SHARP LC-26D44 & LC32D44 Training Course (English)[1]

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Description

Training Course

MODELS: LC-26D44 LC-32D44

Presentation By: Jan Niemi

SEES Engineering Department

Issued: Sofía García SEES Engineering Department

Training course: D44

1

May 2008

Index 1. Models introduction 2. Block Diagram 3. Software Updating 4. Service Mode 5. LCD Adjust Process 6. Electrical Diagrams / PWB

SEES Engineering Department

Training course: D44

2

1. Models Introduction Sizes: 26” & 32” Type of cabinet: - Bottom speakers. - BK : Black Color. - GY: Grey Color. Models: LC-26/32D44EE-BK/GY → Continental LC-26/32D44ES-BK/GY → Sweden Market LC-26/32D44EK-BK/GY → United Kingdom LC-26/32D44RU-BK/GY → Russian Market

SEES Engineering Department

Training course: D44

3

1. Models Introduction (continued) LC-26D44 & LC-32D44 Models Specifications

• • • • • • •

ASV & Black TFT LCD. HD Ready Panel (1366 x 768) WXGA with 4ms response. Wide vision angle (H/V 176º). High brightness and contrast (1.500:1). Interlaced and progressive mode compatible (I/P). Built-in DVB-T Tuner. Multistandard Video and audio: - Multistandard Video & audio . - Video: PAL/SECAM & NTSC (AV only). - TV: B/G, I, D/K, L & L’. - Sound: NICAM & A2 (IGR). • OSD multilanguage. • 2 HDMI 1.2 inputs (Video Digital, Audio Digital & Analog). • Analog mode PC input. • Components Input ( 3RCA to 15pin D-sub adapter). • RGB at EXT1/EXT2 Terminal. • RS-232C. • AV-Link at EXT2. • Does not support CEC at HDMI. • Active Backlight (dynamic contrast 10.000:1) • Sleep Timer. • Does not support “RC Path Through” by Pin Nº 9 of Service Connector. SEES Engineering Department

Item

TV 26”: LC-26D44E/S/K/RU TV LCD 32”: LC-32D44E/S/K/RU 26o LCD LCD COLOUR TV, Model: LC-26D44E, LC-26D44S

LCD panel

26o Advanced Super View & BLACK TFT LCD

Resolution

1,049,088 pixels (1,366 g 768)

Video Colour System TV Function

TV-Standard Receiving Channel

PAL/SECAM/NTSC 3.58/NTSC 4.43/PAL 60 Analogue

CCIR (B/G, I, D/K, L, L’)

Digital

DVB-T (2K/8K OFDM)

VHF/UHF

E2–E69ch, F2–F10ch, I21–I69ch, IR A–IR Jch, (Digital: E5–E69ch)

CATV

Hyper-band, S1–S41ch

TV-Tuning System

Auto Preset 99 ch, Auto Label, Auto Sort

STEREO/BILINGUAL

NICAM/A2

Brightness

450 cd/m2

Backlight life

60,000 hours (at Backlight Standard position)

Viewing angles

H : 176° V : 176°

Audio amplifier

10W g 2

Speaker Terminals

Ø XX mm g 2, Ø XX mm g 2 Antenna

UHF/VHF 75q Din type (Analogue & Digital)

RS-232C

9 pin mini D-sub

EXT 1

SCART (AV input, Y/C input, RGB input, TV output)

EXT 2

SCART (AV input/output, Y/C input, RGB input, AV Link)

EXT 3

S-VIDEO (Y/C input), RCA pin (AV input)

EXT 4

Ø 3.5 mm jack (Audio input), 15 pin mini D-sub (PC)

EXT 5

Audio in, Component in

EXT 6

HDMI, Ø 3.5 mm jack (Audio input)

EXT 7

HDMI

C. I. (Common Interface)

EN50221, R206001

OUTPUT

RCA pin (Audio)

Headphones OSD language

Ø 3.5 mm jack (Audio output) English/German/French/Italian/Spanish/Dutch/Swedish/Portuguese/Finnish/Turkish/Greek/ Russian/Polish

Power Requirement

AC 220–240 V, 50 Hz

Power Consumption

95W (0,9 Method IEC60107) XXX W (0.9Standby) W Standby) (Method IEC60107)

Weight

10,5 (With Stand) XX.X Kg kg (Display only), XX.X kg (Display with stand)

Operating temperature

0°C to k40°C

120W (0,9 Standby) Method IEC60107) 13,0 Kg (With Stand)

• As a part of policy of continuous improvement, SHARP reserves the right to make design and specification changes for product improvement without prior notice. The performance specification figures indicated are nominal values of production units. There may be some deviations from these values in individual units.

Training course: D44

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2. Block Diagrams Main ICs IC207: COFDM DECODER (Coded Orthogonal Frequency Division Multiplexing) Part Number : STV0362

SHARP Code: RH-IXB964WJZZQ

The STv0362 is a single-chip demodulator using COFDM and is intended for digital terrestrial receivers using compressed video, sound and data services. It converts IF or base band differential signals to MPEG-2 transport stream format by processing OFDM carriers. The STv0362 is fully compliant with the DVB-T specification (ETS 300 744) and Nor Dig Unified specification.

IC1951: HDMI RECEIVER (High Definition Multimedia Interface) Part number : Sii9025

SHARP Code : VHISII9025+-1Q

The Sii9025 is a compliant with the latest HDMI 1.2 (High Definition Multimedia Interface) specification. Backward compatibility with DVI 1.0 allows HDMI systems to connect to existing DVI 1.0 hosts. The SiI9025 is capable of receiving and outputting two channel digital audio at up to 192 kHzan excellent solution for Digital TVs. An S/PDIF port supports up to 192 kHz audio. The SiI9025 also comes pre-programmed with HDCP keys, greatly simplifying the manufacturing process, while providing the highest level of HDCP key security. This IC includes the main features show below: 1- Dual-Input HDMI 1.2, HDCP 1.1 and DVI 1.0 compliant receiver. 2- Integrated TMDSR core. 3- Digital video interface supports video processors: • 24-bit RGB/YCbCr 4:4:4 • 16/20/24-bit YCbCr 4:2:2 • 8/10/12-bit YCbCr 4:2:2 (ITU BT.656) • 12-bit DMO (Digital Multimedia Output) RGB/YCbCr 4:4:4 (clocked with rising & falling edges) • Color Space Conversion for both RGB-to-YCbCr and YCbCr-to-RGB (both 601 and 709) • Auto video mode configuration simplifies system firmware design SEES Engineering Department

Training course: D44

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2. Block Diagrams (continued) Main ICs 4- Digital audio interface supports high-end audio systems: • One programmable I2S output for connection to low-cost DACs at 32-192kHz. • S/PDIF output supports PCM, Dolby Digital, DTS digital audio transmission (32-192 kHz Fs) using IEC60958 and IEC61937. • Auto audio error detection with programmable soft mute. 5- Integrated HDCP decryption engine for receiving protected audio and video content. 6- HDCP Built in Self Test (BIST) lowers cost to test HDCP operation. 7- Pre-programmed HDCP keys provide highest level of key security, simplifies manufacturing.

IC1922 & IC1902: 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).

IC4001: DIGITAL PROCESSOR MPEG 1/2 DECODER (Audio/Video) Part Number : STI5105ALC

SHARP Code: RH-IXC243WJZZQ

The STi5105ALC sets a new standard for set-top box decoder ICs, delivering outstanding performance, features and innovations to dramatically reduce cost compared with previous generations. The Sti5105 features an even faster ST20CPU with direct map, single cycle caches to boost performance. Graphics and display capabilities have been enhanced with the provision of a blitter engine for formatting and final display composition. Color formats (CLUT8 and true color ARGB16) and display planes (background, still picture, video and OSD graphics) are provided. Overall system performance benefits from the integration of SDRAM (DDR or SDR) external memory, that provides a unified memory system with high bandwith and low latency CPU access over a 16-bit interface. System cost reduction is further promoted by the integration of additional peripheral and system services functions, such as VCXO, an enhancer reset controller, DVB-CI support, smartcard power control and improved low power and standby functionality. SEES Engineering Department

Training course: D44

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2. Block Diagrams (continued) Main ICs This IC includes the main features show below: 1- An enhanced ST20 32-bit VL-RISC CPU with a 200MHz clock, 4Kbytes of instruction cache, 4Kbytes of data cache and 2Kbytes of embedded SRAM. 2- A 16-bit, 166MHz Shared Memory Interface, with support for 64- and 128-bit configurations. 3- A programmable External Memory Interface supporting 4 separately configurable banks of SRAM, Flash and DRAM. 4- An MPEG-2 (MP@ML) decoder, including trick modes such as smooth fast-forward and rewind. 5- A Graphics/Display unit with 4 display planes, alpha blending, antialiasing and antiflutter filters, subpicture decoder, and blitter display compositor with separate OSD (On-Screen Display) controls for TV and VCR outputs. 6- PAL/NTSC/SECAM encoder. 7- CGMS, Teletext, WSS, VPS encoder. 8- MPEG-1 layer I/II audio subsystem with embedded DSP for all popular audio formats. 9- A full range of on-chip peripherals, including 2 UARTs, 3 parallel I/O banks, 1 smartcard interface, four PWM channels, 1 IR transmitter/receiver, etc.

IC4252: NVM 64Kb-E2PROM FOR DIGITAL PROCESSOR (IC4001). Part Number : BR24S64FVM-WTR

SHARP Code: VHIBR24S64M-1Y

The BR24S64FVM is a 2-wire (I2C bus type) serial EEPROM that is electrically programmable. This IC stores all data related to the Digital Module (Channels, User settings, etc.).

SEES Engineering Department

Training course: D44

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2. Block Diagrams (continued) Main ICs IC3001: Main CPU / VIDEO PROCESSOR.

Part Number: VCT7993P-FA-A1-H000

SHARP Code: RH-IXC354WJZZQ

The VCT 77VWP (VCT-Pro) 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. Each member of the IC family contains the entire audio, video, up-conversion 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 supports a powerful OSD and graphics generator with integrated Teletext acquisition. The VCT 77vwP 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 2000 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 processing 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 multi-standard sound IF demodulator and a base-band processor supporting all desired sound features in this range. The VCT-Pro front-end video processing unit offers 16 analog video inputs (CVBS/Y/C, RGB/Y Cr Cb) as well as digital interfaces for SDTV and HDTV. Latest 3D+ comb filter generation provides highest performance for PAL/NTSC signals. A VBI slicer, supporting up to 2000 pages of Teletext completes the analog video front end. 3D-motion-adaptive de-interlacing, temporal noise reduction and film mode detection are based on a unified memory technology.

SEES Engineering Department

Training course: D44

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2. Block Diagrams (continued) Main ICs This IC includes the main features show below: 1- Stereo Decoder Audio Processing. 2- Video Front-end 3D Comb filter, PC Connectivity. 3- Motion Adaptive Deinterlacer. 4- Scaling, Display Processing and FPD Control. 5- Unified Memory for Audio, Video and Teletext. 6- OSD and Teletext processor. 7- Main CPU (TV controller).

IC3051: NVM 64Kb-E2PROM FOR ANALOG PROCESSOR (IC3001). Part Number: BR24S64FVM-WTR

SHARP Code: VHIBR24S64M-1Y

The BR24S64FVM is a 2-wire (I2C bus type) serial EEPROM that is electrically programmable. This IC stores all data related to the Analog Module (Channels, User settings, etc.)

IC2302: SUB-CPU AND PORT EXPANSOR. Part Number: TMP86FS49AUG-6NU2

SHARP Code: RH-IXC009WJZZQ

This IC functions as ports Expansor of the main microcontroller (e.g leds, remote control, key, Power Supply supervisor, Audio mutes, LCD controller signals, temperature sensor, lamp error, etc..). This microcontroller integrates 60KB of Flash memory, 2KB of RAM. It’s including 56 I/O pins (13 high current) with 2 UARTS, 1 I2C serial link, 16 channels of 10 bits A/D converters, 2 timers 16 bits.

SEES Engineering Department

Training course: D44

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2. Block Diagrams (continued) Main ICs IC1301: DIGITAL AUDIO POWER AMPLIFIER Part Number: YDA147-SZE2

SHARP Code: VHIYDA147SZ-1Y

This IC is a Stereo 20W (10W+10W) digital audio power amplifier. The IC is class D amplifier equipped with the function for the dynamic self-adjustment of the output volume in proportion to the amplitude of the input signal. The company calls the function of automatic adjustment of the installed output volume “DRC (dynamic range compression)”. The modulation method adopted PWM. An external LC filter is unnecessary. It only has to supply the output signal directly to the speaker. It has the output control function to prevent an excessive input to the speaker. The maximum output electric power can be set to an arbitrary size by external resistance. Besides this, the protection function to overheating and the overcurrent was installed. The switching operation of power MOS-FET is installed and the technology that carefully controls the slewing rate is installed. Moreover, the automatic offset calibration circuit that suppresses the pop noise when the power supply starts is built into.

IC8103: LCD CONTROLLER Part Number: T3Z18AFG-0003

SHARP Code: VHIT3Z18AFG-1Q

This IC is a custom Gate Array of Toshiba. The alias of this IC is EAGLE2 and is marked as SHARP. This IC is generating all the necessary timing signals for controlling the panel and the RSDS interface for data..

IC8101: NVM 256Kb -E2PROM FOR LCD CONTROLLER (IC8103) Part Number: M24256-BWMN6TP

SHARP Code: VHIM24256B +-1L

The BR24256B is a 2-wire (I2C bus type) serial EEPROM that is electrically programmable. This IC stores all data related to the LCD Controller (Gamma, timings, etc…).

SEES Engineering Department

Training course: D44

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2. Block Diagrams (continued) Main ICs IC203: I2C BUS SELECTOR Part Number: SN74LV4053APWR

SHARP Code: VHILV4053AT-1Y

The SN74LV4053APWR 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 includes two independent 3 channels selectors. A digital signal through the control terminal turns on the switch of a corresponding channel. This IC is selecting if the Tuner is controlled from VCT-Pro (ATV mode) or from OFDM decoder (DTV mode). IC1201: NVM OF PC INPUT (EDID) Part Number: BRC21F

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). IC1501: RS-232 TRANSCEPTOR Part Number: ISL83220

SHARP Code: VHIISL83220-1Y

This ISL83220 is a 3.0V to 5.5V powered RS-232 transceiver (emitter/receiver), +/-15kV ESD protected, with a maximum data rate of 250 kbps.

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Training course: D44

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2. Block Diagrams (continued) Overall Wiring Diagram 26”

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RUNTKA395WJQZ Power Supply & Inverter Block Diagram (26”)

Comments

Dimming Control,

STB, OFL1,OSC, REG,REG2,BRT,ADIM

Other I/O signal

ERR

Feedback, Protections

Power Block

High Current path Signal path

Signal Block

+

1ψ2 Transformer Controller IC7500 FULL Bridge MOS7500 MOS7502 MOS7501 MOS7503

ON/OFF switch

High Voltage path

1ψ2 Transformer 1ψ2 Transformer 1ψ2 Transformer

AC Input

‫ޓ‬

PFC BUCK CAP. L7103 & Q7305 DCM controller U7300

220~240Vac

+

-+ -

CCFL 10lamps 8.5mA

+

1700V Typ.

-

33.9KHz Typ.

-

OFL=150Hz 20% min

38V*1.8A

38V O/P rectifier Q7265

FLYBACK T7101

AC-DETECT

AC_DET

AC Brown out

BU5V* 1A

5V O/P rectifier Controller U7101

5V Feedback Loop U7102

ON/OFF Feedback Loop U7203 Primary Secondary Training course: D44

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S13V*2A 13V*0.5A

13V O/P rectifier

VCC C7108

SEES Engineering Department

-

+

1ψ2 Transformer EMI Filter + Rectifier

Lamp Open & Shorted

Q7291

PS_ON

System Interface

2. Block Diagrams (continued) RUNTKA396WJQZ Power Supply Block Diagram (32”) PS_ON HALF BRIDGE Nº 1

CURRENT SENSOR Nº2 REG

AC DET

PS_ON

60/13V OVERVOLTAGE

13V OVERVOLT.

BU+5V REG

60V OVERVOLT.

13V SHORT DET

STBY ON/UNDERV.

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60/13V REG

2. Block Diagrams (continued) RUNTKA396WJQZ Inverter Block Diagram (32”)

SHORT CIRCUIT PROTECTION TIMER LATCH HIGH CURRENT LAMP LOW VOLT LAMP C7558=GROUND PROT DISABLED LAMP OPEN SEES Engineering Department

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3. Software Updating HOW TO UPDATE THE SOFTWARE VCTPro SOFTWARE UPDATE There are 4 methods to update software in the VCTpro: • RS-232C HyperTerminal Method • RS-232C Tera Term Method NOTE: (RS-232C method is allowed when the TV is working properly and the action should be only software upgrade) • I2C Method • PCMCIA Card Method (NEW!!)

DIGITAL SOFTWARE UPDATE There are 2 methods to update the Digital Board Software on Flash Memory (IC4203) throught the Digital Processor (IC4001): • PCMCIA CARD (Compact Flash Memory) Method NOTE: The PCMCIA method is only compatible with those PCs running XP Windows Version. • Jig RS-232 WinUpload Method (From PC through RS-232C COM port)

SEES Engineering Department

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4. Service Mode HOW TO ENTER TO SERVICE MODE • Press the “POWER” key on the set of running TV set to force off the power. • While holding down the “VOL (-)” and “INPUT” keys on the set at once, plug in the AC power cord to turn on the power. The letter “K”, appears on the screen. • Next, hold down the “VOL (-)” and “P (-)” keys on the set at once. Multiple lines of character string appearing on the screen indicate that the set is now in the adjustment Process mode. If you fail to enter the adjustment mode (the display is the same as normal start-up), retry the procedure. (Another procedure) • To exit of Service Mode, after the adjustment is done, unplug the AC power cord to force off the power. (When the power is turned off with the remote controller, once unplug the AC power cord and plug it in again. In this case, wait 10 seconds before plugging.)

Main Key operation in adjustment process mode Remote controller key

Main unit key

Function

P (Λ / V)

P (Λ / V)

Moving an item (line) by one (UP/DOWN)

VOL (+/-)

VOL (+/-)

Changing a selected item setting (+1/-1)

Cursor (UP / DOWN)

————

Turning a page (PREVIOUS / NEXT)

Cursor (LEFT / RIGHT)

————

Changing a selected line setting (+10/-10)

INPUT SOURCE on remote controller OK

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INPUT button

Input source switching (toggle switching) (TV→DTV→EXT1→EXT2→EXT3→EXT4→EXT5→EXT6 →EXT7)

————

Executing a function

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4. Service Mode (continued) Display Description The colors of K letter that shown on the screen when TV is at Inspection Mode are as follows: Red

K

Picture adjustment: without making adjustments. (SRC or after delete NVM )

Grey

K

Picture adjustment is doing. (SEES)

Light Blue

K

All picture adjustments have been completed. (SEES)

K The TV has been forced INSPECTION MODE from Panel Control keys (INPUT + VOL▼ + AC ON). Dark Blue In this mode, the colors classification does not work, and the state of adjustments must be checked directly in results line.

Size adjust Model adjust

T: Tuner Level adjustment 1= Adjust done 0= Adjust not done

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26D44

K T 1

W: White Balance adjustment 1= Adjust done 0= Adjust not done

W 1

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4. Service Mode (continued) Service Mode Menu The character string in brackets [ ] will appear as a page title in the adjustment process menu header. Page 1/11

Line 1 2 3 4 5 6 7

2/11 1 2 3 4 5 6 7 8 9 10 3/11 1 2 3 4 5 6 7 8 9 4/11 1 2 5/11 1 6/11 1 2 3 4 5 6 7 8 9 7/11 1 2 3 4 5 6 7 8

Item [INFO] Main Version Dev Version Dev Loader Version PIC Version TEMP SENSOR NORMAL STANDBY CAUSE ERROR STANDBY CAUSE [INIT] Factory Init Inch Setting PUBLIC MODE Center Acutime RESET Backlight Acutime RESET Picture Read Pos X Picture Read Pos Y Picture Read [PAL. SECAM. N358] RF-AGC ADJ PAL+TUNER ADJ PAL ADJ TUNER ADJ CONTRAST SD SECAM CB OFFSET SECAM CR OFFSET TUNER A DAC RF AGC [COMP 15K] COMP 15K ADJ COMP 15K CONTRAST [HDTV] HDTV CONTRAST [SMPTE] RF-AGC ADJ PAL+TUNER ADJ PAL ADJ TUNER ADJ CONTRAST SD SECAM CB OFFSET SECAM CR OFFSET TUNER A DAC RF AGC [M GAMMA INFO] MGAMMA IN 1 MGAMMA IN 2 MGAMMA IN 3 MGAMMA IN 4 MGAMMA IN 5 MGAMMA IN 6 MGAMMA WRITE MGAMMA RESET

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Description LTX7E (YYYY/MM/DD X) 1.xxxXX.XXXZ (xx/xx/xxxx) x

x.xxx x.x xx.xx xxx [X]0 xxHxxM (X5)

(--/EURO/UK/ITALY/FRANCE/RUSSIA)ENTER (--/EURO/RUSSIA/SWEDEN) ENTER

j

Remarks (Adjustment detail, etc.) Main microprocessor version (VCTPro) (VCTP) Digital Module version (STi5105) Digital Module loader version PIC version Temp inside cabinet (near panel) Last status which cause standby Error standby cause Total operating time before error

9/11

Initialization to factory settings Initialization data for different panel sizes PUBLIC MODE flag setting Main operating hours (Not Operative) Main operating hours reset Backlight operating hours Backlight operating hours reset x-axis setting of picture data y-axis setting of picture data Start/stop of picture data

(--/26/32/37/45) (26/32) OFF/ON XxH xxM OFF/ON XxH xxM OFF/ON 0 0 ON/OFF

Defined by software version

ENTER ENTER ENTER ENTER 32 1 1 32 20

RF AGC auto adjustment PALTUNER auto adjustment PAL auto adjustment TUNER auto adjustment SD contrast adjustment SECAM contrast adjustment SECAM contrast adjustment TUNER DAC adjustment RF AGC adjustment

ENTER 40 32

COMP 15K auto adjustment Contrast adjustment

40 32

Contrast adjustment

ENTER ENTER ENTER ENTER 32 1 1 32 20

RF AGC auto adjustment PALTUNER auto adjustment PAL auto adjustment TUNER auto adjustment SD contrast adjustment SECAM contrast adjustment SECAM contrast adjustment TUNER DAC adjustment RF AGC adjustment

160 320 480 640 800 960 OFF/ON OFF/ON

W/B adjustment, gradation 1 input setting W/B adjustment, gradation 2 input setting W/B adjustment, gradation 3 input setting W/B adjustment, gradation 4 input setting W/B adjustment, gradation 5 input setting W/B adjustment, gradation 6 input setting EEP writing of adjustment values Initialization of adjustment values

1 2

[M GAMMA 1-3] MGAMMA R 1 MGAMMA G 1 MGAMMA B 1 MGAMMA R 2 MGAMMA G 2 MGAMMA B 2 MGAMMA R 3 MGAMMA G 3 MGAMMA B 3 MGAMMA WRITE [M GAMMA 4-6] MGAMMA R 4 MGAMMA G 4 MGAMMA B 4 Item MGAMMA R 5 [M GAMMAG4-6] MGAMMA 5 MGAMMA B 5 MGAMMA R 6 MGAMMA G 6 MGAMMA B 6 MGAMMA WRITE [ETC] EEP CLEAR EEP CLEAR B

3 4

STAND BY CAUSE RESET AUTO INSTALLATION SW

5 6 7 8 9 10

OPTION COUNTRY L ERR RESET L ERR STOP DTV CLR I2C-OFF LCD [COM-BIAS] VOSC COMFREQ ADJ 50 TEST OSCPATTERN FREQ 60 PWM FREQ 50

8/11

Page 9/11 (Continued)

1 2 3 4 5 6 7 8 9 10 1 2 3 Line 4 5 6 7 8 9 10

10/11

11/11 1 2 3

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0 0 0 0 0 0 0 0 0 OFF/ON

W/B adjustment, gradation 1R adjustment value W/B adjustment, gradation 1G adjustment value W/B adjustment, gradation 1B adjustment value W/B adjustment, gradation 2R adjustment value W/B adjustment, gradation 2G adjustment value W/B adjustment, gradation 2B adjustment value W/B adjustment, gradation 3R adjustment value W/B adjustment, gradation 3G adjustment value W/B adjustment, gradation 3B adjustment value EEP writing of adjustment values

0 0 0 Description 0 0 0 0 0 0 OFF/ON

W/B adjustment, gradation 4R adjustment value W/B adjustment, gradation 4G adjustment value W/B adjustment, gradation 4B adjustment value Remarks (Adjustment detail, gradation 5Retc.) adjustment value W/B adjustment, W/B adjustment, gradation 5G adjustment value W/B adjustment, gradation 5B adjustment value W/B adjustment, gradation 6R adjustment value W/B adjustment, gradation 6G adjustment value W/B adjustment, gradation 6B adjustment value EEP writing of adjustment values

OFF/ON OFF/ON

Restore NVM data to default values Restore NVM data to default values except adjustment data Clearing of standby cause error list 0: unfinished 1:finish (The setting takes effect the next time the power is turned on.)

OFF/ON 0/1 0

(--/EURO/RUSSIA/SWEDEN) (--/EURO/UK/ITALY/FRANCE/RUSSIA)

0 0/1 0/1 ENTER 63 [0....127] 144 0 [0, 1....24]

144 1

Selected country Lamp error counter Stops Lamp Error feature Restore Digital Module NVM to default values BUS STOP 0...127 COMBIAS ADJUSTMENT TEST PATTERN 0 - OFF 1 - 24 PATTERNS

5. LCD Adjustment Process TUNER LEVEL ADJUSTMENT

1

Adjustment Point Settings

Adjustment Conditions [Signal] RF Signal

Adjustment Point Feed the PAL color bar signal (E-12CH) to TUNER. Signal level: 55 ± 1dB μV (75Ω LOAD) [TUNER]

↑ 100% white 2

Auto adjustment performance

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Adjustment Process (See Bring the cursor on [TUNER ADJ] and press [OK]. Service Manual) [TUNER ADJ OK] appears when finished.

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5. LCD Adjustment Process W/B ADJUSTMENT FROM PC 1- Get ready the PC with COM port (RS-232C) running on Windows 95/98/ ME/2000/XP operating system, as well as the RS-232C cross cable. 2- Start the unit with the RS-232C cable connected. 3- Start the terminal software. (The freeware readily available on the Internet will do.) 4- Make the following settings: Baud rate 9.600 bps Data LENGTH 8 bit Parity bit None Stop bit 1 bit Flow control None 5- If the settings are correct, the terminal software indicates “ERR” against pressing of the “ENTER” key. 6- After the setting are done correctly, it is possible to make an adjustment by typing in the command shown in the table below and pressing the “ENTER” key on the keyboard. 7- Command entry is successful if the terminal software indicates “OK” when the “ENTER” is pressed. If “ERR” is shown, retry to enter the command.

(continued)

Lista de comandos RS-232C Command KYOF0000 OSDS0001 SBSL0016 MSET0001 MSET0004 LEV60928 MG6G **** MG6R **** MG6B **** LEV50800 MG5G **** MG5R **** MG5B **** LEV40656 MG4G **** MG4R **** MG4B **** LEV30528 MG3G **** MG3R **** MG3B **** LEV20352 MG2G **** MG2R **** MG2B **** LEV10184 MG1G **** MG1R **** MG1B **** MSET0003

Function Remote control disabled OSD display inhibited Light control level MAX Background adjustment start Initialization of adjustment value Graduation 6 (928-graduation adjustment) Adjustment of G of graduation 6 Adjustment of R of graduation 6 Adjustment of B of graduation 6 Graduation 5 (800-graduation adjustment) Adjustment of G of graduation 5 Adjustment of R of graduation 5 Adjustment of B of graduation 5 Graduation 4 (656-graduation adjustment) Adjustment of G of graduation 4 Adjustment of R of graduation 4 Adjustment of B of graduation 4 Graduation 3 (528-graduation adjustment) Adjustment of G of graduation 3 Adjustment of R of graduation 3 Adjustment of B of graduation 3 Graduation 2 (352-graduation adjustment) Adjustment of G of graduation 2 Adjustment of R of graduation 2 Adjustment of B of graduation 2 Graduation 1 (176-graduation adjustment) Adjustment of G of graduation 1 Adjustment of R of graduation 1 Adjustment of B of graduation 1 Writing of adjustment value

Remarks

0000 ~ 4095 0000 ~ 4095 0000 ~ 4095 Calculated value 0000 ~ 4095 0000 ~ 4095 Calculated value 0000 ~ 4095 0000 ~ 4095 Calculated value 0000 ~ 4095 0000 ~ 4095 Calculated value 0000 ~ 4095 0000 ~ 4095 Calculated value 0000 ~ 4095 0000 ~ 4095

8- Send the process mode switching command to switch from the RS232C operation mode to the process mode: KRSW0001: “ERR” is returned. KKT10037 : When “OK” is returned, the process mode becomes NOTE: To ensure that TVs are not red, have changed the W/B active. When “ERR”, start over from KRSW0001. coordinates adjustment: x: 270 y: 286 9- Send each adjustment command. SEES Engineering Department

Training course: D44

59

5. LCD Adjustment Process

(continued)

HOTEL MODE How to Enter in the Public Mode (Hotel Mode)

Public Mode

There are three following ways to display the Public Mode setting screen. 1- On the process adjustment mode screen (2/33), set the “HOTEL MODE” Flag to ON. Turn off the power, and turn it on again, pressing the CH▲ and Vol▲ keys of the main unit at the same time. 2- Enter the Pass Word, and start the unit. a) Turn on the power, pressing the INPUT and Vol▲ keys of the main unit at the same time. b) Display the Pass Word input screen. c) Check the Pass Word by inputting three digits. If the Pass Word is , it shifts to the Public Mode setting screen. In another case, the screen is erased, and it operates in the ordinary mode. 3- By special R/C code: RC table LCD, SYS CORD: 0x78, RC DATA: (HEX) 0xC7, (DEC) 199.

After one of sequence before mentioned, the TV will turn on showing the Public Mode setting screen.

Exiting the Public Mode screen There are two following ways to exit the Public Mode setting screen. 1- Turn off the power. 2- Select “Execute” in the Public Mode to execute it. SEES Engineering Department

Training course: D44

60

POWER ON FIXED MAXIMUM VOLUME VOLUME FIXED VOLUME FIXED LEVEL RC BUTTON PANEL BUTTON MENU BUTTON ON SCREEN DISPLAY INPUT MODE START INPUT MODE FIXED RESET EXECUTE

[VARIABLE] [60] [VARIABLE] [0] [RESPOND] [RESPOND] [RESPOND] [YES] [NORMAL] [VARIABLE]

5. LCD Adjustment Process Public Mode Settings 1. POWER ON FIXED [VARIABLE FIXED] When it is set to “FIXED” the TV is impossible to be switch off by Main Switch or Remote Control. 2. MAXIMUM VOLUME [0 60] Is possible to set the maximum volume at limited level. 3. VOLUME FIXED [VARIABLE FIXED] Is possible to fix the sound volume at limited level. When “FIXED” is selected the sound volume before limited is fixed. 4.VOLUME FIXED LEVEL [0 60] If “FIXED” has been selected, is possible to set a fixed volume at the level that is choosen. 5. RC BUTTON [RESPOND NO RESPOND] If “NO RESPOND” is selected, the remote control keys are inoperative. 6. PANEL BUTTON [RESPOND NO RESPOND] If “NO RESPOND” has been selected, the set´s keys remain deactivated (Except POWER key). 7. MENU BUTTON [RESPOND NO RESPOND] If “NO RESPOND” has been selected, “MENU” keys on the remote control, is inoperative. 8. ON SCREEN DISPLAY [YES NO] If “NO” has been selected, the On Screen Display does not appear. 9. INPUT MODE START [ NORMALTV (X)DTVINPUT1 INPUT2INPUT3 INPUT4 INPUT5 INPUT6 INPUT7] When any other item than “NORMAL” has been selected, the sets will start in a selected input mode at the next power-on. 10. INPUT MODE FIXED [VARIABLE FIXED] If “FIXED” has been selected, any channels and input modes other than those selected at the start mode cannot be picked up. 11. RESET Cancel all Public Mode settings. (It returns to the factory settings) 12. EXECUTE Select this item, and press cursor RIGHT/LEFT keys on the remote control or VOL(+)/(-) keys on the LCD TV for confirmation the functions settings. SEES Engineering Department

Training course: D44

61

(continued)

6. Electrical Diagrams Main 1/13 (TUNER.OFDM) Schematic Diagram 10

TL231

11

NC

GND

12

13

14

IF-AGC

IF(D2)

15

16

(0) 5.18

5.18

5.18

6

5

4

D

D

S

(0) (0)

(0) 5.18

5.12 3

FB1031 A188WJ

(0) 5.18

2

Q262 RN4904 D

D

G

1

2

3

C1032 10P (CH)

5.18

5.18

0

(0)

(5.1)

5

5.12 (0)

0 (0)

D9Mj

C209 0.01u 25V

TUNER ATV/DTV

C271

C269 0.1u 25V

100u 16V ASX

TL1003

160

TL1004

F

8

7

GND

47P (CH)

6

C1006 0.1u CYB

5

TL1005

OUT

Vcc

TL1006

IN3

S_Y

13

GND

12

S_C

11

GND

10

CVBS

9

GND

8

IN3L

7

GND

6

IN3R

5

HP_PLG

4

GND

3

HP_L

2

GND

R1011

1

HP_R

100

VD

TL1007

IC1001

0.1u

IN1

SW1

IN2

SW2

1

2

3

4

(SW1.SW2)= 00: 1 CVBS 10: 2 S-VIDEO *1: 3 DTV CVBS

TL1008 TL1012

VIDEO SELECTOR CVBS EXT3/ SVIDEO EXT3/CVBS DTV

C1008 10u 16V KZA510WJPZ

R1017 100

C1011 10u

HP_PLG EXT_DTV

TL1009

16V KZA510WJPZ

TL1010

SV1JSW

2

C213 0.01u

S_PLG

14

VIN7

Z

TL1011

TO MiniAV

K

1

R206 22

15

VIN8 C1018 10u 16V

R1036

C256

C207 470u 16V ASX

4

Q1031 2SC3928AR

NJM2234V

C210 0.01u 25V

3

R1034 10K

C1033

47P (CH)

R283 3.3K

SSM6J51TU

TL1002

C1017 0.1u CYB

Z

KZA510WJPZ C1031

IC261

C1007 0.1u 25V

1.79

10u 16V ASX

0 (5.1)

C1005 0.01u 25V

R1035 33 F

2.5

R1032 330 F

10uH

R1031 F 330

6

P1001 MA012WJ

TL1001

R1006 6.8K

5.18

C1034

L1031 4

(0)

ASX

R1033 10K

)

R1010 3.9K

1

17

C201 33u 10V

R204 0

C1035 10u 16V KZA510WJPZ

IF(D1)

TL210

9

L263 12uH CNN

NC

TL209

8

7

MB(5V)

TL208

AGC

TL217

SDA

TL203

SCL

TL207

6

TL205

5

AS

TL206

4

VIDEO-OUT

TL219

TL211

3

AFT

TL220

2

SIF

MB(IF5V)

TL204

1

TL201

RF-AGC

DTV_CVBS

VIN1

(0)

!*

TU201 AA019WJQZ DC-POW

SIF

(

TL212 TL202

R214

R1015 82 1/2W

C215 10u

330 R213 10K

16V KZA510WJPZ C217 0.1u

C1009 22u

R1012

0.1u

2.3

Q203 2SC3928AR

HEADPHONES AMPLIFIER

2

C1016 33P (CH)

(CH)

4

1

4.2 7

2

4.0 6

5

1 2

1

IC1002

1 3

NJM4558M R1014 1.8K 5

2

1

4

3

2

4

3

4

3

HPOUTR

4.2 8

3

R1022 10K

R1020 1.2K

C1014 47P

ASY

8.0

R212 150

1.6

R211 3.9K

C1012 47u 16V

35V ASX

56 1/4W

Q1001 IMH23T110

4.8

C216

R1018 10K

1

2

4.2

6

3

4.2

4.0

R1021 10K

4

0

4 R1023 10K

FB201 0210TA

HPOUTL C1013 47P (CH) R1013 56

C1019 22u 16V ASX

R1019 1.2K

R1016 10K

C1010 22u 35V

1/4W

C1015 33P (CH)

TO MAIN2(TERMINAL) IN3R IN3L

HP_MUTE

ASX

ATV/DTV TUNER SELECTOR

TO MAIN4(DTV STI5105)

R234 10K DTV_CVBS

DTV_CVBS FEERROR

TL213

TL215 FERESET

(0.9) 0

0 63

64

(0.4) 0 62

(1.76) 0

0

61

60

(1.7) 0

0 59

58

(1.74) 0 57

0 56

0 55

0 54

(3.35) 0

0 53

(3.3) 0

52

51

(1.2) 0

(1.6) 0

50

FERESET

FE_SCL

FE_SCL

49 FE_SDA

SCANMODE SDA3

(3.3) 0

(0) 3.3

(0) 3.3

(5.09) 0

(5.09) 0

14

13

12

11

10

9

XC

1X

0X

A

B

C

IC203

2

3.3

(3.3)

(0)

0Z

ZC

3

0

4

0

5

INH

VEE

G

6

7

8

0

0

0

0

(0)

5.12

5.12

5.18

3

2

Z

C236 0.1u 25V

Vo

0

0 (3.3)

C243 0.1u 25V

Z

R227 560

K 3

VIN

IC202

6

0 (5.09)

5

Z

Z

Vo

GND

1

BH25FB1G

0

1

2

Vin

3

GND

4

OM

VDD1V

1

2

3

2

5

VDDA2V5_ISO

(3.35) 0

OFDM DECODER

C214 0.01u 25V

C222 0.1u

6

VDDA2V5

D7

43

7

REFF

D6

42

8

REFM

0

FESTROUT

(1.7)

IXB964WJ

5

D5

40

IM

D4

39

(1.74) 0

0

Z C239 1000P

0.1u 25V

IP

VDD1V

D3

(1.7) 0 13

VDDA2V5

D2

36

14

XTAL0

D1

35

(0.8)

(CH)

(3.35) 0

0

X201 SCA039WJ

0.1u

1000P

15

XTAL1

16

VDDA2V5

VDD3V3

B+5V

5

4

3

2

1

FED0

TO MAIN7(VCT-PRO) HPOUTL

HPOUTL HPOUTR HP_PLG

25V

Z

AGCRF

VDD1V

SCLT

SDAT

VDD0V0

10u KZA510WJPZ

16V

33

VIN7

VIN8

VIN8

17

18

19

20

21

22

23

0

0

0

0

0

0

(3.3)

(3.3)

(3.3)

(3.3)

(3.35)

(0.1)

VDD3V3 VDD1V

CS0

24

25

0

CS1

D RCLK

26

SDA

27

28

SCL

29

VDD1V

30

0

0

0

0

0

(1.5)

(1.5)

(1.5)

(0.74)

(1.5)

RESET

31

0

SIF

SIF

VIN1

32

0

0

(1.5)

(1.5)

VIN1

SDA3

SDA3

SCL3

C237 0.1u 25V

Z

C244 1000P

R228 10K

R230 10K

C254 0.1u 25V

R229 180

SDA3

R232 10K R233 22

Z

IFAGCI

TO MAIN8(UCON/PANEL_IF)

C255 0.01u K

HP_MUTE

HP_MUTE

EXT_DTV

EXT_DTV

SV1JSW FE_SDA

C253 0.1u 25V

R231 10K

SCL3

IFAGCI

TL214

C234

VIN7

0 D0

AGCBB

IFAGC

SCL3

FED1 7

6

HP_PLG

(1.5)

C252 1000P

3 L205 2.2uH CNN

34

0 AUX_CLK

C247 0.1u 25V

0

KZA510WJPZ

FED2

8

C241 Z

TSDA

Z

FED4

C251 10P (CH) C235

CE

C224 0.1u 25V

C223 10u 16V

FED5

1

0

1

2

3

2

HPOUTR

(1.5)

TSCL

1

FED6

4

FED3

37

0

C232 10u 16V KZA510WJPZ

NC

5

38

0 VDDA1V

MM3271AN GND

FED7

6

47

(1.74) 0

C227 10u 16V KZA510WJPZ

IC205

7

C233

L203 2.2uH CNN

Z

FECLK

8

0

12

4

VOUT

VDD

0

INCM

0 10

47

41

(1.7) Z

FEVALID

R239

0 VDD3V3

IC207

R240

Z

TL224

DTI2CSEL

(3.3) 0

11

25V C226 0.1u 25V

R238 47

44

TO MAIN6(DTV CI)

C250 10P

DUNTKE449WE01

CLK_OUT

(0.7)

L204 2.2uH CNN

4

FESTROUT

45

(3.29) 0

R222 4.7K

Vc

R237 47

0

(3.3)

R223 22

3

FEVALID

47

0

Nr

IC204

Vc

2

47

46

0

C231 1000P

4

KZA510WJPZ

R209 1K

D8

STR_OUT

Z

C246 0.1u 25V

4

1

C218 16V 10u

PQ1M335M Nr

OP

9 C225

5

VDDA2V5

3

C249 1000P

R226 560

1

R236

0

(3.3)

C245 0.1u 25V

C230 1000P

0.01u

4

48

(1.6) 2

FE_SDA

TL216

(1.6) 0

0

4

GPIO1

0

TL223

5

VDD3V3

(1.75) 0

TL222

C220 0.1u 25V

VDD1V

(3.36) 0

C221 10u 16V KZA510WJPZ

Q202 RN4904

GPIO8

ERROR

(0.83) 0

0.1u 25V

(0.02)

C248 1000P

Z

Z

C229

GPIO7

RF_LEVEL

25V

R218 150

(0.02)

C242 0.1u 25V

KZA510WJPZ C228 0.1u

0

GPIO6

Z

FERESET

1Z

0Y

1

VDD1V

3

1Y

VDD3V3

0

C240 10u 16V

LV4053FT

GPIO5

(1.77)

C238 10u 16V KZA510WJPZ L206 2.2uH CNN

(5.09) 0

15 Y1

GPIO4

4

(0) 3.3

16 VDD

GPIO3

2

(0) 5.16 Z

GPIO2

FE_SCL

B+ANT5V

C219 0.1u 25V

1

2.2uH CNN

GPIO0

VDD3V3

0

L207

3.3V

VDD1V

TL232 DTI2CSEL

SV1JSW DTI2CSEL

TO MAIN10(POWER SUPPLY) B+5V B+ANT5V S+8V S+8V

SEES Engineering Department

Training course: D44

62

6. Electrical Diagrams

(continued)

Main 2/13 (TERMINAL) Schematic Diagram TO MAIN1(TUNER,OFDM)

MONI AUDIO_OUT

COMP AUDIO_IN IN3R

IN3R

DUNTKE449WE01

PC_IN (BLACK)

FA061WJ

6

5

8

7

C1309 1u CH TVB

R1310 1K

1

FB1305 0077TA

R1305 100K

C1317 56P

R1205 220

EXA523WJ 5.6V

R1208 100

1

7 VCLK

VCC

HDMI AUDIO_IN

4.2

6

5

SCL

SDA

EDID NVM PC PLUG&PLAY

D1206 1SS226

2

0

3

0

FB1103 0077TA

FB1104 0077TA

100 1/4W

C1133

14

FL1103 N0017TA

BLUE2

C1105 0.1u 16V

TL1104

21

19

17

15

13

CYB

TL1128

TL1120 8

10

6

9

11

7

4

5

2

3

1

2

0 6

5

Q1108 2SA1530AR

4

2

3

14

12

TL1129

TL1126

TL1121

TL1123 8

10

6

4

R1145 1K

FB1111 0077TA

C1141 100P

2 SC1102 ZA161WJ

19

17

15

13

9

11

7

5

3

C1148

R1148

1000P

100K

(CH)

1

1/4W

1/4W

VIN5 D1106 EXA512WJ 4V

N0017TA

D1107 EXA512WJ 4V

3

R1131 220 1/10W FB1106 0077TA

C1139 470P

C1131 330P

1

FB1105 0077TA

RED/C1

0.1u 16V

TL1405

TL1404

TL1402

TL1401

TL1403 IB2B

IN2A

5

4

NC

ISET

R1134 100K

15

Q1105 2SA1530AR

11

OUT_A

VCC

IN3A

Vref

OUT_B

CNT1

IN2A

CNT2

IN4A

IN1B

2

3

0

16

VCC 17

OUT2

GND

18

OUT1

VCC

REF2

REF1

ADS

20

21

22

23

24

19

4

FB1402 A188WJ

R1127 75 1/4W

VIN12 VIN13

C1406 0.1u 25V CZF

FB1401 A188WJ

10u

C1411 16V

KZA510WJPZ

C1417 0.1u 16V CYB

C1413

VIN19_PCR VIN20_PCG

10u

16V KZA510WJPZ

VIN21_PCB

AOUT1R

AIN2L

AIN4R 10

9

AOUT1L

IN3B

NC

4

5

4.4

IN2B

AOUT1R

6

7

0

0

AOUT2R

IN4B 8

4.4

CVO1 CVO2

VIN2 SW(L=IN1,H=IN2) VIN3

K

2-IN,1-OUT,SWITCH

16V CYB

IC1502

VIN5

MM1507XN

VIN6

11 2 4

2

1

5

4

3 R1156 2.7K

330

0

C1502 0.1u 25V

8

TL1502 TL1508

1

IN1

SW

6

1.4

VIN_1

R1504

1.4

10K

TL1506

4 R1152

C1501 10u 16V KZA510WJPZ

TL1507 9

IC1501

OUT

GND

5

3

VCC

IN2

4

0

VIN9

ISL83220

FB1501 0061TA

2

VIN_2

4.8

1.5 VIN15

3 TL1503

4.4

3.8

7

5

R1502 100 1/10W

TL1509

AOUT1L

VIN16

2 TL1504

6

VIN21_PCB

SCL3

0

C1158 10u 16V KZA510WJPZ

VIN20_PCG

SDA3

C1507 0.1u

C1157 10u 16V KZA510WJPZ

3

VIN19_PCR

SLOWSW_2I

6

4

Q1106 2SA1530AR

TL1505

FB1502 0061TA

R1503 100 1/10W

1 10

TL1501

1

2

1

C1508 0.1u CZF 25V

16

15

14

SHDN

Vcc

GND

13 T1_out

12 NC

11

10

T1_in NC

2

9 R1_out

VIN17

R1506 10K

SM3K7002F Q1501

VIN18 AVLINK_1 AVLINK_2

R1507 22K

R1508 100

TO MAIN8(UCON/PANEL_IF)

RS232C 2

SC1501 NA769WJ

3 S_MUTE

R1124 75

TO MAIN7(VCT-PRO) VIN11

C1416 0.1u 16V CYB

3 D1501 MA3120WA

3 D1503 MA3120WA

EN

C1+

V+

C1-

1

2

3

4

C2+ 5

C26

V7

R1_in

SCART12

8

S_MUTE

BLUE1

1/4W

C1415 0.1u 16V CYB

AIN2R

C1333 1u 16V TVB

TVB

3.8

1

R1123 75

VIDEO SELECTOR COMP/DTV RGB

SLOWSW_1I

AIN3R

Q1101 IMH23T110

GREEN1

1/4W

1 IN1A

AOUT2L

IN1A

4.4

R1149 100K

2

C1140 470P

12

1u 16V

0

R1135 100K

OUT3

R1116

R1114 0

2 IN1B

AIN3R

13

C1332

R1154 560K

C1132 330P 0

3 GND

MUXSEL= L: A COMPONENT H: B DTV_RGB

4.4

14

4.4

4

R1132 220 1/10W

4.4

15

1

D1119 EXA535WJ 8.2V R1115 0

VCC

(CNT2,CNT1)= 00: EXT3 01: HDMI 10: COMP 11: PC

1

C1152 R1144 10u 100 16V KZA510WJPZ

NJM2750M STEREO AUDIO SELECTOR

AIN3L

D1118 EXA535WJ 8.2V C1151 10u 16V KZA510WJPZ

OUTTNL

FL1106

6

AIN3L

8.9

C1113

CYB

VIN9

TL1130

FL1110 N0017TA

FL1109 N0017TA

R1108 68 1/4W

C1112 0.1u 16V CYB

TL1127

TL1124

TL1122

TL1117 FL1108 N0017TA

OUTTNV

D1105 EXA512WJ 4V

C1149 1000P

(CH)

FL1105 N0017TA

C1115 10u 16V KZA510WJPZ

VIN6

C1142 100P

R1133 0

GND

IC1301

TL1110

VIN_1

C1111 0.1u 16V CYB

1K

OUTTNR

R1118 75

TL1115

R1122 75

TL1112

C1161 100P (CH)

C1110 100P (CH)

D1109 EXA520WJ 5.1V

R1146

FB1112 0077TA

TL1108

100 1/4W

7

AIN4L

4.4

16

C1156 1u 10V TVB

IN1FSW R1109

0

IN3L

16

8

C1331 1u CH TVB

Z

25V

C1155 1u 10V TVB

C1327 10u 16V KZA510WJPZ

R1151 560K

INPUT1

FB1309 A188WJ C1330 1u CH TVB

C1326 0.1u 1

IN1_R

TL1119 18

20

TL1106

21 VIN3

C1325 10u 16V ASX

Q1102 IMH23T110

IN1_L

TL1103 R1121 0

RS_RXD

3.8 AOUT2L

TL1132

FB1101 0077TA D1112 EXA512WJ 4V

TL1311

2

S2_MUTE

SLOWSW1

GND

14

R1401 22

4.4

TL1105

EXA554WJ 15V

RS_TXD

R1157 2.7K

330

SC1101 ZA161WJ

1

VDD

1 R1153

D1120 EXA535WJ 8.2V

TL1133

TL1107

IN3A

13

4

560K

OUT2R

D1110

IN3B

SDA

2 3

4

1 10u 16V KZA510WJPZ

R1155

OOUT2L

FB1102 0077TA

9

C1402 0.1u 25V CZF

C1160

C1154 10u 16V KZA510WJPZ

C1145 470P

220 1/10W

1/4W

R1102 F 39K

10

C1401 10u 16V KZA510WJPZ

3

INPUT2

SLOWSW_1I

RS_RXD

AOUT2R

KZA510WJPZ

2

C1136

FB1110 0077TA

R1112 75

R1101 15K F

11

0

C1159 10u 16V

4

330P

12

RS_TXD

0

D

VIN17

3

R1136 16

EXA535WJ 8.2V

C1153 10u 16V KZA510WJPZ

1

1/4W R1106 0

3.8

R1147 100

R1128 0

18

DTV_R

C1412 1u 10V TVB

4.4

C1144 470P

C1135 330P

TL1102 20

TO MAIN4(DTV STI5105)

R1411 160 F

3

IN2_L IN2_R

GREEN2

R1410 160 F

DTV_G

C1414 1u 10V TVB

Q1302 2SA1530AR

AIN2R

Q1107 2SA1530AR

C1146 1u 10V TVB

TL1101

FL1102 N0017TA

C1408 1u 10V TVB

IC1401

R1143 100K

R1139 220 1/10W

TL1131

R1110 75

C1104 0.1u 16V CYB

D1103 EXA512WJ 4V

FL1101 N0017TA

C1409 1u 10V TVB

R1505 100

D1102 EXA512WJ 4V

RED/C2 R1107 75

VIN16

3.9

C1404 1u 10V TVB

R1142

1000P

FB1109 0077TA

1/4W R1105 0

C1405 1u 10V TVB

4.5

3.9

PC_V

DTV_B

R1327 1K

100K

C1138

R1129 0

TL1125

R1104 0 C1103 0.1u 16V CYB

R1409 160 F

R1330 1K

12

D1121

ASY D1113 EXA520WJ 5.1V

VIN15 D1101 EXA512WJ 4V

220

C1122 220u 16V

1

1K

PC_H

3

560K

AIN2L

R1138 1K

C1134 100P (CH)

R1130

2

TL1118

SW

TL1116

OUT

TL1113

IN1

R1322

COMP_AL

2

R1328

SM5309AV

N0017TA

TL1111

GND

6

FL1104 OUTV

TL1109

5

COMP_AR

1

EXT_DTV

1/4W

C1101 10u 16V KZA510WJPZ

R1325 560

EXT_DTV

Z

CVO2

R1321 560

PC_V

HDMI_PC

R1113 68

TO MAIN3(HDMI)

1/4W

COMP_AL

C1121 220u 16V ASY

SLOWSW2

K

C1137 1000P

100P (CH)

FB1108 0077TA

IN2FSW

C1114 0.01u

3

R1404 75

MUXSEL

D1116 EXA550WJ 13V

C1162 100P (CH)

R1117 75 1/4W

TL1114

VCC

IN2

C1147 1u 10V TVB

R1137 1K

FB1107 0077TA

FL1107 N0017TA

MM1506XN 4

R1403 75 1/4W

R1405 F 1.8K

R1126 75

IC1101 0.1u 25V

4

SCL

C1120 10u 16V KZA510WJPZ

B+5V

C1102

C1323 10u 16V KZA510WJPZ

0

1/4W

D1104 EXA520WJ 5.1V

5

C1127 220P

R1125

D1114 EXA512WJ 4V

C1109 100P (CH)

R1317 1K C1316 1u 10V TVB

PC_V

D1115 EXA554WJ 15V

VIN18

VIN_2

R1315 1K C1315 1u 10V TVB

C1306 1000P CH

Q1301 2SA1530AR

F

R1103 15K F

C1304 220P

C1302 220P

6

PC_H

C1320 10u 16V KZA510WJPZ

4.5 PC_H

VIN19_PCR R1111 39K

SLOWSW_2I

R1313 100K

1u CH TVB

0

R1408 0

R1402 75 1/4W

R1326 560K

C1318 1000P

R1318 100K

C1312 R1306 100K

TL1302

4

0

IC1201 BR24C21F

R1203 75 1/4W

R1202 75 1/4W

3 1

GND 1

K

VIN21_PCB

R1201

HDMI_AR

R1407 0

S2_MUTE

IC1102

R1150 560K

MM1506XN C1128 220u 16V ASY

1

SW

IN1

6

2

OUT

GND

5

0.01u D1117 EXA520WJ 5.1V

3

VCC

IN2

4

K

C1503

CVO1

0.1u 25V

C1130 C1129 220u 16V ASY

IR_RS

C1150 10u 16V KZA510WJPZ

C1143 1u 10V

C1504 0.1u 25V

C1505 0.1u 25V

C1506 0.1u 25V

RS232 TRANSCEIVER

EXT1 CVBS OUTPUT DRIVER

HDMI_PC EXT_DTV AVLINK

3

D1202 1SS226

2

R1312 1K

CH

1K

C1311 1u CH TVB

COMP_AR

C1203 0.1u

FL1201 N0003TA

75 1/4W

3

D1201 1SS226

FB1304 0077TA

TL1306

C1322 10u 16V KZA510WJPZ

C1319 10u 16V KZA510WJPZ

C1313 1000P

HDMI_AL R1311 1K

R1308 100K

R1406 0

C1329 100P (CH)

PC_AR

3

K

K

VIN20_PCG

C1202 0.1u

R1303 1K R1304

AVLINK

C1201 0.1u

FL1203 N0003TA

FB1302 0077TA

J1302 J0008GE

R1209 1K

FL1202 N0003TA

C1308 1000P

TL1304

R1329 1K

Q1303 IMH23T110

C1328 100P (CH)

RS_TXD

2

7

C1324 100P (CH)

HDMI_AR

1

R1323 100K

AIN4R

2

C1321 100P (CH) R1324 220

R1320 220

6

R1332 1K

1

4.4

0

4.4 8

2

R1316 1K

C1305 1000P CH

TL1210

R1319 100K

BU+5V

D1207

C1303 220P

C1301 220P

(CH)

RS_RXD

D1205 EXA523WJ 5.6V

R1314 1K

C1314 56P (CH)

AIN4L

FB1205 0061TA

FB1306 0077TA

PC_AR C1310 1u CH TVB

5

DTV_G

3

R1309 1K

R1307 100K

R1302 1K

3

4

IN_Y

4

C1204 0.1u CZF

3

S

1

2

G

2

1

IN_Pb

R1301 1K FB1303 0077TA

TL1305 2

47K

TL1301

FB1201 A188WJ

EXT2 CVBS OUTPUT DRIVER

FB1301 0077TA

J1301 J0008GE

TL1211

R1207 D1208 KDS184

15 17

1

DTV_B

1

EXA523WJ 5.6V

TL1207

5

2

IN3R

14 10

R1210 1K

3

D1204

PC_AL

TL1209

3

TL1312

TL1308

R1331 1K

D1203 EXA523WJ 5.6V FB1204 0061TA

13 9

4

4

1

PC_AL

DTV_R

2

12 8

3

D1209 EXA523WJ 5.6V

TL1307

C1307 1000P CH

TL1303

R1206 47K

TL1310

PC AUDIO_IN

FB1203 0061TA

TL1208

7 2

2

TL1309

R1204 220

TL1206 11

HDMI_AL

TL1202

3

FB1202 0061TA

TL1205

6

IN_Pr

4 16

1

TL1203

J1401 GA131WJ

J1304

J1303 FA061WJ

TL1204

SC1201 NA770WJ

TL1201

COMP_IN

IN3L

IN3L

TO MAIN10(POWER SUPPLY)

BU+3.3V

B+3.3V

B+3.3V BU+5V B+5V S+8V

SEES Engineering Department

Training course: D44

63

6. Electrical Diagramas (continued) Main 3/13 (HDMI) Schematic Diagram B+5V

DUNTKE449WE01 D1905 KDS184 B+5V

FB1901 A192WJ

2 TL1907

SC1901 ZA171WJ

TL1908

3 1

21

20 2 1

4 3

6 5

10

8

12 11

9

7

14 13

16 15

D1907 KDS4148

18 17

19

23

TL1905

22

6

5

4

1

2

3

H1_SCL

HDMI_SDO

D1909 RB520S30

H1_SDA

HDMI_SCK

TL1906

TL1902

R1903 1K

HDMI_WS

TL1901

TL1919

Q1905 RN4904

R1911 27K

TO MAIN7(VCT-PRO) DHSYNC DVSYNC

X1951 SCA146WJ

DHSYNC DVSYNC

DINR[7]

28.322MHz DINR[6] HOTP_CONT_1 DINR[5] CEC R1965 1M

0.1u

+3.3V(D)_XTAL

DING[7] +3.3V_IOVCC

1

3

RR1X0-

R1909 47K

H1_SDA

RR1X0+

DING[6]

2

4 D

S

C1961 10u 16V KZA510WJPZ

G

1

2

3

4

C1962 10u

HDMI_INT_I

TL1913

R1962 4.7K

B+1.8V

C1996 0.1u Z 25V

R1961 22K

C1965 1000P

16V KZA510WJPZ

FB1955 0210TA

C2000 1000P

C1986 1000P

C1979 1000P

FB1952 A192WJ

Q1904 SM3K7002F

RR1X1-

R1966 1K

+3.3V(D)_REG

TL1903

RR1XC-

DSCL1

DINR[1] DINR[0]

FB1953 A192WJ

R1915 47K

DSDA1

RR1XC+

DINR[2]

Z

HDMI_RSTO

Q1902 RDTC144EE

0

DINR[3]

R1970 22

22

+3.3V_IOVCC

G

0

R1PWR5V

DINR[4] R1969

25V

HDMI_RSTO

Z

1

0

3

2.4

Q1901 RDTC144EE

C1906 0.1u 25V

R1907 470K

R1904 10K

0

C1969

2

4

R1905 10K

D1904 KDS4148

R1968 22

C1977 15P (CH)

C1972 12P (CH)

R1967 33

DING[3] DING[2]

R1973 33

DING[1]

5

A0

A1

A2

VSS

1

2

3

4

0

0

3

2

1

1.8 HDMI_WPO R1953 47

0 C1954 1000P

DINR[3]

3.3 6

5

4

3

2

1

3.3

DINR[1]

TL1912

3.3

DINR[0]

Q1925 RN4904

21

2

0

3 HOTP_CONT_0

R1954 47

TL1920

RR0X1-

7

6

5

4

3

3.3

TL1910

3.3 2

1

1.8 0 5

0 3.3

DING[1] 3

0

4

R1956

3.3

47

0

DINB[7] 8

7

DINB[6] 6

3

2

4

R1957

3.3

1.8

0

3.3

0

0

1.8

0

0 DGND

DVCC

OGND

OVCC

MUTEOUT

SPDIF

0 NC

NC

GND

NC

VCC

0

0

0

0

0

0

3.3

0 SD0

WS

SCK

MCLKIN

0

1.8

0

1.8

0

1.75

1.67

3.3

3.3

0

OVCC

MCLKOUT

OGND

GND

VCC

NC

DVCC2

DGND2

XTALIN

0

3.3

0 NC

0

1.8

0

0

0 INT

XTALOUT

70

63 62

121

ODCK OVCC Q15

124

Q14

125

Q13

AVCC

61

AGND

60

R1XC+

59

R1XC-

58

ANTSTO

56

PVCC1

55

IC1951 SII9025

127

GND

128

VCC

129

Q11

130

Q10

HDMI 1.2 DECODER

Q9 Q8

52 51

R0X1+

48

R0X1-

47

OGND

136

Q6

137

Q5

R0X0+

44

138

GND

R0X0-

43

139

VCC Q4 Q3

R0XC+

40

Q2

R0XC-

39

HDMI_PC

FB1951 A192WJ

C1952 10u 16V KZA510WJPZ

18

19

20

21

22

23

24

25

28

29

30

31

32

33

34

35

DGND

DVCC

R0PWR5V

R1PWR5V

DSCL0

DSDA0

DSCL1

DSDA1

CSCL

CSDA 27

RR1X2+

3.3

RR1X2-

3.3

+3.3VSIIAVCC

DINB[3]

DINB[1]

C2006 1000P

3.3

DINB[4]

DINB[2]

0 RR1X1+

3.3

RR1X1-

3.3

DINB[0] DINCK DINEN

0

HDMI_SCK

C2008 1000P

3.3

RR1X0+

3.3

RR1X0-

3.3

HDMI_WS HDMI_SDO HDMI_INT_I

0

HDMI_RSTO

C2009 1000P

3.3

RR1XC+

3.3

HDMI_WPO

RR1XCHOTP_CONT_0

3.3 HOTP_CONT_1

C2010

0

1000P

SDA3

TL1918

3.3

SCL3

0

TO MAIN8(UCON/PANEL_IF)

0 C2012 1000P

3.3 3.3

RR0X2+

HDMI_PC

RR0X2-

CEC

3.3 0 3.3

RR0X1+ C2014 1000P

3.3 3.3

RR0X1-

+3.3VSIIAVCC C2015 1000P

0 3.3

RR0X0+

3.3

FB1957

RR0X0-

A192WJ

3.3 C2016

0

1000P

3.3 RR0XC+

3.3

RR0XC-

3.3 C2004

3.3

1000P

FB1956 A192WJ

C2002 0.1u 25V CZF

36

Z

TL1916 C1990 0.1u

+3.3V_IOVCC

DHSYNC

26

37

DINB[5]

3.3

0

17

TL1915

0

16

PVCC0

0

1.8

15

0

14

TL1914

3.3

13

3.3

12

3.3

11

3.3

10

3.3

9

OVCC

8

OGND

7

GND

6

VCC

5

DACDVCC

4

DACDGND

3

0

C1908 0.1u 25V

3.3

0

3.3

C1907 0.1u 25V

4

0

0

VSS

3

0

1.8

2

1.8

A2

A1

0

AnBPb

2

EEPROM

1

0

1

24LC2BIN A0

38

AVCC

0

Q0

DACVCCB

Q1

144

3.3

143

DACGNDB

142

0

IC1922

141

3.3

3.3

41

AGND

DACGNDG

0 3.3

42

AVCC

0

1

45

AGND

AnRPr

3

2

46

AVCC

0

5

4 DINB[0]

49

AGND

Q7

DACVCCR

7

6 DINB[1]

50

AVCC

OVCC

COMP

8 DINB[2]

53

135

DACGNDR

5.0 5 SDA

54

AGND

R0X2-

134

RSET

5.0 6 SCL

PGND

R0X2+

133

0

5.0 7 WP

57

AVCC

HDMI RECEIVER

Q12

140

0

68

64

0

5.0 8 VCC

69

AGND

3.3

EDID HDMI NVM PLUG&PLAY

71

R1X0+

3.3

R1930 10

Q1923 SM3K7002F

RR0X2+

DINB[6]

R1X2+ R1X2-

2 DINB[3]

RR0X1+ RR0X2-

DINB[7]

72

AGND

R1X0-

VREF

D

S

1

DING[0] 73

OGND

0

DSCL0

0

1

1.8 3

47

RR0X1-

3.3

1000P

DINB[4]

TL1923

4

2 G

RR0X0+

3.3

C1958 4

R1928 47K

RR0X0-

C1957 1000P

5

DINB[5]

Q1924 SM3K7002F

RR0XCRR0XC+

74

Q16

DACAGND

D

S

R1933 47K

3

1

DSDA0

75

Q17

DACAVCC

2

Q1922 RDTC144EE

76

Q18

132

1

Z

R0PWR5V

G

0

77

120

0

0 2.4 R1921 10K

78

119

131

3.3 2

C1922 0.1u 25V

79

118

3

1

4

2.4 0

7

6

DING[0]

0

Q1921 RDTC144EE

8 DING[2]

2.9

80

117

3.3

RR0XC-

DING[3]

R1924 10K

81

65

AnGY

TL1909

R1955 47

H0_SCL H0_SDA

3.3

82

66

126

0 TL1922

D1923 KDS4148

83

AVCC

123

3.3

TL1921

R1926 470K

84

R1X1-

122

3.3 8

DING[5] DING[4]

RR0X0-

RR0X2-

3.3

DING[6] TL1924

0

HDMI_CLK

DING[7]

TL1911

RR0X2+

47

R1951

DINCK

R1923 1K

85

Q19

DACVCCG

1

23

86

GND

DACOVCC

19

87

116

3.3

17

88

115

OVCC

15

18

89

67

3.3

13

16

90

R1X1+

OGND

11

9

14

91

VCC

DE

7

12

92

114

HSYNC

5

10

8

93

AGND

VSYNC

3

6

94

Q20

0

1

22

4

95

113

0

2

96

AVCC

0

20

97

Q21

0

SC1921 ZA171WJ

3.3

7

DINR[2]

4

98

0

8 5

99

Q22

112

DINR[4]

0

100

3.3

5.0

R1901 0 6

111

0

0

Q23

101

3.3

4

Q1906 RDTC144EE

110

3.3

DINR[5]

EEPROM

0

7

6

DINR[6]

24LC2BIN

D1908 KDS4148

8

102

REGVCC

DINR[7]

SDA

OVCC

103

TEST

SCL

109

104

RESET#

WP

47

5

3.3

105

SCDT

6

R1952

IC1902

3 1

7

5.0

106

XTALVCC

VCC

5.0

107

0

FB1902 A192WJ

2

8

EDID HDMI NVM PLUG&PLAY

D1906 KDS184

5.0

108

VCC

5.0

+3.3V_IOVCC

C1960 1000P

R1959 10K

GND

TL1904

OGND

Q1903 SM3K7002F

CLK48B

D

S

10 R1912

RR1X2RR1X2+

R1958 4.7K

0

H1_SCL RR1X1+

DING[5] DING[4]

TL1917

Z

R0PWR5V

25V

FB1954

R1PWR5V

A192WJ

+1.8V_SIICVCC

DVSYNC FB1941 A192WJ C1941 Z

16V

25V

KZA510WJPZ

TO MAIN10(POWER SUPPLY)

A

2C3

11

2C2

10

2C1

1C0

1C2

1C1

1C0

1Y

GND

3

4

5

6

7

8

0

0

C1989 1000P

C1998 1000P

C1991 1000P

16V KZA510WJPZ

SEES Engineering Department

BU+3.3V B+1.8V B+3.3V

6

4

2

TVHC153T

B+5V

0

DSDA1

0

C1978 10u

IC1941

1C3

2

0

C1970 1000P

R1971 22 8

B

0

1

HDMI-HS

1

0

3

47

2Y

/1G

0

5

R1960

(B,A)= 00:C0 HDMI 01:C1 PC 10:C2 * 11:C3 *

SYNC SELECT

7

9

Training course: D44

64

DSCL0

/2G

12

0

DSDA0

VCC

13

0

DSCL1

14

0

1

15

0

3

16

0

SCL3

0

DINEN

0

HDMI-VS

3.3

2

C1966 1000P

PC_V

4

PC_H

SDA3

0.1u

TO MAIN2(TERMINAL)

C1984 1000P

C1959 10u

6. Electrical Diagrams (continued) Main 4/13 (DTV STi5105) Schematic Diagram (

) P4001 N0463TA

C4026 0.1u 25V

R4010 1K

TL4003

DUNTKE449WE01 3

RESET DTV CPU

2

ST_NOTJRST

Q4004 2SC3928AR

(CH)

DTM_IRQI

CARDVCCOC

FERESET

FB4003 0210TA 0

0

R4004

C4031 0.1u

LMIABE7

25V

0.1u 25V

LMIABE8

C4049 0.1u

C4033 0.1u

FB4004

LMIABE5

A192WJ

LMIABE4

162

161

160

159

158

157

156

155

154

153

152

151

150

149

148

147

146

145

144

143

142

141

140

139

138

137

136

135

134

133

132

131

130

129

128

127

126

125

124

123

122

121

120

119

118

117

116

115

114

113

112

111

110

109

C4050 0.1u 25V

LMIABE3 LMIABE2 NLMIRASBE NLMICASBE

C4011 0.1u 25V

LMIRDNWRBE

163

108

164

107

165

106

166

105

167

104

168

103

169

102

170

101

B+3.3V

C4059 47u 6.3V

C4054 1u 6.3V

Z

B+3.3V

BU+3.3V

BU+3.3V S+8V

ASY

TO MAIN1(TUNER,OFDM)

LMIBABE1 LMIBABE0

B+1.2V

ASY

TL4005 TL4006

TP4001

TL4001

TO MAIN10(POWER SUPPLY) B+1.2V

C4058 100u 6.3V

C4053 1u 6.3V

Z

25V

25V

LMIABE6

FMIDATABE0

FERESET

FMIDATABE1

DTV_CVBS FE_SCL

FMIDATABE2

LMIDBE15

FE_SDA LMIDBE0

LMIDBE14 LMIDBE13 LMIDBE12

GND

IR

VCCEN

S_TXD

FLASHWP

NOTREADY

TSSWITCH

ST_TDO

NOTRESETCI

C4022 0.01u 25V

ST_TMS

SCA039WJ

C4019 0.1u 25V

C4018

ST_TDI

ST_TCK

X4001

C4017 0.1u 25V

S_RXD

LMIABE3

LMIABE2

LMIABE1

LMIABE0

LMIABE10

LMIBABE1

LMIBABE0

C4008 47u 6.3V ASY

C4002 1u 6.3V

R4012 10K

Z

NRESETOUT

0.1u 25V

ST_NOTTRST

C4001

LMIABE9

LMIABE0

RXD1

4

A192WJ

LMIABE10

LMIABE1

TXD1

3 TL4026

DTM_RESET

Q4003 2SC3928AR

5

C4025 10P

R4005

LMIABE11

B+3.3VDC

2 TL4025

100

C4032 0.1u 25V

R4015 10K

1 TL4024

100

R4046

R4048 560

PST8428N

FB4001 B+2.5V_ST

LMIABE12

TL4023

R4047

IC4003

C4023 10P (CH) NLMICSBE

B+2.5V_ST

RS

R4014 10K

Q4002 2SC3928AR

C4028 0.1u 25V

1

4

TO MAIN5(DTV MEMORY)

R4013 10K

Q4001 2SC3928AR

FMIDATABE3 FEERROR

LMIDBE1 LMIDBE2

FMIDATABE4 R4032 10K

C4037 0.1u

TL4027 IR

25V 4

2

98

6

99

173

8

100

172

1

171

3

LMIDBE3

5

LMIDBE10

7

LMIDBE11 P4002

FMIDATABE5

NA343WJ

LMIDBE9 LMIDBE8

C4012 0.1u 25V

LMIDBE7 LMIDBE6

LMIDBE4

LMIDBE5

LMIDBE5

FMIDATABE6

C4038 0.1u

96

175

25V

LMIDBE4 LMIDBE3 LMIDBE2 LMIDBE1

LMIDBE6

LMIDBE0 LMIDQSBE0

LMIDBE7

LMIRDNWRBE

LMIDQSBE0

NLMICASBE

C4006 0.1u 25V

177

94

178

93

179

92

180

91

R4038 100

TL4016

ST_TDI

R4039 100

TL4017

ST_TDO

TL4018

ST_NOTJRST

R4040 100

ST_NOTTRST

R4041 100

FMIDATABE11 FMIDATABE12 FMIDATABE13

TO MAIN2(TERMINAL)

TO J-TAG

DTV_R

1

TRIOUT_3

2

TRIGIN_5

3

ST_TMS_9

4

ST_TCK_11

5

ST_TDI_13

DTV_G

6

DTV_B RS_TXD RS_RXD

TO MAIN6(DTV CI) TSSWITCH

ST_TDO_15

NOTREADY

7

ST_NOTJRST_17

8

ST_NOTTRST_19

TL4019

NOTRESETCI

TL4022

FMIDATABE14 R4025 10K

FMIDATABE15

89

182

R4037 100

TL4015

ST_TCK FMIDATABE10

90

181

LMIDQMBE0

TL4014

ST_TMS

R4036 100

FMIDATABE9

95

176

TL4013

TRIGIN

R4035 100

FMIDATABE8

97

174

JT R4034 100

TL4012

TRIGOUT

FMIDATABE7

VCCEN

9

R4027 10K

GND CARDVCCOC

NLMIRASBE

C4003 0.1u 25V

C4004 0.01u 25V

LMINCLKBE

IXC243WJ

186

LMIDQSBE1 LMIDQMBE0

FMIADDBE21

C4007 0.1u 25V

LMIDBE9

85

DTV DECODER/CPU

187

FMIADDBE22

NFMILBA FMIADDBE1

LMIDQMBE1

LMIDQSBE1

LMIDBE8

NOTBE1

86

185

LMIDQMBE1

LMIVREF

NOTBE1

87

FMIADDBE2 84

188

83

189

82

190

81

191

80

192

79

193

78

194

77

195

76

196

75

FMIRDNWR

C4041 0.1u 25V

FMIADDBE3 FMIADDBE4

FMIWAIT

FMIADDBE5

FMIADDBE1

FMIADDBE6 C4044 0.1u 25V

FMIADDBE2 S_TXD

LMIDBE10

R4044

FMIADDBE19 FMIADDBE18

LMIDBE11

C4005 0.1u 25V

FMIADDBE4

8.1 FMIADDBE17

FMIADDBE6

FMIADDBE16 FMIADDBE15

LMIDBE12

FMIADDBE7

74

197

FMIADDBE12

LMIDBE14

FMIADDBE11 FMIADDBE10 FMIADDBE9

LMIDBE15 LMINCLKBE

199

72

200

71

201

70

202

69

LMICLKBE

FMIADDBE6 FMIADDBE5 FMIADDBE4

LMICLKENBE

C4010 0.1u 25V

203

68

204

67

205

66

FMIADDBE1 LMIABE11 FMIDATABE15

LMIABE9

FMIDATABE14

LMIABE8

FMIDATABE13 FMIDATABE12 LMIABE7 FMIDATABE11

8.1 9

2

1

X

0

3

A

B

FMIADDBE12 FMIADDBE13 FMIADDBE14

LV4052FT

FMIADDBE16

0

2

1

2

Y

3

1

INH

VEE

6

7

VSS FMIADDBE18

FMIADDBE10 FMIADDBE11

C4040 0.1u 25V

3

3.3

0

S_RXD

4

0.2

5

0

C4036 0.1u

0

0

8

0

FMIDATABE0

0

FMIDATABE1 C4051 0.1u 25V

FMIADDBE12 C4046 0.1u 25V

FMIDATABE2

RS_RXD

FMIDATABE3 V_RXD FMIDATABE4

25V FMIDATABE5 FB4002

FMIADDBE13

A192WJ FMIDATABE6

LEFTP 206

65

207

64

208

63

FMIDATABE7

FMIADDBE14

CARDDET

FMIADDBE15

LMIABE6 LMIABE5 LMIABE4

C4009 0.1u 25V

209

62

210

61

211

60

212

59

213

58

FMIADDBE16

(CH)

C4042 0.1u 25V

FMIADDBE22 R4020 10K

FMIADDBE23

FMIDATABE6 FMIDATABE5 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

53

54

FMIDATABE4 FMIDATABE3

0 R4008

C4024 1u

FMIDATABE2

C4035 0.1u 25V

TL4002

C4043 470u 16V ASY

0.1u C4048

25V

100P (CH)

R4019 10K

3

4

TSOUTD4 TSOUTD5 TSOUTD6 TSOUTD7 TSOUTCLK

1

2

2.4

2.4

5.18

TSOUTSTRT

5.18

TSOUTVAL

TO MAIN7(VCT-PRO) R4042

R4022 150

ST_RS

IC4005

R4023 150

LM833D

V_TXD V_RXD AIN1L

R4017 10K

R4029 0

R4018 0

AIN1R C4060 16V 10u ASX

AIN1R SCL3 SDA3

CIEN

NFMICSA

FEERROR

TSOUTD6

TSOUTD5

TSOUTD4

TSOUTD3

TSOUTD2

TSOUTD1

TSOUTD0

TSOUTD7

TSOUTD3

470

R4016 10K TSOUTCLK

TSOUTSTRT

TSOUTVAL

C4029 0.1u 25V

R4007 200

DTV_CVBS

C4021 0.01u 25V R4003 0

DTV_B

DTV_G

DTV_R

NOTIORD

NOTIOWR

CARDDET

4 SCL3

F

C4020 0.1u 25V

FE_SDA

R4009 0

DTM_IRQI

DTM_IRQI

DTM_RESET

RIGHTP

RIGHTM

LEFTP

LEFTM

TRIGOUT

TO MAIN8(UCON/PANEL_IF) TRIGIN

FLASHWP

R4031 3.9K

C4056 6800P 25V

+ -

3

1 2 FE_SCL

FE_SDA

SDA3

R4049 22

R4002 10K

TSOUTD1

0.5 5

RIGHTM

TL4010

25V

C4030 0.01u 25V C4015 0.1u 25V

NFMICSA NRESETOUT

0.5 6

C4034 0.1u

C4014 0.1u 25V

NRESETOUT

FE_SCL

2.04 7

R4028 560

TL4008

FMIRDNWR

FLASHWP

2.04 8

-

RIGHTP TL4007

6.3V

NFMIOE

TSOUTD0

TSOUTD2

0.1u 25V

+

FMIDATABE1 FMIDATABE0

CIEN C4063 10u 16V ASX

R4045 470

C4055

FMIADDBE21

C4039

NOTIOWR

6800P 25V

R4043 3.9K

C4052 100u 16V ASY

55

216

C4061

R4030 390

FMIADDBE20

56

215

C4047 100P

FMIADDBE19

Training course: D44

65

SERIAL BUS SELECTOR VCTPro↔STi VCTPro↔EXT. RS232 (SERV.)

NOTIORD R4033 560

FMIADDBE18

57

214

R4024 150

R4026 150

FMIADDBE17

FMIDATABE7

SEES Engineering Department

8.1 10

LEFTM

LMIABE12

FMIDATABE8

0 11

FMIADDBE2

FMIDATABE9

0 12

FMIADDBE17

FMIADDBE3

FMIDATABE10

0 13

IC4004

FMIADDBE8 FMIADDBE7

FMIADDBE11

3.3 14

FMIADDBE9

73

198

FMIADDBE13

FMIADDBE10

15

VDD

FMIADDBE8

FMIADDBE14 LMIDBE13

FMIADDBE9 V_TXD

3.3

16

FMIADDBE8

ST_RS

C4045 0.1u 25V

FMIADDBE5

FMIADDBE7

10K

C4057 0.1u 25V

FMIADDBE3

FMIADDBE20

AIN1L

LMICLKBE

FMIWAIT

NFMIOE TL4011

IC4001

184

RS_TXD

LMICLKENBE

88

183

NLMICSBE

DTM_RESET

AUDIO PREAMP.

6. Electrical Diagrams (continued) Main 5/13 (DTV MEMORY) Schematic Diagram TO MAIN4(DTV STI5105) NFMIOE

NFMICSA

FMIDATA0

FMIDATA8

FMIDATA1

FMIDATA9

FMIDATA2

FMIDATA3

FMIDATA10

FMIDATA4

FMIDATA11

FMIDATA5

FMIDATA12

FMIDATA6

FMIDATA13

NFMIOE

NFMIOE

FMIDATA14

FMIDATA15

FE_SDA

FE_SDA

FMIDATA7

FE_SCL

FE_SCL

FMIRDNWR

FMIRDNWR

NFMICSA

NFMICSA

NRESETOUT

NRESETOUT

FLASHWP

FLASHWP FMIDATABE15 R4259

FMIDATABE14

DUNTKE449WE01

7

8

5

6

3

4

1

2

FMIDATA15 R4272

FMIDATA14

47

47 FMIDATABE13 FMIDATABE12 FMIDATABE11 FMIDATABE10

R4251

7

8

5

6

3

4

1

2

FMIDATA13 FMIDATA12 FMIDATA11

FMIDATABE8

3.39

@volta 48

FMIDATA10

47 FMIDATABE9

47

0 46

1.5 45

0.3

1.5

44

0.3

43

42

0.3 41

1.0 40

0.3 39

0.5

3.29

38

37

DTV SOFTWARE FLASH

FMIDATA9 FMIDATA8 TL4253

FMIDATABE7

7

8

5

6

3

4

0.4

0.4

36

0.3

35

0.4

34

0.4

33

32

0.4

0.3

31

0.9

30

3.24

29

0

28

27

3.24 26

1.5 25

IC4251 IXC361WJ

FMIDATA7 TL4254

R4260

FMIDATABE6

47

FMIDATA6 TL4255

FMIDATABE5

FMIDATA5 TL4256

FMIDATABE4

R4262 10K

FMIDATA4

2

1

TL4257 FMIDATABE3

7

8

5

6

1

2

1.5

3

1.5

4

1.5

5

1.5

6

7

1.5

1.5

10

9

8

1.5

1.5

13

12

11

1.5

1.5

3.29

3.27

14

0.02

R4252

19

18

1.5

21

20

1.5

1.5

22

24

23

1.5

1.5

1.5

1.5

1.5

Z

TL4259

3

4

FMIADDBE17

1

2

FMIADD19

47 FMIADD18

7

8

5

6

FMIADDBE14

3

4

FMIADDBE13

1

2

R4257

FMIADDBE15

R4254

7

8

5

6

3

4

1

2

FMIADD1

FMIADD2

FMIADD3

FMIADD4

FMIADD5

FMIADD6

FMIADD7

FMIADD8

FMIADD18

FMIADD19

0

R4265

FMIADD22

47

R4264

FMIADD21

FMIADD16 FMIADD15

47

FMIADDBE12

FMIADD20

FMIADD17

FMIADDBE16

C4252 0.01u 25V

C4251

FMIADD14

10u 16V KZA510WJPZ

FMIADD13

C4253 0.1u 25V

K

R4263

R4266

4.7K

0

FE_SCL

FMIADDBE18

FMIADD9

FMIRDNWR

FMIADD20

FE_SDA

6

FMIADD10

NFMIOE

FMIADD21

NRESETOUT

5

R4253

FMIADD11

FMIADD22

47

FMIRDNWR

8

TO MAIN6(DTV CI)

R4261

FMIADDBE21 7

FMIADD12

FMIDATA0

FMIADDBE22

FMIADDBE20

FMIADD17

TL4260 2

FMIADD13

4

R4256 47

FMIADD14

1

FMIADD15

3

FMIDATABE0

FMIDATA1 FMIADD16

FMIDATABE1

FMIADDBE11

17

1.5

0

C4255 0.1u 25V

FMIDATA2

47

FMIADDBE19

16

15

3.29

FMIDATA3 TL4258

FMIDATABE2

Z FB4251 A192WJ

FMIADD12 FMIADD11

47 FMIADD10 FMIADD9

6

3

4

FMIADDBE5

1

2

FMIADD8 FMIADD7

C4256 0.1u 25V

47

FMIADDBE4 FMIADDBE3

R4255

7

8

5

6

FMIADDBE2

3

4

FMIADDBE1

1

2

FMIADD6

Z

R4268 4.7K

FMIADD5

2

5

FMIADDBE6

4

8

1

R4258

FMIADDBE7

7

3

FMIADDBE8

2

FMIADDBE9

4

FMIADDBE10

FMIADD4 FMIADD3 R4243

TL4251

47

FMIADD2

1K

F

TL4252 FMIADD1

8

5

6

LMIABE9

3

4

LMIABE8

1

2

LMIA12 LMIA11

82

LMIABE7 LMIABE6

R4201

7

8

5

6

3

4

1

2

C4233 0.01u 25V

LMIA9 LMIA8 LMIA7 C4231 0.01u 25V K

LMIA6

82 LMIABE5 LMIABE4

LMIA5

C4232 220u 6.3V AAPE

R4206

7

8

5

6

3

4

1

2

R4244 1K F

R4231 100

LMIA4

LMIABE3 LMIABE2

R4269 22 K 1

R4205

LMIABE11

7

3

LMIABE12

3.29

0

LMIA3

8

7

LMIA2

VCC

WP

A0 1

2.1

2.1

6

5

SCL

SDA

A1

A2

GND

2

3

4

82

R4202

C4206 0.01u

47

0

0

2

3

4

5

6

LMIA4

LMIA5

LMIA6

LMIA7

LMIA8

LMIA9

LMIA11

LMIA12

LMICLK

LMID8

LMID9

LMID15

66

65

64

63

62

61

60

59

58

57

56

55

54

53

LMID14

VSS

DQ15

VSSQ

DQ14

DQ13

VDDQ

DQ12

DQ11

VSSQ

DQ10

DQ9

VDDQ

DQ8

NC

52 VSSQ

51 UDQS

50

49

48

47

46

45

44

43

42

41

40

39

38

37

36

35

34

NC

VREF

VSS

UDM

CKN

CK

CKE

NC

A12

A11

A9

A8

A7

A6

A5

A4

VSS

A0

A1

A2

A3

VDD

29

30

31

32

33

LMID13

7

IXB765WJQZ

IC4201

LMID12

LMIDBE12

8 LMID11

LMIDBE11

1

2

3

4

5

6

A10/AP

R4203 47

LMID10

VDD 1

LMID9

LMIDBE9 LMIDBE8

7

DQ0 2

VDDQ 3

DQ1

DQ2

4

5

VSSQ 6

DQ3 7

DQ4 8

VDDQ 9

DQ5

DQ6

10

11

DQ7

VSSQ 12

13

NC

VDDQ

LDQS

15

16

14

NC

VDD

NC

LDM

WE

CAS

RAS

CS

NC

BA0

BA1

17

18

19

20

21

22

23

24

25

26

27

28

LMID8 8 1

2

R4208

R4204

K

IC4202 FB4201 A192WJ

0.1u

1u 4V KZA578WJQZ

25V

PQ070XNA

LMIA3

LMIA2

LMIA1

LMIA0

LMIA10

LMIBA0

LMIBA1

NLMICS

NLMIRAS

NLMICAS

LMIDQM0

C4223 10u

10u

16V KZA510WJPZ

KZA510WJPZ

16V

FB4202 A192WJ

C4225 10u

TO MAIN4(DTV STI5105)

B+2.5V

TL4203 Z C4224

LMIRDNWR

LMIDQS0

C4236

B+2.5V_ST

B+2.5V_ST

2.6

C4226 0.1u

3

25V

VO

16V KZA510WJPZ

LMID2 3

4

LMIDBE1

5

6

LMIDBE0

7

8

47

LMID0

2

C4235 1u 4V KZA578WJQZ

C4237 1u 4V KZA578WJQZ

8 LMID3

1

C4204 Z 1000P

LMID7

0.1u 25V

LMID4 7

LMIDBE3

0.01u 25V

C4221 C4203

LMID6

6

LMID4

4

5

LMID5

LMIDBE4

Z

25V

LMID3

3

LMID2

47 LMIDBE5

C4218 0.01u 25V K

C4214

LMID6

LMID1

LMIDBE6

C4210 0.1u

C4207 Z 0.1u 25V

C4205 1000P

LMID7

LMIDBE7

LMIDBE2

0

1u 6.3V

K

1 R4207

LMIDBE13

LMIDBE10

0

C4219

25V

LMIDBE15 LMIDBE14

BR24S64M

1000P

0.1u Z 25V

LMIBA0

LMICLKEN

2

82 LMIBABE0

LMIDQM1

1

C4211 C4208

LMINCLK

4

C4234 1u 4V KZA578WJQZ

LMIDQS1

3

LMIBA1

IC4252

DTV NVM

LMIA0 LMIA10

LMID10

6

LMID12

8

5

LMID11

7

LMID5

LMIBABE1

LMID14

LMIABE10

LMID13

LMIABE0

LMIA1

LMID15

LMIABE1

VIN

R4220

LMID1

47

LMIDQS0

LMID0 LMIDQSBE0

TL4201

LMIDQSBE0 LMIRDNWRBE

NLMICASBE NLMIRASBE NLMICSBE LMICLKENBE LMINCLKBE LMICLKBE

LMIDQMBE1 LMIDQSBE1 LMIDQMBE0

R4219 47

LMIRDNWRBE

R4209 47

NLMICASBE NLMIRASBE

R4211 47

LMICLKBE

LMICLKEN LMINCLK LMICLK

LMIDQSBE1 LMIDQMBE0

R4216 47 R4217 47

LMIDQM1 LMIDQS1 LMIDQM0

R4218 LMIVREF

LMIVREF

0 C4201 10P (CH)

SEES Engineering Department

C4202 10P (CH)

Training course: D44

66

R4242 1K

TO MAIN10(POWER SUPPLY) B+3.3V

TVB

47

R4215 47

0

D4201 KDS4148

C4228 1u

47

GND 5

1.2

AAPE

NLMICS

R4214

3.1

C4227 220u 6.3V

NLMIRAS

47 R4213

VREF 4

2

3.3

3.3

R4212

LMICLKENBE

LMIDQMBE1

SW

1 R4240 1K F

2.5

NLMICAS

R4210 47

TL4202

NLMICSBE

LMINCLKBE

LMIRDNWR

256Mb SDRAM DTV MEMORY

C4229 0.1u 25V

C4230 0.1u 25V

R4241 1K F

B+3.3V

6. Electrical Diagrams (continued) Main 6/13 (DTV CI) Schematic Diagram DUNTKE449WE01

C.I. CONNECTOR

TSOUTD2

FED0

FED1

FED2

FED3

FED4

FED5

FED7

FEVALID

FESTROUT

NFMILBA

TSSWITCH

TSOUTD1

FECLK

TSOUTD0

FED6

TO MAIN4(DTV STI5105)

R4417 10K

R4405 10K

R4448 47

TSOUTD3 TSOUTD4 TSOUTD5

CID4 TSOUTSTRT CID5

R4458 10K

TSOUTD6

R4452 47

R4561 47

C4412 0.1u

R4451 10K

TSOUTCLK

R4450 10K

CID6 R4449 10K

TSOUTD7

25V

SC4401 JA002WJ

R4430 10K

TL4431

R4414 47

TSOUTD7

CID7

7

8

5

6

3

4

1

2

TL4432 TL4418 TL4419 TL4416

TSOUTSTRT TL4420

CIOE

TSOUTVAL

CIWE TSSWITCH

C4406

NFMILBA

0.1u 25V

48

47

46

45

44

43

42

41

40

39

38

37

36

35

34

33

32

31

30

29

28

27

26

25

14

13

12

11

9

10

TL4421

8

TL4422

R4410 47

TL4423 CIA11

FMIADDBE2

IC4404

LCX16244

IC4402

FMIADDBE3

7

8

5

6

3

4

TL4424

LCX126FT

CIA10

TL4425 CIA9

FMIADDBE4 1

FMIADDBE5

3

4

5

6

7

10

9

8

13

12

11

14

15

16

17

19

18

20

21

22

24

23

1

2

3

4

5

6

TL4426

7

CIA8

2

1

TL4427 R4455 47

FMIADDBE6 FMIADDBE7

7

8

5

6

3

4

1

2

TL4433

CIA12

47

R4454

TL4428 TL4429

CIA13

TSOUTVAL

FEDB0

FEDB1

FEDB2

FEDB3

FEDB4

FEDB5

FEDB6

FECLKB

FEVALIDB

CIOE

FEDB7

FESTROUTB

FMIADDBE9 FMIADDBE10

R4413 47

CIA14 TSOUTCLK

FMIADDBE8

CIWE

CI DATA/ADD BUFFERS

2

R4423 10K

TL4430 TL4417

FMIADDBE11 FECLKB CIA14

FMIADDBE14 C4407 0.1u 25V

FMIADDBE16 FMIADDBE17

FEVALIDB

CIREG

CIA13

CIA12

CIA11

CIA10

CIA9

CIA6

CIA8

CIA7

CIA5

CIA4

CIA3

CIA2

FMIADDBE13

CIA1

CIA0

FMIADDBE12

R4411 100

7

8

5

6

3

4

TL4401 TL4402 TL4403 TL4404

2

1

TL4405

R4415 23

24

22

20

21

18

19

17

15

16

14

13

11

12

8

9

10

7

6

5

4

3

2

47

CIA7

1

FMIADDBE18 CIA6

7

8

TL4406

5

6

TL4407

3

4

TL4408

1

2

TL4409

FMIDATABE0

IC4405

CIA5

LCX16244

FMIDATABE1 CIA4 C4404 0.1u

FMIDATABE2 25

FMIDATABE3

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

47

CIA3

FMIDATABE4

CIA2

FMIDATABE5

CIA1

3.29

FMIDATABE6

3.29

5

TL4410

R4412

25V

CIA0

4

7

8

TL4411

5

6

TL4412

3

4

TL4413

1

2

TL4414

FMIDATABE7 TL4415 8

6

4

2

8

6

4

2

8

6

4

2

8

6

4

2

C4417 0.1u 25V

IC4409

CARDDET

AHC1G04W R4416 47

7

5

3

1

7

5

R4408 47 3

R4407 47

7

5

1

7

5

3

1

R4404 47 3

R4402 47

NOTRESETCI

1

NOTREADY

VCCEN

1

2

3.29

GND

35

CD1

36

MOD3

37

GND

TL4446

2

D3

3

D4

4

D5

MOD4

38

5

D6

MOD5

39

6

TSOUTD4

MOD6

CE1

MOD7

41

A10

CE2

42

9

OE

0

1

2

3

4

5

6

7

8

TSOUTD7

TL4453

43

NOTIORD

TL4454 A11

6

R4426 10K

TL4452

A9

4

5

40 TL4451

VTGSENB

2

3

TSOUTD6

TL4450 D7

1

TSOUTD5

TL4449

8

11

47

TL4466

7

10

R4429 TL4447

IORD

44

IOWR

45

R4437

TL4455

10K

R4431

10K

46

12

A8

13

A13

14

A14

MD11

48

15

WE/PGM

MD12

49

16

IREQ

MD13

50

17

VCC

MISTRT

FESTROUTB TL4435

MD10

R4406

47 TL4436

7

8

5

6

3

4

1

2

R4432 10K

FEDB0

100 FEDB1

TL4437 FEDB2

TL4438 FEDB3 R4422 100

TL4439 VCC

51 TL4440

52

18

VPP1

19

MIVALK

MD14

53

20

MICLK

MD15

54

21

A12

MD16

55

22

A7

MD17

56

23

A6

24

A5

VPP1

R4428 100

TL4441 7

8

5

6

3

4

1

2

FEDB4

TL4442 FEDB5

TL4443 FEDB6

TL4444 FEDB7

TL4461 MOCLK

57 TL4462

RESET

58 TL4463

WAIT

59

25

A4

26

A3

27

A2

28

A1

29

A0

30

D0

MOD0

64

31

D1

MOD1

65

32

D2

MOD2

66

33

IOCS16

CD2

67

34

GND

GND

68

TL4464 INP_ACK

R4436

10K

60 TL4445

REG MOVAL MOSTRT

61 TL4460

7

8

TL4456

5

6

TL4465

3

4

TL4457

1

2

7

8

5

6

3

4

1

2

62 63

TSOUTCLK TSOUTSTRT TSOUTVAL R4427 47

TL4458 TL4459

TSOUTD3 TSOUTD2 TSOUTD1 TSOUTD0

CID1

CIEN

NOTIOWR

TL4448

CID0

3

3.29

1

R4421 47

FMIADDBE18

FMIADDBE17

FMIADDBE16

FMIADDBE14

FMIADDBE13

FMIADDBE12

FMIADDBE11

FMIADDBE10

FMIADDBE8

FMIADDBE7

FMIADDBE6

FMIADDBE9

FMIADDBE5

NOTBE1

FMIADDBE4

FMIADDBE2

FMIADDBE1

FMIADDBE3

CID2 CID3 7

P4401 MA313WJSA

TL4434

8

FMIWAIT CARDVCCOC CID3

CID2

CID1

CID0

CID7

CID6

NOTIORD

CID5

CID4

R4435 10K

NOTIOWR P3V3CI

TO MAIN5(DTV MEMORY) C4403 0.1u 25V

NFMIOE

3.29 20

3.29

0

19

0

18

0

17

16

0

0

15

0

14

0

13

12

0 R4409 10K

11

FMIRDNWR

IC4401 LCX245FT

TO MAIN1(TUNER,OFDM)

1

2

3.29

FECLK

3

0.5

4

0.7

5

1.0

6

0.3

7

0.7

9

8

0.4

R4424 10K

R4438 10K

10

0.4

0.4

CI DATA TRANSCEIVER C4410

0

0.1u 25V P5VPCMCIA

FESTROUT

VPPPCMCIA R4459 0

8

6

4

2

8

6

4

2

FEVALID FED0

R4441 10K

7

5

3

7

5

3

1

R4403 47 1

R4401 47

FED1 FED2

CIDDIR

FED3 FED4 FED5

IC4407 TC7SH32U1E

3.29

5

6

4

R4419 10K

5

4

IN

GND

NC

OUT

GND

EN

1

2

3

Q4403 2SC3928AR

R4425 10K

4

25V

IC4403

2

5.18

3

5.18

R4453 100

0 R4433 47

R4443 33K

AHC1G04W

1

2

0.3

C4420 68u 10V AAPD

R4445 33K

0

CIEN

0.3

R4447 22K

R4434 47

3

Training course: D44

67

NOTRESETCI

C4405 0.1u 25V

1

FMIWAIT

5

0.1u

C4409 0.1u 25V

VCCEN

C4401 10u

0

CARDVCCOC

3.29

C4402

16V KZA510WJPZ

SEES Engineering Department

C4421 10u 16V KZA510WJPZ

R4420 10K

FB4401 A192WJ

B+5V

CICD1

B+5V

NOTREADY

B+3.3V

B+3.3V

CARDDET

TO MAIN10(POWER SUPPLY)

AOZ1320C

A192WJ

R4418 47

3.29

R4446 10K

IC4410 FB4402

FMIDATABE3

FMIDATABE2

FMIDATABE1

FMIDATABE0

FMIDATABE7

FMIDATABE6

FED7

FMIDATABE5

FMIDATABE4

FED6

6. Electrical Diagrams (continued) Main 7/13 (VCT-PRO) Schematic Diagram TO MAIN3(HDMI)

DUNTKE449WE01

HDMI_WPO HDMI_WPO HOTP_CONT_0 HOTP_CONT_0 HOTP_CONT_1 HOTP_CONT_1 HDMI_SCK HDMI_SCK HDMI_SDO HDMI_SDO HDMI_WS

R3071 33K

HDMI_WS HDMI_INT_I HDMI_INT_I

R3072 33K

R3073 10K

P3071 NA324WJ

HDMI_RSTO HDMI_RSTO

KM DINEN LVDS4P

LVDS4N

LVDS3P

LVDS3N

LVDSCP

LVDSCN

LVDS2P

LVDS2N

LVDS1P

DINR[7] DINR[7]

LVDS1N

DINCK

LVDS0P

LVDS0N

DINCK

FB3072 0061TA

DINR[6] DINR[6] DINR[5]

TL3002

FB3071 0061TA

RDA3001

TL3003

RA577WJFW

DINR[5]

TL3004

DINR[4] DINR[4]

TP3032 TP3034 TP3033

DINR[3] DINR[3] DINR[2]

R3077 0

DINR[0]

C3017 1000P

K

DING[7] DING[7]

25V

DING[6]

C3022 0.1u 25V

VCT_VO

C3021 0.01u

DINR[0]

C3018 10u KZA510WJPZ

Z

VCT_ENO

DINR[1] DINR[1]

VCT_HO

R3004 6.2K

DINR[2]

C3024 0.1u 25V

C3025 10u 16V KZA510WJPZ

Z

FB3021 A188WJ

C3074 470P (CH)

C3075 470P

R3074 1K

R3075 1K

(CH) BU+1.8V

TO KEY

TL3001

FB3073 0061TA

DINEN

1

KEY1

2

KEY2

3

STBY_POW

4

GND

TO LOCAL KEYBOARD

C3073 470P (CH)

DING[6] C3023 0.1u 25V Z

C3013 10u

FB3006 A192WJ

DING[4] DING[4]

C3014

DING[3]

TP3024

TP3023

TP3013 TP3012

Z 0.1u 25V

16V

DING[3]

TP3026 TP3025

C3047 1000P

DING[5] DING[5]

TP3028

TP3027

KZA510WJPZ

DING[2]

VSUP3.3IO1 TP3045 TP3044 TP3043

TP3031 TP3022

C3026

TP3016

TP3014

R3076 1K

10u

TP3017

TP3015

DING[2]

FB3022 A192WJ

DING[1]

16V KZA510WJPZ

DING[1] DING[0]

156

DING[0]

155

154

153

152

151

150

149

148

147

146

145

144

143

142

141

140

139

138

137

136

135

134

133

132

131

130

129

128

127

126

125

124

123

122

121

120

119

118

117

116

115

114

113

112

111

110

109

108

107

106

105

DINB[7] DINB[7]

DINB[1]

OSD_G1

OSD_G3/P3_3

OSD_G2/P3_2

OSDR1

OSD_G0

OSDR0

OSD_R3/P3_1

OSD_R2/P3_0

PCS4

PCS5

GND3.3IO1

VSUP3.3IO1

PCS3

PCS1

PCS2

PCS0

PCLK2

PCLK1

GND1.8DIG

VSUP1.8DIG

LVDSA_4P

LVDSA_4N

LVDSA_3P

VSUP3.3LVDS

LVDSA_3N

GND3.3LVDS

LVDSA_CLKP

LVDSA_CLKN

VSUP3.3LVDS

LVDSA_2P

LVDSA_2N

GND3.3LVDS

LVDSA_1P

LVDSA_1N

LVDSA_0P

VSUP3.3LVDS

REXT

LVDSA_0N

LVDSB_3P

LVDSB_3N

GND1.8LVDS

GND3.3LVDS

LVDSB_2P

VSUP1.8LVDS

TP3011 IFAGCI

DINB[1]

LVDSB_CLKP

DINB[2] DINB[2]

LVDSB_2N

157

LVDSB_0P

158

LVDSB_0N

159

CADC4

160

CADC3

161

CADC2

OSD_HCS0/P3_7

162

CADC1

OSD_HCS1/P3_6

99

163

GND3.3DAC

OSD_FSW

98

164

VSUP3.3DAC(ADC)

OSD_CLK

97

TP3010

DINB[3]

LVDSB_CLKN

DINB[3]

LVDSB_1N

DINB[4] DINB[4]

VSUP3.3LVDS

DINB[5] DINB[5]

GND3.3LVDS

DINB[6]

LVDSB_1P

VSUP3.3LVDS

DINB[6]

OSDB0

104

OSDB1

103

C3019 1000P

OSD_B2/P3_4

102

TP3018

OSD_B3/P3_5

101

TP3019

100

TP3020

SLOWSW_1I

DVSYNC

TL3019

FB3054 A192WJ

DINB[0] DINB[0] DVSYNC

SCL3

FB3001 A188WJ

SCL3

TL3018

TP3021

TP3009

SDA3 SDA3

FB3005

C3034

A192WJ

10u 16V

C3060 0.1u 25V

STBY_POW

1000P

C3010

VSUP1.8FE

3.3

0

8

165

PWM3

166

PWM2

167

PWM1

VSUP3.3IO1

3.3

7

VCC

ST_RS

WP

TL3016

SLOWSW_2I

TL3017

DHSYNC

DHSYNC

3.3

6

5

SCL

SDA

ATV NVM

96

KZA510WJPZ C3011 0.1u 25V

Z

C3003 10u 16V KZA510WJPZ

HPOUTR SIF

16V

SIF

C3033 1000P

C3009 0.1u 25V

94

TP3041

OSD_V

93

TP3042

168

REV

169

VSUP1.8FE

RXD(P4_5)

92

170

VSUP3.3FE

TXD(P2_4)

91

171

VIN22/DHS

P2_3

90

172

VIN21

P2_2

89

CACD6

88

CACD5

87

IC3051

C3051 Z 0.1u 25V

BR24S64M A0

TP3005

VSUP3.3FE

C3005 10u

HPOUTR

R3003 0

95

OSD_H

V_RXD

A1

1

A2

2

0

V_TXD

GND

3

0

4

0

0

Z VIN21_PCB

KZA510WJPZ

TO MAIN8(UCON/PANEL_IF) LVDS0P

KEY_1

VIN20_PCG

173

VIN20

VIN8

174

VIN19

VIN7

175

VIN5

VIN1

176

VIN17

IFAGCI

2

FB3002 A192WJ

HPOUTL HPOUTL

GND3.3IO1

C3020 1000P

85

GND3.3FL

C3052 0.1u

FB3053 A192WJ

Z

177

HP_PLG

TO MAIN2(TERMINAL) SCL3

SDA

VIN16

84

178

VIN15

SCL

83

179

VIN13

HSO

82

TP3058

180

VIN12

VSO

81

TP3059

181

VIN11

LVDS0N

LVDS1P

LVDS1P

LVDS1N

C3057 10u 16V KZA510WJPZ

25V

HP_PLG

R3054 22

VSUP3.3FL

86

VSUP3.3FL

LVDS0P

LVDS0N

KEY_2

VIN19_PCR

1

SDA3

PWM1

4

SCL3

OFL1

3

C3006 0.1u 25V

TO MAIN1(TUNER,OFDM)

BL_ON

LVDS1N

LVDS2P

LVDS2P

LVDS2N

LVDS2N

LVDSCP

LVDSCP

SDA3 SLOWSW_1I SLOWSW_2I

IC3001

VIN18

CLKOUT

80

LVDSCN

182

VIN17 VIN16

183

VIN9

XTALOUT

VCT-Pro VCT7793P

VIN8

XTALIN

X3051 SC0012CE

79 78

C3032

184

VIN7

185

VSUP1.8FE

186

GNDA

187

VIN6

VSUP3.3COM

77

C3016 10u 16V KZA510WJPZ

VIN11 VIN9 VIN6

GND3.3COM

VIN3

AIN2L AIN2L

188

VIN18

189

VIN3

190

VIN2

191

VIN1

AIN2R AIN2R FB3003 A192WJ

AIN3L AIN3L AIN3R

VSUP3.3VO

AIN3R AIN4L

C3012 C3007 0.1u 10u 25V 16V KZA510WJPZ

AIN4L AIN4R AIN4R AOUT1L

Z

TP3002

Z

FB3051

DBI0

73

DBI1

72

DBI2

71

DBI3

70

192

VSUP3.3VO

DBI4

69

193

VOUT3

DBI5

68

194

VOUT2

DBI6

67

LVDS4N IRIN

FB3052 A192WJ

C3053 1000P

74

LVDS4P

LVDS4N

S C3054 15P (CH)

C3059 0.1u 25V

DINB[0]

C3055 18P (CH)

DINB[1]

IRIN

PCON1

75

GND3.3DRI

LVDS3N

LVDS4P

A192WJ

VSUP3.3DRI

VSUP3.3DRI

MAIN ATV CPU VIDEO/AUDIO PROCESSOR (1MB ATV SOFTWARE FLASH INCLUDED)

VIN5

VIN2

C3027

76

LVDS3P

G

25V

1000P

1000P VIN12

LVDSCN

LVDS3P D LVDS3N

C3056 0.1u

20.25MHz

VIN15 VIN13

Q3052 SM3K7002F

TP3062

MCLKOUT

IXC354WJ

PCON1

FB3055 Z

A192WJ

D

C3058 10u

G

MIC_IREQ

16V KZA510WJPZ

MIC_IREQ

BL_ON

BL_ON

S

DINB[2]

Q3051 SM3K7002F

DINB[3]

OFL1

OFL1

BU_SDA3

BU_SDA3

DINB[4] BU_SCL3

DINB[6] SCL3

AOUT1R FB3004 AOUT2L

195

A192WJ

AOUT2L

196

C3008 10u

CVO2 CVO2

C3015 0.1u 25V

16V KZA510WJPZ

CVO1 AVLINK_1

HDMI_INT_I HOTP_CONT_0

SDA3 DTM_IRQI

VSUP3.3IO3

DGI1

64

198

P3_0/656I0

DGI2

63

199

P3_1/656I1

DGI3

62

200

P3_2/656I2

DGI4

61

201

P3_3/656I3

DGI5

60

202

P3_4/656I4

DGI6

59

203

P3_5/656I5

DGI7

58

204

P3_6/656I6

DRI0

57

205

P3_7/656I7

DRI1

56

206

15

16

17

18

20

21

22

23

24

25

27

28

32

33

34

36

37

38

39

40

42

43

44

45

46

47

48

49

DRI7

DCLK

DEN

DVS

GND3.3RAM

VSUP3.3RAM

I2S_DEL_WS

I2S_DEL_IN

I2S_DEL_OUT 41

I2S_DEL_CL

I2S_WS

I2S_CL

SPDIF_OUT

VSUP3.3DIG

GND3.3DIG 35

I2S_DA_IN

31

GNDA

30

SIFIN-

29

VSUP5.0SIF

SPEAKERL

HEADPHONEL 26

SPEAKERR

HEADPHONER

AOUT1L

AOUT1R

AOUT2L

AOUT2R

SGND

GNDA 19

50

DRI6

14

DRI4

DRI5

13

SIFIN+

12

VREFSIF

11

DRI3

SUBWOOFER TEST

10

VSUP8.0AU

9

VREFAU

8

AIN4L

7

AIN4R

6

AIN3L

5

AIN3R

4

AIN1R

3

TDI

TDO

2

RESETQ

TCLK

1

TMS

P4_4

R3007 4.7K

4

P4_5

@volta

5 V_RXD

P4_6

0.94

V_TXD

P4_7

AIN2L

208

AIN2R

HP_PLG

656CLKO

AIN1L

207

V_RXD

DRI2

656CLKI

DING[1]

2

DING[2]

4

51

52

NA472WJ DING[5]

JT

DING[6]

DINR[1]

DINR[4] TMS

TDO

TO JTAG PWB For Debug Only

C3028 1000P

DINR[5]

DINR[6]

DINR[7]

DINCK

DINEN

TP3040

TP3039

VSUP3.3RAM

C3044 0.1u Z 25V DVSYNC

C3029 1000P

HDMI_WS

Z

HDMI_SCK

C3043 0.1u 25V

TP3038

TP3037

TP3036

Z

25V

C3030 1000P

HDMI_SDO

SIF

TP3001 SPKOUTL

SPKOUTR

HPOUTL

HPOUTR

C3041 0.1u

C3040 56P (CH) C3039 0.1u 10V

4.7K

10V C3031 1000P

ATV RESET

C3035 0.1u 10V

C3037 0.1u 25V

Z

16V KZA510WJPZ VSUP5.0SIF

C3036 0.1u

R3001

VIN20_PCG

NC

VIN21_PCB

VIN19_PCR VIN20_PCG VIN21_PCB

TL3010

7

TMS

8

GND

9

TGO

TDI

P3081 N0567FJ

TL3011

2

1

4

3

TL3012

11

TL3005

R3081 22

TL3006

10

TCLK

C3046 10u 16V KZA510WJPZ

TDI

TL3013

SCL

2

SDA

3

GND

RESET_S

13

TCK

14

A192WJ *TL3014 RESET_N

4

RESET_S

5

GND

15 16

*R3091 0 TL3015 C3045 10u 16V KZA510WJPZ

C3042 10u 16V KZA510WJPZ

1 TL3007

FB3038

VSUP3.3DIG

C3038 10u

TP3006 SPKOUTR

SPKOUTR

VIN19_PCR

BU+3.3V

4

12

TP3035 SPKOUTL

SPKOUTL

RESET_N

AOUT1L

AOUT1R

AOUT2L

AOUT2R

AIN4L

AIN4R

AIN3L

VSUP8.0AU

TO MAIN9(AUDIO AMP)

AIN3R

HDMI_WPO

C3004 0.1u 25V

AIN2L

TL3021

0

AIN2R

3

1.7

AIN1L

2

3.2

AIN1R

1

HDMI_RSTO

TL3020

TP3008

C3002 0.01u 25V

BU+3.3V

3

6

AIN1L AIN1R

2

5

DINR[3]

53

BU+3.3V

TL3009

DINR[2]

54

1

TO MAIN2(TERMINAL)

DINR[0]

55

*P3091

TL3008

DING[7]

PST8415N

AIN1L

3

DING[4]

IC3002

AIN1R

1

4.7K R3056

DING[3]

ST_RS

ST_RS

RESET_S

DING[0]

65

197

MIC_IREQ HOTP_CONT_1

V_TXD

DGI0

GND3.3IO3

SCL3

AVLINK_2 AVLINK_2

TO MAIN4(DTV STI5105)

DTM_IRQI

66

VSUP3.3IO3

Z

CVO1

SCL3

DBI7

VOUT1

DINB[7] RESET_S

AOUT2R AOUT2R

AVLINK_1

BU_SCL3

DINB[5] SDA3

AOUT1L AOUT1R

RESET

17 18

FB3037 A192WJ

GND

TO MAIN10(POWER SUPPLY)

19 20 BU+1.8V

BU+3.3V B+3.3V

SEES Engineering Department

B+5V B+5V S+8V S+8V

TMS

TDI

TDO

FB3035 A192WJ TCLK

RESET_N

FB3036 A188WJ

Training course: D44

68

ATV I2C SOFT UPDATE

6. Electrical Diagrams (continued) Main 8/13 (UCON/PANEL-IF) Schematic Diagram TO MAIN1(TUNER,OFDM) SV1JSW DTI2CSEL HP_MUTE

DUNTKE449WE01

EXT_DTV

TO MAIN3(HDMI) HDMI_PC

TO MAIN2(TERMINAL) HDMI_PC EXT_DTV SCART12

L2601 FA279WJ

S_MUTE

S_MUTE

TO MAIN11(EAGLE)

S2_MUTE

S2_MUTE

LVDS0N

U/D_OUT

LVDS0P

BANK_SEL

TO MAIN4(DTV STI5105)

R/L

PE TL2327

ANT+5V_SW

MUTE_SP

MUTE_SP

TL2326

TCON_WP

TL2328

PS_ON

PCON1

IR_RS

IR_RS

TO MAIN9(AUDIO AMP)

L2602 FA279WJ

LVDS1N

4

3

1

2

4

3

A0-

1

2

A0+

A1-

12V_DET

PCON1

IRIN

IRIN

BL_ON

BL_ON

OFL1

OFL1

3

4

1

2 R2317 22

37

36

LCD_POW

EXT_DTV

SCART12

HP_MUTE

PE

38

35

33

34

LVDS1P

BANKSEL

39

R/L

40

U/D

41

ANT+5V_SW

50

SDA3

42

DTN-Bus-SEL

TL2322 SCL3

43

DTM-RST

TEST

SCL3

SDA3

44

TCON_WP

49

PS_ON

BU_SDA3

45

PCON1

TL2321

BU_SCL3

46

HDMI_PC

TO MAIN7(VCT-PRO)

47

LVDS_EN

48

CONT_DET

DTM_RESET

TEMP3

32

T3

LVDS2N LVDS2P

TEMP2

31

T2

T1

51

12V_DET

52

SCL

FRAME

29

53

SDA

QS EN

28

FRAME

QS_EN

MIC_IREQ I-REQ

SV1JSW

27

55

SCL_F

BL_ERR

26

A1+

FA279WJ

4

3

A2-

1

2

A2+

TEMP1

30

54

L2603

LVDSCN

SUBMICRO PORT EXPANSOR

LVDSCP

4

3

1

2

LVDS3N

ACKL2605

L2604 FA279WJ

LVDS3P

ACK+

FA279WJ

4

3

A3-

1

2

A3+

MIC_IREQ LVDS0N

LVDS0N

LVDS0P

LVDS0P

LVDS1N

8

6

4

R2312

2

LVDS1N

LVDS1P

SDA_F

57

LEDPOW_R

58

ANT_ERR

25

AC_DET

24

LEDPOW_G

AIN3

23

59

LEDSLP

AIN2

22

60

ADIM(LEDOPC)

61

MUTE_SP

IXC009WJ

4

LVDS4P

ANT_ERR

1

3

A4-

2

A4+

AC_DET_S L2606

R2336 10K

7

1

5

4.7K

LVDS2P

LVDS2P

56

LVDS4N

FA279WJ LEDPOWG

R2303

LVDS2N

LVDS2N

3

LVDS1P

LEDPOWR

4.7K

IC2302

BL_ERR

LVDSCN

LVDSCN

ADIM

R/L

21

AIN1

LVDSCP

LVDSCP

U/D_OUT MUTE_SP LVDS3N

LVDS3N

12V_DET

62

S_MUTE

63

S2_MUTE

AVDD

19

C2320 0.1u 25V

LVDS4N

LVDS4N

S2_MUTE

VAREF

18

Z

0.01u 25V

FRAME BANK_SEL

7

8

9

TEMP3

TH2301 M1103J03

17

CEC-IN2

P20

6

CEC-OUT

RESET

5

P05

32kHz out

4

P04

FRC_BUS_SW

3

CEC-IN

3.3V

2

UART-TXD1

TEST

R2304

UART-RXD1

8MHz out

1

IREM_SW

P00

8MHz in

64

8

6

2

RESET_S

4

IREM_SW

GND

LVDS4P

LVDS4P

TEMP2

TL2338

TEMP1

4.7K 10

11

12

13

14

15

16

R/L TL2615 U/D_OUT TL2619 12V_DET TL2625 FRAME TL2627 BANK_SEL TL2628 TEMP3 TL2629 TEMP2 TL2630 TEMP1 TL2631 PE

7

TL2329

TL2335

TL2334

QS_EN

TL2330

TL2337

TL2336

TL2632 QS_EN

R2324 330

X2301 CA011WJ

1

4

3

2

5

3

PE

1

TL2614

C2322

S_MUTE

LVDS3P

LVDS3P

20

AIN0

1

3

R2328 10K

2

R2325 100K

C2316 0.1u 25V

Z

R2327 4.7K

4.8

C2319

Q2305 RTQ035P02

0

5

4

0.01u 25V

6

5

4

1

2

3

IC2303 PST8428N R2329 100

BL_ON P2302 NA329WJ

TL2331

1

S_GND

0.1u 25V

1 R2302 100

2 3 TL2305

TO INVERTER

OSC

4

ERR

5

REG

6

0

Z

SUBMICRO RESET

TL2304 OFL1

3

5.0

C2318

R2301 0

TL2303 STB

2

3.8

OFL1 TL2302

AC_DET_S

RESET_S

C2305 100P

FB2310

1K

BL_ERR R2313

R2307

BRT

VCOM_SCL VCOM_SDA TCON_WP

R2612

4.8 C2602 0.047u 25V

8 TL2310 ADIM

9

TO MAIN12(OUTPUT)

1M 1K

7 TL2309

ADIM

R2615 22

AC_DET RESET IC

A192WJ

TL2307 TL2308

R2614 22

SDA3 TCON_WP

R2306

TL2306

REG2

SCL3

R2305 100

0

5

10K

4

IC2601

TL2601

LEDPOWR

LEDPOWG

PST8428N

P2301 NA325WJ

BU+3.3V

1

GND

2 3 4

POWR_LED

5

0

FB2302 A192WJ BU+3.3V C2301

B+3.3V

100P TL2313

POWG_LED

3

5.0

TO MAIN10(POWER SUPPLY) TL2311

TL2301

R/C

2

Z

R2603 470K

IRIN

RA

TO R/C LED

TO LED, IR

1

3.8 C2601 0.1u 25V

B+3.3V

(CH) FB2301 0061TA

TL2314

FB2304 0061TA FB2305 0061TA

TL2315 C2303

ANT_ERR

100P

ANT_ERR

(CH) PS_ON

PCON1

D2301

C2311

EXA547WJ

100P (CH)

AC_DET

C2312 100P (CH) ANT+5V_SW

SEES Engineering Department

PS_ON

PCON1

Training course: D44

69

ANT+5V_SW

6. Electrical Diagram (continued) Main 9/13 (AUDIO AMP) Schematic Diagram (

)

DUNTKE449WE01

TO MAIN10(POWER SUPPLY) AC_DET

AC_DET

Q2701 DTC614TK

AMP+13V

L2701

C2721 0.47u

C2720

22uH

0.47u 25V TVB

PA899WJ

L2704 22uH PA899WJ

25V TVB

C2724 1u 25V KZA114WJ

C2718 1u 25V

C2716 100u 25V ASY

C2710 100u 25V ASY

KZA114WJ

R2726 0

48

47

46

45

44

43

42

41

40

39

38

37

R2723 220K

PVDDML

PVDDML

OUTML

OUTML

OUTML

PVSSL

PVSSL

OUTPL

OUTPL

NC

OUTPL

1

2

PVDDPL

PVDDPL

POW_PAD

C2714 1u 10V CYB

NC

NC

36

NC

35

3

PVDDREG

GAIN1

4

AVDD

GAIN0

R2719 0 34

1

2

3

4

5

6

7

8

30

CKOUT

29

9

INRP

10

AVSS

11

PLIMIT

R2725

SLEEPN

26

PVDDMR

PVDDMR

OUTMR

OUTMR

F

NC

OUTMR

4

2

100K

12

MUTE_SP (INPUT+12V-8

28

27

0

F

R2716

10W

MUTEN

PROTN

10V CYB R2715 270K

25

R2731 5.6K NC

&8) 13

14

15

16

17

19

18

20

21

22

23

R2718 0

24

C2725 1u 25V KZA114WJ

C2717 1u 25V KZA114WJ

R2701 0

L2702 22uH PA899WJ

L2703 22uH PA899WJ

R2702 0

R2703 0

R2704 0

C2719 0.47u

C2722 0.47u

25V TVB

25V TVB

AUDIO POWER AMPLIFIER

SEES Engineering Department

LCH(+)

3

LCH(-)

2

RCH(-)

1

RCH(+)

Training course: D44

70

R2720 0

R2722 0

TL2706

SP

R2730 10K

PVSSR

TO MAIN9(UCON/PANEL_IF) MUTE_SP

R2728 220K

25V

PVSSR

C2706 1u 10V CYB

R2711 10K

CKIN

INRM

YDA147SZ

C2712 1u

OUTPR

2

VREF

8

31

NCDRC0

C2715 0.1u

C2709 1000P

OUTPR

1

7

32 R2724 0

IC2701

OUTPR

C2702 2.2u 10V KZA030WJ

4

INLM

CYB

C2708 1000P

R2706 1.8K 3

INLP

6

NCDRC1

PVDDPR

SPKOUTR

5

PVDDPR

SPKOUTR

C2701 2.2u 10V KZA030WJ SPKOUTL

3

SPKOUTL

1

TO MAIN7(VCT-PRO)

4 TL2705

1u 10V

NA160WJ TL2703 TL2704

C2711 C2705 1u 10V CYB

P2701

R2727 0

33

R2729 470K

C2730 1000P

TO SPEAKERS

6. Electrical Diagrams (continued) Main 10/13 (POWER) Schematic Diagram BU+5V→BV+1.8V BU+5V

DUNTKE449WE01

TL1702 BU+1.8V

TO MAIN1(TUNER,OFDM) R1701 15K F

UR13V→5+8V

D1702 SMAB33L

L1701 10u PA964WJ

R1702 82K F

B+ANT5V

C1706 10u 16V KZA510WJPZ

R1703 10K F

S+8V

IC1726 TO MAIN2(TERMINAL)

C1707 10u 16V KZA510WJPZ

C1712 0.01u 25V

R1714 100

TL1718

0

B+5V

3

5.0

4

3

GND

SW

LV5805M

2

1

IN

BS

COMP

FB

C1720 1u 10V C1719 10u 16V KZA510WJPZ

EN

SS

TVB Vin

Vc

1

Vo

2

13.1

Vadj

3

3.3

DC-DC 1.8V

GND

4

8.0

5

0

6

0.8

5

2.6

7

1.5

C1718

8

3.3

0.1u

0

4.8

D1701

TL1701

TL1716

5+8V→B+ANT5V

B+5V S+8V

D1725 1SS390

Z

0.1u

Z

R1730 2K

D1726

C1729 22u 16V

C1727

KDS4148

ASX

B+ANT5V

BU+3.3V

C1732 0.1u 25V

C1725 10u 16V

B+3.3V

6

KZA510WJPZ B+5V

5

Vin

GND

4

5

Z

CONT

GND

Nr

1

2

3

PQ1M335M Nr

GND

1

Vc

2

TL1706

1/2W

TL1714 1

2

3.8

R1709 100

4700P

TL1705

S13V

AMP+13V TL1703

C1711

3

3

5.0

R1711 1 1/2W

0

0207TA

TL1707

TL1709 AC_DET TL1710 PS_ON

POW_BU+5V

TL1711

D1F60

C1721

ANT+5V_SW

100P (CH)

C1726 0.01u 25V

TO MAIN4(DTV STI5105) BU+3.3V

C1736 10u 16V KZA510WJPZ

BU+3.3V

L1735 15uH 2.6A PA085WJ

TL1735

R1743 100 D1735

B+3.3V

R1735 150K F

D1802 EXA526WJ 6.2V

B+1.2V S+8V

0

100 R1802

TO MAIN5(DTV MEMORY)

1SS355 D1803

B+3.3V

C1735

R1737 10K F

10u 16V KZA510WJPZ

Q1802 DTA124EKA

COMP

FB 5

1 BS

EN

6

0.8

1.5

GND

6

GND

C1722

GND

8

GND

9

AC_DET

10

PS_ON

11

BU5V

TL1712

12

GND

100P (CH)

1/2W

A303WJ R1742 1 1/2W

C1741 100u 25V ASY

25V KZA383WJ

C1744 1u

SS

7

8

3.3

UR13V→B+5V

0

R1738 100

C1740 2200P

OVERVOLTAGE PROTECTOR

Q1801 RDTC144EE

R1740 10K

C1738 2200P

PS_ON R1801 4.7K

D1801 1SS355

TO MAIN7(VCT-PRO)

6.3 2 IN

UR13V

5

25V

LV5805M

DC-DC 5V

B+3.3V C1801 2200P

15.0 3

SW

FB1735

C1743 10u

IC1735

13V_ERR

TO MAIN6(DTV CI)

B+5V

3 4

GND

UR13V

4

R1741 1

C1739 0.01u 25V

TL1719

SMAB33L

R1736 82K F

UR13V

3

7

R1719 1K

D1705

UR13V

2

TL1715

R1705 100

R1706 1 1/2W

TO POWER

1

TL1708

FB1801

R1710 10K

C1705 0.01u 25V

R1727 3.3 1/2W

BU+5V

PD

TL1713

FB1702 0207TA

PST8444N

C1702 1u 10V TVB

TL1717

1/2W

P1701 NA168WJ TL1704 FB1703 0207TA

IC1703

R1707 47K

Z

R1726 3.3

PQ1R50

R1708 3.9K

VIN

IC1701

Vo

IC1725

BU+5V RESET IC

4

R1712 1

4

Vo

BU5V→ BU+3.3V

TO MAIN3(HDMI) B+1.8V

C1703 0.1u 25V

C1701 10u 16V KZA510WJPZ

F

R1729 100

25V

0

5

2200P

R1728 2K F

R1725 2.2K F

Z

C1714

KDS4148 C1730 0.1u 25V

13V_ERR

LCD13V

PQ20WZ51

TL1725 S+8V

BU+5V

13V_ERR

C1715 150u 10V ASY

IC1702

BU+3.3V B+3.3V

TO MAIN13(T-CON POW)

FB1701 A303WJ

LCD13V

6.3

25V

B+3.3V B+3.3V

D1804 1SS355

BU+1.8V BU+3.3V

C1802 1u

B+3.3V

TO MAIN12(OUTPUT)

R1803 100

B+3.3V

25V KZA114WJ

B+5V

D1805 EXA514WJ 4.3V

R1751 C1746 10u 16V KZA510WJPZ

S+8V

B+3.3V TL1756

D1756 KDS4148

5

4

Vo

Vin

TL1755 B+1.2V

C1764 0.1u Z 16V

R1745 150K F

IC1756 Nr

16V 10u KZA510WJPZ

IC1755

1

GND

2

4

5

R1756 2.2

R1757 2.2

1/2W

1/2W

2

3 4

R1747 10K F

C1745

C1749 0.01u 25V

6.3

SW

2

1

IN

BS

EN

SS

R1752 FB1745 A303WJ

C1751 100u 25V ASY

IC1745 LV5805M

DC-DC 3.3V

Vc

15.0 3

GND

10u 16V KZA510WJPZ

COMP

FB 5

0.8

3

6

1.5

7

3.3

R1748 100

1K

1 D1755 KDS4148

R1754 100 D1745 SMAB33L

R1758

PQ012GN1

L1745 10u PA964WJ

0

PQ1LA185

3 C1760

TL1745

R1746 39K F

B+1.8V

C1755 10u 16V KZA510WJPZ

1 1/2W

8

0

C1750 2200P

C1762 0.01u 25V

R1750 5.6K

2.5

3.3 R1755 1K

C1757 0.1u 25V

C1748 4700P

B+3.3V→B+1.8V

Z

UR13V→B+3.3V

B+3.3V→B+1.2V TO MAIN8(UCON/PANEL_IF) BU+3.3V

LUG1701

LUG1702

LUG1703

LUG1704

HA006WJ

HA006WJ

HA006WJ

HA006WJ

B+3.3V BU+5V ANT_ERR ANT_ERR AC_DET AC_DET PS_ON PS_ON

ANT+5V_SW ANT+5V_SW PCON1

TO MAIN9(AUDIO AMP) AMP+13V AC_DET

SEES Engineering Department

Training course: D44

71

LUG1705 HA006WJ

LUG1706 HA006WJ

1 1/2W

C1753

R1753 1

10u 25V

1/2W

KZA383WJ

C1754 1u 25V

6. Electrical Diagrams (continued) Main 11/13 (EAGLE) Schematic Diagram (

A0

A1

A2

Vss

1

2

3

4

65

64 63

67

66

68

vgnd2

vext13

69

EX_DT[0]

70

EX_DT[1]

71

vext21

72

77

73

78

vgnd3

79

EX_DT[3]

74

80

EX_DT[4]

vgnd37

81

EX_DT[5]

vext147

82

EX_DT[6]

75

83

EX_DT[7]

vext22

84

EX_DT[8]

76

85

EX_DT[9]

EX_DT[2]

86

EX_DT[10]

VDDS

87

EX_DT[11]

VSS

88

89

EX_DT[12]

90

EX_DT[13]

91

VDDS

EX_DT[14]

92

VSS

93

EX_DT[15]

94

EX_SPIO

95

97

96

98

VDDC

99

EX_DT[16]

VSS2

100

EX_CLK1

101

EX_DT[17]

EX_CLK0

102

EX_DT[18]

103

105

EX_DT[19]

106

EX_DT[20]

107

EX_DT[22]

104

108

EX_DT[23]

EX_DT[21]

109

EX_DT[24]

VSS

110

EX_DT[25]

VDDS

111

112

EX_DT[26]

113

EX_DT[27]

114

VDDC

EX_DT[28]

115

VSS2

116

EX_DT[29]

117

118

vext158

119

VDDS

120

vgnd50

VSS

vext26

122

61 60 59 57 56 55 52 51

VSSAGND45R

BANK_SEL

VSSLCDVSS2

vgnd0

48

RB3+ RB3-

150

VDDCLCDVDDC

TEMP[2]

151

VSS2

152

TEMP[1]

153

TEMP[0]

154

REV_MODE

155

HSCAN

156

VSCAN

157

vext1105

158

vgnd87

159

SELLVDS SSCLK

BB3_P BB3_M BB2_P

4

8

3

7

2

6

BB2_M

39

BB1_P

38

BB1_M

37

BB0_P

SELLVDS

6

161

EXCLK

162

VDDC

163

5

VSSAGND1L

164

GND

RA_M

165

RA_P RB_M RB_P

36

VDDCDVCC1 VSSDGND1

RR0+ RR0-

C8129 470P

RR1+

173

L_VDDPLL2

174

L_VSSPLL2

175

L_VDDD L_VSSD VDD VDD2 VDDS_L VSS2_L VSS_L VDDC_L VDDAVDD2 VSSAGND2 VDDAVDD1R RCLKM RCLKP RD_M RD_P

VDDSAVCC4

4

RE_M

VSSAGND45L

3

R8137

1K

U/D-IN

150P

L/R-IN

R8142 ACK-

24 23 22

VDDCDVCC1

LS

20

LR0+

18

3

1

2

BCLK_P

LR1LR1+

BCLK_M

LR2-

16

VDDSAVCC4

BR3_P BR3_M

LR2+

BR2_P BR2_M BR1_P BR1_M

4

8

3

7

2

6

1

5

4

8

BR0_P

LR3LR3+ L8108 FA122WJ

BR0_M VDDSAVCC5 VSSAGND45C

LCKLCK+ LG0-

RR1+

LG0+

RR13

7 RR0+

LG1L8107 FA122WJ

LG1+

6

2

RR0-

LG2-

5

1

FB8104 A188WJ

VCC_2.5V_A

LG2+ LG3-

191

LG3+

RE_P VSSAGND1R

PLLAVS

LB1C8134 68P

C8141 10u 16V KZA510WJPZ

C8124 68P

256

255

254

253

252

251

250

249

248

LB0+

1

VSSAGND45R

VDDSAVCC5

VSSAGND45C

R_VSS15

R_VDD15

R_VSSPLL2

R_VSSPLL1

R_VDDPLL2

R_VDDPLL1

VDDSAVCC4 247

246

245

244

243

242

241

240

239

238

237

236

235

234

233

232

231

230

229

228

227

226

225

224

223

222

221

220

219

218

217

216

215

214

213

212

211

210

209

208

207

206

205

FB8101 A188WJ VCC_1.5V_B

ACK204

LB0-

C8131 150P

PLLAVD VSSLCDVSS2

VDDCLCDVDDC

FB3_P

FB3_M

FB2_P

FB2_M

FB1_P

FB1_M

FB0_P

FB0_M

VDDSAVCC5

VSSAGND45C

VDDCDVV1

VSSDGND1

VDDSAVDD4

FG3_P

FG3_M

FG2_P

FG2_M

FG1_P

FG1_M

FG0_P

FG0_M

VDDSAVCC5

VSSAGND45C

VDDCDVCC1

VSSDGND1

VDDSAVCC4

FCLK_P

FCLK_M

FR3_P

FR3_M

FR2_P

SPA1 203

FR2_M

SPA2 202

FR1_P

VSS 201

FR1_M

VCSV_Z 200

FR0_P

VCSV4 199

FR0_M

VCSV3 198

VSSLCDVSS2

VCSV2 197

VDDCLCDVDDC

VCSV1 196

VSSAGND45L

VDDS 195

VDDS

CLKOUT 194

LS_A

VDDC 193

R8149

LB1+ LB2LB2+

ACK+

A2-

SPA1

RG0-

LR0-

4

17

VSSDGND1

192

A4+

A3+

RG0+

RR2-

R8143 D 100

D

5

RR2+

A3+

100

6

L8114 FA275WJ

RR3-

A3-

A3-

7

1

19

VSSAGND45C

3 2

L8109 FA122WJ

21

BG0_M

SPA2

RR3+

ACK+

A4-

BG0_P

VDDSAVCC5

RG1-

RCK-

D

100

SPB2

8

RCK+

C8106 68P

SELLVDS

4

14

1K

BG1_M

13

R8136

C8105

RR3-

RG1+

15

BANKSEL 50Hz/60Hz

U/D_OUT

29

172

L_VSSPLL1

176

1K

28

171

S_VDDPLL1

177

R8135

BANK_SEL

27

170

VDDAVVD1L

178

1K

VCC_2.5V_B

R8134

VCC_2.5V_A

TEMP3

C8107 0.1u 25V KZA620WJ

26

169

RC_P

BG1_P

25

168

RC_M

179

TEMP_3

RR3+

SPB1

180

470

RR2+ RR2-

RG2-

181

R8133

TEMP2

5

182

TEMP_2

6

1

183

470

2

184

R8132

BG2_M

185

TEMP_1

BG2_P

186

C8108 0.1u 25V KZA620WJ

LCD CONTROLLER

187

VCC_1.5V_A

VCC_3.3V_A

R8131 470

TEMP1

7

188

D

OS/ON-OFF

PE

8

189

100

R8130 100

R8103 0

4 3

RG2+

C8104 470P

QS_EN

BG3_M

RG3-

A2+

TO MAIN8(UCON/PANEL_IF)

BG3_P

190

A2-

L8110 FA122WJ RG3+

R8146 D 100

R8147 R8129 10K

VDDSAVCC4

30

R8145 D 100

12

A1-

C8130 68P

11

A0+

0.1u 25V

A1+

C8109 820P

C8113 68P

C8119 0.1u 25V KZA620WJ

C8116 68P

A2+

C8121 68P

LB3-

C8123 680P

LB3+ VCC_3.3V_A

C8115 820P

C8132 150P

A1-

C8135 10u 16V KZA510WJPZ

A1+

A0VCC_1.5V_A

A0+

RG3RB0-

5

RR1-

10

A0C8102

KZA620WJ

A0-

RB0+ 6

L8111 FA122WJ

9

T7WU04FK

A1+

RG3+

7

1

T3Z18AFG

IC8102

R8102 10K

IC8103

3 2

8

4

166

FL8101 ZA007WJ

167

2Y

BB0_M VDDSAVCC5 VSSAGND45C

RG2RB1-

35

8 7

3

RG1-

RB1+

34

3A

33

1Y

2A

32

3Y 2

8

7

3 P_ENAB

Vcc

1 R8121 330 F

5

4

6

OUTPUT

31

1A

INPUT

2

1

5

GND

2

1 READY

A1-

RG1+

RG2+

U/D-IN

RESET

A2+

RG0+ RG0-

RB2+

L/R-IN

R8141 0

FB8106 A188WJ

R8115 1M F

ROM_VCC

A2-

RCK-

RB2-

U/D

ACK+

L8112 FA122WJ

RB3-

TEMP_2

TO MAIN13(T-CON POW)

ACK-

RB1-

RB2-

RB3+

TEMP_1

A3+

RB1+

RCK+

1K

U/D

A3-

RB0-

47

LS_B

R8104

160

L/R U/D_INV

A4+

REV

REV

470P

50

OS_ON

SPB1

vext10

TL8108

A4-

R8148 100

49

OS_SEL

OS/ON-OFF TL8107

R/L

GAGCE

RB0+

CMOS_IN

BANKSEL TEMP_3

FRAME

GSP2 GAGCK

GAGCE

RB2+

TL8109

12V_DET

GSP1

GSP1 GAGCK

SPB1

RESET

50Hz/60Hz

M24256B DAC_CLK DAC_LATCH

SPB2

45

IC8101

C8127 1000P

TO MAIN12(OUTPUT)

SPB2

VDDC

RESET

1u 6.3V

DAC_DATA

vgnd84

VDDS

vext1103

44

C8101

TO MAIN12(OUTPUT)

123

VSS

SDT

144

SDA

124

REV

SCLK

145

SCL

EX_DT[30]

SREADY

146

WP

125

139

FS

147

Vcc

vext12

GSLOP

GSP2

C8128 C8103 68P

3 1

8

GOE

148

5

7

G_LBR_INV

149

6

6

5

SDA 7

4

3

GCK

SREADY

2 8

2

GSP1

140

8

1

VDDS

141

7

2.2K

D8101 KDS184

C8126 1000P

VSS

142

6

GAGCK

143

5

EX_DIR

GSP2

U/D_INV

R8118

126

G_LBR

46

4

GSP2

GSLOP

43

2

TEST_C

GSLOP

6

3

GSP1

54

TL8101

TEST_L[3]

S_LBR

U/D

1

127

VPOL

53

8

READY

42

7

TL8102

VDDC

58

131

L/R

TO MAIN13(T-CON POW) C8125

68P

132

6

VSS2

133

5

ROM256

DAC_LATCH

134

READY

41

5

TL8106

4

40

GND 3.3V

3 4

SREADY

TL8105

3

MASTER

135

WP

TL8104

DAC_DATA DAC_CLK

136

2

DAC_LATCH

137

SDA

DAC_CLK 2

C8122 0.1u 25V KZA620WJ

62

130

22 1

C8118 470P

C8114 820P

C8112 68P

138

1

TEST_L[2]

TEST_L[0]

DAC_DATA R8114 TL8103 SCL

vgnd85

128 129

vext1102

P8101 N0663TA

LCD CONTROLLER NVM DATA UPDATE CONECTOR

TEST_L[1]

LCD CONTROLLER NVM DATA

121

C8110 0.1u 25V KZA620WJ

DUNTKE449WE01

)

FB8103 A188WJ

TO MAIN13(T-CON POW)

FB8105 A188WJ VCC_1.5V

A0+ C8142 10u 16V KZA510WJPZ

4

2

3

1

4

3

2

1

4

3

2

1

3

4

2

1

4

2

3

1

4

3

2

1

1

4

VCC_2.5V_B

VCC_2.5V FB8102 A188WJ

SEES Engineering Department

L8102 FA122WJ

Training course: D44

72

8

7

6

5

8

7

6

5

8

7

6

5

8

7

6

5 L8113 FA275WJ

L8103 FA122WJ

L8104 FA122WJ

L8105 FA122WJ

L8106 FA122WJ

LB3+

LB3-

LB2+

LB2-

LB1+

LB1-

LB0+

LB0-

LG3+

LG3-

LG2+

LG2-

LG1+

LG1-

LG0+

LG0-

LCK+

LCK-

LR3+

LR3-

LR2+

LR2-

LR1+

LR1-

LR0+

LR0-

LS

SPA1

SPA2

2

3

8

7

6

5

8

7

6

5

VCC_3.3V

L8101 FA122WJ

6. Electrical Diagrams (continued) VH247

VH159

VH63

VH0

VL0

VL63

VL159

VL255

VL247

Main 12/13 (OUTPUT) Schematic Diagram 0

0 SC8202 W2367WJ

TL8201

TL8254

80

GND

79

VGL

78

VGH

77

GSP2

TL8202

GAGCK

TL8206

GAGCE

TL8207

U/D_INV

TL8208

75

CS3

TL8334

CS4

TL8335

CS5

TL8336

CS6

TL8337

CS7

TL8338

CS8

TL8339

CS9

TL8340

CS10

TL8341

U/D CS11

TL8342

CS12

TL8343

GSP1 VCOM

GAGCK GAGCE

RB3+

TL8258

GAGCK

TL8259

GAGCE

TL8260

GOE

73

U/D L

U/D

TL8261

72

CS1

71

CS2

TL8345 TL8346

VL63

TL8347

RB3-

CS3

TL8264

CS4

TL8265

CS3

69

CS4

68

CS5

67

CS6

66

CS7

65

CS8

RB2+

64

CS9

63

CS10

62

CS11

61

CS12

60

VCOM

59

VL0

58

VL31

CS6

TL8267

CS7

TL8268

CS8

TL8269

CS9

TL8270

CS10

TL8271

CS11

TL8272

CS12

TL8273

VCOM

RB1+ RB1-

VL159

TL8327

VL191

TL8328

VL247

TL8329

57

VL63

56

VL95

55

VL127

54

VL159

RG3+ RG3-

VL255

RG2+

RG1-

52

VL247

51

VL255

50

GND

49

RB3+

48

RB3-

47

RB2+

46

RB2-

45

RB1+

44

RB1-

43

RB0+

VL255

RG0-

LB2-

LB0+ LB0-

LG1+ LG1-

RG3-

39

RG2+

38

RG2-

37

RG1+

RG0C8224 1u 25V KZA114WJ

RG0-

33

GND

32

VCC_3.3V

31

VCC_3.3V

C8227 1u CKZ

L/R

29 28

LSPIO

27

LSPOI

SPA2

26

LS

25

GND

24

RCK+

LS

RR2RR1+ RR1RR0+ RR0LCK+ LCKLR3+ LR3LR2+ LR2LR1+ LR1LR0+ LR0-

TL8234

TL8236

RR2-

TL8237

RR1+

TL8238

RR1-

TL8239

C8230 10u 25V KZA110WJ

LCK+ LCK-

22

GND

21

RR3+

20

RR3-

19

RR2+

18

RR2-

17

RR1+

16

RR1-

LR3+ LR3LR2+

15

RR0+

14

RR0-

13

GND

VLS

10

VH255

9

VH247

8

VH191

TL8245

VH191

TL8246

VH159

TL8247

TL8311

LR2-

TL8312

LR1+

TL8313

LR1-

TL8314

VH63

TL8250

VH31

TL8251

VH0

CS9

63

CS10

15

27

OUT11

OUT0

62

CS11

61

CS12

14

28

VCC

VCC

13

60

VCOM

59

VL0

58

VL31

57

VL63

56

VL95

55

VL127

54

VL159

53

VL191

52

VL247

51

VL255

50

GND

49

LB3+

48

LB3-

47

LB2+

46

LB2-

45

LB1+

44

LB1-

43

LB0+

42

LB0-

41

LG3+

40

LG3-

39

LG2+

38

LG2-

37

LG1+

36

LG1-

35

LG0+

34

LG0-

33

GND

32

VCC_3.3V

31

VCC_3.3V

30

LBR

29

REV

28

LSPIO

27

LSPOI

26

LS

25

GND

24

LCK+

23

LCK-

22

GND

21

LR3+

20

LR3-

VLS15.6V

GRADATION CORRECTION IC GAMMA CURVE

IC8201 BD8143MU C8201 1u 25V KZA114WJ

C8206 10u 16V KZA510WJPZ

NC

29

REFIN

30

VDAC

31

DACGND

32

NC

12 R8231

C8203 10u 25V KZA110WJ

LATCH

SDIN

CLK

SDOUT

DVCC

CT

GND

NC

1

2

3

4

5

6

7

8

0

CTL

11

NC

10

OSC

9

C8222 1000P

C8223 1u 25V KZA114WJ

TO MAIN11(EAGLE) DAC_CLK DAC_DATA DAC_LATCH

TO MAIN10(POWER SUPPLY) B+3.3V

C8226 1u 25V KZA114WJ

TO MAIN8(UCON/PANEL_IF)

22 R8227 0

3

4

1

2

VCOM_SCL VCOM_SDA TCON_WP

C8213

VH159 VH159 VH127

5

VH95

4

VH63

3

VH31

2

VH0

R8210 7.5K

7

6

5

SET

SCL

SDA

VDD

OUT

AVDD

WP

GND

1

2

3

4

25V KZA620WJ

IC8202

D

BU55041

19

LR2+

18

LR2-

17

LR1+

16

LR1-

15

LR0+

14

LR0-

13

GND

12

VLS

11

VLS

10

VH255

9

VH247

8

VH191

7

VH159

6

VH127

5

VH95

4

VH63

3

VH31

2

VH0

1

GND

R8215 R8211 0

TL8317

24K

D

TL8353

C8208 1u

TL8354

VH191

6

TCON_WP

VCOM IC WITH NVM (VCOM ADJ. IS STORED IN)

0.1u 8

TL8318

VH247

7

B+3.3V

R8209

TL8316

25V

R8217 100

C8212 0.1u 25V KZA620WJ

R8213 24K D

KZA114WJ

TL8355 TL8356 TL8357 TL8324 TL8325

TL8249

LR0+

16

OUT1

TL8315

C8231 10u 25V KZA110WJ

TL8248

LR1-

LR0-

VLS

TL8244 VH247

TL8310

LR0-

11

KZA114WJ

TL8309

LR2+

LR0+

TL8243

LR1+

OUT2

OUT10

TL8307

LR3-

TL8283

LR2-

64

TL8305

LR3+

TL8242

12

C8225 1u 25V

OUT9

26

TL8352

TL8241

RR0-

25

0

TL8308

RCK-

TL8240

RR0+

OUT3

TL8306 LCK+ LCK-

23

TL8235

OUT4

TL8304

TL8320

RR2+

OUT5

TL8300

TL8303

TL8232

RR3-

AGND

TL8350

TL8302

SPA1

TL8233

RR3+

AGND

17

TL8301

TL8231

RR3-

OUT6

18

R8203

TL8348

REV

TL8230

RR2+

CS8

TL8282

REV

TL8229

RR3+

TL8281

LBR

TL8228

RCK-

CS7

65

OUT7

19

TL8351

30

RCK-

CS6

66

OUT8

20

TL8299

LG0-

34

TL8227

RCK+

TL8280

VL191

RG0+

TL8226

SPB1

CS5

67

21

TL8298

LG0+

TL8321

SPB2

VL159

RG1-

TL8225

LS

68

CS11 CS12 22

TL8297

TL8326

REV

CS4

23

TL8296

LG1-

TL8224

L/R

69

CS10

24

TL8295

LG1+

35

SPA1

CS3

TL8294

LG2-

36 SPA2

70

TL8293

LG2+

TL8223

RG0+

71

CS2

CS6

TL8292

LG3+

TL8222

RG1-

CS1

CS5

TL8291

LG3-

TL8221

RG1+

LG0-

RG3+

40 TL8220

RG2-

LG0+

RB0-

41 TL8219

RG2+

LG2-

42 TL8218

RG3-

LG2+

CS9

72

CS4

TL8290

LB0-

TL8217

RG3+

LG3+ LG3-

CS8

U/D L

CS3

C8217 0.1u 25V KZA620WJ

TL8289

LB0+

TL8216

RB0-

GOE

73

TL8287

LB1-

TL8215

RB0+

LB1-

CS7

74

C8216 0.1u 25V KZA620WJ

TL8288

LB1+

TL8214

RB1-

LB1+

GCK

C8214 0.1u 25V KZA620WJ

TL8286

LB2+ LB2-

TL8213

RB1+

LB2+

75

C8211 0.1u 25V KZA620WJ

C8209 0.1u 25V KZA620WJ

TL8285

LB3-

TL8212

RB2-

LB3-

GSP1

TL8349

TL8211

RB2+

LB3+

76

C8207 0.1u 25V KZA620WJ

TL8284

LB3+

TL8210

RB3-

GSP2

TL8276

VL247

TL8331

RG0+

RCK+

TL8275

TL8277

VL191

TL8209

RB3+

77

C8219 0.1u 25V KZA620WJ

C8204 0.1u 25V KZA620WJ

TL8279

TL8330

RG2RG1+

VGH

TL8278

53

RB0-

CS2

VGL

78

TL8274 VL0

VL63

VL31

TL8323

RB2-

CS1

79

TL8266

CS5

TL8322

RB0+

VCOM

R8233 47

TL8263

CS2

TL8344

VL0 VL31

R8228 47

TL8262

CS1

TL8333

TO MAIN11(EAGLE)

GSP2

GSP1

GCK

74

70

U/D_INV

GSP1

C8229 0.1u CYB

TL8332

CS2

R8226 47

GND

TL8257

GSP2

76

CS1

R8221 47

VH255

TL8205

R8204 47

R8219 47

R8212 47

80

TL8256

TL8204

GSP1

R8208 47

TL8255

TL8203 GSP2

TO MAIN13(T-CON POW)

R8234

R8202 SC8201 W2367WJ C8218 0.1u CYB

TL8252

VH63

TL8358

VH31

TL8359

VH0

TL8360

DUNTKE449WE01

TL8319

TL8253

1

GND

TO MAIN13(T-CON POW) VCIN VH255 VLS15.6V VCC_3.3V VGL-6V VGH35V

SEES Engineering Department

Training course: D44

73

6. Electrical Diagrams (continued) Main 13/13 (T-CON) POW Schematic Diagram TO MAIN10(POWER SUPPLY) 13V_ERR LCD13V

LCD13V

C8461 0.1u 25V KZA620WJ

DUNTKE449WE01

R8504 3.3 1/2W

D8410 D1F60

VCC13V

R8408 0.33 1/2W

Q8404 2SA1530AR C8464 10u 25V KZA110WJ

R8420 91K D

R8505 3.3 1/10W

D8411 1SS355 13V_ERR

Q8402 DTC114EE

TO MAIN11(EAGLE)

R8409 10K

GSLOP R8417 100

R8421 13K D

TO MAIN11(EAGLE) P_ENAB ROM_VCC RESET

VCC_3.3V VCC_2.5V VCC_2.5V

C8428 10u 16V KZA510WJPZ

VCC_1.5V

C8417 33P (CH)

KZA510WJPZ

R8410 15K D

R8506 100

TL8405

TL8401

C8458 2.2u 25V KZA211WJ

C8411 4700P

D8409 RB160M30

R8499 0 1/10W

TL8404 R8427 68K F R8428 11K F

C8419 0.1u

D8407 RB160M30

1/10W

R8411 D 15K

D

L8402 10u PA964WJ

PA964WJ L8403

TL8402

10u

R8406 51K D8406 RB160M30

MVLS

"+%U%#!

SHARP LC-26D44 & LC32D44 Training Course (English)[1]

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