kds55a2000 sm sony en

SERVICE MANUALMODEL COMMANDER DEST. CHASSIS NO. MODEL

SP-3 CHASSISCOMMANDER DEST. CHASSIS NO.

KDS-50A2000 KDS-50A2000 KDS-50A2010 KDS-55A2000 KDS-55A2000

RM-YD010 RM-YD010 RM-YD010 RM-YD010 RM-YD010

USA CANADA MEXICO USA CANADA

KDS-60A2000 KDS-60A2000 KDS-60A2010

RM-YD010 RM-YD010 RM-YD010

USA CANADA MEXICO

POWER

OPEN

TIMER

LAMP

POWER

KDS-50A2000/50A2010/55A2000/60A2000/60A2010

RM-YD010

SXRD PROJECTION TV

KDS-50A2000/50A2010/55A2000/60A2000/60A2010 KRM-YD010 RM-YD010 RM-YD010 RM-YD010 RM-YD010

SpecificationsTelevision system:NTSC American TV Standard ATSC (8VSB terrestrial) ATSC compliant 8VSB QAM on cable ANSI/SCTE 07 2000 (Does not include CableCARD functionality)

AUDIO OUT:500 mVrms (100% modulation) More than 1 Vrms at the maximum volume setting (Variable) 500 mVrms (Fixed)

DIGITAL OUT(OPTIVAL):Optical Digital Audio Output (PCM/Dolby digital)

PC IN 8:D-sub 15-pin, analog RGB, 0.7 Vp-p, 75 ohms, positive See the PC Input Signal Reference Chart on page 61

Channel coverage:Terrestrial (analog) Cable TV (analog) Terrestrial (digital) Cable TV (digital) 2-69 1-125 2-69 1-135

PC AUDIO INPUT:Stereo mini jack, 0.5 Vrms, 47 kilohm

Speaker:Full range: 70 130 mm (2 7/8 5 1/8 inches) (2)

Antenna:75-ohm external terminal for VHF/UHF

Speaker output:12 W + 12 W

Screen size (measured diagonally):KDS-50A2000/KDS-50A2010: 50 inches KDS-55A2000: 55 inches KDS-60A2000/KDS-60A2010: 60 inches

Power requirement:120 V AC, 60 Hz

Power consumption:In use: 210W In standby: Less than 0.5W

Projection system3 SXRD panel, 1 lens projection system

SXRD panel

0.61 inch SXRD panel 6,220,800 pixels (2,073,600 3)

Dimensions (W/H/D):KDS-50A2000/KDS-50A2010: 1180 839 447 mm (46 1/2 33 1/8 17 5/8 inches) KDS-55A2000: 1292 913 480 mm (50 7/8 36 19 inches) KDS-60A2000/KDS-60A2010: 1413 988 514 mm (55 3/4 39 20 1/4 inches)

Projection lensHigh performance, large diameter hybrid lens F2.5

LampUltra High Pressure Lamp , 120W, XL-5200

VIDEO IN 1/2/3:YPBPR (Component Video) (VIDEO 2 only): Y: 1.0 Vp-p, 75 ohms unbalanced, sync negative PB: 0.7 Vp-p, 75 ohms PR: 0.7 Vp-p, 75 ohms Signal format: 480i, 480p, 720p, 1080i S VIDEO (4-pin mini DIN) (VIDEO 1 only): Y: 1.0 Vp-p, 75 ohms unbalanced, sync negative C: 0.286 Vp-p (Burst signal), 75 ohms VIDEO: 1 Vp-p, 75 ohms unbalanced, sync negative AUDIO: 500 mVrms (100% modulation) Impedance: 47 kilohms

Mass:KDS-50A2000/KDS-50A2010: 34 kg (75 lb.) KDS-55A2000: 38 kg (83 lb. 13 oz.) KDS-60A2000/KDS-60A2010: 43 kg (94 lb. 13 oz.)

Supplied accessories:Remote control RM-YD010 (1) Size AA batteries (2) Operating Instructions (1) Quick Setup Guide (1) Warranty Card (1) (A2000) Product Registration Card (1) (A2000)

HD/DVD IN 4/5:YPBPR (Component Video) : Y: 1.0 Vp-p, 75 ohms unbalanced, sync negative PB: 0.7 Vp-p, 75 ohms PR: 0.7 Vp-p, 75 ohms Signal format: 480i, 480p, 720p, 1080i AUDIO: 500 mVrms (100% modulation) Impedance: 47 kilohms

Optional accessories:TV Stand: SU-RS11M(KDS-50A2000/KDS-50A2010) SU-RS11X (KDS-55A2000/KDS-60A2000/KDS-60A2010) Lamp: XL-5200

Design and specifications are subject to change without notice.

HDMI IN 6/7:Video: 480i, 480p, 720p, 1080i, 1080p Audio: Two channel linear PCM 32, 44.1 and 48 kHz, 16, 20 and 24 bits AUDIO (for HDMI IN 7): 500 mVrms (100% modulation) Impedance: 47 kilohms HDMI:

2


Replacing the LampThe projection lamp, like all lamps, will eventually lose brightness and functionality, which affects the overall performance of your TV. How long the lamp maintains its brightness will vary depending upon your usage and environmental conditions. To maintain the quality of your viewing experience, Sony recommends that you replace the lamp (1) after approximately 8,000 hours of use; (2) when the screen becomes dark or the color looks unusual; (3) when the LAMP LED on the front of the TV blinks; or (4) when the lamp replacement message appears on the TV screen.WARNING Electric appliances can cause fire or high temperature, resulting in injury or death. Be sure to follow the instructions below.

Use a Sony XL-5200 replacement lamp (not supplied) for replacement. Use of any other lamp may damage the TV. Do not remove the lamp for any purpose other than replacement. Doing so may cause injury or fire. Do not put flammable materials and metal objects inside the lamp receptacle of the TV after removing the lamp. Doing so may cause fire or electrical shock. Do not touch the lamp receptacle once the lamp has been removed. When the lamp eventually burns out, you may hear a noticeable pop sound. This is normal and it is inherent to this type of lamp. In rare instances, the bulb may pop inside the lamp unit, but the lamp unit is designed to contain all of the broken glass pieces inside the lamp unit. This TVs lamp contains mercury and should be disposed of properly. Consult your local authorities regarding safe disposal. The material contained in this lamp are similar to those of a fluorescent lamp, so you should dispose of it in the same way.

How to Replace the Lamp

1 Turn off the power on the main unit. Wait several minutes, then unplugthe power cord. (The cooling fan will continue to operate for about two minutes after turning the power off.)

2 Wait at least 30 minutes after unplugging the power cord to allow thelamp to cool down before replacing it. To avoid being burned, do not touch the lamp receptacle once the lamp has been removed. (Continued)

3


3 Take the new lamp out of the box.Do not touch the glass portion of the new lamp. Do not shake the lamp. Vibration can damage the lamp or shorten its life. Avoid touching the front glass of a new lamp or the glass of the lamp receptacle. This may reduce picture quality or lamp life.

4 Remove the outside lamp cover.Release the two clamps as shown in the illustration below.

5 Remove the lamp door.Turn the screw counterclockwise and slide the lever to the left. Remove the door.

6 Pull out the lamp.Hold the indented grooves on the top corners of the lamp, as shown in the illustration, and pull the lamp straight out. If the lamp is hard to remove, pull the right side of the lamp for additional traction.Hold this part of the lamp

4


Do not touch the inside of the lamp compartment. The lamp is very hot immediately after use. Never touch the glass portion of the lamp or the surrounding parts. After the used lamp has cooled, place it into the empty box of the replacement lamp. Never put the used lamp into a plastic bag.

7 Put the new lamp into its place.Insert the new lamp by pressing the two parts firmly into place as shown in the illustration. Make sure the lamp is securely mounted into the compartment. Failure to do so may cause a fire or the screen to go dark.

The lamp compartment is tilted, as shown in the following illustration.

If the lamp is not securely reattached, the self-diagnostic function may be triggered and the POWER LED blinks three times.

8 Reattach the lamp door.Replace the door by inserting the two tabs in the slot from the left side. Slide the lever to the right and then turn the screw clockwise to secure the door.

(Continued)

5


9 Put the outside lamp cover back in its place.Replace the cover, inserting it from the left side. Press the two tabs on the right side to secure the cover.

10 Turn on the TV and set the Lamp Replacement option in the Setupsettings. This setting is necessary to inform you when the next lamp replacement is needed. Until you set the Lamp Replacement option, a message announcing that the lamp is at the end of its life will appear every time you turn on the TV. Consult your Sony dealer for a Sony XL-5200 replacement lamp. Take great care when replacing the lamp or plugging in/unplugging the connecting cords. Rough handling may cause the TV to fall, damaging the TV, the TV stand and the floor.

The used lamp For customers in the United States:

This product contains mercury. Disposal of this product may be regulated if sold in the United States. For disposal or recycling information, please contact your local authorities or the Electronics Industries Alliance (http://www.eiae.org). Do not leave the used lamp near flammable materials or within the reach of children.

Do not pour water onto the used lamp or put any object inside the lamp. Doing so may cause the lamp to burst.

For replacement lamp information visit: U. S. residents: http://www.sonystyle.com/tv/ Canadian residents: http://www.sonystyle.ca/tv/

6


SAFETY CHECK-OUT( US model only )After correcting the original service problem, perfom the following safety checks before releasing the set to the customer: l. Check the area of your repair for unsoldered or poorly-soldered connections. Check the entire board surface for solder splashes and bridges. 2. Check the interboard wiring to ensure that no wires are pinched or contact high-wattage resistors. 3. Check that all control knobs, shields, covers, ground straps, and mounting hardware have been replaced. Be absolutely certain that you have replaced all the insulators. 4. Look for unauthorized replacement parts, particularly transistors, that were installed during a previous repair. Point them out to the customer and recommend their replacement. 5. Look for parts which, through functioning, show obvious signs of deterioration. Point them out to the customer and recom mend their replacement. 6. Check the line cords for cracks and abrasion. Recommend the replacement of any such line cord to the customer. 7. Check the condition of the monopole antenna (if any). Make sure the end is not broken off, and has the plastic cap on it. Point out the danger of impalement on a broken antenna to the customer, and recommend the antennas replacement. 8. Check the B+ and HV to see they are at the values specified. Make sure your instruments are accurate;be suspicious of your HV meter if sets always have low HV. 9. Check the antenna temminals, metal trim, metallized knobs, screws, and all other exposed metal parts for AC leakage. Check leakage as described below. LEAKAGE TEST The AC leakage from any exposed metal part to earth ground and from all exposed metal parts to any exposed metal part having a return to chassis, must not exceed 0.5mA (500 microampers) . Leakage current can be measured by any one of three methods. 1. A commercial leakage tester, such as the Simpson 229 or RCA WT-540A. Follow the manufacturers instructions to usc these instruments. 2. A battery-operated AC milliammeter. The Data Precision 245 digital multimeter is suitable for this job. 3. Measuring the voltage drop across a resistor by means of a VOM or battery-operated AC voltmeter. The limit indication is 0.75V, so analog meters must have an accurate lowvoltage scale. The Simpson 250 and Sanwa SH-63Trd are examples of a passive VOM that is suitable. NearIy all battery operated digital multimeters that have a 2V AC range are suitable. (See Fig. A) HOW TO FIND A GOOD EARTH GROUND A cold-water pipe is guaranteed earth ground;the cover-plate retaining screw on most AC outlet boxes is also at earth ground. If the retaining screw is to be used as your earth-ground, verify that it is at ground by measuring the resistance between it and a coldwater pipe with an ohmmeter. The reading should be zero ohms. If a cold-water pipe is not accessible, connect a 60-l00 watts trouble light (not a neon lamp) between the hot side of the receptacle and the retaining screw. Try both slots, if necessary, to locate the hot side of the line, the lamp should light at normal brilliance if the screw is at ground potential. (See Fig. B)

To Exposed Metal Parts on Set

Trouble Light Ohmmeter AC Outlet Box AC voltmeter (0.75V)

1.5 F

1.5k

Cold-water Pipe

Earth Ground Fig. B. Checking for earth ground. Fig. A. Using an AC voltmeter to check AC leakage.

7

KDS-50A2000/50A2010/55A2000/60A2000/60A2010 KCAUTIONThese servicing instructions are for use by qualified service personnel only. To reduce the risk of electric shock, do not perform any servicing other than that contained in the operating instructions unless you are qualified to do so. WARNING!! AN ISOLATION TRANSFORMER SHOULD BE USED DURING ANY SERVICE TO AVOID POSSIBLE SHOCK HAZARD, BECAUSE OF LIVE CHASSIS. THE CHASSIS OF THIS RECElVER IS DIRECTLY CONNECTED TO THE AC POWER LINE. SAFETY-RELATED COMPONENT WARNING!! COMPONENTS IDENTIFIED BY SHADING AND MARK ! ON THE SCHEMATIC DIAGRAMS, EXPLODED VIEWS AND IN THE PARTS LIST ARE CRITICAL TO SAFE OPERATION. REPLACE THESE COMPONENTS WITH SONY PARTS WHOSE PART NUMBERS APPEAR AS SHOWN IN THIS MANUAL OR IN SUPPLEMENTS PUBLISHED BY SONY. CIRCUIT ADJUSTMENTS THAT ARE CRITICAL TO SAFE OPERATION ARE IDENTIFIED IN THIS MANUAL. FOLLOW THESE PROCEDURES WHENEVER CRITICAL COMPONENTS ARE REPLACED OR IMPROPER OPERATION IS SUSPECTED. RM-YD010 RM-YD010 RM-YD010 RM-YD010 RM-YD010

ATTENTION!! AFIN DEVITER TOUT RISQUE DELECTROCUTION PROVENANT DUN CHSSIS SOUS TENSION, UN TRANSFORMATEUR DISOLEMENT DOIT ETRE UTILIS LORS DE TOUT DEPANNAGE. LE CHSSIS DE CE RECEPTEUR EST DIRECTEMENT RACCORD LALIMENTATION SECTEUR. ATTENTION AUX COMPOSANTS RELATIFS LA SCURIT!! LES COMPOSANTS IDENTIFIS PAR UNE FRAME ET PAR UNE MAPQUE ! SUR LES SCHMAS DE PRINCIPE, LES VUES EXPLOSES ET LES LISTES DE PIECES SONT DUNE IMPORTANCE CRITIQUE POUR LA SCURIT DU FONCTIONNEMENT. NE LES REMPLACER QUE PAR DES COMPOSANTS SONY DONT LE NUMRO DE PICE EST INDIQU DANS LE PRSENT MANUEL OU DANS DES SUPPLMENTS PUBLIS PAR SONY. LES RGLAGES DE CIRCUIT DONT LIMPORTANCE EST CRITIQUE POUR LA SCURIT DU FONCTIONNEMENT SONT IDENTIFIES DANS LE PRSENT MANUEL. SUIVRE CES PROCDURES LORS DE CHAQUE REMPLACEMENT DE COMPOSANTS CRITIQUES, OU LORSQUUN MAUVAIS FONCTIONNEMENT SUSPECT.

8


TABLE OF CONTENTSSection Title Page 2 3 11 Section Title Page

SPECIFICATIONS ....................................................... REPLACING THE LAMP ........................................... 1. SELF DIAGNOSIS FUNCTION ..................... 2. DISASSEMBLY2-1. 2-2. 2-3. 2-4. 2-5. 2-6. 2-7. 2-8. 2-9. Rear Cover .......................................................... Chassis Block ..................................................... Shield ATSC ....................................................... Terminal Bracket ................................................ QT Board, QM Board ......................................... Main Shield ........................................................ A1, B1, S1 Boards .............................................. Lamp Fan Unit .................................................... Power Block .......................................................

4. DIAGRAMS4-1. Block Diagram (1) .............................................. Block Diagram (2) .............................................. Block Diagram (3) .............................................. Block Diagram (4) .............................................. Block Diagram (5) .............................................. 26 27 28 29 30 31 32 33 34 35 36 37 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67

14 15 16 16 17 18 18 19 19 20 20 21 22 22 23 4-2. 4-3. 4-4. (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) (18) (19) (20) (21) (22) (23) (24) (25) (26) (27) (28) (29) (30)

Block Diagram (6) .............................................. Block Diagram (7) .............................................. Block Diagram (8) .............................................. Block Diagram (9) .............................................. Block Diagram (10) ............................................ Frame Schematic Diagram ................................. Circuit Boards Location ..................................... Schematic Diagrams ........................................... Schematic Diagram of A1 (1/6) Board .............. Schematic Diagram of A1 (2/6) Board ............. Schematic Diagram of A1 (3/6) Board ............. Schematic Diagram of A1 (4/6) Board ............. Schematic Diagram of A1 (5/6) Board ............. Schematic Diagram of A1 (6/6) Board .............. Schematic Diagram of B1 (1/11) Board ........... Schematic Diagram of B1 (2/11) Board ........... Schematic Diagram of B1 (3/11) Board ........... Schematic Diagram of B1 (4/11) Board ........... Schematic Diagram of B1 (5/11) Board ............ Schematic Diagram of B1 (6/11) Board ............ Schematic Diagram of B1 (7/11) Board ............ Schematic Diagram of B1 (8/11) Board ........... Schematic Diagram of B1 (9/11) Board ........... Schematic Diagram of B1 (10/11) Board .......... Schematic Diagram of B1 (11/11) Board ......... Schematic Diagram of C (1/11) Board ............. Schematic Diagram of C (2/11) Board ............. Schematic Diagram of C (3/11) Board ............. Schematic Diagram of C (4/11) Board ............. Schematic Diagram of C (5/11) Board .............. Schematic Diagram of C (6/11) Board .............. Schematic Diagram of C (7/11) Board .............. Schematic Diagram of C (8/11) Board ............. Schematic Diagram of C (9/11) Board ............. Schematic Diagram of C (10/11) Board ............ Schematic Diagram of C (11/11) Board ............ Schematic Diagram of G (1/2) Board ................ Schematic Diagram of G (2/2) Board ...............

2-10. Scirocco Fan ....................................................... 2-11. Unit Cover Assembly ......................................... 2-12. Optics Block Assembly ...................................... 2-13. Screen Frame Block Assembly .......................... 2-14. Front Terminal Bracket ...................................... 2-15. Mirror Cover Block ............................................

3. ELECTRICAL ADJUSTMENTS3-1. Picture Distortion Correction Mechanism ............ V-TRAP Correction 1 ................................... V-TRAP Correction 2 ................................... Picture Rotation Correction 1 ....................... Picture Rotation Correction 2 ....................... 24 24 24 24 24 24 24 24 25 25 25 25 25 3-1-1. 3-1-2. 3-1-3. 3-1-4. 3-2.

Electrical Adjustment by Remote Commander ....

3-2-1. Method of Setting the Service Adjustment Mode ............................................................... 3-2-2. Service Mode Adjustment ............................ 3-2-3. Memory Write Confirmation Method .......... 3-2-4. Adjusting Buttons and Indicator ................... 3-3. 3-4. 3-5. To Read Lamp and Panel Time ......................... Test Reset ........................................................... H/V Center Confirmation and Adjustment ........

9


Section (31) (32) (33) (34) (35) (36) (37) (38) (39) (40) (41) (42) 4-5. (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (11) (12) (13) 4-6.

Title Schematic Diagram of H1 Board ...................... Schematic Diagram of H2 Board ....................... Schematic Diagram of H3 Board ....................... Schematic Diagram of QM (1/6) Board ............ Schematic Diagram of QM (2/6) Board ............ Schematic Diagram of QM (3/6) Board ............ Schematic Diagram of QM (4/6) Board ............ Schematic Diagram of QM (5/6) Board ............ Schematic Diagram of QM (6/6) Board ............ Schematic Diagram of QT Board ...................... Schematic Diagram of S1, S2 Boards ................ Schematic Diagram of T Board ......................... Printed Wiring Boards ........................................ A1 Board (Side A) .............................................. A1 Board (Side B) .............................................. B1 Board (Side A) .............................................. B1 Board (Side B) .............................................. C Board (Side A) ................................................ C Board (Side B) ................................................ G Board (Side A) ................................................ G Board (Side B) ................................................ H1, H2 Boards .................................................... H3 Board ............................................................. QM Board (Side A) ............................................ QM Board (Side B) ............................................ QT Board (Side A) ............................................. QT Board (Side B) ............................................. S1, S2, T Boards ................................................. Semiconductors ..................................................

Page 68 69 70 71 72 73 74 75 76 77 78 79 80 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95

Section

Title

Page

5. EXPLODED VIEWS5-1. 5-2. 5-3. Screen, Covers .................................................... Chassis Assembly ............................................... Optics Block ....................................................... 96 97 98

6. ELECTRICAL PARTS LIST A1 Board ................................................................... B1 Board ................................................................... C Board ..................................................................... G Board ..................................................................... H1 Board ................................................................... H2 Board ................................................................... H3 Board ................................................................... QM Board ................................................................. QT Board .................................................................. S1 Board .................................................................... S2 Board .................................................................... T Board ..................................................................... 99 112 122 133 137 137 137 138 143 144 144 144

10


SECTION 1 SELF DIAGNOSIS FUNCTION1. Summary of Self-Diagnosis Function - This device includes a self-diagnosis function. - In case of abnormalities, the POWER indicator automatically blinks. It is possible to predict the abnormality location by the number of blinks. The Instruction Manual describes blinking of the POWER indicator. - If the symptom is not reproduced sometimes in case of a malfunction, there is recording of whether a malfunction was generated or not. Operate the remote command to confirm the matter on the screen and to predict the location of the abnormality.

2. Diagnosis Items and Prediction of Malfunction Location - When a malfunction occurs the POWER indicator only blinks for one of the following diagnosis items. In case of two or more malfunctions, the item which first occurred blinks. If the malfunctions occurred simultaneously, the item with the lower blink count blinks first. - The screen display displays the results regarding all the diagnosis items listed below. The display "0" means that no malfunctions occurred. Number of times POWER indicator blinks 2 times 3 times 4 times Probable Cause Location -The periphery of lamp heats up abnormally - Lamp cover is not attached securely. - Fan1 power is not supplied. - Fan connector is not attached securely. - Lamp driver is faulty. - D5V is not supplied.- Speaker line is shorted. -7V is over voltage.

Diagnosis Item Temp. over Lamp cover

Defected symptoms - No picture/No sound - No picture/No sound

Fan error Lamp driver Power error Audio prot Power OVP

- No picture/No sound

5 times 6 times 7 times 8 times

- No picture/No sound - No picture/No sound - No picture/No sound - No picture/No sound

Device error

9 times

Temperature sensors, Bus decoder ICs (IC1700, 1800, 1900, 5066, 2305) IC6402 - Lamp for the light source burns out.

-No picture

Lamp error

LAMP-LED flashes

- No picture/No sound

11


3. Blinking count display of POWER/STANDBY indicator - One blink is not used for self-diagnosis. - Example Diagnosis itemPOWER

LED blinks 3 times 4 times

OPEN

TIMER

LAMP

POWER

Lamp cover FanPOWER

TIMER

LAMP

POWER

POWER indicator LAMP indicator

LED ON : 0.3sec LED OFF : 0.3sec

LED OFF 3.0sec

- Release of POWER/STANDBY indicator blinking The POWER/STANDBY indicator blinking display is released by removing the plug from the power or leaving for 2 minutes. 4. Self-diagnosis screen displays - In cases of malfunctions where it is not possible to determine the symptom such as when the power goes off occasionally or when the screen disappears occasionally, there is a screen display on whether the malfunction occurred or not in the past (and whether the detection circuit operated or not) in order to allow confirmation. - Quickly press the remote command button in the following order from the standby state. DISPLAY Channel 5 Vol POWER

Be aware that this differs from the method of entering the service mode (Vol +). Error information 002 : LED blink times TEMP : Panel Temp Error 001 : Error count (Max 255) Reboot counter 102 : Error number TVM_WDT : Reboot micro 002 : WDT count (Max 255) Boot count and total power on time Display rule 12345-67890 : alternately display (ex.) Boot Count 13579 times Total power on time 24680 hours Each max is 99999 SELF CHECK 002 003 004 005 006 007 008 009 101 102 103 104 : : : : : : : : TEMP L_COVER FAN L_DRIVER POWER AUDIO P_OVP DEVICE 001 000 003 000 000 000 000 000 000 002 000 000

: DTT_WDT : TVM_WDT : WEM_WDT : DEM_WDT

12345-67890

* The boot count is increased at all power on timing. (AC Off ->Power On, Main SW Off -> Power On, Standby -> Power On) * The total power on time is written to NVM at 1 time per a hour.

12


- The results display is not automatically cleared. In case of repairs and after repairs, check the self-diagnosis screen and be sure to return the results display to "0". - If the results display is not returned to "0" it will not be possible to judge a new malfunction after completing repairs. 1. Power off (Set to the standby mode) 2. DISPLAY 3. Channel 8 Channel 5 Vol POWER

ENTER

- When ending the self-diagnosis screen completely, turn the power switch OFF on the remote commander or the main unit. 5. Self-Diagnosis function operation 2 : Temp over When the inside temperature sensed with IC3150, IC3200 and IC2000 mounted on S1 board, S2 board and C board respectively exceed the threshold, DEM (Display Engine u-com) detects it and makes turn off the lamp. When the lamp cover is opened or harness from T board is off, DEM detects it and makes turn off the lamp When any FAN is stopping or harness is not connected correctly, DEM detects it and makes turn off the lamp When the ballast is not working with high voltage, DEM detects it and makes turn off the lamp When the voltage converted on 5V regulated from 11V is low, TVM (TV u-com) detects it and makes turn off the lamp. When DC is appeared by audio amp failure at speaker line, DEM detects it and makes turn off the lamp. When the output voltage from 7V is abnormally high, TVM detects it and makes turn off the lamp. When the temperature sensor and bus decoder ICs do not return ACK on IIC bus to DEM, DEM detects it and makes turn off the lamp. When the lamp is broken, DEM detects it.

3

: Lamp cover

4

: FAN error

5

: Lamp Driver

6

: Power error

7

: Audio

8

: Power-OVP

9

: Device error

LAMP

: Lamp

13


SECTION 2 DISASSEMBLY2-1. REAR COVER

2 7 screws (+BVTP2 4x16) Lamp door

1 Pull the claw

3 Rear cover

14

KDS-50A2000/50A2010/55A2000/60A2000/60A2010 K2-2. CHASSIS BLOCKRM-YD010 RM-YD010 RM-YD010 RM-YD010 RM-YD010

2 Screw (+BVTP2 4x16)

1 Connectors

3

3

15

KDS-50A2000/50A2010/55A2000/60A2000/60A2010 K2-3. SHIELD ATSC2 2 screws (+BVST 3x6) Shield ATSC RM-YD010 RM-YD010 RM-YD010 RM-YD010 RM-YD010

2 3 screws (+BVST 3x6)


1 Connector


2-4. TERMINAL BRANCKET


Terminal bracket 1 2 connectors

1 Connector

1 F cable

16

KDS-50A2000/50A2010/55A2000/60A2000/60A2010 K2-5. QT BOARD, QM BOARDRM-YD010 RM-YD010 RM-YD010 RM-YD010 RM-YD010

1 6 connectors


4 screws (+BVST 3x6)

3

3 QT board

4 QM board

Be careful about the connector connected between QM board and A1 board.

17

KDS-50A2000/50A2010/55A2000/60A2000/60A2010 K2-6. MAIN SHIELD3 2 screws (+PSW M 3x8) 1 7 connectors Main shield

RM-YD010

RM-YD010

RM-YD010

RM-YD010

RM-YD010

4


2-7. A1, B1, S1 BOARD



A1 board

5 S1 board

B1 board

3 Connector

4 Screw (+BVST 3x6)

18

KDS-50A2000/50A2010/55A2000/60A2000/60A2010 K2-8. LAMP FAN UNIT1 Screw (+BVTP2 4x16) 2 Side stay (R) 3 Screw (+BVTP2 4x16) 3 Screw (+BVTP2 4x16) RM-YD010 RM-YD010 RM-YD010 RM-YD010 RM-YD010

4

2-9.

POWER BLOCK

1 Screw (+BVTP2 4x16)

2

3

19

KDS-50A2000/50A2010/55A2000/60A2000/60A2010 K2-10. SCIROCCO FAN4 screws (+BVTP2 4x16)

RM-YD010

RM-YD010

RM-YD010

RM-YD010

RM-YD010

1

3

2-11. UNIT COVER ASSEMBLY1 3 screws (+BVTP2 4x16)

20

KDS-50A2000/50A2010/55A2000/60A2000/60A2010 K2-12. OPTICS BLOCK ASSEMBLYRM-YD010 RM-YD010 RM-YD010 RM-YD010 RM-YD010

2 screws (+BVTP2 4x16)

Optics block assembly

21

KDS-50A2000/50A2010/55A2000/60A2000/60A2010 K2-13. SCREEN FRAME BLOCK ASSEMBLYRM-YD010 RM-YD010 RM-YD010 RM-YD010 RM-YD010

50A20003 screws (+BVTP2 4x16)





55A2000/60A20004 screws (+BVTP2 4x16)







22

KDS-50A2000/50A2010/55A2000/60A2000/60A2010 K2-14. FRONT TERMINAL BRACKETRM-YD010 RM-YD010 RM-YD010 RM-YD010 RM-YD010

Remove 7 claws of front terminal bracket by inserting the pin 5 to 10mm to the 7 square holes on the edge of front teminal bracket. At this time, pay attention not to scratch front terminal bracket. 2 screws (+BVTP2 4x16)

2-15.

MIRROR COVER BLOCK

2

1 2 screws (+BVTP2 4x16)

23


SECTION 3 ELECTRICAL ADJUSTMENTS3-1. PICTURE DISTORTION CORRECTION MECHANISM3-1-1. V-TRAP Correctin 1In case of movimg the V spacer by changing the position of center screw on the V spacer 2 to 1, the picture center goes down and square to trapezoid as shown in figure.

3-2. ELECTRICAL ADJUSTMENT BY REMOTE COMMANDERBy using remote commander (RM-YD010), all circuit adjustments can be made. NOTE : Test Equipment Required. 1. Pattern Generator (with component outputs) 2. Oscilloscope 3. Digital multimeter

3-1-2. V-TRAP Correctin 2In case of movimg the V spacer by changing the position of center screw on the V spacer 2 to 3, the picture center goes up and square to trapezoid as shown in figure.

3-2-1. Method of Setting the Service Adjustment Mode1. Standby mode. (Power off) 2. DISPLAY t 5 t VOL (+) t TV POWER on the remote commander. (Press each button within a second.) The following service screen will appear.Category Name Item No. Data Mode

VERSION VER

0

0

SERVICE TVMICRO

Item Name

Input Signal

3-1-3. Picture Rotation Correctin 1In case of movimg the R spacer by changing the position of screws on the R spacer B to A, the picture rotates clockwise as shown in figure.

F/A : xxxxxxxx CBA : xxxxxxxx

Category Name Item No.D9671-1 I2CSCAL 96H 28DEG 9CH 24DEG LCD PJ ENGINE 03/10/07 0

Data

0

G

Item Name

VER.10.00B 732B

3-2-2. Service Mode Adjustment1. The SCREEN displays the item being adjusted. 2. Press 1 or 4 on the remote commander to select the adjustment item. 3. Press 3 or 6 on the remote commander to change the data. 4. Press 2 or 5 on the remote commander to select the category. 5. If you want to recover the latest values press - then [ENTER] to read the memory. 6. Press [MUTING] then [ENTER] to write into memory. 7. Turn power off.

3-1-4. Picture Rotation Correctin 2In case of movimg the R spacer by changing the position of screws on the R spacer B to C, the picture rotates counterclockwise as shown in figure.

24

KDS-50A2000/50A2010/55A2000/60A2000/60A2010 K 1. Service Adjustment mode. 2. Press 8 then [ENTER] 3. Wait until appearing Initial Setup display. 4. Disconnect AC plug and connect again to change factory reset condition completely.RM-YD010 RM-YD010 RM-YD010 RM-YD010 RM-YD010

2. Press the JUMP key [3 times]. Youll get into DE-micro service menu . 3. Press 2 key [12 times] to show the following display .Example DEM 13 1 SERVICE Timer LAMP TIMER

3-2-3. Memory Write Confirmation Method1. After adjustment, turn power off with the remote commander. 2. Turn power on and set to service mode. 3. Call the adjusted items again and confirm they were adjusted.

14

3-2-4. Adjusting Buttons and IndicatorPOWER Adjustment category up Adjustment item up Adjustment item down Data up Data down Adjustment category down ENTER Initialize data (Not stored) Read data from NVM User control goes to the standerd state (Shipping Conditions) DISPLAY

This screen reads Total lamp time is 14 hours. To reset lamp time, press 1 to set the reset. press 3 , MUTE and ENTER keys in sequence. WRI-EXE(Red Character) is momentarily displayed and LampTM will be reset to 0 . 4. Press 1 key [7 times].Example DEM 13 2 SERVICE Timer LAMP TIMER

0

The Service menu is cleared by turning off the set with a remote commander or the power switch .

3-4. Test ResetThe user settings can be reset to the factory default condition as follows. 1. Press TEST and RESET key in sequence when the set is ON . The LAMP,TIMER and POWER LED light and the picture is muted. After about 5 seconds the LAMP and TIMER LED go off, and the color of POWER LED changes from amber to green. After another 10 seconds the reset is completed and the initial set-up display appears.

VOL +

MUTING

RM-YD010FUNCTION OF KEYS ON COMMANDER 1 4 2 5 3 6 : Changes adjustment item. (item No. moves up) : Changes adjustment item. (item No. moves down) : Changes adjustment category. (category moves up) : Changes adjustment category. (category moves down) : Changes data value. (up) : Changes data value. (down)

3-5. H/V Center Confirmation and AdjustmentPlease check the picture horizontal/vertical center after the replacement of the following parts . Optical block Top assembly 1, Check H/V center with 480i monoscope signal in Full mode . 2, If the center is shifted , adjust it with the following service items . Please record the steps shifted as CXD9713 . DFD 16 and

Commander FunctionButton [MUTING] + [ENTER] - + [ENTER] 8 + [ENTER] Mode WRITE READ RESET Description Writes data to NVM. Reads data from NVM. Set the shipping condition.DEM/TG H_CENT (for H center) V_CENT (for V center)

3-3. To read Lamp and Panel timeThe lamp and panel time of the set are displayed as follows .V_SENT

1. Press the keys of the remote commander in rapid sequence as follows , when the set is in standby mode. DISPLAY t Channel 5 t Vol + t POWERH_CENT

25

KDS-50A2000/50A2010/55A2000/60A2000/60A2010

SECTION 4 DIAGRAMS4-1. BLOCK DIAGRAM (1)IC8570EEPROM 6 SCL 5 SDA SCL PC_V CN8570 PC IN RGB PC_H SDA PC_B PC_G PC_R Vcc F8570 D5V TU_V_OUT 9 14 12 13 10 TV_M_L_IN TV_M_R_IN AFT_MAIN AGC SCL_3.3V SDA_3.3V TO/FROM 2/2 VIDEO WRT_PRT WP 7 D5V

K

RM-YD010

RM-YD010

RM-YD010

RM-YD010

RM-YD010

Q8314 CLAMP Q8570 SW Q8316 CLAMPPC_V PC_H

IC8301VIDEO SW Q8300 BUFFER Q8301 BUFFER CV/Y C CN8304 (1/4) A27 A28 MAIN_CV/Y MAIN_C TO B1 BOARD CN4000

37 IN4_V 38 IN4_H 92 B_IN14 93 G_IN14 94 R_IN14

CV/YOUT1_2 90 COUT1_2 89

K K K K K

IC8302BUFFER Q8305 BUFFER Q8307 BUFFER Q8306 BUFFER Q8311 BUFFER CR/R 10 IN+3 5 IN+1 12 IN+2 OUT3 7 OUT1 1 OUT2 1 Y/G A29 MAIN_CR/R A30 MAIN_Y/G A31 MAIN_CB/B

B

Q8308, 8309 BUFFER Q8317-8319 BUFFER Q8313, 8315 BUFFER

C/CR/R_OUT1_1 85 MAIN_H_SYNC TO/FROM 2/2 X8300 4MHz 49 EXT_CLK/XTAL CV/Y/G_OUT1_1 83 C/CB/B_OUT1_1 81 VIDEO

A1(1/2)

TO QT BOARD CN7803

A

CN8303 AFT_OUT AGC_MUTE TU_SCL CN8006 (1/2) TU_SDA TU_V_OUT

V_DET

CB/B

(

VIDEO/AUDIO SWITCH, AUDIO AMP

)

K K

K

1 IN2_CV SYNC_OUT1 40 SYNC_IN1 41

AUDIO L

TU_L_OUT TU_R_OUT

7 5

AUDIO R CVOUT3 71 SEL_HOUT1 53 SEL_VOUT1 54 PS_HVCS 50 Y1Y 3 1 4 2 C

K

SP_PROT Q8327, 8328, 8330 BUFFER DATA_SLICER_MAIN VSW_HS VSW_VS PC_SYNC_DET SCL_5V SDA_5V I2C_5V SP_MUTE AMP_RST PFC_DET Q9806 TO/FROM 2/2

IC9803AMP

TB8300C1 V3 S1 V1 Y1 C1 AUDIO L/R 21 116 119 118 117

S VIDEO

S1 VIDEOV

CV3 S1_4 CV/CR/R_IN9 Y/Y/G_IN9 C/CB/B_IN9

SCL 60 SDA 59

11V

Q9816 REG.

AP +B Q9820 SW

A9V

Q9819 AMP

5

+

7 6

IC9809MUTE AMP 3 1

3

1

K

V1 AU_L1

1L (MONO) AUDIO VIDEO IN R VIDEO

Q9803 SWY4 CB4 CR4 2 Y/Y/G_IN8 1 C/CB/B_IN8 3 C/CB/B_IN8

L

Q9608 SW

D9815

Q9815 SW

R

AU_R1 V3 AU_L3

Q9604 SW Q9610 SWY5 CB5 CR5 6 Y/Y/G_IN7 5 C/CB/B_IN7 7 C/CB/B_IN7

D9816

Q9810 SW

Q9809

IC9804AP 6 STBY/MUTE VREF 14

V

D9814

3

L (MONO) AUDIO R

L

Q9601 SW

Q9811, 9813 DC DET Q9812, 9814 DC DET

R

AU_R3

AUDIO L

CN8301

K

AUDIO L 5 7 8 IN1 7 CP1O OUTA1 OUTA1 OUTB1 OUTB1 48 47 43 41 AUDIO L

K K

39 34

CN9800 L+SP_L L-

MTO H3 BOARD CN3100

COMP2_CR COMP2_CB COMP2_Y

1 3 5

CR2 CB2 Y2

AUDIO L

11 Y/Y/G_IN6 9 C/CB/B_IN6 10 C/CB/B_IN6 23 CV2 8 S1_3

IC9807AMP

K

Q9818 AMP

5

7

AUDIO R

K

3

1

19 IN2 20 CP2O

K

AUDIO R

IC9602AUDIO SW

IC9802AMP

OUTB2 38 OUTB2 36 OUTA2 32 OUTA2 31

AUDIO R AUDIO R

K K

42 37

RSP_R R+

J8401Y PBGRN

AUDIO L/R Y4

K

TV_M_L_IN TV_M_R_IN

1 IN1_L 2 IN1_R

CLK-1 31 DAT-1 32

Q9614 AMP

B_12V

IC9606INV. AUDIO L 3 2 5 6 + + AUDIO L 1 7

BLU

CB4 CR4 AU_L4 AU_L1 AU_R1 AU_L3 AU_R3 13 IN5_L 14 IN5_R 16 IN6_L 17 IN6_R LOUT1 39 ROUT1 37

4

PR L AUDIO R

RED

K

K

56 SC1_IN_L 57 SC1_IN_R

SP_OUT_L 28 SP_OUT_R 27 SC2_OUT_L 34 SC2_OUT_R 33 5

IC9308AMP 7 1 Q9310 6 4 2 17 15 13 19 1 FE_BCK FE_LRCK FE_DATA HDMI_BCK HDMI_LRCK HDMI_DATA Q9311 D9316 D9311 VAR_L VAR_R

TB8301 L RL AUDIO OUT (VAR/FIX) R

WHT

AUDIO R

K

AUDIO R

K

RED

AU_R4

2 I2C_CL 3 I2CDA 21 RESETQ

IC9304DSP I2S_DA_IN3 22 I2S_WS3 20 I2S_CL3 19 14 16 18 3 5 7

IC9400I2S SELECTOR

3

HD/DVD IN Y PBGRN

Y5

AUDIO_CLOCK_OUT

I2S-DEL_IN I2S-DEL_OUT I2S-DEL_CL I2S-DEL_WS

BLU

CB5 CR5 AU_L5

Q9314 SWHDMI_INT

AU_L4 AU_R4

5

PR L AUDIO R

RED

19 IN7_L 20 IN7_R

D9317 FROM 2/2

WHT

74 AU_L5 AU_R5 TO H3 BOARD CN3101 22 IN8_L 23 IN8_R

8 9 10 11

IC9303

2

Q9602 SWLINE_MUTE HDMI/DTT_SW FROM 2/2

RED

AU_R5

Q9300 SW

CN8001 (1/2) V2_V COMP_DET V2_L V2_R

NJ8570 PC IN AUDIO PC_AU_R PC_AU_L

IISM_OUT IISM_IN BIT_CLK LR_CLK

PCLK

V2 15 COMP_DET 14 V2_INPUT_L2 17 V2_INPUT_R2 19

IC9301AMP 3 4 DIGITAL OUT (OPTICAL)

4 10 IN4_L 11 IN4_R 11 59 13 8 11

IC9306RAM IO0 IO7 A0 A16 FWR 22 FRD 29 I/O1 I/O8 A0 A1622 WE 29 OE

8 IN3_R 7 IN3_L

DLY_RST FROM 2/2

Q9316 SW

18 RST 2 SCL 3 SDA

CN8304 (2/4) FE_BCK FE_LRCK FE_DATA HDMI_BCK HDMI_LRCK HDMI_DATA DVI_L DVI_R A49 A43 B43 A44 B59 A60 B60 A54 A55 FE_SPDIF FE_ABCK FE_ALRCK FE_ADATA HDMI_ABCK HDMI_ALRCK HDMI_ADATA DVI_LR_IN_L DVI_LR_IN_R TO B1 BOARD CN4000

IC9305DELAY

DVI_L DVI_R

25 IN9_L 26 IN9_R

C

26

KDS-50A2000/50A2010/55A2000/60A2000/60A2010 KCN8803 10.5V 10.5V

RM-YD010

RM-YD010

RM-YD010

RM-YD010

RM-YD010

BLOCK DIAGRAM (2)

TO QM BOARD CN7306

S

1 2

TO G BOARD CN6902

F

CN8805 FAN_DRV B32 A9V A12 FAN_ERR B31 LAMP_EX_FAN (FAN1) A30 PANEL_FAN (FAN3) C30 11V A15 11V B15 11V C15 A16 11V B16 11V C16 11V REC_ON A24 AC_RLY B24 STBY_5V A26 6.5V A20 6.5V B20 6.5V C20 6.5V A21 6.5V B21 D3.3V A33 6.5V C21 6.5V C22 16.5V A28 16.5V B28 16.5V C28 PFC_DET B24 PANEL_FAN_CONT A29

Q8801 10.5V REG.

F8801 FAN_DRV D5V D8811 2 FAN4_POW FAN1_POW

CN8801 11 ANTSW_MAIN 7 D5V FAN4_PROT FAN4

A9V FAN1 FAN3 FL8808 11V Q8802 SW. F8802 Q8804, 8816 SW. 1 Vin Vout 4

I

TO ANTENNA SWITCH

IC88015V REG. V5V D5V

IC8804 IC8003BE MICRO 134 O_BE_ON 133 O_AC_RLY O_ANT_M 54 I_OSC 57 O_OSC 59 SUB_CLK_0 93 128 I_LB_ERR SUB_CLK-1 95 IO_IIC_SDA3 109 IO_IIC_SCL3 107 O_NVM_WP 129 Q8006 SW Q8700 SW DAC _I2C SDA_DAC SCL_DAC FAN CONTROL 9 SW2 14 SDA 15 SCL DAC1 6 DAC3 3 DAC2 5 FAN1 FAN3

1 4

3

3

FAN4_POW

IC8802FAN4 REG.

5 On Off Cont

STBY_5V F8800 7V 7 CTL/SS OUT 2 Q8819 3.3V REG. D3.3V

X8002 10.135MHz X8001 32.768kHz

IC8008RESET OUT 4

IC8805SW. REG. CONT.

INV 5

IC8009 IC8004NVM 5 DAT 6 CLK 7 WP Q8032, 8033 B+ SW SCL_SENSE SDA_SENSE UVCC VCC 8 IIC-BUS REPEATER D3.3V 2 SCLA SCLB 7 3 SDAA SDAB 6 1 3 4 CN8003 D3.3V SDA_E SCL_E CN8000 D3.3V SDA_E SCL_E LAMP_COVER FLAG LAMP_ON

TO S1 BOARD CN3150

JTO S2 BOARD CN3200

16.5V

IC80001.8V REG. I O STBY1.8V

Q8812, 8813 SW

127 I_D_OVP

IC8505DE MICRO FANERR 92 LAMP_COVER 63 LAMP_PROT 83

IC80013.3V REG.

Q8034 SW I O STBY3.3V Q8012 SW

127 I_AC_DET

TRSTX 61

1 3 4 5 77 1

K LTO T BOARD CN3250

IC8005RESET Q8011 SW 91 I_WAKE SIRCS P_ON PWR_LED STBY_LED LAMP_LED PMUTE_LED TIMER_LED 86 I_SIRCS 103 I_POWER_KEY 117 O_PWR_LED 118 O_STBY_LED 119 O_LAMP_LED 120 O_PMUTE_LED 121 O_TIMER_LED 37 I_KEY PANEL_FAN_CONT Q8034 SW55 108 110 84 88 47 134

IC8007AMP 5

I_RESET 75

4 RST LAMP_ON 86 PFC_DET Q8021 SW Q8023 SW 9

TO H2 BOARD CN3050

G H

CN8001 (2/2) SIRCS P_ON POW_LED STBY_LED LAMP_LED P_MUTE_LED TIMER_LED KEY CN8304 (3/4) MUTE2 PC_V_SYNC H_SYNC DL_MODE SCL_IFP_TVM SDA_IFP_TVM UART_TXD_IFP UART_RXD_IFP BE_RST SET_ON FE_RST UART_TX_FE UART_RX_FE

TO LAMP DRIVER

7 5 9 11 13 15 17 20 MUTE2 VSW_HS VSW_VS FROM 1/2

3

LAMP_MODE 84 LAMP_MODE 84 X1 10746 CH_NVM_WP X8500 6MHz

Q8022 SW Q8024, 8025, 8027 SW

11 13

LAMP_POWER HV_DET

HV DETECT CABLE

LAMP_RXD

IC80064 2 I_VBLK 97

X0 108

A16 B31 A32 A25 A33 A34 A37 A38 B37 B41 B45 A47 A48 B49 A52 B53 B55 A58 A59 A50 A51

PFC_DET IFP_VS SCL_SENSE SDA_SENSE D3.3V D8583 TIMER Q8578 SW118 TIMER_LED

LAMP TXD

FROM H1 BOARD CN3000

A26 A17 A18 A15 B15 B16

CN8304 (4/4) IFP_VSYNC SCL_SENSE SDA_SENXE PANEL_ON ROOK_RST MUTE

INT_V 25 O_DL_MODE IO_IIC_SCL4 IO_IIC_SDA4 O_UART_TXI I_UART_RXI O_BE_RESET O_BE_ON

PANEL_ON 93 D_DEV_RST 50 PIC_MUTE 51

Q8007 SW

113 O_FE_RST

NVM_WP2 35 LAMP TXD Q8578 SW6 5 2 3

32 PD_SENB 33 SIO_SOT3

ETO B1 BOARD CN4000

WRT_PRT HDMI_RST HDMI_INT CCDM_H INPUT_CE INPUT_SEL SCL_HDMI SDA_HDMI

BOOT_MODE I_USBDPLS

B34 A39

BOOT_MODE IFP_UDP IFP_VBUS IFP_UDM IFP_TXD IFP_RXD LOG_TXD LOG_RXD TO/FROM 1/2

PFC_DET WRT_PRT HDMI_INT AFT_MAIN AGC SCL_3.3V SDA_3.3V I2C_S SCL_5V SDA_5V Q8015 LEVEL SHIFT

112 O_UART_TX2 111 I_UART_RX2 130 O_PC_HDMI_WP 53 O_HDMI_RST 98 I_HDMI_PC_INT I_MAIN_HIN 2 MAIN_H I_V_DET 132 O_HDMI_CE I_SP_PROT 51 O_HDMI_SEL DATASLICERMAIN 78 IO_IIC_SCLK1 I_PC_SYNC_DET 79 IO_IIC_SDA1 O_AMP_RST O_DLY_MUTE O_LINE_MUTE O_SP_MUTE O_HDMI_DTT_SW O_DLY_RST 39 45 105 106

LAMP_RXD

89 48 149 29 85 138 144 147 148 150 152

MAIN_H_SYNC V_DET SP_PROT DATA_SLICER_MAIN PC_SYNC_DET AMP_RST DLY_MUTE LINE_MUTE SP_MUTE HDMI/DTT_SW DLY_RST TO/FROM 1/2

Q8503 SW FLASH_WRITE_DE

IRIS_PPG IRIS_FB I2C_SCL0 I2C_SDA0 PANEL_PD

69 41 27 28 55

SCL_IFP SDA_IFP

89 MD0

DE_BUSY 6887 MD2

IC8504RESET RESET 90 4 OUT

D5V A9V 7V D3.3V

DEM_RXD DEM_TXD SCK_DE SYNCHRO_MODE_DE

11 SIO_SIN0 12 SIO_SOT0 17 SIO_SCK0 22 SYNCHRO_MODE

B17 NVM_WP2 A19 SCL_E A20 SDA_E A21 IRIS_CTRL A22 IRIS_FB A23 SCL_IFP_DEM A24 SDA_IFP_DEM B23 LVDS_PD_DEM B25 COM_RST B26 DE_BUSY A1, A2 16.5V->D5V A3, A4 A9V A7-9 7V B7-9 D3.3V A10-13

TO B1 BOARD CN4000

IC8573GATE I2C_SDA1 65 I2C_SCL1 64 BUS_SW0 91 I2C_SDA2 67 I2C_SCL2 66 NVM_WP1 99 6 2 3 7 2B 1B 2C 1C 2A 5 1A 1

D

I_USBCONNECT B39 I_USBDMNS A40 TXD_IFP_LOG A41 RXD_IFP_LOG A42 UART_LOG_TX_FE A45 UART_LOG_RX_FE A46 CN8004 TV_BINT E_BINT SCL_TV SDA_TV SCL_IFP SDA_IFP SCL_DEM_100K SDA_DEM_100K SCL_DEM_400K 3 4 5 6 7 8 9 10 11

I_AFT_MAIN O_AGC_ATT/O_AGC_MUTE IO_IIC_SCL2 IO_IIC_SDA2

STBY 3.3V

1 2 3 4 5 6 7 8 9 10 11 12 14

E_BINT SCL_5V SDA_5V SCL_IFP SDA_IFP SCL_DAC SDA_DAC SCL_JIG SDA_JIG BOOT_MODE

44 I_BINT

BREAK ICD3 ICD2 ICD1 ICD0 ICS2 ICS1 ICS0 ICLK

63 70 69 68 67 66 65 64 62

CN8002 UVCC XTRST XRSTIN XINIT BREAK ICD3 ICD2 ICD1 ICD0 ICS2 ICS1 ICS0 ICLK

IC8506NVM 5 SDA2A 6 SCL2A 7 WP

FOR CHECK

104 B_INT

Q8505 LEVEL SHIFT

SDA_DEM_400K 12 IFP_BOOTMODE 14 TVM_TXD 15 TVM_RXD 16 TO JIG DTT_TXD DTT_RXD DEM_TXD DEM_RXD RESET (DE) SCK (DE) 17 18 19 20 23 24

LOG_TXD LOG_RXD DEM_TXD DEM_RXD JIG_RESET SCK_DE

MD2 73 81 O_UART_TXD 80 I_UART_RXD I_SYNCHRO_MODE_M 50

Q8014 SW

FLASH_WRITE_M

SYNCHRO_MODE_M

IC8573GATE SCL_JIG SDA_JIG 2C 2A 1A 1C 3 5 1 7 Q8506 SW A35 A36 FE_USB_PB FE_USB_NB

FLASH_WRITE_DE FLASH_WRITE (DE) 25 SYNCHRO_MODE_DE SYNCHRO_MODE (DE) 26 IFP_UDM IFP_UDP 27 IFP_TXD IFP_UDM 28 IFP_RXD IFP_VBUS 29 IFP_TXD IFP_TXD 31 IFP_RXD IFP_RXD 32 RST_M 35 SYNCHRO_MODE_M 37 FLASH_WRITE_M 38 TU_V_OUT 39

6 2B 2 1B

IC8304REG.

E_BINT

D5V JIG_RESET DAC_I2C D3.3V

2 3 4

8 7 6

VBUS DD+ GND

CN8305 USB SERVICE ONLY

TU_V_OUT

A1 (2/2) 27

(BE MICRO, DE MICRO, CONNECTOR I/F))


BLOCK DIAGRAM (3)CN4000(1/4) MAIN_CV/Y MAIN_C Q4817,4818 BIASCV/Y

IC4800CCPX AD4_SEL AIN4 AIN5B

IC5107(1/2)O2B0-7 O2G0-7 TO (2/2) M_D1Y0-7 M_D1C0-7 M_D1H,M_D1V,M_D1CLK D5_D2Y0-7 D5_D2C0-7 HDMI_27M IIP USBDPLS I_DE_BUSY OSD_HS I_BOOTMODE USBCONNECT USBDMNSUSBDPLS R

GPIO14 I2CSCL2 I2CSDA2 I2CSCL1 I2CSDA1 I_DE_BUSY UARTRXD1 EXTGXHSOUT UARTTXD1 GPIO15 UARTRXD2 USBCONNECT UARTTXD2 USBDMNS

I_DL_MODE CLK_IFP DAT_IFP CLK_DIC DAT_DIC UARTRXD1 UARTTXD1 UARTRXD2 UARTTXD2

B1(1/2) (HDMI IN /CCPX)CONT OSD_VS O_IFPVSOUT OSD_CLK SET_ON TO (2/2)

OUT2B0-9 OUT2G0-7 OUT1H OUT2V OUT2CLK OUT2H

A27C

Q4804,4811 BUFFER Q4810,4812 BUFFER

CV/Y C

A28CR/R

1CCPM_HS CCP_OUT2V DRC_CK

1

2

TO (2/2)

4

TO A1 BOARD CN8304

BMAIN_CR/R MAIN_Y/G MAIN_CB/B A29 A30 A31

CR/R Y/G CB/B

AIN3 AIN1 AIN2

CCDM_HS

Y/G CB/B

X4800 79.99188313MHz2,4,5,7,8,10,11,13,42, 44,45,47,48,50,51,53

REFCLK_IN

OUT1Y0-7 OUT1CLK

8

CCP_DIO_Y0-7 CCP_DIO_CLK

IC4506HDMI RECEIVER QO8-15 QO16-23 125-122, 119-116 115-113, 106-102 138-135, 131-128 142,3, 133 QE8-15 QE16-23 QE0-7 HSYNC, VSYNC, ODCK TO B1 BOARD CN8304 XTALIN 56 25-22, 19-16 13-10, 7-4

IC4802SDRAM DQ0-15

CN4000 (4/4) IFP_VSYNC SCL_SENSE SDA_SENXE PANEL_ON ROOK_RST MUTE

A26 A17 A18 A15 B15 B16

O_IFPVSOUT

IC4000LEVEL SHIFT 2 SCLA SCLB 7 3 SDAA SDAB 6

CN4001 WP2 7 3 5 8 10 20 15 17 19 WP2 SENE_SCL SENS_SDA SDA_E SCL_E LVDS_PD POW_CTL IRIS_STRL IRIS_FB

8 D2Y2-9 DQ0-15 DQ0-15 D2HT1M D2VT1M D2CLK D1G0-7 D1B0-7 A0-11 BA0,BA1 ADDR 0-11 BA0,BA1 DQM XWE XCAS XRAS XCS SDCLK CKE D1R0-7 D1HTIN, D1VTIN, D1CLK VRB123

M_D2Y2-9 M_D2H M_D2V M\D2CLK

PANEL_ON ROOK_RST MUTE

23-26,29-35, 22,20,21

CN4000(2/4) SPDIF ABCK ALRCK ADATA HDMI_ABCK HDMI_ALRCK HDMI_ADATA DVI_LR_IN_L DVI_LR_IN_R J9504 L HMDI IN 6 AUDIO R A49 A43 B43 A44 B59 A60 B60 A54 A55

DVI\R0-7 M_D1H,M_D1V,M_D1CLK Q4800,4801 INITIAL RESET Q4802,4805

TO B1 BOARD CN8304

FE_SPDIF AU_BCK AU_LRCK AU_DATA0

ADDR0-11 BA0,BA1 DQMH DQML WE CAS RAS CS CLK CKE

SDA_E SCL_E LVDS_PD SET_ON IRIS_CTRL IRIS_FB

P

TO C BOARD CN2000

39 15 16 17 18 19 38 37

IC4803AMP

D

AOUT2 DTOCLK_IN

BPF

6 IN OUT 8

HDMI_BCK HDMI_LRCK HDMI_DAI

86 SCK 85 WS 84 SD0L

B17 NVM_WP2 A19 SCL_E A20 SDA_E A21 IRIS_CTRL A22 IRIS_FB SCL_IFP_DEM A23 SDA_IFP_DEM A24 LVDS_PD_DEM B23 B25 COM_RST B26 DE_BUSY 16.5V->D5V A1, A2 A3, A4 A9V A7-9 7V B7-9 D3.3V A10-13 FE_USB_PB FE_USB_NB CN4000 (3/4) MUTE2 PC_V_SYNC H_SYNC DL_MODE SCL_IFP_TVM SDA_IFP_TVM UART_TXD_IFP UART_RXD_IFP BE_RST SET_ON FE_RST

WP2 SCL_E SDA_E IRIS_CTRL IRIS_FB CLK_DIC DAT_DIC LVDS_PD COM_RST I_DE_BUSY D5V VIDEO5V F4000FE_USB_UDP_JG

CN4201 A0-7 B1 I B8 A1 I A8 B9 I B16 A9 I A16 A17 A18 GA0-7

R0-7

GR0-7

6.5V A9V

TO (2/2)

G0-7

3B0-7

GG0-7

IC4505CN4500 D2+/D1+/D0+/CLK+/HDMI IN5 TMDS SWITCH 1,3 4,6 7,9 10,12 RX2_1+/RX1_1+/RX0_1+/RXC_1+/LEVEL SHIFT DDC CLK DDC DAT HPD CEC DDC+5V 15 16Q4500

GB0-7

40,39 ADT2P/N 34,33 ADT1P/N 31,30 ADT0P/N 28,27 ACKP/N

A35 FE_USB_UDM_JG A36

IC4502

2 SCLA SCLB 7 3 SDAA SDAB 6 5 ENQ4508

19 13 18Q4503

IC4500NVM 6 5 7 8 SCL SDA WP VCC

YDT2P/N 28,27 YDT1P/N 28,27 YDT0P/N 28,27 YCKP/N 28,27

RX2+/RX1+/RX0+/RXC+/-

40,39 RX2+/34,33 RX1+/30,31 RX0+/28,27 RXC+/-

A16 B31 A32 A25 A33 A34 A37 A38 B37 B41 B45 A47 A48 B49 A52 B53 B55 A58 A59 A50 A51 A53

MUTE VSW_VOUT VSW_HOUT I_DL_MODE CLK_IFP DAT_IFP UARTRXD1 UARTTXD1 BE_RST SET_ON FE_RST M_UART_RX_FE M_UART_TX_FE WRT_PRT HDMI_RST HDMI_INT COMP_HS INPUT_CE INPUT_SEL HDMI_SCL HDMI_SDA HDMI_SPDIF

GPX_HS GPX_VS GPX_CK

GVSYNC_OUT GHSYNC_OUT

OSD_VS OSD_HS M_D2Y2-9 M_D2H M_D2V M\D2CLK CCP_DIO_Y0-7 8 8

A19 A20

D4506

CN4501 D2+/D1+/D0+/CLK+/HDMI IN 6

D4521

SET 5V

Q4506

1,3 4,6 7,9 10,12

RX2_2+/RX1_2+/RX0_2+/RXC_2+/-

IC4503LEVEL SHIFT 2 SCLA SCLB 7 3 SDAA SDAB 6 5 ENQ4505

10,9 BDT2P/N 7,6 BDT1P/N 4,3 BDT0P/N 46,45 BCKP/N

TO B1 BOARD CN8304

E

UART_TX_FE UART_RX_FE WRT_PRT HDMI_RST HDMI_INT CCDM_H INPUT_CE INPUT_SEL SCL_HDMI SDA_HDMI SDA_SPDIF

A29 I A22 A30 HD/REC656_8/H A31 HD/REC656_9/V A21 HD/REC656_CLK B28 VBI/REC656_0 I I B21 VBI/REC656_7 B30 VBI/REC656_HS B29 VBI/REC656_VS B31 VBI/REC656_CLK SPDIF A32 A33 ADATA ABCK B35 ALRCK B34 A34 A35 NC B32 NC B33 B36 B37 B38 NC A36 B17 B18 B19 B20 UART_RX UART_TX SDA SCL UART_LOG_RX UART_LOG_TX M_RST DTT_MUTE GCLK_OUT GCLK_IN USBUSB+

GVSYNC_IN GHSYNC_IN HD/REC656_0 I HD/REC656_7

R

TO QM BOARD CN7600

CCP_DIO_CLK FE_SPDIF AU_DATA0 AU_BCK AU_LRCK M_UART_RX_FE M_UART_TX_FE

IC4504DATA SELECT 2 1 5 3 12 13 15 4 14 A 11 B 10 C 9

DDC CLK DDC DAT HPD CEC DDC+5V

15 16Q4501

INT 101 SPDIF 80 RESET# 99 48 DSCL 47 DSDA 50 PWR5V CSCL 46 CSDA 45

HDMI_INT HDMI_SPDIF HDMI_RST HDMI_SCL HDMI_SDA

19 13 18Q4502

IC4501NVM 6 5 7 8 SCL SDA WP VCC

D4507 D4520SET 5V Q4507

Q4504

BOOT_MODE I_USBDPLS I_USBCONNECT I_USBDMNS

B34 A39 B39 A40 A41 A42

I_BOOTMODE USBDPLS USBCONNECT USBDMNS UARTTXD2 UARTRXD2 FE_UART_TX_JG FE_UART_RX_JG OSD_CLK

FE_UART_RX_JG FE_UART_TX_JG FE_RST

Q4509-4512 SELECT CONT

INPUT SEL INPUT_CE WRT_RST CEC2

TXD_IFP_LOG RXD_IFP_LOG

FE_USB_UDP_JG FE_USB_UDM_JG

UART_LOG_TX_FE A45 UART_LOG_RX_FE A46

28


BLOCK DIAGRAM (4)IC540047,46,44,43, 41,40,38,37 2,3,5,6, 8,9,11,12

G0-7

1D1 I 1D8

1Q1 I 1Q8

EXTGXGIN0-7

IFPR1OUT0

IFPR1 OUT0-9

R

IR1_[0]-[9]

R

98,99,106108,110112,78,79

B1(2/2)

(CHROMA DEODER /IFP)

BUS SWITCH

IC5107(2/2)IFP

IC5900LVDS TRANSMITERCN5900

EXTGXGIN0-7

IFPR1OUT9

IFPG1OUT0

80,81,8487,92, 95-87

36,35,33,32, 30,29,27,26

13,14,16,17, 19,20,22,23

IFPG1 OUT0-9

G

IG1_[0]-[9] G

A0-7

129,130,141, 119-124, 135,136, 90-91,102142,19,115,116, 131-133 143,144,1,2, 103,17,76, 127,128,139 5,6,117,118 77,88,89

2D1 I 2D8

2Q1 I 2Q8

IFPG1OUT9

EXTGXAIN0-7

EXTGXAIN0-7IFPB1OUT0 IFPB1OUT9

IFPB1 OUT0-9

B

IB1_[0]-[9] B

48 1CLK 25 2CLK

/1OE 1 /2OE 24

IFPR2OUT0 IFPR2OUT9 IFPG2OUT0 IFPG2OUT9

IFPR2 OUT0-9

R

IR2_[0]-[9] R

IC5401BUS SWITCH

IFPG2 OUT0-9

G

IG2_[0]-[9] G

47,46,44,43, 41,40,38,37

2,3,5,6, 8,9,11,12

FROM (1/2)

3R0-7

IFPB2OUT0

IFPB2 OUT0-9

B

1D1 I 1D8

1Q1 I 1Q8

EXTGXRIN0-7

IB2_[0]-[9] B

EXTGXRIN0-7

IFPB2OUT9

36,35,33,32, 30,29,27,26

B0-7

2D1 I 2D8

2Q1 I 2Q8

13,14,16,17, 19,20,22,23

EXTGXBIN0-7

IFPHSOUT IFPVSOUT

TFPHS

IFPVS_LVDSIFDE IFPCK

EXTGXBIN0-7

IFPMSK1OUT IFPCKOUT

IFPHS IFPVS_LVDS IFDE IFPCK MUTE ROOK_RESET LVDS_PD PANEL_ONIFPVS_LVDS 6 1 3 4

7 8 9 14 15 18 20 30 101

48 1CLK 25 2CLK

/1OE 1 /2OE 24

TA1 71 TB13-16, TC10-13, TA1+ 70 TD10-11 TB1 69 TB1+ 68 TA10-16, TC1 65 TB10-13 TC1+ 64 TCLK1 63 TCLK1+ 62 TD12-16, TD1 59 TE10-13 TD1+ 58 TE1 57 TB23-26, TE1+ 56 TC20-23, TD20,21 TA2 53 TA20-26, TA2+ 52 TB20-22 TB2 51 TB2+ 50 TD22-26, TC2 47 TE20-24 TC2+ 46 TCLK2 45 TCLK2+ 44 TC24 TD2 41 TC25 TD2+ 40 TE2 39 TC26 CLKIN TE2+ 38 TE16 TE26 /PDWN TE15

38 37 35 34 32 31 29 28 26 25 23 22

TA1TA1+ TB1TB1+ TC1TC1+ TCLKTCLK+ TD1TD1+ TE1TE1+

R,G,B

O20 19 17 16 14 13 11 10 8 7 5 4 TA2TA2+ TB2TB2+ TC2TC2+ TCLK2TCLK2+ TD2TD2+ TE2TE2+

TO C BOARD CN2101

R,G,B

LEVEL SHIFT GPX_CK GPX_HS GPX_VS 12 REF CLKOUT 13

IC5402

OSD_VS O_IFPVSOUT

IC5403LATCH 2 6 1 5 1D 2D 1CLK 2CLK 1Q 7 2Q 3

IC5404BUFFER 12 4A 9 3A 1 /1OE EXTGXHSIN 4B 11 EXTGXVSIN 3B 8 EXTGXHSIN EXTGXVSINEXTGXCKOUT RESETX CCPHSIN_A

IC5100OSD_CLK SET_ON

IC5300DDR

IC5101SET1.2V 2 RESET 4 BE_RST COM_RST

Q5400MMD0-31

MMD0-63 MMA0-11 MMBA0,1

MMD0-31 MMA0-11 MMBA0,1

41-72 DQ0-31 14-25 A0-11 BA0,1 8-11 DQS0-3 37-40 DM0-3

GPIO2 O2G0-7 O2B0-7B G

O2G0-7 O2B0-7

B

CCPYIN_A0-7G

MMA0-11 MMBA0,1 MMDQS0-3 MMDQM0-3 MWEB MCASB MRASB MCSB0 MCLK0B MCLK1B MCLK0 MCLK1

IC5103SET1.2V 2 RESET 4

4

FROM (1/2)

CCPCIN_A0-7

IC5000DRC-MF FROM (1/2)

11CCPM_HS CCP_OUT2V DRC_CK

O2G0-7 O2B0-7

199-206 DIYD0-7 189-196 DICD0-7 4 IHDD 5 IVDD 3 W13ID

DYO2-9 122-129 DRO2-94 133-140 HD2 102 V90 100

1MY2-9 1MC2-9 1M_HS 1M_VS 1M_CLK

WE CAS RAS CS CLK0 CLK1 CK0 CK1

CCPYIN_B0-7 CCPCIN_B0-7 CCPHSIN_B CCPVSIN_B CCPCKIN_B

WE CAS RAS CS CKE CLK0 CK0

7 6 5 4 3 2 1

WE CAS RAS CS CKE CK CK

IC4807IFP_CCP_INH 6 8DDR

5 9 3OE 10 2OE 4Q4819

VSW_HOUT

IC5302MMD32-63 MMA0-11 MMBA0,1 41-72 DQ0-31 14-25 BA0,1 8-11 DQS0-3 37-40 DM0-3 7 6 5 4 3 2 1 WE CAS RAS CS CKE CK CKA0-11

O_PC_MODE CONT

IC5003CLOCK OSC

2,3,5,6,8,9,11,12,39, 40,42,43,45,46,48,49

IC5003DQ0-15

5 XOUT CLKB 9 X5100 27MHz 4 XIN S0 12 CLKC 1

20-13, 31-25

DQ0-15

DQ0-15

C541 97 RPLLHD 96 HREF 95

3 VCDOUT 4 FINA 5 FINB

VCDIN 12

PNLCLKIN XTALCLKIN

MMDQS4-7 MMDQM4-7

GPIO10

PFBOUT 6

6 FINB

S1 13

21-24,27-32, 20,19

ADDR0-11

A0-11

ADDR 0-11

XOC 90 RXI 89 XRST 67

49-46, 42-35

CLK_DIC DAT_DIC O_RESET

IC51054 2

I2CMSCL1 I2CMSDA1

WE CAS RAS CS CKE CLK1 CK1

SET1.2V D4304

Q4301 SWITCHING

F4305

F4301 6.5V

IC4301DC/DC CONVERTER 11 OUT1 PVCC1 12 16 INV1 PVCC2 8

IC5301GPIO0D0-7 D0-7 A0-20 WE CS1 OEDRAM

UBQM LBQM WE CAS RAS CS

36 14 15 16 17 18

10 DQM 9 7 8 11 XWE XCAS XRAS XCS

HDM-_27M M_D1Y0-7 M_D1C0-7 TO (2/2) DRCY1IN0-7 DRCC1IN0-7 DRCCCHSIN,DRCVSIN, DRCCKIN DRCY2IN0-7 DRCC2IN0-7

2

A0-20 WE ROMCS1 OE

29,31,33, 35,38,40, DQ0-7 42,44 1-10,48 A0-20 16-25 11 WE 26 CE 28 OE

SET2.5V2

Q4302 SWITCHING D4305

F4306 D4312 6 OUT2 5 INV2

M_D1H,M_D1V,M_D1CLK D5_D2Y0-7 D5_D2C0-7

IC4305CCPM1.8V 3 +1.8V REG 2

STB 19

CLK 35

117 SDCLK

IC5001SDRAM SET1.8V

IC43063 +1.8V REG 2 1.25V

IC53043 1 +1.25V REG 2 10 SET2.5V2 SET1.8V SET5V

Q4304,4305 SWITCH

SET_ON

29


BLOCK DIAGRAM (5)IC2100(L) CN2101 RA1RA1+ RB1RB1+ RC1RC1+ RCLKRCLK+ RD1RD1+ RE1RE1+ 4 5 7 8 10 11 13 14 16 17 19 20 49 RA50 RA+ 51 RB52 RB+ 54 RC55 RC+ 56 RCLK57 RCLK+ 59 RD60 RD+ 61 RE62 RE+ RE6 6 RE5 7 PD 3 MUTE PANEL_ON BKL3.3V Q2200 8 7 6 5VCC WP SCL SDA

LVDS RECEIVER

19-17,8, 10-15, RD0 47-45, IFQE[0]-[29] I 43-18, RD29 36-32, 29-26, 21,20 CLKOUT 31 IFCLKE

R

RLOUT00-11/RROUT00-11/LCLKRLR,G,B R,G,B

LRR0-11/LRL0-11/LLCLKRL LBR0-11/LBL0-11/LLCLKBL LGR0-11/LGL0-11/LLCLKGL FRP_RL/PCG_RL FRP_GL/PCG_GL FRP_BL/PCG_BL TO (2/2)

IFQE[0]-[29] IFQO[0]-[29]

B

BRIN0-9/GRIN0-9/RRIN0-9 BLIN0-9/GLIN0-9/RLIN0-9

GLOUT00-11/GROUT00-11/LCLKGLG

R,G,B

BLOUT00-11/BROUT00-11/LCLKBL

IC2203IFCLKE ROOK (L) DOTCLK

SHST2/AUX1 HDI/PCG SHST3/AUX2

1

R,G,B

MMD0-31

IC2202MDQS0-3 MCLK1B MCLK1 MDQM

GRORT RSC RSD

Q2201 RESET

HCK

HCK_L

41-72DQ0 I DQ31

8-11

1 2 37-40

X2200 33MHz

TO B1 BOARD CN5900

O

LVDS RECEIVER (R)

IC2101

NVM IC2200

DDR IC2200

VCK VST ENB3R HST ENB3B RAMCLK HSC HSD

VCK_L VST_L HST_R_L HST_G_L HST_B_L SCLDE_400K SDADE_400K

2 3 4 5 6 7 8 9

18 17 16 15 14 13 12 11

HCK_R HCK_B HCK_G VCK HST_R HST_G HST_B

32

3

3

DQS0 I DQS3 MI1CK MI2CK DM0 I DM3

1

TO (2/2)

RAMCLK

R

R,G,B

RLOUT00-11/RROUT00-11/LCLKRLB

RRR0-11/RRL0-11/RLCLKRL RBR0-11/RBL0-11/RLCLKBL RGR0-11/RGL0-11/RLCLKGL FRP_RR/PCG_RR FRP_GR/PCG_GR FRP_BR/PCG_BR

RA2RA2+ RB2RB2+ RC2RC2+ RCLK2RCLK2+ RD2RD2+ RE2RE2+

22 23 25 26 28 29 31 32 34 35 37 38

49 RA50 RA+ 51 RB52 RB+ 54 RC55 RC+ 56 RCLK57 RCLK+ 59 RD60 RD+ 61 RE62 RE+

19-17,8, 10-15, RD0 47-45, IFQE[0]-[29] I 43-18, RD29 36-32, 29-26, 21,20

IFQE[0]-[29]

BRIN0-9/GRIN0-9/RRIN0-9 BLIN0-9/GLIN0-9/RLIN0-9

GLOUT00-11/GROUT00-11/LCLKGLG

R,G,B

R,G,BIFQO[0]-[29]

BLOUT00-11/BROUT00-11/LCLKBL

IFCLKE

IC2300DOTCLK ROOK (R)

SHST2/AUX1 HDI/PCG SHST3/AUX2

2

TO (2/2)

R,G,B

MMD0-31

MDQS0-3

Q2301 RESET Q2202RSC RSD

IC2302MCLK1B MCLK1

VSOUT

3 4 5

17 16 15

VS_RED VS_GREEN VS_BLUE

32

3

RE5 7 PD 3 RE6 6

MUTE2

BKL3.3V Q2300 8 7 6 5VCC WP SCL SDA

41-72DQ0 I DQ31

8-11

1 2 37-40 HSC VCK HSD SCLDE_400K SDADE_400K

IC2201RESET CN2000 SENE_SCL SENS_SDA SDA_E SCL_E LVDS_PD POW_CTL IRIS_STRL IRIS_FB 3 5 8 10 20 15 17 19 SENE_SCL SENS_SDA SDADE_400K SCLDE_400K RRL_3.3V 2 VDD OUT 1 RK_RESET VCK_R

NVM IC2301

DDR IC2501 VCK_R

DQS0 I DQS3 MI1CK MI2CK DM0 I DM3

1

MDQM

TO B1 BOARD CN4001

SENS_SDA/SENS_SCL POW_CTL VST VST_R/VST_G/VST_B MUTE/MUTE2/PANEL_ON

P

4

TO/FROM (2/2)

1

6

IC2972 IC2902IRIS AMP DATA DECODER

CN2900 HOUTHIN+ HINTO IRIS UNIT DUMP+ DUMPHOUT+ DRIVE+ DRIVE3 6 4 1 2 5 8 7

3

7 Q2900 1 7 5 IN+ 3 IN7 OUT2 1 OUT1

IC2900BIAS 3 6

SET 9V

14 10 11 12

SI QA 15 SCLK QB 1 SCK QC 2 RCK

IC29731 2 5 6

IC29761 2 5 6 VST_R P5 SET -3.3V Q2000, 2001

IC2001+3.3V REG 3 VIN 2 NC VOUT 1 D6.5V

D2.5V D2003

Q2002 SWITCHING

6.5V

IC2004DC/DC CONVERTER 11 OUT1 PVCC1 12 16 INV1 PVCC2 8

IC29792 4 NC

IC29741 2 5 6 P2

IC29771 2 VST_G 5 P3 6 SET 9V Q2006, 2008 D2002 (3.3V)

IC2003+9V REG 3 VIN 2 NC VOUT 1 A16.5V

D1.5V D2005

Q2005 SWITCHING

A16.5V D6.5V 6 OUT2 5 INV2 19 STB

1 4 5 6

CN2002 A16.5V D6.5V D6.5V D6.5V

QTO G BOARD CN6901

IC2900IRIS DRIVE

DATA DECODER 13 SDAP0-5 2-5,7,8SENS_SCL 12 SCL SENS_SDA

IC2302

IC29751 2 5 6 P0

IC29781 2 5 6 VST_B P1

POW_CTL

Q2003,2004 SWITCH

D2008 (15V)

C(1/2) (LVDS RECEIVER/ROOK)

30


BLOCK DIAGRAM (6)

LRR0-11/LRL0-11/LLCLKRL LBR0-11/LBL0-11/LLCLKBL LGR0-11/LGL0-11/LLCLKGL FROM (1/2)

R B G

R

CN2600

SDA SCL

RET

IC260054 VD LCD DRIVER

VCOM_OUT

SHT_O SHT/I CAL_OUT CAL_IN

VDDMNT

2,1,80-59,56 DB_IN0-11/DA_IN0-11/CLK 53,55 FPR/PRG

SIG_OUT1 38,37,35,34 32,31,29,28 L SIG_OUT12 26,25,23,22 SID_OUT 19

SIG_R[0-22(EVEN)]

R

R

SIG_R[0]-[23]

29 I 6 34

SIG[0] I SIF[23] VPC TO CD PANEL (RED)

1

FRP_RL/PCG_RL FRP_GL/PCG_GL FRP_BL/PCG_BL

6

52 51 42 44 17

9 85

50

19

SENS_SDA SENS_SCL

IC2605RESET SET 3.3VR

CN7300 32 31 Q2656 VDMY VCOM

2 VDD

OUT 4 6 51 44 15

50

19

VCOM_OUTO

VDD MNT

CAL_IN

SHT_I

RET


SIG_OUT1 38,37,35,34 32,31,29,28 L SIG_OUT12 26,25,23,22

SIG_R[1-23(ODD)] SET 3.3V

IC2604RESET 2 VDD OUT 4

Q2608

54 VD

LCD DRIVER

SDA SCL

IC2601

9 8

SENS_SDA SENS_SCL

IC2602+15V REG. A16.5V 1 I 2 ON/OFF O 4 SET 3.3V

HCK_R HST_R VST_R VCK

39 43 41 40 42 36,49 2,3

RST HCK HST VST VCK VCC VDD CN2800

B

RBR0-11/RBL0-11/RLCLKBL FGR0-11/RGL0-11/RLCLKGL FRP_RR/PCG_RR FRP_GR/PCG_GR FRP_BL/PCG_BR FROM (1/2)

B

54 VD

LCD DRIVER

RET

G

6

52 51 42 44 17

SDA SCL

IC2800 IC2804RESET SET 3.3VB

VCOM_OUT

RRR0-11/RRL0-11/RLCLKRL

R


VDDMNT


SIG_OUT1 38,37,35,34 32,31,29,28 I SIG_OUT12 26,25,23,22 SID_OUT 40

SIG_B[0-22(EVEN)]

B

SIG_B[0]-[23]

B

29 I 6 34

SIG[0] I SIF[23] VPC

9 85

50

19

Q2802 32 31 VDMY VCOM TO CD PANEL (BLUE) Q2805 HCK_B HST_B VST_B VCK SET 3.3V O 4 39 43 41 40 42 36,49 2,3 RST HCK HST VST VCK VCC VDD CN2700

SENS_SDA SENS_SCL

2 VDD

OUT 4 6 51 44 15

Q2855

2

50

19

VCOM_OUTO

CAL_IN

SHT_I

VDD MNT

2,1,80-59,56 DB_IN0-11/DA_IN0-11/CLK 53,55 FPR/PRG VS_RED VS_GREEN VS_BLUE

RET

SIG_OUT1 38,37,35,34 32,31,29,28 I SIG_OUT12 26,25,23,22

SIG_B[1-23(ODD)] SET 3.3V


54 VD

LCD DRIVER

SDA SCL9 8

IC2801

IC2802+15V REG. HCK_R HCK_B HCK_G VCK HST_R HST_G HST_B A16.5V 2 I 2 ON/OFF

FROM (1/2)

3

G

VCOM_OUT



VDDMNT

54 VD

LCD DRIVER

RET

IC2704RESET

6

52 51 42 44 17

SDA SCL

IC2700

SIG_OUT1 38,37,35,34 32,31,29,28 L SIG_OUT12 26,25,23,22 SID_OUT 40

SIG_G[0-22(EVEN)]

G

SIG_G[0]-[23]

G

29 I 6 34

SIG[0] I SIF[23] VST

9 8

50

19

Q2702 32 31 Q2755 VCC VCOM TO CD PANEL (GREEN) Q2705 HCK_G HST_G VST_G VCK SET 3.3V 39 43 41 40 42 36,49 2,3 RST HCK HST VST VCK VCC VDD

IC2002NVM

SCL 6 SDA 5

SENS_SCL SENS_SDA

SET 3.3VG

2 VDD

OUT 4 6 51 44 15 50 19

VCOM_OUT

VDDMNT

CAL_IN

SHT_I

PANEL TEMP.

54 VD

LCD DRIVER

SDA SCL

IC2000

SCL 2 SDA 1

SENS_SCL SENS_SDA


SIG_OUT1 38,37,35,34 32,31,29,28 L SIG_OUT12 26,25,23,22

RET

SIG_G[1-23(ODD)] SET 3.3V


IC2701

9 8 PANEL_ON SENS_SDA/SENS_SCL SENS_SDA/SENS_SCL 3 5

IC2603WAVE SHAPER 7 A16.5V 1 Q2604,2605

IC2702+15V REG. 1 I 2 ON/OFF O 3

TO/FROM (1/2)

4VST_R/VST_G/VST_B MUTE/MUTE2/PANEL_ON MUTE2

C(2/2) (LCD DRIVER) 31

Q2606,2607


BLOCK DIAGRAM (7)ANTENNA SWITCH

VHF/UHF

TU7800 TUNER SPD_IF SAP_ID ST_ID D_IF2 D_IF1 MODE F_MODE CN7800 36 21 20 12 13 24 26 CN7802 14 29 30 38 37 26 24

SPDIF

TO (2/2)

IC7300 (1/2)IRONTEND INTERFACE SPDIF_OUTA

A5V_VIF A5V A32V A9V_MIX

AFT_OUT

TU SDA TU SCL SAP_ID ST_ID D_IF2 D_IF1 IF_AGC MODE F_MODE

AGC IN

CABLE

DET_OUT L_OUT R_OUT

VIDEO

TO A1 BOARD CN8801

I

SELECT GND +5V

1 2 3

CN7803 TU_V_OUT 10 TU_L_OUT 7 TU_R_OUT 5 TO A1 BOARD CN8303

VIDEO

AUDIO-R

AUDIO-L

Q7802

VIDEO

SAP_ID ST_ID D_IF2 D_IF1 IF_AGC MODE F_MODE

SP_DIF SAP_ID ST_ID D_IF2T D_IF1 MODE F_MODE

SAP_ID ST_ID ADCO_INN ADCO_INP MODE F_MODE BPF SAP_ID ST_ID MODE F_MODE CVBS_INVIDEO

FAT_IFN FAT_IFP GPIOC13 GPIOC12 GPIOC14 GPIOC15 VI_IN4 GPIOC8

5V 32V 9V

VIDEO

VIDEO

18 10

DET_OUT AGC_MUTE

32 40 TU_I2C_SDA TU_I2C_SCL

SPDIF

A

AFT_OUT SPDIF TU_SDA TU_SCL

9 1 13 12

6 8

D_I2C_SDA D_I2C_SCL

44 42

15 1

2

GPIOC0

2 4

H_I2C_SDA H_I2C_SCL 5.1V 5.1V 10.5V 10.5V

48 46 22 20 18 16

H_I2C_SDA H_I2C_SCL D5V

14 13

12 A 11 B 10

GPIOC1 GPIOC2

IC7801DC/DC CONVERTER 32V 4 VOUT VIN 1 OSC 2 3 DK +B SWITCH

SCSHIFT Q7800,7800

28 30 32 34

IC780610.5V DATA SELECT

IC7800+9V REG.

QT (TUNER)10.5V TO A1 BOARD CN8803 CN7306 +10.5V +10.5V 1 2 F7651 Q7654 SWITCHING DRIVE

9V

5 VOUT VIN 1 ON/OFF 3 5V

D7802 (FATLOCK) 38 POD_STBY 12 NC Q7805 LED DRIVER Q7808 DELAY

GPIOC3

D7803 (ERROR)

MPEG_ERR

IC8102+3.3V REG. VCC OUT NAND_3.3V D7306 (AUDIO) I2SSD_OUTB

S

SF7650 Q7653 D5V SWITCHING DRIVE D3.3V

IC7651SWITCHING REGULATOR 24 VCC OUT1_U 29 OUT1_D 27 INV1 1 INV2 15 9 STBY1 10 STBY2 OUT2_D 19 OUT2_U 17

IC7650SWITCHING REGULATOR 24 VCC OUT1_U 29 OUT1_D 27 INV1 1 INV2 5 9 STBY1 10 STBY2 OUT2_D 19 OUT2_U 17

IC7311+1.8V REG. VIN VOUT +1.8V

IC7312+1.8V REG. VIN VOUT +1.8V

SWITCHING DRIVE Q7652

D1.2V

SWITCHING DRIVE Q7651

D2.6V

IC7908D7311 +BLEVEL DETECT 7 OUT IN+ 5

QM(1/2) (FRONTEND INTERFACE )

32


BLOCK DIAGRAM (8)

DVOGA0-3

GA1,GA3,GA5,GA7 GA0,GA2,GA4,GA6

CN7600 B1 I B8 A1 I A8 GA0-7

DVODATA0-7

DVODATA0-11

DVODATA4-11 DVODATA0-3 GG4-7 GG0-3

GR0-7

IC7300(2/2)DVI_IF, DVO_IF DRAM/FLASH/NVM CONTROL, AV OUT, USB_IF, SPI_IF, EJTAG_IF, UART_IFDVOGA0 DVOGA1 DVOGA2 DVOGA3

IC7331DATA LATCH47,46,44 43

B9 I B16 A9 I A16

GG0-7

GB0-72,3,5,6

GB0-7

DVOGA0-3 /TRST TDI TDO TMS TCK DINT DVODATA8-11

(EJTAG)

26,27,29,30, 32,33,35,36

DVODATA0-7 /EJTAG_RESET DVOVSYNC DVOHSYNC DVCLK0 DVOVSYNC DVOHSYNC

2D8 I 2D1

2Q8 I 2Q1

23,22,20,19, 17,16,14,13

CN7310 TRST 1 TU_L_OUT 3 TDI 5 TDO 7 TCK 9 13 DINT 11 /RST

ID1 I ID4 ID8 I ID5

IQ1 I IQ4 IQ8 I IQ5

GA0,GA2 GA4,GA6

12,11,9,8

37,38,40 41

GG0-3

GB0-7

IC7324DRAM 2,4,5,7, D0-7, DQ0 8,10,11,13, D24-31 I DQ15 54,56,57,59, 60,62,63,65 A0 I A1224-32, 35-42

D0-32

/RTSA,/CTSA DQA0-31 DVODATA15-22

GVSYNC_TO_X240, GHSYNV_TO_X240 HD656_0-7 HD656_HS,HD656_VS,HD656_CLK

48 1CK 25 2CK

1/OE 1 2/OE 24

DVOVSYNC DVOHSYNC GVSYNC_TO_X240 GHSYNC_TO_X240

A17 A18 A19 A20

A0-12 A13 A14 LDQS UDQS LDM UDM /RAS /CAS /WE /CS CKE CK /CK

A0-14

DVODATA13,14,23 AA0-14

HD656_HS HD656_VS HD656_CLK

BA1 23 BA0 26 LDQS 16 UDQS 51 LDM 20 UDM 47 /RAS 23 /CAS 22 /WE 21 /CS 24 CKE 44 CK 45 /CK 46

/RAS /CAS /WE /CS CKE CK /CK

QSA0 QSA3 /DQMA0 /DQMA3 /RASA /CASA /WEA /CSA CKEA CLKA /CLKA

XTALIN XTALOUT FE_XTALIN X7300 55.474MHz X7301 25.14MHz

DVIDATA8-15 DVIHSYNC, DVIVSYNC, DVICLK I2SWS_OUTB I2SSOCK_OUTB I2SSD_OUTA I2SSCK_OUTA I2SWS_OUTA I2SSCK_INC RDA,TDA I2CDATAA, I2CCLKA RDB,TDB SPI_CLK SPI_IN SPI_OUT SPI_CS0 SPI_CS1 DVCLK1 1RTXDA USBPA,USBNA USBPB,USBNB

VBI656_0-7 VBI656_HS,VBI656_VS,VBI656_CLK BUF/OE NVM/WE DATA SCLK LRCK DTT_MUTE RDA_TO_X240,TDA_FROM_X240 I2CA_SDA,I2CA_SCL DIAG_RXD,DIAG_TXD SPI_CLK SPI_IN SPI_OUT SPI_CS0 SPI_CS1 DVOCLK1 GCLK_YO_X240 USBPA,USBNA,USBPB,USBNB DATA SCLK LRCK RD_TO_X240 TDA_FROM_X240 I2CA_SDA I2CA_SCL DIAG_RXD 9DIAG_TXD DTT_MUTE DVOCLK1 GCLK_TO_X240 USBNB USBPB VBI656_HS VBI656_VS VBI656_CLK

A29 I A22 A30 HD/REC656_8/H A31 HD/REC656_9/V A21 HD/REC656_CLK B28 VBI/REC656_0 I I B21 VBI/REC656_7 B30 VBI/REC656_HS B29 VBI/REC656_VS B31 VBI/REC656_CLK SPDIF A32 A33 ADATA ABCK B35 ALRCK B34 A34 A35 B32 B33 B36 B37 B36 A36 B17 B18 B19 B20 UART_RX UART_TX SDA SCL UART_LOG_RX UART_LOG_TX M_RST DTT_MUTE GCLK_OUT GCLK_IN USBUSB+ CN7312 1 2 5 6 7 9 10 4 8 DIAG_TXD DIAG_RXD SPI_CLK SPI_IN SPI_OUT SPI_CS0 SPI_CS1 /RESET_OUT /SPI_DET CN7313 VBUST USBUSB+

GVSYNC_OUT GHSYNC_OUT GVSYNC_IN GHSYNC_IN HD/REC656_0 I HD/REC656_7

R

TO B1 BOARD CN4201

FE_XTALOUT

IC7322DRAM 2,4,5,7, DQ0 8,10,11,13, D8-23 I 54,56,57,59, DQ15 60,62,63,65 A0 I A1224-32, 35-42

IC7319NAND FLASH NFIO0-7 24-32, I/O0 I 35-42 I/O7 7 RY/BY 8 /RE 9 /CE 16 CLE 17 ALE 18 /WE 19 /WP NAND_/WP

IC7326NVM I2CA_SDA I2CA_SCL 5 SDA 6 SCL 7 XWC

NEIO0-7 /NFRY/BY /NFRE /NFCEI NFCLE NFALE /NFWE QSA2 QSA1 /DQMA2 /DQMA1

A0-12 A13 A14 LDQS UDQS LDM UDM /RAS /CAS /WE /CS CKE CK /CK

BA1 23 BA0 26 LDQS 16 UDQS 51 LDM 20 UDM 47 /RAS 23 /CAS 22 /WE 21 /CS 24 CKE 44 CK 45 /CK 46

IC7304RESET /RESET /RESET_SYSTEM 4 OUT VDD 2 CD 3 D3.3V /M_RST

SPI_CLK SPI_IN SPI_OUT SPI_CS0 SPI_CS1

(SPI)

IC7320SERIAL BOOT FLASH 6 5 2 1 C D Q /S /RESET_OUT TDATA7

/EJTAG_RESET 8 10 9

D5V FROM (1/2) SPDIF USBNA USBPA 1 2 3

/NFCE0

IC8100 (2/2)116 1Q /1B 5

13 12

(USB)

IC8100 (1/2)

IC8101DATA PROTECT

QM(2/2)

(MPEG2/GRAPHICS/CAPTION) 33


BLOCK DIAGRAM (9)

CN3000 2 1 S3004 TV/VIDEO +/ S3005 MENU S3000 CHANNEL +/ S3001 CHANNEL -/ S3002 VOLUME +/ S3003 VOLUME +/ KEY

HGND

TO A1 BOARD CN8001

IC3150TEMPERATURE SENSOR2 1 8

4 3 1

CN3150 SCL_E SDA_E D3.3V

J

TO A1 BOARD CN8003

S1 (OUTSIDE TEMPERATURE )

H1 (PANEL SWITCH )IC3200TEMPERATURE SENSOR 2 1 8 4 3 1 CN3200 SCL_E SDA_E D3.3V

K

TO A1 BOARD CN8003

TIMER

D3055

G R Q3053 LED DRIVER Q3052 LED DRIVER G R Q3051 LED DRIVER Q3050 LED DRIVER STBY +3.3V CN3050 1 STBY+3.3V 3 TIMER LED 5 LAMP_LED 7 POWER_LED 6 STBY LED

S2TO A1 BOARD CN8001

(LAMP TEMPERATURE )

LAMP

D3054

POWER/ D3053 STANDBY

G

IC3050

OUT S3050 POWER

8 9

SIRCS P-ON

S3250 LAMP COVER SWITCH

CN3250 2 1 GND LAMP_COV

L

TO A1 BOARD CN8003

T ( LAMP COVER ERRER )

H2 (SIRCS,LED)

J3100 PR/CR PB/CB

CN3100 5 COMP2_CR 3 COMP2_CB 1 COMP2_Y

M

TO A1 BOARD CN8301

Y

VIDEO/HD/DVD IN2 (1080i/720p/480p/480i)

J3101 VIDEO L (MONO)

CN3101 1 2 4 6 COMP DET V2-V V2-L V2-R

N

TO A1 BOARD CN8001

AUDIO R

H3 (VIDEO 2 INPUT) 34


BLOCK DIAGRAM (10)D6000 RECT + L6507 D6506 R6500 1 3 CN6501 LAMP DC TO LAMP Q6500,6505 SWITCHING LAMP GND

400V

IC6100SWITCHING REGULATOR R6102 T6200 16 D6202 RECT + Q6504 VSENSE 1 VG(H) 23 Q6100 DRIVE 4 D6200 VG(L) 20 Q6101 DRIVE 2 OCP 16 13 D6204 6.5V 12 D6205 6.5V 11 D6108 VC1 15 10 FB 2 9 D6201 16.5V A28,B28, C28 16.5V TO A1 BOARD CN8805 A26 STBY5V 15 D6203 11V 1 AU_VCC A1,B1, C1,A2, B2,C2, A3 B3,C3, A4,B4, C4,A5, B5,C5 3 2Q6200,6201

CN6902 AU_VCC

Q6501,6502 SWITCHING DRIVE

AU_GND

IC6202+9V REG. A9V

IC6502SWITING REGULATOR 7 OUT FB 1 GND 6 VS 22

14

A12 A15,B15, C15,A16, B16,C16 A20,B20, C20,A21, B21,C21, C22

A9V 11V

6.5V

F

IC6401SHUNT REGULATOR 2 1 3 PH6401

PH6200

3

IC6200THERMO FUSE CN6005 THRMO1 1 THRMO2 3 SHUNT REGULATOR STBY5V 6.5V PH6000 D6001 RY6003 PH6400 D6513 Q6402 RELAY DRIVER RY6004Q6401

1 2

A24 B24 C24 A27 A29 A30 C30 B31 B32

REC_ON PFC_DET AC_RLY G_OVP PANEL_FAN_CONT LAMP_EX_FAN(FAN1) PANEL_FAN(FAN3) FAN_ERR FAN_DRV

Q6403,6404 LATCH

D6207

PH6402

3 1 2

IC6402SHUNT REGULATOR STBY5V 1 4 5 6

CN6901 16.5V 6.5V 6.5V 6.5V TO C BOARD CN2002

Q

T6300 +B SWITCH Q6400 2F6001 L6001 CN6001 AC IN L600211V

Q6900

D6304

1

IC6900FAN CONTROL 1 4 2 3

Q6902 CN6900 Q6901 D6900 1 3 2 PANEL_FAN_POW PANEL_FAN_PROT PANEL_FAN_GND

D6300 RECT

M

FAN

+

8

11

STBY5V D6305 RECT

PANEL_FAN_CNT

AC (L) 2 AC (N) 1 -

IC6300SWITCHING REGULATOR DRAIN 5 6 10

FAN CONTROL 1 4 2 LAMP_EX_FAN_CNT 3 D6901 9 8 7 LAMP_EX_FAN_POW LAMP_EX_FAN_PROT LAMP_EX_FAN_GND

IC6902

M

FAN

VCC 4 D6302 SOURCE 7 SOURCE 8

3

4 PH6300

FB 2

3 1 2

SHUNT REGULATOR

IC6301

G

(POWER SUPPLY)

35

KDS-50A2000/50A2010/55A2000/60A2000/60A2010 K4-2. FRAME SCHEMATIC DIAGRAMRM-YD010 RM-YD010 RM-YD010 RM-YD010 RM-YD010

1

2

3

4

5

6

7

8

9

10

11

ATLamp cover error detection CN3250 L 3P GH 181944511 LAMP_COVER GND 1 2 1 2 3 4 5 6 7 8 9 10 11 12 13 14

CN8803 4P 10.5V 10.5V GND GND 1 2 3 4

CN8305 4P

TO CN8000 5, 6

CN8002 14P UVCC XTRST XRSTIN XINIT BREAK ICD3 ICD2 ICD1 ICD0 ICS2 ICS1 ICS0 GND ICLK CN9800 4P WHT :XA L+ LRR+

VBUS DD+ GND

1 2 3 4

S2Lamp temp detection

BH1Menu INPUT SW VOL UP/DOWN CH UP/DOWN

CN3200 H 4P WHT 1-819-473-11 D3.3V GND SDA_E SCL_E

TO CN8000 1 - 41 2 3 4

L 3P WHT-L CN3000 GND KEY

TO CN8001 1, 21 2

CN8806 12P WHT 16.5V GND STBY5V D3.3VV GND 11V D5V V5V GND A9V GND AUDIO_VCC FOR CHECK

1 2 3 4 5 6 7 8 9 10 11 12

1 2 3 4

CN8001 20P 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 GND KEY STBY3.3V GND TIMER_LED P_MUTE_LED LAMP_LED GND STBY_LED POWER_LED SIRCS GND P_ON COMP_DET V2_V GND V2_L GND V2_R GND

H2POWER SW LAMP LED POWER LED PC MUTE LED TIMER LED

CN3050 L 9P WHT-L 1-815-452-11 STBY+3.3V GND TIMER LED P_MUTE_LED LAMP LED STBY_LED POWER_LED SIRCS P-ON

TO CN8001 1 - qd1 2 3 4 5 6 7 8 9

CH3Shield Coaxial Shield Coaxial Shield Coaxial CN3101 11P L WHT GH 181947011 COMP_DET V2_V GND V2_L GND V2_R GND HP_L(NC) GND(NC) HP_R(NC) GND(NC) HP_DET(NC) CN3100 6P WHT PA 181502211 COMP2_Y GND COMP2_CB GND COMP2_CR GND CN3102 1P E

CN8000 14P 1 2 3 4 5 6 7 8 9 10 11 12 13 D3.3V GND SDA_E SCL_E LAMP_COVER GND FLAG F_GND D3.3V LAMP_ON LAMP_COVER GND HV_DET

TO CN8001 qf - w;1 2 3 4 5 6 7 8 9 10 11 12

CN4201 94P :B-TO-B GR0 GA0 GR1 GA1 GR2 GA2 GR3 GA3 GR4 GA4 GR5 GA5 GR6 GA6 GR7 GA7 GB0 GG0 GB1 GG1 GB2 GG2 GB3 GG3 GB4 GG4 GB5 GG5 GB6 GG6 GB7 GG7 GVSYNC_OUT GCLK_OUT GHSYNC_OUT GCLK_IN GVSYNC_ USBGHSYNC_IN USB+ HD/REC656_CLK VBIRec656_7 HD/REC656_7 VBIRec656_6 HD/REC656_6 VBIRec656_5 VBIRec656_4 HD/REC656_5 VBIRec656_3 HD/REC656_4 VBIRec656_2 HD/REC656_3 HD/REC656_2 VBIRec656_1 HD/REC656_1 VBIRec656_0 VBIRec656_VS HD/REC656_0 VBIRec656_HS HD/REC656_8/H VBIRec656_CLK HD/REC656_9/V SPDIF SDA ADATA SCL UART_RX ALRCR UART_TX ABCK DTT_MUTE UART_LOG_RX UART_LOG_TX Y M_RST CVBS R(Audio) C L(Audio) GND GND GND GND GND GND GND GND GND GND GND GND GND GND

Comp-Terminal Video_Terminal Audio_L/R_Terminal Hp-Terminal

CN8301 6P 1 2 3 4 5 6 1 2 3 4 5 6 COMP2_Y GND COMP2_CB GND COMP2_CR GND CN8303 14P WHT F_MONO MODE SAP_ID/SPDIF ST_ID TU_R_OUT GND TU_L_OUT GND AFT_OUT TU_V_OUT GND TU_SCL TU_SDA AGC_MUTE

DS1Outside temp detection

A1 B1 A2 B2 A3 B3 A4 B4 A5 B5 A6 B6 A7 B7 A8 B8 A9 B9 A10 B10 A11 B11 A12 B12 A13 B13 A14 B14 A15 B15 A16 B16 A17 B17 A18 B18 A19 B19 A20 B20 A21 B21 A22 B22 A23 B23 A24 B24 A25 B25 A26 B26 A27 B27 A28 B28 A29 B29 A30 B30 A31 B31 A32 B32 A33 B33 A34 B34 A35 B35 A36 B36 A37 B37 A38 B38 A39 B39 A40 B40 A41 B41 A42 B42 A43 B43 A44 B44 A45 B45 A46 B46 A47 B47

A1 B1 A2 B2 A3 B3 A4 B4 A5 B5 A6 B6 A7 B7 A8 B8 A9 B9 A10 B10 A11 B11 A12 B12 A13 B13 A14 B14 A15 B15 A16 B16 A17 B17 A18 B18 A19 B19 A20 B20 A21 B21 A22 B22 A23 B23 A24 B24 A25 B25 A26 B26 A27 B27 A28 B28 A29 B29 A30 B30 A31 B31 A32 B32 A33 B33 A34 B34 A35 B35 A36 B36 A37 B37 A38 B38 A39 B39 A40 B40 A41 B41 A42 B42 A43 B43 A44 B44 A45 B45 A46 B46 A47 B47

CN7600 94P :B-TO-B GR0 GA0 GR1 GA1 GR2 GA2 GR3 GA3 GR4 GA4 GR5 GA5 GR6 GA6 GR7 GA7 GB0 GG0 GB1 GG1 GB2 GG2 GB3 GG3 GB4 GG4 GB5 GG5 GB6 GG6 GB7 GG7 GVSYNC_OUT GCLK_OUT GHSYNC_OUT GCLK_IN GVSYNC_ USBGHSYNC_IN USB+ HD/REC656_CLK VBIRec656_7 HD/REC656_7 VBIRec656_6 HD/REC656_6 VBIRec656_5 VBIRec656_4 HD/REC656_5 VBIRec656_3 HD/REC656_4 VBIRec656_2 HD/REC656_3 HD/REC656_2 VBIRec656_1 HD/REC656_1 VBIRec656_0 VBIRec656_VS HD/REC656_0 VBIRec656_HS HD/REC656_8/H VBIRec656_CLK HD/REC656_9/V SPDIF SDA ADATA SCL UART_RX ALRCR UART_TX ABCK DTT_MUTE UART_LOG_RX UART_LOG_TX Y M_RST CVBS R(Audio) C L(Audio) GND GND GND GND GND GND GND GND GND GND GND GND GND GND

CN7306 4P 10.5V 10.5V GND GND 1 2 3 4

RCA PIN BOO OUT BOO GND

1 2 3

SELECT GND +5V

To F : CN E To F : CN E

1

1

RCA PIN SUB OUT SUB GND

CN7802 49P GND H_I2C_SDA GND H_I2C_SCL GND D_I2C_SDA GND D_I2C_SCL GND AGC_MUTE GND D_IF2 D_IF1 GND GND IF_AGC GND DET_OUT GND ST_ID SAP_ID V_DET GND MODE GND F_MODE GND 5V GND 5V GND 10.5V GND 10.5V GND SPDIF GND POD_STBY GND FDC_AGC GND GND FDC_IF1 FDC_IF2 GND GND FS_OUT1 FS_OUT2 GND 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 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

CN7800 49P :ZH-SIDE GND H_I2C_SDA GND H_I2C_SCL GND D_I2C_SDA GND D_I2C_SCL GND AGC_MUTE GND D_IF2 D_IF1 GND GND IF_AGC GND DET_OUT GND ST_ID SAP_ID V_SYNC GND MODE GND F_MODE GND 5.1V GND 5.1V GND 10.5V GND 10.5V GND SPDIF GND POD_STBY GND FDC_AGC GND GND FDC_IF1 FDC_IF2 GND GND FS_OUT1 FS_OUT2 GND

CN7803 14P WHT SPDIF GND NC GND TU_R_OUT GND TU_L_OUT GND AFT_OUT TU_V_OUT GND TU_SCL TU_SDA AGC_MUTE

1 2 3 4 5 6 7 8 9 10 11 12 13 14

1

CN3150 L 4P WHT 1-819-473-11 D3.3VV GND SDA_E SCL_E

1 2 3 4

1 2 3 4

CN8003 4P WHT:GH D3.3V GND SDA_E SCL_E

1 2 3 4 5 6 7 8 9 10 11 12 13 14

TO CN8801 1 - 3

E

FAN4 FAN3 FAN1

GND LOCK VCC

1 2 3

1 2 3 4 5 6 7 8 9 10 11

CN8801 11P WHT :GH FAN-GND FAN4-PROT FAN4-POW FAN-GND NC NC D5V GND NC NC SELECT

TO CN6900 1 - 3VCC GND LOCK 1 2 3 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

GND LOCK VCC

1 2 3

TO CN6900 7 - 9

TH FUSE

F

TO CN8000 qs - qd HV DET CABLE

ON:GND, OFF: OPEN

JST 5P SM05B-GHS-TB (LF) (SN) FLAG 1 F_GND 2 D3.3V 3 LAMP-ON 4 LAMP_POWER 5

TO CN8000 7 - qa

CN8004 42P JIG GND GND TV_BINT E_BINT SCL_TV SDA_TV SCL_IFP SDA_IFP SCL_DEM_100K SDA_DEM_100K SCL_DEM_400K SDA_DEM_400K 3.3V IFP_BOOTMODE TVM_TXD TVM_RXD IFP_TXD IFP_RXD DEM_TXD DEM_RXD 5V 5V RESET(DE) SCK(DB) FLASH_WRITE(DB) SYNCHRO_MODE(DE) IFP_UDP IFP_UDM IFP_VBUS 3.3V IFP_TXD IFP_RXD STBY 3.3V GND RST_M SCK_M SYNCRO_MODEM_M FLASH_WRITE_M TU_V_OUT GND GND GND

G

LAMP DRIVER

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

CN6900 15P WHT :GH PANEL_FAN-POW PANEL_FAN_GND PANEL_FAN_PROT LAMP_FAN_POW LAMP_FAN_GND LAMP_FAN_PROT LAMP_EX_FAN_GND LAMP_EX_FAN_PROT LAMP_EX_FAN_POW NC NC NC PANEL_EX_FAN_GND PANEL_EX_FAN_PROT PANEL_EX_FAN_POW

TO LAMP TRANSLATION CABLE

1 2 3

CN6005 3P WHT THERMO1 NC THERMO2

X1 JST B2P3-VH (LF) DC+ NC DC1 2 3 1 2 3

H

CN 6501 3P BLK :VH LAMP DC NC LAMP GND

1

CN6000 1P TAB(CONTACT) E CN6002 1P TAB(CONTACT) E CN6003 1P TAB(CONTACT) E CN6004 1P TAB(CONTACT) E

1

1

1

I1 2

CN6001 2P WHT :VH AC(N) AC(L)

CN6901 10P 1 2 3 4 5 6 7 8 9 10 16.5V GND GND 6.5V 6.5V 6.5V GND GND GND GND

CN 6902 96P WHT :B-TO-B AU_VCC A1 AU_VCC B1 AU_VCC C1 AU_VCC A2 AU_VCC B2 AU_VCC C2 AU_VCC A3 AU_GND B3 AU_GND C3 AU_GND A4 AU_GND B4 AU_GND C4 AU_GND A5 AU_GND B5 AU_GND C5 NC A6 NC B6 NC C6 NC A7 NC B7 NC C7 NC A8 NC B8 NC C8 NC A9 NC B9 NC C9 NC A10 NC B10 NC C10 NC A11 NC B11 NC C11 A9V A12 GND B12 GND C12 PANEL_EX_FAN_POW A13 GND B13 LAMP_EX_FAN_POW C13 GND A14 GND B14 GND C14 11V A15 11V B15 11V C15 11V A16 11V B16 11V C16 18V A17 LAMP_FAN_POW B17 PANEL_FAN_POW C17 REC_STBY A18 GND B18 GND C18 GND A19 GND B19 GND C19 6.5V A20 6.5V B20 6.5V C20 6.5V A21 6.5V B21 6.5V C21 GND A22 GND B22 6.5V C22 GND A23 GND B23 GND C23 REC_ON A24 PFC_DET B24 AC_RLY C24 GND A25 GND B25 GND C25 STBY5V A26 GND B26 GND C26 G_OVP A27 GND B27 GND C27 16.5V A28 16.5V B28 16.5V C28 PANEL_FAN_CONT A29 GND B29 GND C29 LAMP_EX_FAN(FAN1) A30 LAMP_FAN(FAN2) B30 PANEL_FAN(FAN3) C30 CHASSIS_FAN(FAN5) A31 FAN_ERR B31 GND C31 D3.3V A32 FAN_DRV B32 GND C32

CN 8805 96P WHT :B-TO-B A1 AU_VCC B1 AU_VCC C1 AU_VCC A2 AU_VCC B2 AU_VCC C2 AU_VCC A3 AU_VCC B3 AU_GND C3 AU_GND A4 AU_GND B4 AU_GND C4 AU_GND A5 AU_GND B5 AU_GND C5 AU_GND A6 NC B6 NC C6 NC A7 NC B7 NC C7 NC A8 NC B8 NC C8 NC A9 NC B9 NC C9 NC A10 NC B10 NC C10 NC A11 NC B11 NC C11 NC A12 A9V B12 GND C12 GND A13 NC B13 GND C13 NC A14 GND B14 GND C14 GND A15 11V B15 11V C15 11V A16 11V B16 11V C16 11V A17 NC B17 NC C17 NC A18 NC B18 GND C18 GND A19 GND B19 GND C19 GND A20 6.5V B20 6.5V C20 6.5V A21 6.5V B21 6.5V C21 6.5V A22 GND B22 GND C22 6.5V A23 GND B23 GND C23 GND A24 REC_ON B24 PFC_DET C24 AC_RLY A25 GND B25 GND C25 GND A26 STBY_5V B26 GND C26 GND A27 G_OVP B27 GND C27 GND A28 16.5V B28 16.5V C28 16.5V A29 GND B29 GND C29 GND A30 LAMP_EX_FAN(FAN1) B30 LAMP_FAN(FAN2) C30 PANEL_FAN(FAN3) A31 CHASSIS_FAN(FAN5) B31 FAN_ERR C31 GND A32 D3.3V B32 FAN_DRV C32 GND

CN8304 120P :B-TO-B D5V GND D5V GND V5V GND V5V GND GND GND GND GND 7V 7V 7V 7V 7V 7V D3.3VV GND D3.3VV GND D3.3VV GND D3.3VV GND GND GND PANEL_ON ROOK_RST MUTE2 MUTE SCL_SENSE NVM_WP2 SDA_SENSE GND SCL_E GND SDA_E GND IRIS_CTRL GND IRIS_FB GND SCL_IFP_DEM LVDS_PD_DEM SDA_IFP_DEM GND DL_MODE COM_RST IFP_VSYNC DE_BUSY MAIN_CV/Y GND MAIN_C GND MAIN_CR/R GND MAIN_Y/G GND MAIN_CB/B PC_V_SYNC H_SYNC BE_BUSY SCL_IFP_TVM BE_WDT SDA_IFP_TVM BOOT_MODE FE_USB_PB GND FE_USB_NB GND UART_TXD_IFP BE_RST UART_RXD_IFP GND I_USBDPLS I_USBCONNECT I_USBDMNS GND TXD_IFP_LOG SET_ON RXD_IFP_LOG GND FE_ABCK FE_ALRCK FE_ADATA GND UART_LOG_TX_FE FE_RST UART_LOG_RX_FE GND UART_TX_FE GND UART_RX_FE GND FE_SPDIF WRT_PRT SCL_HDMI GND SDA_HDMI HDMI_50/60 HDMI_RST GND HDMI_SPDIF HDMI_INT DVI_LR_IN_L GND DVI_LR_IN_R CCDM_H CEC GND GND GND INPUT_CE GND INPUT_SEL HDMI_ABCK HDMI_ALRCLK HDMI_ADATA

A1 B1 A2 B2 A3 B3 A4 B4 A5 B5 A6 B6 A7 B7 A8 B8 A9 B9 A10 B10 A11 B11 A12 B12 A13 B13 A14 B14 A15 B15 A16 B16 A17 B17 A18 B18 A19 B19 A20 B20 A21 B21 A22 B22 A23 B23 A24 B24 A25 B25 A26 B26 A27 B27 A28 B28 A29 B29 A30 B30 A31 B31 A32 B32 A33 B33 A34 B34 A35 B35 A36 B36 A37 B37 A38 B38 A39 B39 A40 B40 A41 B41 A42 B42 A43 B43 A44 B44 A45 B45 A46 B46 A47 B47 A48 B48 A49 B49 A50 B50 A51 B51 A52 B52 A53 B53 A54 B54 A55 B55 A56 B56 A57 B57 A58 B58 A59 B59 A60 B60

A1 B1 A2 B2 A3 B3 A4 B4 A5 B5 A6 B6 A7 B7 A8 B8 A9 B9 A10 B10 A11 B11 A12 B12 A13 B13 A14 B14 A15 B15 A16 B16 A17 B17 A18 B18 A19 B19 A20 B20 A21 B21 A22 B22 A23 B23 A24 B24 A25 B25 A26 B26 A27 B27 A28 B28 A29 B29 A30 B30 A31 B31 A32 B32 A33 B33 A34 B34 A35 B35 A36 B36 A37 B37 A38 B38 A39 B39 A40 B40 A41 B41 A42 B42 A43 B43 A44 B44 A45 B45 A46 B46 A47 B47 A48 B48 A49 B49 A50 B50 A51 B51 A52 B52 A53 B53 A54 B54 A55 B55 A56 B56 A57 B57 A58 B58 A59 B59 A60 B60

CN4000 120P :B-TO-B D5V GND D5V GND V5V GND V5V GND GND GND GND GND 6.5V 6.5V 6.5V 6.5V 6.5V 6.5V D3.3VV GND D3.3VV GND D3.3VV GND D3.3VV GND V5V GND PANEL_ON ROOK_RST MUTE2 MUTE SCL_SENSE NVM_WP2 SDA_SENSE GND SCL_E GND SDA_E GND IRIS_CTRL IRIS_GAIN IRIS_FB GND SCL_IFP_DEM LVDS_PD SDA_IFP_DEM GND DL_MODE COM_RST IFP_VSYNC DE_BUSY MAIN_CV/Y GND MAIN_C GND MAIN_CR GND MAIN_Y GND MAIN_CB PC_V_SYNC H_SYNC BE_BUSY SCL_IFP_TVM BE_WDT SDA_IFP_TVM BOOT_MODE FE_USB_PB GND FE_USB_NB GND UART_TXD_IFP BE_RST UART_RXD_IFP GND I_USBDPLS I_USBCONNECT I_USBDMNS GND UART_TXD2 SET_ON UART_RXD2 GND ABCK ALRCK ADATA GND UARTTX_FELG M_RST UARTRX_FELG GND UART_TX_FE GND UART_RX_FE GND SPDIF WRT_PRT SCL_HDMI GND SDA_HDMI HDMI_50/60 HDMI_RST GND HDMI_SPDIF HDMI_INT DVI_LR_IN_L GND DVI_LR_IN_R CCDM_H CEC1 GND HPG_DET2 HPG_DET1 INPUT_CE GND INPUT_SEL HDMI_ABCK HDMI_ALRCLK HDMI_ADATA

CN4202 48P :B-TO-B YS_DTT PRI_CLK PRI_VS PRI_HS PRI_C7 PRI_C6 PRI_C5 PRI_C4 PRI_C3 PRI_C2 PRI_C1 PRI_C0 PRI_Y7 PRI_Y6 PRI_Y5 PRI_Y4 PRI_Y3 PRI_Y2 PRI_Y1 PRI_Y0 GND GND GND GND DTT_PON TV_REC_ON X_WDTRST PFC_DET U2_TX U_ACT SPI_STATUS U_CE C_CLK U_DOUT U_DIN E2HL_IEC958 BCK LRCK ADATA02 ADATA01 ADATA0 GND GND GND GND GND GND GND

A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 A21 A22 A23 A24 B1 B2 B3 B4 B5 B6 B7 B8 B9 B10 B11 B12 B13 B14 B15 B16 B17 B18 B19 B20 B21 B22 B23 B24

CN2600 50P GND VDD VDD TOUT GND SIG(23) SIG(22) SIG(21) SIG(20) SIG(19) SIG(18) SIG(17) SIG(16) SIG(15) SIG(14) SIG(13) SIG(12) SIG(11) SIG(10) SIG(9) SIG(8) SIG(7) SIG(6) SIG(5) SIG(4) SIG(3) SIG(2) SIG(1) SIG(0) GND VCOM VDMY VCOM VPC GND VCC DWN RGT RST VST HST VCK HCK GND TMON BUSY Tdat TEST_EN VCC GND 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

Panel

CN2700 50P GND VDD VDD TOUT GND SIG(23) SIG(22) SIG(21) SIG(20) SIG(19) SIG(18) SIG(17) SIG(16) SIG(15) SIG(14) SIG(13) SIG(12) SIG(11) SIG(10) SIG(9) SIG(8) SIG(7) SIG(6) SIG(5) SIG(4) SIG(3) SIG(2) SIG(1) SIG(0) GND VC

kds55a2000 sm sony en

Documents