LC32GA8E Sharp
User Manual: LC32GA8E sharp
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LC-26GA5E
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32GA5E
MAJOR ICs INFORMATION
1. General ICs Information
XD890WJ (MAIN UNIT):
· IC1905 : HDMI RECEIVER
Part number:
Sii9021
Sharp code:
VHISII9021+-1Q
The Sii9021 is a second generation panel link cinema receiver that is compatible with the HDMI 1.1 (High Definition
Multimedia Interface) specification. The Sii9021 is capable of receiving and outputting two channel digital audio signals at up to 192 kHz— an excellent solution for digital TVs.
This IC features the following.
1) Digital video interface supports video processors.
2) Analog RGB and YPbPr output: 10-bit DAC.
3) Digital audio interface supports high-end audio systems.
· IC1901: NVM OF HDMI (E-EDID)
Part number:
24LC2BIN
Sharp code:
VHI24LC2BIN-1Y
This IC is a 2-wire (I2C bus type) serial EEPROM this is electrically programmable. This EEPROM chip stores the
data structure used to carry configuration information for optimal use of a display (EDID data).
· IC2701 : SYNC SELECT
Part number:
TVHC153T
Sharp code:
VHITVHC153T-1Y
This VHC153 is a high-speed Dual 4-input multiplexer with common select inputs and individual enable inputs for
each section.
IC2704 : HDMI & RGB SOUND MULTIPLEXER
Part number:
CD4052BP
Sharp code:
VHICD4052BP-1Y
The TC74HC4052A is a high-speed CMOS analog multiplexer/demultiplexer backed by silicon gate CMOS technology. The multiplexer function includes the selection and mixing of analog and digital signals. The chip consists of 4
channels (x 2). A digital signal through the control terminal turns on the switch of a corresponding channel.
· IC3002 : VIDEO PROCESSOR
Part number:
VCTP
Sharp code:
RH-IXB624WJN1Q
The VCT 6wxyP family is dedicated to high-quality FPD and double-scan TV sets. The memory and program ROM
are integrated in the IC. Modular design and deep submicron technology allow the integration of audio, video, teletext, OSD, and controller-related functionalities. They cover the whole range of flat-panel display TVs. The IC is
based on proven functional blocks of existing products like VCT 49xxI, VSP 94x5B, and DPS 94xxB.
Each member of the IC family contains the entire audio, video, upconversion processing for 4:3 and 16:9 50/60 Hz
progressive or 100/120 Hz interlaced stereo TV sets plus the control/data interface for flat-panel displays. The integrated microcontroller is supported by a powerful OSD and graphics generator with integrated teletext acquisition.
The VCT 6wxyP family provides a front-end video processing unit with 4 CVBS-Y/C or component inputs for HDTV,
EDTV, and SDTV. A VBI slicer, support of 1000 pages of teletext, and a 3-D comb filter for PAL and NTSC (in certain
versions) are also available. The front-end unit further allows to process an SD and an HD source in parallel, thus
enabling PiP and PaP functionality. Motion-adaptive de-interlacing, temporal noise reduction, and film mode detection are based on a unified memory technology.
Post-scaling in the display processing block ensures the desired output format. Display processing is supported by
an 8-bit 8051-compatible controller. By means of powerful alpha-blending, the graphics mixer composes the output
image from following image layers: the video layer, the OSD layer and the pixel graphics layer.
The audio part consists of a multistandard sound IF demodulator and a baseband processor supporting all desired
sound features in this range.
A connection for additional features, such as advanced motion compensation via -Micronas’ FRC 94xyA, is also
provided.
44
LC-26GA5E
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32GA5E
· IC3001 : NVM 64Kb-E2PROM
Part number:
BR24L64F
Sharp code:
VHIBR24L64F-1Y
The BR24L64F is a 2-wire (I2C bus type) serial EEPROM that is electrically programmable. This IC stores the control
data of system contents (last memory, for example) for the main microprocessor’s AV PWB and main PWB. The data
is given out by commands from the main microprocessor.
· IC3003 : PIC MICROCONTROLLER
Part number:
PIC16F913
Sharp code:
RH-IXB664WJZZY
28 Pin Flash-Based, 8 bit CMOS Microcontrollers with LCD Driver and nanoWatt Technology.
This IC is controlled via I2C and works how expander of ports. This IC has led control and include A/D converter.
· IC2301 : RS-232 TRANSMITTERS/RECEIVERS
Part number:
ISL83220
Sharp code:
VHIISL83220-1Y
The ISL83220E is a 3.0V to 5.5V powered RS-232 transmitter/receiver,+/-15kV ESD protected, minimum data rate
250 kpbs.
· IC2303 : NVM OF PC MODE (EDID)
Part number:
BR24C21F
Sharp code:
VHIBR24C21F-1Y
This IC is a 2-wire (I2C bus type) serial EEPROM this is electrically programmable. This EEPROM chip stores the
data structure used to carry configuration information for optimal use of a display (EDID data).
· IC1701: POWER RESET OF +BU1.8V
Part number:
BU4239G
Sharp code:
VHIBU4239G+-1Y
Low voltage detector IC with adjustable output delay. Standard Detection Voltage = 3.9V
· IC1702: BU+3.3V (VOLTAGE INPUT: BU+5V)
Part number:
PQ20WZ11
Sharp code:
VHIPQ20WZ11-1Y
Low power-loss voltage regulators. Variable Output. Output current 1A. Built-in overcurrent, overheat protection functions, ASO protection circuit.
· IC1703: S+8V (VOLTAGE INPUT: POW+12V)
Part number:
PQ20WZ11
Sharp code:
VHIPQ20WZ11-1Y
Low power-loss voltage regulators. Variable Output. Output current 1A. Built-in overcurrent, overheat protection functions, ASO protection circuit.
· IC1707: +3.3V (VOLTAGE INPUT: POW+5V)
Part number:
PQ20WZ11
Sharp code:
VHIPQ20WZ11-1Y
Low power-loss voltage regulators. Variable Output. Output current 1A. Built-in overcurrent, overheat protection functions, ASO protection circuit.
· IC1708: +1.8V (VOLTAGE INPUT: POW+5V)
Part number:
MP1410
Sharp code:
VHIMP1410ES-1Y
DC to DC Converter. 2A Step down switch mode regulator with a built in internal Power Mosfet. Fault condition protection includes cycle-by-cycle current limiting and thermal shutdown.
· IC1706: BU+1.8V (VOLTAGE INPUT: BU+5V)
Part number:
MP1410
Sharp code:
VHIMP1410ES-1Y
DC to DC Converter. 2A Step down switch mode regulator with a built in internal Power Mosfet. Fault condition protection includes cycle-by-cycle current limiting and thermal shutdown.
45
LC-26GA5E
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32GA5E
· IC1710: CPLD
Part number:
EPM240T
Sharp code:
RH-IXB823WJZZQ
This IC is a CPLD of Altera and use CMOS EEPROM cells to implement logic functions with 64 Macrocells. This
device controls ON/OFF power supply and signals for inverter unit.
FD604WJ (AV UNIT):
· IC301 & IC302 : AUDIO AMPLIFIER
Part number:
TDA8931T
Sharp code:
VHITDA893T-1Y
The TDA8931 is a switching power stage for high efficiency class-D audio power amplifier systems. The IC has a high
efficiency so that a heat sink is not required up to 20W (RMS).
· IC303 : HEADPHONE AMPLIFIER
Part number:
NJM4558M
Sharp code:
VHINJM4558M-1Y
The NJM4558 is a dual high-gain operational amplifier internally compensated and constructed on a single silicon
chip using an advanced epitaxial process.
· IC1101 & IC1102: VIDEO OUTPUT
Part number:
MM1506XN
Sharp code:
VHIMM1506XN-1Y
This IC extends the series of ICs for video/audio signal switching, with a 2-input 1-output single video switch with 75W
driver and input bias (6dB gain).
· IC1201: VIDEO INPUT
Part number:
MM1507XN
Sharp code:
VHIMM1506XN-1Y
This IC extends the series of ICs for video/audio signal switching, with a 2-input 1-output single video switch with
75W driver and input clamp.
FD605WJ (POWER SUPPLY UNIT):
· IC708:
Part number:
NJM2904M
Sharp code:
VHINJM2904M-1Y
The IC consists of two independent, high gain internally frequency compensated operation amplifiers which were
designed specifically to operate from single power supply.
· IC706 & IC707: FEEDBACK CONTROL
Part number:
TA76431R
Sharp code:
VHITA76431R-1Y
Adjustable precision shunt regulator for feedback control for driving an optocoupler in power supplies
· IC705: POWER SUPPLY CONTROLLER FOR INVERTER
Part number:
MR4020
Sharp code:
VHIMR4020++-1
A high speed 900V IGBT makes ideal partial resonance operation which ensures high efficiency and low noise.
Very low power consumption at micro-loads (burst mode).
Start-up circuit eliminates the need for start-up resistor.
Excess current protection (ON period limitation, primary current limitation), excess voltage protection, and thermal
shut-down function are incorporated.
46
LC-26GA5E
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32GA5E
· IC704: POWER SUPPLY CONTROLLER FOR SIGNAL BOARD
Part number:
MR4030
Sharp code:
VHIMR4030++-1
A high speed 900V IGBT makes ideal partial resonance operation which ensures high efficiency and low noise.
Very low power consumption at micro-loads (burst mode).
Start-up circuit eliminates the need for start-up resistor.
Excess current protection (ON period limitation, primary current limitation), excess voltage protection, and thermal
shut-down function are incorporated.
FD607WJ (RC/LED UNIT):
· IC101 : OPC
Part number:
TPS850
Sharp code:
VHITPS850++-1Y
The TPS850 is a linear-output photo-IC which incorporates a photodiode and current amp circuit in a single chip. This
photo-IC is current output type, so can set up output voltage freely by arbitrary load resistance.
FD608WJ (TUNER UNIT):
· IC201 : IF-Demodulator/PLL
Part number:
TDA9886
Sharp code:
VHITDA9886+-1Y
The TDA9886 is an alignment-free multi-standard (PAL, SECAM and NTSC) vision and sound IF signal PLL
demodulator for positive and negative modulation including sound AM and FM processing.
This IC features the following.
* Gain controlled wide-band vision intermediate frequency (VIF) amplifier (AC-coupled).
* Multi-standard true synchronous demodulation with active carrier regeneration (very linear demodulation,
good intermodulation figures reduced harmonics, excellent pulse response).
* Gate phase detector for L/L accent standard.
* Fully integrated VIF Voltage Controlled Oscillator (VCO), alignment-free; frequencies switchable for all
negative modulated standards via I2C bus.
* 4MHz reference frequency input [signal from phase-locked loop (PLL) tuning system] or operating as crystal
oscillator.
* VIF Automatic Gain Control (AGC) detector for gain control operating as a peak sync detector for negative
modulated signals and as a peak white detector for positive modulated signals.
47
LC-26GA5E
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32GA5E
2. Detailed ICs Information
2.1. IC1905 (VHISII9021+-1Q)
SiI 9021
2.1.1. Pinning
Pin Diagram
SiI 9021
144-Pin
TQFP
(Top View)
Figure 1. Pin Diagram
SiI-DS-0117
48
LC-26GA5E
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32GA5E
SiI 9021
2.1.2. Block Diagram
Functional Description
SiI 9021
SiI 9021
PanelLink
TMDS
SiliconImage Confidential
For
Sharp
Internal use Only
PanelLink
TMDS
Figure 3. Functional Block Diagram
SiI 9021
SiI-DS-0117
The SiI 9021 supports two HDMI input ports. Only one port may be active at any time.
49
LC-26GA5E
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32GA5E
2.2. IC3002 (RH-IXB624WJN1Q)
VCT 69xyP
ADVANCE INFORMATION
2.2.1. Pin Connections and Short Description
Volume 1: General Description
3.12.Pin Connections and Short Description
IN = Input Pin
ANA = Analog Pin
OUT = Output Pin
SUPPLY = Supply Pin
NC = not connected
LV = if not used, leave vacant
OBL = obligatory; connect as described in circuit
diagram
VCTP Pin No.
Pin Name
Type
Connection
Short Description
(If not used)
PLQFP
208-1
1
656O6
P4_6
TDOFW
IN/OUT
LV
Digital 656 Bit 6 Output
Port 4, Bit 6 Input/Output
JTAG Interface Data Output (firmw. Controler)
2
656O5
P4_5
TDIFW
IN/OUT
LV
Digital 656 Bit 5 Output
Port 4, Bit 5 Input/Output
JTAG Interface Data Input (firmw. Controler)
3
656O4
P4_4
TMSFW
IN/OUT
LV
Digital 656 Bit 4 Output
Port 4, Bit 4 Input/Output
JTAG Interface Mode Select Input (fw. Contr.)
4
656O3
P4_3
TCLK
IN/OUT
LV
Digital 656 Bit 3 Output
Port 4, Bit 3 Input/Output
JTAG Interface Clock Input (TV Controler)
5
656O2
P4_2
TDO
IN/OUT
LV
Digital 656 Bit 2 Output
Port 4, Bit 2 Input/Output
JTAG Interface Data Output (TV Controler)
6
656O1
P4_1
TDI
IN/OUT
LV
Digital 656 Bit 1 Output
Port 4, Bit 1 Input/Output
JTAG Interface Data Input (TV Controler)
7
656O0
P4_0
TMS
IN/OUT
LV
Digital 656 Bit 0 Output (LSB)
Port 4, Bit 0 Input/Output
JTAG Interface Mode Select Input (TV Contr.)
8
RESETQ
IN/OUT
OBL
Reset Input/Output
9
AIN1R
IN
GND
Analog Audio 1 Input, Right
10
AIN1L
IN
GND
Analog Audio 1 Input, Left
11
AIN2R
IN
GND
Analog Audio 2 Input, Right
12
AIN2L
IN
GND
Analog Audio 2 Input, Left
13
AIN3R
IN
GND
Analog Audio 3 Input, Right
14
AIN3L
IN
GND
Analog Audio 3 Input, Left
15
AIN4R
IN
GND
Analog Audio 4 Input, Right
16
AIN4L
IN
GND
Analog Audio 4 Input, Left
17
VREFAU
ANA
OBL
Reference Voltage, Audio
18
VSUP8.0AU
SUPPLY
OBL
Supply Voltage Analog Audio, 8.0 V
19
GNDA
SUPPLY
OBL
Ground Analog Audio, Platform Ground
20
SGND
ANA
OBL
Analog Signal GND
Micronas
50
November 3, 2004; 6251-644-1-1AI
1-55
VCT 69xyP
LC-26GA5E
ADVANCE LC-32GA8/LC-32BV8
INFORMATION
LC-37GA8/LC-37BV8
LC-32GA5E
Volume 1: General Description
2.2.1. Pin Connections and Short Description (Continued)
VCTP Pin No.
Pin Name
Type
PLQFP
208-1
Connection
Short Description
(If not used)
21
AOUT2R
AIN5R
IN/OUT
LV
Analog Audio 2 Output, Right
Analog Audio 5 Input, Right
22
AOUT2L
AIN5L
IN/OUT
LV
Analog Audio 2 Output, Left
Analog Audio 5 Input, Left
23
AOUT1R
OUT
LV
Analog Audio 1 Output, Right
24
AOUT1L
OUT
LV
Analog Audio 1 Output, Left
25
HEADPHONER
OUT
LV
Analog Headphone Output, Right
26
HEADPHONEL
OUT
LV
Analog Headphone Output, Left
27
SPEAKERR
OUT
LV
Analog Loudspeaker Output, Right
28
SPEAKERL
OUT
LV
Analog Loudspeaker Output, Left
29
SUBWOOFER
TEST
IN/OUT
LV
Analog SUBWOOFER Output
Test Input
30
VREFSIF
ANA
OBL
Reference Voltage, Audio SIF
31
SIFIN+
IN
VREFIF
Differential IF Input
32
SIFIN-
IN
VREFIF
Differential IF Input
33
VSUP5.0SIF
SUPPLY
OBL
Supply Voltage Analog SIF, 5.0 V
34
GNDA
SUPPLY
OBL
Ground Analog SIF, Platform Ground
35
GND3.3DIG
SUPPLY
OBL
Ground Digital Audio Core
36
VSUP3.3DIG
SUPPLY
OBL
Supply Voltage Digital Audio Core, 3.3 V
37
SPDIF_OUT
OUT
LV
SPDIF Output
38
I2S_DA_IN
IN
LV
Audio Bus Data Input
39
I2S_CL
IN
LV
Audio Bus Clock Input
40
I2S_WS
IN
LV
Audio Bus Word Strobe Input
41
I2S_DEL_OUT
OUT
LV
Audio Delay Line Bus Data Output
42
I2S_DEL_IN
IN
LV
Audio Delay Line Bus Data Input
43
I2S_DEL_CL
OUT
LV
Audio Delay Line Bus Clock Output
44
I2S_DEL_WS
OUT
LV
Audio Delay Line Bus Word Strobe Output
45
VSUP3.3RAM
SUPPLY
OBL
Supply Voltage Ram, 3.3 V
46
GND3.3RAM
SUPPLY
OBL
Ground Ram
47
DVS
IN
LV
Digital or Analog Video VSYNC HD Input
48
DEN
IN
LV
Digital Video Enable Input
49
DCLK
IN
LV
Digital Video Clock Input
50
DRI7
IN
LV
Digital Video Red 7 Input
1-56
51
November 3, 2004; 6251-644-1-1AI
Micronas
LC-26GA5E
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32GA5E
VCT 69xyP
ADVANCE INFORMATION
Volume
1: General
Description
2.2.1. Pin Connections
and
Short Description
VCTP Pin No.
Pin Name
Type
PLQFP
208-1
(Continued)
Connection
Short Description
(If not used)
51
DRI6
IN
LV
Digital Video Red 6 Input
52
DRI5
IN
LV
Digital Video Red 5 Input
53
DRI4
IN
LV
Digital Video Red 4 Input
54
DRI3
IN
LV
Digital Video Red 3 Input
55
DRI2
IN
LV
Digital Video Red 2 Input
56
DRI1
IN
LV
Digital Video Red 1 Input
57
DRI0
IN
LV
Digital Video Red 0 Input (LSB)
58
DGI7
IN
LV
Digital Video Green 7 Input
59
DGI6
IN
LV
Digital Video Green 6 Input
60
DGI5
IN
LV
Digital Video Green 5 Input
61
DGI4
IN
LV
Digital Video Green 4 Input
62
DGI3
IN
LV
Digital Video Green 3 Input
63
DGI2
IN
LV
Digital Video Green 2 Input
64
DGI1
IN
LV
Digital Video Green 1 Input
65
DGI0
IN
LV
Digital Video Green 0 Input (LSB)
66
DBI7
IN
LV
Digital Video Blue 7 Input
67
DBI6
IN
LV
Digital Video Blue 6 Input
68
DBI5
IN
LV
Digital Video Blue 5 Input
69
DBI4
IN
LV
Digital Video Blue 4 Input
70
DBI3
IN
LV
Digital Video Blue 3 Input
71
DBI2
IN
LV
Digital Video Blue 2 Input
72
DBI1
IN
LV
Digital Video Blue 1 Input
73
DBI0
IN
LV
Digital Video Blue 0 Input (LSB)
74
GND3.3DRI
SUPPLY
OBL
Ground Digital Ram Interface
75
VSUP3.3DRI
SUPPLY
OBL
Supply Voltage Digital Ram Interface, 3.3 V
76
GND3.3COM
SUPPLY
OBL
Ground Common
77
VSUP3.3COM
SUPPLY
OBL
Supply Voltage Common, 3.3V
78
XTALIN
IN
OBL
Analog Crystal Input
79
XTALOUT
OUT
OBL
Analog Crystal Output
80
CLKOUT
OUT
LV
Digital 20MHz Clock Output
81
VSO
OUT
LV
Vertical Sync Output, Frontend
52
Micronas
November 3, 2004; 6251-644-1-1AI
1-57
LC-26GA5E
LC-32GA8/LC-32BV8
VCT 69xyP
ADVANCE INFORMATION
LC-37GA8/LC-37BV8
LC-32GA5E
Volume 1: General Description
2.2.1. Pin Connections and Short Description (Continued)
VCTP Pin No.
Pin Name
Type
PLQFP
208-1
Connection
Short Description
(If not used)
82
HSO
OUT
LV
Horizontal Sync Output, Frontend
83
SCL
IN/OUT
OBL
I2C Bus Clock Input/Output
84
SDA
IN/OUT
OBL
I2C Bus Data Input/Output
85
GND3.3FL
SUPPLY
OBL
Ground Flash
86
VSUP3.3FL
SUPPLY
OBL
Supply Voltage Flash, 3.3 V
87
P2_0
IN/OUT
LV
Port 2, Bit 0 Input/Output
88
P2_1
IN/OUT
LV
Port 2, Bit 1 Input/Output
89
P2_2
IN/OUT
LV
Port 2, Bit 2 Input/Output
90
P2_3
IN/OUT
LV
Port 2, Bit 3 Input/Output
91
P2_4
TDI
IN/OUT
LV
Port 2, Bit 4 Input/Output
JTAG Interface Data Input
92
P2_5
TMS
IN/OUT
LV
Port 2, Bit 5 Input/Output
JTAG Interface Mode Select Input
93
OSDV
DBO2_0
IN/OUT
LV
Graphic Vertical Sync Input/Output
Channel 2 Digital 0 Blue Output (LSB)
94
OSDH
DBO2_1
IN/OUT
LV
Graphic Horizontal Sync Input/Output
Channel 2 Digital 1 Blue Output
95
GND3.3IO1
SUPPLY
OBL
Ground Digital Input/Output Port 1
96
VSUP3.3IO1
SUPPLY
OBL
Supply Voltage Input/Output Port 1, 3.3 V
97
OSDCLK
DBO2_2
IN/OUT
LV
Graphic Clock Input/Output
Channel 2 Digital 2 Blue Output
98
OSDFSW
DBO2_3
IN/OUT
LV
Graphic Fast Switch Input/Output
Channel 2 Digital 3 Blue Output
99
OSDHCS1
P3_7
DBO2_4
IN/OUT
LV
Graphic Half Contrast 1 Input/Output
Port 3, Bit 7 Input/Output
Channel 2 Digital 4 Blue Output
100
OSDHCS0
P3_6
DBO2_5
IN/OUT
LV
Graphic Half Contrast 0 Input/Output (LSB)
Port 3, Bit 6 Input/Output
Channel 2 Digital 5 Blue Output
101
OSDB3
P3_5
DBO2_6
IN/OUT
LV
Graphic Blue 3 Input/Output (MSB)
Port 3, Bit 5 Input/Output
Channel 2 Digital 6 Blue Output
102
OSDB2
P3_4
DBO2_7
IN/OUT
LV
Graphic Blue 2 Input/Output
Port 3, Bit 4 Input/Output
Channel 2 Digital 7 Blue Output (MSB)
103
OSDB1
DGO2_0
IN/OUT
LV
Graphic Blue 1 Input/Output
Channel 2 Digital 0 Green Output (LSB)
104
OSDB0
DGO2_1
IN/OUT
LV
Graphic Blue 0 Input/Output
Channel 2 Digital 1 Green Output
1-58
53
November 3, 2004; 6251-644-1-1AI
Micronas
LC-26GA5E
LC-32GA8/LC-32BV8
ADVANCE INFORMATION
LC-37GA8/LC-37BV8
LC-32GA5E
VCT 69xyP
Volume 1: General Description
2.2.1. Pin Connections and Short Description (Continued)
VCTP Pin No.
Pin Name
Type
PLQFP
208-1
Connection
Short Description
(If not used)
105
OSDG3
P3_3
DGO2_2
IN/OUT
LV
Graphic Green 3 Input/Output (MSB)
Port 3, Bit 3 Input/Output
Channel 2 Digital 2 Green Output
106
OSDG2
P3_2
DGO2_3
IN/OUT
LV
Graphic Green 2 Input/Output
Port 3, Bit 2 Input/Output
Channel 2 Digital 3 Green Output
107
OSDG1
DGO2_4
IN/OUT
LV
Graphic Green 1 Input/Output
Channel 2 Digital 4 Green Output
108
OSDG0
DGO2_5
IN/OUT
LV
Graphic Green 0 Input/Output
Channel 2 Digital 5 Green Output
109
OSDR3
P3_1
DGO2_6
IN/OUT
LV
Graphic Red 3 Input/Output (MSB)
Port 3, Bit 1 Input/Output
Channel 2 Digital 6 Green Output
110
OSDR2
P3_0
DGO2_7
IN/OUT
LV
Graphic Red 2 Input/Output
Port 3, Bit 0 Input/Output
Channel 2 Digital 7 Green Output (MSB)
111
OSDR1
DRO2_0
IN/OUT
LV
Graphic Red 1 Input/Output
Channel 2 Digital 0 Red Output (LSB)
112
OSDR0
DRO2_1
IN/OUT
LV
Graphic Red 0 Input/Output (LSB)
Channel 2 Digital 1 Red Output
113
GND3.3IO1
SUPPLY
OBL
Ground Digital Input/Output Port 1
114
VSUP3.3IO1
SUPPLY
OBL
Supply Voltage Input/Output Port 1, 3.3 V
115
PCS5
P2_6
IN/OUT
LV
Flat Panel Control Select 5 PWM Output
Port 2, Bit 6 Input/Output
116
PCS4
P2_7
IN/OUT
LV
Flat Panel Control Select 4 REV Output
Port 2, Bit 7 Input/Output
117
PCS3
P4_0
IN/OUT
LV
Flat Panel Control Select 3 DE2 Output
Port 4, Bit 0 Input/Output
118
PCS2
P4_1
IN/OUT
LV
Flat Panel Control Select 2 DE1 Output
Port 4, Bit 1 Input/Output
119
PCS1
P4_2
IN/OUT
LV
Flat Panel Control Select 1 V Output
Port 4, Bit 2 Input/Output
120
PCS0
P4_3
IN/OUT
LV
Flat Panel Control Select 0 H Output
Port 4, Bit 3 Input/Output
121
PCLK2
OUT
LV
Flat Panel Control Clock 2 Output
122
PCLK1
OUT
LV
Flat Panel Control Clock 1 Output
123
GND1.8DIG
SUPPLY
OBL
Ground Digital Core
124
VSUP1.8DIG
SUPPLY
OBL
Supply Voltage Digital Core, 1.8 V
125
DBO1_0
DRO2_2
LVDSA_4P
OUT
LV
Channel 1 Digital 0 Blue Output1) (LSB)
Channel 2 Digital 2 Red Output1)
LVDS Channel 1 bit 4 Positive Output2)
Micronas
54
November 3, 2004; 6251-644-1-1AI
1-59
LC-26GA5E
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32GA5E
ADVANCE INFORMATION
VCT 69xyP
Volume
1: General Description
2.2.1. Pin Connections and Short Description
VCTP Pin No.
Pin Name
Type
PLQFP
208-1
(Continued)
Connection
Short Description
(If not used)
126
DBO1_1
DRO2_3
LVDSA_4N
OUT
LV
Channel 1 Digital 1 Blue Output1)
Channel 2 Digital 3 Red Output1)
LVDS Channel 1 bit 4 Negative Output2)
127
DBO1_2
DRO2_4
VSUP3.3LVDS
OUT
LV
SUPPLY
OBL
Channel 1 Digital 2 Blue Output1)
Channel 2 Digital 4 Red Output1)
Supply Digital Voltage LVDS2) Port, 3.3 V
128
DBO1_3
DRO2_5
LVDSA_3P
OUT
LV
Channel 1 Digital 3 Blue Output1)
Channel 2 Digital 5 Red Output1)
LVDS Channel 1 bit 3 Positive Output2)
129
DBO1_4
DRO2_6
LVDSA_3N
OUT
LV
Channel 1 Digital 4 Blue Output1)
Channel 2 Digital 6 Red Output1)
LVDS Channel 1 bit 3 Negative Output2)
130
DBO1_5
DRO2_7
GND3.3LVDS
OUT
LV
SUPPLY
OBL
Channel 1 Digital 5 Blue Output1)
Channel 2 Digital 7 Red Output1) (MSB)
Ground Digital LVDS2), 3.3 V
131
DBO1_6
DBO1_0
LVDSA_CLKP
OUT
LV
Channel 1 Digital 6 Blue Output1)
Channel 1 Digital 0 Blue Output1) (LSB)
LVDS Channel 1 Clock Positive Output2)
132
DBO1_7
DBO1_1
LVDSA_CLKN
OUT
LV
Channel 1 Digital 7 Blue Output1)
Channel 1 Digital 1 Blue Output1)
LVDS Channel 1 Clock Negative Output2)
133
VSUP3.3IO2
VSUP3.3LVDS
SUPPLY
OBL
Supply Digital Output1) Port 2
Supply Digital Voltage LVDS2), 3.3 V
134
GND3.3IO2
LVDSA_2P
SUPPLY
OUT
OBL
LV
Ground Voltage Output1) Port 2, 3.3 V
LVDS Channel 1 bit 2 Positive Output2)
135
DBO1_8
DBO1_2
LVDSA_2N
OUT
LV
Channel 1 Digital 8 Blue Output1)
Channel 1 Digital 2 Blue Output1)
LVDS Channel 1 bit 2 Negative Output2)
136
DBO1_9
DBO1_3
GND3.3LVDS
OUT
LV
SUPPLY
OBL
Channel 1 Digital 9 Blue Output1) (MSB)
Channel 1 Digital 3 Blue Output1)
Ground Digital LVDS2), 3.3 V
137
DGO1_0
DBO1_4
LVDSA_1P
OUT
LV
Channel 1 Digital 0 Green Output1) (LSB)
Channel 1 Digital 4 Blue Output1)
LVDS Channel 1 bit 1 Positive Output2)
138
DGO1_1
DBO1_5
LVDSA_1N
OUT
LV
Channel 1 Digital 1 Green Output1)
Channel 1 Digital 5 Blue Output1)
LVDS Channel 1 bit 1 Negative Output2)
139
DGO1_2
DBO1_6
VSUP3.3LVDS
OUT
LV
SUPPLY
OBL
Channel 1 Digital 2 Green Output1)
Channel 1 Digital 6 Blue Output1)
Supply Digital Voltage LVDS2), 3.3 V
DGO1_3
DBO1_7
LVDSA_0P
OUT
LV
140
Channel 1 Digital 3 Green Output1)
Channel 1 Digital 7 Blue Output1) (MSB)
LVDS Channel 1 bit 0 Positive Output2)
55
1-60
November 3, 2004; 6251-644-1-1AI
Micronas
LC-26GA5E
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32GA5E
ADVANCE INFORMATION
VCT 69xyP
Volume
1: General Description
2.2.1. Pin Connections and Short Description
VCTP Pin No.
Pin Name
Type
PLQFP
208-1
(Continued)
Connection
Short Description
(If not used)
141
DGO1_4
DGO1_0
LVDSA_0N
OUT
LV
Channel 1 Digital 4 Green Output1)
Channel 1 Digital 0 Green Output1) (LSB)
LVDS Channel 1 bit 0 Negative Output2)
142
DGO1_5
DGO1_1
VSUP1.8LVDS
OUT
LV
SUPPLY
OBL
Channel 1 Digital 5 Green Output1)
Channel 1 Digital 1 Green Output1)
Supply Analog Voltage LVDS2), 1.8 V
DGO1_6
DGO1_2
REXT
OUT
LV
ANA
OBL
DGO1_7
DGO1_3
GND1.8LVDS
OUT
LV
SUPPLY
OBL
145
DGO1_8
DGO1_4
LVDSB_3P
OUT
LV
Channel 1 Digital 8 Green Output1)
Channel 1 Digital 4 Green Output1)
Dual-LVDS Channel 2 bit 3 Positive Output2)
146
DGO1_9
DGO1_5
LVDSB_3N
OUT
LV
Channel 1 Digital 9 Green Output1) (MSB)
Channel 1 Digital 5 Green Output1)
Dual-LVDS Channel 2 bit 3 Negative Output2)
147
DRO1_0
DGO1_6
GND3.3LVDS
OUT
LV
SUPPLY
OBL
Channel 1 Digital 0 Red Output1) (LSB)
Channel 1 Digital 6 Green Output1)
Ground Digital LVDS2), 3.3 V
148
DRO1_1
DGO1_7
LVDSBCLKP
OUT
LV
Channel 1 Digital 1 Red Output1)
Channel 1 Digital 7 Green Output1) (MSB)
Dual-LVDS Channel 2 Clock Positive Output2)
149
GND3.3IO2
LVDSBCLKN
SUPPLY
OUT
OBL
LV
Ground Digital Output1) Port 2
Dual-LVDS Channel 2 Clock Negative Output2)
150
VSUP3.3IO2
VSUP3.3LVDS
SUPPLY
OBL
Supply Voltage Output1) Port 2, 3.3 V
Supply Digital Voltage LVDS2), 3.3 V
151
DRO1_2
DRO1_0
LVDSB_2P
OUT
LV
Channel 1 Digital 2 Red Output1)
Channel 1 Digital 0 Red Output1) (LSB)
Dual-LVDS Channel 2 bit 2 Positive Output2)
152
DRO1_3
DRO1_1
LVDSB_2N
OUT
LV
Channel 1 Digital 3 Red Output1)
Channel 1 Digital 1 Red Output1)
Dual-LVDS Channel 2 bit 2 Negative Output2)
153
DRO1_4
DRO1_2
GND3.3LVDS
OUT
LV
SUPPLY
OBL
Channel 1 Digital 4 Red Output1)
Channel 1 Digital 2 Red Output1)
Ground Digital LVDS2), 3.3 V
154
DRO1_5
DRO1_3
LVDSB_1P
OUT
LV
Channel 1 Digital 5 Red Output1)
Channel 1 Digital 3 Red Output1)
Dual-LVDS Channel 2 bit 1 Positive Output2)
155
DRO1_6
DRO1_4
LVDSB_1N
OUT
LV
Channel 1 Digital 6 Red Output1)
Channel 1 Digital 4 Red Output1)
Dual-LVDS Channel 2 bit 1 Negative Output2)
143
144
Channel 1 Digital 6 Green Output1)
Channel 1 Digital 2 Green Output1)
LVDS External Resistor2)
Channel 1 Digital 7 Green Output1)
Channel 1 Digital 3 Green Output1)
Ground Analog LVDS2), 1.8 V
56
Micronas
November 3, 2004; 6251-644-1-1AI
1-61
LC-26GA5E
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32GA5E
VCT 69xyP
ADVANCE INFORMATION
Volume
1:Connections
General Description
2.2.1. Pin
and Short Description
VCTP Pin No.
Pin Name
Type
PLQFP
208-1
156
(Continued)
Connection
Short Description
(If not used)
Channel 1 Digital 7 Red Output1)
Channel 1 Digital 5 Red Output1)
Supply Digital Voltage LVDS2), 3.3 V
DRO1_7
DRO1_5
VSUP3.3LVDS
OUT
LV
SUPPLY
OBL
157
DRO1_8
DRO1_6
LVDSB_0P
OUT
LV
Channel 1 Digital 8 Red Output1)
Channel 1 Digital 6 Red Output1)
Dual-LVDS Channel 2 bit 0 Positive Output2)
158
DRO1_9
DRO1_7
LVDSB_0N
OUT
LV
Channel 1 Digital 9 Red Output1) (MSB)
Channel 1 Digital 7 Red Output1) (MSB)
Dual-LVDS Channel 2 bit 0 Negative Output2)
159
P1_7
TDO
IN/OUT
OBL
Port 1, Bit 7 Input/Output
JTAG Interface Data Output
160
P1_6
TCLK
IN/OUT
OBL
Port 1, Bit 6 Input/Output
JTAG Interface Clock Input
161
P1_5
IN/OUT
LV
Port 1, Bit 5 Input/Output
162
P1_4
IN/OUT
LV
Port 1, Bit 4 Input/Output
163
GND3.3DAC
SUPPLY
OBL
Ground DAC
164
VSUP3.3DAC
SUPPLY
OBL
Supply Voltage DAC, 3.3V
165
P1_3
ROUT
IN/OUT
LV
Port 1, Bit 3 Input/Output
Analog Red Output
166
P1_2
GOUT
IN/OUT
LV
Port 1, Bit 2 Input/Output
Analog Green Output
167
P1_1
BOUT
IN/OUT
LV
Port 1, Bit 1 Input/Output
Analog Blue Output
168
P1_0
SVMOUT
IN/OUT
LV
Port 1, Bit 0 Input/Output
Scan Velocity Modulation Output
169
VSUP1.8FE
SUPPLY
OBL
Supply Voltage Analog Video Frontend, 1.8 V
170
VSUP3.3FE
SUPPLY
OBL
Supply Voltage Analog Video Frontend, 3.3 V
171
VIN22
DHS
IN
GND
Analog Video 22 H-Sync Input
Digital Video H-Sync Input
172
VIN21
IN
GND
Analog Video 21 B HD Input
173
VIN20
IN
GND
Analog Video 20 G HD Input
174
VIN19
IN
GND
Analog Video 19 R HD Input
175
VIN18
IN
GND
Analog Video 18 Fast Blank 2 Input
176
VIN17
IN
GND
Analog Video 17 B HD Input
177
VIN16
IN
GND
Analog Video 16 G HD Input
178
VIN15
IN
GND
Analog Video 15 R HD Input
179
VIN13
IN
GND
Analog Video 13 B HD Input
57
1-62
November 3, 2004; 6251-644-1-1AI
Micronas
LC-26GA5E
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32GA5E
ADVANCE INFORMATION
VCT 69xyP
Volume
1: General Description
2.2.1. Pin Connections and Short Description
VCTP Pin No.
Pin Name
Type
PLQFP
208-1
(Continued)
Connection
Short Description
(If not used)
180
VIN12
IN
GND
Analog Video 12 G HD Input
181
VIN11
IN
GND
Analog Video 11 R HD Input
182
VIN9
IN
GND
Analog Video 9 Y or B SD Input
183
VIN8
IN
GND
Analog Video 8 C or Fast Blank 1 Input
184
VIN7
IN
GND
Analog Video 7 Y or G SD Input
185
VSUP1.8FE
SUPPLY
OBL
Supply Voltage Analog Video Frontend, 1.8 V
186
GNDA
SUPPLY
OBL
Analog Video Frontend, Platform Ground
187
VIN6
IN
GND
Analog Video 6 C or R SD Input
188
VIN5
IN
GND
Analog Video 5 Y/CVBS Input
189
VIN3
IN
GND
Analog Video 3 CVBS Input
190
VIN2
IN
GND
Analog Video 2 CVBS Input
191
VIN1
IN
GND
Analog Video 1 CVBS Input
192
VSUP3.3VO
SUPPLY
OBL
Supply Voltage Analog Video Output, 3.3 V
193
VOUT3
OUT
LV
Analog cvbs Video 3 Output
194
VOUT2
OUT
OBL
Analog cvbs Video 2 Output
195
VOUT1
OUT
OBL
Analog cvbs Video 1 Output
196
GND3.3IO3
SUPPLY
OBL
Ground Digital Input/Output Port 1
197
VSUP3.3IO3
SUPPLY
OBL
Supply Voltage Input/Output Port 1, 3.3 V
198
656I0
P3_0
IN/OUT
LV
Digital 656 Bit 0 Input (LSB)
Port 3, Bit 0 Input/Output
199
656I1
P3_1
IN/OUT
LV
Digital 656 Bit 1 Input
Port 3, Bit 1 Input/Output
200
656I2
P3_2
IN/OUT
LV
Digital 656 Bit 2 Input
Port 3, Bit 2 Input/Output
201
656I3
P3_3
IN/OUT
LV
Digital 656 Bit 3 Input
Port 3, Bit 3 Input/Output
202
656I4
P3_4
IN/OUT
LV
Digital 656 Bit 4 Input
Port 3, Bit 4 Input/Output
203
656I5
P3_5
IN/OUT
LV
Digital 656 Bit 5 Input
Port 3, Bit 5 Input/Output
204
656I6
P3_6
IN/OUT
LV
Digital 656 Bit 6 Input
Port 3, Bit 6 Input/Output
205
656I7
P3_7
IN/OUT
LV
Digital 656 Bit 7 Input
Port 3, Bit 7 Input/Output
206
656CLKI
IN/OUT
GND
Digital 656 Clock Input
58
Micronas
November 3, 2004; 6251-644-1-1AI
1-63
LC-26GA5E
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32GA5E
VCT 69xyP
ADVANCE INFORMATION
Volume
1: Connections
General Description
2.2.1. Pin
and Short Description
VCTP Pin No.
Pin Name
Type
(Continued)
Connection
PLQFP
208-1
Short Description
(If not used)
207
656CLKO
OUT
LV
Digital 656 Clock Output
208
656O7
P4_7
TCLKFW
IN/OUT
LV
Digital 656 Bit 7 Output
Port 4, Bit 7 Input/Output
JTAG Interface Clock Input (firmw. Controler)
1)
only 69xyP
in RGB output version
VCT
2)
ADVANCE INFORMATION
only in LVDS output version
Volume 1: General Description
Table 3–10: Maximum Number of Ports
Display
Application
CRT
FPD
Analog RGB + SVMOUT + H + V
TTL (Single RGB),
LVDS (Dual or Single)
Panel control
656IN
X
X
X
656OUT
X
X
X
OSD444
X
X
X
X
X
X
OSD222
X
X
X
X
X
X
X
X
X
X
X
X
X
X
TTL (Dual RGB)
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
Port 1
4
4
4
4
4
4
4
4
8
8
8
8
8
8
8
8
8
8
8
8
Port 2
8
8
8
8
8
8
8
8
6
6
6
6
6
6
6
6
6
6
6
6
6
8
8
6
8
8
6
6
8
6
8
8
8
8
8
8
22
28
30
30
Port 3
Port 4
2
2
2
2
8
8
8
8
Max Number
of Ports
14
20
22
22
20
26
28
28
14
20
20
22
8
14
22
8
8
8
22
30
Note: 24bit RGB input is always available
Maximum Number of Ports
59
1-64
November 3, 2004; 6251-644-1-1AI
Micronas
LC-26GA5E
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
ADVANCE INFORMATION
LC-32GA5E
VCT 69xyP
Volume 1: General Description
2.2.2. Pin Descriptions
GND* − Ground
This pin are main ground for all digital analog and port
supplies.
3.13.Pin
Descriptions
2.2.2.1.
Supply Pins
3.13.1.Supply Pins
VSUP1.8DIG − Supply Voltage 1.8 V
This pin is main and standby supply for the digital core
logic of controller, video and display processing.
Application Note:
All GND pins must be connected to a low-resistive
ground plane underneath the IC. All supply pins must
be connected separately with short and low-resistive
lines to the power supply. Decoupling capacitors from
VSUPxx to GND have to be placed as closely as possible to these pins. It is recommended to use more
than one capacitor. By choosing different values, the
frequency range of active decoupling can be extended.
VSUP1.8FE − Supply Voltage 1.8 V
This pin is main and standby supply for the analog
video frontend.
VSUP3.3FE − Supply Voltage 3.3 V
This pin is main and standby supply for the analog
video frontend.
VSUP3.3VO − Supply Voltage 3.3 V
This pin is main and standby supply for the analog
video outputs.
2.2.2.2
Audio Pins
Pins
3.13.2.Audio
VREFAU – Reference Voltage for Analog Audio
This pin serves as the internal ground connection for
the analog audio circuitry. It must be connected to the
GND pin with a 3.3 µF and a 100 nF capacitor in parallel.
VSUP1.8LVDS − Supply Voltage 1.8 V
This pin is main and standby supply for the analog
LVDS core.
VSUP3.3LVDS − Supply Voltage 3.3 V
This pin is main and standby supply for the Digital
LVDS port.
SGND − Analog Reference Input
This is the reference ground Analog Audio part.
VSUP3.3FL − Supply Voltage 3.3 V
This pin is main and standby supply for the Flash
device.
AIN1 R/L – Audio 1 Inputs
The analog input signal for audio 1 is fed to this pin.
Analog input connection must be AC coupled.
VSUP3.3DRI − Supply Voltage 3.3 V
This pin is main supply for the digital RAM interface.
AIN2 R/L – Audio 2 Inputs
The analog input signal for audio 2 is fed to this pin.
Analog input connection must be AC coupled.
VSUP3.3RAM − Supply Voltage 3.3 V
This pin is main supply for the RAM device
AIN3 R/L – Audio 3 Inputs
The analog input signal for audio 3 is fed to this pin.
Analog input connection must be AC coupled.
VSUP3.3IO 1-3 − Supply Voltage 3.3 V
This 3 pins are main and standby supply for the digital
I/O-ports.
AIN4 R/L – Audio 4 Inputs
The analog input signal for audio 4 is fed to this pin.
Analog input connection must be AC coupled.
VSUP3.3COM − Supply Voltage 3.3 V
This pin is main and standby supply for the digital Input
ports and common digital logic.
AIN5 R/L – Audio 5 Inputs
The analog input signal for audio 5 is fed to this pin.
Analog input connection must be AC coupled.
VSUP3.3DIG − Supply Voltage 3.3 V
This pin is main supply for the digital core logic of IF
and audio processing and digital video backend.
AOUT1 R/L – Audio 1 Outputs
Output of the analog audio 1 signal. Connections to
these pins are intended to be AC coupled.
VSUP8.0AU − Supply Voltage 8.0 V
This pin is main supply for the analog audio processing.
AOUT2 R/L – Audio 2 Outputs
Output of the analog audio 2 signal. Connections to
these pins are intended to be AC coupled.
VSUP5.0SIF − Supply Voltage 5.0 V
This pin is main supply for the SIF processing.
SPEAKER R/L – Loudspeaker Outputs
Output of the loudspeaker signal.
VSUP3.3DAC − Supply Voltage 3.3 V
This pin is main and standby supply for the Analog
DAC.
Micronas
HEADPHONES R/L – Headphones Outputs
Output of the headphones signal.
60
November 3, 2004; 6251-644-1-1AI
1-65
VCT 69xyP
LC-26GA5E
ADVANCE LC-32GA8/LC-32BV8
INFORMATION
LC-37GA8/LC-37BV8
LC-32GA5E
Volume 1: General Description
2.2.2. Pin Descriptions (Continued)
SUBWOOFER – Subwoofer Outputs
Output of the subwoofer signal
OSDFSW − Graphic Fast Switch Input/Output
This is the fast switch for the graphic input/output
I2S_DEL_WS - Delay Line Bus Word Strobe
This is the word strobe signal of the delay line bus.
OSDCLK − Graphic clock Input/Output
This is the clock for the graphic video input/output
I2S_DEL_CL - Delay Line Bus Clock
This is the Clock signal of the delay line bus.
OSDV − Graphic vertical sync Input/Output
This is the vertical sync for the graphic input/output
I2S_DEL_IN - Delay Line Bus Data Input
This is the data input signal of the delay line bus.
OSDH − Graphic horizontal sync Input/Output
This is the horizontal sync signal for the graphic I/O
I2S_DEL_OUT - Delay Line Bus Data Output
This is the data output signal of the delay line bus.
DRO1_ 0-9 - Digital Red Outputs
This are 10 bits digital signals for red outputs,
for dual RGB use bits (0-7).
I2S_WS - I2S Word Strobe
This is the word strobe signal of I2S bus.
DGO1_ 0-9 - Digital Green Output
This are 10 bits digital signals for green outputs,
for dual RGB use bits (0-7).
I2S_DA_IN - I2S Data Input
This is the data input signal of I2S bus.
DBO1_ 0-9 - Digital Blue Outputs
This are 10 bits digital signals for blue outputs,
for dual RGB use bits (0-7).
I2S_CL - I2S Clock
This is the Clock signal of I2S bus.
SPDIF_OUT This is an SPDIF output signal to connect to an A/V
receiver.
SIF −/+ − Sound IF Input
This is the SIF input to connect to an external DRX.
VREFSIF – Reference Voltage for SIF
This pin serves as the internal ground connection for
the analog audio circuitry.
DRO2_ 0-7 - Digital dual Red Outputs
This are 8 bits digital signals for red outputs.
DGO2_ 0-7 - Digital dual Green Output
This are 8 bits digital signals for green outputs.
DBO2_ 0-7 - Digital dual Blue Outputs
This are 8 bits digital signals for blue outputs.
2.2.2.3 VideoPins
Pins
3.13.3.Video
PCS 0-5 - LCD Panel Control Select Outputs
This are 6 control select signals for LCD outputs.
For CRT application use PCS_0 as H sync and PCS_1
as V sync Back End.
656I 0-7 − Digital 656 Data Input
These are the 8 bits digital 656 video inputs.
PCLK1,2 - LCD Panel Clock Outputs
This are the clock signals for LCD/RGB outputs.
656CLKI − Digital 656 Input clock
This is the clock for the digital 656 video inputs.
LVDSA_* - LCD Panel LVDS Outputs
This are 12 signals and clocks for LVDS single or dual
output.
656O 0-7 − Digital 656 Data Output
These are the 8 bits digital 656 video outputs.
656CLKO− Digital 656 output clock
This is the clock for the digital 656 video outputs.
OSDR 0-3 − Graphic Data input/output
These are the 2 or 4 bit graphic input/output
REXT - LVDS External Resistor
This pin is connected to the external LVDS resistor.
(6.2 kOhm to gnd)
DRI 0-7 - Digital video inputs for Red
This are 8 bits digital inputs for red signal
OSDG 0-3 − Graphic Data input/output
These are the 2 or 4 bit graphic input/output
DGI 0-7- Digital video inputs for Green
This are 8 bits digital inputs for green signal
OSDB 0-3 − Graphic Data input/output
These are the 2 or 4 bit graphic input/output
OSDHCS 0-1 − Graphic Half Contrast Input/Output
This is the half contrast for the graphic input/output
1-66
LVDSB_* - LCD Panel LVDS Outputs
This are 10 signals and clocks for LVDS dual output.
DBI 0-7- Digital video inputs for Blue
This are 8 bits digital inputs for blue signal.
616251-644-1-1AI
November 3, 2004;
Micronas
VCT 69xyP
ADVANCE INFORMATION
LC-26GA5E
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32GA5E
Volume 1: General Description
DEN - Digital video inputs Enable
This is the enable signal for the Digital Video Inputs.
SDA − I2C Bus Data
This pin delivers the I2C bus data line.
DHS - Digital video inputs Horizontal Sync
This is the H Sync signal for the Digital RGB input bus
or for the VGA Video Inputs.
P1_0−P1_3 − I/O Port
These pins provide CPU controlled I/O ports.
P1_4−P1_7 − I/O Port
These pins provide CPU controlled I/O ports.
Also used as CADC1−4 − Controller A/D inputs 1 to 4.
This 4 pins are analog/digital converters from the controller
DVS - Digital video inputs Vertical Sync
This is the V Sync signal for the Digital RGB input bus
or for the VGA Video Inputs.
DCLK - Digital video inputs Clock
This is the Clock signal for the Digital Video Inputs.
P2_0−P2_7 − I/O Port
These pins provide CPU controlled I/O ports.
CLKOUT − Digital Output clock
This is a 20MHz clock for the external video ICs.
P3_0−P3_7 − I/O Port
These pins provide CPU controlled I/O ports.
VIN 1–22 − Analog Video Input
These are the 19 analog video inputs.
(Vin 4,10 and 14 are missing)
A CVBS, S-VHS, YCrCb or RGB signal is converted
using the luma, chroma and component AD converter.
Vin 8,18 are fast blank inputs. Vin22 is an Hsync input.
The input signals must be AC-coupled.
P4_0−P4_7 − I/O Port
These pins provide CPU controlled I/O ports.
TDO-TCLK-TDI-TMS -JTAG Interface Pins for TV controler.
TCLK at pin 4 (656O3) has during reset an internal pull
up: (TCLK=0) at end of reset enables the JTAG mode
at 656 LSB’s, this can also be done via I2C.
This JTAG is also available at Port(1 and 2) but only
via I2C.
VOUT 1-3 − Analog Video Output
The analog video inputs that are selected by the video
matrix are output at these pins.
ROUT, GOUT, BOUT − Analog RGB Output
These pins are the analog Red/Green/Blue outputs of
the back-end.
TDOFW-TCLKFW-TDIFW-TMSFW -JTAG Interface
Pins for firmware controler.
TCLKFW at pin 208 (656O7) has during reset an internal pull up: (TCLKFW=0) at end of reset enables the
JTAG mode, this can also be done via I2C.
SVMOUT − Scan Velocity Modulation Output
This output delivers the analog SVM signal. The D/A
converter is a current sink like the RGB D/A converters. At zero signal the output current is 50% of the
maximum output current.
2.2.2.4 ControllerPins
Pins
3.13.4.Controller
XTALIN Crystal Input and XTALOUT Crystal Output
These pins are connected to an 20.25 MHz crystal
oscillator. An external clock can be fed into XTALIN.
RESETQ − Reset Input/Output
A low level on this pin resets the VCT 69xyP. The
internal CPU can pull down this pin to reset external
devices connected to this pin.
TEST − Test Input
This pin enables factory test modes. For normal operation, it must be connected to ground.
SCL − I2C Bus Clock
This pin delivers the I2C bus clock line. The signal can
be pulled down by external slave ICs to slow down
data transfer.
Micronas
62
November 3, 2004; 6251-644-1-1AI
1-67
VCT 69xyP
ADVANCE INFORMATION
LC-26GA5E
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32GA5E
Volume 1: General Description
156
145
154
153
152
151
150
149
148
147
146
145
144
143
142
141
140
139
138
137
136
135
134
133
132
131
130
129
128
127
126
125
124
123
122
121
120
119
118
117
116
115
114
113
112
111
110
109
108
107
106
105
VSUP3.3LVDS
LVDSB_1N
LVDSB_1P
GND3.3LVDS
LVDSB_2N
LVDSB_2P
VSUP3.3LVDS
LVDSB_CLKN
LVDSB_CLKP
GND3.3LVDS
LVDSB_3N
LVDSB_3P
GND1.8LVDS
REXT
VSUP1.8LVDS
LVDSA_0N
LVDSA_0P
VSUP3.3LVDS
LVDSA_1N
LVDSA_1P
GND3.3LVDS
LVDSA_2N
LVDSA_2P
VSUP3.3LVDS
LVDSA_CLKN
LVDSA_CLKP
GND3.3LVDS
LVDSA_3N
LVDSA_3P
VSUP3.3LVDS
LVDSA_4N
LVDSA_4P
VSUP1.8DIG
GND1.8DIG
PCLK1
PCLK2
PCS0
PCS1
PCS2
PCS3
PCS4
PCS5
VSUP3.3IO1
GND3.3IO1
OSDR0
OSDR1
OSDR2
OSDR3
OSDG0
OSDG1
OSDG2
OSDG3
2.2.3. Pinning
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
185
186
187
188
189
190
191
192
193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
VCT 69xyP
LVDS output
104
103
102
101
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
OSDB0
OSDB1
OSDB2
OSDB3
OSDHCS0
OSDHCS1
OSDFSW
OSDCLK
VSUP3.3IO1
GND3.3IO1
OSDH
OSDV
P2_5
P2_4
P2_3
P2_2
P2_1
P2_0
VSUP3.3FL
GND3.3FL
SDA
SCL
HSO
VSO
CLKOUT
XTALOUT
XTALIN
VSUP3.3COM
GND3.3COM
VSUP3.3DRI
GND3.3DRI
DBI0
DBI1
DBI2
DBI3
DBI4
DBI5
DBI6
DBI7
DGI0
DGI1
DGI2
DGI3
DGI4
DGI5
DGI6
DGI7
DRI0
DRI1
DRI2
DRI3
DRI4
656O6
656O5
656O4
656O3
656O2
656O1
656O0
RESETQ
AIN1R
AIN1L
AIN2R
AIN2L
AIN3R
AIN3L
AIN4R
AIN4L
VREFAU
VSUP8.OAU
GNDA
SGND
AOUT2R
AOUT2L
AOUT1R
AOUT1L
HEADPHONER
HEADPHONEL
SPEAKERR
SPEAKERL
SUBWOOFER
VREFSIF
SIFIN+
SIFINVSUP5.0SIF
GNDA
GND3.3DIG
VSUP3.3DIG
SPDIF_OUT
I2S_DA_IN
I2S_CL
I2S_WS
I2S_DEL_OUT
I2S_DEL_IN
I2S_DEL_CL
I2S_DEL_WS
VSUP3.3RAM
GND3.3RAM
DVS
DEN
DCLK
DRI7
DRI6
DRI5
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
LVDSB_0P
LVDSB_0N
P1_7
P1_6
P1_5
P1_4
GND3.3DAC
VSUP3.3DAC
P1_3
P1_2
P1_1
P1_0
VSUP1.8FE
VSUP3.3FE
VIN22
VIN21
VIN20
VIN19
VIN18
VIN17
VIN16
VIN15
VIN13
VIN12
VIN11
VIN9
VIN8
VIN7
VSUP1.8FE
GNDA
VIN6
VIN5
VIN3
VIN2
VIN1
VSUP3.3VO
VOUT3
VOUT2
VOUT1
GND3.3IO3
VSUP3.3IO3
656I0
656I1
656I2
656I3
656I4
656I5
656I6
656I7
656CLKI
656CLKO
656O7
Important Note from MICRONAS:
All information and data contained in the data sheet are without any commitment, are not to be considered as an offer
for conclusion of a contract, not shall they be construed as to create any liability. Any new issue of this data sheet invalidates previous issues. Product availability and delivery are exclusively subject to our respective order confirmation
form; the same applies to orders based on development samples delivered.
By this publication, Micronas GmbH does not assume responsibility for patent infringements or other rights of third parties which may result from its use.
1-70
November 3, 2004; 6251-644-1-1AI
Micronas
Further, Micronas GmbH reserves the right to revise this publication and to make changes to its content, at any time,
without obligation to notify any person or entity of such revisions or changes.
63
LC-26GA5E
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32GA5E
TDA8931
Philips Semiconductors
Power comparator 1 × 20 W
2.3. IC301, IC302 (VHITDA8931T-1Y)
Block Diagram
6. Block2.3.1.
diagram
17
VDDA
INP
INN
VSSA
TDA8931
5
4
18
DRIVER
HIGH
comparator
16
CONTROL
3
DRIVER
LOW
2
15
14
STABILIZER
12V
POWERUP
BOOT
VDDP
OUT
VSSP
STABI
VSSD
6
VDDP
ENABLE
CGND
7
13
9
ODP
OTP
HVP
VSSP
CONTROL
VDDP
OCP
OVP
12
19
OVP
HVPI
VSSP
UVP
8
emiconductors
HEAT SPREADER
1
VSSD
10
VSSD
11
VSSD
DIAG
TDA8931
Power comparator 1 × 20 W
20
001aab807
VSSD
Fig 1. Block diagram
ning information
2.3.2. Pinning
7.1 Pinning
9397 750 13847
Preliminary data sheet
VSSD
1
20 VSSD
VSSA
2
19 HVPI
INN
3
18 VDDP
INP
4
17 BOOT
VDDA
5
POWERUP
6
ENABLE
7
16 OUT
TDA8931
15 VSSP
14 STABI
© Koninklijke Philips Electronics N.V. 2005. All rights reserved.
Rev. 01 — 14
January
8 2004
DIAG
CGND
13 HVP
9
12 OVP
VSSD 10
11 VSSD
001aab811
Fig 2. Pin configuration
7.2 Pin description
Table 3:
Pin description
64
3 of 31
2003 Oct 02
7
65
23 (26)
SIF1
18 (20)
AGND
VP
n.c.
OP1
3 (1)
OUTPUT
PORTS
OP2
DGND
7 (5)
SIOMAD
12 (11)
AFC DETECTOR
FMPLL
4 (2)
MHC108
(4) 6
(3) 5
(7) 8
(18) 17
FM-PLL
filter
NARROW-BAND
FM-PLL DEMODULATOR
AUDIO PROCESSING
AND SWITCHES
SOUND CARRIER
TRAPS
4.5 to 6.5 MHz
sound intercarrier output
and MAD select
10 (9)
SDA
Fig.1 Block diagram.
SCL
22 (24) 11 (10)
I 2C-BUS TRANSCEIVER
TDA9885
TDA9886
DIGITAL VCO CONTROL
AFC
21 (23)
AFD
audio output
CAF
de-emphasis
network
DEEM
AUD
video output: 2 V (p-p)
[1.1 V (p-p) without trap]
CVBS
single and multistandard
alignment-free IF-PLL demodulators
(6, 12, 13, 14, 17,
19, 25, 28, 29, 32)
13
CAGC
SIF-AGC
MAD
SINGLE REFERENCE QSS MIXER
INTERCARRIER MIXER
AND AM DEMODULATOR
VIF-PLL
RC VCO
REF
15 (16)
2
20 (22)
SUPPLY
VIF-AGC
VPLL
19 (21)
external reference signal
or 4 MHz crystal
I C-bus
controlled
2.4. IC201
(VHITDA9886+-1Y)
(1) Not connected for TDA9885.
Pin numbers for TDA9885HN and TDA9886HN in parenthesis.
24 (27)
1 (30)
VIF1
SIF2
2 (31)
TUNER AGC
CBL
16 (17)
VAGC (1)
handbook, full pagewidth
VIF2
14 (15)
9 (8)
CAGC(neg)
TAGC
VIF-PLL
filter
6
TOP
CVAGC(pos)
This text is here in white to force landscape pages to be rotated correctly when browsing through the pdf in the Acrobat reader.This text is here in
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Philips Semiconductors
LC-26GA5E
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
Product
specification
LC-32GA5E
TDA9885; TDA9886
2.4.1. Block Diagram
BLOCK DIAGRAM
Philips Semiconductors
Product specification
LC-26GA5E
LC-32GA8/LC-32BV8
I2C-bus
LC-37GA8/LC-37BV8
LC-32GA5E
controlled single and multistandard
alignment-free IF-PLL demodulators
TDA9885; TDA9886
2.4.2. Pinning
7
PINNING
PIN
SYMBOL
DESCRIPTION
TDA9885T
TDA9886T
TDA9885HN TDA9886HN
TDA9885TS TDA9886TS
VIF1
1
1
30
30
VIF differential input 1
VIF2
2
2
31
31
VIF differential input 2
n.c.
−
−
32
32
not connected
OP1
3
3
1
1
output port 1; open-collector
FMPLL
4
4
2
2
FM-PLL for loop filter
DEEM
5
5
3
3
de-emphasis output for capacitor
AFD
6
6
4
4
AF decoupling input for capacitor
DGND
7
7
5
5
digital ground
n.c.
−
−
6
6
not connected
AUD
8
8
7
7
audio output
TOP
9
9
8
8
tuner AGC TakeOver Point (TOP) for resistor
adjustment
SDA
10
10
9
9
I2C-bus data input and output
SCL
11
11
10
10
I2C-bus clock input
SIOMAD
12
12
11
11
sound intercarrier output and MAD select with
resistor
n.c.
−
−
12
12
not connected
n.c.
13
13
13
13
not connected
n.c.
−
−
14
14
not connected
TAGC
14
14
15
15
tuner AGC output
REF
15
15
16
16
4 MHz crystal or reference signal input
VAGC
−
16
−
17
VIF-AGC for capacitor
n.c.
16
−
17
−
not connected
CVBS
17
17
18
18
composite video output
n.c.
−
−
19
19
not connected
AGND
18
18
20
20
analog ground
VPLL
19
19
21
21
VIF-PLL for loop filter
VP
20
20
22
22
supply voltage
AFC
21
21
23
23
AFC output
OP2
22
22
24
24
output port 2; open-collector
n.c.
−
−
25
25
not connected
SIF1
23
23
26
26
SIF differential input 1 and MAD select with
resistor
SIF2
24
24
27
27
SIF differential input 2 and MAD select with
resistor
n.c.
−
−
28
28
not connected
n.c.
−
−
29
29
not connected
2003 Oct 02
8
66
Product specification
ed single and multistandard
F-PLL demodulators
2.4.2. Pinning (Continued)
TDA9885; TDA9886
handbook, halfpage
24 SIF2
VIF1 1
24 SIF2
23 SIF1
VIF2 2
23 SIF1
22 OP2
OP1 3
22 OP2
21 AFC
FMPLL 4
21 AFC
20 VP
DEEM 5
20 VP
19 VPLL
DA9885T
DA9886T 18 AGND
DGND 7
19 VPLL
TDA9885TS
TDA9886TS 18 AGND
17 CVBS
AUD 8
17 CVBS
16 VAGC (1)
TOP 9
16 VAGC (1)
15 REF
SDA 10
15 REF
14 TAGC
SCL 11
14 TAGC
AFD 6
13 n.c.
LC-26GA5E
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32GA5E
SIOMAD 12
MHC109
13 n.c.
MHC110
85T.
(1) Not connected for TDA9885TS.
figuration for SO24.
Fig.3 Pin configuration for SSOP24.
IC1905 Sil9021.
SILICON IMAGE Data Sheet:
SiI9021 HDMI PanelLink Cinema Receiver
Doc: SiL-DS-0117-A . August 2004.
16 REF
15 TAGC
14 n.c.
13 n.c.
12 n.c.
SOURCE OF DOCUMENTATION
17 VAGC(1)
18 TDA9886.
CVBS
IC201
19 n.c.
PHILIPS Semiconductors Product Specification:
TDA9885;TDA9886
I2C-bus controlled single and multistandard alignment-free IF-PLL demodula20 AGND
tors.
2003
Oct
02
21 VPLL
22 Vhttp://www.semiconductors.philips.com/acrobat_download/datasheets/TDA9885_TDA9886_2.pdf
DA9885HN
DA9886HN
P
23 AFC
n.c. 25
SIF1 26
SIF2 27
n.c. 28
n.c. 29
24 OP2
IC301, IC302 TDA8931.
PHILIPS Semiconductors Preliminary Data Sheet:
TDA8931 Power Comparator 1x20W
MHC111
Doc: 9397 750 13847 Rev.01. 14 January 2004
http://www.semiconductors.philips.com/acrobat_download/datasheets/TDA8931_1.pdf
IC3002 VCT69xyP.
MICRONAS Avance Information:
VCT69xyP Video-Controller-Text-Audio IC Family for DoubleScan and FPD TV
uration for HVQFN32.
Doc: 6251-644-1-1AI. November 3, 2004
85HN.
9
67
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC32/37GA8E/K/F/I/RU
LC32/37BV8E
WIRING DIAGRAM
OVERALL WIRING DIAGRAM
LCD-MODULE
I
A3IU32A8E1
A3KU37A8E1
R1LK315T3LF15 (32)
R1LK370T3LZ5BX(37)
TFT LCD PANEL
KEY UNIT
DUNTKD606FMV0
(32/37)
KM
P153
1
3
80
H
1
RCORFA064WJZZ
(37only)
CORE
QCNW-E232WJQZ(32)
QCNW-E412WJQZ(37)
80
1
1
RCORFA064WJZZ
(37only)
CORE
1
80
80
CN4
CN5
BACK LIGHT
LCD-CONT-UNIT
TUNER-UNIT
G
CN1
CN3
DUNTKD608FM02 (SERVICE)
CKITKD608FM02
1
10
1
CN2
30
1
7
INVERTER
-UNIT
(32/37)
TUNER
TU201
P201
15
15
SC2301
F
QCNW-E684WJPZ(32/37)
1
KM
CORE
SERVICE EXTENSION CABLE
3
QCNW-E546WJZZ (7P)
QCNW-E542WJZZ (23P)
QCNW-E543WJZZ (9P)
QCNW-E544WJZZ (15P)
QCNWGA015WJPZ (9P_D_SUB)
30
DUNTKD890FM02(32)
DUNTKD890FM03(37)
*8(32)
*5(37)
LV
QCNW-E419WJQZ(37only)
1
1
SH
7
P704
1
1
9
SC2303
D-SUB
AUDIO L/R
1
LA
CN3
CN7501
14
1
P2303
SC2704
23 1
P1102
23
1
23
CN11 (32)
- (37)
RUNTKA216WJZZ
37 UNIT 1/2
AV-UNIT
J1101
C
SC301
DUNTKD604FM10
(32/37)
OUT
R
1M3819(32)
DUNTKD605FM14(32)
DUNTKD605FM03(37)
P1201
SC7503
EXT2/
EXT1
R
T8 (32)
- (37)
1
POWER-UNIT
L
IN
CN10 (32)
- (37)
P701
SC1701
SC2703
P1101
L
OUT
T7 (32)
- (37)
10
1
CVBS
IN
(32)
(37)
14
23
J2702
SC2702
Y/C
IN
CN9 (32)
- (37)
1
QCNW-E799WJQZ(32)
QCNW-E415WJQZ(37)
P702
SC1702
RA
EXT4
EXT3
T6 (32)
- (37)
LA
P2301
D
LB(37)
CN7502
J2701
D-SUB
*8(32)
*5(37)
8
P2305
EXT5
HDMI
AUDIO L/R
CN5 (32)
CN7505(37)
RCORFA023WJZZ
(37only)
8
P2302
MAIN-UNIT
E
T2 (32)
T7502(37)
P1701
1
SC1901
CN4 (32)
CN7504(37)
LB
1
SC2705
RS-232C
HDMI
QCNW-E234WJQZ(32)
QCNW-E609WJQZ(37)
1
T1 (32)
T7501(37)
1
1
- (32)
T7701(37)
CN7705
- (32)
CN7701(37)
CORE
(RCORFA020WJZZ)
4
J1301
P301
AC-CORD
AC-IN
1
RCORF0103CEZZ(32/37)
CORE
QACCKA021WJPZ
QACCBA073WJPZ (K)
(32/37)
RCORF0103CEZZ(32/37)
R
L
QCNW-E233WJQZ(32)
QCNW-E413WJQZ(37)
B
P101
RA
R
(E/I/F/R)
*4(37)
QCNW-E800WJQZ(32)
QCNW-E801WJQZ(37)
SPEAKER
SP-BOX R R
R/C LED UNIT
DUNTKD607FMV0
(32/37)
SC701
SP
CORE
B
7
J1201
IN
HEADPHONE
OUT
AC-IN
P703
7
RSP-ZA184WJZZ
(32/37)
- (32)
T7704(37)
R
SPEAKER
SP-BOX L L
B
RSP-ZA184WJZZ
(32/37)
*4(37)
- (32)
CN7704(37)
RUNTKA217WJZZ
37 UNIT 2/2
A
1
2
3
4
5
6
7
8
73
9
10
11
12
13
14
15
16
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
BLOCK DIAGRAM
System Block Diagram
32/37GA8E/K/F/I/RU BLOCK DIAGRAM
BV8E
I
4
5
KEY-UNIT
6
VOL+
R1LK315T3LF15(32)
R1LK370T3LZ5BX(37)
LCD-MODULE
VOL-
(32/37)
2
1
A3IU32A8E1
A3KU37A8E1
A3KU2655EK
OFF
ON
S156
P0035GE
H
INPUT
CH-
CH+
DUNTKD606FMV0
POWER SW
(SERVICE)
RRMCGA387WJSA(GA8E)
RRMCGA499WJSB(BV8E)
P153
3
TFT LCD PANEL
TUNER-UNIT
(32/37)
DUNTKD608FM02 (SERVICE)
CKITKD608FM02
FL202
IF(A)
11
FL201
SIF
23
24
VIF
1
2
IC201
IF-DEMOD
TDA9886
10/11
TU201
9
RTUNQA021WJZZ
12
CN5
CN4
SDA/SCL
4
5
17
33/5V
7
AGC
1
RCORFA064WJZZ(37)
SDA
SCL
20
CVBS
SIF
2
1
10/9
12
RCORFA064WJZZ(37)
CORE
P201
QCNCMA012WJ
LCD
BACK-LIGHT
CORE
CN4
CN5
LCD-CONT-UNIT
MAIN-UNIT
KM
P2302
SC2705
DUNTKD890FM02/03(32/37)
KEY
KEY-PSW
M5
2
1
AGC
PC-INPUT
RS-232C
IC2301
13
3
2
11
TXD
9
RXD
RS-232C
Tra/Receiver
8
LB(37)
P1701
BU3.3V
ISL83220
SC2301
QSOCDA036WJ
8
27/26
SDA
SCK
SDE
M5
REG/
REG2
IC1710
H-SYNC
V-SYNC
7
FPGA
5
42/35/41
ATUNER-CVBS
PCLK
IXB823WJ
14
OSC
INV-BRT(FL-OFL)
OFL
INV-ON(BL-ON)
STB
1.8V
3.3V
74
99
SIF
5/6
RX1+/-
59/58
SDA/SCL
29/30
QJAKEA073WJ
7/9
6
10
5/11
D-SUB-15
SDA/SCL
RESET
195
7
TEMP1-3
178
177
176
88
S2_MUTE
8V
BU3.3V
185/169/142
BU1.8V
188
161
12
11
22
21
M2
SC2702
10
15
4
6
8
1
3
2
13
12
18
17
10
4
6
8
15
2
12
13.5V
POW_5V
BU+5V
IC4
1
3
13
12
18
17
23
SC2703
21
19
2
1
M2
6
5
9 14
10 13
11
15
22
23
+8V
-AIN
4
S_MUTE
Q1102
Q1101
IC1201
2
6
S2_MUTE
OUT2-L/R
FB
VCC
I-DET
5V
PCON2
D737
R
7
3
L
5
R
INV_BRT
5V
D751
PWM-SEL
D726
30V
Q730
1
NJM2904
7
4
C704
IC301
4
R
L
IC302
4
SPR
MAIN
13/16
-AMP
TDA8931T
OP-AMP
NJM4558M
VA701
Q301
RDA706(37)
Q302
S-MUTE
SPL
MAIN
13/16
-AMP
TDA8931T
380V
RDA703
P301
RCORF0103CEZZ(32/37)
RCORF0103CEZZ(32/37)
1-3
RSP-ZA184WJZZ L
R/C LED UNIT
G
GA8E(32/37)
2
R
G
OPC
-LED
SLEEP
POW
-LED
D102
D104
D103
SENS
OPC
IC101
3
SENS
REMOCON
RMC101
900V
DUNTKD607FMV0
RSP-ZA184WJZZ R
(32/37)
GA8E(32/37)
A3KU2655EJ(SERVICE)
4
Q702
INV_BRT
PWM-SEL
14
R858
5
D734
6
CORE
B
AC-CORD
6
4
6
2
14
5
6-10
7
7
1
2
1
3
9
CN7505
E
10
11 I-sen
SS
REG
3
IC707
4
IC709
8
24V
2
V-SENCE
Vcc
3 REG
IC7502
9
6 RT
D7516
A
B
D7517
C
OVP
14
D
Q7509
Q7506
6
Q7508
2
3
VA1
J
7
VA2
D7525
T7505
8
VB2
STB
14
E
Reg
OVP
REG
Q7505
Vcc
I-sen
C D
Q7525
3
5 CT
REG
VB1
B
Q7513/19
INV-CTL
Q7512
OSC
Vin=24V
1-5
13
A
T7502
Q7511
CN7503
1-5
12
3
GND
6
5
Q704
REG
24V
Vcc
CN7508
9
10
11
I
12
J
13
NJM2903M
R
AC-IN
5
24V
INV_ON
D736
3
REG
PRE-DRIVE
BD9777FV
STB
13
P704
24V
15
SC701
SP-BOX
SPEAKER
R
P-CON2
Q712
CN7504
Q7526
BCT
12
3
14
Q7507
C744
9
16
I-SENCE
IC7502
ERR
5
P-CON1
6
CORE
SP-BOX
SPEAKER
L
T702
D762
1
2
Vcc
1
D728
IC704
SW-REG
MR4030(32/37)
4
2
VCC
R
4A
Q305
VB1
Q7527
PRE-DRIVE
Q7514/20
Q7504
Vcc
9
PRE-DRIVE
Q7515/21/18
9
D746
Q713
I-DET
Q306
L
17
10
REG2
5
2
D733
Q723
18
VB2
Q7503
2
4
IC708
VA2
Q7528
IC7501
Q7502
5-7
S_MUTE
Duty
Vcc
Q731
D747
1
IC7502
Q7501
IC706
D732
7
8
BRT
8
R
5
4
2
3
7
8
1
OFL
PRE-DRIVE
Q7517/22/18
19
D7501
3
P703
Q710
Q1201
Q1202
IC303
C752
D730
S_MUTE
1
5V
D731
Q708
OUT3-L/R
L
INV_ON
VA1
Vcc
20
2
Vcc
LB
CN7502
20-21
P702
D756
PCON1
10
T7501
7
13.5V
C757
ZD7501
ZD7502
14
GND
D753
D754
RUNTKA216WJZZ
6.3A
4-6
10-15
BU5V
35V
F7501
24V
1-5
1
13.5V
D741
D759
12
Q724
D778
D777
P101
1
13
3
5
7
S_MUTE
IN3YV
CORE
A
D739
900V
35V
30V
C754
D725
6
QJAKJA007WJZZ
R
D738
R828
7
L701
L702
AV
B
15
14
9
D724
+8V
-AIN
L
QJAKZA033WJZZ
J1301
4
30V
S2_MUTE
Q1103
Q1104
Q1204
Q1203
AV
IC705
Q726
Y
C
HEAD
PHONE
D735
16
11
F701
B
1
SW-REG
MR4020
2
T703
LOUT/ROUT
11
7
35V
T701
380V
HXA033WJ
QFS-ZA007WJZZ
J1201
C705
C706
270 &L270 &L
400V
400V
SC301
LIN/RIN
13/15
P701
P-CON2
INVERTER UNIT 1/2
37 INCH
LA
CN7501
Q721
6
CVBS-IN
1
3/5
S/VIDEO
HPMUTE
VA702
4
QSOCZA116WJ
A/V-IN
RY701
C705
C706
220 &L220 &L
400V
400V
S_MUTE
OUT1-L/R
AV
A-OUT
(37)
D701
A-OUT-L/R
FAST-SW2/
SLOW-SW2
37/29
EXT-3
+8V
A-IN-L/R
27/23
24/22
J1101
OPEN
(32)
AV-LINK
31
DUNTKD605FM14/03(32/37)
POWER-UNIT
P1201
OPEN
P
I J K L M N O P
M2
1
Q1107
Q1108
O
C D E F G H
SC2704
7
TH701
R(C2)/G/B
36/32/28
SCART2
P1102
+8V
-AIN
S_MUTE
CN11
T8
B
6
2
4
A
IC3
13.5V
Q1106
Q1105
IC1101
VOUT2
14
1
4-6
VIN2(Y/V)
41
40
DRIVE
CIRCUIT2
OVP
20-21
C762
QSOCZA116WJ
EXT-2
I 10
10-15
RDA702
AV
C
3
SS
3
A-OUT-L/R
FAST-SW1/
SLOW-SW1
3/1
8
4 REG
3
A-IN-L/R
6/2
16/8
CN8
T5
M6
P1101
4
F/B
9
4
5
9
35V
OPEN
6
2
R(C1)/G/B
10
J1101
IC1102
VOUT1
19
15/11/7
H
5 CT
2
M6
VIN1(Y/V)
20
EXT-1
SCART1
CN7
INV-CTL
PWM-SEL
V
11
DUNTKD604FM10(32/37)
F
T4
SC1701
M2
AV-UNIT
16
VB1
G
1
PCON2
MUTE_-SP
S-MUTE
D
CD4052BP
4
6
E
1 Duty
6 RT
INV_ON(32)
SPK_L/R
L
IC2704
CN6
T3
6
INV_BRT(32)
HPOUT_L/R
13
QJAKEA073WJ
D
Q18
Q19
14
C
2
17
9/7
PCON1
S2_MUTE
R
IN2_FSW
3
VB2
C
2 BCT
5/4
SC1702
VIN7
18
IC1
13
5
OPC/SLP
183
INV-BRT
VA2
Vcc
D65
M5
LEDPOWR/G
25/26
16/15
184
CN5
T2
3
28/27
CVBS/Y-IN
15
194
18
192/170/133
IN2_L/R
14
L
24
23
5V
AOUT2_L/R
L
14
13
P2303
IC5
2/3
4/6
PWM-SEL
11
M2
189
160
87
AV-LINK2
5
2
L
J2702
20
M5
FRAME
RA
33
SLOW_SW2
R
R
187
175
182
190
VOUT2
IXB731WJ
(SERVICE)
8
M3
R2(C2)/G2/B2
R
132 141
131 |
128
Q14
P2301
10
10/9
VIN2
AUDIO
4
M5
IN1_L/R
BR24C21F
162
90
M3
IC3005
5/6
IC2303
E2PROM
M5
QSOCNA229WJ
109
84
83
IXB624WJ(GA8E)
VCT6973
IN1_FSW
12/15
SC2303
122
INV-ON
12
KEY,KEY-PSW
ERR
115
116
117
B
19
Q17
OPC
AOUT1_R/L
13/14
174
173
172
9
10
DTVPC
DTVHDMI
(A/B)
119
120
CN4
A
Q16
TH3002
IC3002
M2
14/2
91
92
SLOW_SW1
5V
PCV
R/G/B
PCV
H/V
9
1/2/3
171
47
AV-LINK1
EXT-4
DH/DV
SYNC
73
57
65 |
|
66 |
50
58
B G R
38
39
40
102
31
H/V
SELECTOR
1A
VA1
ROMSEL0
159
191
IC2701
4
12
M2
CP1
IM3819
T1
3 M3
LVDS_CN/CP
LVDSxx
R1(C1)/G1/B1
R
J2701
5A
P2306
MUTE-SP
22
26
24LC2BINEES
(SERVICE)
L
E
LVDSxx
5A
CP3
CCP-1
16
PIC16F913
12
HDMI
HS/VS
24V
1-5
OPC/SLP
M1
VIN2
AUDIO
Q1901
Q1903
104
M1
SII9021
2/3
7
14
15
8
RCORFA023WJZZ(37)
CP4
28/27
IN3_L/R
24LC2BIN
8
9/10
IXB664WJ
CN3
11/10
LEDPOWR/G
INVERTER UNIT
32 INCH
4/5
LVDS_
CN/CP
OUTMON_L/R
5/6
IC1901
E2PROM
M1
8
18
17
LCDUD/LR
LCDUD/LR
OPC-IN
2
HDMIINT
VOUT1
16/15
QSOCZA117WJ
27/28
IC2702
SC1901
84-86
63/62
RXC+/-
SDA3
SCL3
HDMISDO/
WS/
SCK
SDA3
SCL3
HDMI
RECEIVER
67/66
RX0+/-
7/9
VIN_2
4/6
10/12
VIN_1
EXT-5
HDMI-IN
71/70
11
RXD
TXD
H-SYNC
V-SYNC
RX2+/-
1/3
HDMI-RST
HDMI-R
HDMI-G
HDMI-B
102
119-110
132-123
144-133
IC1905
CORE
M5
FRAME
TEMP1-3
25
4/5
6/7
MICRO
CONTROLLER
CN2
CN1
LV
P2305
24/23
IC3003
M3
EPROM
8
M6
BR24L64F
VOLTAGE
REG
2
5
S-MUTE
100
21
IC3001
E2PROM
PANEL CONTROL
37only
HDMI-WP
F
DRAM
6/7
4
3
ERR
PCON2
91
PANEL
POW BLOCK
COM-BIAS
ADJ
M6
PCON1
97
12
RESET
OSC(37)
GRAY LEVEL
ADJ.DRIVE
FB
G
M2
CN7705
(RCORFA020WJZZ)
F7701 6.3A
F7702 1A
CN7704
37 INCH
INVERTER UNIT 2/2
RUNTKA217WJZZ
QACCKA021WJPZ(E/F/I/R)
QACCBA073WJPZ(K)
(32/37)
7
8
9
74
10
11
12
13
14
15
16
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
Power-Source Block Diagram
32/37GA8E/BV8E/K/F/I/RU
POWER-BLOCK-DIAGRAM
I
4
ON
POWER SW
S156
P0035GE
2
1
KEY-UNIT
DUNTKD606FMV0
(32/37)
6
CH+
INPUT
CH-
VOL+
RRMCGA387WJSA(GA8E)
RRMCGA499WJSB(BV8E)
VOL-
LCD-MODULE
R1LK315T3LF15 (32)
R1LK370T3LZ5BX(37)
OFF
5
A3IU32A8E1
A3KU37A8E1
P153
3
TFT LCD PANEL
TUNER-UNIT
DUNTKD608FM02
CKITKD608FM02
(SERVICE)
H
(32/37)
35V
33V
8V
5V
7
IC201
9
Q201
Q202
A-TU201
IF-DEMOD
TDA9886
RTUNQA021WJ
CN4
CN5
P201
QCNCMA012WJ
8
6
4
8
6
4
RCORFA064WJZZ(37)
MAIN-UNIT
M2
SC2705
+5V
8V
AT+35V
35V
DUNTKD890FM02(32)
DUNTKD890FM03(37)
G
Q1702
P2305
LCD+5V
P1701
PC-INPUT
RS-232C
P2303
BU3.3V
3
2
S+8V
IC2301
RS-232C
ISL83220
SC2301
QJAKDA036WJ
S8V
IC1703
M6
IC1710
LCD5V
FPGA
5V-REG.
SSM6J51TU
IXB823WJ
CN4
LCD
BACK-LIGHT
28-31
CORE
M6
RCORFA023WJZZ
(37only)
2
M6
SC1701
35V
M6
13.5V
IC1705
CN5
CORE
M5
SC1702
8V REG
PQ20WZ11
9
M5
RCORFA064WJZZ(37)
M5
BU3.3V
BU3.3V
CORE
LCD-CONT-UNIT
P2302
1
4-6
(32) *8
(37) *9
M6
M6
F
5V
EDID5V
5V
+1.8V
EXT-5
+3.3V
1/3
M6
4/6
HDMI-IN
7/9
SC1901
10/12
IC1901
16/15
E2PROM
24LC2BIN
M1
QSOCZA117WJ
74
+1.8V
99
20
IC1905
IC3003
HDMI
RECEIVER
M1
24LC2BINEES
(SERVICE)
SII9021
E2PROM
IXB664WJ
BR24L64F
PIC16F913
LCD+5V
10-15
M1
32 INCH
CN3
M3
M3
+3.3V
EDID5V
POW+5V
1.8V-REG.
MP1410ES
M6
+3.3V
M2
QJAKEA073WJ
IC1708
MICRO
CONTROLLER
IC3001
AUDIO
J2701
E
CN1
IC1704
5V-REG.
SSM6J51TU
+1.8V
CN2
8V
S+8V
BU3.3V
EXT-4
BU+1.8V
BU+1.8V
1/2/3
IC1707
+3.3V REG
PQ20WZ11
1-5
D-SUB-15
E2PROM
BR24C21F
M5
QSOCNA229WJ
AUDIO
33
IC3005
SYSNC
SELECTOR
TVHC153T
M5
IXB731WJZZS
(SERVICE)
RESET
BU4215G
192
170
133
185
169
142
IC3002
6
IC2702
M2
M6
Q17
Q19
Q14
IC1702
20
CN11
IC1
20-21
M3
RUNTKA216WJZZ(37)
INV(37) UNIT 1/2
LA
CN7501
S8V
SC2703
19
SC2704
22
1-5
M2
23
19
P1101
A+5V
P1102
P1201
(32)
C706
C705
220 &L220 &L
400V
400V
20
(37)
C705
C706
270 &L270 &L
400V
400V
D701
Q721
380V
IC1102
AV1
1
VA702
40
IC1101
31
SWITCH
MM1506XN
SCART2
J1101
37/29
9
R828
7
13
3
D724
D778
D777
8V
IC1201
1
3/5
PCON2
AV1
C752
Q730
B+30V
2
RUNTKA217WJZZ(37)
INV(37) UNIT 2/2
4
5
CN7705
9
15-19
F7701
Q7526
Q7524
1-3
6
D732
7
NJM2904
1-3
F7702
Q7529
Q7527
Vcc
1.0A
*4
D746
D733
Q723
C704
Q731
D747
CN7701
T7701
6.3A
5-7
Q710
B+30V
INV-CTL
BD9777FV
P703
30V
SC301
CN7508
1
IC706
IC708
11
7
PWM-SEL
D726
D730
AV1
INV_BRT
5V
D751
Q708
L701
L702
OP-AMP
NJM4558M
13/15
INV_ON
5V
T7505
VCC
IC7501
D731
IC303
SWITCH
MM1507XN
CN7503
15-19
P702
D756
11
D737
*5
Vcc
13.5V
PCON1
10
6
20-21
GND
6
7
4-6
10-15
BU5V
D753
D754
12
Q724
Q726
QSOCZA116WJ
5V
35V
Q7525
Q7523
1
13.5V
D741
D759
C757
5
35V
30V
C754
D739
900V
D725
AV1
A/V-IN
J1201
4
D738
14
24/22
EXT-3
S/VIDEO
TH701
HXA033WJ
T703
AV
A-OUT
2
I-DET
AV
41
15
SW-REG
MR4020
FB
16/8
QSOCZA116WJ
36/32/28
16
IC705
RDA702
VCC
3/1
1
C762
SWITCH
MM1506XN
6/2
35V
D735
LB
CN7502
P701
P-CON2
T701
CN7504
T7501
Q7526
Q7524
13.5V
A8V
19
10
6.3A
RY701
23
A+5V
15/11/7
F7501
24V
DUNTKD605FM14/03(32/37)
POWER-UNIT
22
DUNTKD604FM10
(32/37)
Q20
Q22
INV-CTL
Q21
Q23
M2
D
AV-UNIT
T8
Vcc
BU+5V
3.3V REG
PQ20WZ11
TERMINAL+5V
27/23
CN4
Q16
Q18
M6
SC2702
EXT-2
1A
IXB624WJ
VCT6973
SWITCH
MM1507XN
CD4052BP
QJAKEA073WJ
C
5A
CP1
IC1706
VIDEO
PROCESSOR
ANALOG SW
M2
18
BU3.3V
M3
M2
IC2704
J2702
SCART1
CP3
IM3819
T1
M6
IC2701
IC2303
12/15
SC2303
J1101
5A
1.8V-REG.
MP1410ES
9
EXT-1
24V
INVERTER UNIT
CP4
T7704
6
P-CON1
Q713
CN7704
AV
QJAKZA033WJZZ
VA701
RDA706(37)
AV1
AV1
QJAKJA007WJZZ
RDA703
P301
1-2
SW-REG
MR4030(32/37)
3-4
CORE
RCORF0103CEZZ(32/37)
BU3.3V
CORE
4
B
R
SP-BOX L L
SPEAKER
RSP-ZA184WJZZ
(32/37)
A
1
2
R
G
SENS
SLEEP
POW
-LED
OPC
D102
D104
D103
IC101
3
SENS
DUNTKD607FMV0
Q702
900V
RSP-ZA184WJZZ
(32/37)
R
B
CORE
AC-CORD
REMOCON
AC-IN
RMC101
4
5
6
INV_ON
3
INV_BRT
PWM-SEL
14
R858
5
GND
6
7
5
Q704
SP-BOX R
SPEAKER
R
(32/37)
24V
D736
D734
1
1-5
12
13
14
6-10
2
3
IC707
IC709
SC701
R/C LED UNIT
G
OPC
-LED
9
6
RCORF0103CEZZ(32/37)
P101
P704
24V
D762
1
2
I-DET
TDA8931T
P-CON2
Q712
15
C744
FB
TDA8931T
T702
1
D728
IC704
VCC
AV
380V
IC301
SOUND AMP
4A
J1301
IC302
SOUND AMP
F701
5
4
2
3
7
8
1
HEAD
PHONE
QFS-ZA007WJZZ
B
NJM2903M
(RCORFA020WJZZ)
QACCKA021WJPZ(E/F/I/R)
QACCBA073WJPZ(K)
(32/37)
7
8
75
9
10
11
12
13
14
15
16
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
SCHEMATIC DIAGRAMS
LC-32/37GA8E
RC/LED Unit Diagram
LC-32P70E/LC-26P70E/LC-37P70E
Description:
VOLTAGE MEASUREMENT CONDITION:
1. The voltages at test points are measured on exclusive AC adaptor and the stable supply voltage of AC 230V.
Signals are fed by a color bar signal generator for servicing purpose and the above voltages are measured with a
20k ohm/V tester.
1U>=%G%8%?%k%7%9%F%‘Bh#3;v6HItBh#25
It D9 I{;2;v 78 D9 C4 Ev
LC-32P55E/LC-26P55E/LC-37P55E
LC-32GA9E/LC-37GA9E
LC-32GD9E/LC-37GD9E/LC-45GD9E
LC-32GA8E/LC-37GA8E
LC-32GD8E/LC-37GD8E
I
R/C.LED
Ver.N1 (2006.01.26)
RMC101
RRMCUA053WJZZ
IR RECEIVER MODULE
DUNTKD607WEV0
P101
OUT
GND
VCC
1
2
3
SLD101
PSLDM4646CEFW
NA344WJ
TO MAIN 5
INDICATION OF RESISTOR & CAPACITOR:
RESISTOR
1. The unit of resistance “Ω ” is omitted. (K=kΩ=1000 Ω, M=MΩ).
2. All resistors are ± 5%, unless otherwise noted. (J= ± 5%, F= ± 1%, D= ± 0.5%)
3. All resistors are 1/16W, unless otherwise noted.
4. All resistors are Carbon type, unless otherwise noted.
C : Solid
W : Cement
S : Oxide Film
T : Special
N : Metal Coating
RA
H
TL101
1
R/C
TL102
2
BU+3.3V
TL105
5
POWR_LED
TL106
6
OPC
TL107
GND
TL109
TVF
4
2
R109
1.2K
D103
PX0210TA
TV POW
BU+3.3V
R112
D102
PX0202TA
BU+3.3V
BU+3.3V
0
2
C105
0.01u
50V
3.3
Z
3
IC101
TPS850
OPC
F
4
1
2.5
0
E
IMPORTANT SAFETY NOTICE:
C104
10u
LC-32P70E/LC-26P70E/LC-37P70E
LC-32P55E/LC-26P55E/LC-37P55E
LC-32GA9E/LC-37GA9E
LC-32GD9E/LC-37GD9E/LC-45GD9E
LC-32/37GA8E
KEY Unit Diagram
LC-32GA8E/LC-37GA8E
LC-32GD8E/LC-37GD8E
16V
ASX
1U>=%G%8%?%k%7%9%F%‘Bh#3;v6HItBh#25;=QIt
It D9 I{;2;v 78 D9 C4 Ev
KEY
Ver.ZZ (2006.01.26)
PARTS MARKED WITH “ ! ” (
DUNTKD606WEV0
CH-UP
"%
CH-DOWN
S151
K0003AJ
D
MENU
!!"’
S152
K0003AJ
TL159
VOL-UP
"%
VOL-DOWN
S153
S154
S155
K0003AJ
K0003AJ
K0003AJ
TL161
TL160
!!"’
TL163
TL162
P153
NA057WJ
TO MAIN 5
C
D151
KM
POW
KEY
GND
EX0641GE
TL152
1
R152
R153
8.2K
1/8W
430
1/8W
R151
1.8K
1/8W
R156
910
1/8W
R155
4.3K
1/8W
TL153
2
TL151
3
6
5
4
B
3
2
S156
P0035GE
1
)
ARE
IMPORTANT FOR MAINTAINING THE SAFETY OF
THE SET. BE SURE TO REPLACE THESE PARTS
WITH SPECIFIED ONES FOR MAINTAINING THE
SAFETY AND PERFORMANCE OF THE SET.
16V
G
CAUTION:
This circuit diagram is original one, therefore there may be a
slight difference from yours.
3
1
D104
PX0419CE
R114
820
10
470
CAPACITOR
1. All capacitors are µF, unless otherwise noted. (P=pF=µµ F).
2. All capacitors are 50V, unless otherwise noted.
3. All capacitors are Ceramic type, unless otherwise noted.
(ML): Mylar
(TA): Tantalum
(PF): Polypro Film
(ST): Styrol
C102
2.2u
TL108
9
LED_OPC
R101
100
R108
8
NC
D101
EXA092WJ
12V
270
7
SLEEP_LED
C101
100u
16V
ASY
TL104
4
POWG_LED
BU+3.3V
TL103
3
GND
A
1
76
2
3
4
5
6
7
8
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
CONFIDENTIAL
LC-37P55E/LC-37P70E
LC-37GA8E POWER
SUPPLY Unit Diagram
LC-37GA9E/LC-37GD9E
LC-37GA8E/LC-37GD8E
POWER
Ver.N5 (2006.04.20)
!*
RY701
DA008WJ
Q721
2SC3928AR
1SS355
3
I
2
D707
DUNTKD605WE03
R823
R825
10K
C765
0.1u
0.6
10K
1/10W
1/10W
P701
MA250WJ
TL714
TL739
0
4
1
AC-INLET
L
N
SC701
AA008WJ
1
TL702
F701
ZA007WJ
!*
!*
1
2
VA701
2
C712
0.47u
275V
0.47u
!*
!*
FZA026WJ
275V
FZA026WJ
4
4
3
C709
2200P
250V
TL704
TL703
C741
2200P
1
E701
QA027WJFW
3
RDA702
*L702
KZ0105GE
F0024PE
T701
WA230WJ
250V
KZ0105GE
220K
R828
22
1/4W
!*
1
16
2
15
3
14
R743
1/16W
IC705
R852
220u
50V
EZA510WJ
220
1/4W
D772
EXA102WJ
R851
220
33V
1/4W
EXA094WJ
15V
0.6
0
RVV
TL708
TL707
3
GND
4
+13.5V
5
+13.5V
6
+13.5V
1/4W
D755
1SS355
Q729
2SD2185R
30.4
D771
MR4020
2
15V
R817
1.2K
D749
EX1400CE
10V
ST03D-82
TL716
900V
R752
1
0
2
3.65
1/10W
3
2.0
4
0
15.9
D1FL20U
7
0
9
278.5
C739
1000P
(CH)
D1FL20U
G
11
2
10
3
DXA085WJ
!*
630V
120K
1/4W
2
F
!* TH701
*C706
270u
R770
390
1/4W
0
7
10
1
D1FL20U
400V
EZA986WJ
400V
EZA986WJ
2
HXA033WJ
2200P
250V
KZ0105GE
D774
1SS355
EXA359WJ
33VB
15.9
R732
120K
1/4W
1
Q724
0
F
F
23.9
TXA037WJ
0
R781
2.4K
1/10W
3
4
3
4
TL713
15.9
D722
1SS355
3
1
6
Q723
5
C717
0.1u
R748
10K
1/10W
15.3
TXA037WJ
2
0
3
4
F
C723
47u
35V
EZA489WJ
D779
1SS355
Q726
2SC3928AR
3
R774
10K
1/10W
0.6
10K
1/10W
1
10V
2
2.4
3
0
4.4
R792
2.7K
1/10W
R777
2.4K
F
C745
4700P
1/10W
3
0
R758
560K
C730
0.1u
C740
2200P
250V
KZ0105GE
4
R793
10K
1/10W
250V
KZ0105GE
2
*T702
R779
C764
0.1u
!*
NJM2904M
C
1
2
0
0
F
*RDA703
RA340WJFW
6
6
5.3
5
0.1
0
4
5.3
TL724
0
C800
0.1u
D747
1SS355
C801
0.1u
16V
R785
10K
1/10W
C763
10K
1/10W
GND
20
BU+5V
21
BU+5V
22
GND
23
GND
TO MAIN 6
1
1
0
2
3.05
3
1.7
4
0
5
15.9
7
0
1
2
3
TL726
15
2
PCON2
3
SGND
4
INV_ON(BL_ON5)
5
INV_BRT(VBRT)
6
NC
7
NC
8
NC
9
PWM SEL
TO AV
1
+30V
2
+30V
3
+30V
4
NC
5
GND
6
GND
7
GND
P704
NA053WJ
LA
1
TL725
TL727
TL728
L753
PA642WJ
C751
1200u
9
7.7
239.2
4
D762
ST03D170
*R751
0.1
2W
NVV
C725
470P
2000V
13
5
TL711
1200u
35V
EZA499WJ
12
TL730
C758
100u
35V
EZA490WJ
C755
1200u
35V
EZA499WJ
TL731
TL737
TL732
TO INVERTER
+24V
2
+24V
3
+24V
4
+24V
5
+24V
TL734
6
11
R780
6.8K
1/10W
D783
EXA359WJ
7
10
C799
0.1u
R871
1.2K
TA76431R
33VB
1.2K
16V
IC707
D776
EX1234CE
3.6V
R873
GND
7
GND
8
GND
9
GND
10
GND
11
NC
INV-ON
13
INV-BRT
14
PWM SEL
LUG701
HA002WJ
C796
1u
10V
R864
33K
1/10W
6
12
TL738
TL733
KZA304WJ
D1FL20U
C771
2700P
R858
2.7K
1/10W
R872
4.7K
35V
EZA499WJ
900V
C744
0.1u
D761
*R747
F
10K
14
C790
2200P
C774
0.1u
16V
PCON1
LUG703
D746
EXA102WJ
ST03D170
3
C733
EX1394CE
19
R809
1.2K
MR4030
C722
47P
(CH)
D763
GND
HA002WJ
0.1u
16V
16
2
D728
*IC704
25V
KZA213WJ
D716
U05NU44
B
GND
18
TL723
DXA080WJ
RA334WJFW
4.7u
4
0
17
*RDA706
C783
KZA213WJ
3
+5V
16
GND
P703
Z0738CE
TXA026WJ
D736
!*
1
R797
C776
4.7u
25V
IC708
15
TL729
100K
1/10W
+5V
14
TL741
33V
8.2
5
+5V
0
3
Q712
2SC3928AR
2
C742
2200P
4.6
1
Q731
5
0
Q713
2SC3928AR
R863
4.7K
5.3
5.3
1
TXA026WJ
R796
2.7K
1/10W
1
!*
4.6
2
Q730
2
R791
10K
1/10W
R773
10K
1/10W
C732
0.1u
1/10W
0
3
R789
F
680
1/10W
R862
2.7K
R861
2.7K
R860
4.7K
R788
F
2K
1/10W
R783
22K
1/10W
1
D733
FXA003WJ
C736
47u
35V
EZA489WJ
TL736
RDA705
RA309WJFW
C792
1u
2
WA231WJ
9.97
+5V
13
P702
MA247WJ
TA76431R
!*
R766
10K
1/10W
D765
1SS355
6
12
TL735
C762
470u
50V
EZA513WJ
IC706
R859
12K
1/16W
1
0.3
10K
1/10W
0.1u
0
D767
1SS355
0.3
R834
C772
R757
10K
1/10W
Q708
2SC3928AR
R836
10K
1/10W
0.3
0
+5V
R805
220K
1/10W
D759
EXA101WJ
30V
2
!*
4
7
+5V
11
HA002WJ
D742
1SS355
D732
FXA003WJ
Q710
2SC3928AR
0
R746
10K
1/10W
POWER_HOT
0
4
R761
10K
1/10W
15.9
3.2
15.8
10
D741
R782
1K
1/10W
C767
220u
50V
EZA510WJ
R765
100K
1/10W
R833
22K
1/4W
8
9
GND
R801
1.2K
!*
F
R831
GND
LUG704
2200u
10V
EZA452WJ
1
D731
FXA003WJ
D726
D1FL20U
R759
10K
1/10W
24.0
4
!*
0
GND
8
C768
C756
2200u
10V
EZA452WJ
!*
D730
FXA003WJ
D
D757
1SS355
D752
1SS355
10V
EZA452WJ
2200P
250V
KZ0105GE
1/10W
R764
10K
1/10W
2
5
C713
10u
6.3V
KZA388WJ
2.0
R820
1.2K
1.2K
D773
1SS355
E
TL722
7
C778
!*
R775
15K
D721
EXA096WJ
18V
25.2
6
R731
120K
1/4W
R812
D782
16V
R730
120K
1/4W
TL721
EXA101WJ
GND
EX1398CE
8.2V
D780
EX1015GE
TL712
30V
3
9
C777
C781
0.01u
630V
D756
8.2V
1/8W
8
F
120K
1/4W
R767
13K
1/10W
*C705
270u
D751
EX1398CE
D737
DXA081WJ
C752
R878
R877
F
47u
35V
EZA489WJ
R753
4
D778
U05NU44
D777
U05NU44
11
2200u
VA702
VXA071WJQZ
6
6
D724
C735
R835
0
1/8W
EXA091WJ
11V
25V
EZA480WJ
12
RDA704
RA308WJFW
D720
U05NU44
0
1/8W
TL720
TL710
900V
R857
C757
680u
5
2W
NVV
D718
1
TL719
D725
D1FL20U
2000V
KZA304WJ
0.15
C728
3300P
R755
20K
F
1/10W
TL709
C782
0.01u
5
7
!*
3
4
9
D701
DX0477CE
RDA701
RA323WJFW
TL718
D739
R760
!*
1
TL717
252.9
C734
470P
D717
*T703
CA023WJ
TL715
13
(CH)
12
TL740
C789
0.1u
C726
100P
D715
5
+35V
D753
EXA094WJ
D754
EXA101WJ
30V
D748
R854
1K
2W
50V
EZA513WJ
ST03D170
!*
C754
C743
470u
D735
SF6L20U
D729
RA306WJFW
!*
D738
DXA088WJ
R702
HZ0008GE
!*
250V
KZ0105GE
C704
VXA071WJQZ
H
2
!*
!*
R701
HZ0008GE
C708
2200P
*L701
FA211WJ
!*
R824
3.3K
1/4W
LUG702
HA002WJ
!*
AC250V T4AL
TL701
TO MAIN 6
1
0
*D714
9
EX1398CE
8.2V
1
R727
56K
1/10W
Q702
2SC3928AR
R778
2.4K
R741
10K
0
1/10W
0
0
C716
0.1u
R740
560K
1/10W
C720
0.1u
0
R742
10K
1/10W
4
1.7
D781
Q704
2SC3928AR
EX1015GE
16V
PRIMARY
2
3
4
5
C753
0.068u
4.4
R784
F
!*
18K
1/10W
D734
FXA003WJ
R794
6
7
8
9
90
5.3
820
1/10W
2.4K
8
1/10W
R787
10K
R795
20K
1/10W
1/10W
6
C798
0.1u
2.6
16V
5
R868
1.2K
IC709
1u
10V
NJM2903M
1
R870
2.2K
R776
1K
1/10W
3.3
0
7
C795
2
0
2
3
3.2
4
3.5
0
R867
12K
R866
R865
33K
A
1
1
R756
3
3
0
C749
0.068u
1/10W
0.6
2
2.4
R745
9.1K
1/10W
R869
C793
3.3K
0.1u
16V
SECONDARY
10
11
12
D775
1SS355
C804
0.1u
16V
C794
10u
6.3V
47K
KZA388WJ
13
14
15
16
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-37GA8E INVERTER Unit Diagram (RUNTKA216WJZZ)
I
H
G
F
E
D
C
B
A
1
2
3
4
5
6
7
8
9
92
10
11
12
13
14
15
16
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-37GA8E INVERTER Unit Diagram (RUNTKA217WJZZ)
I
H
G
F
E
D
C
B
A
1
2
3
4
5
6
7
8
93
9
10
11
12
13
14
15
16
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32GA8E INVERTER Unit Diagram (RDENC2266TPZC)
2
1
J15
J16
J17
L1
6
5
4
3
CP 4 5 A
CP 3 5 A
I
2
Vi n
ZD 4
1
Q2
3
2
1 6B
2 7B
R10
R6
R4
R50
R51
R52
R8 7
4
C1 0 4
B
2
R2
C6
1
6
R56
R57
T2
R114
3
Q1
1
1
R59
R58
7
2
CN 4
OU T ( H ) CN 5
OU T ( H ) -
10
R60
A
C1 0 5
C
R120
R105
R104
R189
R106
3
R8 8
2
R121
R8 9
5
4
11
AD I M
R188
3
12
ON / O F F
2
C1 2 1
13
PD I M
Q3 8
C1 2 2 2
R44
3
Q3 6
1
2
3
1
R195
14
3
Q1 5
1
8 . 2B
2
2
Vi n
R1 3 1
11
J114
R119
J110
13
8
GN D
Vc c
VA 1
C8
VR 1
1
R151
2
J105
2
18
BC T
3
2
VB 2
BR T
C9
17
5
CT
1
R150
3
2
3
Q3 1
1
R2 1
3
R138
VR 2
VB 1
1
6
16
R1 4 2
J106
3
R1 4 3
3
R152
R147
J113
C1 3 1
3
Q2 8
1
2
J102
I C3- 2 / 4
J112
J111
6
12
OV P
R4 0
2
R41
R137
3
Q1 3
1
13
C1 2
4
R145
E
R187
7
3
C1 4 7
2
R1 8 6 C1 4 8
R181
3
Q3 5
1
N/ F
R1 4 8
C1 3 6
R149
R1 5 4
R1 5 6
ZD 6
3 . 3V
4
PD I M
R159
C1 3 5
R3 3
I
S
10
13
C
3
1
C1 4
R23
D2 0
D1 1
4
12 3
R62
R22
1 2 3
D9
2
R168
R63
C1 2 6
9
D6 2
B
D2 2
10
R123
I C3 - 3 / 4
R64
R118
C1 2 5
Vi n
Vi n
D
Vi n
Vi n
Vi n
GN D
GN D
GN D
GN D
GN D
J102
J104
J105
J106
J107
J108
J109
J110
J111
J112
J113
R1 3 0
R1 2 9
R1 9 1
R1 9 0
R1 0
3
4
5
6
7
8
9
10
A
1
1
2
A
B
C
D
E
JP
JP
NF
NF
JP
NF
JP
NF
NF
NF
JP
R
NF
NF
NF
R
NF
NF
JP
JP
NF
JP
JP
NF
JP
NF
JP
NF
R
NF
NF
R
JP
JP
NF
NF
JP
NF
NF
JP
NF
JP
NF
R
NF
R
NF
R
JP
NF
JP
NF
JP
NF
NF
JP
NF
JP
NF
NF
R
R
NF
R
NF
NF
JP
NF
JP
NF
JP
NF
NF
NF
NF
NF
R
R
R
NF
3
J6
1R0 J
F
D2 6
D1 4
N/F
J7
N/F
N/F
J8
J9
J10
1R0 J
N/F
N/F
J11
N/F
R68
J12 J13 J14
R196
C3 8
2
5
6
3
OU T ( H ) +
R194
J118
R192
L
3
C1 5 0
I C4 - 1 / 4
3
1
2
M
R197
D5
N/ F
R49
R48
R47
D
3
N
R7 5 C4 4
C2 5
単位
D3 4
ミネベア株式会社
O
R7 6 C4 5
R7 7 C4 6
7
CN 1 1
D6 7
4
M I NEBEA CO . , L TD .
P
D R AWN
APPROVED C H E C K E D
A
4
1
D6 6
D3 5
H
C1 1 8
6
C4 3
D2 7
R69
R1 0 1
J117
I C4 - 3 / 4
5
D3 2
D1 8
G
C3 7
1R0 J
R1 0 0
2
3
7
D3 3
C3 6
OU T ( H ) -
O
7
C2 4
A
C6 4
P
K
D1 7
R74
CN 1 1
C1 1 7
6
C4 1
D2 5
R67
2
OU T ( H ) -
10
4
J
R7 3 C4 2
E
R6 6 C3 5
7
CN 1 0
4
D3 1
D2 4
D1 3
2
T8
1
5
C1 4 9 R1 9 3
R6 5 C3 4
1
6
C1 4 5
C
C1 1 6
N
C4 0
D2 3
D
OU T ( H ) +
C1 1 5
4
1 2 3
D3 0
R72
OU T ( H ) +
R9 9
5
C3 9
D1 6
C
C3 3
R122
CN 1 5
R71
CN 9
CN 1 0
R9 8
2
3
56 78 5678
D2 9
C3 2
D1 2
8
2
R70
C3 1
R124
R116
R169
B
2
M
C5 4
C5 3
7
10
1
I
D2 1
R170
R1 7 1
R172
1
T7
C1 4 4
Q2 1
4
R110
1
6
56 78
R27
R26
C1 1 4
L
D2 8
D1 5
A
R9 7
5
R8 3
C3 0
OU T ( H ) -
R9 6
2
3
C6 3
C2 9
OU T ( H ) -
K
R24
10
CN 8
CN 9
C1 1 3
C1 5
R166
4
3
3
Q3 2
1
2
R8 2
2
11
7
8
3
R53
C1 1 2
10
D7
C1 2 3
3
Q3 3
1
T6
C1 4 3
C2 8
I C4
-3/4
9
4
C1 1 1
1
SG
GN D
OU T ( H ) +
R9 5
J
R2 5
B
OU T ( H ) +
CN 8
R9 4
6
R11
R54
S
2
R167
R174
Q2 2
11
1
3
CN 7
4
R160
8
4
10
5
R173
C5 8
I C3- 4 / 1
2
1
D6 0
3
2
14
2
I
12 3 5 678
Q2 3
I C3- 4 / 4
7
1
D4
12
1
T5
R1 6 1
2
C1 1 0
6
C1 4 2
3
R109
4
R9 3
H
D8
R1 6 2
6
GND
R9 2
2
4
3
R32
I C5
13 -4/4
14
12
5
AD I M
3
5678
4
C6 1 C6 2
R3 1
9
OU T ( H ) -
C1 0 9
12 3
1
OU T ( H ) -
10
5
Q2 0
4
3
2
CN 6
CN 7
G
R8 1
R37
D3
3
R1 6 4
I C5
-3/4
9
R1 5 5
8
10
7
Q1 9
R12
C1 3 4
R136
R135
2
1
R8 0
R108
REG
F/B
3
Q3 0
1
C1 4 6
1
NC
4
1
T4
C1 4 1
R1 5 8
CN 1 3
NC
5678
Q1 8
R157
R153
ON / O F F
2
C1 0 8
R165
3
2
3
4
F
12 3
3
Q1 1
1
1
C1 0 7
R9 1
5
1 23
5 678
C4 9
OU T ( H ) +
OU T ( H ) +
R9 0
4
Q4 0
R3 5
14
C1 3
J109
R182
3
CP
V
15
R1 8 5
D5 8
C1 6 C1 7
7
J108
SS
C1 2 4
5
R183
2
D2
2
C1 1
3
Q2 9
1
2
R1 4 4
3
6
R36
2
R34
C1 3 3
10
CN 5
CN 6
E
Q1 7
4
C5 7
Q1 2
C1 0
2
1
D1
R163
R191
12 3
7
C5 0
2
R146
I C5
6 -2/4
7
5
Q1 6
4
D6
RT
3
1
T3
C1 4 0
5678
Q3 9
R4 2
ZD 2 R 3 9
C2 0 C2 1
3
Q9
1
1
Q1 0
3
2
2
R125
C1 2 9 R1 2 7
3
Q8
23
1
Q6
1
1
Q7
3
2
R2 0
R 3 8 ZD 1
6
C1 8 C1 9
3
R1 9
R18
R176
2
Du t y
VA 2
3
Q5
1
23
Q3
1
1
Q4
3
2
19
2
2
R134
R126
DC
C2 6 C2 7
ST
C5
C1 3 2
J107
B
C4
1
I C4- 4 / 4
10
GN D
C3
R178
14
12
9
GN D
R177
3
Q3 4
N/F 1
R1 2 8
7
GN D
C2
R141
2
3
6
GN D
11
R132
J104
1
5
Vi n
R8
R139
C1 3 0
R129
4
Vi n
4
3
3
Vi n
I C1
2
D6 5
I C 5- 1 / 4
R190
R130
8 . 2B
8 . 2B
R133
2
3
2
1
C1 0 6
D
20
CN 1 4
G
2
2
Q1 4
3
R115
Q3 7
3
Vi n
1
ZD 3
1
PWM
Se l e c t i o n
F
OU T ( H ) +
R8 6
2
5
C1 3 9
R1
10
GN D
R30
R55
9
GN D
R29
R113
8
GN D
R28
R112
R5
R3
7
GN D
H
R111
6
GN D
CN 4
C1 0 3
A
R43
5
Vi n
D5 6
ZD 7
4
Vi n
2
10
3
C1
3
Vi n
A
1
1
CP 1 1 A
1
Vi n
T1
C1 3 8
L2
J18
J19
J20
CN 3
符号
日付
変更事由
MA R K
DATE
R E A SON
8
91
4
担当
ECN
9
Matsush ima
Terazawa
9 .MAR. ' 06 Change J6 ,J9 ,J12
NO .
照査
承認
M . Ma t s u
10
尺度 S C A L E
一
般
公
差
R . Ma s h i o
TO L
ENG I NE ER C H E C K E D APPROVED
11
5
UN I T
寸法
L
L≦4
4＜L≦1 6
1 6＜L≦6 3
6 3＜L≦2 5 0
DEG
12
作成日 DATE
表面粗 サ S U R F . ROUG H .
公差
±0 . 1
±0 . 2
±0 . 3
±0 . 5
2 5 0＜L≦1 0 0 0 ± 0 . 8
角度
材質 MA T E R I A L
熱処理 H E A T T R E A T
2 3 /MAR / ' 0 6
品名 DESCR I PT I ON
C i r c u i t D i a g r am
品番 PART NO . ( MODE L NO . )
I M3 8 1 9 CA
表面処理 F I N I S H
1/1
改訂 REV .
図番 DRAW I NG NO .
U 8 4 PC - E 1 0 0 3 1 0 1
±0 . 5
13
6
葉番 SHE E T
14
A
15
16
CONFIDENTIAL
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32P55E/LC-26P55E/LC-37P55E
LC-32/37GA8E
TUNER Unit Diagram
LC-32GA9E/LC-37GA9E
LC-32GA8E/LC-37GA8E
TUNER
Ver.N3 (2006.04.12)
I
SLD201
MA898WJFW
DUNTKD608WE02
R228
22K
C235
0.01u
C219
0.1u
TL208
D206
QA021WJ
D204
1SS390
R219
2.2K
H
AGC
1
NC
ADDR
SCL
SDA
NC
5V
2
3
4
5
6
7
+33V
NC
8
NC
10
9
3.7
3.0
IF
C207
10u
50V
SKA
TL201
C204
470u
16V
R206
G
0.01u
0
C201
C210
Z
33u
10V
C203
SKA
22P
C202
(CH)
C208
0.01u
C205
0.01u
Q201
2SC2735
IF AMP
Z
Z
22P
4.2
R209
12K
4.0
100K
R207
47
R202
680
8.2
R211
68
2.0
R208
47
R245
560
1/4W
TW
FB201
0210TA
C209
0.01u
R205
47K
GND
8
+5V
9
SCL3
10
SDA3
11
GND
12
AGC
13
GND
IC201
14
Reserve
TDA9886
15
Reserve
(CH)
100
820
2.0
3.7
2.0
5.2
23
22
2.6
21
TL211
0
Z
TL219
+5V
D
(CH)
1.7
19
0
18
3.1
17
0
2.6
16
15
TL212
TL213
X201
SAA029WJ
5.2
20
TL218
3.1
C236
8P
16V
24
TL216
3.7
(CH)
C231
0.01u
R232
R227
10K
R223
5.6K
C228
0.47u
16V
R233
TL217
C232
33P
R240
330
C224
0.22u
Z
3.9K
Z
TL214
4.2
14
TL220
0
13
5.2
AGC
TL215
D205
Z
R213
C216
0.01u
100
Q202
2SC2735
IF AMP
IF-DEMOD
1SS390
Z
L202
1.2uH
CNN
8.2
Z
1
1.3
R218
1.2K
2.0
FL201
C0278BM
C214
+35V
0.01u
E
7
16V
SKA
3
R216
1.2K
0.01u
R203
68K
+8V
R235
TL210
CVBS
TL221
FB202
0065CE
100u
16V
SKA
GND
6
12P
2
R220
C211
C206
+35V
5
C229
330
1.2K
C212
0.01u
GND
4
C221
100u
5
3.7
R217
R210
68
CVBS
3
C225
1500P
D203
1SS390
CNN
C213
0.01u
D202
EX0677GE
33V
2
L205
33uH
CNN
SKA
3.0
1.3
R201
F
L201
1.2uH
SIF
220
SIF
FL202
K9456
TO MAIN 2
TL209
R244
Q204
2SA1530AR
BUFFER
1
10V
4
32.4
(CH)
R204
12K
D201
1SS390
R214
82
R212
100
C226
220u
1/8W
1
330
Z
P201
MA012WJ
270
C0294BM
Z
R246
SKA
R234
R231
33
10K
TL207
TL206
TL205
TL202
TL204
TL203
0.01u
0.01u
R226
5.6K
C215
C220
5.2
3.7
R224
11
L204
12uH
MK
Z
25V
1SS390
1
R221
3.9K
R215
1.2K
C234
0.1u
25V
C217
10u
Z
3
2.0
4
5.2
5
2.4
6
2.6
7
2.4
10
9
8
0
2.4
11
3.2
3.6
12
3.2
2.1
R243
C223
390P
(CH)
R230
5.6K
C222
0.1u
25V
4
2
L203
10uH
MK
50V
SKA
C218
0.01u
K3953
Z
2
2.0
100
Z
R236
100
R239
100
5
3
I2C_CLK3
TU201
1
I2C_DAT3
!*
R247
R229
22K
+8V
R248
1
D
I2C_CLK3
I2C_DAT3
C
LUG201
LUG202
LUG203
C227
0.01u
C230
10u
R237
330
50V
SKA
Z
R241
10K
C233
1000P
5.0
B
Q203
2SC3928AR
2.2
R238
150
1.6
R242
3.9K
A
1
2
3
4
5
6
7
8
9
88
10
11
12
13
14
15
16
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-32/37GA8E AV Unit Diagram
LC-32GA8E/LC-37GA8E
LC-32GD8E/LC-37GD8E
DUNTKD604WE10
Ver.N3 (2006.05.16)
R IN
R OUT
L IN
L OUT
2-IN,1-OUT,SWITCH
IC1101
C1148
10u
16V
MM1506XN
5
3
16V
ASY
IN2
VCC
0
J1301
LUG301
CVBS IN
LUG302
LUG303
LUG304
4
5
TL1111
C1147
0.1u
*D1107
EX1034CE
4
3
5
6
7
8
10
9
11
12
13
14
15
16
Z
25V
5.1V
2
1
TL1113
R1204
75
C1131
J1201
ZA033WJ
INPUT3
JA007WJ
8
7
L
TL1101
2.0
4
3
2
Y/C IN
TL1117
GND
TL1116
OUT
HeadPhone OUT
OUTV
TL1109
2
KZA073WJ
2.1
TL1110
6
TL1112
IN1
TL1108
5.3
470u
SW
TL1115
2.4
C1130
1
AVLINK2
0
TL1114
I
CONFIDENTIAL
AV
1
TL1104
R
TL1102
TL1105
TL1103
TL1106
TL1107
TL1118
0.01u
Z
C350
*D1105
R1131
R1217
330
220
1/10W
1/4W
41
39
VIN
*D1120
EX1026CE
3.9V
37
(G20)
BLANK
35
33
(G16)
RSV
31
29
CTRL
27
SLOWSW
AIN-L
25
23
AGND
AIN-R
(G19)
RED/C
(G15)
GREEN
(G11)
BLUE
4
3
4
3
4
1
2
1
2
1
2
C1137
C1133
10u
16V
KZA073WJ
R1140
10u
16V
R1123
75
F
1/4W
40
38
36
34
32
30
(G7)
AO-L
AO-R
26
24
22
0
C1114
220P
18
VIN
TL1135
14
16
(G20)
12
(G16)
BLANK
10
RSV
8
6
SLOWSW
CTRL
4
AIN-L
*C1251
100u
16V
ASX
AIN-R
VOUT/L
(G19)
RED/C
(G15)
GREEN
19
17
15
13
11
IN1FSW
(G11)
BLUE
9
(G7)
AO-L
AO-R
5
3
1
7
TL1134
TL1143
1/4W
3.9V
C1134
1000P
100P
(CH)
C1104
100P
(CH)
R1118
75
FL1106
N0017TA
1/4W
VIN1
FL1108
N0017TA
FB1112
0051TA
N0017TA
0
4
3
4
1
2
1
2
GND
IN2
0
C307
2.2u
50V
ASX
Q302
2SC3928AR
R354
1K
4
1
NJM4558M
3
2
4.0
C336
1u
50V
ASX
4.2
C337
1u
50V
ASX
*R326
2.7K
C319
47P
(CH)
C317
33P
(CH)
R320
1.2K
C325
10u
50V
ASX
R355
2.7
3.8
Q1108
2SA1530AR
R303
2.2K
0
R358
0
1K
0
D306
1SS390
Q1106
DTC314TK
MUTE
470u
16V
ASY
6
0
Q303
DTC314TK
C364
20
18
30.6
17
C326
0.015u
R330
2.2K
C357
47u
50V
ASY
5
6
TL307
R335
10
TL308
1/4W
+30V
+30V
3
+30V
4
NC
5
GND
6
GND
7
C340
0.22u
25V
*L302
47uH
PA386WJ
GND
*C342
0.33u
FYF
(ML)
C362
0.22u
25V
C322
SPKR-
0.22u
*C330
470u
35V
SYA
0
*D315
EXA101WJ
30V
R339
22
1/4W
0
20
19
C329
2.2u
50V
ASX
18
30.5
30.6
17
C327
0.015u
R331
2.2K
P301
NA173WJ
C335
220P
SP
TL303
R336
10
TL304
1/4W
SPKL+
TL305
16
21.6
15
C341
0.22u
25V
*L301
47uH
PA386WJ
*D316
EXA101WJ
30V
0
14
15.5
TL306
*C343
0.33u
FYF
(ML)
4
SPKR+
3
SPKR-
2
SPKL+
1
SPKL-
C363
0.22u
25V
12.4
13
VSSP
STABI
HVP
C339
470u
50V
EZA513WJ
C334
220P
15.5
C323
0.22u
SPKLZ
*C331
470u
35V
SYA
0
12
VSSD
HVPI
VDDP
OUT
BOOT
TDA8931T
0
*D317
EXA101WJ
30V
R340
22
1/4W
0
11
9
10
23
8V
21
22
8V
GND
19
18
17
16
20
GND
A+5V
GND
GND
SPPOW
15
MUTE
13
14
SPKL
SPKR
12
HPPLUG
9
10
11
HPMUTE
HPOUTL
HPOUTR
8
7
S_MUTE
PO_MUTE
5
4
6
OUTMONL
OUTMONR
PO_MUTE
2
1
3
GND
IN3R
0
Reference Design
R323
47K
TO MAIN 2
IN3L
23
IN3C
21
22
GND
IN3Y
19
18
20
IN3SW
17
OUT2R
OUT2L
10.0
0
P1201
MA250WJ
OVP
8
SPKL
SPKR
4
S2_MUTE
16
GND
15
14
GND
OUTV
13
12
11
GND
IN2L
IN2R
10
VIN2
8
7
9
GND
GND
BLUE2
5
4
3
6
GREEN2
GND
RED/C2
IN2FSW
AVLINK2
TO MAIN 2
SLOWSW2
2
1
23
22
21
20
19
0
NC
NC
NC
NC
GND
17
16
15
18
OUTTNL
GND
OUTTNR
OUTTNV
13
12
14
GND
IN1R
IN1L
9
10
11
GND
GND
VIN1
8
BLUE1
6
5
7
GND
GND
GREEN1
TO MAIN 2
3
0
MUTE
VSSD
10.3
TL1199
Q304
DTC314TK
VSSD
1
*D313
EX1026CE
3.9V
TL1196
VSSA
2
4.5
6
TL1198
C305
0.1u
INN
3
5
30.3
INP
4
C315
0.015u
R304
2.2K
VDDA
Z
TL301
1
2
R338
10
1/4W
PWRUP
C303
0.22u
TL1197
TL1195
TL1194
TL1193
12.4
7
HPMUTE
TL1192
TL1191
TL1190
OUTMONR
IN3R
OUTMONL
TL1188
TL1187
TL1186
TL1184
TL1183
IN3L
TL1189
TL1180
TL1182
TL1181
TL1185
IN3C
IN3YV
IN3SW
TL1179
TL1178
TL1177
TL1176
TL1175
TL1174
VIN2
BLUE2
TL1173
TL1172
GREEN2
RED/C2
TL1171
TL1169
IN2FSW
SLOWSW2
TL1167
TL1166
TL1164
TL1163
TL1162
TL1161
TL1160
TL1168
VIN1
TL1159
BLUE1
GREEN1
TL1158
TL1157
TL1156
TL1170
TL1165
15.5
ENA
R317
470K
R308
47K
DIAG
R313
1K
CGND
S_MUTE
OUT2L
S2_MUTE
OUTV
OUT2R
IN2L
IN2R
AVLINK2
OUTTNL
OUTTNR
OUTTNV
IN1L
IN1R
C366
2200P
PRE_L
A+8V
A+5V
TO POWER
B+29V
C338
470u
50V
EZA513WJ
12.4
15.5
Z0738CE
TL302
R334
6.8K
0
0
P1102
MA250WJ
4
3
PRE_L
R316
3.9K
D308
1SS390
C309
2200P
P1101
RED/C1
1
4
C333
220P
*D314
EXA101WJ
30V
0
C313
2200P
D312
EXA103WJ
36V
VSSD
4
3
0.15
Z
AVLINK1
RED/C1
R345
10K
2
SPKR+
R324
47K
Q307
2SA1530AR
IC302
OUTTNV
5
2
7.7
MA250WJ
3
3
Reference Design
0
SLOWSW1
1
4
C346
1u
50V
ASX
D304
EXA092WJ
12V
21.6
TDA_EN
R360
4.7K
TL1155
IN1FSW
SLOWSW1
C345
1u
50V
ASX
SC301
19
C328
2.2u
50V
ASX
30.5
10.1
0
8.2
R356
10K
Z
TL1154
TL1153
TL1152
R344
10K
2
R343
0
220P
15.5
16
VSSD
HVPI
VDDP
BOOT
10.3
0
R1159
0
C308
0.1u
D318
1SS390
1/4W
OUTTNL
A+8V
2
3
C344
1u
50V
ASX
1/4W
15
6
4.4
EX1049CE
8.2V
D307
1SS390
1
4
14
30.3
4.5
C1160
IN1FSW
3
C332
13
TDA_VPA
2.7K
*D1112
R1156
560K
0.1u
25V
AVLINK1
4
TDA_VP
0
12
0.015u
R1158
KZA073WJ
0
2
1
11
R1155
330
C314
R305
2.2K
OUT
2
Z
VSSP
C1144
470P
10u
16V
1
2
C304
0.22u
STABI
C1158
C1146
10u
16V
KZA073WJ
R1152
100
4
TDA8931T
1
2
3
4
VSSD
1
2
3
12.4
4
PRE_R
VSSA
0
15.5
INN
R309
47K
R312
1K
R315
470K
INP
C310
2200P
HVP
1/4W
OUTTNR
OVP
1/4W
0
VSSD
1/4W
R314
3.9K
IC301
R1125
75
3.8
C1159
B
2
R337
10
1/4W
R329
6.8K
C365
2200P
0
3
4
C1140
330P
220
1/10W
R1116
75
ASY
4.4
2.0
0.01u
1
D302
EXA092WJ
12V
C312
2200P
5
3
R1148
R1113
75
C356
47u
50V
D311
EXA103WJ
C1157
10u
16V
C1161
5.3
2
R322
10K
VDDA
10u
16V
KZA073WJ
10u
16V
2.1
2.4
D303
EXA092WJ
12V
R342
3.3K
R341
10K
2
1
4.2
C347
1u
D301
EXA092WJ
12V
C324
10u
50V
ASX
R328
3.9K
8
50V
ASX
50V
ASX
0
*D1106
EX1034CE
5.1V
1
8.0
7
HPO_R
D305
EXA089WJ
4.3V
KZA073WJ
R333
10K
3
C311
22u
16V
ASX
36V
0
A
1K
2
R327
10K
IC303
0
R311
1K
4.2
6
4
C361
10u
16V
*R325
2.7K
4.2
5
3
S_MUTE
0.86
1
2
R1160
1K
EX1049CE
8.2V
C1145
1
R1120
0
MM1506XN
1
R307
100K
PWRUP
C1107
0.1u
25V
C1143
470P
C1139
330P
R1115
0
IC1102
2
C318
47P
(CH)
7
FB1109
0062TA
0
1
0
*D1111
R1146
220
1/10W
*D1123
EX1026CE
3.9V
0
0
Q1107
2SA1530AR
FB1110
0062TA
C1162
470u
16V
ASY
R310
1K
R306
4.7K
IN1R
0.84
R1110
0
C1106
0.1u
25V
BLUE1
HPO_L
C321
2.2u
R1154
100K
R1157
560K
*D1121
*D1122
EX1026CE
3.9V
C320
2.2u
50V
ASX
S_MUTE
C1135
1000P
INPUT1
C1105
0.1u
25V
GREEN1
HP_LOUT
Q1105
DTC314TK
R1112
68
1/4W
EX1026CE
3.9V
4
10u
50V
ASX
16V
C1128
100P
(CH)
N0017TA
D
3
*C302
0.027u
C1138
1u
FL1107
RED/C1
R302
4.7K
4
IN1L
C316
33P
(CH)
R332
4
1
ENA
EX1034CE
5.1V
R301
1K
100K
R1179
1K
R1137
0
*C1109
10u
16V
KZA073WJ
*D1117
0
Q306
2SC3928AR
HPOI_R
R321
10K
4.0
0
3
C359
FL1110
N0017TA
FL1109
2
0
R347
56
R352
10K
3
R319
1.2K
8
E
22u
35V
ASX
560K
R1153
TL1149
4
1
C349
HP_L
0
*C301
0.027u
0
C1127
TL1144
TL1146
TL1145
TL1150
TL1147
R1127
75
1K
TL1142
R1119
100
1K
C1142
1u
16V
R1177
FB1111
0051TA
SC1FSW
*D1102
EX1026CE
R353
C1252
1u
16V
2.2u
50V
ASX
Q301
2SC3928AR
FB1213
0210TA
SCART+5V
SCART 1
21
3
0
C306
50V
ASX
2
AGND
C360
47u
16V
ASY
R318
82
1/2W
TL1140
20
TL1148
0
0
R1225
Q1202
2SA1530AR
3.7
0
C358
10u
TL1139
TL1136
R1126
FB1101
0062TA
FB1218
0254TA
TL1141
FB1103
0077TA
*D1101
EX1068CE
15V
5.3
C1219
47u
16V
ASY
Q1102
DTC314TK
0
Q1201
2SA1530AR
3.7
+8V_AIN
TL1125
R1141
560K
R348
2.2K
0
0.1
3
1.5
R351
10K
1K
HPOI_L
R1144
1K
0.1
TL1138
2-IN,1-OUT,SWITCH
0
HP_ROUT
R1227
0.36
4.4
4.4
C1218
1u
16V
C1212
1u
16V
Q305
2SC3928AR
R346
56
0
Q1204
DTC314TK
MUTE
R1222
2.7K
OUT2L
0
2SA1530AR
0.36
TL1132
SLOWSW1
R1103
F
39K
4.4
3.8
ZA116WJ
TL1129
TL1133
TL1137
R1102
15K
F
28
2
3.1
Q1104
J1101
42
1
R1143
2.7K
330
*D1110
EX1049CE
8.2V
QSOCZA116WJZZ
SCART 2
VOUT/L
3
R1214
1K
R1211
1K
IC1201
R1218
2.7K
2
TL1126
FL1103
N0017TA
5.1V
Z
C348
22u
35V
ASX
HP_R
DIAG
BLUE2
R1117
75
R1106
0
C1126
470P
R1107
TL1151
0.1u
25V
R1221
330
4
TL1127
TL1131
KZA073WJ
0
560K
1K
Q1203
DTC314TK
MUTE
OUTMONL
1/4W
FB1108
0062TA
TL1122
R1130
0
*D1114
EX1034CE
C1136
10u
16V
C1253
0.1u
25V
4
C353
0.01u
R1226
0.1
0.36
R1224
5.1V
1.4
0
5
(CH)
100P
HP_R
TL1121
FL1102
N0017TA
1.5
6
C1225
16V
KZA073WJ
R1215
100K
9
C1103
GREEN2
R1114
75
R1105
0
OUT2R
0
C1223
10u
CGND
*D1119
EX1026CE
3.9V
0.1u
25V
100
R1212
100K
10
C1102
C1123
330P
R1138
0
1000P
*D1115
EX1034CE
100P
(CH)
16V
KZA073WJ
C1217
1000P
OUTMONR
TL1120
TL1119
C1211
C1221
10u
100
0062TA
270
R1213
1K
(CH)
IN3L
TL1128
1K
FB1204
R1219
C1216
100P
R1210
IN3R
0
C1206
C1203
100P
(CH)
D310
1SS390
S_MUTE
3.8
*D1109
EX1049CE
8.2V
10u
16V
R1139
1/4W
C1208
10u
16V
KZA073WJ
MM1507XN
FL1101
N0017TA
TL1130
*D1118
EX1026CE
3.9V
470P
C1132
R1104
0051TA
4.4
Q1103
2SA1530AR
C1125
C1122
330P
FB1106
0062TA
Z
5.1V
VCC
TL1123
C352
0.01u
FB1202
C1210
100P
(CH)
R1209
75
(CH)
C1205
10u
16V
KZA073WJ
0.01u
*D1113
EX1034CE
S2_MUTE
1K
0
560K
R1109
220
1/10W
TL1124
C1202
1SS390
R1145
IN1
N0017TA
1/4W
OUT
INPUT2
FL1105
1/4W
D309
0.1
R1142
C1207
10P
75
C1204
10P
(CH)
Q1101
DTC314TK
R1150
100K
1000P
R1206
IN2R
0.36
G
RED/C2
16V
C1119
(CH)
SC_AVLINK
CVBS_OUT
N0017TA
C355
1000P
100P
(CH)
16V
KZA073WJ
KZA073WJ
1000P
C351
0.01u
R350
FL1104
N0017TA
R1111
68
FB1201
0051TA
FL1212
N0017TA
6.8K
SW
5.1V
FL1211
R1203
C1201
1000P
16V
R349
100
C1224
1u
R1147
1K
C1118
100P
*C1110
10u
16V
KZA073WJ
EX1034CE
R1173
100K
C1121
1/4W
*D1116
C1101
0.1u
25V
C1120
1000P
(CH)
FB1105
0051TA
R1121
75
100P
(CH)
VIN2
220P
1/4W
IN3SW
C1108
C1117
100P
C1116
R1129
75
EX1026CE
IN3YV
R1128
100
*D1103
3.9V
IN3C
FB1102
0062TA
C1222
10u
HPMUTE
IN2L
C1220
10u
0.01u
0062TA
270
EX1239CE
4.3V
R1228
0
R1202
3.9K
IN2_BLANK
R1101
15K
F
C
R1201
100
1
15V
IN2FSW
C1124
1u
16V
R1134
1K
FB1107
0051TA
FB1203
R1216
*D1201
220
FB1104
0077TA
VSSD
SLOWSW2
F
HP_L
13V
*D1104
EX1068CE
R1108
39K
3
EX1064CE
H
C354
7
8
87
9
10
11
12
13
14
15
16
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-37GA8E Main Unit Diagram
LC-37GA8E
(HDMI)
CONFIDENTIAL
HDMI
(MAIN 1)
Ver.N2 (2006.05.16)
TO MAIN 6/6
EDID5V
TL1909
DAN202K
FB1901
0060TA
+3.3V
2
*C1901
47u
16V
ASY
1
HDMI_RST
HDMI_WP
5.0
21
VCC
WP
SCL
23
SCL3
24LC2BIN
EEPROM
A1
A2
VSS
1
2
3
4
TP1913
0
2.7K
0
0
X1901
SCA108WJ
0
28.322MHz
Q1903
2SK536
D
Q1901
2SK536
FB1905
0060TA
1.8
0
3.3
0
0
1.8
0
0
DGND
DVCC
OGND
OVCC
MUTEOUT
NC
GND
VCC
0
0
NC
NC
0
3.3
0
MCLKIN
MCLKOUT
0
1.8
0
1.8
0
1.75
1.67
3.3
3.3
0
OVCC
OGND
GND
VCC
NC
DVCC2
DGND2
XTALOUT
XTALIN
XTALVCC
NC
REGVCC
0
0
3.3
TEST
0
SCDT
RESET#
INT
0
1.8
VCC
0
0
GND
ODCK
AGND
60
R1XC+
59
Q15
R1XC-
58
124
Q14
125
Q13
126
Q12
127
GND
128
VCC
129
Q11
57
AVCC
HDMI RECEIVER
ANTSTO
56
PVCC1
55
IC1905
SII9021
PGND
54
AGND
53
52
R0X2+
51
130
Q10
131
Q9
AVCC
50
132
Q8
AGND
49
133
Q7
R0X1+
48
134
OVCC
R0X1-
47
135
OGND
136
Q6
137
Q5
R0X0+
44
138
GND
R0X0-
43
139
VCC
R0X2-
AVCC
46
AGND
45
AVCC
42
AGND
41
140
Q4
141
Q3
R0XC+
40
142
Q2
R0XC-
39
143
Q1
144
Q0
38
14
15
C1930
1000P
16
17
18
TP1902
19
20
TP1903
22
23
24
25
26
C1947
0.1u
25V
7
2
4
6
8
C1946
1000P
C1935
10u
16V
KZA073WJ
C1927
1000P
R1927
10
34
35
DGND
DVCC
33
R0PWR5V
32
36
DINB[2]
DINB[1]
C1965
1000P
3.3
DINB[3]
RR1X1+
3.3
RR1X1-
3.3
DINB[0]
DINCK
DINEN
0
HDMI_SCK
C1967
1000P
3.3
RR1X0+
3.3
RR1X0-
HDMI_WS
HDMI_SDO
3.3
0
C1968
1000P
3.3
RR1XC+
3.3
TO MAIN 2/6
RR1XCHDMI-HS
3.3
C1969
1000P
0
HDMI-VS
TP1908
3.3
0
0
C1971
1000P
3.3
3.3
3.3
0
3.3
C1973
1000P
3.3
3.3
+3.3VSIIAVCC
C1974
1000P
0
3.3
3.3
FB1909
0210TA
+3.3VSIIAVCC
3.3
C1975
1000P
0
3.3
3.3
3.3
3.3
+3.3V(D)_SIIPVCC
FB1908
0060TA
Z
C1960
1000P
R0PWR5V
R1PWR5V
C1955
1000P
C1948
1000P
2
R1934
100
SDA3
HDMI-VS
HDMI-HS
DINEN
31
0
DINB[4]
DSCL0
5
30
+3.3VSIIAVCC
+1.8V_SIICVCC
1
C1924
1000P
3
29
3.3
C1941
1000P
R1931
91 F
1
28
RR1X2-
Z
KZA073WJ
C1918
10u
16V
KZA073WJ
27
TP1904
C1931
10u
16V
F
21
3.3
0
13
RR1X2+
C1959
0.1u
25V
1.8
12
37
DSDA0
R1930
91
FB1906
11
R1PWR5V
10
0
9
DSCL1
8
0
7
DSCL0
6
3.3
5
DSDA1
4
3.3
3
3.3
2
PVCC0
DINB[5]
3.3
3
1
CSCL
AVCC
0060TA
B
61
0
4
+3.3V_IOVCC
68
OVCC
DE
7
8
FB1903
0060TA
69
123
C1928
0.01u
C1910
10u
16V
KZA073WJ
70
122
CSDA
5
6
3.3
DINB[0]
71
121
OVCC
3.3
DINB[1]
DINB[6]
72
AGND
AVCC
3.3
1
3
0
DINB[2]
DINB[7]
R1X2+
OGND
0
2
4
C
120
DACDVCC
0
DING[0]
73
62
1.8
3.3
DINB[3]
74
63
DACDGND
1.8
R1925
10
75
R1X0+
0
0
7
8
DINB[4]
76
R1X0-
AnBPb
3.3
1000P
DING[1]
77
Q16
0
3.3
5
6
C1917
78
Q17
DACVCCB
1
3
DINB[5]
79
119
DACGNDB
2
4
DINB[6]
C1916
1000P
80
118
3.3
0
81
64
AnGY
3.3
DINB[7]
82
65
0
7
8
0
R1924
10
83
AGND
0
5
6
3.3
DING[0]
84
AVCC
DACVCCG
3
4
3.3
DING[1]
D
85
Q19
3.3
1
2
0
DING[2]
86
Q18
DACGNDG
0
DING[3]
87
117
0
1.8
88
116
AnRPr
7
8
0
R1923
10
89
R1X1-
0
5
6
3.3
DING[4]
90
GND
DACVCCR
3
4
3.3
DING[5]
91
66
3.3
1
2
3.3
DING[6]
92
VCC
DACGNDR
3.3
93
AGND
0
3.3
94
Q20
COMP
R1922
10
DING[7]
95
AVCC
RSET
0
HDMI_CLK
96
Q21
VREF
10
97
0
E
R1919
DINCK
98
3.3
7
8
0
99
R1X2-
DACAGND
5
6
3.3
DINR[0]
DING[2]
Q22
0
3
4
3.3
DINR[1]
100
0
3.3
101
DACAVCC
3.3
DINR[2]
102
3.3
3
2
DINR[3]
DING[3]
R1935
33
Q23
DACOVCC
L1904
FA134WJ
C1913
1000P
DING[4]
R1X1+
115
DING[5]
TP1907
67
114
0
103
3.3
1
2
4
R1921
10
113
104
OVCC
RR1X2+
1.8
105
3.3
5
112
0
DINR[4]
106
OGND
1
111
3.3
DINR[5]
D1905
1SS355
110
3.3
DINR[6]
OVCC
107
0
6
10K
RR1X2-
R1917
10K
108
109
3.3
5
2
0
R1908
3.3
7
7
0
R1937
10K
1
3
DINR[7]
6
8
0
RR1X1+
8
4
2.4
2.4
R1920
10
R1PWR5V
5
1
F
0
6
2
C1912
1000P
+3.3V_IOVCC
L1903
FA134WJ
Q1907
DTC144EE
DSDA1
7
Q1905
DTC144EE
DSCL1
3
RR1X1-
HOTP_CONT1
8
VSYNC
R1926
4.7K
4
R1936
33
R1929
4.7K
RR1X0+
0
5
0
1
R1928
22K
TP1901
HDMI_INT
OGND
6
CLK48B
2
C1923
1000P
DSCL1
L1902
FA134WJ
C1921
10u
16V
KZA073WJ
C1953
0.1u
Z
25V
DSDA1
C1919
10u
16V
KZA073WJ
0
Z
DING[6]
FB1907
0210TA
C1956
1000P
C1943
1000P
SPDIF
HDMI_WP
HSYNC
7
RR1X0-
DING[7]
+3.3V_IOVCC
C1936
1000P
0
3
+3.3V(D)_FB1903
0
0
8
R1933
1.5K
+3.3V(D)_FB1902
+3.3V_IOVCC
5.0
*C1906
0.1u
25V
DINR[0]
FB1904
0060TA
Q1909
DTC144EE
DSDA0
2
4
DINR[2]
3.3
470K
RR1XC+
5
1
DINR[3]
R3308
22
22
DINR[1]
R1911
3.3
HDMI_RST
G
6
2
R3307
HDMI_RST
3
7
1
3
RR1XC-
4
G
8
3.3
12P
(CH)
S
D
4
DINR[4]
R3306
22
C1934
C1929
12P
(CH)
3.2
4.5
L1901
FA134WJ
R1932
1M
S
G
DINR[6]
DINR[5]
3.2
4.5
DINR[7]
HDMI_SDO
A0
3.3
TP1909
R1901
HOTP_CONT1
SDA3
IC1901
R1903
1.5K
H
HOTP_CONT0
SDA
SCL3
19
HDMI_WS
17
0
15
0
13
TL1915
SD0
11
9
5.0
5
OGND
7
6
0
5
5.0
7
3.3
22
3
5.0
8
HDMI_SCK
18
0
16
TP1916
1
TO MAIN 3/6
HDMI_INT
Z
0
14
+1.8V
WS
12
3
GND
10
8
1
4
SCK
6
2
VCC
4
R1906
47K
+3.3V
1.8
2
C1903
0.1u
25V
TP1911
SC1901
ZA117WJ
20
D1903
1SS355
EDID5V
R1913
47K
R1914
10
3
3
TL1911
1
D1901
2
4
DUNTKD890WE03
I
A
1
2
3
4
5
6
7
8
9
82
10
11
12
13
14
15
16
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-37GA8E Main Unit Diagram
(SIGNAL INOUT)
CONFIDENTIAL
Signal INOUT
(MAIN 2)
LC-37GA8E
Ver.N2 (2006.05.16)
3.3V to 8V LEVEL Shift
DUNTKD890WE03
TO MAIN 6/6
Q2707
DTC144EE
+3.3V
I
C2706
FB2704
0061TA
1u
HDMI-VS
R2710
100P
(CH)
3
Z
25V
C2708
1u
50V
ASX
C2704
1
0.1u
C2702
100P
(CH)
DTVPC
C2701
DVSYNC
TO MAIN 5/6
PCVV
8
5
6
3
4
3
4
1
2
BU_SDA3
0
15
14
VCC
/2G
A
0
13
0
12
2C3
0
11
2C2
0
0
10
2C1
9
1C0
TO MAIN 3/6
0
3.9
3.3
8.1
2
R2716
10K
Q2706
2SC3928AR
3.9
R2708
100K
R2706
220K
2Y
8.1
DTVHDMI
0
4
0
16
10K
Q2708
DTC144EE
DTVPC
8.1
7
1
3.3
PCVH
2
PCVV
0
Q2703
2SC3928AR
HDMI-VS
HDMI-HS
0
8.1
50V
ASX
TO MAIN 1/6
3.3
2
1
4
3
(DTVHDMI,DTVPC)=
00:C0 DTV
01:C1 PC
10:C2 HDMI
11:C3 *
BU_SCL3
SYNC SELECT
1C1
1C0
1Y
GND
4
5
6
7
8
0
DVSYNC
0
0
0
0
0
0
POW_AUDIOSEL
TVHC153T
(B,A)=
00:C0 DTV
01:C1 PC
10:C2 HDMI
11:C3 *
R2712
4.7K
0
for HDMI INPUT
TTL LEVEL INPUT
5V Tolerant
INPUT PROTECT WHEN POWERDOWN
HDMIA_R
J2701
EA073WJ
DTVHDMI
FB2707
0061TA
TL2706
FB2706
0061TA
TL2702
8.1
1u
50V
ASX
TL2703
FB2710
0061TA
HD1AL
TL2704
3
1
(CH)
R2707
220K
FB2705
0061TA
VDD
Z
25V
3.3
0
Z
0
5
6
3
4
3
4
1
2
13
12
11
10
9
2
1
X
0
3
A
(B,A)=
11:C3 DTV
10:C2 PC
01:C1 HDMI
00:C0 *
B
1
2
2
1
Q2705
2SC3928AR
8.1
3.5
C2722
0.1u
25V
CD4052BP
4.0
R2709
100K
3.5
Y
2
0
8.1
14
IC2704
0
8.1
0
15
8.1
4
for RGB INPUT
C2715
0.1u
4.0
C2705
100P
2
G
C2703
100P
(CH)
Q2704
2SC3928AR
R2711
10K
8
7
3.3
16
C2714
10u
16V
ASX
C2707
FB2709
0061TA
HD1AR
0.1u
25V
50V
ASX
FB2708
0061TA
HDMIA_L
J2702
EA073WJ
C2723
C2709
1u
TL2705
BU_SDA3
4
TL2701
DHSYNC
DHSYNC
Z
FB2711
0061TA
DPC_L
PCVH
HDMI-HS
BU_SCL3
S+8V
C2724
0.1u
25V
RGB_L
1C2
3
3
1C3
2
1
B
1
TO MAIN 3/6
TO MAIN 6/6
IC2701
/1G
2
H
3
3
3.3
1
4
0.2
5
0
0
INH
VEE
VSS
6
7
8
0
0
0
Z
C2719
1u
16V
RGB_R
3
1
DPC_R
C2718
1u
16V
4
2
R2713
4.7K
F
SC2702
WA251WJ
E
NC
IN1FSW
AVLINK1
SLOWSW1
RED/C1
GND
GREEN1
GND
BLUE1
D
2
3
4
5
TL2739
TL2740
9
10
GND
11
TO ATUNER
GND
TL2744
SIF
1
CVBS
3
+35V
4
GND
5
+8V
GND
7
+5V
8
SCL3
9
SDA3
10
GND
11
IFAGC
12
GND
13
+5V(CONT)
14
GND
15
13
OUTTNR
ATUNER-SIF
TL2709
ATUNER_+35V
ATUNER+8V
TL2711
ATUNER+5V
TL2712
C2726
0.1u
TVB
FB2703
0254TA
+5V
ATUNER-SCL
TL2713
ATUNER-CVBS
S+8V
2
ATUNER-SDA
1
4
3
5
GREEN1
BULE1
7
IN1R
GND
9
VIN2
10
GND
11
12
IN2R
IN1L
15
14
16
GND
17
OUTTNR
17
OUT2R
OUTTNL
OUTTNL
18
OUT2L
18
GND
19
S2_MUTE
19
NC
20
IN3SW
20
NC
21
IN3YV
21
NC
22
GND
22
NC
SCL3
23
23
IN3C
NC
SDA3
IN3R
AVLINK2
IN3L
SLOWSW2
GND
RED/C2
PO_MUTE
TL2755
OUTMONR
TL2756
TL2757
TL2758
GREEN2
OUTMONL
BLUE2
VIN_2
TL2759
TL2760
IN2R
OUTV
TL2763
9
10
GND
OUTMONL
S2_MUTE
TL2764
TL2765
SV1JSW
IN3Y
IN3C
NC
11
12
13
14
IN3R
TL2769
IN3L
C2729
0.1u
TL2770
RJ2701
AVLINK1
TL2715
3
AVLINK2
GREEN2
RJ2704
RED/C2
RJ2705
DTUNER-B
RJ2706
DTUNER-G
RJ2707
DTUNER-R
RJ2708
BULE1
RJ2709
IN3C
RJ2710
TL2772
TL2773
18
19
20
GND
21
8V
22
8V
23
RED/C1
RJ2712
GREEN1
RJ2713
IN1FSW
RJ2714
OUTMONR
ATUNER-CVBS
OUTMONL
OUTV
RJ2717
S_MUTE
TL2775
2-IN,1-OUT,SWITCH
HPOUT-L
3
1
VIN8
VIN7
VIN6
VIN5
VIN3
VIN2
VIN1
CVO2
CVO1
TL2778
TL2779
C2710
0.1u
25V
SPKR
0
1
SW
IN1
6
AIN2L
AIN2R
RJ2723
IN1L
1.4
2
OUT
GND
5
3
VCC
IN2
4
SPKL
4.8
MUTE_SP
AIN3L
0
RJ2724
IN1R
1.5
AIN3R
RJ2725
IN3L
AIN4L
RJ2726
IN3R
C2712
0.1u
25V Z
TL2780
SLOWSW2
RJ2736
AIN4R
RJ2727
OUTTNL
AOUT1L
RJ2728
OUTTNR
RJ2738
AOUT1R
RJ2729
OUTMONL
AOUT2L
SLOWSW1
TL2781
RJ2730
OUTMONR
RJ2737
AIN1L
AIN1R
IN2R
1.4
RJ2719
AOUT2R
RJ2731
HPOUT-L
HPOUTL
TL2782
RJ2732
HPOUT-R
HPOUTR
SBW_TEST
TP2701
NC
TERMINAL+5V
ATUNER-SIF
RJ2733
SPKL
RJ2734
SPKR
RJ2735
SIF
SPKOUTL
SPKOUTR
P1_5
2
MUTE_SP
SV1JSW
OUTTNV
SV1JSW
D
S
AVLK1
3.3
S2_MUTE
S2_MUTE
TO MAIN 5/6
4
2
SDA3
VIN9
AVLK2
4.8
TO MAIN 3/6
VIN11
RJ2722
Q2702
3LN01S
R2703
47K
VIN12
RJ2721
IN2L
MM1507XN
MUTE_SP
CADC4
VIN13
RJ2720
AUDIO2_R
IC2702
R2714
100
TL2776
TL2777
AUDIO2_L
SW(L=IN1,H=IN2)
HPOUT-R
R2704
10K
TO MAIN 5/6
VIN15
SCART12
TL2774
4
1
VIN16
RJ2718
17
GND
VIN17
RJ2711
RJ2716
16
A+5V
VIN18
RJ2715
R2702
100
TL2714
ATUNER-IFAGC
RJ2703
PO_MUTE
TL2771
15
GND
TL2766
TL2767
6
HPOUTL
SPMUTE
OUTMONR
5
HPOUTR
SPPOW
TL2762
4
8
SPKR
*R2718
0
TL2768
3
NC
SPKL
TL2761
2
7
HPPLUG
IN2L
1
S_MUTE
(HPMUTE)
15
OUTV
16
TL2754
13
IN2L
OUTTNV
TL2753
8
BLUE2
VIN_1
TL2752
6
GREEN2
NC
IN2FSW
RJ2702
IN3Y
TO AV
TL2751
TL2750
220P
0254TA
FB2702
0254TA
4
RED/C2
GND
TL2749
C2725
*FB2701
TL2710
RED/C1
14
TL2748
6
GND
C
OUTTNV
TL2708
2
GND
12
TL2747
TL2707
3
SLOWSW2
GND
TL2743
TL2746
IN1L
2
AVLIN2
SLOWSW1
GND
TL2742
8
VIN1
1
IN2FSW
AVLINK1
TL2741
6
7
NC
IN1FSW
TL2738
WA251WJ
TO AV
TL2737
TL2745
SC2705
WA010WJ
B
1
GND
IN1R
SC2704
SC2703
WA251WJ
TO AV
VIN_2
VIN_1
TO MAIN 3/6
IN2FSW
BLUE2
R2722
SCL3
100
RESET_N
G
R2724
0
CADC3
3.3
TO MAIN 6/6
AVLK1
S_MUTE
TO MAIN 6/6
FB2715
0210TA
+5V
S_MUTE
TERMINAL+5V
B+8V
BU+5V
S+8V
BU+5V
BU+3.3V
BU+3.3V
PO_MUTE
C2732
0.01u
A
AT+35V
1
2
3
4
5
6
7
8
83
9
10
11
12
13
14
15
16
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-37GA8E Main Unit Diagram
(VCTP)
CONFIDENTIAL
VCTP
(MAIN 3)
LC-37GA8E
Ver.N2 (2006.05.16)
I
LVDS3.3V
DUNTKD890WE03
FB3009
0254TA
C3029
10u
16V
KZA073WJ
TO MAIN 6/6
PCLK
PCLK
BU+3.3V
BU+1.8V
LVDS1.8V
TO MAIN 2/6
0254TA
P3_4
P3_2
TP3027
P3_1
TP3026
P3_0
TP3024
P2_7
P2_6
P4_1
P4_0
P4_3
P4_2
TP3018
TP3017
TP3015
LVDS3P
LVDS3N
LVDSCP
LVDSCN
LVDS2P
LVDS2N
LVDS1P
LVDS1N
LVDS0P
LVDS0N
TP3014
TP3013
TP3012
TP3011
TP3010
TP3009
0
P3_2
P3_3
0
OSDG1
0
OSDG0
0
P3_1
0
P3_0
0
0
0
OSDR1
GND3.3IO1
0
3.3
VSUP3.3IO1
P2_7/PCS5
0
P2_6/PCS4
0
P4_1/PCS3
0
P4_0/PCS2
3.2
2.5
P4_3/PCS1
0
0
P4_2/PCS0
PCLK2
0
PCLK1
GND1.8DIG
0
1.8
0
LVDSA_4P
VSUP1.8DIG
3.0
LVDSA_4N
3.3
1.2
LVDSA_3P
1.3
LVDSA_3N
0
1.3
LVDSA_CLKP
1.2
LVDSA_CLKN
3.3
1.2
LVDSA_2P
0
1.2
LVDSA_2N
LVDSA_1P
1.2
LVDSA_1N
1.2
3.3
1.2
LVDSA_0P
1.8
1.3
LVDSA_0N
0
0
0
LVDSB_3P
0
0
0
3.3
0
0
0
0
0
LVDSB_3N
PSDR0
204
656I6
205
656I7
206
656CLKI
207
656CLKO
208
656O7
TCLKFW
RESETQ
AIN1R
8
9
3.7
656O6
TDOFW
656O0/TMS
DINR[5]
7
3.3
6
10
11
12
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
46
47
48
49
50
TP3023
TP3022
TP3021
TP3020
C3030
0.1u
Z
25V
51
R3006
4.7K
DINB[7]
DINB[7]
DINB[6]
DINB[6]
IC3005
DINB[5]
DINB[5]
C3018
0.1u
16V
KZA073WJ
Z
25V
BU4215G
DINB[4]
DINB[4]
C3017
10u
VSUP5.0SIF
DING[0]
C3016
0.1u
4
DBI5
68
DBI6
67
DBI7
66
DGI0
65
DGI1
64
DGI2
63
DGI3
62
DGI4
61
DGI5
60
DGI6
59
DGI7
58
DRI0
57
DRI1
56
DRI2
55
DRI3
54
DRI4
53
TP3032
3.3
TP3033
SCL3
3
4
1
2
3.3
P2_3
P2_1
0
P2_0
S
DTM_IRQ
FB3014
0254TA
C3038
0.1u
BU_SDA3
BU_SCL3
TP3035
2.3
TP3036
P3_0
16V
KZA073WJ
P3_1
0
C3049
18P
(CH)
(CH)
C3037
0.1u
1000P
C3039
DINB[1]
0
DINB[2]
0
DINB[3]
0
DINB[4]
BL_ERR
VSYNC_OSC
POW_ERR
FB3018
0254TA
R3017
10u
16V
KZA073WJ
FB3012
0254TA
HOTP_CONT1
HOTP_CONT1
HDMI_WP
RJ3022
SV1JSW
RJ3023
P4_1
HDMI_RST
FPGA_SDE
RJ3024
P4_2
VSYNC_OSC
RJ3025
P4_3
39
C3035
HOTP_CONT0
RJ3021
P3_6
P4_0
16V
KZA073WJ
HDMI_INT
HOTP_CONT0
RJ3020
P3_7
FB3015
0254TA
TO MAIN 1/6
HDMI_INT
HSYNC_OSC
R3009
100
FB3016
DINB[5]
0
DINB[6]
0
DINB[7]
0
BU_SCL3
2
1
4
3
BU_SDA3
C3048
6.3V
ASX
3.3
DING[0]
28
0
DING[1]
0
DING[2]
0
DING[3]
0
DING[4]
0
DING[5]
0
DING[6]
0
DING[7]
0
DINR[0]
0
DINR[1]
0
DINR[2]
0
DINR[3]
0
DINR[4]
3.3
27
0
26
3.3
25
0
24
0
23
0
22
0
21
3.3
20
0
19
3.3
18
3.3
0
17
16
C3042
0.1u
PIC16F913
2
3.3
R3001
1K
RJ3040
RJ3042
PICA2
RJ3026
TEMP3
PICA3
RJ3027
TEMP2
PICA4
RJ3028
PICA5
RJ3029
PICA6
RJ3030
PICA7
RJ3039
0
15
IXB664WJ
IC3003
1
PICB0
PICC0
0254TA
47u
0
HSYNC_OSC
TP3045
RJ3019
P3_5
C3040
10u
Z
DINB[0]
BL_ERR
POW_ERR
RJ3018
P3_4
C3034
15P
VSUP3.3DRI
0
RJ3017
FPGA_SDA
DTM_IRQ
*R3014
4.7K
VSUP3.3COM
0
RJ3016
P3_2
FPGA_SCK
FPGA_SDA
RJ3015
20.25MHz
3.3
C3032
0.1u
25V
TO MAIN 6/6
3
2.7
4
5
0
0
6
0
7
8
3.3
0
9
0
10
3.3
11
0
12
0
13
0
14
0
0
DINB[2]
DINB[2]
1
DINB[1]
DINB[1]
2
3.2
1.7
0
1
2
3
QSSET
LEDPOWG
LEDPOWR
RJ3031
LEDSLP
RJ3032
LEDOPC
PICB2
RJ3033
LCDLR
PICB3
RJ3034
LCDUD
PICB4
RJ3035
FRAME
PICB5
RJ3036
TP3037
CCP1
RJ3047
PWMOUT
PICAA0
RJ3038
5
OPCIN
POWER ON -> INPUT
(RA[4:0] Analog Input)
QSSET
LEDPOWG
LEDPOWR
LEDOPC
LCDLR
LCDUD
FRAME
PWMOUT
OPCIN
C3044
0.01u
S2_MUTE
PICAA1
TH3002
M1103J03
PICB1
RJ3041
PICC1
RJ3043
SCART12
PICC2
RJ3044
DTUIN3Y
PICC3
RJ3045
DTVPC
PICC4
RJ3046
DTVHDMI
MUTE_SP
SCART12
DTUIN3Y
DTVPC
DTVHDMI
TO MAIN 6/6
+5V
S+8V
FRCCKI
FRCO[7]
FB3011
0254TA
FRCO[4]
FRCO[3]
C3031
10u
16V
KZA073WJ
C3022
10u
16V
KZA073WJ
FRCO[2]
FRCO[1]
FRCO[0]
FRCI[7]
FB3008
0254TA
FRCI[6]
+5V
FRCI[5]
FRCI[4]
S+8V
8
9
FRCI[3]
84
10
+5V
S+8V
TO MAIN 4/6
FRCCKO
FRCI[1]
7
TEMP1
TO MAIN 2/6
R3003
10K
FRCI[2]
6
TEMP2
LEDSLP
FRCI[0]
4
TO MAIN 5/6
TEMP3
RA total<=100mA,RB total<=100mA
20mA(Icc Clamp) 25mA(Max) /PIN
C3046
10u
16V
KZA073WJ
A
TEMP1
PICB6
C3014
0.1u
DINB[0]
DINB[0]
HDMI_RST
FRCO[5]
FB3007
0254TA
3
HDMI_WP
PICB7
DINB[3]
DINB[3]
FPGA_SDE
FPGA_SCK
RJ3014
P2_7
C3041
10u
1.8
3.3
AVLK2
TP3043
KEY_PSW
RJ3013
P2_6
X3001
SC0012CE
1.8
0
AVLK2
RJ3012
P2_3
VSUP3.3FL
TP3034
AVLK1
TP3038
0
0.2
AVLK1
RJ3010
P2_1
3.3
D
3.3
3.3
0.6
RJ3009
P2_0
G
Q3004
3LN01S
P2_2/IR
0
3.3
P1_5
TP3040
SV1JSW
TXD
0
3.3
P1_5
R3012
10K
RXD
3.3
3.2
TO MAIN 2/6
SDA3
CCP1
69
25V
0
PICC4
DBI4
IRIN
*R3008
4.7K
PICB0
70
0
Z
52
VSUP3.3DIG
5
DBI3
C3033
0.1u
FRCO[6]
0.94
C3045
0.01u
71
0
KEY_PSW
I2S_WS
Z
C3025
Z
0.1u
25V
I2S_CL
0.1u
25V
56P
(CH)
I2S_DI
C3020
0.1u
SIF
SBW_TEST
SPKOUTL
SPKOUTR
HPOUTL
HPOUTR
AOUT1L
AOUT1R
AOUT2R
AOUT2L
C3021
VSUP8.0AU
AIN4L
AIN4R
AIN3L
AIN3R
AIN2L
AIN2R
AIN1L
C3024
AIN1R
TP3046
TP3019
FRCI[0]
FRCI[1]
FRCI[2]
FRCI[3]
FRCI[4]
FRCI[5]
TP3047
if not used, leave vacant
45
72
DBI2
P1_4
3.3
PICB1
VSUP3.3LVDS
GND3.3_LVDS
VSUP3.3LVDS
GND3.3LVDS
VSUP3.3LVDS
REXT
VSUP1.8LVDS
GND1.8LVDS
13
DBI1
P1_6
IRIN
PICC3
656I5
73
0
P2_2/IR
PICC2
203
5
DING[0]
74
DBI0
R3018
3.3
S
PICC1
656I4
4
DING[1]
DING[1]
75
3.3
P1_7
P1_4
PICC0
202
DING[2]
DING[2]
76
TP3031
G
PICA6
656I3
DING[3]
DING[3]
77
0
RXD
P1_7
P1_6
PICB2
78
TP3030
BU+3.3V
79
XTALIN
FAN_ERR
P1_3
0
TXD
RXD
P1_2
PICB3
XTALOUT
D
3.3
PICA7
201
DING[4]
DING[4]
80
P3_6
PICA5
656I2
81
3.3
R3010
4.7K
PICA4
200
0
656I1
656O1/TDI
199
656O2/TDO
656I0
0
VSUP3.3IO3
198
656O3/TCLK
197
0
GND3.3IO3
0
196
656O4/TMSFW
VOUT1
656O5/TDIFW
195
DING[5]
DING[5]
82
P3_7
TXD
P1_1
PICB4
VOUT2
DING[6]
DING[6]
83
HSO
0
LVDS3P
TP3042
P1_0
Q3003
3LN01S
PICA3
VOUT3
194
3
DING[7]
DING[7]
SCL
P3_5
PICB5
193
2
DINR[0]
DINR[0]
84
0
TP3044
PICA2
VSUP3.3VO
FRCI[6]
DINR[1]
SDA
P3_4
PICB6
192
1
DINR[1]
85
LVDS3N
0
PICAA1
VIN1
DINR[6]
DINR[2]
DINR[2]
86
LVDSCP
TP3041
TP3039
PICB7
191
DINR[3]
DINR[3]
87
TP3029
PICAA0
VIN2
DINR[4]
DINR[4]
P2_0
0
+3.3V
DRI5
VIN3
190
DRI6
189
0
DINR[5]
88
GND3.3COM
0
DINR[6]
89
P2_1
GND3.3DRI
*R3013
10K
DINR[7]
P2_2
VSUP3.3DRI
0
0
GNDA
DRI7
FRCI[7]
I2S_WS
0.1
P2_3
90
TP3028
0
0
VSUP1.8FE
186
0
FRCCKO
91
0
DINR[5]
0
93
92
DINR[6]
0
FRCO[7]
185
VIN18
94
OSDV
VSUP3.3COM
DCLK
FRCO[6]
VIN7
0
0
184
0
FRCO[5]
VIN8
VIN6
OSDH
P2_4/TDI/TXD
IXB624WJ
VCT6973
VIN9
183
188
95
VSO
182
187
96
CLKOUT
DINR[7]
0
FRCCKI
DINCK
DINR[7]
LVDS2P
LVDSCN
P4_5/TMS/RXD
*IC3002
DINCK
FRCO[4]
VIN11
DEN
0
VIN12
181
DVS
Z
FRCO[3]
180
0
C3009
0.1u
25V
0
VIN13
DINEN
DINCK
105
DINEN
RJ3003
DINEN
106
0
HDMI_SDO
HDMI_WS
107
DVSYNC
I2S_DI
108
GND3.3RAM
RJ3002
16V
KZA073WJ
109
VSUP3.3RAM
C3006
10u
FRCO[2]
VIN15
179
I2S_DEL_WS
FB3004
0254TA
I2S_CL
110
0
RJ3001
HDMI_SCK
LVDS2N
16V
KZA073WJ
111
0
DVSYNC
DVSYNC
LVDS1N
3.3
DHSYNC
DHSYNC
TO MAIN 1/6
Z
SPKOUTR
SPKOUTR
FB3013
0254TA
VSUP3.3IO1
10u
112
VSUP3.3RAM
SPKOUTL
SPKOUTL
C3007
0.1u
25V
0
178
I2S_DEL_CL
16V
KZA073WJ
FRCO[1]
VIN16
0
SIF
SIF
0
177
I2S_DEL_IN
SBW_TEST
C3004
10u
113
GND3.3FL
0
HPOUTR
114
VSUP3.3FL
I2S_DEL_OUT
FB3003
0254TA
3.3
FRCO[0]
VIN17
0
AOUT2R
VIN5
176
I2S_WS
AOUT2L
175
I2S_CL
VSUP3.3IO3
AOUT1R
VIN19
0
0
174
0
1.0
CVO1
VIN20
I2S_DA_IN
0
1.8
SBW_TEST
115
0
RJ3004
AOUT1L
HPOUTR
116
SPDIF_OUT
3.3
TP3004
CVO2
HPOUTL
117
0
VSUP3.3VO
VIN21
173
VSUP3.3DIG
1.0
VIN1
AIN2R
HPOUTL
B
VIN1
AIN2L
AOUT2R
C
1.0
172
GND3.3DIG
0
VIN3
VIN2
AIN1L
VIN22/DHS
GNDA
1.0
VIN18
171
0
1.0
VIN6
RESET_N
AOUT2L
118
3.3
0
VSUP3.3FE
0
1.8
Z
25V
VSUP1.8FE
170
VSUP5.0SIF
C3012
0.1u
CVO2
169
4.7
VIN1
1.0
P1_0/SVMOUT
SIFIN-
VIN7
VIN2
P1_1/BOUT
168
SIFIN+
1.0
167
1.6
VIN8
VIN3
AOUT1R
119
GND3.3IO1
1.67
0
VIN9
VIN5
P1_2/GOUT
VREFSIF
VIN6
1.0
166
SUBWOOFER TEST
VIN11
VIN7
AOUT1L
120
VSUP3.3IO1
SPEAKERL
VIN8
1.0
1.0
VIN12
P1_3/ROUT
0
VIN9
165
2.7
0
VIN13
VIN11
AIN4R
121
97
VSUP3.3DAC(ADC)
3.8
1.0
VIN15
VIN12
AIN4R
122
OSDCLK
164
SPEAKERR
VIN13
AIN4L
123
98
GND3.3DAC
3.8
VIN16
VIN15
AIN3R
124
PSDFSW
163
HEADPHONEL
VIN16
AIN3L
125
99
CADC1/P1_4
HEADPHONER
0
1.0
VIN17
AIN4L
126
P3_6
162
3.8
1.0
VIN5
VIN18
AIN3R
127
P3_7
CADC2/P1_5
3.8
0
VIN19
AIN3L
128
100
161
AOUT1L
0
TO MAIN 2/6
D
129
101
AOUT1R
3.3
VIN20
AIN2R
130
P3_5
AOUT2L
1.8
VIN21
AIN2L
131
CADC3/P1_6/TCLK
3.8
3.3
160
3.8
P1_0
0
AIN1R
132
102
3.8
0
P1_1
Z
VSUP3.3FE
AIN1R
133
P3_4
AOUT2R
C3011
0.1u
25V
Z
25V
RESET_N
AIN1L
134
CADC4/P1_7/TDO
3.8
0
159
SGND
C3008
0.1u
CVO1
135
103
GNDA
3.3
VIN20
E
136
0
3.3
P1_3
16V
KZA073WJ
VIN19
137
OSDB1
VSUP8.0AU
0
16V
KZA073WJ
VIN21
F
138
0
0
LVDSB_0N
VREFAU
SCL3
139
8.0
P1_4
158
3.0
0
C3010
10u
C3005
10u
Z
140
AIN4L
C3003
0.1u
25V
16V
KZA073WJ
141
104
AIN4R
P1_5
P1_2
RESET_N
LVDS0P
OSDB0
AIN3L
0
TO MAIN 5/6
C3002
10u
142
3.7
FB3002
0254TA
143
3.7
FB3005
0254TA
1.0
LVDSB_0P
AIN3R
0
144
3.7
0
GD3.3LVDS
0
157
AIN2L
0
145
3.7
0
146
3.7
4
147
AIN2R
GND
3
148
AIN1L
A2
2
149
3.7
TP3006
P1_6
VSUP1.8FE
A1
1
LVDSB_2P
0
P1_7
BR24L64F
SDA3
TP3008
TP3007
TP3005
FB3006
0254TA
A0
150
LVDSBCLKP
SDA
151
LVDSBCLKN
SCL
152
VSUP3.3LVDS
5
IC3001
RESET_N
25V
VSUP3.3LVDS
3.3
6
153
LVDSB_2N
3
0
3.3
4
154
3.7
WP
1
155
GND3.3LVDS
3.3
2
156
LVDSB_1P
0
7
VCC
TO MAIN 6/6
LVDS0N
Z
C3036
LVDSB_1N
3.3
8
G
TO MAIN 5/6
0.1u
VSUP3.3IO1
R3005
4.7K
TP3003
2
SDA3
TP3002
TP3001
C3001
Z
0.1u
25V
BU+3.3V
FAN_ERR
C3028
Z
LVDS1P
SDA3
SCL3
R3002
22
C3023
0.1u
25V
R3004
100
SCL3
TO MAIN 4/6
Z
25V
+3.3V
3
1
FB3001
TO MAIN 1/6
0.1u
Z
R3007
6.2K
Z
25V
BU_SDA3
BU_SDA3
4
H
C3013
0.1u
BU_SCL3
BU_SCL3
TP3016
SDA3
SDA3
BU+1.8V
FB3010
0254TA
C3027
10u
16V
KZA073WJ
C3019
C3015
0.1u
25V
TP3025
SCL3
SCL3
BU+3.3V
11
12
13
14
FRCCKO
FRCCKI
FRCO[7]
FRCO[6]
FRCO[5]
FRCO[4]
FRCO[3]
FRCO[2]
FRCO[1]
FRCO[0]
FRCI[7]
FRCI[6]
FRCI[5]
FRCI[4]
FRCI[3]
FRCI[2]
FRCI[1]
FRCI[0]
15
16
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-37GA8E Main Unit Diagram
(MISC)
CONFIDENTIAL
MISC
(MAIN 5)
LC-37GA8E
I
Ver.N2 (2006.05.16)
DUNTKD890WE03
29
27
4
LVDS0P
LVDS0P
1
SEL_LVDS
LVDS1P
LVDS1P
2
4
1
3
G
LVDS2N
LVDS2N
LVDS2P
4
1
3
LVDSCP
LVDSCP
4
13
1
3
12
TL2331
CLKIN-
LVDS3N
LVDS3N
LVDS3P
LVDS3P
F
4
1
3
TL2318
2
4
6
8
1
3
5
7
2
4
6
8
PCVV
D2309
DAN202K
TL2319
2
NA229WJ
R2333
100
CH
3
DSUB_DDC5V
1
EX1247CE
D2306
EX1247CE
5.6V
5.6V
D2305
D2307
EX1247CE
5.6V
D2308
EX1247CE
8
7
VCC
D2313
EX1247CE
5.6V
4.4
0
4.4
5.6V
VCLK
4.2
6
5
SCL
SDA
R2326
1K
IC2303
BR24C21F
GND
2
0
3
0
4
0
0
P2302
NA337WJ
KM
TO KEY
TL2355
KEY_PSW
TL2356
RJ2307
4
7
PCVV
FB2306
0061TA
5
TL2337
5
PCVH
6
LCDLR
3
PCVH
15
1
LCDUD
KEY_ETC
TL2357
TL2309
3
TL2310
2
1
KEY_PSW
2
KEY_ETC
3
GND
1
R2302
10K
LV
R2342
TL2341
TEMP3
TEMP3
1
TL2340
TEMP2
TEMP2
TEMP2
TL2343
QSSET
TL2344
FRAME
FRAME
2
TEMP1
3
TEMP2
4
TL2342
QSSET
BU+3.3V
TL2359
IR_VCC
TL2361
LEDPOWG
TEMP3
TL2362
5
ROMSEL0
6
OSEN
7
ROMSEL1
LEDPOWR
TL2363
TL2364
LEDSLP
TL2365
P2306
N0565FJ
TL2366
LEDOPC
RJ2309
P1_7
FB2310
0210TA
TL2360
RJ2308
P1_6
RA
TL2367
TL2345
RESET_N
1
R/C
2
BU+3.3V
3
GND
4
LED-G
5
POWR_LED
6
OPC
7
SLEEP_LED
8
NC
9
LED_OPC
10
R2339
1K
1
TL2346
RJ2310
RXD
TO LED/IR/OPC
TL2358
TL2339
TEMP1
TEMP1
P2303
NA344WJ
BU+3.3V
SH
TL2338
R2343
1K F
10K
P2301
NA341WJ
R2313
10
R2305
10K
D
RGB_V
14
RJ2304
RJ2305
7
TL2336
E
TO MAIN 2/6
8
TL2334
TL2335
1
EDID5V
RGB_H
9
TL2333
RIN3-
TO MAIN 6/6
R2335
1K
FB2308
0061TA
10
RIN3+
C2307
0.1u
R2332
47K
10K
FB2305
0061TA
11
TL2332
CLKIN+
2
TL2316
14
TL2330
2
L2305
FA071WJ
VIN20
15
TL2329
RIN2+
RJ2303
PC_DDC5V
EDID5V
16
RIN2-
VIN19
C2310
0.1u
EDID5V
75
1/4W
17
SC2303
VIN21
RJ2302
0061TA
TL2317
10
5
17
TL2328
RIN1+
L2304
FA071WJ
LVDSCN
LVDSCN
4
18
TO MAIN 3/6
2
RJ2301
13
9
19
1
R2325
R2329
TL2315
8
20
TL2327
RIN1-
1/4W
FB2307
2
12
3
21
TL2325
TL2326
2
LVDS2P
2
22
RIN0+
1/4W
11
7
23
RIN0L2303
FA071WJ
1
24
TL2308
R2324
75
7
LVDS1N
LVDS1N
R2322
75
6
25
TL2324
TL2311
16
26
3
L2302
FA071WJ
PCVG
FL2303
N0003TA
1
2
2
TL2314
4
LVDS0N
LVDS0N
APC_G
2
3
C2309
0.1u
PCVR
28
TL2323
1
D2312
1SS226
3
1
0.56
1/4W
APC_R
C2308
0.1u
PCVB
FL2302
N0003TA
TL2313
30
4.7K
FB2303
25V
L2301
FA071WJ
TO MAIN 3/6
TL2312
6
H
APC_B
31
R2309
Z
FL2301
N0003TA
32
TL2322
LCD+5V
8
C2312
0.1u
3
1/4W
LCD5V
LCD5V
3
5
FB2304
0.56
TO MAIN 6/6
D2311
1SS226
D2310
1SS226
1366x768 PANEL Connect
JAE FIX30M
P2305
NA493WJ
GND
2
RJ2311
TXD
3
R2341
39K
TO MAIN 3/6
IRIN
OPCIN
LEDOPC
LEDSLP
R2315
100
LEDPOWR
1
2
3
4
BU_SDA3
LEDPOWG
P1_4
KEY_PSW
C
TO MAIN 2/6
CADC4
PWMOUT
CADC3
TO MAIN 2/6
BU_SDA3
BU_SCL3
TO MAIN 6/6
BU+3.3V
BU+3.3V
R2321
0
SC2301
TL2306
DA036WJ
C2301
0.1u
FB2309
0061TA
7
11
Z
25V
RS232C_3.3V
R2314
FB2301
0061TA
TL2301
+3.3V
10K
4
3
B
TO MAIN 6/6
TL2353
1
TL2302
FB2302
0061TA
TL2303
2
10
3.3
R2307
100
1
2
3
4
3.3
0
16
15
14
SHDN
VCC
GND
-5.6
0
13
3.3
12
3.3
0
10
11
NC
9
NC
IC2301
ISL83220
5
D2301
6
TL2304
EX1271CE
12V
8
9
12
TL2305
D2303
EX1271CE
12V
C1+
EN
R2301
0
1
*
D2302
EX1271CE
12V
C1-
V+
2
0
D2304
3
6.2
C2+
4
6.2
C2-
5
3.3
V7
6
5.7
-3.0
8
-5.6
0
R2334
10K
EX1271CE
12V
RJ2306
C2306
C2302
0.1u
25V
A
1
2
3
4
Z
5
C2303
0.1u
25V
C2304
Z
0.1u
25V
C2305
Z
0.1u
25V
10u
16V
Z
ASX
6
7
8
85
9
10
11
12
13
14
15
16
LC-32GA8/LC-32BV8
LC-37GA8/LC-37BV8
LC-37GA8E Main Unit Diagram
(POWER DC-DC)
CONFIDENTIAL
PowerDC-DC
(MAIN 6)
LC-37GA8E
Ver.N2 (2006.05.16)
I
*LUG1705
ZA002WJ
*LUG1706
ZA002WJ
*LUG1707
ZA002WJ
*LUG1708
ZA002WJ
*LUG1709
ZA002WJ
LUG1701
HA006WJ
LUG1702
HA006WJ
LUG1703
HA006WJ
LUG1704
HA006WJ
BU+5V
TO MAIN 2/6
DUNTKD890WE03
BU+5V
TO MAIN 5/6
BU+3.3V
C1702
TO MAIN 5/6
0.1u
4.8
BU+5V
TO MAIN 3/6
0
5
TO MAIN 3/6
4
BU+3.3V
TL1707
IC1701
BU+1.8V
BU4239G
R1719
6.2K
1
SC1701
TL1716
+35V
1
GND
2
GND
3
+13.5V
4
F
0
R1723
6.2K
F
3
VHIMP1410ES-1Y
2
1
+13.5V
6
GND
7
GND
8
GND
9
+5V
10
+5V
11
+5V
12
13
+5V
+5V
14
+5V
15
GND
16
GND
17
GND
18
GND
19
BU+5V
20
BU+5V
21
GND
22
GND
23
3
2
1
SW
IN
BS
5
R1758
1
Vin
R1757
1
1/2W
Vc
1
R1761
100
Vo
2
5.0
Vadj
3
3.6
4
INV_BRT(VBRT)
5
POW_ERR
6
FAN_ERR
7
NC
8
PWM SEL
9
0
0
75
<0.57A
D1703
C1716
22u
16V
ASX
C3340
47u
6.3V
ASX
TL1725
R1759
C1742
0.1u
Z
1
1/2W
IC1703
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
*R1731
51
76
50
77
49
78
48
79
47
80
46
81
45
82
44
83
43
84
42
85
41
*TL1735
*TL1736
47
1K
1K
*R1730
*TL1738
47
*TL1739
*C1749
100P
R1714
0
*C1751
100P
(CH)
*TL1740
*C1750
100P
(CH)
SGND
2
STB
3
OFL
4
OSC
5
ERR
6
REG
7
REG2
8
BRT
*C1752
100P
(CH)
C1745
100P
(CH)
R1764
22
FPGA_SDA
FPGA_SDE
40
86
Vc
Vo
2
Vadj
3
3.3
22
GND
4
8.0
0
R1735
2K
R1734
2.2K
R1732
2K
1
1/2W
FPGA_EP4
C1720
22u
HSU119
16V
ASX
C1715
22u
35V
ASX
PCON2
R1705
0
TL1731
100P
(CH)
38
IXB823WJ
TL1708
D1705
IC1710
88
<0.24A
C1744
39
87
5
2.6
TL1729
C1758
0.1u
TL1732
Z
FPGA_EP2
TL1701
R1704
89
37
90
36
91
35
92
34
93
33
94
32
95
31
96
30
97
29
98
28
99
27
100
26
FPGA_SCK
*C1740
0.1u
RESET_N
Z
HSYNC_OSC
0
TL1703
*TL1734
LB
1
R1763
PQ20WZ11
PCON1
73
*R1736
2K
HSU119
TL1727
74
R1729
TL1724
TL1702
*R1718
47
*C1747
100P
(CH)
5
2.6
TL1706
TL1730
*R1717
47
*C1741
0.1u
*P1701
NA342WJ
*TL1733
*TL1737
TL1723
TL1726
*C1746
1000P
(CH)
*C1748
100P
(CH)
PQ20WZ11
GND
4
3.3
R1726
510
TL1728
INV_ON(BL_ON5)
8
3.8
*R1715
R1760
3
7
1.5
IC1702
1/2W
TL1722
POW+5V
NC
TL1720
TO POWER
SGND
S+8V
POW+5V
C1717
2700P
R1724
100
2
EN
6
TL1719
SC1702
WA248WJ
1
16V
KZA073WJ
FPGA_VCC
13.1
PCON2
C1724
10u
16V
KZA073WJ
R1737
5.6K
TL1721
S+8V
S+8V
C1723
10u
POW+12V
COMP
FB
1.5
1
PCON1
C1721
68u
10V
AAPD
R1733
100
Vin
E
BU+3.3V
6.3
4
INPUT 4.5V to 25V
D1702
EX0487CE
2.0V
TL1718
5.2
GND
IC1706
MP1410ES
DC-DC 1.8V
POW+35V
TL1717
3.0
5
+13.5V
F
F
3
5.0
R1709
10K
TO POWER
G
2
3.8
TL1705
WA251WJ
BU+5V_FB1706
0
VSYNC_OSC
TL1704
1
D
2
3
4
5
6
7
FL_OFL
*R1752
47
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
TO MAIN 5/6
TP1703
FL_OSC
H
SFPA73
TO MAIN 2/6
FB1701
0250TA
D1704
L1701
15uH
PA213WJ
C1706
22u
6.3V
KZA070WJ
R1721
5.6K
S+8V
C1718
0.1u
BL_ON
+3.3V
R1762
22
RJ1705
RJ1703
C1739
0.1u
0
C1757
0.1u
Z
Z
IC1707
IC1705
R1707
PQ20WZ11
SSM6J51TU
VDSS=12V,ID=4A
0
Q1704
2SC3928AR
C
*D1701
D
Vin
R1727
Vo
2
4.8
Vadj
3
2.8
GND
4
3.3
TL1709
5
2.6
0
<0.86A
+3.3V
RJ1704
RJ1706
FPGA_EP6
RJ1707
FPGA_EP7
RJ1708
DTI2CSEL
FPGA_EP0
RJ1701
S_MUTE
TO MAIN 2/6
DTU_ON
DTU_ON
DTM_RESET
DTM_RESET
DTI2CSEL
S_MUTE
3.3K
S
R1722
10K
D
4
D
5
5.0
+3.3V
R1747
R1746
510
2K
R1748
2K
D1706
6
5.0
C1733
22u
HSU119
5.0
R1739
1
10.0
34.0
Vc
1
FPGA_EP3
FPGA_EP5
1.3K
0
*R1706
33K
*R1703
560
1/4W
1
D
0.63
33.6
EX1232CE
2
G
R1745
*Q1702
2SA1530AR
3.3V
5.0
3
0
R1716
5.6K
5.0
PCLK
16V
ASX
C3338
47u
1/2W
TO MAIN 3/6
6.3V
0
*R1702
10K
B
Q1703
2SC3928AR
0
*R1701
5.6K
0
*Q1701
2SC3928AR
TO MAIN 5/6
EDID5V
VSYNC_OSC
0
0.67
5.6K
0
5.0
5.0
3
2
1
G
D
D
R1767
10K
PCLK
1
SSM6J51TU
VBRT
D
D
4
5
6
5.0
BL_ON5
5.0
R1754
6.2K
R1742
1
F
1/2W
R1744
5.6K
F
5.0
FB3307
0061TA
VHIMP1410ES-1Y
R1753
6.2K
F
3
EDID5V
IC1708
MP1410ES
DC-DC 1.8V
D1707
EX0487CE
TO MAIN 3/6
2.0V
2
1
INPUT 4.5V to 25V
+5V
+5V
TO MAIN 2/6
A
FB3308
0061TA
POW5V_FB1702
0
3.0
6.3
4
3
2
1
SW
IN
BS
EN
NC
FPGA_SDA
C1737
C1735
68u
10V
AAPD
FPGA_SDE
FB1702
0250TA
10u
16V
KZA073WJ
C1738
10u
16V
+3.3V
KZA073WJ
TO MAIN 1/6
+1.8V
COMP
FB
5
6
7
1.5
+3.3V
8
3.3
0
TO MAIN 4/6
R1743
100
+3.3V
+1.8V
R1755
5.6K
+5V
TERMINAL+5V
5.0
GND
1.3
<0.4A
FPGA_SCK
10K
D1708
SFPA73
L1702
15uH
PA213WJ
C1726
22u
6.3V
KZA070WJ
R1768
C1734
0.1u
TL1710
1/2W
S
HSYNC_OSC
R1741
IC1704
R1720
10K
LCD5V
TO MAIN 1/6
RESET_N
1
1/2W
3.3K
0
R1713
BL_ERR
ASX
R1740
R1728
+1.8V
C1730
+5V
2700P
AT+35V
1
2
3
4
5
6
7
8
9
86
10
11
12
13
14
15
16
Source Exif Data:
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