Download 1. introduction

TABLE OF CONTENTS
1. INTRODUCTION....................................................................................................................... 5
2. TUNER........................................................................................................................................ 5
2.1 General description of UV1316: ....................................................................................... 5
2.2 Features of UV1316: ......................................................................................................... 5
2.3 Pinning: ............................................................................................................................. 6
3. AUDIO AMPLIFIER STAGE WITH MP7722.......................................................................... 6
3.1 General Description........................................................................................................... 6
3.2 Features ............................................................................................................................. 6
3.3 Applications ...................................................................................................................... 7
3.4 Absolute Ratings ............................................................................................................... 7
3.5 Pinning .............................................................................................................................. 7
4. POWER STAGE ......................................................................................................................... 7
5. MICROCONTROLLER (VCTP) ............................................................................................... 8
5.1 General Features................................................................................................................ 8
5.2 Multistandard Sound Processor (MSP) Features .............................................................. 9
5.3 Video Features................................................................................................................... 9
5.4 Controller Features.......................................................................................................... 10
5.5 OSD & Teletext Features ................................................................................................ 11
5.6 Port Allocation ................................................................................................................ 11
6. DRX 3961A............................................................................................................................... 20
6.1 General Desription .......................................................................................................... 20
6.2 Features ........................................................................................................................... 20
7. SERIAL 64K I2C EEPROM M24C64WBN6 .......................................................................... 21
7.1 General Description......................................................................................................... 21
7.2 Features ........................................................................................................................... 21
7.3 Absolute Maximum Ratings............................................................................................ 22
7.4 Pinning ............................................................................................................................ 22
8. CLASS AB STEREO HEADPHONE DRIVER TDA1308 ..................................................... 22
8.1. General Description........................................................................................................ 22
8.2 Features ........................................................................................................................... 22
8.3. Pinning ........................................................................................................................... 23
9. SAW FILTER X6966M ............................................................................................................ 23
9.1 Features: .......................................................................................................................... 23
9.2 Pin configuration:............................................................................................................ 24
9.3 Frequency response:........................................................................................................ 24
10. IC DESCRIPTIONS AND INTERNAL BLOCK DIAGRAM ............................................. 25
10.1. LM1117............................................................................................................................ 25
10.1.1. General Description................................................................................................... 25
10.1.2. Features ..................................................................................................................... 25
10.1.3. Applications .............................................................................................................. 25
10.1.4. Absolute Maximum Ratings...................................................................................... 26
10.1.5. Pinning ...................................................................................................................... 26
10.2. LM1086............................................................................................................................ 26
10.2.1. General Description................................................................................................... 26
10.2.2. Features ..................................................................................................................... 26
10.2.3. Applications .............................................................................................................. 26
10.2.4. Absolute Maximum Ratings...................................................................................... 27
10.2.5. Pinning ...................................................................................................................... 27
10.3. MP1593 ............................................................................................................................ 27
10.3.1. General Description................................................................................................... 27
10.3.2. Features ..................................................................................................................... 28
10.3.3. Applications .............................................................................................................. 28
10.3.4. Absolute Maximum Ratings...................................................................................... 28
10.3.5. Electrical Characteristics........................................................................................... 29
10.3.6. Pinning ...................................................................................................................... 29
10.4. FDC642P.......................................................................................................................... 30
10.4.1. General Description.................................................................................................. 30
10.4.2 . Features .................................................................................................................... 30
10.4.3. Absolute Maximum Ratings...................................................................................... 30
10.4.4. Pinning ...................................................................................................................... 30
10.5. SIL9011............................................................................................................................ 31
10.5.1 Features ...................................................................................................................... 31
10.6. 24LC02............................................................................................................................. 31
10.6.1. General Description................................................................................................... 31
10.6.2 Features ...................................................................................................................... 31
10.6.3 Pinning ....................................................................................................................... 32
10.7. µPA672T .......................................................................................................................... 32
10.7.1. General Description................................................................................................... 32
10.7.2. Features ..................................................................................................................... 33
10.7.3 Absolute Maximum Ratings....................................................................................... 33
10.7.4 Pinning ....................................................................................................................... 33
10.8. M74HC4052..................................................................................................................... 33
10.8.1. General Description................................................................................................... 33
10.8.2. Features ..................................................................................................................... 33
10.8.3 Absolute Maximum Ratings....................................................................................... 34
10.8.4 Pinning ....................................................................................................................... 34
10.9. Max809............................................................................................................................. 35
10.9.1. General Description................................................................................................... 35
10.9.2. Features ..................................................................................................................... 35
10.9.3 Absolute Maximum Ratings....................................................................................... 35
10.9.4 Pinning ....................................................................................................................... 36
10.10. 24LC21........................................................................................................................... 37
10.10.1. General Description................................................................................................. 37
10.10.2. Features ................................................................................................................... 37
10.10.3 Absolute Maximum Ratings..................................................................................... 37
10.10.4 Pinning ..................................................................................................................... 38
11.SERVICE MENU SETTINGS................................................................................................. 38
11.1. Video Setup .................................................................................................................. 38
11.2. AudioSetup................................................................................................................... 38
11.3. Options 1 ...................................................................................................................... 39
11.4. Options 2 ...................................................................................................................... 40
11.5. Service Scan/Tuning Setup .......................................................................................... 41
11.6. External Source Settings .............................................................................................. 41
11.7. Picture Mode ................................................................................................................ 41
11.8. Reset TV-Set ................................................................................................................ 42
12. SOFTWARE UPDATE DESCRIPTION................................................................................ 42
12.1 Analog Software Update Via I2C ...................................................................................... 42
12.2 Analog Software Update Via UART ................................................................................ 43
13. BLOCK DIAGRAMS ............................................................................................................. 44
13.1. General Block Diagram.................................................................................................... 44
13.2. Power Management.......................................................................................................... 45
13.3. DRX (IF Demodulator) Block Diagram........................................................................... 46
13.4. VCTP................................................................................................................................ 47
13.4.1. General Block Diagram............................................................................................. 47
13.4.2. MSP Block Diagram ................................................................................................. 48
13.4.3 Video Processor of VCT 6wxyP Block Diagram................................................ 49
1. INTRODUCTION
17MB22 Main Board consists of Micronas concept, VCTP as controller. This IC is
capable of handling Audio processing, video processing, motion adaptive
upconversion(MAU), Scaling-Display processing and FPD control (DPS),unified memory
for audio video and Text, 3D comb filter-PC connectivity , OSD and text processing.
TV supports PAL, SECAM, NTSC colour standards and multiple transmission standards
as B/G, D/K, I/I’, and L/L’ including German and NICAM stereo.
Sound system output is supplying 2x8W (10%THD) for stereo 8Ω speakers.
Supported peripherals are:
1 RF input VHF1, VHF3, UHF @ 75Ohm
1 FAV input
2 SCART sockets
1 SVHS input
1 Stereo Headphone input
1 YPbPr
1 PC input
1 HDMI input
1 Stereo audio input for PC
2. TUNER
As the thickness of the TV set has a limit, a horizontal mounted tuner is used in the
product, which is suitable for CCIR systems B/G, H, L/ L’, I/I’, and D/K. The tuning is
available through the digitally controlled I2C bus (PLL). Below you will find info on the
Tuner in use.
2.1 General description of UV1316:
The UV1316 tuner belongs to the UV 1300 family of tuners, which are designed to meet
a wide range of applications. It is a combined VHF, UHF tuner suitable for CCIR
systems B/G, H, L, L’, I and I’. The low IF output impedance has been designed for
direct drive of a wide variety of SAW filters with sufficient suppression of triple transient.
2.2 Features of UV1316:
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Member of the UV1300 family small sized UHF/VHF tuners
Systems CCIR: B/G, H, L, L’, I and I’; OIRT: D/K
Digitally controlled (PLL) tuning via I2C-bus
Off-air channels, S-cable channels and Hyper band
Compact size
Complies with the requirements of radiation, signal handling capability and
immunity
conforming to European standards “CENELEC EN55020” and
“EN55013”.
2.3 Pinning:
3. AUDIO AMPLIFIER STAGE WITH MP7722
3.1 General Description
The MP7722 is a stereo 20W Class D Audio amplifier, intended for use as low
frequency power amplifier in a wide range of applications in radio and TV sets.
It uses a minimum number of external components to complete a stereo Class D audio
amplifier.
3.2 Features
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2 x 20W Output at VDD = 24V into a 4Ω load
THD+N = 0.06% at 1W, 8Ω
93% Efficiency at 20W
Low Noise (190µV Typical)
Switching Frequency Up to 1MHz
9.5V to 24V Operation from a Single Supply
Integrated Startup and Shutdown Pop Elimination Circuit
Thermal and Short Circuit Protection
Integrated 180mΩ Switches
Mute/Standby Modes (Sleep)
Thermally Enhanced 20-Pin TSSOP Package with Exposed Pad
3.3 Applications
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Surround Sound DVD Systems
Televisions
Flat Panel Monitors
Multimedia Computers
Home Stereo Systems
3.4 Absolute Ratings
3.5 Pinning
4. POWER STAGE
The DC voltages required at various parts of the chassis and inverters are provided by a
main power supply unit and power interface board. The main power supply unit is
designed for 24V and 12V DC supply. Power stage which is on-chasis generates +24V
for audio amplifier, 1.8V and 3.3V stand by voltage and 8V, 12V, 5V and 3.3Vsupplies
for other different parts of the chassis.
5. MICROCONTROLLER (VCTP)
5.1 General Features
The VCT 6wxyP is dedicated to high-quality FPD and double-scan TV sets. The VCT
6wxyP family is based on functional blocks contained and approved in existing products
like VCT 49xxI, VSP 94x5B, and DPS 94xxA.
Each member of the family contains the entire audio, video, up-conversion processing
for 4:3 and 16:9 50/
60 Hz progressive or 100/120 Hz interlaced stereo TV sets and the control/data
interface for flat-panel displays. The integrated microcontroller is supported by a
powerful OSD and graphics generator with integrated teletext acquisition.
Controller:
• High-performance 8-bit microcontroller, 8051 compatible
• Up to 512 kByte in system program Flash
• WST, PDC, VPS, and WSS acquisition
• Closed caption and V-chip acquisition
• Up to 10 page on chip teletext memory
• Up to 1000 pages with internal memory
• Up to 30 GPIO
Audio:
• Multistandard TV-sound demodulation:
-All A2/NICAM standards
-BTSC/SAP with DBX
-EIA-J
• Baseband sound processing for loudspeaker channel:
-Volume, bass, treble, loudness, balance
-Spatial effect (e.g. pseudo stereo)
-Micronas AROUND
(Virtual Dolby Surround optional)
-Micronas BASS
-BBE
-SRS WOW
-SRS TruSurround XT
-Lipsync function
Video:
• CVBS, S-VHS, YCrCb and RGB inputs
• HDTV YPrPb and RGB inputs
• ITU656 input
• Linedoubling with vertical detail enhancement (without internal memory)
• State of the art motion adaptive up conversion (with internal memory)
• 4H adaptive comb filter for PAL/NTSC (without internal memory)
• 3D comb filter for PAL/NTSC (with internal memory) (Optional)
• Internal SDR RAM interface
• Powerful horizontal and vertical scaling inclusive
• Nonlinear horizontal scaling “panorama vision”
• picture adaptive image improvements (DCE, LSE, CTI, SCE, NCE)
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non-linear colorspace enhancement (NCE) with 32 programmable slopes and
sections per RGB component (blue stretch, static black stretch, gamma
correction).
Dynamic contrast enhancement (DCE) (histogram based black stretch with peak
black and activity detection and contrast adaption)
Luma sharpness enhancement (LSE)
Color transient improvement (CTI)
Selective color enhancement (SCE) for skin tone correction, blue and green
stretch
5.2 Multistandard Sound Processor (MSP) Features
The MSP receives the analog Sound IF signal from the tuner and converts it to digital
with its internal SIF-AD converter. The MSP is able to demodulate all TV sound
standards worldwide including the digital NICAM system. TV stereo sound standards
that are unavailable for a specific VCTP version are processed in analog mono sound of
the standard. In that case, stereo or bilingual processing will not be possible.
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Sound IF input
Worldwide FM/AM-mono sound demodulation
FM stereo sound demodulation (A2, EIA-J)
BTSC/SAP demodulation with DBX
NICAM demodulation
FM radio & RDS/RBDS demodulation
Automatic standard detection
automatic volume correction (AVC)
Automatic sound select
Baseband processing for loudspeaker channel:
volume, bass, treble, loudness, balance
-spatial effect (e.g. pseudo stereo)
-Micronas AROUND
-Micronas BASS
-SRS WOW (optional)
-SRS TruSurround XT (optional)
-delayline for lipsync function (shared memory)
-Virtual Dolby Surround (optional)
1 I2S input for external ATSC/DVD decoder
1 I2S interface for audio delayline
1 SPDIF output
Audio i/o switches
-4 analog stereo line inputs and 2 analog stereo line outputs (configurable 5
analog stereo line inputs and 1 analog stereo line output)
-1 analog stereo loudspeaker output
-1 analog subwoofer output
-1 analog stereo headphone output
5.3 Video Features
The TVT is a Teletext decoder for decoding World System Teletext data, as well as
Video Programming System (VPS), Program Delivery Control (PDC), and Wide-Screen
Signalling (WSS) data used for PALplus transmissions (line 23). The device also
supports Closed Caption acquisition and decoding.
The TVT provides an integrated general-purpose, fully 8051-compatible microcontroller
with television-specific hardware features. The microcontroller has been enhanced to
provide powerful features such as memory banking, data pointer, additional interrupts,
shared memory access etc.
The TVT has an internal XRAM of 32 KB and a BOOT ROM of 4 KB. For operation the
code is fetched from a 16bit FLASH, which can be addressed up to 1 MByte.
The controller with dedicated hardware does most of the internal TTX acquisition
processing, transfers data to/from external memory interface, and receives/transmits
data via I2C-bus interface. In combination with dedicated hardware, the slicer stores
TTX data in a VBI buffer of 1 KB. The microcontroller firmware performs all the
acquisition tasks (hamming and parity checks, page search, and evaluation of header
control bits) once per field. Additionally, the firmware can provide high-end Teletext
features like Packet-26 handling, FLOF/TOP and list-pages. The interface-to-user
software is optimized for minimal overhead. TVT is realized in deep submicron
technology with 1.8 V supply voltage and 3.3 V I/O (TTL compatible).
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16 analog video inputs (4xCVBS/Y/C + 3xRGB/YCrCb/YPrPb)
Video input switch matrix
3 analog video outputs (integrated Y+C adder)
24-bit RGB/H/V/clk input (e.g. ext. DVI decoder) or 656 8bit input
656 8bit input/output (e. g. for external high-end up conversion by FRCA)
Multi-standard color decoder PAL/NTSC/SECAM including all substandards
2D adaptive comb filter for PAL/NTSC with vertical peaking
3D-comb filter for PAL/NTSC (Optional)
Macrovision compliant multi-standard sync processing
Trilevel sync slicer for HDTV
Macrovision detection
High-quality soft mixer controlled by Fast Blank (alpha blending)
Fastblank monitor via I2C
Noise measurement
Letterbox detection (auto-wide)
Split screen (OSD and video side by side) and AV PIP
5.4 Controller Features
The TVT is a Teletext decoder for decoding World System Teletext data, as well as
Video Programming System (VPS), Program Delivery Control (PDC), and Wide-Screen
Signalling (WSS) data used for PALplus transmissions (line 23). The device also
supports Closed Caption acquisition and decoding.
The TVT provides an integrated general-purpose, fully 8051-compatible microcontroller
with television-specific hardware features. The microcontroller has been enhanced to
provide powerful features such as memory banking, data pointer, additional interrupts,
shared memory access etc.
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High performance 8-bit microcontroller, 8051 instruction set compatible
81 MHz system clock, two machine cycles per instruction
On-chip debug support (OCDS)
Up to 512 kByte in system program Flash
256 byte on-chip program RAM
128 byte on-chip extended stack RAM
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4-level, 24-input interrupt controller
Patch module for 16 ROM locations
Two 16-bit reloadable timers
Capture compare timer for infrared decoding
Watchdog timer
Uart
Real time clock
PWM units (2 channels 14-bit, 6 channels 8-bit)
8-bit ADC (4 channels)
I2C bus master/slave interface
Up to 32 programmable I/O ports
5.5 OSD & Teletext Features
The on-chip display unit for displaying Level 1.5 Teletext data can also be used for
customer-defined onscreen displays.
The TVT has an internal XRAM of 32 KB and a BOOT ROM of 4 KB. For operation the
code is fetched from a 16bit FLASH, which can be addressed up to 1 MByte.
In combination with dedicated hardware, the slicer stores TTX data in a VBI buffer of 1
KB. The microcontroller firmware performs all the acquisition tasks (hamming and parity
checks, page search, and evaluation of header control bits) once per field. Additionally,
the firmware can provide high-end Teletext features like Packet-26 handling, FLOF/TOP
and list-pages. The interface-to-user software is optimized for minimal overhead.
5.6 Port Allocation
6. DRX 3961A
6.1 General Desription
The DSP-based Analog TV IF Demodulator DRX 396xA performs the entire
multistandard Quasi Split Sound (QSS) TV IF processing, AGC, video demodulation,
and generation of the sound IF (SIF), requiring only one SAW filter. The IC is designed
for applications in TV sets, VCRs, PC cards, and TV tuners.
The alignment-free DRX 396xA does not need special external components. All control
functions and status registers are accessible via I2C bus interface.
6.2 Features
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Multistandard QSS IF processing with a single SAW
Highly reduced amount of external components (no tank circuit, no
potentiometers, no SAW switching)
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Programmable IF frequency (38.9 MHz, 45.75 MHz, 32.9 MHz, 58.75 MHz,
36.125 MHz etc.)
Digital IF processing for the following standards: B/G, D/K, I, L/L’, and M/N
Standard specific digital post filtering
Standard specific digital video/audio splitting
Standard specific digital picture carrier recovery:
-Alignment-free
-Quartz-stable and accurate
-Stable frequency lock at 100% modulation and overmodulation up to
150%
-Quartz-accurate AFC information
Programmable standard specific digital group delay equalization
Automatically frequency-adjusted Nyquist slope, therefore optimum picture and
sound performance over complete lock in frequency range
Standard-specific digital AGC and delayed tuner AGC with programmable tuner
take-over point
Fast AGC due to linear structure
Adaptive back porch control, therefore fast positive modulation AGC
No sound traps needed at video output
SIF output with standard-dependent pre-filtering and amplitude-controlled output
level
Optimal sound SNR due to carrier recovery without quadrature distortions
FM radio capability without external components and with standard TV tuner
Prepared for digital TV (DVB-C, DVB-T, ATSC)
I2C bus interface
7. SERIAL 64K I2C EEPROM M24C64WBN6
7.1 General Description
M24C64WBN6 is a 64 Kbit Electrically Erasable PROM. These I2C-compatible
electrically erasable programmable memory (EEPROM) devices are organized as
8192x8 bits. It supports 400kHz Protocol I2C uses a two-wire serial interface,
comprising a bi-directional data line and a clock line.
The M24C64WBN6 is available in the standard 8-pin (Vcc, WC, SDA (i2c data), SCL
(i2c clock), Vss,E0,E1,E2). WC pin is critcal pin. If WP is high, writing is not possible to
EEPROM. If WP is low, writing is possible to EEPROM.
7.2 Features
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Two-Wire I2C Serial Interface Supports 400kHz Protocol
Single Supply Voltage:
– 4.5 to 5.5V for M24Cxx
– 2.5 to 5.5V for M24Cxx-W
– 1.8 to 5.5V for M24Cxx-R
• Write Control Input
• BYTE and PAGE WRITE (up to 32 Bytes)
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RANDOM and SEQUENTIAL READ Modes
Self-Timed Programming Cycle
Automatic Address Incrementing
Enhanced ESD/Latch-Up Protection
More than 1 Million Erase/Write Cycles
More than 40-Year Data Retention
7.3 Absolute Maximum Ratings
7.4 Pinning
8. CLASS AB STEREO HEADPHONE DRIVER TDA1308
8.1. General Description
The TDA1308 is an integrated class AB stereo headphone driver contained in an SO8
or a DIP8 plastic package. The device is fabricated in a 1 mm CMOS process and has
been primarily developed for portable digital audio applications. It gets its input from two
analog audio outputs (DACA_L and DACA_R) of MSP 34x0G. The gain of the output is
adjustable by the feedback resistor between the inputs and outputs.
8.2 Features
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Wide temperature range
No switch ON/OFF clicks
Excellent power supply ripple rejection
Low power consumption
Short-circuit resistant
High performance
High signal-to-noise ratio
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High slew rate
Low distortion
Large output voltage swing.
Power supply maximum 60 mW to 32Ω (THD<0.1%)
5V single supply
SNR 110 dB
Power supply ripple rejection
Typically 3 mA supply current at no load
8.3. Pinning
9. SAW FILTER X6966M
9.1 Features:
- IF filter for digital cable TV
- Plastic package SIP5K
9.2 Pin configuration:
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Input
Input - ground
Chip carrier - ground
Output
Output
9.3 Frequency response:
10. IC DESCRIPTIONS AND INTERNAL BLOCK DIAGRAM
LM1117
LM1086
MP1593
FDC642P
SIL9011
24LC02
µPA672T
M74HC4052
Max809
24LC21
10.1. LM1117
10.1.1. General Description
The LM1117 is a series of low dropout voltage regulators with a dropout of 1.2V at
800mA of load current. It has the same pin-out as National Semiconductor’s industry
standard LM317. The LM1117 is available in an adjustable version, which can set the
output voltage from 1.25V to 13.8V with only two external resistors. In addition, it is also
available in five fixed voltages, 1.8V, 2.5V, 2.85V, 3.3V, and 5V. The LM1117 offers
current limiting and thermal shutdown. Its circuit includes a zener trimmed bandgap
reference to as-sure output voltage accuracy to within ±1%. The LM1117 series is
available in SOT- 223, TO-220, and TO-252 D-PAK packages. A minimum of 10µF
tantalum capacitor is required at the output to improve the transient response and
stability.
10.1.2. Features
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Available in 1.8V, 2.5V, 2.85V, 3.3V, 5V, and Adjustable Versions
Space Saving SOT-223 Package
Current Limiting and Thermal Protection
Output Current 800mA
Line Regulation 0.2% (Max)
Load Regulation 0.4% (Max)
Temperature Range
LM1117 0°C to 125°C
LM1117I -40°C to 125°C
10.1.3. Applications
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2.85V Model for SCSI-2 Active Termination
Post Regulator for Switching DC/DC Converter
High Efficiency Linear Regulators 15
32” TFT TV Service Manual 10/01/2005
Battery Charger
Battery Powered Instrumentation
10.1.4. Absolute Maximum Ratings
10.1.5. Pinning
10.2. LM1086
10.2.1. General Description
The LM1086 is a low dropout three terminal regulator with 1.5A output current capability.
The output voltage is adjustable with the use of a resistor divider. Dropout is guaranteed
at a maximum of 500 mV at maximum output current. It's low dropout voltage and fast
transient response make it ideal for low voltage microprocessor applications. Internal
current and thermal limiting provides protection against any overload condition
that would create excessive junction temperature.
10.2.2. Features
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Low Dropout Voltage 500mV at 1.5A Output Current
Fast Transient Response
0.015% Line Regulation
0.1% Load Regulation
Current Limiting and Thermal Protecion.
Adjustable or Fixed Output Voltage(1.8, 2.5, 2.85, 3.0, 3.3, 3.45, 5.0V)
Surface Mount Package SOT-223 & TO-263 (D2 Package)
100% Thermal Limit Burn-in
10.2.3. Applications
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Battery Charger
Adjustable Power Supplies
Constant Current Regulators
Portable Instrumentation
High Efficiency Linear Power Supplies
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High Efficiency "Green" Computer Systems
SMPS Post-Regulator
Power PC Supplies
Powering VGA & Sound Card
10.2.4. Absolute Maximum Ratings
10.2.5. Pinning
10.3. MP1593
10.3.1. General Description
The MP1593 is a step-down regulator with an internal Power MOSFET. It achieves 3A
continuous output current over a wide input supply range with excellent load and line
regulation. Current mode operation provides fast transient response and eases loop
stabilization. Fault condition protection includes cycle-by-cycle current limiting and
thermal shutdown. Adjustable soft-start reduces the stress on the input source at turnon. In shutdown mode the regulator draws 20µA of supply current. The MP1593
requires a minimum number of readily available external components to complete a 3A
step down DC to DC converter solution.
10.3.2. Features
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3A Output Current
Programmable Soft-Start
100mΩ Internal Power MOSFET Switch
Stable with Low ESR Output Ceramic Capacitors
Up to 95% Efficiency
20µA Shutdown Mode
Fixed 385KHz Frequency
Thermal Shutdown
Cycle-by-Cycle Over Current Protection
Wide 4.75 to 28V Operating Input Range
Output Adjustable from 1.22V
Under Voltage Lockout
Available in 8-Pin SOIC Package
10.3.3. Applications
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Distributed Power Systems
Battery Chargers
Pre-Regulator for Linear Regulators
Flat Panel TVs
Set-Top Boxes
Cigarette Lighter Powered Devices
DVD/PVR Devices
10.3.4. Absolute Maximum Ratings
10.3.5. Electrical Characteristics
10.3.6. Pinning
Pin1:BS
High-Side Gate Drive Boost Input. BS supplies the drive for the high-side N-Channel
MOSFET switch. Connect a 10nF or greater capacitor from SW to BS to power the high
side switch.
Pin2:IN
Power Input. IN supplies the power to the IC, as well as the step-down converter
switches. Drive IN with a 4.75V to 28V power source. Bypass IN to GND with a suitably
large capacitor to eliminate noise on the input to the IC.
Pin3:SW
Power Switching Output. SW is the switching node that supplies power to the output.
Connect the output LC filter from SW to the output load. Note that a capacitor is required
from SW to BS to power the high-side switch.
Pin4:GND
Ground.
Pin5:FB
Feedback Input. FB senses the output voltage to regulate that voltage. Drive FB with a
resistive voltage divider from the output voltage. The feedback threshold is 1.222V.
Pin6:COMP
Compensation Node. COMP is used to compensate the regulation control loop. Connect
a series RC network from COMP to GND to compensate the regulation control loop. In
some cases, an additional capacitor from COMP to GND is required.
Pin7:EN
Enable Input. EN is a digital input that turns the regulator on or off. Drive EN high to turn
on the regulator, drive EN low to turn it off. An Under Voltage Lockout (UVLO) function
can be implemented by the addition of a resistor divider from VIN to GND. For complete
low current shutdown its needs to be less than 0.7V. For automatic startup, leave EN
unconnected.
Pin8:SS
Soft-Start Control Input. SS controls the soft-start period. Connect a capacitor from SS
to GND to set the soft-start period. A 0.1µF capacitor sets the soft-start period to 10ms.
To disable the soft-start feature, leave SS unconnected.
10.4. FDC642P
10.4.1. General Description
This p-channel 2.5V specified MOSFET is produced using Fairchild’s advanced
PowerTrench process that has been especially tailored to minimize on state resistance
and yet maintain low gate charge for superior switching performance.
10.4.2 . Features
10.4.3. Absolute Maximum Ratings
10.4.4. Pinning
10.5. SIL9011
The Sil 9011 is a third generation HDMI receiver compatible with the HDMI 1.1 specification.
Backwards compatibility with DVI 1.0 allows HDMI systems to connect to existing DVI 1.0
hosts over a single cable.
The Sil 9011 is capable of receiving and outputting 2 to 8 channels of digital audio of up to
192kHz. An industry-standard I2S port allows direct connection to low-cost audio DACs. An
S/PDIF port supports up to 96kHz audio.
Silicon Image’s HDMI receivers use the latest generation of PanelLink TMDS core technology.
These PanelLink cores pass all HDMI compliance tests.
10.5.1 Features
•
•
•
•
•
•
•
•
•
HDMI 1.1, HDCP 1.1 and DVI 1.0 compliant receiver
Integrated PanelLink core supports:
DTV resolutions (480i/576i/480p/576p/720p/1080i)
PC resolutions (VGA, SVGA, XGA, SXGA, UXGA) up to 165MHz.
Digital video interface supports video processors:
24-bit and 48-bit RGB/ YCbCr 4:4:4
16/20/24-bit YCbCr 4:2:2
8/10/12-bit YCbCr 4:2:2 (ITU BT.656)
S/PDIF output supports bothIEC 60958 and IEC 67937 for PCM, Dolby Digital,
DTS digital or any S/PDIF type audio transmission (32-96kHz Fs)
Four Programmable I2S outputs for connection to low-cost audio DACs.
Sample rates up to 192kHz
Auto audio error detection with programmable soft mute.
Integrated HDCP decryption engine for receiving protected audio and video
content
Pre-programmed HDCP keys provide highest level of key security, simplifies
manufacturing
10.6. 24LC02
10.6.1. General Description
24AA02/24LC02B (24XX02*) is a 2 Kbit Electrically Erasable PROM. The device is
organized as one block of 256 x 8-bit memory with a 2-wire serial interface. Low-voltage
design permits operation down to 1.8V, with standby and active currents of only 1µA
and 1mA, respectively. The 24XX02 also has a page write capability for up to 8 bytes of
data.
10.6.2 Features
•
•
Single supply with operation down to 1.8V
Low-power CMOS technology
-1mA active current typical
-1µA standby current typical (I-temp)
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
Organized as 1 block of 256 bytes (1 x 256 x 8)
2-wire serial interface bus, I2C™ compatible
Schmitt Trigger inputs for noise suppression
Output slope control to eliminate ground bounce
100 kHz (24AA02) and 400 kHz (24LC02B) compatibility
Self-timed write cycle (including auto-erase)
Page write buffer for up to 8 bytes
2ms typical write cycle time for page write
Hardware write-protect for entire memory
Can be operated as a serial ROM
Factory programming (QTP) available
ESD protection > 4,000V
1,000,000 erase/write cycles
Data retention > 200 years
8-lead PDIP, SOIC, TSSOP and MSOP packages
5-lead SOT-23 package
Pb-free finish available
Available for extended temperature ranges:
-Industrial (I): -40°C to +85°C
-Automotive (E): -40°C to +125°C
10.6.3 Pinning
10.7. µPA672T
10.7.1. General Description
N-channel Mos-Fet array for switching.The µPA672T is a super-mini-mold device
provided with two MOS FET elements. It achieves high-density mounting and saves
mounting costs.
10.7.2. Features
•
•
Two MOS FET circuits in package the same size as SC-70
Automatic mounting supported
10.7.3 Absolute Maximum Ratings
10.7.4 Pinning
10.8. M74HC4052
10.8.1. General Description
The M74HC4052 is a dual four-channel analog MULTIPLEXER/DEMULTIPLEXER
fabricated with silicon gate C2MOS technology and it is pin to pin compatible with the
equivalent metal gate CMOS4000B series. It contains 8 bidirectional and digitally
controlled analog switches.
10.8.2. Features
•
•
•
•
LOW POWER DISSIPATION: ICC = 4mA(MAX.) at TA=25°C
LOGIC LEVEL TRANSLATION TO ENABLE 5V LOGIC SIGNAL TO
COMMUNICATE
WITH ±5V ANALOG SIGNAL
LOW "ON" RESISTANCE:
•
•
•
•
•
•
•
•
70W TYP. (VCC - VEE = 4.5V)
50W TYP. (VCC - VEE = 9V)
WIDE ANALOG INPUT VOLTAGE RANGE: ±6V
FAST SWITCHING:
tpd = 15ns (TYP.) at TA = 25 °C
LOW CROSSTALK BETWEEN SWITCHES
HIGH ON/OFF OUTPUT VOLTAGE RATIO
WIDE OPERATING SUPPLY VOLTAGE RANGE (VCC - VEE) = 2V TO 12V
LOW SINE WAVE DISTORTION: 0.02% at VCC - VEE = 9V
HIGH NOISE IMMUNITY: VNIH = VNIL = 28 % VCC (MIN.)
PIN AND FUNCTION COMPATIBLE WITH 74 SERIES 4052
10.8.3 Absolute Maximum Ratings
10.8.4 Pinning
VEE supply pin is provided for analog input signals. It has an inhibit (INH) input terminal
to disable all the switches when high. For operation as a digital
multiplexer/demultiplexer, VEE is connected to GND.
A and B control inputs select one channel out of four in each section. All inputs are
equipped with protection circuits against static discharge and transient excess voltage.
10.9. Max809
10.9.1. General Description
The MAX809 and MAX810 are cost−effective system supervisor circuits designed to
monitor VCC in digital systems and provide a reset signal to the host processor when
necessary. No external components are required.
The reset output is driven active within 10 _sec of VCC falling through the reset voltage
threshold. Reset is aintained active for a timeout period which is trimmed by the factory
after VCC rises above the reset threshold. The MAX810 has an active−high RESET
output while the MAX809 has an active−low RESET output. Both devices are available
in SOT−23 and SC−70 packages.
10.9.2. Features
•
•
•
•
•
•
•
•
•
•
Precision VCC Monitor for 1.5 V, 1.8 V, 2.5 V, 3.0 V, 3.3 V, and 5.0 V Supplies
Precision Monitoring Voltages from 1.2 V to 4.9 V Available in 100 mV Steps
Four Guaranteed Minimum Power−On Reset Pulse Width Available (1 ms, 20
ms, 100 ms, and 140 ms)
RESET Output Guaranteed to VCC = 1.0 V.
Low Supply Current
Compatible with Hot Plug Applications
VCC Transient Immunity
No External Components
Wide Operating Temperature: −40°C to 105°C
Pb−Free Packages are Available
10.9.3 Absolute Maximum Ratings
10.9.4 Pinning
10.10. 24LC21
10.10.1. General Description
The 24LC21 is a 1K bit electrically erasable programmable memory (EEPROM), organized by 8
bits.This device can operate in two modes: Transmit Only mode and I2C bidirectional mode.
When powered, the device is in Transmit Only mode with EEPROM data clocked out from the
rising edge of the signal applied on VCLK.
10.10.2. Features
•
•
•
•
•
•
•
•
•
•
1 MILLION ERASE/WRITE CYCLES
40 YEARS DATA RETENTION
2.5V to 5.5V SINGLE SUPPLY VOLTAGE
400k Hz COMPATIBILITY OVER the FULL RANGE of SUPPLY VOLTAGE
TWO WIRE SERIAL INTERFACE I2C BUS COMPATIBLE
PAGE WRITE (up to 8 BYTES)
BYTE, RANDOM and SEQUENTIAL READ MODES
SELF TIMED PROGRAMMING CYCLE
AUTOMATIC ADDRESS INCREMENTING
ENHANCED ESD/LATCH UP PERFORMANCES
10.10.3 Absolute Maximum Ratings
10.10.4 Pinning
11.SERVICE MENU SETTINGS
In order to reach service menu,
• First Press “MENU”
• Then press the remote control code, which is “4725”
11.1. Video Setup
•
Panel Select <..................................>
ƒ CHI MEI 16/9 32 inch
ƒ LG 16/9 26 inch
ƒ SAMSUNG 16/9 32 inch
•
Picture Mute <.....>
If “Yes” selected, “Picture mute” feature is active.
Blue Screen <.....>
If “Yes” selected, “Blue Background” item is seen in “Feature”
menu.
YC Delay <...........>
ƒ Tuner PAL <.....> Value between -8 to+7
ƒ Ext PAL <.....> Value between -8 to+7
ƒ SECAM <.....> Value between -8 to+7
ƒ NTSC <.....> Value between -8 to+7
AGC (dB) <.....> Value between 0 to+8
•
•
•
11.2. AudioSetup
•
Equalizer <.....>
If “Yes” selected, “Equalizer” item is seen in “Sound” menu.
•
•
•
•
•
•
•
•
•
•
BBE
SRS WOW
Virtual Dolby Surround <.....>
If “Yes” selected, Virtual Dolby Surround feature is seen in “Sound”
menu with selected Virtual Dolby Text.
Virtual Dolby Text The selected item is seen as Virtual Dolby Srround Text.
ƒ 3DS
ƒ Virtual Dolby
ƒ 3D Panorama
AVL <.....>
If “Yes” selected, “AVL” item is seen in “Sound” menu.
Carrier Mute <.....>
If “Yes” selected, “Carrier mute” feature is active.
Audio Delay Offset
Prescale
ƒ FM Presc. AVL On <.......> Value between 0 to +127
ƒ AM Presc. AVL On <.......> Value between 0 to +127
ƒ NICAM Presc. AVL On <.......> Value between 0 to +127
ƒ I2S Presc. AVL On <.......> Value between 0 to +127
ƒ SCART Presc. AVL On <.......> Value between 0 to +127
ƒ FM Presc. AVL Off <.......> Value between 0 to +127
ƒ AM Presc. AVL Off <.......> Value between 0 to +127
ƒ NICAM Presc. AVL Off <.......> Value between 0 to +127
ƒ I2S Presc. AVL Off <.......> Value between 0 to +127
ƒ SCART Presc. AVL Off <.......> Value between 0 to +127
Dynamic Bass <.....>
If “Yes” selected, “Dynamic Bass” item is seen in “Sound” menu.
Subwoofer <.....>
If “Yes” selected, “Subwoofer” item is seen in “Sound” menu.
11.3. Options 1
•
•
•
•
•
•
VCTP Version <.......>
ƒ Basic+
ƒ Basic
Double Digit <.....>
If “Yes” selected, “Double Digit” button is active for channel
selection.
TEA6415C Available <.....>
If “Yes” selected, video switch IC is active on hardware.
TEA642X Available<.....>
If “Yes” selected, audio switch IC is active on hardware.
Power-Up Mode <.......>
ƒ StandBy If selected, TV opens in stand by mode.
ƒ L.State If selected, TV opens in Last State mode.
TV Open Mode <.......>
ƒ Source
ƒ 1st TV
ƒ Last TV
•
Select Languages <.......> “Yes” selected languages are seen as option under
the “Language” item in “Feature” menu
ƒ Language Set 1
o German <.......>
o French <.......>
o Spanish <.......>
o Italian <.......>
o Danish <.......>
o Finnish <.......>
o Swedish <.......>
ƒ Language Set 2
o Greek <.......>
o Norwegian <.......>
o Dutch <.......>
o Portuguse <.......>
o Polish <.......>
o Turkish <.......>
o Russian <.......>
o Czech <.......>
ƒ Language Set 3
o Hungarian <.......>
o Slovak <.......>
o Slovenian <.......>
o Romanian <.......>
o Bulgarian <.......>
o Croatian <.......>
o Serbian <.......>
o Hebrew <.......>
•
First APS <.......>
•
•
•
•
If “Yes” selected, first time TV opens by asking APS.
APS Volume <.......> value between 0 to+63
Burn In Mode <.......>
If “Yes” selected, TV opens with Burn-In mode. This mode is
used in manufacturing.
APS Test
HDMI WP <.......>
If “Yes” selected, HDMI EDID ROM is write protected.
11.4. Options 2
•
•
•
•
Autostore <.......>
If “Yes” selected, Channel is automatically stored.
Led Type <.............................>
ƒ 1 Led 1 Colour
ƒ 1 Led 2 Colours
ƒ 2 Led 2 Colours
PC PIP <.......>
PC Stand By <.......>
11.5. Service Scan/Tuning Setup
•
•
•
•
•
•
Search for L/L’ <.......>
Pref. Search Standard <...........>
ƒ BG, DK, I
ƒ L/L’
ƒ M
Station Ident <.......>
ATS Delay Time (ms) <.......> Value between 20 to 250
Color Killer Threshold <.......> Value between 0 to +255
Tuner Options <.......>
ƒ Control Byte <.......> Value between 0 to +255
ƒ Low-Mid – Low Byte <.......> Value between 0 to +255
ƒ Low-Mid – High Byte <.......> Value between 0 to +255
ƒ Mid-High – Low Byte <.......> Value between 0 to +255
ƒ Mid-High – High Byte <.......> Value between 0 to +255
ƒ BSW1 <.......> Value between 0 to +255
ƒ BSW2 <.......> Value between 0 to +255
ƒ BSW3 <.......> Value between 0 to +255
11.6. External Source Settings
•
•
•
•
•
•
•
•
•
•
•
•
DTV <.......>
DVD <.......>
Ext 2 S-Video <.......>
Ext 3 <.......>
Ext 3 S-Video <.......>
FAV <.......>
BAV <.......>
S-Video <.......>
HDMI 1 <.......>
HDMI 2 <.......>
YPbPr <.......>
PC <.......>
11.7. Picture Mode
•
•
Sources <.......>
ƒ Tuner
ƒ CVBS
ƒ RGB
ƒ SVHS
ƒ HDMI
ƒ YPbPr
ƒ PC
ƒ PIP
Picture Mode <.......>
ƒ Dynamic
ƒ Natural
ƒ Cinema
•
•
•
•
•
•
•
•
•
Colour Temp <.......>
ƒ Cool
ƒ Normal
ƒ Warm
Contrast <.......> Value between 0 to +63
Brightness <.......> Value between 0 to +63
Sharpness <.......> Value between 0 to +15
Colour <.......> Value between 0 to +63
Backlight <.......> Value between 0 to +255
R <.......> Value between -63 to +63
G <.......> Value between -63 to +63
B <.......> Value between -63 to +63
11.8. Reset TV-Set
•
Initialize NVM from ROM
Press green button to reset the NVM from ROM
12. SOFTWARE UPDATE DESCRIPTION
12.1 Analog Software Update Via I2C
Step.1
Short the second and third pins of PL_406. Power ON and keep shorting the pins 3-5
seconds.
Step.2
Then connect the I2C update tool to parallel port of PC.
Step.3
Connect the other end of the tool to PL_406.
Step.4
Run Cosima_VCTP Visual I2C software update program.
Step.5
When you click to box near “0” at “Bootloader Version” item, you will see “40”.
If you couldn’t see “40” or a “No Acknowledge from Slave!” is appeared,
There may be a connection problem sourced from PC port, or update tool.
Or you may forget to power ON.
Step.6
After “40” is seen, Click “Erase Flash”
Step.7
Select the bin. file from near the “Load Bin”
Step.8
Click “Load Bin” and load the required bin. file.
Step.9
Unpick the I2C cable from Chasis
Step.10
Power off and on again TV set to produce hard reset.
Step.11
Initialize the NVM from “Reset TV-set” item from service menu
12.2 Analog Software Update Via UART
Step.1
Connect the serial cable from PC Com port to PL104 connector on 17PRG01 module
card.
Step.2
Connect the programming cable from PL 102 connector on 17PRG01 module card to
PL408 connector on TV chassis side. The arrow sign “∆” on the connector must see the
PCB side of the chassis. If TV is seen from the back cover, arrow sign must see the TVs
back cover
Step.3
Run a RS232 terminal tool like Hyper Terminal.
Step.4
Following settings of the terminal tool are necessary:
Protocol: Xmodem
Port: COMx
Baud Rate: 115200
Data Bits: 8
Parity: none
Stop Bits: 1
Com. Control: none
Step.5
Load the bin file from “Browse” and Click “Send”
Step.6
Power off and on again TV set to produce hard reset.
13. BLOCK DIAGRAMS
13.1. General Block Diagram
13.2. Power Management
13.3. DRX (IF Demodulator) Block Diagram
13.4. VCTP
13.4.1. General Block Diagram
13.4.2. MSP Block Diagram
13.4.3
Video Processor of VCT 6wxyP Block Diagram
S3
7
1 BP
S4
8
D807
1kV
220p
100R
R890
C815
R964
100k
1u
16V
3k3
R883
VCC2
10k
R965
12V
BC858B
Q824
Q834
BC848B
4
1
3
2
R996
10k
R997
10k
R998
10k
R999
10k
R1000
10k
R1001
10k
R1002
10k
R991
1M
R992
1M
R993
1M
R994
1M
R995
1M
C852
35V
1000u
C911
25V
C850
4700u
BZT55C33
A D821 K
1
2
C853
160V
1u
160V
1u
C863
1000u
16V
C812
R956
2n2
50V1k
R957
1k
470u
16V
C904
C855
1n
50V
D861
R871
1k
1
+33V
2
+12V
3
1
4
2
2
5
3
3
6
4
4
+5V
PL813
PL804
1
+12V
VCC_3V3_ON
7
1
+3.3VSTBY
R884
2
3
VCC_3V3_ON
5
BZT55C3V9
6
7
IC826
R838
3k3
8
C824
R839
3k3
100n 16V
R844
100R
R948
12k
R834
10k
4
+5V
1
D1
2
D2
3
NTGS3446
G
D4
6
D3
5
9
+3.3VSTBY
S
4
+3.3 SBTY IS 5.1V FOR USA
+5VSTBY
S801
10
11
12
IC824
10k
R833
Q823
BC548C
1
2
+24V
+3.3VSTBY
1
D1
2
D2
3
G
D4
6
D3
5
S
4
S800
R828
47k
R846
100R
Q804
BC848B
50V
3u3
R832
33k
ST_BY
BC848B
R986
3k3
VCC_3V3_ON
D840
+2.5V
BA159
D841
17pw15 REV:09
R987
10k
R988
3k3
Q843
R949
1k8
BA159
BC848B
+3.3VSTBY
+5V
NTGS3446
C837
R924
6k8
16V
100u
R923
10
+2.5V
2
C901
R922
10k
10k
PL807
+12V_2
PFC_OFF
1N4148
D835
R930
10k
R929
1k
4M7
100n
63V
R879
27R
A D847 K
1
2
Q805
BC848B
1M
R926
8
D854
R824
3k3
TCET110G
1M
R927
R928
1M
TL431SAMF2
10k
100n
16V
R925
7
+12V
9
C838
10u
50V
IC811
D838
TL431SAMF2
6
+33V
+5V
BC848B
Q831
ON/OFF
ST_BY
1
D851
1k8
R831
1u
16V
+24V
R960
1k
IC827
R966
10k
C907
1u
16V
R933
12k
C906
1u
16V
BC848B
4
5
R876
30k
2n2
50V
PL811
C862
1N4148
3
+24V
R882
10k
Q833
BC848B
R826
1k8
R963
3k3
+5SV
D865
C913
1N4148
C908
1N4148
16V
10u
C874
R946
10k
1N4148
D853
R892
10k
2
D_DIM
A/D_DIM_SEL
1
56k
R947
120R
R1003
+12SV
D819
TL431SAMF2
+5VSTBY
2
GND
C817
220u
25V
2
1
A_DIM
2n2
4kV
IC829VOUT
378L05_TO921
10k
IC801 TCET110G
D842
C830
100n
16V
+12V_2
Q802
C882
C860
2200u
6V3
C847
3
VCC2
C857
4700u
6V3
47R
R873
R874
1k
C849
100V
27n
25V
PL803
BL_ON/OFF
BC858B
Q841
R877
33k
C818
4700u
6V3
STPS5L25B
BA159
R962
6k8
2
3
12
+12V
R875
4k42
IC825
BL_ON/OFF
1
TCET110G
+3.3VSTBY
22u
1k8
R881
R887
IC806
4
C846
2 4
3
1
R814 120k
R1008
20R
R1010
20R
R1011
20R
10
R870
5k1
11
+5WOREG
L804
D823
R950
8k2
10
A_DIM
PL812
S1
1
4
R951
1k8
9
D_DIM
PL805
2
8
9
100R
R825
NC 6
3
2
IC809
C859
4
BA159_SMD
S2
5
VF_MAIN
3
R1009
20R
R1006
20R
R1007
20R
D806
D 5
TR803
G00143A 6
7
D855
8
A/D_DIM_SEL
1N4148
1N4148
2n2
4kV
Freq
Opto
+400V
6
BAT254
100n
25V
1kV
220p
100R
R888
BA159_SMD
R1004
20R
R1005
20R
10n
1kV
C903
C829
C892
10u
50V
TNY266
100n
16V
D836
8V2_ZENER
D862
C801
33u
50V
5
S806
R872
10k
2
Opto
R880
1k5
4
2k2
R958
R869
27R
D814
C813
100R
R889
630V
10n
C810
BZT55C5V6
R985
2k2
3
7
Q838
BC848B
+400V
VF_MAIN
C806
R971
50V
1n
1kV
+24V
D852
TL431SAMF2
2
+24V
S805
SW_OFF2
4 EN/UV
+5WOREG
FUSE_SMD_7A/32VDC_1206
D846
FUSE_SMD_7A/32VDC_1206
D856
VF_MAIN
1
+5V
C845
1N4148
R859
33k
C839
R868
6k2
D815
Q808
BC848B
100n
25V
100n
16V R862
47k
R850
100k
STP20NE06LFP
UF5402
16
R866
10k
1N4148
10
1u
16V
D811
C841
15V
Q810
BC848B
BC848B
Q812
R910
47k
9
PL802
Q832
+5SV
D857
7
D845
SW_OFF2
Q820
BC848B
C856
1n
50V
+12SV
F801
16V
1000u
15
C851
2
1N4148
R972
1k
R863
33k
6
+12V
UF5402
C893
BZT55C3V9
5
L811
16V
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CAD Viewer 3.2 evaluation - register at www.guthcad.com.au
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CAD Viewer 3.2 evaluation - register at www.guthcad.com.au
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9"
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4"
82
Q
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5
AVDD_FE8
6
AVSS_FE8
7
OUT1 4
R112
6k2
R111
6k2
R110
6k2
R108
6k2
3V3_DRX
10u
5V_DRX
3V3_DRX
3V3_DRX
33n
50V
C130
SDA 25
OUT2 5
GND
33p
25V
33p
RESETQ 24
10 IFINY
R120
100R
C128
R109
100R
C142
Q100 10u
16V
SHEET 3
BC848B
R114
75R
TUNER_CVBS_IN
1k
R113
IC101
VCC 16
R115
75R
5V_TUNER
TUNER_CVBS_SW
SHEET3
SHEET 8
SCL_5V_IC
2
2Y0
2Z 15
S105
S120
AGC_DVB
3
3Y1
4
3Z
1Z 14
S121
IF_AGC
S109
1Y1 13
SDA_DVB
74HCT4053
3Y0
6
E
SDA_5V_IC
1Y0 12
S110
5
S106
S1 11
VEE
S3
9
C113
100n
10V
R133
1k
17MB22-2
S114
TV/DVB_SWITCH
SYNC_SW2
100n
10V
GND
VESTEL ELECTRONICS
TV R&D GROUP
Q104
BC848B
C112
8
5V_TUNER
S2 10
S108
7
R134
4k7
5V_TUNER
S107
AGC_TV
100n
16V
VER. E2
TUNER - DRX DEMODULATOR
DATE
03/10/2006
RASIT GOKALAN
Sheet 01
100n
16V
R122
470R
Q101
BC848B
C133
R137
47R
5V_DRX
SHOUL BE CONNECTED TO DRX GND
5V_DRX
VCC_8V_VIDEO
3V3_DRX
100n
16V
QSS
100n
16V
100n
16V
C131
R121
1k
22 AVSS_DAC
L109
S116
S115
L107
1u
C126
2Y1
SDA_3V3_IC
SHEET 3,5,6
3V3_DRX
C121
1
SCL_3V3_IC
TEST_EN 23
11
SCL_DVB
C132
100n
16V
3V3_DRX
R119
100R
3
10
S104
IF1
R118
6k2
R116
6k2
PORT2 34
PORT3 35
PORT4 36
SCL 26
AVDD_FE40
21 AVDD_DAC
IN2
IFINX
9
IF_AGC
IF2
R117
6k2
L108
C125
100n
16V
C127
DVDD_CAP 27
20 SIF
2
600R_100MHZ_200mA
3V3_DRX
L111
8
47u
50V
100n
16V
C109
C108
L110
DVDD 28
L113
5V_DRX
VCC_33V
S118
DVSS_ADC 40
DVSS 29
IC100
DRX3960A
AVSS_FE401
R107
1k
S103
XTALIN 41
SW_ENABLE2
DVSS_CAP 30
19 REF_SW
IN1
S119
9
C122
PORT0 31
ANATSTY
12 AVDD_SYN
VST
5V_TUNER
VREF 43
ANATSTX
AN_IF
R101
4k7
XTALOUT 42
SYNC_SW2
S113
8
DVDD_ADC 39
4
SHEET 3
PORT1 32
11 AVSS_FE402
NC/ADC
27p
C124
50V
3
TUNER_AGC 33
18 CVBS
BLM21A601S
IF_AGC
AVDD_ADC
17 TEST2
5k1
1
R124
150R
5V_TUNER
AVSS_ADC
2
SHEET3
C119
Z100
X6966M
L101
AUDIO_MUX_SW
C129
C120
R126
150R
R123
150R
1
16 TEST1
R140
7
PTC RES
16V
100n
AN_IF
6
C104
R100
3k3
VS
R125
150R
16V
1u
100n
16V C107
C103
27p
C123
SGND 44
10u
S117
YPBPR_MUX_SW
L106
5V_DRX
NC
R138
1k2
100n
16V
C115
C116
100n
10V
C117
C114
47k
L105
5V_DRX
C102 R104
100R
R105
50V 100R
39p
16V
100n
3
C136
15 TEST0
5
C135
13 AVSS_SYN
SDA
50V
39p
VGA_MUX_SW
SYNC_SW1
C137
R135
47R
100n
16V
4
50V
1n
100n
16V
SCL
50V
1n
C141
3
L100
TECH2949PG40B
TU100
S102
AS
R130
R136
47R
50V
1n
100n
10V
S101
2
PL100
C138
N.C.
SHEET 8
1n
50V
SHEET3 VCTP PIN80
C118
R106
5k1
Q103
BF799
S111
R103
5k1
R127
47k
10n
25V
2
C100
TU
Q102
BF799
R129
47k
50V
1n
SHORT
R131
470R
R102
5k1
1
R132
470R
AGC
20.25MHz
DRX_CLK
DRX POWER SUPPLY
S112
10n
50V N.C.
3V3_DRX
10u
50V
47u
10u
VCC_5V
VCC_3V3
R128
47k
C101
5V_TUNER
C134
L104
12V_IF
L102
X100
C111
PTC RES
S100
100n
50V
47u
N.C.
10V C110
R139
3k3
12V_IF
10u
1
DIGITAL IF CONNECTOR
14 SHIELD
C140
100n
25V
100u
C139
10u
L116
5V_TUNER
5V_DRX
50V
10u
47u
12V_IF
3V3_DRX
X100 AND C123 IS REMOVED
ADR_SEL 37
330R_100MHZ_3A
PORT5 38
L114
10u
L117
L112
VCC_12V
FOR THE USE OF EXTERNAL CLOCK
L103
C124,C134 IS 1NF [30012581]
VCC_5V
RESET_IC
SHEET3
S212
13
R210
1k
PC_HSYNC
14
R211
1k
PC_VSYNC
15
R212
47R
HP_DETECT
TO SHT3 VCTP
R242
47R
VCC_3V3
R247
47R
FAV_HP
PL206
4
TO SHT3
SYNC SW
1
3
2
L214
HP_OUT_L
4
TO SHT3
R227
47R
DDC_SCL
L213
R281
75R
R284
75R
R289
75R
C251
C252
C258
27p
50V
27p
50V
27p
50V
HP_OUT_R
2
2
2
3 1
1P_RED_FAV
JK200
3 1
WHITE_FAV
JK201
YPBPR/LINE_IN[R/L] CVBS JACK
YELLOW_FAV
JK202
DDC_5V
2
1n
50V
2
C261
1n
50V
C262
C272
1n
50V
1n
50V
3 1
1 3
YPBPR AUDIO
3 1
2
1P_RED_FAV
JK205
WHITE_FAV
JK206
TO SHT3
C271
R320
47R
TO SHT7
SHT4
2
19
C275
C278
1n
50V
1n
50V
C276
C279
1n
50V
1n
50V
27p
50V
C281
50V
47u
DMP_DVD_AUDIO_L_IN
R325
75R
20
18
16
14
12
10
19
17
15
13
11
9
7
5
6
8
3
1
4
2
R295
1k
10u
L235
VCC_5V
TO SHT3
IR_DMP/DVD
TO SHT7
DMP_DVD_AUDIO_R_IN
TO SHT3
DMP/DVD_SWITCH
DMP_DVD_B
DMP_DVD_G
DMP_DVD_R
TO SHT7
C5V6
18
C280
17
D230
R319
47R
16
SC2_CVBS_IN
15
R318
75R
14
C5V6
SC1_CVBS_OUT
DMP_DVD_CVBS_IN
R324
75R
27p
50V
13
TO SHT3
SC2_FB
TO SHT3
D229
12
R313
47R
R327
75R
PC_AUDIO_R_IN
11
PL210
DMP CON
VCC_5V_VIDEO
R326
75R
C277
10
SC2_CVBS_OUT
L224
27p
50V
IDTV_FFC_CON[ANALOG]
R314
47R
Q210
C5V6
R304
100R
SC3_SVHS_C
Q212
C274
BSN20
TV_LINK_3V3
BSN20
D227
R311
47R
R303
3k3
5V_STBY
SW_UPDATE_EN
IRQ
UART_TX
UART_RX
VCC_3V3
3V3_STBY
LINE_L_OUT
PC_AUDIO_L_IN
R312
47R
BSN20
R309
4k7
3V3_STBY
SC2_PIN8
S209
L212
R310
75R
9
27p
50V
C5V6
R301
47R
R321
3k3
S210
100n
10V
C249
22u SC1_AUDIO_L_OUT
50V
C5V6
8
C273
7
D226
R306
47R
6
D224
R302
15k
TO SHT1
R305
75R
100n
16V
R298
5k6
BSN20
C5V6
5
27p
50V
C270
R297
75R
C265
SCL_DVB
SDA_DVB
AGC_DVB
Q211
SC2_R/C
R307
47R
SC2_G
D225
R299
47R
1n
50V
1n
50V
L226
PL207
1
2
3
4
5
6
TO SHT1
IF_AGC
BSN20
HP_OUT_L
R300
47R
C263
C264
R294
330R
L223
PL208
4
SC2_B
SC2_AUDIO_L_OUT
SC2_AUDIO_R_OUT
C259
R292
330R
50V
1n
1n
50V
7
8
9
10
11
12
13
14
IDTV_AUDIO_R_IN
22u
50V
R317
330R
D219
C269
100n
10V
C250
R269
470R
R259
18k
C256
50V
47u
VCC_5V_VIDEO
R293
1k
R221
1k
C208
50V
47u
03/10/2006
L231
SUBW
15
75R
R323
IDTV_CVBS_IN
R270
150R
C268 SC3_AUDIO_L_OUT
L230
LINE_R_OUT
IDTV_AUDIO_L_IN
R322
75R
R267
470R
1n
50V
C227
VCTP_AOUT1R
R316
330R
BAV_L_IN
VER E2
L229
BAV_R_IN
3
SC1_AUDIO_R_OUT
HP_OUT_R
FAV_AUDIO_R_IN
17MB22-2
HEADPHONE JACK PC
PL205
VCTP_AOUT1L
BAV_L_IN
L215
2
YPBPR_AUDIO_L_IN
5
1
22u
50V
330R
R308
R264
330R
16
L208
YPBPR_AUDIO_R_IN
330R
R272
FAV_CVBS_IN
1n
50V
C257
C234
27p
50V
BAV99
R276
47R
R333
47R
S206
R262
330R
C254
TO SHT3 SHT7[TO VIDEO SW]
1n
50V
C260
R286
330R
1n
50V
SC1_CVBS_IN
D221
BAV99
50V
1n
C255
C253
D218
BC858B
Q209
BAV_R_IN
1
D222
D220
Q214
VCC_5V
R265
47R
YPBPR_PR
C5V6
SC2_AUDIO_L_IN
C236
27p
50V
R285
330R
C5V6
SC2_AUDIO_R_IN
22
TO SHT7
C239
27p
50V
17
18
IDTV_B
VOUT1
BC858B
Q208
L228
L219
19
SC3_CVBS_OUT
L225
FAV AUDIO
20
TO SHT7
R291
100R
S205
L217
R275
75R
R287
47R
L216
R274
75R
YPBPR_PB
8
R268
150R
R260
18k
TO SHT3
SC2_CVBS_OUT
330R
R296
3
D223
BAV99
L218
IDTV_G
SC3_CVBS_IN
BC858B
Q206
R288
47R
VCC_5V
IDTV_R
47R
R253
TO SHT7
Q204
BC848B
R271
150R
R282
47R
6
21
47R
R254
D217
C5V6
BC858B
Q200
R283
47R
FAV VIDEO
YPBPR_Y
C237
27p
50V
R279
47R
PL204
22
D214
C5V6
SC3_SVHS_C
1n
50V
C228
VCTP_AOUT2L
R280
47R
1
23
24
R251
75R
S200
SC2_R/C ILE PARALEL
R329
75R
1n
50V
2
R330
75R
C248
1
R261
47R
1n
50V
R256
47R
C246
2
1n
50V
VCC_5V
R255
75R
L204
75R
R252
L209
1n
50V
C243
TO SHT3
C5V6
3
S201
D216
75R
R250
5
BAV_CVBS_IN
R248
47R
4
FAV_CVBS SVHS_Y PARALEL
C5V6
C5V6
C232
27p
50V
SC1_CVBS_OUT
SC1_FB
D215
R249
47R
24
C241
IC200
D213
75R
R246
TO SHT3
SC3_PIN8
1n
50V
C223
SHT3
L227
DDC_SDA
C230
27p
50V
BC858B
Q202
R278
75R
BAV_CVBS_INS204
VCC_5V
7
Q205
BC848B
R273
150R
S203
11
LINE_R_OUT
S202
RGB SW
R244
47R
R237
47R
R218
1k
R232
330R
TO SHT4
TO SHT7
R243
5k6
R238 D209
15k
1n
50V
C224
C231
1n
50V
PC_B
6
23
C247
R225
47R
9
26
BC858B
Q203
1n
50V
3
R215
47R
28
VOUT2
1n
50V
PC_G
8
25
R331
75R
1n
50V
R224
47R
27
C244
R214
47R
SC2_AUDIO_L_OUT
C245
2
30
C242
PC_R
SC1_R
11
NC1 1
C235
27p
50V
1n
50V
R223
47R
C5V6
C226
100n
16V
29
C233
27p
50V
C238
D212
R213
47R
10
R245
47R
13
NC2 2
12
8 VCC
PL200
ST24LC21
1
31
D211
12
R209
47R
R226
47R
32
7 VCLK
15
75R
R241
34
D210
14
47R
R239
C220
1n
50V
S213
R233
330R
C240
PC VIDEO GND TO CHASIS GND
33
NC3 3
C217
C5V6
SC3_AUDIO_L_IN
TO SHT7
6 SCL
VSS 4
50V
1n
35
47R
R240
C216
1n
50V C225
100n
16V
C5V6
17
SC1_G
C215
16
15k
R234
18
D208
19
36
5k6
R236
50V
1n
37
27p
1n
50V
50V
1n
50V
C5V6
R228
330R
SC3_AUDIO_R_IN
22u
50V
PC_VSYNC
8
38
SC1_PIN8
1n
50V
39
D207
50V
1n
R235
47R
C210
SC1_B
C221
L210
C213
R230
47R
C222
21
R231
47R
20
R229
75R
R219
330R
22u
50V
C5V6
10
40
D205
C214
L206
SC3_AUDIO_R_OUT
C219
L211
DDC_5V
9
22u
50V
5 SDA
TO SHT3
BAV99
41
D204
BAV99
D203
330R
R203
BAV99
7
D206
BAV99
L207
42
D202
1n
50V
R222
330R
C202
L205
C205
1n
50VL202
SC1_AUDIO_L_OUT
R217
330R
L201
BAV99
D200
SC1_AUDIO_R_OUT
PL203
L203
27p
50V
C211
C204
1n
50V
27p
50V
27p
50V
1n
50V
C203
1n
50V
SC3_AUDIO_L_OUT
R207
100R
BAV99
S211
C207
R201
330R
R208
75R
C206
1n
50V
C200
R200
330R
D201
BAV99
6
C212
5
C209
4
50V
1n
330R
R204
R205
75R
R202
75R
SC1_AUDIO_L_IN
SC1_AUDIO_R_IN
1n
50V
R220
10k
3k3
R216
DSUB_VGA_CONN
VCTP_AOUT2R
BC858B
Q207
A
C218
R290
100R
A
C201
1n
50V
BC858B
Q201
A
SHT3
SC2_AUDIO_R_OUT
A
R206
100R
22u
50V
VCC_8V
A
VCC_8V
R332
47R
VESTEL ELECTRONICS TV R&D GROUP
SCART, VGA, DMP, IDTV
FAV CONNECTORS
EMRE ARDALI SHEET 02
C229
C266
22u SC3_AUDIO_R_OUT
50V
C267
R328
75R
Q213
TO SHT7
C5V6
D228
R315
75R
L221
20
21
L222
TO SHT3 VCTP
3
4
FAV SVHS/C SC2 RED ILE PARALEL
7
FAV_AUDIO_L_IN
TO SHT7
TO SHT7
LINE_L_OUT
S208
S207
3 1
IN CASE OF BACKHP OPT
JACK-AK16
JK204
R316,R317 IS 22R
VSUP_3V3_COM
C493
C492
1kV
1n
10V
100n
C5V6
D406
100n
16V
C487
E2EPROM
VCC 16
2
Y2
X2 15
3
COM_Y_OUT_IN
X1 14
4
Y3
5
Y1
X0 12
6
INH
X3 11
5V_COM
S462
S461
SDA_3V3_IC
S456
S444
R505
1k
COM_X_OUT_IN 13
VSYNC
M74HC4052
IDTV_VSYNC
PC_HSYNC
R472
1k
100n
10V
C486
PC_VSYNC
KEYBOARD
R528
1k
BC848B
R488
4k7
Q406
BC848B
R473
4k7
VSUP_3V3_COM
R495
4k7
S427
R468
47R
HDMI_VSYNC
HSYNC
5
4
3
2
1
SCL_3V3_IC
VSUP_3V3_COM
HDMI_HSYNC
R471
1k8
PL407
VSUP_3V3_COM
SC1_PIN8
SC2_PIN8
SDA_3V3
VSUP_3V3_COM
HDMI_DETECT
VSUP_3V3_DAC
Q418
7
HDMI_MUTE
VEE
S416
R485
4k7
Q405
BC848B
SYNC_SW1
8
HDMI_SCDT
GND
B
9
S466
VSUP_3V3_COM
R489
4k7
SHEET 5
R529
4k7
LVDSB_0P157
R1
8
2
R2
7
1
656O6
R3
6
2
656O5
LVDSB_1N 155
*NC
IC402
R4 5
R425
3
656O4
LVDSB_1P 154
*NC
74LX1G86STR
TDI
3
4
5
SYNC SWITCH
S431
VSUP3.3LVDS5 156
VSUP_3V3_LVDS
TMS
6
R533
47k
SYNC_SW2
P1_7 159
LVDSB_0N158
P1_6 160
P1_5 161
P1_4 162
GND3.3DAC163
P1_3 165
P1_2 166
P1_1 167
P1_0 168
VSUP3.3FE 170
VIN22 171
VIN21 172
VIN20 173
VIN19 174
VIN18 175
VIN17 176
VIN16 177
VIN15 178
VIN13 179
VIN12 180
VIN11 181
VIN9 182
VIN8 183
VIN7 184
GNDA3186
VIN6 187
VIN5 188
VIN3 189
VIN2 190
VIN1 191
VSUP3.3VO 192
VOUT3193
VOUT2194
VOUT1195
VSUP3.3DAC164
7
VSUP1.8FE_1 169
8
VSUP1.8FE_2 185
9
5V_COM
Q414
BC848B
1
TDO
10
GND3.3IO3 196
VSUP3.3IO3 197
198
656I0
199
656I1
200
656I2
201
656I3
203
204
205
202
656I4
R424
TCK
656I5
11
656I6
13
12
656I7
14
JTAG CONN.
656CLKI 206
15
656CLKO207
656O7 208
16
5V_COM
R539
4k7
S402
SW_UPDATE_EN
R535
4k7
A 10
S467
R4 5
Y0
SHEET 2
4
R3 6
3
R2 7
2
R1 8
1
IDTV_HSYNC
C5V6
D402
1
220n
16V
IC405
KEYBOARD
R464
10k
R461
10k
C5V6
D403
R456
10k
C485
220n
16V
C484
1
PL403
KEYBOARD CONN.
220n
16V
C483
HSYNC
27p
50V
C499
S413
220n
16V
220n
16V
C480
27p
50V
27p
50V
C498
220n
16V
C478
VCC_5V
VSUP_3V3_COM
75R
R548
27p
50V
C500
75R
27p
50V
C497
R487
47R
*NC
R4
5
R543
47R
R467
1k5
*NC
4
6
VSUP_1V8_FE
R462
R3
220n
VSUP_3V3_FE 16V
3
220n
16V
C482
SHEET 6
220n
16V
C481
R2
7
220n
16V
C479
R422
10k
2
C496
PIP_DATA0
R440
10k
C476
R439
10k
8
220n
16V
C477
R1
S412
PIP_DATA1
R423
1
220n
16V
C474
R438
10k
VSUP_1V8_FE
C472
PIP_DATA2
VSUP_3V3_COM
75R
R445
R437
10k
R551
220n
16V
PIP_DATA3
220n
16V
R436
10k
220n
16V
C471
PIP_DATA4
220n
16V
C470
R435
10k
C468
PIP_DATA5
220n
16V
C469
R434
10k
VSUP_3V3_VO
PIP_DATA6
C467
R433
10k
SCL_3V3
VSUP_3V3_COM
R545
10k
BACKLIGHT_DIM
S415
S414
VSUP_3V3_COM
27p
75R 50V
R549
75R
R547
C501
75R
R552
75R
R550
PDP_GO/BL_ON_OFF
PARITY
VGA_DVDDMP_B_I
VGA_DVDDMP_G_
VGA_DVDDMP_R_I
SC2_FB
SC2_B
SC2_G
SC2_R/C
PB_IDTV_B_IN
Y_IDTV_G_IN
PR_IDTV_R_IN
SC1_B
SC1_FB
SC1_G
SC1_R
VCTP_VIN5
SC1_CVBS_IN
VCTP_VIN2
TUNER_CVBS_IN
PIP_CVBS_OUT
VOUT2
75R
R442
75R
R443
1
2
PL402
R4 5
4
4
3
R3 6
3
R2 7
2
5
R1 8
1
6
4
R4 5
R441
7
R3 6
3
R2 7
8
1
2
9
R430
47R
R431
R1 8
10
11
12
13
14
15
17
18
16
IDTV_HSYNC
PIP_DATA7
S411
R405
47k
Q401
BC848B
R432
10k
*NC
R403
10k
3V3_STBY
10k
R426
PIP_CLK
VSUP_3V3_IO3
D400
C5V6
C495
DMP/DVD_SWITCH
Q404
BC848B
50V
10u
IDTV_ODD
D401
C5V6
R402
10k
KEYBOARD
Q419
BC848B
VCC_3V3
S410
AC_INFO
R544
10k
VSUP_3V3_COM
R420
10k
R553
10k
S409
SHEET POWER
R554
10k
PC_VSYNC
19
IRQ_PDP
20
IDTV DIGITAL INTERFACE [FFC TYPE]
5V_STBY
PC_HSYNC
VOUT1
SHEET 1,2,8
PC STANDBY MODE
SYNC DETECTION
L415
5V_COM
2
KEYBOARD
VCC_3V3
Q420
BSN20
5
656O2
LVDSB_2N 152
R3
6
6
656O1
LVDSB_2P 151
*NC
R4
5
7
656O0
VSUP3.3LVDS4 150
8
RESETQ
GND3.3LVDS4 153
C450
1u
16V
C458
1u
16V
C451
SC2_AUDIO_R_IN
R400
4k7
1u
16V
C459
1u
16V
C452
VCTP_AIN3R
1u
16V
C460
VCTP_AIN3L
R413
10R
1u
16V
C453
470n
16V
C421
VCTP_AIN4R
VCTP_AIN4L
50V
3u3
2
C445
12 AIN2L
VESTEL ELECTRONICS
TV R&D GROUP
13 AIN3R
17MB22-2
14 AIN3L
VER. E2
LVDSB_3N 146
*NC
LVDSB_3P 145
*NC
C488
C490
100n
25V
100n
16V
R522
10k
VCC
IDTV_VSYNC
VERTICAL SYNC
DOUBLER
VCC_3V3
BSN20
Q411
R526
100R
SCL_5V_IC
BSN20
VCTP
GND1.8LVDS 144
DATE
03/10/2006
BULENT OKAN
Q421
PARITY
R476
6k2
REXT 143
Sheet 03
VCC_3V3
S434
VSUP1.8LVDS 142
30
VSUP_1V8_LVDS
29
PANEL_VCC
S435
16 AIN4L
LVDSA_0N 141
TXOUT0-
TXOUT0-
28
27
17 VREFAU
LVDSA_0P 140
TXOUT0+
TXOUT0+
26
25
24
23
22
21
VSUP_3V3_COM
10k
R519
SDA_3V3_IC
18 VSUP8.OAU
VSUP3.3LVDS3 139
VSUP_3V3_LVDS
SCL_3V3_IC
S440
19 GNDA1
LVDSA_1N 138
TXOUT1-
TXOUT1-
S458
CPU_GO
S439
C447
100n
10V
5V_COM
SCL_3V3_IC
S468
R534
4k7
S446
PANEL_VCC
5
17
22 AOUT2L
LVDSA_2N 135
TXOUT2-
TXOUT2-
16
15
LVDSA_2P 134
TXOUT2+
TXOUT2+
14
13
R490
10k
12
11
BC848B
5
S436
S443
4
3
LVDSA_3P 128
TXOUT3+
TXOUT3+
2
1
S442
PL406
VSUP_3V3_LVDS
*NC
VSUP_3V3_COM
LVDS OUTPUT
SW_ENABLE1
PCLK1 122
3V3_STBY
QSS
PCLK2 121
Q409
BC848B
100n
16V
1n
1kV
C433
C427
*NC
47R
R477
LED2
PCS4 116
47R
R478
LED1
42 I2S_DEL_IN
PCS5 115
43 I2S_DEL_CL
VSUP3.3IO1_2 114
44 I2S_DEL_WS
R515
3k3
STBY_ON_OFF
VSUP_3V3_IO1
10k
R497
OSDR0 112
46 GND3.3RAM
OSDR1 111
R563
47R
47 DVS
OSDR2 110
HDMI_DEN
R562
47R
48 DEN
OSDR3 109
HDMI_CLK
R561
47R
49 DCLK
OSDG0 108
50 DRI7
OSDG1 107
R537
220R
Q416
R506
10k
BC848B
VSUP_3V3_COM
VSUP_3V3_COM
S455
GND3.3IO1_2 113
45 VSUP3.3RAM
VSUP_3V3_DRI_RAM
LED2
R508
10k
VSUP_3V3_COM
R517
3k3
L401
S441
10k
R493
OSDG3 105
R484
47R
C5V6
D405
47R
R530
4
3
47R
R531
2
1
WP
7
R498
10k
R502
10k
VSUP_3V3_COM
24LC32A
A2
SCL
6
R531,R530,R524,R520 IS 330R 30022083
D412,D415,D416,D418 IS 3V6 30038479
*POWER ON/OFF
PORT SAVING
R499
47R
VSUP_3V3_COM
4
VSS
SDA
5
R500
47R
S449
PROTECT_DETECT
W_PROTECT
30021752
100n
10V
SDA_3V3
C491
C5V6
D404
RESET_IC
10k
R546
UART_RX
SERVICE CONN.
1k8
R509
A1
10k
R466
5
PL408
VSUP_3V3_COM
C489
2
VSUP_3V3_COM
8
100n
16V
VSUP_3V3_COM
R4 5
4
R3 6
R2 7
2
3
R469
R1 8
1
VSUP_3V3_COM
R486
10k
104OSDB0
103OSDB1
102OSDB2
101OSDB3
99OSDHCS1
100OSDHCS0
98OSDFSW
VSUP_3V3_IO1
UART_TX
R458
47R
R457
47R
UART_RX
R454
47R
R455
47R
IR_VCTP
VSUP_3V3_COM
SC3_PIN8
R452
3k3
SDA_3V3_IC
BC848B
VCC
VSUP_3V3_COM
5V_STBY
Q407
A0
24C64 USED
COMMON I2C
S465 SOULD BE 82R
SCL_3V3_IC
C503
50V
82p
C502
100n
16V
50V
56p
L417,L416 SHOULD BE 30016659
R453
47R
VSUP_3V3_FL
R451
47R
R450
47R
3k3
VSUP_3V3_COM R449
L416
6
PANEL_VCC_ON/OFF
R501
4k7
C3V6
L417
VSUP_3V3_VO
UART_TX
D410
DRX_CLK
3V3_STBY
1n
1kV
C466
100n
16V
VSUP_3V3_IO3
SHEET 5
SCL_3V3
DISP_EN
3
PL411
S432
1
3
IDTV_SW_RX
47R
R524
HDMI1_HOTPLUG
TV_LINK_3V3
IC403
IRQ
1
2
S433
AMP_MUTE
IDTV_SW_TX
47R
R520
VSUP_3V3_COM
R470
10k
VSUP_3V3_COM
L414
3V3_STBY
1n
1kV
C464
100n
16V
1n
1kV
C441
VSUP_3V3_FL
C437
100n
16V
C419
100n
16V
1n
1kV
C414
C408
L413
3V3_STBY
C465
L410
VSUP_3V3_IO1
C463
L405
R448
10k
S465
22p
50V
C475
22p
50V
C473
VSUP_3V3_COM
VSUP_3V3_DRI_RAM
20.25MHz
SHEET 5
3V3_STBY
R447
10k
R4 5
4
HDMI_B0
R3 6
3
HDMI_B1
R2 7
2
HDMI_B2
R555
R1 8
1
HDMI_B3
R4 5
HDMI_B4
HDMI_B5
4
R3 6
3
R2 7
2
HDMI_B6
R556
R1 8
1
HDMI_B7
R4 5
4
HDMI_G0
R3 6
3
HDMI_G1
R2 7
2
HDMI_G2
R557
R1 8
1
HDMI_G3
R4 5
4
HDMI_G4
R3 6
3
HDMI_G5
R2 7
2
HDMI_G6
HDMI_G7
R1 8
1
R558
R4 5
4
HDMI_R0
R3 6
3
HDMI_R1
R2 7
2
HDMI_R2
R1 8
X400
100n
16V
1n
1kV
C444
C439
VSUP_1V8_LVDS
1n
50V
C494
100n
25V
C416
100n
16V
1n
1kV
C409
1V8_STBY
HDMI_R3
L411
VSUP_3V3_DRI_RAM
C403
HDMI_R4
L404
3V3_STBY
100n
16V
C449
VSUP_3V3_DIG
1n
1kV
C455
3V3_STBY
100n
16V
1n
1kV
C413
C407
L412
1
R559
VSUP_3V3_LVDS
INT
D412
OSDG2 106
R483
47R
R504
4k7
Q408
BC848B
VSUP_3V3_COM
R494
10k
L403
3V3_STBY
VSUP_3V3_COM
HDMI1_CEC
97OSDCLK
P2_5
92
VSUP3.3IO1_1
P2_4
91
96
P2_3
90
95 GND3.3IO1_1
P2_2
89
94 OSDH
P2_1
88
93 OSDV
P2_0
87
86 VSUP3.3FL
85 GND3.3FL
84 SDA
83 SCL
82 HSO
81 VSO
80CLKOUT
79XTALOUT
78 XTALIN
73 DBI0
72 DBI1
71 DBI2
70 DBI3
69 DBI4
68 DBI5
67 DBI6
66 DBI7
65 DGI0
100n
16V
1n
1kV
C434
C428
VSUP_1V8_FE
64 DGI1
53 DRI4
L409
1V8_STBY
63 DGI2
5
62 DGI3
R4
61 DGI4
4
SHEET 5
77VSUP3.3COM
52 DRI5
76GND3.3COM
6
75 VSUP3.3DRI
51 DRI6
R3
74 GND3.3DRI
R2
60 DGI5
3
TANTAL CASE A
100n
16V
1n
1kV
C412
C406
HDMI_R5
7
59 DGI6
HDMI_R6
VSUP_3V3_COM
2
R1
58 DGI7
L402
3V3_STBY
1
57 DRI0
100n
16V
1n
C435
1kV
C429
C425
HDMI_R7
R560
8
56 DRI1
VSUP_1V8_DIG
50R_100MHZ_3A
10V
10u
1V8_STBY
55 DRI2
L406
Q417
BC848B
LED1
R492
10k
54 DRI3
VSYNC
100n
16V
1n
1kV
C411
VSUP_3V3_FE
C405
3V3_STBY
5V_STBY
*NC
VSUP_8V_AU
PCS3 117
41 I2S_DEL_OUT
IDTV SW UPDATE
100n
16V
1n
1kV
C410
C404
L408
40 I2S_WS
R536
220R
S452
3V3_STBY
SHEET 5
VCC_8V
R516
4k7
IR_VCTP
HDMI2_HOTPLUG
*NC
VSUP_3V3_DAC
PCS2 118
D418
39 I2S_CL
L400
3V3_STBY
S450
VSUP_3V3_COM
D411
WS
R429
47R
PCS1 119
C3V6
100n
16V
C426
VSUP_5V_SIF
1n
1kV
C432
VCC_5V
VCTP POWER SUPPLIES
38 I2S_DA_IN
HDMI2_CEC
R540
10k
D408
SCK
R428
47R
L407
R518
4k7
IR_DMP/DVD
C5V6
SDO
R427
47R
PCS0 120
C5V6
37 SPDIF_OUT
D415
36 VSUP3.3DIG
VSUP_3V3_DIG
C418
C5V6
SUBW
VSUP_3V3_COM
R541
10k
10k
R507
35 GND3.3DIG
50V
4u7
D416
GND1.8DIG 123
AMPLIFIER_L
C5V6
34 GNDA2
VSUP_3V3_COM
R542
10k
C5V6
VSUP1.8DIG 124
VSUP_3V3_COM
33 VSUP5.0
VSUP_5V_SIF
S460
LVDSA_4P 125
C5V6
32 SIFIN-
DISP_EN
R503
10k
C5V6
LVDSA_4N 126
D413
31 SIFIN+
*NC
IR DETECT &
LED DRIVE
D414
VSUP3.3LVDS1 127
VCC_12V
VSUP_1V8_DIG
SHEET 1
VSUP_3V3_COM
VCC_3V3
S463
TXOUT3-
3
TXOUT3-
3V3_STBY
10k
R514
S445
LVDSA_3N 129
S454
VSUP_3V3_LVDS
4
10k
R496
5V_STBY
TXCLKOUT+
GND3.3LVDS1 130
BC848B
VCC_5V
6
Q413
IRQ_PDP
5V_STBY
7
S464
9
8
S459
10
TXCLKOUT+
1
TXCLKOUT-
LVDSA_CLKP 131
PDP_GO/BL_ON_OFF
R532
4k7
2
LVDSA_CLKN 132
C462
56p
50V
N.C.
PANEL_VCC
TXCLKOUT-
5
56p
50V
100n
16V
SHORT
VSUP_3V3_COM
S451
29 SUBWOOFER
R521
10k
VCC_12V
PL409
1n
50V
C461
1n
50V
C448
1n
50V
28 SPEAKERL
VSUP3.3LVDS2 133
30 VREFSIF
C443
R416
47k
27 SPEAKERR
VCC_5V
S457
VSUP_3V3_LVDS
C456
C440
SHORT
1n
50V 50V
10u
C436
N.C.
R415
10k
26 HEADPHONEL
C454
N.C.
SHORT
HEADPHONE_L
R407
N.C.
25 HEADPHONER
1n
50V
C446
R417
47k
SHORT
R414
10k
VCC_3V3
DMP/DVD_SWITCH
R510
4k7
24 AOUT1L
VCTP_AOUT1L
R408
10k
18
VCTP_AOUT2L
R410
47k
10k
19
S448
VCTP_AOUT1R
AMPLIFIER_R
20
GND3.3LVDS2 136
SHEET 4
R409
47k
TXOUT1+
21 AOUT2R
23 AOUT1R
HEADPHONE_R
TXOUT1+
VCTP_AOUT2R
IC400
AMP_MUTE
LVDSA_1P 137
STBY_ON_OFF
Q415
S447
20 SGND
SHEET 2
VCT6953P
4
3
EXTERNAL AMP.
2
R491
1k
S430
VSUP_8V_AU
1
GND3.3LVDS3 147
15 AIN4R
1u
16V
1u
16V
SHEET 2
1
PL400
10 AIN1L
IDTV_ODD
R513
1k
Q412
BC848B
S453
R538
10k
R404
47k
BC848B
IC406
LM809
LVDSB_CLKP 148
11 AIN2R
SC2_AUDIO_L_IN
Q400
3
AIN1R
*NC
9
SC1_AUDIO_R_IN
SC1_AUDIO_L_IN
3V3_STBY
*NC
R523
10k
BC848B
SDA_5V_IC
Q410
VSUP_3V3_LVDS
LVDSB_CLKN 149
C457
Q403
R411
47k
SDA_3V3_ICBSN20
VCC_3V3
4
4k7
R412
5
3V3_STBY
1Y
R525
100R
GND
656O3
LEVEL SHIFTER
R2
*NC
4
4
PL401
8
7
3
3
R1
1B
1
2
2
2
1
1A
3V3_STBY
3
1
4
R421
47R
R527
4k7
HP_DETECT
SHORT CIRCUIT AND HEADPHONE DETECT
SHEET2
S612
1n
50V
1n
50V
4
68n
50V
OPSIONAL POP NOISE CONN
FOR SIGNAL SLOWING RAPIDLY
DURING SHUT DOWN
R619
68k
S610
S609
D609
1N4148
1n
1kV
D608
1N4148
68n
50V
100n
10V
HEADPHONE AMPLIFIER
C637
R602
4k7
R621
18k
C604
Q600
BC848B
C633
AMP_MUTE
S608
R616
5k1
S611
AMP_EN
SHEET3
1n
50V
C602
1n
50V
2
VSS
PL602
INB+
PANEL_5V
5
R620
1k
VCC_12V
3
IN THAT CASE TRANSISTOR CIRCUIT WILL NOT BE USED
VCC_3V3
INA+
IF AMP_MUTE HIGH ENOUGH TO ENABLE AMPLIFIER OPTIONAL RESISTOR WILL BE USED
1n
1kV
1
50V
1n
INB-
HEADPHONE_R
1n
50V
470p
50V
TDA1308T
6
C623
R613
4k7
2
C624
INA-
C620
R605
20k
470p
50V
OUTB
100u
16V
SHEET3
HP_OUT_R
AMP_24V
R601
10k
C607
R600
10k
7
C617
1
R606
20k
C613
OUTA
100n
16V
C603
C601
50V
1u
VDD
C605
HEADPHONE_L
C639
C636 1000UF 30000361 USED
C614
8
SHEET3
C636
C610
100u
16V
C606
22uH_3.9A_SMD
IC600
C600
TO REDUCE POWER ON HP POPING
AMP_24V
22u
L604
L600
50R_100MHZ_3A
R643
20k
C3V6
50V
47u
R645
4k7
100U 25V IS USED
30000353
C648
100u
50V
AMP_EN
BC858B
Q601
R630
10k
L601
PGND1 20
R647
10k
D604
C640
RIGHT OUTPUT SPEAKER CONNECTO
22u
OPTIONAL
SW1 19
R646
10k
SW2 14
R612
10k
10 EN2
NC3 11
R639
33R
R626
33R
R636
33R
68n
50V
R627
33R
C647
PL600
22p
50V
C641
470n
63V
C643
R633
33R
R623
10k
22u
—POPTIONA
390p
50V
R618
33R
C635
R634
33R
D607
1N5819
D603
C5V6
470n
16V
C630
BS2 12
L606
LEFT OUTPUT SPEAKER CONNECTOR
1
1000u
35V
R625
120k
C618
AGND2
20k
R615
1n
50V
9
68n
C628
VDD2 13
1u
25V
REF2
C626
8
2
C645
22uH_3.9A_SMD
2n2
50V
C622
IN2
68n
50V
N.C.
L605
7
R638
33R
C646
470n
63V
C642
R622
10k
33R
R642
D606
PGND2 15
1N5819
1N4148
EN1
D600
6
33R
R617
R614
20k
C625
68n
50V
C619
C644-C645 30000361 USED [20MM HEIGHT]
AMP_24V
1N4148
68n
50V
D601
VESTEL ELECTRONICS
TV R&D GROUP
50R_100MHZ_3A
C632
L602
AMP_24V
50V
47u
C616
10u
50V
R604
12k
R607
100k
C609
C611
R608
100k
AMPLIFIER_L
R611
10k
PL601
AMP_24V
MP7722
AMP_EN
1000u
35V
390p
50V
NC4 16
C634
NC2
33R
R641
5
D605
BS1 17
1N5819
AGND1
D602
4
16V
VDD1 18
C5V6
IN1
68n
C627
3
10u
50V
1u
25V
R603
12k
1
22uH_3.9A_SMD
C629 470n
REF1
3n3
50V
C608
AMPLIFIER_R
C621
2
2
C644
L608
SHEET3
C649
L607
N.C.
R635
33R
NC1
1N5819
IC601
1
R629
100k
POP NOISE CIRCUIT
R624
120k
C631
50V
47u
50R_100MHZ_3A
Q602
BC848B
22p
50V
C615
R610
100k
1n
50V
10u
C612
AMP_24V
AMP_24V
R609
100k
R631
10k
AMP_24V
68n
50V
FEEDBACK_R
50V
10u
R644
12k
D610
VIN_24V
35V
1000u
BC558B
Q603
D611
1N4148
C650
16V
100u
VCC_5V
OPTIONAL
L603
HP_OUT_L
FEEDBACK_L
17MB22-2
VER. E2
C625, C626 IS USED 30046152 1U 50V 805
SPEAKER-HEADPHONE AMPLIFIER
DATE
03/10/2006
RASIT GOKALAN
Sheet 04
HDMI_3V
HDMI_3V3
PINLERE YAKIN YERLESTIRILMELI
S719
R713
4k7
1V8_STBY
VCC_3V3
R722
4k7
SHEET3
HDMI_MUTE
50V
1u
R714
100R
C767
Q700
BC848B
L706
R709
4k7
100n
10V
RESET_IC
3V3_STBY
16V
100u
C744
HDMI_1V8
100n
10V
100n
16V
C712
C705
16V
100u
100n
16V
C700
IN OUT 2
GND VOUT
1
4
C733
3
3V3_STBY
S702
SHEET3
60R_100MHZ_3A
IC700
LM1117
AMP_MUTE
SDO
WS
SCK
18p
50V
TMDS HATLARININ BOYLARI KISA OLMALI,
YOLLAR DUZ OLMALI
PAIRLER BIRBIRLERINE MUMKUN OLDUGUNCA YAKIN OLMALI
Q701
BC848B
HDMI CONNECTOR
PL700
R716
1M
C777
REG_VCC_3V3
IOVCC_3V3
3
4
5
R721
47R
47R
R720
R718
47R
2
6
R717
47R
R715
4k7
R719
47R
27MHz
CVCC_1V8
X700
IOVCC_3V3
1
AUDPVCC_1V8
1
47R
R710
2
SHEET4
S704
SHEET3
18p
50V
C772
10n
16V
8
6
7
3
4
5
R1
R2
R3
R4
REGULATORLER COK IYI SOGUTULMALIDIR.
PCB NIN ALTINA VE USTUNE GENIS SOLDER PAD LER KONULMALIDIR.
C771
HDMI_SCDT
100n
10V
C769
10V
100n
HDMI_B7
INT
HDMI_B6
HDMI_B5
SHEET3
C742
HDMI_3V3
100n
16V
10V
100u
100n
16V
C713
C706
100n
16V
220u
C702
IN OUT 2
GND VOUT
1
4
C734
3
5V_STBY
HDMI_B4
IC701
LM1117
S703
C768
AUDPVCC_1V8
S700
C770
7
SIL9023 LU DAUGHTER BOARD TAKILMASI
DURUMUNDA TAKILACAK KONNEKTOR
2
HDMI_G2
4
HDMI_G0
3V3_STBY
NC9 73
NC10 74
DGND 75
DVCC18 76
MUTE 77
IOVCC3 78
SPDIF 80
IOGND3 79
SD3 81
SD2 82
SD1 83
SD0 84
WS 85
SCK 86
IOVCC4 87
MCLK 89
IOGND4 88
CGND3 90
CVCC184 91
AUDPGND 93
AUDPVCC18 92
XTALIN 95
XTALOUT 94
XTALVCC 96
RSVDL 98
REGVCC 97
SCDT 100
RESET 99
RXC- 56
126 CVCC185
AVCC 55
IC702
SIL9011
127 CGND4
2
R2
7
129 QE6
PGND 52
6
130 QE5
CVCC183 51
5
131 QE4
PWR5V 50
R3
1k
R738
D702
10n
16V
C5V6
AVCC_3V3
PVCC 53
PVCC_3V3
1N5819
VCC_5V
D704
CVCC_1V8
S718
R4
132 IOGND7
IOVCC_3V3
R705
47R
133 ODCK
DSCL 48
134 IOVCC7
DSDA 47
S1
18p
50V
135 QE3
CSCL 46
2
R2
7
136 QE2
CSDA 45
137 QE1
CI2CA 44
5
138 QE0
CGND2 43
C774
SCL_3V3_IC
SDA_3V3_IC
CVCC_1V8
HDMI_3V3
36 NC3
35 NC2
34 QO3
33 IOVCC2
32 IOGND2
31 QO4
30 QO5
29 QO6
28 QO7
SDA_3V3_IC
27 CGND1
41
26 CVCC181
NC4 37
25 QO8
144 NC16
24 QO9
NC5 38
PL701 IC400E VCTP IC YAKIN OLACAK
SEKILDE YERLESTIRILMELI
23 QO10
QO2 39
143 NC15
22 QO11
142 HSYNC
21 IOVCC1
HDMI_HSYNC
SW_ENABLE2
20 IOGND1
QO1 40
R708
47R
19 QO12
QO0 41
141 DE
18 QO13
140 CGND5
R707
47R
SW_ENABLE1
42
CVCC182 42
HDMI_DEN
46
44
139 CVCC166
CVCC_1V8
SHEET3
SHEET3
R4
C775
R3
R724
4k7
4
HDMI_R0
R723
3k3
R725
4k7
HDMI_R1
6
17 QO14
48
3
S706
16 QO15
SHEET3
5V_STBY
18p
50V
8
18p
50V
R1
1
S705
1
HDMI_3V3
C757
NC6 49
S701
5V_STBY
50
20k
R740
RSVD 54
128 QE7
15 CGND
40
125 QE8
14 CVCC18
39
5
8
5V_STBY
38 43
SCL_3V3_IC
R4
13 QO16
37
HDMI_VSYNC
RXC+ 57
AGND 58
HDMI_3V3
N.C.
52
36 45
HDMI_HSYNC
124 QE9
R706
10k
35
R3
HDMI_CLK
R700
10k
SHEET3
54
34 47
HDMI_DEN
6
P0_5V
R730
10k
R0_PWR5V
32 49
33
123 QE10
R1
4
HDMI_R2
HDMI_CLK
7
AVCC_3V3
3V3_STBY
30 51
31
AVCC01 59
1
3
HDMI_R3
HDMI_R7
C5V6
12 QO17
29
HDMI_R6
D701
RX0- 60
3V3_STBY
56
28 53
HDMI_R5
RX0+ 61
121 IOVCC6
122 QE11
CVCC_1V8
58
26 55
27
120 IOGND6
C776
3
HDMI_G1
HDMI_R4
HDMI_R4
R2
AVCC_3V3
4
HDMI_G3
IOVCC_3V3
R703
47R
1 R1 8
HDMI_R5
HDMI_R3
INT 101
AGND1 62
R704
47R
24 57
25
HDMI_R2
QE23 102
119 QE12
HDMI_R6
HDMI_R1
QE22 103
AVCC0 63
5
4
HDMI_R7
23
QE21 104
118 QE13
R4
HDMI_G4
22 59
HDMI_R0
QE20 105
R3
HDMI_G5
S2
1V8_STBY
RX1- 64
D2
60
117 QE14
6
3
11 QO18
21
1V8_STBY
7
19
3
20 61
HDMI_G7
R2
5
1V8_STBY
2
G2
62
HDMI_G6
IOVCC
19
HDMI_G6
RX1+ 65
Q705
2N7002
18 63
HDMI_G5
116 QE15
HDMI1_HOTPLUG
64
8
UPA672T
INT
R1
9
17
HDMI_G4
1
G1
16 65
HDMI_G3
HDMI_G7
P0_HP
2
HDMI_SCDT
AGND2 66
6
66
R4
R702
47R
D1
RESET_IC
115 QE16
18
4
HDMI_B0
10 QO19
15
HDMI_G2
5
17
P0_CBL5V
AVCC_3V3
IC703
14 67
HDMI_G1
AVCC1 67
10R
R736
68
114 QE17
IOGND
13
HDMI_G0
AMP_MUTE
6
16
D703
12 69
RX2- 68
1N4148
HDMI_MUTE
13
15
P0_DSDA
2N7002
Q704
WS
R3
113 QE18
P0_DSCL
10k
R732
71
70
3
HDMI_B1
7
QO20
10
11
SDO
R2
RX2+ 69
8
72
2
HDMI_B2
112 IOVCC5
7
73
9
HDMI_B3
CEC0
14
QO21
8
HDMI_B6
12
AGND3 70
QO22
HDMI_B5
SCK
11
111 IOGND5
6
74
10
NC7 71
5
75
7
33R GRUP DIRENCLER
IC YE YAKIN OLMALI
R701
47R
1
8
R1
IOVCC_3V3
9
NC8 72
110 NC14
QO23
6
HDMI_B4
HDMI_B7
HDMI2_CEC
76
HDMI_B3
109 NC13
4
5
HDMI_B2
77
HDMI1_CEC
VSYNC
4
78
3
3
HDMI_B1
HAT BOYLARI MUMKUN OLDUGUNCA BIRBIRINE ESIT OLMALI
HDMI_B0
SHEET3
NC1
79
HDMI2_HOTPLUG
2
2
HDMI1_HOTPLUG
NC
80
1
1
QE19 106
PL701
NC11 107
NC12 108
8
C773
100n
10V
A1
WP
DSCL
7
24LC02
3
A2
SCL
1
S1
D1
6
R739
56R
UPA672T
Q703
2N7002
6
IC704
R731
100R
2
G1
G2
5
3
D2
S2
4
R737
470k
8
R735
470k
VCC
R741
47k
HDMI_VSYNC
SHEET3
2
SW_ENABLE1
4
L701
VSS
SDA
5
DSDA
IOVCC_3V3
1n
50V
1n
50V
C764
1n
50V
C761
1n
50V
C758
1n
50V
C754
1n
50V
C751
1n
50V
C748
1n
50V
C745
100n
16V
C739
100n
16V
C731
100n
16V
C725
100n
16V
C719
C714
C707
50R_100MHZ_3A
10u
HDMI_3V3
A0
R729
47k
1
R728
4k7
IOVCC_3V3
CVCC_1V8
IOVCC_3V3
DECOUPLING VE BYPASS KAPASITELERI
PINLERE MUMKUN OLDUGUNCA YAKIN OLMALIDIR!
CVCC_1V8
R712
10k
IOVCC_3V3
R711
47R
IC705
L702
1n
50V
1n
50V
C755
1n
50V
C752
1n
50V
C749
C746
100n
16V
100n
16V
C732
100n
16V
C726
100n
16V
C720
C715
C708
R734
56R
CVCC_1V8
50R_100MHZ_3A
10u
HDMI_1V8
HDMI_3V3
L703
AVCC_3V3
1n
50V
1n
50V
C753
1n
50V
C750
1n
50V
C747
C741
C723
C717
16V
100n
C710
16V
100n
50R_100MHZ_3A
10u
HDMI_3V3
L704
PVCC_3V3
HDMI_3V3
1n
50V
1n
50V
C743
L700
AUDPVCC_1V8
IC706
1
1OE
A8
8
2
1A
2OE
7
3
1B
2B
6
4
A4
2A
5
R726
330R
R727
22k
1n
50V
1n
50V
C737
100n
16V
C730
50R_100MHZ_3A
C711
HDMI_1V8
R733
10k
C736
100n
16V
100n
16V
C722
C716
C709
50R_100MHZ_3A
10u
HDMI_3V3
SN74CB3Q3305
L705
S708
HDMI1_CEC
S709
Q702
2N7002
10n
50V
C738
100n
16V
C728
C721
SHEET3
S707
REG_VCC_3V3
50R_100MHZ_3A
50V
1u
HDMI_3V3
VESTEL ELECTRONICS
TV R&D GROUP
17MB22-2
VER. E2
HDMI
DATE
03/10/2006
MELIH CINAR SHEET 05
10V
100n
PIP_DECODER_3V3
VCC_8V_VIDEO
PIP_DECODER_5V
R834
10k
VREF 35
FIELD 34
HREF 36
TCK 38
TDI 39
10n
10n
C851
N.C
SHEET3
R832
A7 33
1
2
2
AVSS
A6 32
3
CIN2
A5 31
4
AVDD
A4 30
5
XTAL1
R1
8
R2
7
PIP_DATA7
PIP_DATA6
C849
100n
16V
C844
R827
75R
50V
330p
470n
16V
VIN1
TDOLLC2DACT 37
3u3
NCS6416 OPT
03/10/2006
C832
SHEET 06
1
50V
330p
VER E2
C839
L805
S802
RASIT GOKALAN
C831
DATE
TMS 40
75R
R825
PIP TUNER-IF-VPX DECODER
VIN3 42
17MB22-2
ISGND 41
Q802
BC848B
PIP_CVBS_OUT
VRT 43
R824
100R
VIN2 44
SHEET3 ,8
10u
16V
C850
VESTEL ELECTRONICS
R835
10k
C847
C846
L808
C848
3
10n
4
R3
R4
6
5
PIP_DATA5
PIP_DATA4
C835
L810
X800
4p7
C836
R828
470R
L800
PIP_TUNER_5V
6
XTAL2
7
VDD
8
VSS
R826
100R
100n
10V
C834
9
CVBS 17
7 DGND
AGND18
C822
3 OP1
OP2 22
C825
100n 16V
R809
6k2
IN1
1
Z801
K9656M
VIF1
SIF2
24
IN2
5 OUT2
GND
11
22 OEQ
R837
10k
10n
25V
C829
2
L807
3
IC800
100n
16V
C817
R816
3k3
C820
R807
47R
R823
22k
Q801
BC848B
R815
680R
TUNER_5V_SW
PIP IF2
10n
25V
C830
1
R821
120R
OUT1 4
VCC_3V3
PIP_DECODER_3V3
330R_100MHZ_3A
50V
47u
4 OUT1
K3953M
Z800
PIP IF1
C828
PIP_DECODER_5V
330R_100MHZ_3A
50V
47u
ONE DIODE IS OPTIONAL
23
100n
16V
SIF1
BA591
VIF2
D802
IN1
2
D801
1
GND
OUT2 5
16V
10u
IF1
IN2
21 LLC
L806
1N4148
S800
2
20 VACT
TUNER_5V_SW
VCC_5V
L802
10
19 B7
VPX POWER SUPPLY
3
IF2
18 B6
17 B5
16 B4
15 B3
14 B2
13 B1
12 B0
39p
50V
C843
39p
50V
10V
R819
10R
R813
22k
C823
100n
16V
AFC 21
100n
10V
4 FMPLL
C837
C841
C810
C807
50V
10u
C824
22k
R811
VCC_33V
9
1n
50V
PIP_TUNER_5V
10n
16V
10n
16V
R802
100R
VST
L804
C838
C842
8
N.C
SHEET3
VP 20
390p
50V
50V
C805
47u
16V
R803
5k6
PIP_DECODER_3V3
R812
330R
100n
16V
5 DEEM
PIP_TUNER_5V
C812
NC/ADC
C819
VPLL 19
470n
63V
C815
L801
4
100n
10V
6 AFD
SHEET3,5,6
BC848B
Q800
C821
TDA9885T
C814
7
R4
5
R836
10k
R808
470R
R822
75R
TUNER_5V_SW
220n
16V
C803
27p
50V
VAGC16
8 AUD
SCL_3V3_IC
R818
47k
C826
9 TOP
C813
R801
100R
PIP_TUNER_CVBS
R820
75R
4MHz
C818
C802
VS
R3
6
3
C827
R800
100R
SHEET8
100n
50V
22u
R806
10k
R814
10k
X801
470n
63V
100n
C801
CTF5543_HOR
TU800
C816
22p
50V
PIP_TUNER_AUDIO_MONO
6
7
PIP_CLK
REF 15
33p
NC
R2
R831
33R
10 SDA
S801
50V
39p
A2 25
2
R810
100R
SDA_3V3_IC
R805
100R
R830
100R
TAGC 14
3
5
8
100n
10V
C840
11 SCL
R829
100R
33p
R804
100R
C809
2
SDA
R1
33p
25V
SDA_5V_IC
50V
39p
1
A0 23
R817
12k
NC 13
D800
1N4148
12SIOMAD
1
4
R833
A3 26
A1 24
11 SDA
C808
50V
47u
470n
63V
C806
C811
SCL_5V_IC
SCL
PVSS 27
RESQ
L803
AS
PIP_DECODER_3V3
PIXCLK 28
10 SCL
Q803
BC848B
C833
RESET_IC
TU
IC801
VPX3226F
C845
SHEET 1,3,5
AGC
PVDD 29
100n
4p7 L809
PIP_DECODER_3V3
100n
16V
50V
47u
C800
C804
330R_100MHZ_3A
20.25MHz
PIP_DECODER_3V3
VCC_5V
100n
16V
PIP_DATA3
PIP_DATA2
PIP_DATA1
PIP_DATA0
VCC_5V_VIDEO
D
4
VCC_5V_VIDEO
R904
100k
5
E
5
YPBPR_Y
R912
100k
VCC_5V_VIDEO
R922
100k
K 11
PC_B
S908
R913
100k
IDTV_G
220n
16V
F
R933
100k
Y3
YPBPR_PB
220n
16V
8
H
I
J 10
S926
TO VCTP SHT3
G
9
8
H
S938
1u
16V
COM_X_OUT_IN 13
M74HC4052
5
1u
16V
SHT2
K 11
R923
100k
7
S914
J 10
S911
G
YPBPR_AUDIO_L_IN
HD_AUDIO_L
4
VCC_10V_AUDIO
Y1
100k
R937
I
6
INH
X3 11
7
VEE
A 10
PC_AUDIO_L_IN
1u
16V
8
GND
B
1k
R934
IDTV_B
9
VCC_10V_AUDIO
C948
X0 12
DMP_DVD_B Y_IDTV_G_IN
7
R936
100k
X1 14
SHT2
C947
VCC_5V_VIDEO
S931
GA_DVDDMP_G_IN
6
S919
F
COM_Y_OUT_IN
R932
1k
100k
C934
S917
6
S903
SHT2
3
R926
C919
DMP_DVD_G
X2 15
C937
L 12
R921
100k
220n
16V
SHT2
Y2
R931
1k
M 13
E
2
HD_AUDIO_R
PI5V330_SOIC
C921
L 12
R905
100k
220n
16V
R920
100k
SHT2
PI5V330_SOIC
C901
PC_G
D
100n
16V
R924
100k
N 14
YPBPR_AUDIO_R_IN
M 13
VCC_10V_AUDIO
S939
C
VCC 16
R929
1k
PR_IDTV_R_IN
4
S933
PC_AUDIO_R_IN
Y0
L909
R925
100k
C925
C924
O 15
S932
GA_DVDDMP_R_IN
1u
16V
SHT2
SMD CAP IC YE YAKIN OLACAK
3
600R_100MHZ_200mA
1
L908
R935
100k
IDTV_R
S907
S902
N 14
B
R919
100k
220n
16V
IC905
C936
VCC_5V_VIDEO
R930
100k
DMP_DVD_R
C
2
YPBPR_PR
SMD CAP IC YE YAKIN OLACAK
3
R918
100k
C920
O 15
600R_100MHZ_200mA
R 16
50V
47u
VCC_5V_VIDEO
L904
A
S918
B
R901
100k
220n
16V
1
YPBPR_MUX_SW
SHT2
2
PC_R
VCC_5V_VIDEO
S916
C900
C918
C915
R900
100k
SHT2
600R_100MHZ_200mA
R 16
100n
16V
VCC_5V_VIDEO
A
50V
47u
1
VGA_MUX_SW
IC903
SHT1 DRX
100n
16V
IC901
SHT1 DRX
C946
VCC_10V_AUDIO
R938
10k
VCC_10V_AUDIO
SHT1 DRX
PB_IDTV_B_IN
VGA_DVDDMP_B_IN
9
TO VCTP SHT3
R939
1k
Q902
BC848B
AUDIO_MUX_SW
TO SHT3 VCTP
IDTV RGB OPTIONAL BACKUP
L903
VCC_10V_VIDEO
10u
C914
50V
47u
C903
50V
47u
L905
VCC_10V
VCC_8V_VIDEO
10u
C922
VCC_8V
VCC_5V_VIDEO
10u
50V
47u
L901
VCC_5V
L907
C916
R902
100R
220n
16V
2
C907
DATA
GND2 19
50V
C908
3
FAV_CVBS_IN
INPUT2
R907
10k
OUTPUT6 18
R908
100R
220n
16V
R903
100R
4
47p
C909
S904
VCC_5V_VIDEO
NCS6416 OPT
OUTPUT4 16
R909
100R
OUTPUT3 15
PROG
OUTPUT2 14
FAV_AUDIO_L_IN
Q901
BC848B
INPUT5
47p
50V
C939
1u
16V
C943
L2
R2 24
DMP_DVD_AUDIO_R_IN
1u
16V
C942
L3
1u
16V
7
NC1
8
NC2
9
L4
S945
R3 23
NC4 22
IDTV_AUDIO_R_IN
SC3_AUDIO_R_IN
NC3 21
C944
R917
75R
R4 20
C940
R5 19
1u
16V
VCTP_VIN5
FAV_AUDIO_R_IN
1u
16V
1u
16V
VCTP_AIN3L
TO VCTP SHT3
11 L0UT1
ROUT4 18
12 ROUT1
LOUT4 17
13 LOUT2
ROUT3 16
14 ROUT2
LOUT3 15
S940
OUTPUT1 13
VCTP_AIN3R
10k
R911
220n
16V
S941
S901 600R_100MHZ_200mA
FAV_AUDIO_R_IN
VCC
GND1 12
C913
VCTP_AIN4L
INPUT7 11
VESTEL ELECTRONICS
S942
C917
10 INPUT6
220n
16V
S915
PIP_CVBS_OUT
220n
16V
C905
C902
9
50V
22u
C941
FAV_AUDIO_L_IN
8
SC3_CVBS_IN
R1 25
1u
16V
C930
TO VCTP SHT3
1k
R916
C912
L900
L1
C933
S912
S906
VCC_10V_VIDEO
4
NCS6416 OPT
VCC_10V_VIDEO
S900
ADDR 26
10 L5
7
VCC_5V_VIDEO
NCS6416 OPT
VS
1u
16V
220n 16V
S905
DMP_DVD_CVBS_IN
3
5
VCTP_VIN2
TEA6415C
INPUT4
SCL_5V_IC
VCC_10V_AUDIO
1u
16V
C932
SC3_AUDIO_L_IN
VCC_8V_VIDEO
6
IDTV_CVBS_IN
INPUT3
R928
100R
TEA6420
R915
75R
S913
NCS6416 OPT
220n
16V
C911
SHT6
Q900
BC848B
SDA_5V_IC
S936
6
OUTPUT5 17
C910
5
PIP_TUNER_CVBS
CLOCK
S944
IDTV_AUDIO_L_IN
50V
R906
10k
SCL_5V_IC
SCL 27
R927
100R
S937
DMP_DVD_AUDIO_L_IN
SHT6
1k
R914
47p
75R
R910
220n
16V
SDA_5V_IC
CAPACITANCE
1u
16V
C929
SHT6
TUNER_CVBS_SW
INPUT8 20
SHT2
INPUT1
VCC_8V_VIDEO
1
2
22u
50V
PIP_TUNER_AUDIO_MONO
C906
SC2_CVBS_IN
SDA 28
C931
IC902
SHT2
GND
C935
600R_100MHZ_200mA
S910
1
SHT2
S909
100u
16V
C926
C923
50V
47u
VCC_10V_AUDIO
C928
100n
16V
C938
IC904
VCC_10V_AUDIO
10u
47p
50V
L906
HD_AUDIO_L
SC1_CVBS_IN
220n
16V
TO PIP IC SHT6
VCTP_AIN4R
SHT2
S943
HD_AUDIO_R
SHT2
17MB22-2
AUDIO VIDEO SW
DATE
VER E2
03/10/2006
EMRE ARDALI SHEET 07
C075
USE IF PW15 OR PLASMA
L084
L083
IC080
PANEL_5V
2
N.C.
22n
50V
C072
1
IC007
LIPS OPT.
PL081
PL001
R083
10R
3
S2
4
G2
D2A
6
D2
5
2
100n
25V
C071
IRF7314
1
VCC_12V
C070
7
PL080
25V
470u
D1
100n
25V
G1
C083
2
VCC_12V
C084
8
1
BS
SS
8
2
IN
EN
7
MP1593-DC/DC
3
SW
4
GND
COMP
6
FB
5
R073
160k
N.C.
C078
10n
50V
C076
R072
10k
10n
50V R074
1R
R075
7k5
R071
33k
R080
1k
D1A
IDTV SUPPLY
VCC_12V
S1
16V
220u
100n
25V
L085
R082
22k
C082
100n
25V
16V
220u
12V
C080
FPGA SUPPLY
C081
VCC_12V
1
100n
25V
R070
150k
VIN_24V
LM1086
IC001
C013
68n
50V
F001
PANEL_VCC
IN OUT 2
GND VOUT
1
4
Q002
R085
100R
S004
S002
7
STBY_ON_OFF
VCC_33V
8
R3
3k3
R006
100R
3V3_STBY
10
Q001
BC848B
BRT_CNTL
C014
R2
3k3
100n
25V
C077
22u
16V
C074
R032
10k
R031
13k
C034
68n
C044
22u
16V
22u
16V
C038
C037
R33
4k7
VCC_33V
C33
IC006
33n
50V
C042
D010
C35
D081
D082
D005
1N4148
D006
1N4148
VCC_8V
R086
100R
Q003
BC548B
1N4148
S014
R24
10k
PLASMA OPT
BC858B
Q008
D002
R26
10k
VCC_3V3
Q006
BC548B
R011
3k3
R017
3k3
ON/OFF/NOT
STBY_ON_OFF
Q009
BC848B
C2V4
BACKLIGHT_DIM
D003
VCC_8V
C022
17MB22-2
330p 50V
330p
50V
POWER
SHEET 08
1N4148
D011
3V3_STBY
C043
3u3
50V
PROTECT_DETECT
D001
VCC_5V
C018
R1
3k3
R037
1R
330p
50V
R010
3k3
R007
100R
50V
22u
AC_INFO
C005
50V
47u
12V
9
BA159
10k
R21
BC558B
ON/OFF/NOT
6
Q012
BC337
R34
47R
C017
S009
12V
1N4148
5V_STBY
VCC_5V
S003
L082
33n
50V
3V3_STBY
S013
S012
S011
TFT OPT
VCC_3V3
PROTECT_DETECT
5V_STBY
10k
R038
S001
D009
R014
560R
S008
DIM_SELECT
5
4
PANEL_5V
1N4148
R35
4k7
Q13
BC848B
10k
R36
DIM_SELECT
PVIN
10k
R27
N.C.
DIG_DIM_PWM
150u
1N4148
S007
4
5
D007
150R
A_DIM_PWM
3
47u
50V
R084
DIG_DIM_PWM
2
VCC_10V
C039
150u
L009
L008
R030
22R
BRT_CNTL
S006
1
C032
68n
10k
R25
PDP_GO/BL_ON_OFF
VIN
VCC_10V
C031
5k1
R022
VCC_5V
VCC_3V3
S005
A_DIM_PWM
PL003
SW
1N4148
PANEL_VCC_ON/OFF
C029
68n
50V
BA159
16V
100u
3
22u
R018
10k
50V
VCC_12V
C001
68n
50V
BC848B
16V
C006
1000u
5V_STBY
3
820p
50V
10k
R012
PGND
6
C041 4n7
50V
FDC642P
22u
2
NC
FAN2012
C040
L007
FB
PLASMA OPT
IC004
LM1117
L081
VCC_12V
Q7
C020
12
3
68n
12V
Q010
BC848B
1
L010
1V8_STBY
1N4148
4
22u
C016
11
PANEL_5V
C002
16V
1000u
3V3_STBY
3
ON/OFF/NOT
R016
330R
D004
2
4
IC005
10u
1N4148
5
2
R029
10k
L006
10
5
VCC_3V3
C033
BA159
1
R023
715R
9
6
C085
L086
8
1
R28
22k
68n
PLASMA OPT
Q005
6
3V3_STBY
C028
68n
50V
16V
220u
7
3V3_STBY
560R
R019
R020
910R
50V
6
68n
220u
16V
C008
C004
10U 3A
3 VIN VOUT2
GND
FUSE_SMD_7A/32VDC_1206
1
68n
5V_STBY
VCC_3V3
30032610
5
FDC642P
10u
50V
LM1086
IC003
L080
4
Q011
D080
IC001 30026025
3
C015
470u
16V
68n
50V
C011
2
68n
220u
16V
C007
C003
1
300R
R004
R5
150R
PANEL_5V
PL002
1V8_STBY
3 VIN VOUT2
GND
C010
1
68n
50V
C025
3V3_STBY
22u
16V
L071
22uH_1.7A_SMD_ROHS
D008
4
C073
L086,L085,L084,L083,L082 IS USED 30001735 JUMPER SMD 1206 [LIPS OPT]
SS33
ON/OFF/NOT
D070
3
VCC_5V
22uH_3.9A_SMD
68n
50V
Q080
BC848B
Audio Amp.
2
L070
R081
10k
C036
4n7
50V
1
VER E2
DATE
03/10/2006
Emrah
AKKUS
3"
2"
S213"
C101"
JK201"
JK202"
S102"
JK206"
C239"
C241"
S933"
S932"
R926"
C937"
R296"
C248"
C246"
C243"
S205" L227"
C262"
JK205"
IC905"
L909" S938"
R936"
7"
94
C 9"
3
S9
R264" C261"
C948"
1"
PL203"
R937"
R938" S206" R308"
L228"
PL208"
1"
R
23
3"
L222" R299"
Q202"
R302"
Q703"
IC705"
D704"
D703"
D702"
R739"
R734"
R736"
PL700"
1"
IC704"
IC702"
d"
R740" IC703"
S718"
R738"
d"
C028"
c"
C777"
R715"
R717"
R718"
R719"
R720"
L701"
Q702"
R727"
S708"
S707"
S709"
"
07
R6
L602"
C628"
C649"
R556"
C708"
R731"
C773"
R728"
R729"
R741"
R721"S703"
R726"
R733"
IC706"
LF"
C632"
60
D
"
11
C6
PL001"
R615"
R633"
60
D
S611" S610"
C648"
C634"
D602"
R622"
R623"
R634"
R641" R618"
R642"
PL080"
C635"
D603"
C705"
C706"
PL701"
S719"
S700"
IC701"
C744"
c"
L706"
C770"
L704"
PCB KENARI"
FD20"
5VSTB"
R616"
S608" D609"
S609"
R032"
IC005"
C072"
R617"
C742"
C025"
D411"
IC601"
C641"
R646"
R625"
C625"
D604" D606" C630"
C626"
PL406"
R075"
R614"
C014"
R833" R832"
IC402"
C070"
C006"
S442"
L605"
L606"
L608"
L607"
R329"
R330"
X801"
Q214"
Q212"
Q211"
Q213"
S802"
R825"
R820"
R331"
S434"
S435"
S439"
S440"
S446"
Q413"
S447"
S448"
C846"
R834"
R835"
S409"
C831"
C832"
R827"
S410"
C839"
R430"
C850"
C847"
C851"
C074"
C073"
R518"
C644"
R819"
C824"
S453"
R513"
S449"
R527"
PL402"
C822"
R808"
C816"
R544" R545"
R35"
R029"
Q010"
C005"
C003"
PL601"
R714" S702" R709"
Q700" C767"
C631"
L010"
R031"
L006"
C037" C044"
C629"
C769"
C768"
IC403"
S210"
S209"
C833" R824"
Q803"
X800"
R826"
Q411"
R822"
C826"
L802"
PL081"
C710"
C707"
R710"
R558"
L604"
L603"
L601"
R624"
R647"
C640"
R829"
Q005"
D600"
R701"
R555"
D605"
R702"
R559"
C636"
3V3STB"
R609"
C627"
R703"
C615"
C038"
S701"
C010"
C013"
C016"
Q410"
Q003"
R704"
R495"
R489"
R485"
C609" C612"
C633"
C608" R610"
Q600" R620" R603" C619"
Q602"
R611" C621"
R631"
R604" C622"
Q601"
R630" C616"
R629" R608" C618"
R612"
S427"
R488"
R016"
C083"
C840"
C843"
R502"
C015"
R705"
R5"
C011"
R004"
SDA"
X700"
R084"
PL003"
S704"
Q701"
8V"
Q002"
R737"
D005"
1"
D004"
IC001"
R723"
S706"
S705"
D006"
Q405"
PL407"
1V8STB"
R724"
10V"
Q006"
R735"
R440"
R619"
C637"
R621"
X400"
R471"
R472"
R473"
S416"
R712"
R711"
R706"
R708"
R707"
S411"
R017"
C022"
1"
Q203"
C020"
Q420"
C807"
L080"
R730"
C776"
Q704" R732"
Q204"
R267"
D070"
R319"
R451" R452"
R450" R449"
Q406"
D405" R470"
R259"
R269"
R270"
R019"
R020"
R468"
L009"
12V"
C043"
IC003"
C486"
R486"
S432"
R501"
S441"
R542"
R541"
R540"
L007"
R320" Q205"
R260"
C224"
C256"
Q7"
R306" R307"
Q210"R303"
R311" R312" Q207"
C250"
R295"
R012"
L212"
C228"
e"
Q012"
R557"
SCL"
C "B "E "
R561"
R562"
R454"
R453"
L008"
C478"
C231"
R560"
IC007"
C219"
R455"
D404"
R466"
R458"
R457"
C229"
R563"
R427"
R428"
R429"
C471"
C085"
L081"
PL400"
R439"
IC004"
S412"
C208"
R200"
R217"
R203"
R219"
R201"
R222"
R204"
R228"
C476"
C031"
L201"
L205"
L203"
L206"
L202"
L207"
L204"
L210"
R477"
R478"
R497"
R492"
R493"
R483"
R484"
S414"
S415"
R476"
C406"
R461"
R464"
R467"
R814"
R810"
C815"
R526"
R523"
R525" R522"
C838"
C837"
L807"
R803"
C813"
R806"
R805"
C809"
C811"
C814"
Z800"
C805"
PANEL-VCC"
R286"
R300"
R301"
C266"
C456"
C462"
C467"
R018"
L223" R292"
L221" R285"
L226" R294" C255"
C926"
C935"
C269"
R407"
R414"
R469"
C218"
e"
C440"
C480"
R504"
S433"
R494"
C260"
C253"
C264"
R284"
C267"
R408"
R415"
R462"
R254"
L211"
R232"
S940"
C418"
C482"
C481"
Q206"
R261"
R253"
C930"
C933"
C457"
C458"
C459"
C460"
R410"
R417"
R409"
R416"
C485"
C484"
R256"
f"
C268"
C249"
R268"
S942"
S941"
R245"
C924" R282"
R412"
R923" R283"
R421"
R922" C252"
C934"
R265"
R255"
S926"
S931"
C237" IC904"
S943"
R271"
R249"
S936"
R928"
R927"
R423"
R239"
R289"
RESET"
C445"
L106"
R237"
R230" R23
8"
R234"
R240"
f"
C447"
R438" R437"
R436" R434"
R435" R432"
R433"
R424" R425"
R291"
C940"
C944"
S945"
C942"
C943"
Q209"
R902"
R231"
R235"
R903"
C450"
C451"
C452"
C453"
Z100"
IC406"
C902"
C472"
Q400"
C477"
C474"
R404"
L105"
Q403" R426"
L800"
C800"
C808"
C806"
D403"
C076"
C078"
R070"
C002"
L071"
R314" R313"
R278" R273"
PL204"
C468"
R411" D400"
C142"
C470"
R244"
S200"
R248"
R274"
R275"
S917"
C469"
R400"
R917"
S909"
C908"
C910"
S904" C911"
S906" C912"
S901" L900"
S900"
C914"
C133"
S115"
S116"
R114"
C479"
Q208"
C922"
1"
IC902"
PL401"
R113"
C483"
Q408"
L070"
R524"
R520"
R530"
R531"
C100"
D402"
IC400"
IC080"
PL002"
R309"
C102"
C923"
C903"
C114"
S413"
R
45
02 6"
"
R28"
R304"
C650"
R919"
IC903"
C925"
C117"
C112" S108" S109"
R134" S107" C110"
Q104" S110" S106" C113"
R133"
LF"
L4
S450"
C223"
Q603" C600"
C "B "E "
C109"
C920"
IC801"
R503"
R038"
R514" C033"
S436"
S443"
S445"
C227"
D223" D221" R920"
S919"
R828"
R830"
C271"
C272"
R904"
C834"
R272"
C901"
D222"
C118"
S120"
S121"
R115"
L215"
C238"
IC100"
L216"
R918"
S916"
S918"
L100"
TU100" PL100"
S203"
S202"
D211"
R138"
X100"
L218"
S204"
S201"
C240"
33V"
S104"
C140"
S114"
R247"
R242"
PL210"
L116"
C111"
PL205"
R288"
R287"
C244"
C245"
C624"
R422"
PL206"
S461" S444"
S402"
S462"
R487"
R543"
L103"
L217"
C614"
C251"
R281"
R280"
R279"
C921"
C620" C623"
R613"
R405"
R220"
C610"
L213"
L214"
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R227"
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60
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IC101"
JK200"
S211" S212"
R601"
R553"
D202"
C900"
R900"
C602"
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IC600"
R402"
IC200"
JK204"
D205" D203"
S908"
S903"
Q401"
D204"
C919"
R912"
C601"
Q419"
C115"
R117"
R116"
R112"
R111"
R110"
R108"
C842"
R276" D220"
D206"
C918"
IC901"
S907"
S902"
D200"
R223"
D201" R226" R600"
R216"
R224"
R420"
R403"
R800"
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Q415"
R507"
C645"
PL600"
C004"
Q409"
40"
C495"
S456"
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D800"
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41"
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S911"
IC405"
3V3"
L104"
L415"
R818"
R817"
R321"
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R534" Q13"
S458"
R519"
R521"
C491" R532"
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1"
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R529"
R535"
R528"
C493"
C492"
R431" R441"
D410"
80"
R225"
021106"
R804"
R323"
30"
R325"
IC800"
L805"
2"
D801"
R509"
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29"
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2"
1"
PL403"
Q404"
17MB22-2"
PL207"
C "B "E "
C281"
C812"
C810"
C818"
1"
R801"
C825"
1"
R802"
C827"
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1"
TU800"
R322"
20"
19"
PL200"
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C642"
C643"
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1"
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8"
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S459"
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R713"
L705"
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L702"
L700"
L703"
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PL411"
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1"
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C828"
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C830"
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S208"
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C279"
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JK205"
JK206"
C276"
L229"
R316"
JK202"
D219"
D212"
C242"
PL200"
D216"
C915"
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R644"
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D229" R310" C273" R305" R297" C270"
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D610"
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R102"
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00
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12
S6
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" 26
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R107"
PL206"
R106"
PL205"
L235"
C111"
C115"
C140"
L114"
C141"
C119"
C120"
C902"
C922"
C925"
C903"
C923"
L225"
L219"
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R131"
R132"
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R915"
R121" R122"
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C936"
R925"
R929"
R931"
R930"
C281"
C804"
C800"
C841"
C487"
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S113"
C135"
C138"
R127"
C258"
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D215"
D213"
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R933"
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R934"
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R243" D209"
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R236" D207"
C221" C220"
C207" C202"
C216" C217"
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C214" C213"
C206" C200"
C215" C210"
C204" C201"
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C208"
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C278"
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C137"
C136"
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R123"
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C247"
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C407"
C433"
C432"
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R023"
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C259"
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D227"
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R211"
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C745"
C752"
C761"
C714"
C764"
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R318"
R290"
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JK200"
JK204"