005

*R8007
*R8008

C0JBAR000241

1

0.2

0

2

0.4
3

4.4
4

4.6

0

5

0.9

0

0.9

6
7

0
0

8

C

SYNC
SELECT
(SUB)

Y0
Y2
Y
Y3
Y1
INH
VEE
VSS

SLOT1
SLOT2
SLOT3
PC

AB

LOLO

LO

HI

HI

LO

HI

HI

9.1

16

VDD

15

2.5

X2

14

2.1

X1

13

4.5

X

12

0.8

X0

11

4.5

X3

9.0

10

A

9.0

9

B

AB

LOLO

LO

HI

HI

LO

HI

HI

9.0

16

VDD

*C8004 50V

0.3

15

X2

0.3

14

X1

4.5

13

*R8014

X

0.3

12

*R8015

X0

4.5

11

*R8016

X3

9.0

10

A

9.0

9

B

C8003 50V

R8010
R8011
R8012

9V

0.1u
270
270

270

0.1u

R8017

5.6k

R8018

5.6k

270
270
270

*R8019

5.6k

*R8020

5.6k

G1C100K00020

+

C8001

16V
47u

L8001

AE_SW0
AE_SW1

AE_SW2
AE_SW3

9V

AC_CS((S))

R3163

1k

4.5

3.8

9.0

678

I0

VCCCOM

C8049

50V

0.01u

INH

123

3.600

*R8099

10k

VIDEOCS

R8097

AC_CS((M))

10k

CS VIDEO

R8098

10k

*R3162
1k

4.5

9.0

8

VCCCOM

*C8050

50V

0.01u

1

3.9

0

AL_VD_2

AD_VD_4

AI_VD_1

D

E

TO
Z-BOARD
(Z8)

SOUND MAIN MUTE

SLOT3.3V

SLOT3.3V

FAN_SW

SLOT9V

SLOT5V

DIG12V

DR15V

RESET

J8

9.1

1

0

2

GND

5.0

3

0

4

GND

3.3

5

3.3

6

0

7

GND

0

8

GND

12.0

9

0

10

SCL3

0

11

SDA3

15.5

12

0

13

GND

4.9

14

0.1

15

0.4

16

5.5

17

L

0

18

GND

5.5

19

R

0

20

GND

FL3006
ELKE103FA

9V

123

FL3007
ELKE103FA

5V

123

FL3008
ELKE103FA

123

SLOT9V

C8111

C8105

16V

16V

0.1u

47u

SLOT5V

++ +

C8112

C8106

16V

16V

0.1u

47u

SLOT3.3V

C8107

C8113

16V

16V

0.1u

47u

AD_HD_4

AI_HD_1

AL_HD_2

F

TH-37PW7/PWD7 series
J-Board (1 of 4) Schematic Diagram

12

ABC J Q

E

4

FGH

I

5

84

9V

R3163

1k

9.0

VCCCOM

C8049

50V

0.01u

123

3.600

SWITCH

IC8007

4.5

8.7

3.8

C0JBAR000111

678

I0

I1

SEL

R8093
100

INH

VEE

GND

45

0

Q8002

R8072

0

HD

2SD0601A0L

R8047

270

C8035
16V

0.1u

9.0

1.6

1.0

C8027

16V

1%

2.2u

1%

R8036

R8035

150

330

1

2

3

*R8099

10k

AC_CS((S))

AC_CS((M))

CS VIDEO

*R3162
1k

*C8050

0.01u

VIDEOCS

R8100

R8097

10k

R8098

10k

4.5

9.0

I0

VCCCOM

50V

INH

123

3.900

4.5

4.3

0.9

0

123

45

10k

VSS

H:ON

VDD

678

5.3

4.5

4.3

4.5

*R8094

100

8.7

3.9

*R8071

678

0

I1

SEL

*IC8008

C0JBAR000111

VEE

GND

45

SWITCH

0

IC8009

C0JBAS000109

C8051

16V

0.1u

5V

*R8062

SWITCH

*Q8001

2SD0601A0L

270

4

*C8043

16V

0.1u

9.0

1.6

1.0

*C8041

16V

2.2u

1%

1%

*R8061

*R8060

150

330

5

6

7

8

84

TO
J-BOARD
(3/4)

KLMD

5

6873

RN

TUP

SO

TH-37PW7/PWD7 series
J-Board (1 of 4) Schematic Diagram

9

15.21. J-Board (2 of 4) Schematic Diagram (TH-37PW7/PWD7 series)

J-BOARD (2/4) TNPA3246 (FOR TH-37PWD7BK/EK/UY)

!

1

2

3

4

5

6

TNPA3246AB (FOR TH-37PW7BX/EX)

R8033

D8001

*D8004

MA2J11100L

*R8030

1%

*C8020

0.01u

100k

C8015

10V
10u

D8003

MA2J11100L

C8016

16V

4.7u

R8029

R8031

2.2k

1%

3.3k

1%

C8019

C8013

50V

16V

0.01u

0.1u

*C8026

*R8034

100k

*C8017

10V

10u

*C8018

4.7u

16V

3.3k

*C8024

50V

50V

0.01u

1%

*C8022

16V

0.47u

*R8032

2.2k

C8009

6.3V

R8025

10u

0

R8026

MA2J11100L

VD

C8005

R8021

50V

2.2k

0.01u

HD

VD

*C8006

*C8008

*R8022

50V

2.2k

0.01u

330

C8007

5V_M

50V
100p

JS8094

*C8011

6.3V

*R8027

10u

0

*D8002

*R8028

MA2J11100L

330

50V

5V_S

JS8095

100p

*C8014

16V

0.1u

SYNC
SIGNAL
PROCESSOR
(MAIN)

IC8003

C1AA00000395

5.0

1

H.State

5.0

2

V.State

4.3

3

C8025

50V

0.01u

C8023

50V

0.01u

C8021

16V

0.47u

50V

0.01u

4.3

4

0

5

6.2

6

0.9

7

6.2

8

3.0

9

0

10

1

0

2

0

3

4.0

4

0

5

0

6

6.2

7

6.1

8

6.2

9

6.1

10

1.9

SYNC
SIGNAL
PROCESSOR
(SUB)

Green Sep Filter

Green IN

GND

Comp/H IN

Comp/H Det

Vert IN

Vert Det

Vert S/S Adj11Vert S/S IN

*IC8004

C1AA00000395

H.State

V.State

Green Sep Filter

Green IN

GND

Comp/H IN

Comp/H Det

Vert IN

Vert Det

Vert S/S Adj11Vert S/S IN

Clamp Timing

Clamp OUT

HD+OUT

VD+OUT

Digital GND

Clamp Timing

Clamp OUT

HD+OUT

VD+OUT

Digital GND

HD-OUT

HD-OUT

20

19

V.Po l.

18

H.Pol.

17

16

Vcc

15

14

13

12

20

19

V.Po l.

18

H.Pol.

17

16

Vcc

15

14

13

12

7

8

TH-37PW7/PWD7 series
J-Board (2 of 4) Schematic Diagram

141210 1611 1513 17 18

85

SYNC
SIGNAL
PROCESSOR
(MAIN)

TH-37PW7BX

C1AA00000395

1

H.State

2

V.State

3

Green Sep Filter

4

Green IN

5

GND

6

Comp/H IN

7

Comp/H Det

8

Vert IN

9

Vert Det

10

Vert S/S Adj11Vert S/S IN

*IC8004

C1AA00000395

1

0

H.State

2

0

V.State

3

4.0
Green Sep Filter

4

0

Green IN

5

0

GND

6

6.2
Comp/H IN

7

6.1
Comp/H Det

8

6.2
Vert IN

9

6.1
Vert Det

10

1.9
Vert S/S Adj11Vert S/S IN

SYNC
SIGNAL
PROCESSOR
(SUB)

IC8003

Clamp Timing

Clamp OUT

HD+OUT

VD+OUT

Digital GND

Clamp Timing

Clamp OUT

HD+OUT

VD+OUT

Digital GND

HD-OUT

HD-OUT

L8003

3.3

20

5.0

19

V.Po l.

5.0

18

H.Pol.

0

17

12.0

16

Vcc

4.8

15

0.3

14

13

0

0

12

0.3

20

3.4

0

19

V.Po l.

18

0

H.Pol.

0

17

11.9

16

Vcc

15

0

14

0

13

0

12

0

0

ZA3001
K4CD01000013
ZA3003
K4CD01000013
ZA3007
K4CD01000013

C8036

100p

+

*C8037

100p

+

G1C100K00020

50V

R8037

4.7k

1%

C8033
50V

1000p

*L8004

G1C100K00020

50V

*R8038

4.7k

1%

*C8034

50V

1000p

C8029
50V

0.01u
C8030

16V
47u

*R8042

*C8031

50V

0.01u
*C8032

16V
47u

ZA3002
K4CD01000013
ZA3004

K4CD01000013
ZA3008

K4CD01000013

12V

R8041

18k

2.2k

2.2k

R8045

R8048

R8039

4.7k

1%

C8038

50V

1000p

12V

18k

2.2k

2.2k

R8046

*R8049

*R8040

4.7k

1%

*C8039

50V

1000p

5V

L8005
G1C100K00020

2.2k

R8056

100

R8050

R8055

100

2.2k

R8051

R8058

100

R8059

100

INVERTER

0

1

I1

0

2

O1

0

3

I2

5.3

4

0

5

I3

0

6

O3

0.1

78

VCC

I6

O6

I5O2

O5

IC8005

I4

C0JBAB000417

O4GND

14

13

12

11

10

9

C8045

16V

1u

5.3

5.2

0

0

5.3

5.2

0

TPJH1

R8065

*R8070

TPJV1

100

R8067

100

*R8068

R8081

R8077

1.5k

1.5k

*TPJV2

*TPJH2

100

100

*R8078

1.5k

HP

AF_HD_S
AF_VD_S

VP

*R8082

1.5k

AG_HD_M
AG_VD_M

VP

HP

TO
J-BOARD
(4/4)

TH-37PW7/PWD7 series J-Board (2 of 4) Schematic Diagram

141210 1611 1513 17 18

85

ABAA

TH-37PW7BX

15.22. J-Board (3 of 4) Schematic Diagram (TH-37PW7/PWD7 series)

A

B

A

B

C

D

TO
PF-BOARD
(PF10)

STB5V

STB_ON

LAN15V

LAN15V

TO
D-BOARD
(D3)

IIC_CONT

STB3.3V ON/OFF

STB3.3V

SOUND MUTE

CABLE DET

V MUTE IN

POWER STATUS

232C_STATUS

TXD_TU

RXD_TU

TXD_PC

RXD_PC

ALL_OFF

REMOCON OUT

FAN CONT

RTC INT/PANEL_SOS

STB_ON

*J10

1

2

3

GND

4

GND

5

6

J3

1

STB5V

2

3

GND

4

SCL1

5

SDA1

6

SCL3

7

SDA3

8

9

10

GND

11

RESET

12

13

14

15

16

17

18

GND

19

20

GND

21

22

GND

23

24

25

26

27

28

29

5V

30

GND

STB5V_S

5.0

0

0

0

15.0

15.0

5.0

2.3

0

2.5

2.5

4.0

4.0

0.6

3.2

0

5.0

0

3.2

3.2

0.4

0

0.4

0

0.3

0

2.9

0

0.4

0

0.4

6.6

0.4

0

5.3

0

FL3100
ELKE103FA

123

123

FL3000

ELKE103FA

R8207

0

56

R8187

56

R8188

R3150

100

2.5

STB3.3V

S

Q8181

B1CBHD000001

LAN15V

+

C8101

C8100

50V

16V

0.01u

47u

STB5V_S

3.1
R8185

G

5.0

D

G

S

Q8182

B1CBHD000001

R3061

0

AJ_STATUS

R8183

3.2

AJ_TXD1

AJ_RXD1

AJ_TXD4

AJ_RXD4

0

D

5.02.5

MA2J72800L

2.7k

R8186

R8184

2.7k

0

D3061

R3063

100

R3001

10k

3.7

4.9

0

Q3001

2SB0709A0L

AI_Y_1

AI_PB_1

AI_S2_1

STB5V_S

FL3002

ELKE103FA

123

FL3003
ELKE103FA

123

C8103

FL3009
ELKE103FA

123

FL3010
ELKE103FA

123

R3002
1k

R3003
47k

AI_VD_1

AI_HD_1

AI_PR_1

C8102

P5V

16V
47u

++

C8108

16V

0.1u

STB5V_S

C8109

16V

0.1u

16V
47u

++

C8121

C8120

16V

16V

0.1u

47u

STB3.3V

C8123

16V

0.1u

C8122

16V
47u

AB_SCL3
AB_SDA3

IC8181

C1DB00000274

0.1

1

2

5.0

5.0

3

0

45

R3062

100

R8182

100

AN_SCL_S1

AI_R_1

AI_L_1

E

UNREG15V

15V

CLOCK IC

AN_SDA_S1

FL3004
ELKE103FA

123

FL3005
ELKE103FA

123

C8104

16V

47u

IC8000

C0CBAKG00003

AVR 12V

UNREG12V

C8114

0.01u

8

7

6

C8110

50V

0.01u

+

50V

4.5

0.3

0.5

3.2

AVR 9V

IC8101

C0CBAHG00005

12.0

C8117

50V

0.01u

32.768K

H0J327200038

X8181

1

IN

GND
3

0

15.4

1

IN

GND

0

3

C8181

C8182

50V
15p

FGH

I

L3002

G1C100K00020

+

C3004

C3001

16V

50V

47u

0.01u

Q3003

2SD0601A0L

R3140

47k

9V

9.0

2

+

OUT

C8118

C8119

50V

16V

0.01u

47u

12V

11.9

2

+

OUT

C8115

C8116

50V

16V

0.01u

47u

AB_SCL3

L8181

G1C100K00020

C8183

16V

0.1u

STB5V_S

MA2J11100L

+

C8185

<

5.5V

1.5

R8181

100

50V
15p

D8180

AA_SCL3

R3141

47k

4.0

4.0

4.4

0

IIC SW

C3041

16V

0.1u

C3040

16V

0.1u

1

VDD

2

H:ON

3

45

VSS

IC3007

C0JBAS000109

JCD

R3011

9.0

15k

L

6.1
R3009

5.5

100

Q3002

2SD0601A0L

R3005

4.7k

R3013

9.0

R

15k

6.1
R3010

5.4

100

R3014

33k

R3006

4.7k

4.9

8

7

4.5

6

4.1

4.0

AA_SDA3

AB_SDA3

R3015

C3005

16V

1u

R3017

R3012

R3018

33k

C3006

16V

1u

AD_L_4

AL_L_2

AI_L_1

TO
D-BOARD

(D1)

E

F

TH-37PW7/PWD7 series
J-Board (3 of 4) Schematic Diagram

12

AJ_RXD1

AJ_TXD1

J1

0

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

AF_PR_S

0

0

0

0

0

0

0

0

0

0

0

0.8

0

0

0

0.8

0

0

0.5

AF_Y_S

AF_PB_S

AF_HD_S

AF_VD_S

AF_DPMS_HD

AF_DPMS_VD

AG_PR_M

AG_Y_M

AG_PB_M

AG_HD_M

AG_VD_M

AND

IC3150

C0JBCA000066

1

0

A

Vcc

2

0

B

0

3

GND

SN74AHCT1G08DCKR

100

STB5V_S

5.0

5

C3150

16V

0.1u

4

0

Y

LAN15V

A37

A38

A39

A40

B36

B37

B38

B39

B40

Y/G

GND

Y/G GND

LAN15V

S2DETECT

0

0

0

0

0

2.3

0

2.0

38

37

40

39

AH_SOS

R3004

A34

A35

A36

B34

B35

PB/B

PR/R

RESET2

RESET1

PB/B GND

2.1

0

0

2.5

1.0

1.5

36

35

34

A33

B33

PR/R GND

0

1.0

AH_SLOT1_DET

MA2J11100L

D3001

100

A26

AUDIO IN L

1.3

0.6

26

IIC SCL

A25

B25

AUDIO GND

1.2

0.4

25

SLOT9V

STB5V_S

A22

A23

A24

B21

B22

B23

B24

GND

SRQ

RSVD

RSVD

STB5V

IIC DAT

SLOT9V

1.3

1.3

1.2

0

2.3

4.8

23

22

24

R3151

A27

A28

A29

A30

A31

A32

B26

B27

B28

B29

B30

B31

B32

HD

VD

RXD

TXD

SOS

REMOTE

SYNC GND

SYNC GND

PLUG DET

CABLE DET

PWR_STATUS

4.5

0.7

32

AUDIO GND

AUDIO IN R

0

4.4

1.2

0

1.4

4.0

0.5

0

-0.3

31

29

30 0

28

27

00000

0

000

0

31

SLOT5V

SLOT3.3V

A15

A16

A17

A18

A19

A20

A21

B15

B16

B17

B18

B19

B20

GND

0

9.0

0

9.0

21

20

TX3+

GND

GND

SLOT5V

SLOT3.3V

5.0

0

0

3.3

1.2

3.3

0

0

5.0

0.5

16

19

18

15

17

TX3+

00000

0

0.7

A11

A12

A13

A14

B10

B11

B12

B13

B14

TX3G

TXCG

TXC-

TXC+

TX3-

1.2

0

1.2

1.2

1.6

0.6

0.6

1.6

14

13

11

12

TX3-

TX3G

1.6

A10

TXG+

1.2331.3

1.2

0

1.6

9

10

TXG-

TX2G

TX1+

TXC+

TXC-

TXCG

TXG+

101112131415161718192021222324252627282930

0.1

0.3

0

0.200.1

0.500

TX2G

TXG-

TX1+

TX1G

TX1-

1.1

0

0

1.1

1.6

0.3

1.6

0

1.6

4

6

7

8

5

4

TO
D-BOARD

TX1-

TX1G

TX0+

TX0-

TDETECT

(D5)

J5

123456789

TX0G

0

B1B2B3B4B5B6B7B8B9

0

0

1

A1A2A3A4A5A6A7A8A9

R3007

10k

R3023

100

J11

BA

P5V

D3007

MA2J11100L

TO
SLOT1

4.4

0

R3116

10k

0

0

1.6

TX0-

TX0+

1.0

1.0

1.6

1.6

3

2

5

86

JCD

TO
J-BOARD
(1/4)

M

KP

L

R

TO

SUN

Q

J-BOARD (3/4)

!

TNPA3246
(FOR TH-37PWD7BK/EK/UY)
TNPA3246AB
(FOR TH-37PW7BX/EX)

11

AB

LOLO

SLOT1

LO

HI

SLOT2

HI

LO

SLOT3

HI

HI

PC

1

0.3

R3015

R3011

C3005

15k

16V

L

1u

6.1
R3009

100

R3012

33k

R3013

R

15k

6.1
R3010

C3006

100

16V

R3014

1u

33k

AA_SDA3

AB_SDA3

0

Y0

2

0.3
Y2

3

5.3
Y

4

5.3

R3017

0

Y3

5

0.6

R3018

0

Y1

6

0

INH

7

1.1
VEE

8

0

VSS

IC3001

C0JBAR000241

AD_L_4

AL_L_2

AI_L_1

AUDIO SELECT

16

9.0

VDD

15

0.6

X2

14

0.3

R3020

X1

13

X

12

X0

11

X3

10

A

9

B

0

5.3

1.1

R3021

0

5.3

R3022

0

R3160

5.6k

9.0

5.6k

1.1

R3161

AD_R_4

+

C3008

50V

0.1u

C3007

16V
47u

AC_SW0

AC_SW1

AL_R_2

AI_R_1

IC3002

C0JBBR000002

0

1

1OE

2.4

2

S1

4.1

3

1B4

SCL

0.2

4

1B3

0.2

5

1B2

0.2

6

1B1

4.0

7

1A

0

89

GND

AN_SCL_S1

IIC SW

SLOT1
SLOT2
SLOT3
PC

S1 S0

LO
HIHILO
HI HI

4.9

16

VCC

0.2

15

2OE

2.5

14

S0

4.1

13

2B4

0.2

12

SDA

2B3

0.2

11

2B2

0.2

10

2B1

4.1

2A

LOLO

C3009

16V

0.1u

R3197

R3198

12k

12k

AB_SDA3

AN_SDA_S1

AB_SCL3

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

AL_L_2

AL_Y_2

AL_S2_2

AL_PB_2

AL_PR_2

AL_HD_2

AL_VD_2

AL_R_2

32

AH_SOS

P5V

R3060

P5V

R3007

10k

R3023

D3007

100

MA2J11100L

TO

J11

SLOT1

1k

D3005
LNJ206R5ARA

4.4

0

Q3004

2SD0601A0L

0

R3116

10k

LAN15V

B40

LAN15V

100

R3025

A34

A35

A36

A37

A38

A39

A40

B34

B35

B36

B37

B38

B39

Y/G

PB/B

PR/R

RESET2

RESET1

GND

Y/G GND

PB/B GND

S2DETECT

0

0

0

0

40

0

0

0

0

0

0

0

1.3

4.9

39

38

34

36

35

B33

PR/R GND

0

0

33

AH_SLOT2_DET

MA2J11100L

D3003

SLOT9V

SLOT3.3V

SLOT5V

STB5V_S

A15

A16

A17

A18

A19

A20

A21

A22

A23

A24

A25

A26

A27

A28

A29

A30

A31

A32

A33

B15

B16

B17

B18

B19

B20

B21

B22

B23

B24

B25

B26

B27

B28

B29

B30

B31

B32

VD

HD

PWR_STATUS

0.4

0

32

SOS

REMOTE

SYNC GND

0

-0.8

31029

TXD

RXD

SRQ

GND

RSVD

RSVD

STB5V

IIC DAT

IIC SCL

PLUG DET

AUDIO IN L

SYNC GND

AUDIO IN R

CABLE DET

AUDIO GND

AUDIO GND

0.7

0.7

0

0

0.5

0

30

0

0

5.0

0

0.5

0

28

26

27

25

0.3

0.5

24

SLOT9V

5.0

0

2.300

0

22

23

9.0

9.0

21

GND

0370

20

TX3+

GND

GND

SLOT5V

SLOT3.3V

0

5.0

3.3

0

0

3.3

1.601.6

5.0

0

15

16

17819

18

TX3+

0.5

0.5

0.600.5

0.6

21

1.500

A11

A12

A13

A14

B10

B11

B12

B13

B14

TX3-

TXC-

TXC+

TX3G

TXCG

0

0

0

0

0

1.6

0

1.6

14

13

11

10

12

TX3-

0

A10

TXG+

TX3G

TXC+

TXC-

1.6

1.601.6

0

TXG-

TX2G

0

0

1.6

9 1.6

TXG-

TX2G

TX1+

TXCG

TXG+

TX1-

TX1G

TX0+

TX0-

DETECT

1011121314151617181920

1.6

1.6

1.6

1.6

0

TX1-

TX0-

TX1+

TX0+

TX1G

0

0

0

03

0

1.6

0

1.6

1.6

5

4

7

6

TO
D-BOARD

J6

123456789

(D6)

TX0G

B1B2B3B4B5B6B7B8B9

0

0

1

A1A2A3A4A5A6A7A8A9

R3008

10k

R3024

100

J12

BA

P5V

D3008

MA2J11100L

TO
SLOT2

TH-37PW7/PWD7 series
J-Board (3 of 4)

1.6

0

1.6

2

Schematic Diagram

5

6873

9

86

15.23. J-Board (4 of 4) Schematic Diagram (TH-37PW7/PWD7 series)

R3128

9.0

11

12

*R8054

1k

R8057

1k

*Q8018

2SD0601A0L

4.5

3.9

*R8066

680

3.8

R8069

*R8091

180

9.0

4.5

R8089

180

Q8019

680

2SD0601A0L

13

IC3005

C1AB00001139

INPUT SW

56

R3064

R3070

1%

75

56

R3065

R3071

1%

75

56

R3066

R3072

1%

75

SLOT1 :3
SLOT2 :2
SLOT3 :1
PC :T

14

15

AB_SCL3

AC_CS((M))

IC3003

C1AB00000441

10k

AE_SW0

R3029

R3030

10k

R3028

0

1

9.0
SW1

SW1

2

9.0
SW0

SW0

3

8.6

R3031

DAC4

0

R3082
100

:CS(M)

4

6.6
DAC3

:FAN_CONT

5

0.4
DAC2

:LPF(M)

6

0.4
DAC1

:SYNC_INH(M)

7

0.4
DAC0

DAC0 DAC0

8

0

GND

GND

AB_SDA3

10k

10k

R3047

R3045

AD_PB_4

AD_PR_4

AD_Y_4

L3005

G1C100K00020

9V

C3010

16V

0.1u

16

9.1

Vcc

15

4.0

SCL

14

0.4

SDA

13

R3034

9.0

SAD2

12

R3035

9.0

SAD1

11

R3036

0

SAD0

10

0.3

R3037

SW3

9

0.3

R3038

SW2

AA_SCL3

AA_SDA3
330
330

10k

10k

R3044

R3046

330

AC_SW1

0

AC_SW0

0

EX.I/O

16

17

18

19

20

21

22

23

24

25

R3026

R3027

10k

10k

5.0

1

0

R3032
R3033

26

27

R3195
R3196

SW1

SW1=SL2_DET

4.9

2

0

SW0

SW0=SL1_DET

4.6

3

10k

DAC4

DAC4=IICSW

4.5

4

10k

DAC3

DAC3=IICSW

0.3

5

DAC2

DAC2=75ohm

0.4

6

DAC1

DAC1

0.4

7

DAC0

DAC0

0

8

GND

GND

SL3_DET=

IC3004

C1AB00000454

EX.I/O

5.0

16

VCC

4.0

15

SCL

4.0

14

SDA

0.3

13

SAD2

0.4

12

SAD1

0.4

11

SAD0

5.0

10

SW3

4.9

9

SW2

C3011

STB5V

16V

0.1u

330

R3039
R3040

330

R3041

330

R3042

0

R3043

0

C3012

0.01u

C3020 2.2u

16V

C3021 2.2u

16V

C3022 2.2u

C3013

50V

AE_SW3AE_SW1
AE_SW2

9V

0

9.004.5

4.4

50V

9.0

5.0
0

4.8
0

4.8

16V

9.0

0.01u

5.1
0

4.8
0

4.8
0

AC_CS((S))

10k

*R3084

*R3087

*R3107

4.400

46

47

48

49

50

51

52
53

GND

54

PBout1

55
56
57
58
59
60
61
62
63
64

PRout1

TV_PB
GND
TV_PR
Vcc
Y1
GND
PB1

Vcc5Y26GND7PB28GND9PR210SW11L112L213L314Vcc15Y316GND

1L12L23L34

5.000

5.1

5.1

3.0

9.0

0.01u

50V

330k

330k

16V

C3014

C3026 2.2u

1%

R3048

R3049

R3088

R3076

56

AL_Y_2

*R3083

10k

100

*R3085

*R3086

0

1

0.3
2

9.0
3

0

8.6
4

0.4

100

5

3.9
6

0.4
7

0.4
8

0

180

4.5

Q3101

2SD0601A0L

R3129

Q3102

180

R3130

9.0

1.209.0

4.5

42

43

44

45

Vcc

GND

Yout2

GND
Yout1
Avcc
Vcc
TV_Y
GND
GND
PR1
SW

4.804.9

4.8

2.2u

2.2u

16V

16V

C3028

C3027

75

75

1%

R3090

R3089

R3077

R3078

56

56

AL_PB_2

AL_PR_2

*IC3006

C1AB00000441

SW1

SW1
SW0

SW0
DAC4

:CS(S)

DAC3

:FAN_SW

DAC3
DAC2

:LPF(S)

DAC1

:SYNC_INH(S)
DAC0
GND

GND

EX.I/O

2SD0601A0L

180

*R3131

41

PBout2

MonSW

4.9

75

1%

9.0

3.8

4.4

Q3103

2SD0601A0L

180

*Q3104

*R3132

180

C3015

50V

0.01u

4.4

39

40

Vcc

GND

PRout2

GND

PRout3

GND

L1out
L2out

L2
L1

SW

PR3

GND

PB3

1.7

50V

330k

330k

R3052

R3051

AL_S2_2

4.4

2SD0601A0L

4.504.4

37

38

Yout3

5.1

0.01u

C3016

56

R3053

R3079

AI_Y_1

Vcc
SCL

SDA
SAD2
SAD1
SAD0

SW3

SW2

9.0

3.8

4.5

*Q3105

2SD0601A0L

*R3133

180

GND

16V

C3029 2.2u

R3091

56

R3102

180

1%

R3103

180

1%

9.0
R3101

180

3.7

1%

9.0

3.9

9.0

4.4

3.8

4.4

*Q3106

2SD0601A0L

L3006

G1C100K00020

1.2

4.4

C3018

33

34

35

36

PBout3

ADRESS

0

4.909.0

1%

16
15
14
13
12
11
10

9

17

2.2u

C3030
75

R3080

AI_PB_1

47u

32

5.0

31

0

30

0

29

0

L3out

28

5.3

DVcc

27

4.0

SCL

26

4.0

SDA

25

0

24

0

DGND

23

3.9

L3

R3054

22

5.1
R3055

21

5.0
R3056

20

0

18

19

4.8

16V

16V

C3031 2.2u

1%

75

1%

75

R3093

R3092

R3081

56

56

AI_PR_1

9V

*C3032

16V

0.1u

9.1

4.0

4.0
330

*R3094

0.3
330

*R3095

0

330

*R3096

9.1

9.0

*R3097

0

9.0

*R3098

0

28

29

30

31

AH_SLOT1_DET

32

AH_SLOT2_DET

J-BOARD (4/4) TNPA3246 (FOR TH-37PWD7BK/EK/UY)

!

TH-37PW7/PWD7 series
J-Board (4 of 4) Schematic Diagram

AH_SOS_ALL

Q8200

2SD0601A0L

AH_SOS

LAN15V

R8200

22k

0.1

R8201
47k

D8200
MAZ31500ML

D8201

MA2J11100L

D8204
MA2J11100L

STB5V_S

4.9

R8202
22k

Q8202

2SD0601A0L

0

0.1

0.1
0

0

Q8201

2SD0601A0L

AH_SOS_ALL

5.0

0

TNPA3246AB (FOR TH-37PW7BX/EX)

R8203

22k

+

C8200

R8204

16V

100k

47u

R8205

R8206
47k

LAN15V

56k

D8203
MAZ31000ML

141210 1611 1513 17 18

87

9.0

3.8

4.4

Q3103

2SD0601A0L

180

*Q3104

*R3132

180

C3015

50V

0.01u

0

4.409.0

39

40

41

Vcc

GND

PRout2

GND

PRout3

GND

MonSW

L1out
L2out

L2
L1

SW

PR3

GND

PB3

11L112L213L314

4.9

1.7

4.905.1

50V

330k

330k

75

R3052

R3051

AL_S2_2

4.4

2SD0601A0L

4.504.4

37

38

Yout3

Vcc15Y316GND

0.01u

C3016

56

R3053

R3079

AI_Y_1

Vcc
SCL

SDA
SAD2
SAD1
SAD0

SW3

SW2

9.0

3.8

4.5

*Q3105

2SD0601A0L

*R3133

180

GND

16V

C3029 2.2u

R3091

56

TH-37PW7BX

ABAA

TO
J-BOARD

STB3.3V

C8084

16V
1u

3.3

3.3

0

1.9

0

1.9

0

1.9

1.8

0

STB3.3V

VCC

6A

6Y

5A

5Y

4A

C0JBAZ001934

4Y

9.0
R3216

3.3

4.5

4.5
R3217

3.3

0

9.0

R3218

3.3

4.5

4.4
R3219

3.3

0

R8124

R8125

R8126

R8127

L3050

G1C100K00020

14

13

12

11

10

9

8

(2/4)

100

AJ_TXD_4

AJ_RXD_4

100

AJ_RXD4

100

AJ_TXD4

100

C3200
16V

1u

3.2

0

3.2

0

3.2

0

3.2

+

C8070

C8071

16V

16V

0.1u

47u

L3003

G1C100K00020

C3002

16V

4.7u

R3102

180

1%

R3103

180

1%

9.0
R3101

180

3.7

1%

9.0

3.9

4.4

*Q3106

2SD0601A0L

1.2

4.4

33

34

35

36

PBout3

L3out
DVcc

SCL
SDA

ADRESS

DGND

L3

17

18

19

4.8

4.909.0

2.2u

16V

C3030

C3031 2.2u

75

1%

75

1%

R3092

R3081

R3080

56

AI_PR_1

AI_PB_1

16

9.1

15

4.0

14

4.0

13

*R3094

0.3

12

*R3095

0

11

*R3096

9.1

10

9.0

*R3097

9

9.0

*R3098

*R3199

180

1%

9.0
*R3200

180

3.8

1%

9.0

4.4

*R3201

180

3.8

1%

L3006

G1C100K00020

1%

9V

*R3202

1%

180

*R3203

C3018

32

5.0

31

0

30

0

29

0

28

5.3

27

4.0

26

4.0

25

0

24

0

23

3.9

R3054

22

5.1

R3055

21

5.0

R3056

20

0

16V

1%

75

R3093

56

9V

*C3032

16V

0.1u

180

16V
47u

+

C3019

16V

0.1u

C3017

50V

0.01u
R3057

56

R3058

P5V

56

56
330k
330k

AI_S2_1

AA_SDA3

AA_SCL3

AA_SCL3

AA_SDA3

330
330

10k

*R3100

330
0
0

R3104

R3105

180

180

1%

1%

1%

R3106

180

1%

*R3204

180

C3105

16V 0.1u

C3101

2.2u

C3102

16V

C3103

16V

C3106

16V 0.1u

C3107

16V 0.1u

16V

0.1u

16V 0.1u

2.2u

C3104

2.4

5.0

3.6

0

2.7

5.0

3.4

0

0

0

1.4

5.0

0

4.4

IC3101

C1AB00001720

1

GINA/UINA

2

GSG1

3

GINB/UINB

4

NC

5

BINA/VINA

6

GSB1

7

BINB/VINB

8

NC

9

DISABLE

10

GND3

11

BOUT/VOUT

12

VCC3

13

GND2

14

GOUT/UOUT15VCC2

RINB/YINB

RINA/YINA

SYNCIN

MUXSEL

ROUT/YOUT

VIDEO AMP

(MAIN)

0

28

NC

GSR1

VCC4

VFC

RFC

GND4

VCC1

GND1

C3109

2.5

27

26

25

24

23

22

21

20

19

18

17

16

16V

0.1u

5.0

2.3

5.0

0

0

0.1

0.1

0

5.0

1.4

0

5.0

R3117

R3126

C3108

16V 0.1u

C3111

16V 0.1u

C3110

2.2u

16V

C3112
16V 0.1u

0

0

C3114

16V 4.7u

1%

R3118

820

C3115
16V 0.1u

*IC3102

2.3

5.0

0.9

0

2.3

5.0

0.8

0

0

0

10

1.1

11

5.0

12

13

0

1.1

14

C1AB00001720

1

GINA/UINA

2

GSG1

3

GINB/UINB

4

NC

5

BINA/VINA

6

GSB1

7

BINB/VINB

8

NC

9

DISABLE

GND3

BOUT/VOUT

VCC3

GND2

GOUT/UOUT15VCC2

VIDEO AMP

(SUB)

RINB/YINB

RINA/YINA

SYNCIN

MUXSEL

ROUT/YOUT

0

28

NC

*C3124

2.4

27

26

GSR1

25

24

VCC4

23

22

21

VFC

20

RFC

19

GND4

18

VCC1

17

16

GND1

0.1u

16V

*C3125

5.1

16V

0.1u

2.3

2.2u

*C3126

16V

5.0

*C3127

16V 0.1u

0

0

*R3108

0

0

*R3127

0.9
16V

0.9

4.7u

*C3129

1%

820

*R3109

0

5.0

1.1

*C3130

16V 0.1u

0

5.0

*C3123

16V 0.1u

1%

*R3112

4.7k

*C3116

16V

2.2u

*C3118

16V 0.1u

*C3117

16V

0.1u

*C3119

2.2u

16V

*C3120

16V 0.1u

*C3121

16V 0.1u

*C3122

0.1u

16V

10k

*R3099

5V_M

AVR 5V

IC3109

AN78L05M-E1

JS8096

1

5.0

+

C3143

16V

2.2u

C3113

16V

47u

C3135

16V

R3188

470u

+

C3134

16V

R3190

470u

+

C3136

16V
470u

+

1%

1%

R3110

4.7k

R3189

75

R3111

1.5k

5V_S

*IC3108

AN78L05M-E1

JS8097

1

5.0

+

*C3128

*C3141

16V

16V

47u

2.2u

+

*C3266

16V
470u

*C3268

16V
470u

+

+

*C3267

16V
470u

*R3113

1.5k

1%

OUT

75

75

OUT

COMMON

2

1%

1%

1%

AVR 5V

COMMON

2

R3194

3

IN

7.5
R3193

0

D3024

MA2J11100L

C3144

16V

2.2u

AG_PR_M

AG_Y_M

AG_PB_M

*R3192

3

IN

7.1

*R3191

0

*D3021

MA2J11100L

*R3260

75

AF_PR_S

1%

*R3262

75

1%

AF_PB_S

1%

*R3261

75

33

33

33

*C3142

AF_Y_S

C8081

C8080

16V

16V

0.1u

0.1u

C8082

16V

0.1u
C8083

16V

0.1u

33

AF_HD_HX

AF_DPMS_HD

AF_VD_HX

AF_DPMS_VD

AF_HD_HX

16V

2.2u

AF_VD_HX

1

0

2

0

3

2.8

4

0.4

5

3.2

6

0.4

7

0

8

1.9

9

0

10

1.7

R8117

R3230

R8118

R3231

C8072
10u
10V

C8073
10u
10V

RS232C

DRIVER

IC8014

C0ZBZ0000911

EN

SHUTDOWN

C1+

V+

T1OUT

C1-

T1_OUT

R1IN

C2+

R1OUT

C2-

R1_OUT

V-

ONLINE

T1IN

T2_OUT

R2_IN

R2_OUT11STATUS

1.3

0

1

0

2

100

1.3

3

0

0

4

100

0

5

3.2

6

0

7

R3212

4.7k

R3210

100

D8010

MA3X15300L

R3213

4.7k

R3214

4.7k

R3211

100

D8011
MA3X15300L

R3215

4.7k

VCC

GND

R1_IN

T1_IN

T2_IN

1A

1Y

2A

2Y

3A

3Y

GND

5.2

Q8010

2SD0601A0L

3.8

5.1

Q8012

2SD0601A0L

3.8

2SB0709A0L

20

19

18

17

16

15

14

13

12

INVERTER

IC8016

Q8011

2SB0709A0L

Q8013

AJ_RXD_4

AD_R_4

AF_VD_HX

AD_PR_4

AF_HD_HX

AD_PB_4

AD_Y_4

TO
HX-BOARD
(HX1)

P5V9V

9.0

5.3

000

2221201918171612131415

J14

123456789

Y/G

GND

0

0

AJ_TXD_4

AD_L_4

STB5V_S

0

0

0

0

GND

RXD

GND

PB/B

PR/R

000

5.4

5.0

L

GND

GND

GND

TXD

75ohm

STB5V_S

10

11

R

VD

HD

GND

GND

GND

2.5

0

2.500

5.3

AD_VD_4

TH-37PW7/PWD7 series
J-Board (4 of 4) Schematic Diagram

141210 1611 1513 17 18

87

AD_HD_4

TH-37PW7BX

15.24. J-Board (1 of 4) Schematic Diagram (TH-42PW7/PWD7 series)

!

J-BOARD (1/4)

A

B

C

TNPA3197 (TH-42PWD7BK/BS/EK/ES/UY)
TNPA3197AB (TH-42PW7BX/EX)

SYNC
SELECT
(MAIN)

IC8001

C0JBAR000241

1

0.5

R8001

0

Y0

2

0.4

R8002

0

Y2

3

4.2
Y

4

4.5

R8003

0

Y3

5

0.4

R8004

0

Y1

6

0.4

INH

7

0

VEE

0

8

VSS

AB

LOLO

SLOT1

LO

HI

SLOT2

HI

LO

SLOT3

HI

HI

PC

*IC8002

C0JBAR000241

1

0.2

*R8005

0

Y0

2

0.4

*R8006

0

Y2

3

4.4
Y

4

4.6

*R8007

0

Y3

5

0.9

*R8008

0

Y1

6

0.9

INH

7

0

VEE

0

8

VSS

AB

LOLO

SLOT1

LO

HI

SLOT2

HI

LO

SLOT3

HI

HI

PC

SYNC
SELECT
(SUB)

9V

R3163

1k

4.5

8.7

3.8

AC_CS((S))

C8049

50V

0.01u

AC_CS((M))

*R3162

1k

*C8050

0.01u

CS VIDEO

50V

9.0

678

I0

VCCCOM

INHI1VEE

123

45

3.600

0

*R8099

10k

R8100

VIDEOCS

10k

R8097

10k

R8098

10k

4.5

9.0

3.9

678

I1

I0

VCCCOM

INH

VEE

123

3.900

GND

C8003

50V

0.1u

9.1

16

VDD

2.5

15

R8009

X2

14

X1

13

X

12

X0

11

X3

10

A

9

B

16

VDD

15

X2

14

X1

13

X

12

X0

11

X3

10

A

9

B

270

R8010

2.1

270

4.5

0.8

R8011

270

4.5

270

R8012

9.0

9.0

*C8002

50V

0.1u

9.0

0.3

*R8013

270

0.3

*R8014

270

4.5

0.3

*R8015

270

4.5

*R8016

270

9.0

9.0

L8001

G1C100K00020

9V

+

C8001

16V
47u

R8017

5.6k
AE_SW0

AE_SW1

R8018

5.6k

*R8019

5.6k

AE_SW2
AE_SW3

*R8020

5.6k

D

E

F

TH-42PW7/PWD7 series
J-Board (1 of 4) Schematic Diagram

TO
Z-BOARD
(Z8)

SLOT3.3V

SLOT3.3V

SOUND MAIN MUTE

FAN SWITCH

SLOT9V

SLOT5V

DIG12V

AK_VD_3

AL_VD_2

AD_VD_4

AI_VD_1

FL3006

J8

9.1

1

0

2

GND

5.0

3

0

4

GND

3.3

5

3.3

6

0

7

GND

8

0

GND

12.0

9

0

10

SCL3

11

0

SDA3

12

15.5

DR15V

13

0

GND

14

4.9

RESET

15

0.1

0.4

16

5.5

17

L

18

0

GND

19

5.5

R

20

0

GND

ELKE103FA

123

FL3007
ELKE103FA

123

FL3008
ELKE103FA

123

C8105

16V
47u

C8106

16V
47u

C8107

16V
47u

D

SLOT9V

C8111

16V

0.1u
SLOT5V

C8112

16V

0.1u

SLOT3.3V

+ + +

C8113
16V

0.1u

H

EFG

AD_HD_4

AI_HD_1

AL_HD_2

AK_HD_3

M

J Q

KL

IABC

12

4

5

88

9V

C8035

R3163

1k

4.5

9.0

I0

VCCCOM

C8049

50V

0.01u

INH

123

3.600

SWITCH

IC8007

C0JBAR000111

8.7

3.8

678

R8072

I1

SEL

0

100

R8093

VEE

GND

45

HD

0

Q8002

2SD0601A0L

R8047

270

16V

0.1u

9.0

1.6

1.0

C8027

16V

1%

2.2u

1%

R8036

R8035

150

330

1

2

3

*R8099

AC_CS((S))

AC_CS((M))

*R3162
1k

*C8050

0.01u

CS VIDEO

50V

10k

R8100

VIDEOCS

10k

0

HI:ON

4.5

R8097

10k

R8098

10k

*R8094

100

4.5

9.0

8.7

3.9

678

I1

I0

SEL

VCCCOM

INH

VEE

GND

123

45

3.900

0

4.5

4.3

45

VSS

678

4.3

4.5

*IC8008

C0JBAR000111

*R8071

SWITCH

0.9
123

VDD

5.3

0

IC8009

C0JBAS000109

SWITCH

C8051

16V

0.1u

5V

*Q8001

2SD0601A0L

*R8062

270

4

5

*C8043

16V

0.1u

9.0

*C8041

16V

*R8061

1.6

2.2u

150

1%

1.0
*R8060

330

1%

6

7

KL

8

TO
J-BOARD

M

5

(3/4)

SO

U

VRN

T

P

6873

TH-42PW7/PWD7 series
J-Board (1 of 4) Schematic Diagram

9

88

15.25. J-Board (2 of 4) Schematic Diagram (TH-42PW7/PWD7 series)

!

J-BOARD (2/4)
TNPA3197 (TH-42PWD7BK/BS/EK/ES/UY)
TNPA3197AB (TH-42PW7BX/EX)

SYNC
SIGNAL

PROCESSOR

(MAIN)

IC8003

C1AA00000395

1

5.0
H.State

2

5.0

1

C8009

R8025

2

3

VD

R8021

C8005

2.2k

50V

0.01u

0

R8026

MA2J11100L

330

C8007

5V_M

50V
100p

4

*C8011

6.3V

*R8027

10u

5

6

HD

VD

*C8006

50V

0.01u

0

*D8002

*R8028

MA2J11100L

330

*C8008

5V_S

50V

100p

*R8022

2.2k

R8033

C8025

100k

50V

0.01u

C8015

10V

6.3V
10u

10u

D8003

D8001

MA2J11100L

C8016

16V

4.7u

R8031

R8029

2.2k

3k

1%

1%

JS8094

C8013

16V

0.1u

*C8017

*D8004

MA2J11100L

*C8018

16V

*R8030

1%

JS8095

*C8020

0.01u

*C8014

16V

0.1u

C8023

C8019

50V

50V

0.01u

0.01u

C8021

16V

0.47u

*C8026

*R8034

50V

100k

0.01u

10V

10u

4.7u

3.3k

1%

*C8024

50V

50V

0.01u

*C8022

*R8032

16V

2.2k

0.47u

7

4.3

4.3

0

6.2

0.9

6.2

3.0

0

0

0

4.0

0

0

6.2

6.1

6.2

6.1

1.9

*IC8004

V.State

3

Green Sep Filter

4

Green IN

5

GND

6

Comp/H IN

7

Comp/H Det

8

Vert I N

9

Vert Det

10

Vert S/S Adj11Vert S/S IN

C1AA00000395

1

H.State

2

V.State

3

Green Sep Filter

4

Green IN

5

GND

6

Comp/H IN

7

Comp/H Det

8

Vert I N

9

Vert Det

10

Vert S/S Adj11Vert S/S IN

SYNC
SIGNAL
PROCESSOR
(SUB)

Clamp Timing

Clamp OUT

HD-OUT

HD+OUT

VD+OUT

Digital GND

Clamp Timing

Clamp OUT

HD+OUT

VD+OUT

Digital GND

HD-OUT

L8003

20

3.3

19

5.0

V.Po l.

18

5.0

H.Pol.

17

0

12.0

16

Vcc

4.8

15

0.3

14

13

0

12

0

0.3

3.4

20

0

19

V.Po l.

0

18

H.Pol.

0

17

11.9

16

Vcc

0

15

0

14

0

13

0

12

0

ZA3001
K4CD01000013
ZA3003
K4CD01000013
ZA3005
K4CD01000013
ZA3007
K4CD01000013

C8036

C8029

0.01u

+

*C8037

*C8031

0.01u

+

G1C100K00020

50V

100p

50V

R8037

1%

C8033

50V

1000p

G1C100K00020

50V

100p

50V

*R8038

1%

*C8034

50V

1000p

4.7k

*L8004

4.7k

8

TH-42PW7/PWD7 series
J-Board (2 of 4) Schematic Diagram

141210 1611 1513 17 18

89

C8036

C8029

0.01u

+

*C8037

*C8031

0.01u

+

G1C100K00020

50V

100p

50V

R8037

1%

C8033

50V

1000p

G1C100K00020

50V

100p

50V

TH-37PW7BX

L8003

C8030

16V
47u

4.7k

*L8004

*C8032

16V
47u

12V

R8041
18k

2.2k

2.2k

R8045

R8048

R8039

4.7k

1%

C8038

50V

1000p

12V

*R8042

18k

2.2k

2.2k

R8046

*R8049

5V

L8005

G1C100K00020

2.2k

R8050

2.2k

R8058

100

R8051

INVERTER

R8056

1

0

I1

100

2

0

O1

3

0

I2

R8055

4

5.3

100

5

0

I3

0

6

O3

TC74HC14AF(EL)

0.1

78

IC8005

C0JBAB000417

C8045

16V
1u

5.3

14

VCC

5.2

13

I6

0

12

O6

11

0

I5O2

5.3

10

O5

9

5.2

I4

0

O4GND

R8065

100

R8067

*R8068

100

*R8070

100

TPJV1

TPJH1

R8077

100

1.5k

*TPJH2

*R8078

1.5k

HP

AG_HD_M
AG_VD_M

R8081

VP

1.5k

*TPJV2

HP

AF_HD_S
AF_VD_S

*R8082

1.5k
VP

ZA3001
K4CD01000013
ZA3003

K4CD01000013
ZA3005
K4CD01000013
ZA3007
K4CD01000013

*R8040

*R8038

4.7k

1%

4.7k

1%

*C8034

*C8039

50V

50V

1000p

1000p

ZA3002
K4CD01000013
ZA3004
K4CD01000013
ZA3006
K4CD01000013

R8059

100

TO

AA AB

J-BOARD

(4/4)

TH-42PW7/PWD7 series J-Board (2 of 4) Schematic Diagram

141210 1611 1513 17 18

89

TH-37PW7BX

15.26. J-Board (3 of 4) Schematic Diagram (TH-42PW7/PWD7 series)

D

B

EFG

H

LC

IA

K R

MJ

A

TO
PF-BOARD
(PF10)

STB5V

STB_ON

GND

GND

LAN15V

LAN15V

B

TO
D-BOARD
(D3)

STB5V

IIC_CONT

GND

SCL1

SDA1

SCL3

SDA3

STB3.3V ON/OFF

STB3.3V

SOUND MUTE

CABLE DET

V MUTE IN

POWER STATUS

232C_STATUS

TXD_TU

RXD_TU

TXD_PC

RXD_PC

ALL_OFF

REMOCON OUT

FAN CONT

RTC INT/PANEL_SOS

STB_ON

GND

RESET

GND

GND

GND

5V

GND

C

D

STB5V_S

*J10

5.0

1

0

2

0

3

0

4

5

6

J3

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

FL3001

ELKE103FA

15.0
123

15.0

FL3000
ELKE103FA

123

R8207

0

5.0

2.3

0

2.5

2.5

4.0

4.0

0.6

3.2

0

5.0

0

3.2

3.2

0.4

0

0.4

0

0.3

0

2.9

0

0.4

0

R3150

0.4

6.6

0.4

0

5.3

0

100

R8187

R8188

5V

C8100

Q8181

B1CBHD000001

56

56

R3061

100

AJ_TXD1

AJ_RXD1

AJ_TXD4

RXD_PC

AJ_STATUS

LAN15V

+

C8101

50V

16V
47u

0.01u

D3061

MA2J72800L

STB3.3V

S

2.5

G

3.7

Q3001

2SB0709A0L

3.1

5.0

S

Q8182

B1CBHD000001

0

STB5V_S

R8185

2.7k

D

3.2

R8183

G

R3063
100

R3001

10k

4.9

5.02.5

STB5V_S

R8186

0

2.7k

D

R8184

0

R3002

1k

R3003

47k

AI_Y_1

AI_PR_1

AI_PB_1

AI_S2_1

AI_HD_1

FL3002
ELKE103FA

123

FL3003
ELKE103FA

123

FL3009
ELKE103FA

123

FL3010
ELKE103FA

123

AI_VD_1

FL3004
ELKE103FA

123

FL3005
ELKE103FA

123

R3062
100

R8182

100

AI_R_1

C8104

16V
47u

P5V

+

C8102

C8108

16V

16V

47u

0.1u

STB5V_S

C8103

C8109

16V

16V

0.1u

47u

UNREG15V

+

C8121

C8120

16V

16V

0.1u

47u

STB3.3V

+ +

C8123

C8122

16V

16V

0.1u

47u

AB_SCL3
AB_SDA3

0.1

5.0

5.0

0

IC8100

C0CBAKG00003

IC8181

C1DB00000274

1

2

SCL

3

SDA

45

CLOCK IC

AN_SDA_S1

AN_SCL_S1

AI_L_1

+

C8110

50V

0.01u

C8117

0.01u

IC8101

C0CBAHG00005

AVR 9V

C8114

50V

0.01u

AVR 12V

4.5

8

7

0.3

6

0.5

3.2

UNREG12V

50V

X8181

H0J327200038

L3002

G1C100K00020

12.0

1

9V

IN

2

+

OUT

9.0

GND

3

0

C8118

C8119

16V

50V

47u

0.01u

R3140

47k

R3141

47k

AB_SCL3

D8180

MA2J11100L

+

C8185

<

R8181

AA_SCL3

STB5V_S

5.5V

1.5

100

4.0

4.0

4.4

0

IC3007

C0JBAS000109

15.4

1

12V

11.9

IN

2

+

OUT

C8116

50V

GND

0.01u

3

0

C8115

16V
47u

L8181

G1C100K00020

C8181

50V
15p

32.768K

C8183

16V

C8182

0.1u

50V
15p

+

C3004

C3001

16V

50V

0.01u

47u

Q3003

2SD0601A0L

C3041

16V

0.1u

0.1u

C3040

16V

1

2

3

45

8

VDD

7

H:ON

6

VSS

IIC SW

R3011

9.0

15k

6.1
R3009

5.5

R3005

4.7k

5.4

4.9

4.5

4.1

4.0

Q3002

2SD0601A0L

9.0

R3006

4.7k

AB_SDA3

R3012

100

33k

R3013

15k

6.1
R3010

100

R3014

33k

AA_SDA3

R3015

0

R3016

L

C3005

16V

1u

0

R3017

0

R3018

0

R

C3006

16V

1u

SLOT1
SLOT2
SLOT3
PC

AI_L_1

AL_L_2

AD_L_4

AK_L_3

TO
D-BOARD

J1

0

(D1)

E

F

1

0

2

0

3

0

4

0

5

0

6

0

7

0

8

0

9

0

10

0

11

0

12

0.8

13

0

14

0

15

0

16

0.8

17

18

0

0

19

20

0.5

TH-42PW7/PWD7 series
J-Board (3 of 4) Schematic Diagram

12

AF_PR_S

AF_Y_S

AF_PB_S

AF_HD_S

AF_VD_S

AF_DPMS_HD

AF_DPMS_VD

AG_PR_M

AG_Y_M

AG_PB_M

AG_HD_M

AG_VD_M

AND

IC3150

C0JBCA000066

1

0

A

Vcc

2

0

B

0

3

GND

AJ_RXD1

AJ_TXD1

100

STB5V_S

5.0

5

C3150

16V

0.1u

4

0

Y

LAN15V

A37

A38

A39

A40

B37

B38

B39

B40

Y/G

GND

Y/G GND

S2DETECT

LAN15V

0

0

0

0

2.3

2.0

0

40 0

37

39

38

AH_SOS

0

31

SLOT9V

SLOT5V

STB5V_S

A23

B23

SRQ

GND

RSVD

1.3

2.3

23

SLOT3.3V

A15

A16

A17

A18

A19

A20

A21

A22

B15

B16

B17

B18

B19

B20

B21

B22

STB5V

GND

SLOT9V

9.0

0

1.3

0

0

9.0

22

20

21

TX3+

GND

GND

SLOT5V

SLOT3.3V

0

0

1.2

3.3

5.0

0

0

5.0

0.5

3.3

15

18

17

19

16

A33

B33

PR/R GND

0

1.0

33

AH_SLOT1_DET

D3001

MA2J11100L

100

R3151

A24

A25

A26

A27

A28

A29

A30

A31

A32

B24

B25

B26

B27

B28

B29

B30

B31

B32

VD

HD

PWR_STATUS

4.5

0.7

32

SOS

SYNC GND

1.4

-0.3

31

TXD

RXD

RSVD

IIC DAT

SYNC GND

CABLE DET

0

0.5

29

PLUG DET

AUDIO IN R

1.2

0

AUDIO GND

0

4.0

27

AUDIO IN L

1.3

0.6

26

IIC SCL

AUDIO GND

1.2

0.4

25

1.2

4.8

24

REMOTE

4.4

0

30

R3004

A34

A35

A36

B34

B35

B36

PB/B

PR/R

RESET2

RESET1

PB/B GND

2.1

01.5

2.5

1.0

36 0

35

34

TX3+

000000000000000

0.7

A11

A12

A13

A14

B10

B11

B12

B13

B14

TX3-

TXC-

TXC+

TX3G

TXCG

1.2

1.2

1.2

0

1.6

0.6

1.6

14

13 0.6

112812

TXG-

TX2G

TX3-

TX3G

1.6

A10

TXG+

1.2

1.2

1.6

0

9

10

4

TX1+

TXC+

TXC-

TXCG

TXG+

TX1-

TX1G

TX0+

TX0-

TDETECT

101112131415161718192021222324252627282930

0

0

0.1

0.3

0

0.200.1

0.500

TX1-

TXG-

TX1+

TX0+

TX2G

TX1G

0

0

1.1

1.3

1.6

8

1.0

1.1

1.6

1.6

0.3

1.6

0

6

7

5

4

3

TO
D-BOARD

J5

123456789

(D5)

J11

BA

R3023

100

R3007

10k

TO
SLOT1

P5V

D3007

MA2J11100L

1.6

0

A1A2A3A4A5A6A7A8A9

B1B2B3B4B5B6B7B8B9

TX0-

TX0G

0

1.0

1.6

0

2

1

P5V

R3060

1k

D3005
LNJ206R5ARA

4.4

Q3004

0

2SD0601A0L

R3116

0

10k

5

90

LC

K R

MJ

TO
J-BOARD
(1/4)

NTOQVP

SU

11

12

AUDIO SELECT

1

0.3

R3015

0

Y0

2

0.3

R3016

L

C3005

16V

1u

R

C3006

16V

1u

0

Y2

3

5.3
Y

4

5.3

R3017

0

Y3

5

0.6

R3018

0

Y1

Y1

6

0

INH

INH

7

1.1
VEE

8

0

VSS

IC3001

C0JBAR000241

AB

LOLO

SLOT1

LO

HI

SLOT2

HI

LO

SLOT3

HI

HI

PC

AI_L_1

AL_L_2

AD_L_4

AK_L_3

16

9.0

VDD

15

0.6

R3019

X2
X1

X
X0
X3

A

B

0

14

0.3

R3020

0

13

5.3

12

1.1

R3021

0

11

5.3

R3022

0

10

R3160

5.6k

9.0

9

5.6k

1.1

R3161

AD_R_4

+

C3008

50V

0.1u

C3007
16V
47u

AC_SW0
AC_SW1

AL_R_2

AI_R_1

AK_R_3

!

J-BOARD (3/4)
TNPA3197 (TH-42PWD7BK/BS/EK/ES/UY)
TNPA3197AB (TH-42PW7BX/EX)

13

14

15
16
17

18

19
20

21

22

AB_SCL3

23

AB_SDA3

10k

10k

R3047

R3045

24
25

C3011

16V

C3009

1

0

1OE

2

2.4
S1

3

4.1
1B4

4

0.2
1B3

5

0.2

S1 S0

LOLO

SLOT1

LO

SLOT2

HIHILO

SLOT3
PC

HI HI

AM_SCL_S3

1B2

6

0.2
1B1

7

4.0
1A

89

0

GND

AN_SCL_S1

IC3002

16

VCC

15

2OE

14

S0

SCL

13

2B4

12

SDA

2B3

11

2B2

10

2B1

2A

IIC SW

C0JBBR000002

16V

0.1u

4.9

0.2

2.5

4.1

0.2

0.2

12k

R3197

0.2
AB_SDA3

4.1

AB_SCL3

AN_SDA_S1

AM_SDA_S3

R3027

R3026

0

R3032

1

5.0

R3033
R3195
R3196

12k

R3198

SW1=SL2_DET

2

0

4.9
SW0=SL1_DET

10k

3

4.6
DAC4=IICSW

10k

4

4.5
DAC3=IICSW

5

0.3
DAC2=75ohm

6

0.4
DAC1

7

0.4
DAC0

89

0

GND

IC3004

C1AB00000454

SL3_DET=SW2

16

VCC

15

SCL

14

SDA

13

SAD2

12

SAD1

11

SAD0

10

SW3

EX I/O

10k

10k

0.1u

5.0

4.0

4.0

0.3
330

R3039

0.4

R3040

330

0.4
330

R3041

5.0

0

R3042

4.9

R3043

0

D3007

MA2J11100L

26

27

28

29

30

31

AL_L_2

AL_Y_2

AL_PR_2

AL_S2_2

AL_PB_2

100

R3025

P5V

R3060

1k

D3005
LNJ206R5ARA

4.4

Q3004

0

2SD0601A0L

R3116

0

10k

LAN15V

B40

LAN15V

A33

A34

A35

A36

A37

A38

A39

A40

B33

B34

B35

B36

B37

B38

B39

Y/G

PB/B

GND

0

0

0

40

39 0

PR/R

RESET2

RESET1

Y/G GND

PB/B GND

PR/R GND

S2DETECT

0

0

38

0

0

0

0

0

4.9

0

1.3

34

33

35

37

36 0

AL_HD_2

PWR_STATUS

AL_R_2

AL_VD_2

AH_SOS

AH_SLOT2_DET

D3003

MA2J11100L

SLOT9V

SLOT5V

STB5V_S

A20

A21

A22

A23

A24

A25

A26

A27

A28

A29

A30

A31

A32

B20

B21

B22

B23

B24

B25

B26

B27

B28

B29

B30

B31

B32

VD

HD

0.4

0

32

SOS

SYNC GND

0

-0.8

31

TXD

RXD

SRQ

GND

RSVD

RSVD

STB5V

IIC DAT

SYNC GND

CABLE DET

0

0

29

PLUG DET

AUDIO IN R

0.7

5.0

28

AUDIO GND

0

0

27

AUDIO IN L

0.7

0

IIC SCL

AUDIO GND

0

0.5

25

REMOTE

0.5

0

30

GND

SLOT9V

SLOT5V

0.3

9.000

0

5.0

9.0262.3

0.5

0

0

23

22

24

20

21

0.5

SLOT3.3V

A15

A16

A17

A18

A19

B15

B16

B17

B18

B19

TX3+

GND

GND

SLOT3.3V

0

0

3.3

0

5.0

5.0

3.3

0

0

1.6

17

19

16

15

18

TX3+

0

0.5

0.6

0.5

0.6

21

1.500

A11

A12

A13

A14

B10

B11

B12

B13

B14

TX3-

TXC-

TXC+

TX3G

TXCG

0

0

0

0

1.6

0

1.6

1.6

13

12

11

14

10

TX3-

TX3G

0

A10

TXG+

0

1.6

9

TXC+

TXC-

TXCG

1011121314151617181920

1.6

1.601.6

0

TXG-

TX2G

0

0

0

1.640

7

806

TXG-

TX2G

TXG+

1.6

0

TX1-

TX1+

0

0

1.6

1.6

5

AH_SLOT1_DET

AH_SLOT2_DET

TX1+

TX1-

TX1G

TX0+

TX0-

DETECT

TO
D-BOARD

J6

123456789

(D6)

1.6

1.6

1.6

1.6

TX0-

TX0+

TX1G

0

0

0

0

1.6

1.6

3

2

P5V

R3008

10k

R3024

D3008

MA2J11100L

100

A1A2A3A4A5A6A7A8A9

TO

J12

SLOT2

B1B2B3B4B5B6B7B8B9

TX0G

0

BA

0

TH-42PW7/PWD7 series

1

AH_SLOT3_DET

AH_SOS_ALL

32

J-Board (3 of 4) Schematic Diagram

5

6873

9

90

15.27. J-Board (4 of 4) Schematic Diagram (TH-42PW7/PWD7 series)

R3128

9.0

*Q8018

11

12

2SD0601A0L

*R8054

1k

R8057

1k

C1AB00001139

R3064

R3065

R3066

R3068

R3069

13

AC_CS((M))

14

15
16
17

18
19
20

21
22

23

R3028

10k

10k

R3029

AE_SW0

R3030
R3031

R3082

100

IC3003

C1AB00000441

1

9.0

0

SW1

2

9.0

0

SW0

3

8.6
:CS(M)

DAC4

4

6.6
:FAN_CONT

DAC3

5

0.4
:LPF(M)

DAC2

6

0.4

DAC1

:SYNC_INH(M)

7

0.4

DAC0

8

0

GND

16

9.1

Vcc

15

4.0

SCL

14

0.4

SDA

13

9.0

SAD2

12

9.0

SAD1

11

0

SAD0

10

0.3

SW3

9

0.3

SW2

AK_Y_3

AK_PB_3

AD_PB_4

AD_Y_4

AD_PR_4

L3005

G1C100K00020

C3010

16V

0.1u

330

R3034

330

R3035

R3044

R3036

330

R3037

0

R3038

0

*R8066

680

IC3005

INPUT SW

R3067

SLOT1 :3
SLOT2 :2
SLOT3 :1
PC :T

AK_PR_3

AA_SCL3
AA_SDA3

10k

R3046

4.5

3.9

9.0

4.5

3.8

Q8019

R8069

680

2SD0601A0L

C3012

50V

R3072

R3073

R3074

R3075

R3070

R3071

AC_SW1
AC_SW0

0.01u

C3020 2.2u

16V

1%

75

C3021 2.2u

16V

1%

16V

75

C3022 2.2u
C3013

0.01u

1%

50V

75

2.2u

C3023

16V

1%

75

C3024 2.2u

16V

1%

75

C3025 2.2u

16V

1%

75

AC_CS((S))

AE_SW3AE_SW1
AE_SW2

56

56

56

56

56

56

10k

180

*R8091

180

R8089

180

9V

4.4

0

9.004.5

48

49

50

51

52

9.0
53

5.0
54

0

55

4.8

TV_PB

56

0

GND

57

4.8

TV_PR

58

9.0

Vcc

59

5.1

Y1

60

0

GND

61

4.8

PB1

62

0

63

4.8
64

0

1L12L23L34

5.0

5.1

3.0

9.0

330k

330k

56

0.01u

C3014

R3050

R3049

R3048

AK_S2_3

10k

10k

*R3085

*R3086

*R3084

0
0

*R3087

*R3107

100

*R3083

100

3.8

Q3101

2SD0601A0L

R3129
180

4.400

9.0

45

46

47

GND

PRout1

PBout1

GND
Yout1
Avcc
Vcc
TV_Y
GND
GND
PR1
SW

Vcc5Y26GND7PB28GND9PR210SW11L112L213L314Vcc15Y316GND

0

4.8

5.1

16V

50V

2.2u

C3026

C3027
75

1%

R3088

R3076

R3077

56

AL_Y_2

AL_PB_2

0.3

1

9.0

2

8.6

3

0.4

4

3.9

5

0.4

6

0.4

7

0

8

Q3102

2SD0601A0L

R3130
180

1.2

4.5

42

43

44

GND

Vcc

Yout2

0

4.804.9

16V

2.2u

16V

2.2u

C3028
75

1%

1%

R3090

R3089

R3078

56

56

AL_PR_2

*IC3006

C1AB00000441

SW1
SW0

:CS(S)

DAC4
DAC3

:FAN_SW
:LPF(S)

DAC2

:SYNC_INH(S)

DAC1
DAC0
GND

4.4

Q3103

2SD0601A0L

*R3131

180

*Q3104

*R3132

41

PBout2

PRout3

4.9

75

2SD0601A0L

180

4.4

40

GND

MonSW
L1out
L2out

330k

R3051

GND

GND

PR3
GND
PB3

C3015

0.01u

PRout2

4.4

9.0

L2
L1
SW

330k

50V

39

1.7

R3052

AL_S2_2

9.0

3.8

4.5

*Q3105

2SD0601A0L

*R3133

180

4.504.4

38

Vcc

50V

0.01u

C3016

56

R3053

37

GND

Yout3

5.1

16V

C3029 2.2u

R3079

AI_Y_1

Vcc
SCL
SDA

SAD2
SAD1
SAD0

SW3
SW2

9.0

3.7

4.4

*Q3106

36

PBout3

0

1%

R3091

56

9.0

3.9

2SD0601A0L

4.401.2

35

L3out

DVcc

ADRESS

DGND

17

4.909.0

2.2u

C3030

75

R3092

R3080

56

AI_PB_1

16
15
14
13
12
11
10

9

R3101

34

18

16V

1%

9.0

4.5

R3102

180

R3103

180

180

4.4

G1C100K00020

33

SCL
SDA

L3

19

4.8

C3031 2.2u

75

R3081

AI_PR_1

9.1

4.0

4.0

0.3
0

9.1

9.0

9.0

L3003

G1C100K00020

1%

C3002

6.3V
10u

1%

1%

*R3199

180

9.0

3.8

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

16V

1%

R3093

56

*R3094
*R3095
*R3096
*R3097
*R3098

1%

*R3200

180

1%

9.0
*R3201

180

3.8

1%

9V

L3006

75

*R3202

C3018

5.0
0
0
0

C3017
50V

5.3

0.01u

4.0

4.0
0
0

3.9
R3054

56

5.1
R3055

330k

5.0
R3056

330k

0

*C3032

16V

0.1u

330
330
330
0
0

R3104

R3105

180

180

1%

1%

1%

R3106

180

C3101

2.2u

16V

2.4

1%

1%

1%

*R3204

180

180

*R3203

180

+

C3019

16V

16V

47u

0.1u

R3057

56

R3058

P5V

56

AI_S2_1

AA_SDA3

AA_SCL3

AA_SCL3

AA_SDA3

10k

10k

*R3100

*R3099

C3105

16V 0.1u

*C3118

C3102

16V

C3103

16V

C3106

16V 0.1u

C3107

16V 0.1u

*C3117

*C3119

*C3120

*C3121

*C3122

0.1u

16V 0.1u

16V 0.1u

16V

16V 0.1u

2.2u

C3104

*C3116

16V 0.1u

5.0

3.6

0

2.7

5.0

3.4

0

0

0

1.4

5.0

0

4.4

16V

2.2u

2.2u

0.1u

16V

0.1u

16V

EX I/O

24
25

26

27

28

29

30

31

32

TH-42PW7/PWD7 series
J-Board (4 of 4) Schematic Diagram

LAN15V

LAN15V

EX I/O

AM_SDA_S3

AM_SCL_S3

LAN15V STB5V_S

R3059

AK_Y_3

AK_PB_3

AK_S2_3

AK_PR_3

A34

A35

A36

A37

A38

A39

A40

B33

B34

B35

B36

B37

B38

B39

B40

Y/G

PB/B

PR/R

RESET1

RESET2

Y/G GND

GND

PB/B GND

PR/R GND

S2DETECT

0

0

0

0

0

0

0

0

0

40

0

1.6

5.0

0

37038

35

34

36

AH_SLOT3_DET

AK_L_3

AK_HD_3

A33

PWR_STATUS

0

0

33

AK_R_3

AK_VD_3

D3004

MA2J11100L

A25

A26

A27

A28

A29

A30

A31

A32

B25

B26

B27

B28

B29

B30

B31

B32

VD

HD

0.8

0

32

SOS

SYNC GND

0

31

TXD

RXD

SYNC GND

CABLE DET

029

0

PLUG DET

AUDIO IN R

1.1

4.9

28

AUDIO IN L

AUDIO GND

1.2

0

000.7

0

26

27025

IIC SCL

AUDIO GND

0

REMOTE

0.8

0

30

Q8200

2SD0601A0L

SLOT9V

STB5V_S

A19

A20

A21

A22

A23

A24

B19

B20

B21

B22

B23

B24

SRQ

GND

RSVD

RSVD

STB5V

IIC DAT

GND

GND

SLOT5V

SLOT9V

5.0

0

0

5.0

0

9.0

0

9.0

2.3

0.7

24

5.0

0

19

23

22

20

21

AH_SOS

100

AH_SOS_ALL

0

SLOT3.3VSLOT5V

A18

B18

0

0

18

AH_SOS

5.0
R8200

22k

0.1

R8201

47k

A13

A14

A15

A16

A17

B13

B14

B15

B16

B17

TX3-

GND

TX3+

TX3G

SLOT3.3V

0

3.3

0

0

0

3.3

0

0

0

0

13

15

16

14

17

B12

TXC+

0

0

12

D8200
MAZ31500ML

D8201
MA2J11100L

D8204
MA2J11100L

A12

R8202

22k

Q8202

4.9
2SD0601A0L

0

0.1

0.1
0

0

Q8201

2SD0601A0L

A10

A11

B10

B11

TXC-

TXG-

TX2G

TXG+

TXCG

0

0

0

0

0

0

0

0

0

8

9397

10

11

R8203

22k

+

C8200

R8204

16V

100k

47u

R8205

R8206

TX1-

TX1+

TX1G

0

0

0

0

0

0

4

6

5

LAN15V

56k

D8203

MAZ31000ML

47k

A1A2A3A4A5A6A7A8A9

TO

J13

B1B2B3B4B5B6B7B8B9

TX0-

TX0+

TX0G

0

0

0

0

0

02

3

1

SLOT3

A

B

141210 1611 1513 17 18

91

TO
J-BOARD

(2/4)

TH-37PW7BX

ABAA

C3105

16V 0.1u

*C3118

C3101

16V

C3102
16V

C3103

16V

C3106

16V 0.1u

C3107

16V 0.1u

*C3117

*C3119

*C3120

*C3121

*C3122

2.2u

0.1u

16V 0.1u

16V 0.1u

16V

16V 0.1u

2.2u

C3104

*C3116

16V 0.1u

SHUTDOWN

T1_OUT

R1_IN

R1_OUT

ONLINE

T1_IN

T2_IN

STB3.3V

C8084

16V

1u

3.3

20

3.3

19

VCC

0

18

GND

1.9

17

0

16

1.9

15

0

14

1.9

13

1.8

12

0

STB3.3V

14

VCC

13

6A

12

6Y

11

5A

10

5Y

9

4A

8

4Y

C8070

9.0

4.5

0

9.0

4.4

0

16V

R3216

0.1u

3.3

4.5

R3217

3.3

R3218

3.3

4.5

R3219

3.3

AD_VD_4

G1C100K00020

3.2

0

3.2

0

3.2

0

3.2

AD_HD_4

AJ_TXD_4

R8124

100

AJ_RXD_4

100

R8125

AJ_RXD4

100

R8126

AJ_TXD4

100

R8127

L3050

C3200

16V
1u

+

C8071
16V

47u

RS232C

VIDEO AMP

(MAIN)

IC3101

C1AB00001720

2.4

5.0

3.6

0

2.7

5.0

3.4

0

0

0

1.4

5.0

0

4.4

1

GINA/UINA

2

GSG1

3

GINB/UINB

4

NC

5

BINA/VINA

6

GSB1

7

BINB/VINB

8

NC

9

DISABLE

10

GND3

11

BOUT/VOUT

12

VCC3

13

GND2

14

GOUT/UOUT15VCC2

RINB/YINB

RINA/YINA

SYNCIN

MUXSEL

ROUT/YOUT

28

0

NC

27

2.5

26

5.0

GSR1

25

2.3

24

5.0

VCC4

23

0

22

0

21

0.1

VFC

20

0.1

RFC

19

0

GND4

5.0

18

VCC1

17

1.4

16

0

GND1

5.0

C3109

C3112

R3117

R3126

C3108
16V 0.1u

16V

0.1u
16V

C3111

0.1u

16V

C3110

2.2u

16V 0.1u

0

0

16V

C3114

4.7u

1%

R3118

820

C3115

0.1u

16V

*IC3102

C1AB00001720

1

2.3

5.0

2

3

0.9

4

0

5

2.3

5.0

6

0.8

7

8

0

9

0

10

0

1.1

11

5.0

12

0

13

14

1.1

SM5301AS-G-ET

GINA/UINA

RINB/YINB

GSG1

GINB/UINB

RINA/YINA

NC

BINA/VINA

SYNCIN

GSB1

MUXSEL

BINB/VINB

NC

DISABLE

GND3

BOUT/VOUT

VCC3

ROUT/YOUT

GND2

GOUT/UOUT15VCC2

VIDEO AMP

(SUB)

28

*C3124

0

NC

27

26

GSR1

25

24

VCC4

23

22

21

VFC

20

RFC

19

GND4

18

VCC1

17

16

GND1

2.4

5.1

2.3

5.0

0

0

0.9

0.9

0

5.0

1.1

0

5.0

AD_R_4

*C3127

*R3108

*R3127

*C3129

*R3109

AD_PR_4

*C3125

16V

16V 0.1u

16V

AD_PB_4

*C3123

16V 0.1u

AD_Y_4

0.1u

2.2u

*C3126

16V

0.1u
0

0

16V

4.7u

1%

820

*C3130

16V

0.1u

1%

*R3112

4.7k

16V

2.2u

2.2u

0.1u

16V

0.1u

16V

5V_M

AVR 5V

JS8096

1%

R3111

R3110

1.5k

4.7k

JS8097

*C3128

16V
47u

*R3113

1.5k

1%

IC3109

AN78L05M-E1

1

OUT

5.0

+

C3143

16V

2.2u

C3113

16V
47u

C3135

16V

470u

+

R3188

75

C3134

R3190

16V

470u

75

+

+

R3189

C3136

1%

75

16V

470u

5V_S

*IC3108

AN78L05M-E1

5.0

1

OUT

+

*C3141

16V

2.2u

+

*C3266

16V
470u

*C3268

16V
470u

+

+

*C3267

16V
470u

COMMON

2

1%

1%

1%

AVR 5V

COMMON

2

IN

0

IN

0

*D3021

MA2J11100L

*R3260

1%

*R3262

1%

*R3261

75

75

75

3

7.5

MA2J11100L

3

7.1

1%

D3024

C3144

2.2u

AG_PR_M

AG_Y_M

AG_PB_M

R3194

33

R3193

33

16V

AF_HD_HX

AF_DPMS_HD

AF_VD_HX

AF_DPMS_VD

*R3192

33

*R3191

33

AF_HD_HX

*C3142

16V

2.2u

AF_PR_S

AF_VD_HX

AF_Y_S

AF_PB_S

DRIVER

C8081

C8080

16V

16V

0.1u

0.1u

C8082

16V

0.1u
C8083

16V

0.1u

R8117

0

R3230

100

R8118

0

R3231

100

C8072

10u
10V

C8073

10u
10V

AD_L_4

0

1

0

2

2.8

3

0.4

4

3.2

5

0.4

6

0

7

1.9

8

0

9

1.7

10

R3210

100

MA3X15300L

R3211
100

D8011

MA3X15300L

IC8014

C0ZBZ0000911

EN

C1+

V+

C1-

C2+

C2-

V-

T2_OUT

R2_IN

R2_OUT11STATUS

INVERTER

IC8016

C0JBAZ001934

1.3

1

1A

0

2

1Y

1.3

3

2A

0

4

2Y

5

0

3A

3.2

6

3Y

0

7

GND

R3212

5.2

4.7k

Q8010

2SD0601A0L

D8010

3.8

R3213

4.7k

Q8011

2SB0709A0L

R3214

4.7k

5.1

Q8012

2SD0601A0L

3.8

R3215

4.7k

Q8013

2SB0709A0L

AJ_RXD_4

AJ_TXD_4

AF_HD_HX

AF_VD_HX

STB5V_S

0

0

5.4

5.0

L

GND

GND

GND

75ohm

STB5V_S

10

11

R

VD

HD

GND

GND

GND

2.5

0

2.500

5.3

!

J-BOARD (4/4)

TO
HX-BOARD
(HX1)

9V

P5V

5.3

0

000

9.0

2221201918171612131415

J14

GND

123456789

Y/G

GND

PB/B

0

0

0

0

0

RXD

TXD

GND

PR/R

0

TNPA3197 (TH-42PWD7BK/BS/EK/ES/UY)
TNPA3197AB (TH-42PW7BX/EX)

TH-42PW7/PWD7 series
J-Board (4 of 4) Schematic Diagram

141210 1611 1513 17 18

91

TH-37PW7BX

15.28. D-Board Block Diagram

D

Digtal Signal Processor Board

D5

TO J5

2

RX0-

3

RX0+

5

RX1-

6

RX1+

8

RXG-

9

RXG+

11

RXC-

12

RXC+

14

RX3-

15

RX3+

17

RX0-

18

RX0+

20

RX1-

21

RX1+

23

RXG-

24

RXG+

26

RXC-

27

RXC+

29

RX3-

30

RX3+

D1

TO J1

848

Y M

12

PB M

4

PR M

DPMS VD
DPMS HD

TO J3

POWER STATUS

REMOTE OUT

CABLE DET

TXD TU
RXD TU

IIC CONT

TXD PC
RXD PC

STB ON
SOUND MAIN MUTE
REAL TIME/INTRA

FAN CONT

VD M
HD M
VD S
HD S

PB S

PR S

STB5V

RESET

SCL1
SDA1
SCL3
SDA3

IC9850

18

LEVEL SHIFT

16

5V->3.3V

15
13

5

Y S

9

1
20
17

D3

1

STB5V

29

5V

5V

PWR_STATUS

15

REMOTE_OUT

25
13
17
19
11

21
23
28
12
27
26

CABEL_DET

2

FAN_CONT

SCL1

4

SDA1

5

8

9

DPMS_VD

DPMS_HD

TXD_TU

RXD_TU

IIC_COT

TXD_PC

RXD_PC

STB_ON

RTC_INT

VD_M

HD_M

VD_S

HD_S

RESET

MUTE

6
32

IC9010

5V->3.3V

TH-37/42PW7 series TH-37/42PWD7 series
D-Board Block Diagram

SDA2
SCL2
NRST

SDA2
SCL2
NRST

5

LVDS(DATA0)

LVDS(DATA1)

LVDS(DATA2)

LVDS(CLK)

LVDS(DATA3)

LVDS(DATA0)

LVDS(DATA1)

LVDS(DATA2)

LVDS(CLK)

LVDS(DATA3)

IC9869

A/D CONVERTER (M)

Y/G IN

CLP

Pb/B IN

43

54

57

58

63

Pr/R IN

SDA
SCL
RESET

CLP

CLP

SYNC/SEPA

CLAMP

HSYNC

38

30

CLPC_M

HD_ADM

IC9208

A/D CONVERTER (S)

Y/G IN

48

43

54

57

58

63

Pb/B IN

Pr/R IN

SDA
SCL
RESET

SCL3
SDA3

CLP

CLP

CLP

SYNC/SEPA

HSYNC

HD_ADS

CLPC_S

IC9863

9
10
11
12
15
16
17
18

19
20

9
10
11
12
15
16
17
18

19
20

VSYNC

31

VD_ADM

VSYNC

3138 30

VD_ADS

LVDS RX

IC9203

LVDS RX

PLL

PLL

110M
8BIT
ADC

110M
8BIT
ADC

TTL PARALLEL TO LVDS

TTL PARALLEL TO LVDS

PLL

PLL

VS OUT
HS OUT

CLK OUT

VS OUT
HS OUT

CLK OUT

B

G

R

B

G

R

VSOUT
HSOUT

DATACK

VSOUT
HSOUT

DATACK

5

3

26

5

3

26

B0
B7

G0
G7

R0
R7

B0
B7

G0
G7

R0
R7

B(8Bit)

G(8Bit)

R(8Bit)

IC9864

B(8Bit)

G(8Bit)

R(8Bit)

IC9204

19

12

9

2

77

70

64

66

67

19

12

9

2

77

70

64

66

67

VDID_M

HDID_M

INVERTER

VDID_S

HDID_S

INVERTER

B(8Bit)

G(8Bit)

R(8Bit)

VDIA_M

HDIA_M

CLK B

B(8Bit)

G(8Bit)

R(8Bit)

VDIA_S

HDIA_S

CLK B

IC9860

24Bit BUS SW

IC9200

24Bit BUS SW

IC9861

24Bit BUS SW

IC9201

24Bit BUS SW

IC9004

EEPROM

55

56

DIGITAL1
RGB(24Bit)

55

56

DIGITAL2
RGB(24Bit)

SDA
SCL

NDA SWM

NDA SWS

55

56

ANALOG(M)
RGB(24Bit)

55

56

ANALOG(S)
RGB(24Bit)

SDA1

5

SCL1

6

DA SWM

DA SWS

TV ON/OFF

7

2
5

3

IC9205

Q9261

DA SWS

1
6

NDA SWS

Q9262

IC9210

P12V P12V

AVR 3.3V

1
8

Q9263

DA SWM

7

2

1
6

5

3

DCK M

NDA SWM

IC9865

IC9862

AVR 3.3V

P5V

1

4

3.3V

5

IC9867

AVR 3.3V

P5V

1

4

3.3V

5

IC9868

AVR 3.3V

P5V

4

1

5

3.3V

IC9202

AVR 3.3V

P5V

1

4

3.3V

5

IC9206

AVR 3.3V

P5V

1

4

3.3V

5

IC9207

AVR 3.3V

P5V

1

4

3.3V

5

REMOCON

DCK S

2

3.3V

5

DA SWM

DA SWS

Q9016,Q9015

5V -> 3.3V

92

IC9209

AVR 3.3V

1
7

SDA2
SCL2
DCK M
DCK S

IC9703

RESET

STB5V

NDA SWM

Q9012 Q9013

NDA SWS

IC9002

OR

P5V

4

3.3V

IC9601

RGB

8BIT

/YPbPr

ADC
110M

SDA2

F.CLP

SCL2
DCKA
DCKB XRST

DCK S

HD_S

206

HD S

185

DCK M

HD_ADM

VD_ADM

CLPC_M

HD_ADS

VD_ADS

CLPC_S

HDIA_S

VDIA_S

HDID_S

VDID_S

SCL2
SDA2

3.3V

Q9700

4

DCKB

4

HD ADM

5

VD ADM

6

CLPC M

7

HD ADS

8

VD ADS

9

CLPC S

23

HDIA S

24

VDIA S

27

HDID S

29

VDID S

133

SCL

132

SDA

106

RESET

100

DRVRST

Q9701

Q9011Q9010

SCL1
SDA1
SCL2
SDA2
SCL3
SDA3

Q9008

1

2

Q9007

IC9212

AVR 1.8V

VD_S

204

205

VD S

NRST

OSD YM
OSD YS
OSD0-15

26

D SEL2

27

D SEL1

56

SCL0

55

SDA0

116

SCL1

117

SDA1

84

SCL2

85

SDA2

4

1
7

FORMAT
CONVERTER

NRST

HD_M

VD_M

VDID_M

202

199

198

203

HD M

VD M

DCK C

VDID M

IC9701

DISCHARGE
CONTROL
OSD
SYNC PROCESSOR

NRST

147

1.8V

HDIA_M

VDIA_M

HDID_M

188

187

185

VDIA M

HDIA M

HDID M

DRV
RST

100

16 18

DRIVER

RESET MUTE

REM IN

108

102

OSD

CLKB

OSD

CLKB

SUSTAIN

MUTE-M

DRIVER

REM OUT

105

CTI/TINT
COLOR
CONTRAST
WB-Adj
OSD
St-r

DATA R
TIMING

DATA L
TIMING

SCAN-1

SCAN-2

DRV

101

REM INH

POWER STATUS

87

86

RTC INT

21

SUSTAIN

SCAN-1

SCAN-2

DPMS VD

DPMS HD

145

22

B(8Bit)

G(8Bit)

R(8Bit)

RXD TU

SOUND MUTE

TXD TU

107

106

IC9602

64M SDRAMA

IC9506

FLASH MEMORY

(32M)

47

68

FPGA
CONTROL

IC9704

IC9706

LEVEL SHIFT

3.3V 5V

IC9700

LEVEL SHIFT

3.3V 5V

IC9702

LEVEL SHIFT

3.3V 5V

IC9003

MCU

RESET

STB ON

TXD PC

RXD PC

42

31

51

52

PLASMA AI
SUB-FIELD
PROCESSOR

CABLE DET

IIC CONT

60

26

59

IC9603

64M SDRAMB

IC9005

RESET

LED G

LED R

28

125

90

RESET

CATS EYE

95

3.3V SOS

5V SOS

96

Q9303

TV ON/OFF

FAN SOS

PS SOS

ALL OFF

SOS3

KEY SW

92

97

P5V

D31

TO C11

50

5V

49

5V

48

5V

47

5V

DATA R

DATA R TIMING

R-DOWN

SUS

DATA_SOS

DATA L TIMING

LED_R

LED_G

REMOCON

KEY_SW

OPT

Q9301

DATA L

Q9302

STB5V_M

43

SOS

23

DRVRST

46

FPC DET

D32

TO C21

L-DOWN

P5V

50

5V

49

5V

48

5V

47

5V

43

STB5V

37

DRVRST

39

LED R

40

LED G

41

REMOCON

42

KEY SW

44

OPT

46

FPC DET

Q9014

IC9000

3.3V->5V

155

D20

TO SC20

SCAN-1

SCAN-2

SOS1

SOS2

DRVRST

IC9006

4M FLASH ROM

TV ON/OFF

20

FAN_CONT

STB5V

89
94
60

SOS2

SOS1

93

91

11

SOS1(SC)

12

SOS2(SC)

D27

TO P27

2

TV ON/OFF

3

FAN CONT

4

STB5V

6

FAN SOS

7

PS SOS

8

ALL OFF1

D25

TO P25

1

15V
15V

5V

15V

2

15V

5

5V

6

5V

REMOTE_OUT

LED_G

LED_R

41

2

P5V

IC9007

OR

RXD_TU

RESET

TXD_TU

IC9000

PWR_STA

16
17
18
14

5V <- 3.3V

RTC_INT

4
3
2
6

DPMS_HD

DPMS_VD

MUTE

Q9017

STB_ON

TXD_PC

RXD_PC

Q9018

IIC_CONT

CABEL_DET

Q9009

3.3V

Q9003
Q9004

P12V

1.5V

3.3V

Q9006

SOS2

SOS1

KEY_SW

DATA _S OS

OPT

TH-37/42PW7 series TH-37/42PWD7 series
D-Board Block Diagram

15.29. D-Board (1 of 12) Schematic Diagram

A

!

D-BOARD (1/12)
TZTNP01VMSU(TH-37PW7BX/EX)
TZTNP01VBSU(TH-37PWD7BK/EK/UY)
TZTNP01VLSU(TH-42PW7BX/EX)
TZTNP01VASU(TH-42PWD7BK/BS/EK/ES/UY)

B

C

TO

J6

0

1

1.6

2

1.6

3

0

4

1.6

5

1.6

6

0

7

1.6

8

1.6

9

0

10

1.6

11

1.6

12

0

13

0

14

1.6

15

0

D

16

17

18

19

20

21

J5

1

1.6

2

1.6

3

0

4

1.6

5

1.6

6

0

7

1.6

8

1.6

9

0

10

1.6

11

1.6

12

0

13

1.6

14

1.6

E

15

0

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

J-BOARD
(J5)

(J6)

MN_RXCLK+

MN_RX0-

MN_RX0+

MN_RX1-

MN_RX1+

MN_RX2-

MN_RX2+

MN_RXCLK-

MN_RX3-

MN_RX3+

SB_RX0-

SB_RX0+

SB_RX1-

SB_RX1+

SB_RX2-

SB_RX2+

SB_RXCLK­SB_RXCLK+

SB_RX3-

SB_RX3+

D5

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

0

1

1.6

2

1.6

3

0

4

1.6

5

1.6

6

0

7

1.6

8

1.6

9

0

10

1.6

11

1.6

12

0

13

0

14

1.6

15

0

16

1.6

17

1.6

18

0

19

1.6

20

1.6

21

0

22

1.6

23

1.6

24

0

25

1.6

26

1.6

27

0

28

1.6

29

1.6

30

0

31

F

TH-37/42PW7 series
TH-37/42PWD7 series
D-Board (1 of 12) Schematic Diagram

4

5

93

TH-37PW7BX

TO
J-BOARD
(J5)

(J6)

MN_RXCLK-

MN_RXCLK+

SB_RXCLK+

MN_RX0-

MN_RX0+

MN_RX1-

MN_RX1+

MN_RX2-

MN_RX2+

MN_RX3-

MN_RX3+

SB_RX0-

SB_RX0+

SB_RX1-

SB_RX1+

SB_RX2-

SB_RX2+

SB_RXCLK-

SB_RX3-

SB_RX3+

1

2

TO
J-BOARD
(J1)

HD_DPMS

VD_DPMS

PWD7 MODEL ONLY

*FL9850

J0MAB0000175

D1

0

1

R_S

0.3

2

GND

0

3

GND

0.3

4

R_M

0.1

5

G_S

0.3

6

GND

0.1

7

GND

0

8

G_M

0

9

B_S

0.3

10

GND

0

11

GND

0.3

12

B_M

0

13

HD_S

0.3

14

GND

0

15

VD_S

16

HD_M

17

18

VD_M

19

GND

20

R9862

4.4
100

R9863

3.2

0.4

0

3.2

DPMS_HD

100

R9864

100

R9865

DPMS_VD VD_M

100

*R9860

100

*R9861

100

PWD7 MODEL ONLY

FL9851

J0MAB0000175

PW7 MODEL ONLY

ANF_R_S

ANF_G_S

ANF_B_S

ANF_R_M

ANF_G_M

ANF_B_M

3.3V

IC9850

C0JBAZ000545

VCC

OE2

O0

I7

O1

I6

74LCX244MTCX

O2

I5

O3

I4

20

C9850

19

16V

0.1u

18

17

16

15

14

13

12

11

HD_S

R9753

0

R9751

VD_S

0

R9757

HD_M

0

R9755

0

1

*R9188

0

0

*R9187

OE1

2

I0

3

O7

4

I1

5

O6

6

I2

7

O5

8

I3

9

O4

10

GND

5V->3.3V

D5

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

0

1

1.6

2

1.6

3

0

4

1.6

5

1.6

6

0

7

1.6

8

1.6

9

0

10

1.6

11

1.6

12

0

13

0

14

1.6

15

0

16

1.6

17

1.6

18

0

19

1.6

20

1.6

21

0

22

1.6

23

1.6

24

0

25

1.6

26

1.6

27

0

28

1.6

29

1.6

30

0

31

SB_RX0­SB_RX0+

SB_RX1­SB_RX1+

SB_RX2­SB_RX2+

SB_CLK­SB_CLK+

SB_RX3­SB_RX3+

MN_RX0­MN_RX0+

MN_RX1­MN_RX1+

MN_RX2­MN_RX2+

MN_CLK­MN_CLK+

MN_RX3­MN_RX3+

3

93

4
5

6

TO
D-BOARD
(7/12)

TH-37/42PW7 series
TH-37/42PWD7 series
D-Board (1 of 12) Schematic Diagram

5

6873

912

TH-37PW7BX

15.30. D-Board (2 of 12) Schematic Diagram

!

D-BOARD (2/12)
TZTNP01VMSU(TH-37PW7BX/EX)
TZTNP01VBSU(TH-37PWD7BK/EK/UY)
TZTNP01VLSU(TH-42PW7BX/EX)
TZTNP01VASU(TH-42PWD7BK/BS/EK/ES/UY)

1

2

AVR3.3V

IC9862

P5V

C9860

6.3V
10u

C0CBCBD00008

5

Vin

Vcont2GND3Np

1

C9861

16V

0.1u

C9865

3.3V

4

Vout

16V

10u

6.3V

C9863

C9864

C9862

16V

0.1u

3

FL9860

J0HABH000012

C9867

16V

0.1u

0.1u

G

+

1

G

2

FL9861

J0HABH000012

C9866

4V

G

220u

1

G

2

FL9862

J0HABH000012

G

1

G

2

C9870

6.3V

16V

0.1u

10u

3

C9868

C9871

6.3V

16V

10u

0.1u

3

C9869

C9872

6.3V

16V

0.1u

10u

3

MAIN

3.3V

ANALOG(M)

&

DIGITAL1

16V

R9866

EXB2HV470JV

MD_B5

MD_B6

MD_R0

MD_B7

16V

0.1u

C9873

53

56

Vcc

RxOUT1954RxOUT2055RxOUT21

0.1u

C9875

MD_B0

MD_B1

MD_B3

MD_B4

48

49

52

Vcc

GND

RxOUT1650RxOUT1751RxOUT18

LVDS RX

RxOUT222RxOUT233RxOUT244GND5RxOUT256RxOUT267RxOUT278LVDSGND9RxIN0-10RxIN0+11RxIN1-12RxIN1+13LVDSVcc14LVDSGND15RxIN2-16RxIN2+17RxCLKIN-18RxCLKIN+19RxIN3-20RxIN3+21LVDSGND22PLLGND23PLLVcc24PLLGND25PWRDWN

1

VS

HS

0

R98670R9868

R9870

MN_RX0-

R9871

EXB2HV470JV

MD_G6

MD_G7

MD_B2

MD_G5

44

45

GND

RxOUT1346RxOUT1447RxOUT15

C0ZBZ0000850

100

100

C9876

R9872

T1+

T0-

T0+

T1-

MN_RX1+

16V

0.1u

C9882

MD_G0

MD_G3

MD_G4

MD_G1

37

40

41

Vcc

RxOUT738RxOUT839RxOUT9

RxOUT1042RxOUT1143RxOUT12

IC9863

16V

0.1u

MN_RX2-

100

100

R9874

R9873

R9876

TCLK-

T2-

T2+

T3-

TCLK+

MN_RX2+

MN_CLK-

MN_CLK+

MN_RX3-

MN_RX3+

INVERTER

IC9864

C0JBAB000550

5

C9880

16V

0.1u

1NC2A3

R9877

EXB2HV470JV

MD_R6

MD_R1

MD_R7

MD_G2

MD_R5

MD_R4

MD_R3

MD_R2

32

36

GND

RxOUT333RxOUT434RxOUT535RxOUT6

R9884

4

33

Y

VCC

GND

29

31

Vcc

RxOUT130RxOUT2

FOR DVI

MD_R05VMD_R1

2B12302B11312B10

29

MAIN_R1

MAIN_R0

P5V

R9898

MD_R2

26

2A10272A11282A12

MAIN_R2

RxCLKOUT27RxOUT028GND

26

10k

0.1u

100

C9879

16V

R9878

IC9865

T3+

C0JBAS000109

SWITCH

100MHz

R9880

56

123

45

VSS

DA_SWM_5V

16V

0.1u

C9886

VDD

NDA_SWM_5V

DCK_M

H:ON

678

4
5

6

TH-37/42PW7 series
TH-37/42PWD7 series
D-Board (2 of 12) Schematic Diagram

TO
D-BOARD

A

(8/12)

11 1714 151312 1810 16

94

0

*R9930

PW7 MODEL ONLY

P5V

R9906

0

10u

6.3V

C9905

5V

5V

R9907

0

10u

6.3V

C9906

5V

PW7 MODEL ONLY

IC9898

C0JBAA000319

P5V

R9898

C9894

C9895

6.3V

0

MD_R4

MD_R5

MD_R2

MD_R3

MD_R0

MD_R1

26

2A10272A11282A12

2B12302B11312B10322B9332B8342B7352B6362B5372B438GND392B3402B2412B1421B12431B11441B10451B9461B8471B7481B649GND501B5511B4521B3531B2541B1552OE561OE

29

16V

10u

0.1u

MD_R6

MD_R7

MD_G0

MD_G1

MD_G2

MD_G3

2A1162A217VCC182A319GND202A4212A5222A6232A7242A8252A9

IC9860

C0JBAZ001992

SN74CBT16211ADGGR

15

5

4

Y

VCC

16V

0.1u

MD_B1

1A2B3

MD_B4

MD_B2

MD_B3

GND

MD_B5

MD_B6

0

C9887

R9850

R9851

0

MD_B0

MD_G4

MD_G5

MD_G6

MD_G7

12

1A10131A11141A12

SWITCH SWITCH

HI:HI-Z

IC9867

C0CBCBD00008

16V

0.1u

C9907

16V

0.1u

C9908

MD_B7

1NC2

1A131A241A351A461A571A68GND91A7101A8111A9

5

Vin

Vcont2GND3Np

1

5

Vin

Vcont2GND3Np

1

C9910

NRST

4

C9909

16V

0.1u

4

16V

0.1u

C9912

6.3V
10u

Vout

IC9868

C0CBCBD00008

C9911

6.3V
10u

Vout

ANF_B_M

ANF_G_M

ANF_R_M

AVR3.3V

R9886

21
22

C9914
16V

0.1u

CLP_M

AVR3.3V

C9913

16V

0.1u

C9917

R9916

0

R9917

0

R9936

0

MA_R4

MA_R3

MA_R2

MA_R1

26

2A10272A11282A12

0.01u

C9918

0.01u

C9919

1000p

0.1u

C9920

C9915

0.01u

C9916

16V

0.1u

110MHz

C9922

6.3V
10u

MA_R6

MA_R5

MA_G0

MA_R7

IC9861

C0JBAZ001992

SN74CBT16211ADGGR

R9893

0

R9911

75

R9888

0

R9912

75

0

P3V_SCL2

R9913

P3V_SDA2

75

MA_R0

2B12302B11312B10322B9332B8342B7352B6362B5372B438GND392B3402B2412B1421B12431B11441B10451B9461B8471B7481B649GND501B5511B4521B3531B2541B1552OE561OE

29

6.8k

16V

0.1u

R9918

C9921

37

38

39

40

41

43

AVSS

44

AVDD

45

AVDD

46

AVSS

47

GIN

48

SOGIN

49

AVSS

50

16V

AVDD

51

AVDD

52

AVSS

53

RIN

54

A0

55

SCL

56

SDA

57
58

61

62

63

64

16V

0.1u

C9924

R9919

0 (PWD7 MODEL)
68(PW7 MODEL)

C9923

16V

0.1u

MA_G6

MA_G5

MA_G4

MA_G3

MA_G2

MA_G1

12

15

2A1162A217VCC182A319GND202A4212A5222A6232A7242A8252A9

1A10131A11141A12

HD_ADM

VD_ADM

C9925

0.082u

16V

2.7k

R9922

0.1u

C9929

C9926

8200p

16V

25

26

28

29

30

31

32

33

34

36

FLT

BIAS

AVSS

CLAMP
AVDD
AVSS

BIN

IC9869

AVSS42AVDD

C0FBAD000095

PVSS

PVDD35PVDD

PVSS

PVSS

PVDD27PVDD

COAST

VSYNC

HSYNC

DVDD
DVDD
DVSS

DVSS

A/D (M)

BYPASS59AVDD60AVSS

AVSS
AVDD
RESET

VSYNCO65SOGOUT66HSYNCO67DTCLK68DVSS69DVDD70ROUT771ROUT672ROUT573ROUT474ROUT375ROUT276ROUT177ROUT0

0

R9920

0

AM_HD

AM_VD

R9921

DVSS2GOUT73GOUT6

DVSS
DVDD
DVDD

MA_R1

MA_R3

MA_R7

MA_R6

MA_R5

MA_R4

MA_R2

C9928
15p

PW7 MODEL ONLY

MA_B2

MA_B7

MA_B6

MA_B5

MA_B3

MA_B1

MA_B0

MA_G7

MA_B4

1NC2

1A131A241A351A461A571A68GND91A7101A8111A9

HI:HI-Z

3.3V

R9924

0

C9930

22

23

24

21

16V

0.1u

20

TEST

18

BOUT2

17

BOUT3

16

BOUT4

15

BOUT5

14

BOUT6

13

BOUT119BOUT0

BOUT7

12

DVDD

11

DVSS

10

GOUT0
GOUT1
GOUT2
GOUT3
GOUT4
GOUT5

78

79

80

MA_R0

MA_B0
MA_B1
MA_B2
MA_B3
MA_B4
MA_B5
MA_B6
MA_B7

MA_G0

9

MA_G1

8

MA_G2

7

MA_G3

6

MA_G4

5

MA_G5

4

MA_G6
MA_G7

1

C9931

16V

0.1u

23

24

25

MAIN_R0

MAIN_R1

MAIN_R2

MAIN_R3

MAIN_R4

MAIN_R5

MAIN_R6

MAIN_R7

MAIN_G0

MAIN_G1

MAIN_G2

MAIN_G3

MAIN_G4

MAIN_G5

MAIN_G6

MAIN_G7

MAIN_B0

MAIN_B1

MAIN_B2

MAIN_B3

MAIN_B4

MAIN_B5

MAIN_B6

MAIN_B7

MAIN_R0

MAIN_R1

MAIN_R2

MAIN_R3

MAIN_R4

MAIN_R5

MAIN_R6

MAIN_R7

MAIN_G0

MAIN_G1

MAIN_G2

MAIN_G3

MAIN_G4

MAIN_G5

MAIN_G6

MAIN_G7

MAIN_B0

MAIN_B1

MAIN_B2

MAIN_B3

MAIN_B4

MAIN_B5

MAIN_B6

MAIN_B7

B CD

TH-37/42PW7 series TH-37/42PWD7 series
D-Board (2 of 12) Schematic Diagram

26

27

28
29

30

94

15.31. D-Board (3 of 12) Schematic Diagram

D-BOARD (3/12)

!

TZTNP01VMSU(TH-37PW7BX/EX)
TZTNP01VBSU(TH-37PWD7BK/EK/UY)
TZTNP01VLSU(TH-42PW7BX/EX)
TZTNP01VASU(TH-42PWD7BK/BS/EK/ES/UY)

21
22
23

24

25

26

27

28
29

PW7 MODEL ONLY

*R9932

NO

EXB2HVR000V

SA_R0

MA_R0 SA_B0

SA_R1

MA_R1 SA_B1

SA_R2

MA_R2 SA_B2

SA_R3

MA_R3 SA_B3

SA_R4

MA_R4 SA_B4

SA_R5

MA_R5 SA_B5

SA_R6

MA_R6 SA_B6

SA_R7

MA_R7

*R9933

EXB2HVR000V

MA_G0
MA_G1
MA_G2
MA_G3
MA_G4
MA_G5
MA_G6
MA_G7

AVR3.3V

IC9202

C9200

6.3V
10u

C0CBCBD00008

P5V

5

Vin

5V

Vcont2GND3Np

1

C9201

16V

0.1u

C9205

16V

0.1u

3.3V

+

4

Vout

C9202

16V

0.1u

C9206

4V

220u

10u

C9203

16V

6.3V

0.1u

C9204

FL9200

J0HABH000012

1

2

FL9201

J0HABH000012

1

2

FL9202

J0HABH000012

1

2

*R9934

EXB2HVR000V

MA_B0

SA_G0

MA_B1

SA_G1

MA_B2

SA_G2

MA_B3

SA_G3
SA_G4

MA_B4

SA_G5

MA_B5

SA_G6

MA_B6

SA_G7

C9207

G

3

G

C9208

G

3

G

C9209

G

3

G

SA_B7

MA_B7

C9210

6.3V

16V

10u

0.1u

3.3V

C9211

6.3V

16V

10u

0.1u

C9212

6.3V

16V

10u

0.1u

16V

C9213

3.3V

3.3V

SUB

ANALOG(S)

&

DIGITAL2

16V

0.1u

C9215

R9200

EXB2HV470JV

SD_B3

SD_B5

SD_B6

SD_B1

SD_B4

SD_R0

SD_B7

0.1u

56

Vcc

SD_B0

49

52

53

GND

RxOUT1650RxOUT1751RxOUT18

RxOUT1954RxOUT2055RxOUT21

LVDS RX

RxOUT222RxOUT233RxOUT244GND5RxOUT256RxOUT267RxOUT278LVDSGND9RxIN0-10RxIN0+11RxIN1-12RxIN1+13LVDSVcc14LVDSGND15RxIN2-16RxIN2+17RxCLKIN-18RxCLKIN+19RxIN3-20RxIN3+21LVDSGND22PLLGND23PLLVcc24PLLGND25PWRDWN

1

VS

HS

0

0

R9201

R9202

DS_HD

DS_VD

48

SB_RX0-

EXB2HV470JV

SD_G6

SD_G7

SD_B2

44

45

Vcc

GND

RxOUT1346RxOUT1447RxOUT15

C0ZBZ0000850

100

100

R9206

R9204

C9216

T1+

T0+

T1-

T0-

SB_RX1+

SB_RX1-

SB_RX0+

0.1u

R9205

C9222

SD_G5

SD_G0

SD_G1

SD_G3

SD_G4

40

41

Vcc

RxOUT1042RxOUT1143RxOUT12

16V

100

R9207

R9208

0.1u

T2-

T2+

TCLK-

SB_CLK-

SB_RX2+

SB_RX2-

16V

100

TCLK+

SD_G2

36

37

RxOUT738RxOUT839RxOUT9

IC9203

100

R9210

T3-

T3+

IC9205

C0JBAS000109

SB_RX3+

SD_R7

GND

0.1u

C9220

16V

16V

C9219

EXB2HV470JV

SD_R1

SWITCH

INVERTER

IC9204

C0JBAB000550

0.1u

R9212

SD_R5

SD_R4

SD_R6

5

VCC

1NC2A3

SD_R3

SD_R2

31

32

Vcc

RxOUT333RxOUT434RxOUT535RxOUT6

FOR DVI

RxCLKOUT27RxOUT028GND

26

10k

R9213

R9211

4

33

Y

GND

29

RxOUT130RxOUT2

100MHz

SD_R0

SD_R3

SD_R2

R9215

56

123

45

VSS

H:ON

678

0.1u

C9226

VDD

DCK_S

SD_R1

26

2A10272A11282A12

16V

2B12302B11312B10

29

SUB_R0

SUB_R1

SUB_R2

NDA_SWS_5V

DA_SWS_5V

30

TO
D-BOARD

AE AFAD AGAA AB AC AKAH AI AJ

(9/12)

TH-37/42PW7 series
TH-37/42PWD7 series
D-Board (3 of 12) Schematic Diagram

95

PWD7 MODEL ONLY

TH-37PW7BX

41
42

43

44

16V

0.1u

39

40

41

43

AVSS

0.01u

44

AVDD

45

AVDD

46

AVSS

47

GIN

48

SOGIN

49

AVSS

50

AVDD

51

AVDD

52

AVSS

53

RIN

54

A0

55

SCL

56

SDA

57
58

16V

61

62

*C9248

16V

0.1u

C9235

6.3V
10u

SA_R4

SA_G0

SA_G1

SA_R5

SA_R7

SA_R6

19

20

2A4212A5222A6232A7242A8252A9

GND

IC9201

C0JBAZ001992

SN74CBT16211ADGGR

SUB_G0

SUB_R4

SUB_R7

SUB_R6

SUB_R5

SUB_G1

CLP_S

6.8k

38

63

18

2A3

VD_ADS

HD_ADS

16V

0.082u

*C9249

2.7k
*R9235

0.1u

8200p

*C9250

31

32

33

34

FLT

PVSS

PVDD35PVDD

VSYNC

CLAMP
AVDD
AVSS

AVSS42AVDD

*IC9208

C0FBAD000095

A/D (S)

AVSS
AVDD
RESET

0

0

SA_R7

*R9232

*R9233

AS_HD

SA_B0

SA_G7

SA_G6

SA_G5

SA_G4

12

15

2A1162A2

1A10131A11141A12

*C9253

16V

28

29

30

PVSS

COAST

HSYNC

DVDD
DVDD
DVSS

DVSS
DVDD
DVDD

SA_R5

SA_R3

SA_R4

SA_R6

SA_B2

SA_B1

8

9

1A7101A8111A9

GND

*R9230

36

37

BIAS

AVSS

BIN

BYPASS59AVDD60AVSS

VSYNCO65SOGOUT66HSYNCO67DTCLK68DVSS69DVDD70ROUT771ROUT672ROUT573ROUT474ROUT375ROUT276ROUT177ROUT0

64

0

*R9231

AS_VD

C9236

0.1u
16V

SA_G3

SA_G2

17

VCC

SWITCH

SUB_B1

SUB_G7

SUB_G6

SUB_G5

SUB_G4

SUB_G3

SUB_G2

SUB_B0

SUB_B2

SUB_B3

SA_B3

SUB_B4

26

SA_R2

25

PVSS

PVDD27PVDD

DVSS

DVSS2GOUT73GOUT6

SA_R1

SA_B4

SA_B5

SUB_B6

SUB_B5

3.3V

*R9236

*C9254

22

23

24

21

20

TEST

18

BOUT2

17

BOUT3

16

BOUT4

15

BOUT5

14

BOUT6

13

BOUT119BOUT0

BOUT7

12

DVDD

11

DVSS

10

GOUT0

9

GOUT1

8

GOUT2

7

GOUT3

6

GOUT4

5

GOUT5

4

1

78

79

80

SA_R0

SA_B7

SA_B6

1NC2

1A131A241A351A461A571A6

HI:HI-ZHI:HI-Z

SUB_B7

0

16V

0.1u

SA_B6

SA_G4

*C9255

16V

0.1u

*C9231

*C9229

6.3V
10u

5V

*C9230

6.3V
10u

5V

*IC9207

C0CBCBD00008

*IC9206

C0CBCBD00008

16V

0.1u

*C9232

16V

0.1u

5

Vin

Vcont2GND3Np

1

5

Vin

Vcont2GND3Np

1

P5V

*R9218

0

5V

*R9219

0

AVR3.3V

*R9852

0

P5V

100MHz

SD_R0

SD_R3

SD_R4

SD_R2

SD_R1

26

1

0.1u
16V

C9226

VDD

8

DCK_S

2A10272A11282A12

2B12302B11312B10322B9332B8342B7352B6362B5372B438GND392B3402B2412B1421B12431B11441B10451B9461B8471B7481B649GND501B5511B4521B3531B2541B1552OE561OE

29

SUB_R0

SUB_R1

SUB_R2

SUB_R3

SUB_R4

C9228

C9227

6.3V

16V

10u

0.1u

SD_G0

SD_R5

SD_G1

SD_G2

SD_R7

SD_R6

17

18

19

20

2A3

2A4212A5222A6232A7242A8252A9

VCC

GND

IC9200

C0JBAZ001992

SN74CBT16211ADGGR

SUB_R5

SUB_R6

SUB_G0

SUB_G1

SUB_G2

SUB_G3

SUB_R7

SD_G3

SUB_G4

SD_B0

SD_G7

SD_G6

SD_B1

SD_G5

SD_G4

8

9

12

15

1A7101A8111A9

2A1162A2

GND

1A10131A11141A12

SWITCH

SUB_G5

SUB_G6

SUB_G7

SUB_B2

SUB_B1

SUB_B0

SD_B2

SUB_B3

*C9234

SD_B3

SUB_B4

AVR3.3V

*C9239

*C9237

4

Vout

*C9233

16V

0.1u

4

Vout

16V

0.1u

SD_B6

SD_B5

SD_B4

SUB_B5

SUB_B7

SUB_B6

16V

6.3V

0.1u

10u

*C9240

*C9238

16V

6.3V

0.1u

10u

ANF_B_S

*R9220

0

*R9223

ANF_G_S

ANF_R_S

SD_B7

1NC2

1A131A241A351A461A571A6

75

*R9221

0

*R9224

75

*R9222

0

*R9225

75

NRST

P3V_SCL2
P3V_SDA2

*R9228

0

*R9229

0

*R9942

*C9247

*C9243

*C9244

0.01u

*C9245

1000p

*C9246

16V

0.1u

*C9241

0.01u

*C9242

0.1u

0

110MHz

SA_R3

SA_R2

SA_R0

SA_R1

26

2A10272A11282A12

2B12302B11312B10322B9332B8342B7352B6362B5372B438GND392B3402B2412B1421B12431B11441B10451B9461B8471B7481B649GND501B5511B4521B3531B2541B1552OE561OE

29

SUB_R1

SUB_R3

SUB_R0

SUB_R2

NDA_SWS_5V

45

46

TH-37/42PW7 series
TH-37/42PWD7 series
D-Board (3 of 12) Schematic Diagram

24 262221 272520 2319

95

TH-37PW7BX

15.32. D-Board (4 of 12) Schematic Diagram

D-BOARD (4/12)

!

TZTNP01VMSU(TH-37PW7BX/EX)
TZTNP01VBSU(TH-37PWD7BK/EK/UY)
TZTNP01VLSU(TH-42PW7BX/EX)
TZTNP01VASU(TH-42PWD7BK/BS/EK/ES/UY)

41
42

REFCK

MCKREF

SCKREF

47

3.3V
L9501

G1C150KA0038

R9533

C9575

6.3V
10u

47

47

R9536

R9540

R9538

10k

C9576

16V

0.1u

20.75]MHz

20.75MHz

20.75MHz

19

20

R9527

0

X9500

H0J200500038

C9500

18p

C9501

18p

43

44

45

X2

VDD

CPG

X1

1

2S03S14

10k

10k

R9532

R9530

17S218

PDTS

IC9500

C1ZBZ0002606

CLK95VDD6GND7CLK18CLK29CLK310CLK4

C9577

16V

0.1u

50MHz(SPRD)

R9440 47

OCK

11

15

GND16VDD

CLK812CLK713CLK614CLK5

20MHz(SPRD)

50MHz

50MHz

20MHz

47

47

R9537

R9541

R9535 47

R9539 47

DCK

R9441
10k

46

TH-37/42PW7 series
TH-37/42PWD7 series
D-Board (4 of 12) Schematic Diagram

28

TO
D-BOARD
(10/12)

BA BB

96

R9845

EXB38V103JV

R9847

EXB38V103JV

FP_PCD(R)
FP_PCD(R) FP_LED(R)
FP_LED(R)

FP_NUEL

FP_UMH

FP_UML
FP_USH
FP_USL
FP_UEH

FP_NUEL

FP_UMH

FP_UML

FP_USH

FP_USL

FP_UEH

P5V

C9738

1

G1

2

A1

3

A2

4

A3

5

A4

6

A5

7

A6

8

A7

9

A8

10

GND

TC74VHCT541AFT(EL)

IC9706

C0JBAZ000856

20

Vcc

19

G2

18

Y1

17

Y2

16

Y3

15

Y4

14

Y5

13

Y6

12

Y7

11

Y8

3.3V->5V

16V

1u

PCD(RIGHT)

LED(RIGHT)

NUEL

UMH

UML

USH

USL

UEH

61

62

63

96

TH-37/42PW7 series
TH-37/42PWD7 series
D-Board (4 of 12) Schematic Diagram

333230

363431 3529

15.33. D-Board (5 of 12) Schematic Diagram

D-BOARD (5/12)

!

TZTNP01VMSU(TH-37PW7BX/EX)
TZTNP01VBSU(TH-37PWD7BK/EK/UY)
TZTNP01VLSU(TH-42PW7BX/EX)
TZTNP01VASU(TH-42PWD7BK/BS/EK/ES/UY)

61

62

63

TH-37/42PW7 series
TH-37/42PWD7 series
D-Board (5 of 12) Schematic Diagram

3837 39 424140 4543 44

97

TH-37PW7BX

91

92

97

TO
D-BOARD
(11/12)

TH-37/42PW7 series

CA

TH-37/42PWD7 series
D-Board (5 of 12) Schematic Diagram

TH-37PW7BX

15.34. D-Board (6 of 12) Schematic Diagram

D-BOARD (6/12)

!

TZTNP01VMSU(TH-37PW7BX/EX)
TZTNP01VBSU(TH-37PWD7BK/EK/UY)
TZTNP01VLSU(TH-42PW7BX/EX)
TZTNP01VASU(TH-42PWD7BK/BS/EK/ES/UY)

91

92

TH-37/42PW7 series
TH-37/42PWD7 series
D-Board (6 of 12) Schematic Diagram

TO
D-BOARD

DA DB

(12/12)

50 5146 49 545347 48 52

98

50 5146 49 545347 48 52

98

TH-37/42PW7 series
TH-37/42PWD7 series
D-Board (6 of 12) Schematic Diagram