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S/M No. :DSJ112FEFO

Service Manual
REAR PROJECTION TV CHASSIS : SJ-112
MODEL : DSJ-4710CRA/5510CRA DSJ-4720CRA/5520CRA

Caution
: In this Manual, some parts can be changed for improving. their performance without notice in the parts list. So, if you need the latest parts information, please refer to PPL(Parts Price List)in Service Information Center(http://svc.dwe.co.kr)

DAEWOO ELECTRONICS Corp.
http : //svc.dwe.co.kr Feb. 2004

Contents
1. Safety Instruction 2. Product Specification 3. Remote Control 4. Adjusting Method 5. Explanation for circuit operation 6. Trouble Shooting 7. Service Part list 8. Schematic Diagram 1) Block Diagram 2) Power 3) Rear IO 4) AV main 5) deflection 6) Convergence Amp & Sound Amp 7) Convergence Module 8) CRT Amp 9) Control & side 9. PRINTED CIRCUIT BOARD 1) Main PCB 2) Power PCB 3) AMP PCB 4) CRT PCB 5) DEF PCB 6) UNION-1 PCB(CONTROL, SIDE) 7) UNION-2 PCB(CONV MODULE, REAR IO 10. EXPLODED VIEW 1) DSJ-4710 2) DSJ-4720 3) DSJ-5510 4) DSJ-5520
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3 4 5 6 12 34 43 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95

1. Safety Instruction
1. When all services are carried out, every item required in this manual needs to be followed and the services should be performed by A/S man. 2. The following general items should be performed before staring the services. 1) Unplug the power. 2) Uncover the cabinet. 3) To prevent a danger of shock, touch a terminal of plug on the chassis ground and discharge a remaining voltage. 4) Check if all parts are in the proper places, omitted or burned. 5) Check the soldering state of all parts, if a clad copper is loose or peeled off and if there is a short between clad coppers. 6) When all the articles mentioned above are normal, plug the power and refer to "Fault diagnosis according to cause and symptom" of this manual for service according to screen state. 3. Pay attention to a basic wiring and check a damaged part if a disconnected circuit is found and replace it with a new one. 4. The equal rated parts should be used depending on the parts list of this manual when a part needs to be replaced. Because some electronic parts and appliances have safety-related features, an electric shock, file or X-RAY radiation can be caused if no equal rated parts are used. 5. When a part needs to be replaced and soldered on PCB, the part should be inserted in the right position and not contact with even a terminal of other part. Especially, a high voltage resistance should be inserted with 10mm away from the PCB. 6. Since approx. 30KV high voltage is applied to the Braun tube in operating the TV set, a little X-RAY can be radiated. If the voltage is too high, harmful X-RAY can result in a danger. Therefore, A/S man with sufficient knowledge about high voltage needs to perform the service. Especially, be sure to discharge the anode of the Braun tube on the chassis ground of TV set before starting the repair. 7. Examine the followings before finishing the service. 1) Check if all protecting components have been assembled. 2) Keep the lead line away from high voltage or high temperature parts and check if all wires have been connected. 3) Check a leakage current to protect a user from a shock. Observances for safe service

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8. How to check a leakage current 1) Plug the power directly. 2) After connecting 1.5V 10W resistance and 0.15uF condenser in a row, link one with an exposed metal part of TV set and earth the other (proper earth place such as water pipe). 9. A couple persons or more should perform the repair. When a back cover needs to be separated, pull it out about half and remove the power cord before complete uncovering. 10. Remove the anode cable which is fixed at HVG in separating the anode cable from HVG or replacing CRT or HVG. Because a high voltage charged in the anode isn't discharged completely even though the AC power cord is removed, the high voltage can be sent to TV set via the power cord and cause its damage. Therefore, be sure to observe the following method in replacing a high voltage cable. 1) How to remove a high voltage cable a. Make a discharger to discharge a high voltage. b. Remove the power cord and wait for 30 sec. c. Remove the anode cable after discharging as the method mentioned below. 2) How to produce a. Solder MW resistance and clip lead. b. Place the soldered part on a driver to tap. 3) How to discharge a. Connect the clip with CRT NET GND. b. Pull upward the anode cable slightly, giving a proper force to both nippers of the high voltage plug locked in HVG. Then, the HVG is removed from the high voltage cable. Be careful not to destroying the HVG plug socket which connects the high voltage plugs by giving an excessive force to the nippers in the course. c. To discharge a high voltage, contact the discharger with a peeled wire at the end of the anode cable which is removed from HVG. d. When separating the high voltage plug from the high voltage cable, put both tips of a pincette in the plug and pull the plug to the end of the high voltage cable.

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2. Specifications
Input voltage Power consumption Dimensions (W x H x D) General Weight Antenna input Screen size Scanning type Image CRT size Sound system NTSC voice Voice output Rear Antenna input NTSC AV input NTSC AV monitor output Component input Right NTSC AV input AC 220V, 60Hz 230watts 1278 x 1351.7 x 586mm (5510) 1278 x 1351.7 x 591mm (5520) 1110 x 1210 x 532.5mm (4710) 1110 x 1210 x 529.5mm (4720) 77.9Kg(55"), 66.5Kg(47") One 75 ohm external input terminal for UHF/VHF/Cable 139cm(55"),119cm(47"), 16:9 Aspect Ratio DTV : 1080I @ 33.75KHz NTSC/DVD: 480p @ 31.5KHz 1080I @ 33.75KHz 7" 3D Stereophonic sound Stereo, Sound multiplex 15W/ch (Main L/R) 2EA 2pairs (S-Video/Video/L/R) 1pair(Video/L/R) 2pair(Y/Pb/Pr) 1pairs(S-Video/Video/L/R)

Voice

External Input/ Output

4

3. Specifications of remote control

DISPLAY

Power TV/VCR/CATV

Channel number (0-9)
Use to select channel directly 0~9

100
Use it when selecting a channel number of over 100

Prev
It returns to previous channel.

MENU
Use it to make picture adjustment, screen format, sound adjustment, input selection, and utilities.

TV/Component
TV -> Component 1 -> Component 2 -> TV

TV/VIDEO
Use this function to make video input selection. It changes in the following sequence TV -> VIDEO1 -> 2 -> 3 -> TV

CH

VOLUME Dolby Virtual CHANNEL ADD/ERASE
This feature either memorizes the current channel or erases a channel that has previously memorized.

Mute

Sound Mode
This feature allows you to choose the mode , Each time the button is pressed, it rotates from Normal -> Music -> Movie -> News -> User.

Sleep Timer
This feature is used to set up the time of automatic turn off.

Bilingual Broadcasting
This feature allows you to select the language while broadcasting.

Screen Size
This feature converts the screen size by changing its aspect ratio. Each time you press the button, it will be changed from 16:9 -> 4:3 -> Panorama -> ZOOM1 ->ZOOM2

VCR Function
REW, PLAY, FF, STOP, REC, PAUSE

Caption
This feature allows you to choose the caption. Each time the button is pressed it rotates from CC1 -> CC2 -> CC3 -> CC4 -> Off

Auto Picture
Standard -> Cinema -> Dynamic -> User

ANT PIP

PIP Search TV/Video Position

STILL SWAP

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4. Adjusting Method
Adjustment of temporary ITC Step 1. Temporary fixation of DY 1) Insert DY in R, G, B CRT and tighten the screws properly with DY pushed upward to the end (Refer to Figure 1) 2) Adjust the slant and position of DY so that the rectangle projections of DY are shown in front of the set.

DY rectangle projection

GENTERING VM COIL MAGNET

(Figure 1. Front part of CRT assembly) Step 2. Fixation of VM coil 1) Tighten the screw completely with R, G, B, VM coil pushed upward to the end (Refer to Figure 1)

Applied chassis and model:SJ-111, 112/DSJ-5510(20),DSJ-4710(20)

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Adjusting Method
Completion of control - All adjustments need to be performed after heat-run for 30 min or more. - Heat-run is executed in the state of non-signal noise. - If a retrace line appears on the screen during heat-run, rotate the screen VR left and carry out heat-run when it disappears. - Note) If stop image is kept over 10 min, a fluorescent material of CRT can be damaged. Step 1. Control of screen voltage 1) Select `Video 1' without a signal. 2) After turning the screen VR of focus pack right, slowly rotate it left when a retrace line appears and fix it when the line disappears completely. 3) Control Red VR, Green VR and Blue VR in the order. 4) Fix the VR by lock paint after the control is completed. Note) This control should be performed in a darkroom.

SCREEN(R/G/B)

FOCUS(R/G/B)

[Figure 2. Exterior view of focus-pack]

Step 2. Control of P-Lens focus 1) Receive RETMA pattern. 2) Loose the fixing nut of lens. 3) Rotate the fixing nut of lens left and then right slowly. Fix the optimum focus position by repeating this method. Note 1) Control the focus on the basis of 6cm by 6cm (intra-office signal 8CH, No.3) at the left bottom of the screen. Note 2) Perform the focus readjustment or correction if the entire screen isn't focused even after the completion of focus control.

Applied chassis and model:SJ-111, 112/DSJ-5510(20),DSJ-4710(20)

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Adjusting Method

4) When the focus control is finished, apply a silicon bond between inside and outside diameter, paying attention so that the lens isn't moved. 5) Project R, G, B signal only by one signal, using a lens cover and control G, R and B in the order. Note) This control should be performed in a darkroom. Especially, be careful not to touch the lens with a hand. Step 3. Focus control 1) Receive RETMA pattern. 2) Rotate the focus-pack of focus VR right and left to fix the optimum focus. Note 1) Control the focus on the basis of 6cm by 6cm (intra-office signal 8CH, No.3) at the left bottom of the screen. Note 2) Perform the focus readjustment or correction if the entire screen isn't focused even after the completion of focus control. 3) Project R, G, B signal only by one color, using a lens cover and control G, R and B in the order. Step 4. Control of G-CRT 2-pole, 4-pole magnet 1) Receive DOT pattern. 2) Have only a green screen appear, using a lens cover. 3) Adjust the core to be located in the center of DOT, using a 4-pole magnet. 4) Adjust the DOT to be circular, using a 2-pole magnet. 5) Tighten the fixing part so that the magnet can't move after finishing the adjustment. Note 1) This control should be performed in a darkroom. Note 2) Perform the focus readjustment or correction if the entire screen isn't focused even after the completion of focus control.

Applied chassis and model:SJ-111, 112/DSJ-5510(20),DSJ-4710(20)

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Adjusting Method

Step 5. Control of deflection yoke and tilt 1) Receive CROSS-HATCH pattern. 2) Rotating a loose DY left and right, control it so that the horizon of R, G, and B can be projected on to the screen correctly in the form of horizon. (Refer to the center point of Front -Mask) 3)After adjusting the R, G, B, FY, fix the DY with a lever not to turn. Step 6. Control of raster position 1) Receive CROSS-HATCH pattern. 2) Adjusting the centering magnet attached to the DY, locate the center of green image at the center of the screen (Refer to Figure 1). 3) Adjusting the centering magnet of R and B, locate R left and B right on the basis of G in the center. 4) Fit the horizon in the center of R and B to the horizon of G. 5) In the center of screen, locate the vertical line of R approx. 20 to 30mm to the left on the basis of G and the vertical line of G approx.20 to 30mm to the right (Refer to Figure 4).

Figure 4. Control of R, G, B raster

Step 7. Control of convergence
a. Control of 480i convergence 1) Input the signal of auto alignment system in a component terminal. (Select one between component 1 and 2.)

Applied chassis and model:SJ-111, 112/DSJ-5510(20),DSJ-4710(20)

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Adjusting Method
2) Connect I2C line of the auto alignment system with housing (P503) at the top of a convergence board. 3) Select CONV.EXE in the auto alignment system program and press ENTER. 4) Control the user convergence with a remote control after the control is finished. b. Control of 1080i convergence 1) Repeat the above 1) to 4) for 1080i mode. Step 8. Control of white balance 1) Connect a control pattern (intra-office signal cable broadcasting 32 CH) with external input 3. 2) Select the screen mode as standard. 3) Locate the sensor of 3298 system at the center of High/Low Beam. 4) Execute the projection program of control PC. 5) When OSD of `OK' appears on the monitor of control PC, the control is completed. Measuring unit: Multimedia Display Tester 3298(YOKOGAYA) Measuring signal: White -Balance Control Pattern (Intra-office signal cable broadcasting 32CH) Coordinates setup:x=0.275 0.005 / y=0.275 0.005 Initial data (S8) R DRV : 31 (RED DRIVE) G DRV : 40 (GREEN DRIVE) B DRV : 31 (BLUE DRIVE) R CUT : 61 (RED BIAS) G CUT : 64 (GREEN BIAS) B CUT : 61 (BLUE BIAS)

Applied chassis and model:SJ-111, 112/DSJ-5510(20),DSJ-4710(20)

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Adjusting Method
Step 9. Control of 480p color accord 1) Receive Cross-Hatch 480p signal by using HD signal output instrument. 2) Press the S7 key of service remote control to enter the 480p color accord control mode. 3) Change RHLIN to control RED color accord. 4) Change BHLIN to control BLUE color accord. Measuring unit:VG-858(ASTRO) Initial data (S7) RH LIN : -53 BH LIN : +127

Step 10. Control of sub brightness - Press the S9 key to enter the Sub Brightness control mode. - Screen mode: Standard 1) Receive RETMA pattern (intra-office signal cable broadcasting 96 CH) 2) Press the S9 key. 3) Control the Sub Brightness so that 18% gradation can be identified in the contrast chart of gradation pattern.

Applied chassis and model:SJ-111, 112/DSJ-5510(20),DSJ-4710(20)

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5. Explanation for circuit operation
< Contents >
1. Specifications and Features 1-1 Specifications of product 1-2 Features of product 2. Power 2-1 Outline 2-2 Block diagram 2-3 Composition of power supply 2-4 Explanation for power supply operation 3. Deflection 3-1 Outline 3-2 Block diagram 3-3 Composition of deflection part 3-4 Explanation for operation 4. Video signal processing 4-1 Block diagram 4-2 Video processor 5. Sound 5-1 Switching part 5-2 Sound processing 6. Convergence 6-1 Outline 6-2 Block diagram 6-3 Composition 7. CRT AMP

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Explanation for circuit operation 1. Specification/Feature 1-1. Specification of prodict Input voltage Power consumption Dimensions (W x H x D) AC 220V, 60Hz 230watts 1278 x 1351.7 x 586mm (5510) 1278 x 1351.7 x 591mm (5520) 1110 x 1210 x 532.5mm (4710) 1110 x 1210 x 529.5mm (4720) 77.9Kg(55"), 66.5Kg(47") One 75 ohm external input terminal for UHF/VHF/Cable 139cm(55"),119cm(47"), 16:9 Aspect Ratio DTV : 1080I @ 33.75KHz NTSC/DVD: 480p @ 31.5KHz 1080I @ 33.75KHz 7" 3D Stereophonic sound Stereo, Sound multiplex 15W/ch (Main L/R) 2EA 2pairs (S-Video/Video/L/R) 1pair(Video/L/R) 2pair(Y/Pb/Pr) 1pairs(S-Video/Video/L/R)

General Weight Antenna input Screen size Scanning type Image CRT size Sound system NTSC voice Voice output Rear Antenna input NTSC AV input NTSC AV monitor output Component input Right NTSC AV input

Voice

External Input/ Output

1-2. Features of product 7" Pure Flat Picture Tube Digital 3D Comb Filter Video Noise Reduction 1080i(HD), Line doubled to 480p(NTSC) Velocity Modulation Scanning Dynamic Focus System Auto channel Programming Black Level Expender

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Explanation for circuit operation 2. Power 2-1. Outline This power is a power supply of 230W to provide a power for 55"/47"CRT Projection TV. 2-2. Block diagram The block diagram of this power is as follows.

2-3 Composition of power supply This power supply is formed in Fly-back type to provide various powers. The design specification of this power supply is as follows. 1) Input power: 120Vac (+/- 10%), 60Hz 2) Power consumption : 230W 3) The second power supply is shown in table 1-1. (Final power supply)

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Explanation for circuit operation No. Position Kind Purpose Current Remark The second power supply No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Position T802 T802 T802 T802 T802 T802 T802 T803 T803 T803 T803 T803 T803 T803 T801 Kind 200V 135V 12V 9V 5V 5V 6.3V +25V -25V 30V +7.5V -12V +15V -15V 5V Purpose CRT AMP B+ HIGH VOLTAGE B+ GENERAL PURPOSE GENERAL PURPOSE GENERAL PURPOSE GENERAL PURPOSE HEATER B+ SUB-DY AMP B+ SUB-DY AMP B+ GENERAL PURPOSE GENERAL PURPOSE GENERAL PURPOSE AUDIO AMP B+ AUDIO AMP B+ STAND-BY B+ Current 80mA 900mA 600mA 1000mA 400mA 750mA 650mA 900mA 900mA 100mA 100mA 300mA 2000mA 2000mA 500mA Remark F/B LINE

F/B LINE

< TABLE 1-1 > The second power supply 2-4 Explanation for power supply operation 1) Power supply and STAND-BY power The voltage via a bipolarity power code (PC801) goes through a line filter area composed of EMI filter (L801, L802, L827), X-capacitor (C801, C802, C803) and Y-capacitor (C804, C805), is rectified and smoothed (C-806) in bridge diode (D801 -D804). This voltage provides a power for STAND-BY trans (T-801) and TOP232P of STAND-BY power IC (I801) and the second TRANS supplies a STAND-BY power for U-COM. 2) Main power start When the U-COM supplies a PWR SWITCH ON signal for Q801 base via PA802 connector, a positive terminal relay (RLY1) starts and AC power is rectified and smoothed (C809, C816) in a bridge diode (D-808) via a Y-capacitor (C-811, C812). The voltage before smoothing supplies a starting voltage for No.4 terminal of STR-F6656 (I802, I803) via (R809+R817) and (R823+R824). When STR-F6656 starts, the voltage via a coil bead (L825, L826) goes to coil P of trans and then to drain (Pin No.3) of internal power MOSFET of STR-F6655. The voltage flowing in coil D supplies a power for terminal No.4 of trans STR-F6656. Then, a current flows via R813 and R818 without going through (R809+R817) and (R823+R824). That is, (R809+R817) and (R823+R824) supplies a current only at starting. 3) Specification of STR-F6656 The STR-F6656 is a power MOSFET and control IC built-in Fly-back type of Hybrid IC for switching power. The feature of this IC is a Quasi-Resonance associated operation IC that the number of parts added to external is small, various protection functions (protection from overcurrent, overvoltage and overheat) are offered and a power loss decreases by lowering an originating frequency at STABD-BY. 15

Explanation for circuit operation The detailed specifications of this IC are as follows. Terminal No. 1 Symbol O. C. P./ F. B S D Vin GND Name Overcurrent/Feedback terminal Functions Overcurrent detection signal

2 3 4 5

Source terminal Drain terminal Power terminal Ground terminal

MSOFET source MOSFET drain Control circuit power input Ground

Symbol O.V.P T.S.D

Functions Overvoltage protection circuit built-in Overheat protection circuit built-in

Item

Terminal

Symbol VIN(ON) VIN(OFF) IIN(ON) IIN(OFF) TOFF(MAX) Tth(2) TOFF(MIN) Vth(1) Vth(2) IOCP/FB VIN(OVP) IIN (H) VIN(LA.OFF) Tj(TSD)

Operation start power voltage 4 - 5 Operation stop power voltage 4 - 5 Circuit current at operation 4 - 5 Circuit current at non-operation4 - 5 Maximum OFF time Minimum Quasi-Resonance 1 - 5 signal input time Minimum OFF time OOP/FB terminal threshold voltage 1 - 5 OOP/FB terminal threshold voltage 2 1 - 5 OOP/FB terminal outflow current 1-5 OVP operating power voltage 4 - 5 Latch circuit sustaining current 4 - 5 Latch circuit clearing power voltage 4 - 5 Overheat protection temp. -

MAX 14.4 9 45 0.68 1.3 1.2 20.5 6.6 140

Specifications TYP 16 10 0.73 1.45 1.35 22.5 -

MAX 17.6 11 30 100 55 1.0 1.5 0.78 1.6 1.5 24.5 400 8.4 -

Unit V V mA

Condition for measuring

SEC SEC

SEC

SEC

V V mA V V

-

-

< Electrical features of control area:(Ta=25 ), Vin=18V >

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Explanation for circuit operation Specifications MIN TYP MAX 650 300 3.90 1.63 250

ITEM Voltage via drain-source

Terminal 1-2

Symbol VDSS RDS(ON) ch-F Tf

Unit V OHM C/W
SEC

Drain leakage current 1 - 2IDSS ON resistance 1-2 Heat resistance Switching time 1-2

4) Explanation for operation When the VIN terminal (Pin No.4) voltage of STR-F6656, which is charged in C815 and C822 via starting resistance (R809+R817) and (R823+R824) at the early starting, reaches 10V, a control circuit in SRT-F6656 starts. Since the circuit current before 6656 operation is limited to 400 resistance can be used. Because a sustaining current of latch circuit in 6656 is set to 500 (MAX), a high starting (MAX), this starting

resistance needs to be set so that 500 or more current flows though AC input power is the lowest. Because the time until control circuit in 6656 starts is determined after AC input voltage is input by (R809+R817), (R823+R824) and C815, C822 product, the power start gets slow if C815 and C822 is set too high. The voltage via a coil D (d1) of trans (T802. T803) is rectified and smoothed after operation of 6656 and a stable voltage is supplied for Vin terminal. For coil D1, approx. 15.5V voltage is rectified and smoothed via R813, R818, D810, D813, C815 and C822 and approx. 15V voltage is supplied for Vin terminal of 6656. Since VIN (OFF) voltage is set to 10V (TYP) in 6656, the terminal voltage supplied for Vin terminal should not be less than 10V (15V at present). The voltage of coil d1 should be set over operation stop voltage (VIN(OFF)=10V(MAX)) and under OVP operation voltage (VOVP=16V(MIN)) at normal operating state. 5) Protection circuit 5-1) OCP circuit This is an overcurrent protection circuit of pulse by pulse type that the peak of MOSFET drain current is detected by 1 pulse and the output of oscillator is reversed. To detect the MOSFET drain current, R810 and R820 are connected between source terminal (Pin No.2) and GND terminal (Pin No.5) of MOSFET and the voltage drop is input to OCP/FB terminal. The threshold voltage of OCP/FB is set to approx. 0.78V for GND. 5-2) Latch circuit This circuit stops the operation of power circuit, keeping the oscillator output low when the overvoltage protection circuit and overheat protection circuit are operated. Because the circuit current gets less than 400uA when Vin terminal voltage is lower than operation stop voltage (10V), it begins to increase. Because the circuit current increases again when it reaches operation start voltage (16V), it decreases. Therefore, this circuit prevents the Vin terminal voltage from rising, making it goes up and down between 10V and 17

Explanation for circuit operation 16V. 5-3) Overheat protection circuit This circuit operates the latch circuit when the frame temps. of hybrid IC goes over 140 (MIN). 5-4) Overvoltage protection circuit This circuit operates the latch circuit when Vin terminal voltage goes over 22.5V and protects the Vin terminal of control circuit from overvoltage. The normal Vin terminal is supplied from an auxiliary coil of trans and this voltage is proportioned to the output voltage. Thus, this circuit works when the voltage detection circuit is open and the second overvoltage is output. 3. Deflection 3-1 Outline This deflection PCB is composed of deflecting part to deflect 47", 55" CRT Projection TV and 7" CRT, high voltage generator part, dynamic focus part, ABL part and VM part. 3-2 Block diagram

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Explanation for circuit operation 3-3 Organization of deflecting part This smoothing part is designed to deflect a 55" CRT Projection TV and correct a screen. The design specifications of this deflecting part are as follows. 1) Working frequency: Horizontal frequency (31.45KHz, 33.75KHz). Vertical frequency (60Hz) 2) Vertical / Horizontal deflection This deflection IC used in this deflecting part is TDA4856, the latest HC Control IC of PHILPS. Co. Ltd. The main functions of this IC are shown below. a. All functions concerned with vertical and horizontal deflection can be adjusted by HC control of U-COM. b. The geometrical correcting part such as V-S linearity, VC linearity, trapezoid, Side-pin WS, parallelogram and Side-pin balance are includes in the IC. c. Twenty built-in D/A converter channels are adjustable respectively. d. A vertical S-C correcting circuit is built in. e. The amplitude and phase of a horizontal dynamic focus linked with horizontal size can be adjusted. f. A vertical dynamic focus circuit linked with vertical size is included. g. A horizontal moire canceller circuit is built in. h. A Sync On Green circuit is built in. i. Vertical / Horizontal size can be controlled. j. Vertical /Horizontal position can be controlled. k. Vertical /Horizontal Sync of bipolarity can be input. l. A vertical blanking generating and video clamp generating circuit are included. (Sand castle output) m. A vertical waveform of bipolarity is output. n. A horizontal lock detecting circuit is included. o. Low jitter 3-4 Explanation for operation 1) Vertical / Horizontal deflection IC circuit part HD and VD signal supplied via connector PA402 in A/V board is input to H-in (Pin No.15) and V-in (Pin No.14) of deflection IC as Sync. The input Sync goes through an internal Sync processor and is output as H Drive to H-out (Pin No.8). At this time, the internally processed Sync isn't affected by polarity and for H Sync, a composite signal can be input. For H-OUT, the duty can be selected and controlled to 40, 50, 60% (+/- 3%) by I2C control. Free Run frequency at No Sync can be adjusted by I2C control. Dividing a collector pulse from horizontal deflection, an internal PLL is taken after FBP (Pin No.1) input and the phase is adjusted to horizontal Sync. In this IC, all geometrical compensating waveforms related to horizontal are output from E/W (Pin No.11), supplied for a horizontal B+ generator in a horizontal drive part, added to a horizontal B+ waveform in the form of parabola and provided for D1 of horizontal output TR (Q402). The horizontal dynamic focus signal from this IC is first amplified via an amplification part (IF 11). 2) Horizontal drive part This horizontal drive part consists of horizontal B+ supply part and horizontal output part.

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Explanation for circuit operation 2-1) Horizontal B+ supply part This horizontal B+ supply part cuts off horizontal B+ power by two TRs, using a Darlington circuit. DC voltage supplied for E/W terminal (Pin No. 11) in deflection IC(I403) is input to EW 1st inversion circuit IF11 PIN2 by using EW waveform and then output to PIN1. The amplified EW waveform is output to PIN7 and connected with B+ drive circuit, which is supplied for the Darlington circuit composed of Q403 and Q404 through Q311 connector and C417, R429 horizontal. 135V via D415 and R433 is supplied for Q403, Q404 connector. When 100V is supplied for Q403 base, DC voltage (100V-110V) amplified in Q404 and E/V compensating waveform supply B+ for horizontal output Tr (Q402) by R409 and D405 via pin drive trans T402 and dummy trans T403. 2-2) Horizontal output part The horizontal output part makes a voltage and current enough for horizontal deflection using a power supplied from horizontal B+ generator and drives H drive trans (T401) after application to Q401. The drive pulse via H drive trans is supplied for the base of horizontal output Tr (Q402) base and operates the horizontal output Tr. When it works. a horizontal output voltage is made by using a horizontal deflection coil and retrace condenser (C407, C408). At this time, the horizontal output voltage is approx. 1000V to 1200V and the retrace time is approx. 4.0 sec. The horizontal output current via the deflection coil is supplied for CS condenser (C409, C410). 3) Vertical drive part The vertical drive part consists of +12V, -12V positive power, using TDA8172, vertical output IC of SGS-THOMSON Co. Ltd. and performs vertical deflection and vertical-related geometrical correction. The main operations of this vertical drive part are as follows. The vertical waveform and vertical correction signal outputted to the vertical output terminal (PIN12, PIN13) of vertical/horizontal deflection IC (I403) are input to inverted input terminal (I412) of vertical output IC (I412), amplified in the vertical output I, outputted to the output terminal (PIN6) and applied to vertical deflection coil. For the current via the deflection coil, DC-feedback via R311 and AC feedback via C318 are executed. 4) High voltage generating part The high voltage generating circuit uses a high voltage generator for projection, differently from the conventional FBT method. This HVG has been developed by PHILIPS CO., LTD. and performs the following operations. The HVG module is composed of 10 pins, 3 EHT output holes and 1 focus output hole. Each terminal is displayed below. PIN 1 : NC PIN 2 : ABL ( BEAM CURRENT INFORMATION ) PIN 3 : GROUND (AUXILIARY VOLTAGE ) PIN 4 : AUXILIARY VOLTAGE ( -220V ) PIN 5 : NC PIN 6 : NC PIN 7 : OVP ( TEST POINT FOR OVER VOLTAGE PROTECTION ) PIN 8 : ON/OFF (ON/OFF 5V) PIN 9 : GROUND PIN10 : VB+ ( POWER SUPPLY VOLTAGE )

20

Explanation for circuit operation When B+ 135V is supplied and +5V is applied, approx. 31KV high voltage and 11.6KV focus voltage are generated automatically. If EHT of HVG is outputted more than 35KV, HVG module starts over voltage protection to stop the high voltage. 5) Spot killer components Approx. -220V voltage made by using HVG high voltage output voltage is supplied from HVG PIN4, rectified and smoothed to D819 and C425 and used as spot killer power. After this power is divided into R448 and R449 normally, a voltage near to -20V via R465 is supplied for CRT board GRID 1 via connector PA13 G1. But, at first AC power ON, the spot killer signal supplied via a connector PA15M in main board is provided for the base of Q412. At AC power OFF, a voltage near to -220V via Q414 is provided for GRID 1 of CRT board via G1 of connector PA16M. As a result, the screen gets dark to prohibit the generation of a spot. 6) Dynamic focus voltage generator The dynamic focus voltage provides a parabola waveform conforming to CRT spec. (horizontal:1000V, vertical:200V) for CRT to make the focus of 7" CRT optimum. A D/F waveform from 1403 pin32 is amplified approx. 100 times in an amplifying circuit composed of OP AMP and a parabola waveform is amplified approx. 1000Vp-p in an amplifying circuit composed of QF11, 12, 13. Then, they are input to QF14 base. The horizontal waveform of 1300Vp-p left in T402 terminal No.16 is rectified and smoothed to DF13, 12, RF17, CF11, 12 and supplied for QF14 collector as B+ for dynamic focus. 7) ABL input part The ABL current supplied from main board via the ABCL terminal of a connector PA401 flows in via FBT PIN2. Then, the current amount is detected, the BCL circuit is operated in the main board and the maximum current amount is controlled. If a beam current begins to flow about 1.5mA, the ABL circuit will work and if about 1.8mA, the ABL feedback circuit will work. Therefore, be careful not to be more than 1.8mA. 8) VM (Velocity Modulation) outline correction part The outline correction circuit is operated in exclusive correction IC, IV11 (STK396-130). The VM waveform made in the main PCB is input to the deflection PCB PA401 PIN1. The input 1Vp-p signal is input to IV11 PIN1. The input signal is amplified about 100 to 120Vp and output to IV11 PIN9. Then, it is input to IV11 PIN10 via the circuit composed of VM coil PV11, 12, 13. The power of +12V and +135V GND are used.

21

Explanation for circuit operation Explanation for circuit operation

22

Explanation for circuit operation

23

Explanation for circuit operation

24

Explanation for circuit operation

25

Explanation for circuit operation

26

Explanation for circuit operation

27

Explanation for circuit operation 4. Video signal process 4-1. Block Diagram

4-2. Video processor This part switches and processes DTV input, DVD input, external video signal and TV signal. 1) Signal input/output The signal input is composed of 2 pairs of NTSC TV signals (2 tuners), 3 pairs of NTSC external inputs (Video, S-VHS 3 pairs respectively), 2 pairs of component inputs and 1 pair of monitor outputs. 2) Video input switching 2 pairs of NTSC TV signals and 3 pairs of NTSC external input from the main tuner (TU701) and sub tuner (TU702) is switching in a IA01 AV switch and 2 pairs of component input is switching in a IA05 video selector. CXA1855Q outputs 4 pairs as switching IC with 5 pairs input and CXA2151Q outputs a YCbCr signal by 4 pairs input. The output signal is amplified 6dB. CVBS (Main) and Y, C signal from QXA1855Q are input to 3D Comb-filter (ICB1), 4801 format between CVBS (Sub) and IA05 output is input to ICD1 and 480P and 10801 signal of IA05 are input to IC201. ICB1 performs Y, C division and YCNR (YC Noise Reduction) function, equipped with internal AD converter and 4M bit frame delay memory as a three-dimensional Y, C divided IC. Y/C signal from ICB1, caption data decoded in caption IC (IC206) and 4801 signal of IA05 are input to the main video processor IC, VSP9407B (ICD1).

28

Explanation for circuit operation

When PIP function is executed in `different application mode' signal processing VSP9407B, the video signal corresponding to a sub screen (Sub CVBS from TU702) is input. VSP9407B performs a scan rate conversion of main video signal and sub video signal from 480I to 480P, overlaps the main video and sub video to convert to PIP screen and outputs them to IC201 (CXA2101Q) in YcbCr-H-V format. And, a multi component processor, IC210 performs a final switching for YcbCr-H-V signal of VSP9407B and YUV (480P, 10801) signal from IA05. 3) Video signal processing CXA2101 IC can switch OSD by 4 pairs of YUV input and RGB OSD input and react two kinds of color difference signals of NTSC (YUV) and HD (YpbPr) by YUV to RCB matrix switch function. It can also control ABL/ACL gain and start level by contrast, brightness, sharpness, color, tint (Hue) control function and ABL/ACL input terminal. And, it performs black/white gradation correction and has a voltage input terminal for DC play ratio control. CXA2101 performs LTI (Luminance Signal Edge Enhancement Setting) and CTI (Color Difference Signal Edge Enhancement Setting), and generates a signal for VM. CXA2101 (IC201) performs a final signal processing after switching YCbCr (480P) signal from VSP9407B and YUV (480P, 1080I) from CXA2151 and outputs the RGB signal controlled by user control to CRT drive part after mixing it with OSD signal. 5. Sound 5-1 Switching part For NTSC TV input, SIF signal from main tuner is input to IC602 (MSP3421) PIN67, and 3 pairs of external inputs, audio signals are switched in IA01, output to #32 (R), #33(L) and input to IC601 #47 (Main L), #48 (Main R). For audio signals of component 1,2 (DTV, DVD compatible) input, component 1 is input to #50 (L), #51 (R) and component 2 is input to #53(L), #54(R).

29

Explanation for circuit operation

5-2. Sound Processing

As shown above, the MSP4321 outputs the main L/R to PIN27, 28 after switching NTSC S/F external input L/R and component 1,2 (DTV, DVD compatible) L/R signals. The main functions of the MSP3421 are volume control, equalizing and balancing. The SIF signal that is input to #67 goes through AGC, A/D, demodulation and demphosis block. The audio signal detected by FM is demodulated and output. For sound output, the main L/R that is output from IC601 PIN27, 28 is input to 1601 (FDA7265) AMP PIN7, 11 and the sound is amplified from FDA7265 and connected with L/R speaker. 6. Convergence part 6-1. Outline This convergence supplies a constant waveform for R, G, B SUB-DY to evenly show R, G, B screen of 55" CRT Projection TV.

30

Explanation for circuit operation 6-2. Block Diagram

6-3. Composition 1) CM0021AF As a digital convergence IC, this inputs HBLK and VBLK, adjusts a register in IC, makes and supplies a digital convergence waveform of RH, GH, BH, RV, GV and BV. It also has Save U-Com function and controls EEPROM (I503: 24WC32) which stores the convergence control data by the order of Master U-Com. The main features of this IC are as follows. 1-1) Feature Multiscan : NTSC/PAL/HDTV, Progressive/Interlace 6ch/16bits Digital Outputs for Convergence Correction 2ch Analog Outputs for Dynamic Focus Test Pattern Generator for Convergence 2-Port IIC Interface for EEPROM and U-COM 1-2) Data Capacity 504 words : Fine Adjustment 33 words : Coarse Adjustment 9 words : Dynamic Focus 582 Words in Total

31

Explanation for circuit operation 2) CD0031AM This converts the digital convergence waveform to analog waveform as a 6-channel, 16 bit D/A converter IC for digital convergence. The features of this IC are as follows. High Sampling Rate Operation : 1MHz Differential Non-Linearity Error : +/- 1 LSB => Operate on 1H to Over 3H Application Center Voltage Output => Same Electrical Characteristics of Center Voltage Output and RH, GH, BH, RV, GV, BV's Zero Cord Outputs Mute Function 3) Others 3-1) KF353 This is used as a level shift and low pass filter (1506-1511) of RH, GH, BH, RV, GV and BV. 3-2) STK392-020 (1940, 1905) This uses a 3 channel AMP to apply RH, GH, BH, RV, GV and BV via level shift and low pass filter (1506-1511)to a Sub-DY coil.

32

Explanation for circuit operation 7. CRT AMP The video signal that is first amplified in PGB processor is input to video AMP in approx. 3.5Vpp level. TDA111Q used as a video AMP is a 13Mhz band AMP which outputs a video near to Vdd according to gain control voltage when Vdd is 200V. The following figure shows the internal block diagram of TDA6111Q.

Block diagram of TDA6111Q There are two cathode outputs and a independent feedback output. Low input (Vdd) is 12V and high input (Vddh) is 200V. A peaking circuit is designed in Amp IC input and output part for high band compensation. The entire output gain is about 34db.

33

6. TROUBLE SHOOTING
When the screen doesn't turn up AV/RF Signal YES
Is there OSD on the screen?

NO OSD

Check the tuner (TU701 & TU702 NO

No screen mode 1. TV external input 2. Component input

1

No screen mode 1. TV (RF signal) 2. AV input

1

Check LA1 TV video signal Main tuner (TV701 CVBS #41) Sub tuner (TV702 CVBS #27)

2
Check LA5 input/output Input - COMP1:Y-#43, Cb/Pb-#42, Cr/Pr-#41 - COMP2:Y-#3, Cb/Pb-#2, Cr/Pr-#1 Output - Y-#27, Cb/Pb-#26, Cr/Pr-#25

2
Check LA1 video signal Video1:#43-CVBS, #45-Y, #47-C Video2:#1-CVBS, #3-Y, #5-C Video3:#7-CVBS, #9-Y, #11-C

NO
Check input signal 1. 480i 2. 480p/1080I

1

Check external input signal

Check LA1 output signal 1. CVBS_Main:#34, Y:#37, C:#39 2. CVBS_Sub:#17

2

1
Check ICB1 input/output Y/CVBS_Main Input:#88 C Input:#96 Y/CVBS_Main Output:#84 C Output:#83

OSD
Check IC201 input/output Input -ICD1 Output Y:#69, Cb:#68, Cr:#67, H:#66, B:#65 -IA5 Output Y:#5, Cb:#4, Cr:#3 -OSD R, G, B:#50, #51, #52 BL:#49 Output R, G, B:#35, #37, #39 HS:#29, VS:#28

Check I701 OSD signal R, G, B:#64, #63, #62 BL:#61

Check ICD1 input/output Input 1. Y/CVBS_Main:#55, C_Main:#54 2. CVBS_Sub:#52 3. 480i:#46(Cr), #47(Y), #48(Cb) Output Y:#2, Cb:#79, Cr:#76, H:#17, V:#23

END

34

TROUBLE SHOOTING

When no sound is heard

Check IC601 sound signals. #27, #28 NO

YES

Check IC601 input sound signals. SIF:#67 A/V:#47, #48 Component1:#50, #51 Componen2:#53, #54 YES NO IC601 #38, #39, #40 Check B+ NO C604, RC605 C605, RC615 DC603, C606 Check C612 Chack IC601#47, #48 IA01#32, #33 NO YES NO NO YES YES

IC606 #11, #12, #13 #65, #66, #80 Check B+

NO

LC601, C601, CC601 RC601, L601, C618 CC615, LC602, C602 Check CC607

Check IA01 #44,#46 sound.

Check IA01 #2,#4 sound.

Check IA01 #8,#10 sound.

Check RC606 RC607 C608 C609

YES NO Check IC601 #2, #3 I2C YES Check IC601 #21 Reset YES #1 END #2 NO Check C603, RC604 NO Check DC601, DC602 RC602, RC603 Check CC120,CC122 CCK2,CCK3 RCK4, RCK5 DCK5, DCK6 DCK7, DCK8 NO Check CC102CCI04C CK5CCK6 RCK9, RCK10 DCK13, DCK14 DCK15, DCK16 Check CC107CCI09 RCT13, RCT14 DCT11 DCT12, DCT14 DCT15, DCT16 DCT17

#3

35

TROUBLE SHOOTING

#1 YES NO

#2 NO NO #3

NO Check IC601#71, #72 X-TAL

Check X601,CC605 CC606

When IC601 #67 SIF doesn't work, check TU701 tuner.

When component IC601#50 #51 sounds aren't heard,

When component IC601#53 #54 sounds aren't heard,

YES

Check OC614, C617, C607, OC613 and replace IC601. Check RC608, RC609, C610 C611, CCK10, CCK11 RCK17, RCK18 DCK22, DCK23 DCK24, DCK25 Check RC610, RC611, C612 C613, CCK12, CCK13 RCK22, RCK23 DCK26, DCK27 DCK28, DCK29

END

END

Check I650 L/R Input:#7, #11, L/R Output:#2, #4, #8, #10 A MUTE:#5

YES

END

36

TROUBLE SHOOTING

No raster.

Check IIC bus communication between main assy and I403 Vertical deflection NO Check main assy, 1403

5Vp-p

Check I403 #8 (H-drive output) 0.7Vp-p

31.5KHz

Horizontal deflection

Check D drive signal in Q401 collector

Check H drive signal input in Q402 base 2Vp-p

45Vp-p 6Vp-p 31.5KHz 31.5KHz 31.5KHz Check Q416 NO

Check H driver B+ voltage in T402 #7 NO Check Q404 collector 135V 60KHz

2Vp-p NO 290-110V Check R443

Check R409

37

TROUBLE SHOOTING

Check R443 NO Check PB801 135V When power isn't supplied

Output E/W signal in I401 #7 0.5VP-p 5V

Horizontal drive B+ is input to Q403 base 60Hz

0.5VP-p 90V

60Hz

If resistance between Q425 collector and GND is near 0�Y, horizontal output TR has been destroyed. Replace the TR.

Voltage waveform of Q402 collector is shown below. NO END 1000 50Vp-p

High voltage drive

Check F401 #10 (HVG B+135V)

Check F401 #8 (HVG B+135V)

NO Check R445

NO Check R447

Check F401 (High Voltage Generator) font

NO

Check F401 #7 (OVP) high voltage control oscillating waveform

45VP-p END

38

TROUBLE SHOOTING

Vertical deflection

Check I403 #12 vertical SAW waveform NO Check I403 22VP-p

60Hz

Check I403 #12 voltage waveform NO Check vertical deflection circuit near I301

22VP-p 60Hz

Check I403 #5 vertical deflection waveform NO 50VP-p 60Hz Check vertical deflection circuit near I403

END

39

TROUBLE SHOOTING

When power isn't supplied (Standby power: I301)

Standby power LED isn't red

NO C806 + voltage is approx. 150VDC

F801 fuse is open

I801 #4 drain voltage waveform NO 420VP-p If I801 #4, #2 source impedance is near 0 , I801 has been destroyed. Replace with a new one.

100KHz

Check if PA802 S/B voltage is supplied for PW364 assy

NO Check if T801 2nd S/B voltage is short

Check if power LED turns from red to green in pressing power button

END

40

TROUBLE SHOOTING

When power isn't supplied Switch relay (RLY) doesn't work

F801 fuse is normal

NO Replace F801 fuse

NO Check bridge rectifier diode (D801-D804) Replace D801-D804

NO Check if both terminals of power cord are open Check a part causing short and replace the part.

Check PA802 PWR SW signal is high

NO Check if main assy is high

NO Q802 works normally Replace Q802

NO RLY1(Switch relay) works normally Replace RLY1

NO Check a part causing 2nd power short Replace a part causing short or troubleshoot

Check I802, I803 #3 voltage waveform Replace a part causing SMPS 1st circuit error.

580VP-p

NO

30-50KHz

END

41

TROUBLE SHOOTING

When power isn't supplied Switch relay (RLY) works normally

Check if 2nd B+ of power part is short

NO

Replace a part causing an error

PA801 135V voltage normal

NO

R847, 848 normal

NO

Replace R847, 848

R823 normal

NO

Replace R823

D810, 813 normal

NO

Replace R810, 813

Check I802

NO PA803 25V voltage normal

R809 normal

NO

Replace R809

Replace D813, R813

NO

Replace D813, R813

Check I803

END

42

7. SERVICE PARTS LIST
z_loc z_parts_code
ZZ100 ZZ110 M103 M104 M105 M351 M681 M681A M821 M861 ZZ120 M211 M211A M212 M212A M301 M311 M312 M794 M794A M794B ZZ130 M651 M791 M801 M811 M821 M822 M842 ZZ140 B0010 F351B M1B1 M1B1A M1B1B M213 M213A M214 M214A 48B5552D04 PTACPWG018 4850Q01210 4959000160 4959000960 4853535900 4856818710 7172402012 4858219401 48586112E1 PTBCSHG003 4952102900 7172401412 4953902600 7172401412 4953000402 4953100400 4953100500 4857905500 4851C01800 2224050028 PTPKCPG018 6520010200 4857934501 4958003200 4958102700 4958200601 4958200900 4958400400 PTCACAG003 2224050028 4956000700 4851B00100 7178301212 4956000300 4952102500 7178301211 4952102600 7178301211

parts_name
TRANSMITTER REMOCON ACCESSORY AS BATTERY CABLE RCA PLUG AS CABLE RF HOLDER CLAMP SCREW TAPPTITE BAG INSTRUCTION MANUAL INSTRUCTION COVER BACK AS BRKT MIRROR T SCREW TAPPTITE BRKT MIRROR B SCREW TAPPTITE COVER BACK CUSHION MIRROR T CUSHION MIRROR B MIRROR FRAME BOND SILICON PACKING AS STAPLE PIN BAND BOX CARTON PAD BAG P.E SHEET P.E PALLET CABINET AS BOND SILICON SCREW WOOD ENGINE AS SCREW TAPPTITE SCREW SPECIAL BRKT SCREEN T SCREW TAPTITE BRKT SCREEN B SCREW TAPTITE

parts_descr
R-52D04 (AAA) DSJ-5510CRK LR03 AAA ALKALINE RCA*3W/2=3000 NTSC 1.2M (DS) ABS BK NYLON 6/6 TT2 TRS 4X20 MFZN BK L.D.P.E T0.05X280X470 ENGLISH DSJ-5510CRA SECC 1.6T TT2 TRS 4X14 MFZN BK SECC 1.6T TT2 TRS 4X14 MFZN BK FR HIPS GY RUBBER RUBBER 1ST(1084X744X596X30X3T) AL 15X10X610 LDC7091 TUBE DSJ-5510CRK MANUAL W35xH18 EGI T0.5 L=100 DW-4 EPS FOAM T0.5X1900X1550 FOAM T0.5X1900X1000 1530X745X113 DSJ-5510CRA LDC7091 TUBE 4X14 MFZN BK DSJ-5510CRA TT2 WAS 3X12 MFZN BK M6 SECC 1.2T TT2 WAS 3X12 MFZN SECC 1.2T TT2 WAS 3X12 MFZN

remark

z_loc z_parts_code
M215 M215A M261 M301A M301B M301C M302 M302A M302B M303 M303A M304A M305 M305A M305B M305C M306 M306A M307 M352 M381A M382B M383B M392 M392A M491A M501A M541 M581 M791 M793 P801 P802 P803 S602 S602A ZZ200 M491 M491A 4952102700 7178301211 4952600100 7172401412 7172401412 4956000600 4953000702 4956000600 7172401412 4953000802 4956000600 7172401612 4953000602 7172401612 7172401612 4956000600 4953002800 4956000600 4953002900 4853535600 4956000600 4956000600 4956000600 4953903000 4956000600 4956000600 4956000600 4955400100 4855800016 4957904000 4857905100 4850709S09 4850711S02 4850710S04 4958300710 4956000700 PTFMSJG003 4954901702 2TQR0503CL

parts_name
BRKT SCREEN S SCREW TAPTITE HANDLE CABINET SCREW TAPPTITE SCREW TAPPTITE SCREW WOOD COVER SIDE L SCREW WOOD SCREW TAPPTITE COVER SIDE R SCREW WOOD SCREW TAPPTITE COVER REAR SCREW TAPPTITE SCREW TAPPTITE SCREW WOOD COVER FRANT SCREW WOOD COVER BEAM HOLDER CORD SCREW WOOD SCREW WOOD SCREW WOOD BRKT WOOD S SCREW WOOD SCREW WOOD SCREW WOOD SPEC PLATE LABEL WARNING SCREEN AS SCREEN PROTECT CONNECTOR CONNECTOR CONNECTOR SPEAKER SYSTEM SCREW WOOD MASK FRONT AS MASK FRONT TAPE PROTECTOR

parts_descr
SECC 1.2T TT2 WAS 3X12 MFZN HIPS TT2 TRS 4X14 MFZN BK TT2 TRS 4X14 MFZN BK WAS 4X20 MFZN BK FR HIPS GY WAS 4X20 MFZN BK TT2 TRS 4X14 MFZN BK FR HIPS GY WAS 4X20 MFZN BK TT2 TRS 4X16 MFZN BK FR HIPS GY TT2 TRS 4X16 MFZN BK TT2 TRS 4X16 MFZN BK WAS 4X20 MFZN BK MDF T3 WAS 4X20 MFZN BK MDF T4.5 NYLON 66 WAS 4X20 MFZN BK WAS 4X20 MFZN BK WAS 4X20 MFZN BK SECC 1.6T WAS 4X20 MFZN BK WAS 4X20 MFZN BK WAS 4X20 MFZN BK P.E FILM 91.5X63 ART 300 92X20 DNP BS SC 1234 X 713 LN-099(1072X614X2.0) YH025-09+YH025-09+ULW=600 YH025-11+YT250+ULW=700 YH025-10+YH025-10+ULW=800 SS-130F01 4X14 MFZN BK DSJ-5510CRA FR HIPS GY T0.05XW30X50M CL

remark

43

Service part list
z_loc z_parts_code
M491B M561 ZZ210 M961 M962 M963 MA11 MA12 MA13 MA14 V401 V402 Y401 ZZ230 F351 F351A F402 F402A F402B F402C F402D F402E F402F F402G F402H M681 ZZ240 M241 M434 ZZ250 M216A M571 M571A M681 PT13 PWA2A ZZ310 M231 M321 4857941200 4855624200 PTEGPWG003 4859600970 4859601070 4859601170 485A100810 485A100910 485A101010 485A100610 4850PM0124850PM01358D0000123 PEPFSWD022 4953501300 7178300811 4950B00001 4850704S46 4850701S18 4950701007 4950701008 4950701009 4950701010 4950701011 4950701013 4856812001 PTCWPWG018 4952400400 4954300300 PTPNPWG019 7178301212 4955700500 7178301212 4856812001 4950702003 4850K01000 PTPCSWG003 4952301800 4953201203

parts_name
PROTECT RUBBER MARK BRAND ENGINE AS COLOR PROJECTION TUBE COLOR PROJECTION TUBE COLOR PROJECTION TUBE LENS CLEAR C ELEMENT LENS GREEN C ELEMENT LENS RED C ELEMENT LENS PROJECTION PCM PCM COIL DY FOCUS PACK AS HOLDER F PACK SCREW TAPPTITE FOCUS PACK CONNECTOR CONNECTOR CONNECTOR CONNECTOR CONNECTOR CONNECTOR CONNECTOR CONNECTOR TIE CABLE CABINET WOOD AS CABINET WOOD HOLDER CATCH PANEL AS SCREW TAPPTITE DECO LED SCREW TAPPTITE TIE CABLE CONNECTOR CORE FERRITE PANEL CONTROL AS BUTTON POWER DECO POWER

parts_descr
SILICON RUBBER AL T1.0 DIA-CUTTING DSJ-5510CRA P16QDU11RJA (P) P16QDU11GHA (P) P16QDU11BEA (P) D250B-CU D250G-GCU D250G-RCU D260ABU JH2KLTU-009 JH2KLT-021 CDY-PT0717 DSJ-5500CW EGI T1.2 TT2 WAS 3X8 MFZN HFR127A YHL500-04+YLT500+ULW=300 YDT236+ULW=600 YFH800-01+YDT236+ULW=600 YFH800-01+YDT236+ULW=500 YFH800-01+YDT236+ULW=400 YDT236+ULW=600(R) YDT236+ULW=450 (G) YFH800-01+YDT236+ULW=400 NYLON66 DA100 DSJ-5510CRK MDF NYLON 66 DSJ-5510CRA TT2 WAS 3X12 MFZN BK PMMA TT2 WAS 3X12 MFZN BK NYLON66 DA100 YFH800-02+YDT236+ULW=1300 BNF-18 DSJ-5510CRA ABS ABS GY SPRAY

remark

z_loc z_parts_code
M491 M491A M501 M501B ZZ260 M304 M432 M433 M433A ZZ320 C560 C561 C562 C563 C564 I506 I507 I508 I509 I510 I511 IR101 JK01 JK02 JK03 JK04 JK06 JK10 JT10 JT11 LEDW1 LEDW2 M112 M112A M322 M322A M541 M542 P503 4854958007 7178301011 4955000402 4856716000 PTC0SWG003 4953000502 4954300400 4954300500 7125301211 PTUNSWG018 CEXF1C471V CEXF1C471V CEXF1C471V CEXF1C471V CEXF1C471V 1LF353N--1LF353N--1LF353N--1LF353N--1LF353N--1LF353N--1TS0P2238Y 4959102150 4959102250 4959102250 4959102480 4959102480 4959102650 4959102480 4959102150 DSAM5270-- DSA5711--4951100220 7178301212 4953200600 7063300612 4955400900 4955400800 4859236320

parts_name
BUTTON CH SCREW TAPPTITE PANEL CTRL SPRING COVER SPEAKER AS COVER SPKR HOLDER STRIKER HOLDER BASE SCREW TAPPING PCB UNION AS C ELECTRO C ELECTRO C ELECTRO C ELECTRO C ELECTRO IC OP AMP IC OP AMP IC OP AMP IC OP AMP IC OP AMP IC OP AMP IC UNIT R/RECEIVER JACK PIN BOARD JACK PIN BOARD JACK PIN BOARD JACK S-VHS JACK S-VHS JACK PIN BOARD JACK S-VHS JACK PIN BOARD LED LED PANEL AV AS SCREW TAPPTITE BRKT POWER SCREW MACHINE SHIELD CONV COVER SHIELD CONV FENCE CONN WAFER

parts_descr
ABS GY SPRAY TT2 WAS 3X10 MFZN FR HIPS GY SWPA PIE0.5 DSJ-5510CRA FR HIPS GY NYLON 66 ACETAL T2S FLT 3X12 MFZN DSJ-5510CRK 16V RSS 470MF (8X12)TP 16V RSS 470MF (8X12)TP 16V RSS 470MF (8X12)TP 16V RSS 470MF (8X12)TP 16V RSS 470MF (8X12)TP LF353N LF353N LF353N LF353N LF353N LF353N TSOP2238YA1 DPSE-9966 DPSE-9952 DPSE-9952 YKF51-5379 YKF51-5379 DPSE-9926 YKF51-5379 DPSE-9966 SAM5270 SA5711 RED BULK 2300900+5901320 TT2 WAS 3X12 MFZN BK EGI T1.2 M/C BIN 3X6 MFZN BK SPTH SPTH YAW025-06

remark

44

Service part list
z_loc z_parts_code
PCB1 PCB2 PKB1 PKB2 PKB3 PR101 PT10 PTA13 PTB10 PTC10 PWA1 PWA2 ST10 XC101 ZZ200 CC111 CC114 CC116 CC125 CC128 CC130 CC131 CC132 CC134 CC135 CC136 CC137 CC138 CC139 CC141 CC142 CC143 CC501 CC502 CC503 CC504 CC505 CC506 CC507 4859279520 4859279520 4859279520 4859279520 4859279520 4859236020 4850712N07 4859242220 4859236920 4859236920 4850703N28 4850709N08 5S40000003 5XJ4R0000E PTUNJ2G018 HCBK102KBA HCBK104KBA HCBK104KBA HCBK103KBA HCBK104KBA HCBK105KBA HCBK105KBA HCBK105KBA HCBK104KBA HCBK103KBA HCFD105ZBA HCBK104KBA HCBK103KBA HCBK104KBA HCBK105KBA HCBK105KBA HCBK105KBA HCBK104KBA HCBK104KBA HCBK104KBA HCBK104KBA HCBK104KBA HCBK104KBA HCBK104KBA

parts_name
CONN WAFER CONN WAFER CONN WAFER CONN WAFER CONN WAFER CONN WAFER CONNECTOR CONN WAFER CONN WAFER CONN WAFER CONNECTOR CONNECTOR SW POWER PUSH CRYSTAL QUARTZ PCB UNION CHIP AS C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA

parts_descr
TAC-L15P-A3 (ANGLE) TAC-L15P-A3 (ANGLE) TAC-L15P-A3 (ANGLE) TAC-L15P-A3 (ANGLE) TAC-L15P-A3 (ANGLE) YAW025-03 YH025-12+YH025-12+US1W=800 YFW800-02 YAW025-12 YAW025-12 YH025-03+YBNH250-03+US3W=300 YMH025-09+YH025-09+US1W=700 SS-160-7-G HC-49/S 4.000MHZ 30PPM DSJ-5510CRK 50V X7R 1000PF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.01MF K 1608 50V X7R 0.1MF K 1608 50V X7R 1MF K 1608 50V X7R 1MF K 1608 50V X7R 1MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.01MF K 1608 Y5V 10V 1MF Z 1608 50V X7R 0.1MF K 1608 50V X7R 0.01MF K 1608 50V X7R 0.1MF K 1608 50V X7R 1MF K 1608 50V X7R 1MF K 1608 50V X7R 1MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608

remark

z_loc z_parts_code
CC508 CC509 CC510 CC511 CC512 CC513 CC514 CC515 CC516 CC517 CC518 CC533 CC534 CC535 CC536 CC537 CC538 CC539 CC540 CC541 CC542 CC543 CC544 CC545 CC546 CC547 CC548 CC549 CC550 CC551 CC552 CC553 CC554 CC555 CC556 CC557 CC558 CC559 CC560 HCBK104KBA HCBK104KBA HCBK104KBA HCBK104KBA HCBK104KBA HCBK104KBA HCBK104KBA HCBK104KBA HCBK104KBA HCBK104KBA HCBK104KBA HCBK122KBA HCBK102KBA HCQK100JBA HCBK103KBA HCBK104KBA HCBK104KBA HCQK100JBA HCBK122KBA HCBK102KBA HCQK100JBA HCBK103KBA HCBK104KBA HCBK104KBA HCQK100JBA HCBK122KBA HCBK102KBA HCQK100JBA HCBK103KBA HCBK104KBA HCBK104KBA HCQK100JBA HCBK122KBA HCBK102KBA HCQK100JBA HCBK103KBA HCBK104KBA HCBK104KBA HCQK100JBA

parts_name
C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA

parts_descr
50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V X7R 1200PF K 1608 50V X7R 1000PF K 1608 50V CH 10PF J 1608 50V X7R 0.01MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V CH 10PF J 1608 50V X7R 1200PF K 1608 50V X7R 1000PF K 1608 50V CH 10PF J 1608 50V X7R 0.01MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V CH 10PF J 1608 50V X7R 1200PF K 1608 50V X7R 1000PF K 1608 50V CH 10PF J 1608 50V X7R 0.01MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V CH 10PF J 1608 50V X7R 1200PF K 1608 50V X7R 1000PF K 1608 50V CH 10PF J 1608 50V X7R 0.01MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V CH 10PF J 1608

remark

45

Service part list
z_loc z_parts_code
CC561 CC562 CC563 CC564 CC565 CC566 CC567 CC568 CC569 CC570 CC571 CC572 CC573 CC574 CC580 CCK1 CCK10 CCK11 CCK12 CCK13 CCK2 CCK3 CCK4 CCK5 CCK6 CCT10 CCT11 CCT12 CCW1 DC501 DC502 DC503 DC504 DC507 DC508 DC509 DC510 DC511 DC512 HCBK122KBA HCBK102KBA HCQK100JBA HCBK103KBA HCBK104KBA HCBK104KBA HCQK100JBA HCBK122KBA HCBK102KBA HCQK100JBA HCBK103KBA HCBK104KBA HCBK104KBA HCQK100JBA HCBK104KBA HCBK104KBA HCBK102KBA HCBK102KBA HCBK102KBA HCBK102KBA HCBK102KBA HCBK102KBA HCBK104KBA HCBK102KBA HCBK102KBA HCBH104KBA HCBK102KBA HCBK102KBA HCBH104KBA DMMBD1203B DMMBD1203B DMMBD1203B DMMBD1203B DMMBD1203B DMMBD1203B DMMBD1203B DMMBD1203B DMMBD1203B DMMBD1203B

parts_name
C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA C CHIP CERA DIODE CHIP DIODE CHIP DIODE CHIP DIODE CHIP DIODE CHIP DIODE CHIP DIODE CHIP DIODE CHIP DIODE CHIP DIODE CHIP

parts_descr
50V X7R 1200PF K 1608 50V X7R 1000PF K 1608 50V CH 10PF J 1608 50V X7R 0.01MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V CH 10PF J 1608 50V X7R 1200PF K 1608 50V X7R 1000PF K 1608 50V CH 10PF J 1608 50V X7R 0.01MF K 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V CH 10PF J 1608 50V X7R 0.1MF K 1608 50V X7R 0.1MF K 1608 50V X7R 1000PF K 1608 50V X7R 1000PF K 1608 50V X7R 1000PF K 1608 50V X7R 1000PF K 1608 50V X7R 1000PF K 1608 50V X7R 1000PF K 1608 50V X7R 0.1MF K 1608 50V X7R 1000PF K 1608 50V X7R 1000PF K 1608 25V X7R 0.1MF K 1608 50V X7R 1000PF K 1608 50V X7R 1000PF K 1608 25V X7R 0.1MF K 1608 MMBD1203 MMBD1203 MMBD1203 MMBD1203 MMBD1203 MMBD1203 MMBD1203 MMBD1203 MMBD1203 MMBD1203

remark

z_loc z_parts_code
DC513 DC514 DC515 DCK1 DCK10 DCK11 DCK12 DCK13 DCK14 DCK15 DCK16 DCK17 DCK18 DCK19 DCK2 DCK20 DCK21 DCK22 DCK23 DCK24 DCK25 DCK26 DCK27 DCK28 DCK29 DCK3 DCK32 DCK33 DCK35 DCK36 DCK4 DCK5 DCK6 DCK7 DCK8 DCK9 DCT10 DCT11 DCT12 DMMBD1203B DMMBD1203B DMMBD1203B DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DMMBD1203B DMMBD1203B DMMBD1203B DMMBD1203B DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA

parts_name
DIODE CHIP DIODE CHIP DIODE CHIP DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP DIODE CHIP DIODE CHIP DIODE CHIP DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER

parts_descr
MMBD1203 MMBD1203 MMBD1203 Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V MMBD1203 MMBD1203 MMBD1203 MMBD1203 Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V

remark

46

Service part list
z_loc z_parts_code
DCT13 DCT14 DCT15 DCT16 DCT17 IA01 IA03 IA05 IC501 IC502 IC503 IC504 IC505 QC102 QC103 QC104 QC105 RC101 RC102 RC103 RC104 RC105 RC106 RC107 RC108 RC109 RC110 RC111 RC112 RC113 RC114 RC115 RC116 RC117 RC118 RC119 RC120 RC121 RC122 DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA DZ02W5R1VA 1CXA1855QQ 11232XFBED 1CXA2151-Q 1CM0021AFQ 1CD0031AMP 1CAT24WC-E 1M29371MPD 1M29371MPD T2SC2412KB T2SC2412KB T2SC2412KB T2SA1037KB HRFT101JBA HRFT101JBA HRFT101JBA HRFT223JBA HRFT223JBA HRFT101JBA HRFT101JBA HRFT101JBA HRFT223JBA HRFT223JBA HRFT101JBA HRFT101JBA HRFT102FBA HRFT101JBA HRFT221JBA HRFT221JBA HRFT680JBA HRFT752JBA HRFT752JBA HRFT101JBA HRFT101JBA HRFT102FBA

parts_name
DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER DIODE CHIP ZENER IC CHIP SWITCH IC CHIP SWITCH IC CHIP VIDEO IC CHIP IC CHIP IC CHIP EEPROM IC CHIP REGULATOR IC CHIP REGULATOR TR CHIP TR CHIP TR CHIP TR CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP

parts_descr
Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V Z02W5.1V CXA1855Q MM1232XFBE CXA2151Q CM0021AF CD0031AM CAT24WC32J LM2937IMP-3.3(L69B) LM2937IMP-3.3(L69B) 2SC2412K-T146-BR 2SC2412K-T146-BR 2SC2412K-T146-BR 2SA1037AKT146-R 1/10 100 OHM J 1608 1/10 100 OHM J 1608 1/10 100 OHM J 1608 1/10 22K OHM J 1608 1/10 22K OHM J 1608 1/10 100 OHM J 1608 1/10 100 OHM J 1608 1/10 100 OHM J 1608 1/10 22K OHM J 1608 1/10 22K OHM J 1608 1/10 100 OHM J 1608 1/10 100 OHM J 1608 1/10 1K OHM F 1608 1/10 100 OHM J 1608 1/10 220 OHM J 1608 1/10 220 OHM J 1608 1/10 68 OHM J 1608 1/10 7.5K OHM J 1608 1/10 7.5K OHM J 1608 1/10 100 OHM J 1608 1/10 100 OHM J 1608 1/10 1K OHM F 1608

remark

z_loc z_parts_code
RC123 RC124 RC125 RC126 RC127 RC128 RC129 RC130 RC131 RC132 RC133 RC134 RC135 RC136 RC138 RC139 RC140 RC141 RC142 RC145 RC146 RC148 RC501 RC502 RC503 RC505 RC506 RC507 RC508 RC509 RC510 RC511 RC512 RC513 RC514 RC515 RC516 RC517 RC518 HRFT112JBA HRFT101JBA HRFT101JBA HRFT101JBA HRFT101JBA HRFT101JBA HRFT223JBA HRFT223JBA HRFT102FBA HRFT331JBA HRFT151JBA HRFT472JBA HRFT750JBA HRFT102FBA HRFT103JBA HRFT101JBA HRFT101JBA HRFT472JBA HRFT472JBA HRFT112JBA HRFT101JBA HRFT202JBA HRFT103JBA HRFT103JBA HRFT103JBA HRFT103JBA HRFT103JBA HRFT224JBA HRFT103JBA HRFT101JBA HRFT101JBA HRFT101JBA HRFT101JBA HRFT471JBA HRFT750JBA HRFT103JBA HRFT302FBA HRFT621FBA HRFT471JBA

parts_name
R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP

parts_descr
1/10 1.1K OHM J 1608 1/10 100 OHM J 1608 1/10 100 OHM J 1608 1/10 100 OHM J 1608 1/10 100 OHM J 1608 1/10 100 OHM J 1608 1/10 22K OHM J 1608 1/10 22K OHM J 1608 1/10 1K OHM F 1608 1/10 330 OHM J 1608 1/10 150 OHM J 1608 1/10 4.7K OHM J 1608 1/10 75 OHM J 1608 1/10 1K OHM F 1608 1/10 10K OHM J 1608 1/10 100 OHM J 1608 1/10 100 OHM J 1608 1/10 4.7K OHM J 1608 1/10 4.7K OHM J 1608 1/10 1.1K OHM J 1608 1/10 100 OHM J 1608 1/10 2K OHM J 1608 1/10 10K OHM J 1608 1/10 10K OHM J 1608 1/10 10K OHM J 1608 1/10 10K OHM J 1608 1/10 10K OHM J 1608 1/10 220K OHM J 1608 1/10 10K OHM J 1608 1/10 100 OHM J 1608 1/10 100 OHM J 1608 1/10 100 OHM J 1608 1/10 100 OHM J 1608 1/10 470 OHM J 1608 1/10 75 OHM J 1608 1/10 10K OHM J 1608 1/10 3K OHM F 1608 1/10 620 OHM F 1608 1/10 470 OHM J 1608

remark

47

Service part list
z_loc z_parts_code
RC519 RC520 RC521 RC522 RC523 RC526 RC527 RC528 RC529 RC530 RC531 RC532 RC533 RC534 RC535 RC536 RC551 RC552 RC553 RC554 RC555 RC556 RC557 RC558 RC559 RC560 RC561 RC562 RC563 RC564 RC565 RC566 RC567 RC568 RC569 RC570 RC571 RC572 RC573 HRFT750JBA HRFT750JBA HRFT471JBA HRFT101JBA HRFT101JBA HRFT101FBA HRFT101FBA HRFT101FBA HRFT103JBA HRFT101FBA HRFT101FBA HRFT101FBA HRFT101JBA HRFT101JBA HRFT103FBA HRFT103FBA HRFT561FBA HRFT561FBA HRFT103FBA HRFT103FBA HRFT103FBA HRFT622FBA HRFT101FBA HRFT561FBA HRFT561FBA HRFT103FBA HRFT103FBA HRFT103FBA HRFT622FBA HRFT101FBA HRFT561FBA HRFT561FBA HRFT103FBA HRFT103FBA HRFT103FBA HRFT622FBA HRFT101FBA HRFT561FBA HRFT561FBA

parts_name
R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP

parts_descr
1/10 75 OHM J 1608

remark

z_loc z_parts_code
RC574 HRFT103FBA HRFT103FBA HRFT103FBA HRFT622FBA HRFT101FBA HRFT561FBA HRFT561FBA HRFT103FBA HRFT103FBA HRFT103FBA HRFT622FBA HRFT101FBA HRFT561FBA HRFT561FBA HRFT103FBA HRFT103FBA HRFT103FBA HRFT622FBA HRFT101FBA HRFT101JBA HRFT101JBA HRFT101JBA HRFT750JBA HRFT224JBA HRFT104JBA HRFT224JBA HRFT224JBA HRFT750JBA HRFT750JBA HRFT750JBA HRFT224JBA HRFT224JBA HRFT750JBA HRFT750JBA HRFT750JBA HRFT750JBA HRFT224JBA HRFT224JBA HRFT750JBA

parts_name
R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP R CHIP

parts_descr
1/10 10K OHM F 1608 1/10 10K OHM F 1608 1/10 10K OHM F 1608 1/10 6.2K OHM F 1608 1/10 100 OHM F 1608 1/10 560 OHM F 1608 1/10 560 OHM F 1608 1/10 10K OHM F 1608 1/10 10K OHM F 1608 1/10 10K OHM F 1608 1/10 6.2K OHM F 1608 1/10 100 OHM F 1608 1/10 560 OHM F 1608 1/10 560 OHM F 1608 1/10 10K OHM F 1608 1/10 10K OHM F 1608 1/10 10K OHM F 1608 1/10 6.2K OHM F 1608 1/10 100 OHM F 1608 1/10 100 OHM J 1608 1/10 100 OHM J 1608 1/10 100 OHM J 1608 1/10 75 OHM J 1608 1/10 220K OHM J 1608 1/10 100K OHM J 1608 1/10 220K OHM J 1608 1/10 220K OHM J 1608 1/10 75 OHM J 1608 1/10 75 OHM J 1608 1/10 75 OHM J 1608 1/10 220K OHM J 1608 1/10 220K OHM J 1608 1/10 75 OHM J 1608 1/10 75 OHM J 1608 1/10 75 OHM J 1608 1/10 75 OHM J 1608 1/10 220K OHM J 1608 1/10 220K OHM J 1608 1/10 75 OHM J 1608

remark

1/10 75 OHM J 1608 RC575 1/10 470 OHM J 1608 RC576 1/10 100 OHM J 1608 RC577 1/10 100 OHM J 1608 RC578 1/10 100 OHM F 1608 RC579 1/10 100 OHM F 1608 RC580 1/10 100 OHM F 1608 RC581 1/10 10K OHM J 1608 RC582 1/10 100 OHM F 1608 RC583 1/10 100 OHM F 1608 RC584 1/10 100 OHM F 1608 RC585 1/10 100 OHM J 1608 RC586 1/10 100 OHM J 1608 RC587 1/10 10K OHM F 1608 RC588 1/10 10K OHM F 1608 RC589 1/10 560 OHM F 1608 RC590 1/10 560 OHM F 1608 RC591 1/10 10K OHM F 1608 RC592 1/10 10K OHM F 1608 RC594 1/10 10K OHM F 1608 RC595 1/10 6.2K OHM F 1608 RC596 1/10 100 OHM F 1608 RCK1 1/10 560 OHM F 1608 RCK10 1/10 560 OHM F 1608 RCK11 1/10 10K OHM F 1608 RCK12 1/10 10K OHM F 1608 RCK13 1/10 10K OHM F 1608 RCK14 1/10 6.2K OHM F 1608 RCK15 1/10 100 OHM F 1608 RCK16 1/10 560 OHM F 1608 RCK17 1/10 560 OHM F 1608 RCK18 1/10 10K OHM F 1608 RCK19 1/10 10K OHM F 1608 RCK2 1/10 10K OHM F 1608 RCK20 1/10 6.2K OHM F 1608 RCK21 1/10 100 OHM F 1608 RCK22 1/10 560 OHM F 1608 1/10 560 OHM F 1608 RCK23 RCK3

48

Service part list
z_loc z_parts_code
RCK4 RCK5 RCK6 RCK7 RCK8 RCK9 RCT10 RCT11 RCT12 RCT13 RCT14 RCW1 RCW2 RCW3 RCW4 RCW5 RCW6 RCW7 ZZ200 ZZ200 C101 C102 C103 C104 C105 C106 C107 C108 C109 C110 C112 C113 C115 C117 C118 C119 C120 C121 C122 HRFT224JBA HRFT224JBA HRFT750JBA HRFT750JBA HRFT750JBA HRFT224JBA HRFT750JBA HRFT750JBA HRFT750JBA HRFT224JBA HRFT224JBA HRFT392JBA HRFT202JBA HRFT102FBA HRFT102FBA HRFT202JBA HRFT392JBA HRFT101FBA PTUNJBG018 PTUNJRG018 CEXF1H100A CEXF1H109A CEXF1H100A CEXF1H109A CEXF1H100A CEXF