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Hitachi C21F60S

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1Vpp / 75ohm 1Vpp / 75ohm
This is a 90 chassis capable of driving 20/21 tubes at the appropriate currents. The chassis is capable of operating in PAL, SECAM and NTSC standards. The sound system is capable of giving 5 watts RMS output into a load of 8 ohms. One page, 7 page SIMPLETEXT, TOPTEXT, FASTTEXT and US Closed Caption is also provided. The chassis is equipped with a double-deck 42 pin Scart connector.

1. INTRODUCTION

2. SMALL SIGNAL PART WITH STV2248:
STV2248 video processor is essential for realizing all small signal functions for a color TV receiver. 2.1 Vision IF amplifier The vision IF amplifier can demodulate signals with positive and negative modulation. The PLL demodulator is completely alignment-free. Although the VCO (Toko-coil) of the PLL circuit is external, yet the frequency is fixed to the required value by the original manufacturer thus the Toko-coil does not need to be adjusted manually. The setting of the various frequencies (38.9 or 45.75MHz) can be made via changing the coil itself. 2.2 QSS Sound circuit (QSS versions) The sound IF amplifier is similar to the vision IF amplifier and has an external AGC de-coupling capacitor. The single reference QSS mixer is realised by a multiplier. In this multiplier the SIF signal is converted to the inter-carrier frequency by mixing it with the regenerated picture carrier from the VCO. The mixer output signal is supplied to the output via a high-pass filter for attenuation of the residual video signals. With this system a high performance hi-fi stereo sound processing can be achieved. The AM sound demodulator is realised by a multiplier. The modulated sound IF signal is multiplied in phase with the limited SIF signal. The demodulator output signal is supplied to the output via a low-pass filter for attenuation of the carrier harmonics. The AM signal is supplied to the output via the volume control. 2.3. AM DEMODULATOR The AM demodulated signal results from multiplying the input signal by itself, it is available on AM/FM output. 2.3 FM demodulator and audio amplifier (mono versions): The FM demodulator is realized as narrow-band PLL with external loop filter, which provides the necessary selectivity without using an external band-pass filter. To obtain a good selectivity a linear phase detector and constant input signal amplitude are required. For this reason the inter-carrier signal is internally supplied to the demodulator via a gain controlled amplifier and AGC circuit. The nominal frequency of the demodulator is tuned to the required frequency (4.5/ 5.5/6.0/6.5MHz) by means of a calibration circuit that uses the clock frequency of the -controller/Teletext decoder as a reference. The setting to the wanted frequency is realized by means of the software. It can be read whether the PLL frequency is inside or outside the window and whether the PLL is in lock or not. With this information it is possible to make an automatic search system for the incoming sound frequency. This is realized by means of a software loop that alternate the demodulator to various frequencies, then select the frequency on which a lock condition has been found. De-emphasis output signal amplitude is independent of the TV standard and has the same value for a frequency deviation of 25kHz at the 4.5MHz standard and for a deviation of 50kHz for the other standards. When the IF circuit is switched to positive modulation the internal signal on de-emphasis pin is automatically muted. The audio control circuit contains an audio switch and volume control. In the mono inter-carrier sound versions the Automatic Volume Leveling (AVL) function can be activated. The pin to which the external capacitor has to be connected depends on the IC version. For the 90 types the capacitor is connected to the EW output pin (pin 20). When the AVL is active it automatically stabilizes the audio output signal to a certain level. 2.4 Video switching The video processor (STV2248C) has three CVBS inputs and two RGB inputs. The first CVBS input is used for external CVBS from SCART 1, the second is used for either CVBS or Y/C from either SCART2 or BAV/FAV, and the third one is used for internal video. The selection between both external video inputs signals is realized by means of software and hardware switches. 2.5 Synchronization circuit The video processor (STV224X) performs the horizontal and vertical processing. The external horizontal deflection circuit is controlled via the Horizontal output pulse (HOUT). The vertical scanning is performed through an external ramp generator and a vertical power amplifier IC controlled by the Vertical output pulse (VOUT). The main components of the deflection circuit are: PLL1: the first phase locked loop that locks the internal line frequency reference on the CVBS input signal. It is composed of an integrated VCO (12MHz) that requires the chroma Reference frequency (4.43MHz or 3.58MHz crystal oscillator reference signal), a divider by 768, a line decoder, and a phase comparator. PLL2: The second phase locked loop that controls the phase of the horizontal output (Compensation of horizontal deflection transistor storage time variation). Also the horizontal position adjustment is also performed in PLL2. A vertical pulse extractor. A vertical countdown system to generate all vertical windows (vertical synchronization window, frame blanking pulses, 50/60Hz identification window.). Automatic identification of 50/60Hz scanning. PLL1 time constant control. Noise detector, video identification circuits, and horizontal coincidence detector. Vertical output stage including de-interlace function, vertical position control. Vertical amplitude control voltage output (combined with chroma reference output and Xtal 1 indication).

3. TUNER

Either a PLL or a VST tuner is used as a tuner. UV1316 (VHF/UHF) is used as a PLL tuner. For only PALM/N, NTSC M applications UV1336 is used as the PLL tuner. UV1315 (VHF/UHF) is used as a VST Tuner. Channel coverage of UV1316:

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(1). Enough margin is available to tune down to 45.25 MHz. (2). Enough margin is available to tune up to 863.25 MHz. Noise Low band Mid band High band Typical : 5dB : 5dB : 6dB Max. 9dB 9dB 9dB Gain All channels Gain Taper (of-air channels) Min. Typical Max. : 38dB 44dB 52dB : 8dB

Channel Coverage UV1336:

&+$11(/6 WR ' ( WR WR
Noise is typically 6dB for all channels. Gain is minimum 38dB and maximum 50dB for all channels. Channel Coverage of UV1315:
(1). Enough margin is available to tune down to 45.25 MHz. (2). Enough margin is available to tune up to 863.25 MHz. Noise Low band Mid band High band Typ. 6dB 6dB 6dB Max. 9dB 10dB 11dB Gain All Channels Gain Taper (off-air channels) Min. 38dB Typ. 44dB Max. 50dB 8dB
The MSP 34x0D is designed to perform demodulation of FM or AM-Mono TV sound. Alternatively, two-carrier FM systems according to the German or Korean terrestrial specs or the satellite specs can be processed with the MSP 34x0D. Digital demodulation and decoding of NICAM-coded TV stereo sound, is done only by the MSP 3410. The MSP 34x0D offers a powerful feature to calculate the carrier field strength which can be used for automatic standard detection (terrestrial) and search algorithms (satellite). 5. SOUND OUTPUT STAGE TDA7266L/TDA7266 TDA7266L is used as the AF output amplifier for mono applications. It is supplied by +12VDC coming from a separate winding in the SMPS transformer. An output power of 5.5W (THD=0.5%) can be delivered into an 8ohm load. TDA7266 is used as the AF output amplifier for stereo applications. It is supplied by +12VDC coming from a separate winding in the SMPS transformer. An output power of 2*5.5W (THD=0.5%) can be delivered into an 8ohm load.
4. DIGITAL TV SOUND PROCESSOR MSP34X0
6. VERTICAL OUTPUT STAGE WITH TDA8174A
The TDA8174A is a power amplifier circuit for use in 90 and 110 colour deflection systems for 25 to 200Hz field frequencies, and for 4 : 3 and 16 : 9 picture tubes. The STV5112 consists of three monolithic video output amplifiers. The amplifier can be seen as an operational amplifier with negative feedback. The advantage of negative feedback is that the amplifier characteristics do not play an important role up to certain frequencies. The internal flash diodes protect the amplifiers against flash over in the picture tube. The only protections required at the cathode outputs are a flash resistor and a spark gap. Furthermore, the device has a high voltage power supply (VDD) and a low voltage one (VCC). The DC voltages required at various parts of the chassis are provided by an SMPS transformer controlled by the IC MC44608 which is designed for driving, controlling and protecting switching transistor of SMPS. The transformer produces 115V for FBT input, 14V for audio output IC, S+3.3, S+5V and 8V for ST92195. Passive components are used for the solution of power factor correction. The 24C08 is a 8Kbit electrically erasable programmable memory (EEPROM), organized as 4 blocks of 256*08 bits.The memory is compatible with the IC standard, two wire serial interface which uses a bi-directional data bus and serial clock. The TDA1308 is an integrated class AB stereo headphone driver contained in a DIP8 plastic package Saw filter type : G1975M : K2966M : J1981 : K2958M : K2962M : L9653M : G3967M : G9353M : K3958M : K9356M : K9656M : K3958M : K9356M : M1962M : M3953M : M9370M :

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General description of UV1316:
The UV1316 tuner belongs to the UV1300 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.

Features of UV1316:

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 IC-bus Off-air channels, S-cable channels and Hyper-band World standardized mechanical dimensions and world standard pinning Complies to CENELEC EN55020 and EN55013 PIN VALUE : 4.0V, Max:4.5V : Max:5.5V : Min:-0.3V, Max:5.5V : Min:-0.3V, Max:5.5V : 5.0V, Min:4.75V, Max:5.5V : 33V, Min:30V, Max:35V
PINNING 1. Gain control voltage (AGC) 2. Tuning voltage 3. IC-bus address select 4. IC-bus serial clock 5. IC-bus serial data 6. Not connected 7. PLL supply voltage 8. ADC input 9. Tuner supply voltage 10. Symmetrical IF output 1 11. Symmetrical IF output 2
General description of UV1336:
UV1336 series is developed for reception of channels broadcast in accordance with the M, N standard. Features of UV1336: Global standard pinning Integrated Mixer-Oscillator & PLL function Conforms to CISPR 13, FCC and DOC (Canada) regulations Low power consumption Both Phono connector and F connector are available PINNING 1. Gain control voltage 2. Tuning voltage 3. Address select 4. Serial cloc 5. Serial data 6. Not connected 7. Supply voltage 8. ADC input (optional) 9. Tuning supply voltage 10. Ground 11. IF output : : : : : PIN VALUE 4.0V, Max:4.5V Max :5.5V Min :-0.3V, Max:5.5V Min :-0.3V, Max:5.5V 5.0V, Min:4.75V, Max:5.5V 33V, Min:30V, Max:35V

TDA7266/TDA7266L

General Description of TDA7266L The TDA7266L is a mono bridge amplifier specially designed for TV and Portable Radio applications. Requires very few external components WIDE SUPPLY VOLTAGE RANGE (3-18V) MINIMUM EXTERNAL COMPONENTS NO SVR CAPACITOR NO BOOTSTRAP NO BOUCHEROT CELLS INTERNALLY FIXED GAIN STAND-BY & MUTE FUNCTIONS SHORT CIRCUIT PROTECTION THERMAL OVERLOAD PROTECTION
PINNING 1. 2. 3. 4. 5. 6. 7. 8. 9. 10.
N.C N.C. MUTE ST-BY PW-GND S-GND IN VCC OUT+ OUT -
General Description of TDA7266
The TDA7266 is a 2x7 Watt dual power amplifier. It is used for sound amplification at stereo TV sets. WIDE SUPPLY VOLTAGE RANGE (3-18V) MINIMUM EXTERNAL COMPONENTS NOSWR CAPACITOR NOBOOTSTRAP NOBOUCHEROT CELLS INTERNALLY FIXED GAIN STAND-BY & MUTE FUNCTIONS SHORT CIRCUIT PROTECTION THERMAL OVERLOAD PROTECTION PINNING 1. OUT1+ 2. OUT1 3. VCC 4. IN1 5. N.C. 6. MUTE 7. ST-BY 8. PW-GND 9. S-GND 10. N.C. 11. N.C. 12. IN2 13. VCC 14. OUT2 15. OUT2+

TDA8174AW

INDEPENDENT VERTICAL AMPLITUDE ADJUSTMENT BUFFER STAGE POWER AMPLIFIER FLYBACKGENERATOR THERMALPROTECTION INTERNAL REFERENCE VOLTAGE DECOUPLING General Description: TDA8174Aand TDA8174AWare a monolithic integrated circuits. It is a full performance and very efficient vertical deflection circuit intended for direct drive of a TV picture tube in Color and B & W television as well as in Monitor and Data displays. PINNING 1. POWER OUTPUT 2. OUTPUT STAGE Vs 3. TRIGGER INPUT 4. HEIGHT ADJUSTMENT 5. VOLTAGE REF DECOUPLING 6. GROUND 7. RAMP GENERATOR 8. BUFFER OUTPUT 9. INVERTING INPUT 10. Vs 11. FLYBACK GENERATOR

STV5112

BANDWIDTH : 6MHz TYPICAL SUPPLY VOLTAGE : 220V TYPICAL RISE AND FALL TIME : 50ns TYPICAL CRT CATHODE CURRENT OUTPUTS FOR PARALLEL OR SEQUENTIAL CUT-OFF OR DRIVE ADJUSTMENT FLASHOVER PROTECTION POWER DISSIPATION : 3.6W General Description: The STV5112 includes three video amplifiers designed with a high voltage bipolar/CMOS/DMOS technology (BCD). It drives directly the three cathodes and is protected against flashovers. Thanks to its three cathode current outputs, the STV5112 can be used with both parallel and sequential sampling applications. PINNING 1. BLUE INPUT 2. VCC LOW VOLTAGE 3. GREEN INPUT 4. RED INPUT 5. VDD HIGH VOLTAGE 6. RED CATHODE CURRENT 7. RED OUTPUT 8. GROUND 9. RED FEEDBACK 10. GREEN OUTPUT 11. GREEN CATHODE CURRENT 12. GREEN FEEDBACK 13. BLUE OUTPUT 14. BLUE CATHODE 15. BLUE FEEDBACK

MC44608

General description: The MC44608 is a high performance voltage-mode controller designed for offline converters. This high voltage circuit that integrates the startup current source and the oscillator capacitor, requires few external components while offering a high flexibility and reliability. The device also features a very high efficiency standby management consisting of an effective Pulsed Mode operation. This technique enables the reduction of the standby power consumption to approximately 1W while delivering 300mW in a 150W SMPS. Integrated startup current source Loss less offline startup Direct offline operation Fast startup General Features Flexibility Duty cycle control On chip oscillator switching frequency 40, or 75kHz Secondary control with few external components Protections Maximum duty cycle limitation Cycle by cycle current limitation Demagnetization (Zero current detection) protection Over V CC protection against open loop Programmable low inertia over voltage protection against open loop Internal thermal protection GreenLine Controller Pulsed mode techniques for a very high efficiency low power mode Lossless startup Low dV/dT for low EMI radiations

PINNING 1. Demagnetization 2. I Sense 3. Control Input 4. Ground 5. Driver 6. Supply voltage 7. No connection 8. Line Voltage
PIN VALUE Zero cross detection voltage : 50 mV typ. Over current protection voltage 1V typ. Min : 7.5V Max. : 18V Iout 2Ap-p during scan 1.2Ap-p during flyback Output resistor 8.5 Ohm sink 15 Ohm source typ. Max : 16V (Operating range 6.6V-13V) Min : 50V Max : 500V

MSP34X0D

The MSP 34x0D is designed to perform demodulation of FM or AM-Mono TV sound. Two kinds of MSPs are used. MSP 3400D and MSP3410D. The MSP 3400D is fully pin and software-compatible to the MSP3410D, but is not able to decode NICAM. It is also compatible to the MSP3400C. General description: Demodulator and NICAM Decoder Section The MSP34x0D is designed to perform demodulation of FM or AM-Mono TV sound. Alternatively, two-carrier FM systems according to the German or Korean terrestrial specs or the satellite specs can be processed with the MSP34x0D. Digital demodulation and decoding of NICAM-coded TV stereo sound, is done only by the MSP3410. The MSP34x0D offers a powerful feature to calculate the carrier field strength, which can be used for automatic standard detection (terrestrial) and search algorithms (satellite). General Features Two selectable analog inputs (TV and SAT-IF sources) Automatic Gain Control (AGC) for analog IF input. Input range: 0.103Vpp Integrated A/D converter for sound-IF inputs All demodulation and filtering is performed on chip and is individually programmable Easy realization of all digital NICAM standards (B/G, D/K, I & L) with MSP3410G. FM demodulation of all terrestrial standards (incl. identification decoding) FM demodulation of all satellite standards No external filter hardware is required Only one crystal clock (18.432MHz) is necessary FM carrier level calculation for automatic search algorithms and carrier mute function DSP Section (Audio Base band Processing) Flexible selection of audio sources to be processed Two digital input and one output interface via I2S bus for external DSP processors, featuring surround sound, ADR etc. Digital interface to process ADR (ASTRA Digital Radio) together with DRP3510A Performance of all de-emphasis systems including adaptive Wegener Panda 1 without external components or controlling Digitally performed FM identification decoding and de-matrixing Digital base-band processing: volume, bass, treble, 5-band equalizer, loudness, pseudo-stereo, and base-width enlargement Simple controlling of volume, bass, treble, equalizer etc. Analog Section four selectable analog pairs of audio base-band inputs (= four SCART inputs) input level : = < 2VRMS, input impedance : >= 25kW one analog mono input (i.e. AM sound): input level : = < 2VRMS , input impedance : > = 15kW two high-quality A/D converters, S/N-Ratio : > = 85dB 20Hz to 20kHz bandwidth for SCART-to-SCART copy facilities

General description: The 24C16 is a 8Kbit electrically erasable programmable memory (EEPROM), organized as 4 blocks of 256 * 08 bits. The memory operates with a power supply value as low as 2.5V. Features: Minimum 1 million ERASE/WRITE cycles with over 10 years data retention Single supply voltage: 4.5 to 5.5V Two wire serial interface, fully IC-bus compatible Byte and Multi-byte write (up to 8 bytes) Page write (up to 16 bytes) Byte, random and sequential read modes Self timed programming cycle
PINNING 1. Write protect enable 2. Not connected 3. Chip enable input 4. Ground 5. Serial data address input/output 6. Serial clock 7. Multibyte/Page write mode 8. Supply voltage
PIN VALUE : 0V : 0V : 0V : 0V : Input LOW voltage : Min : -0.3V, Max : 0.3*Vcc : Input HIGH voltage : Min : 0.7*Vcc, Max : Vcc+1 : Input LOW voltage : Min : -0.3V, Max : 0.3*Vcc : Input HIGH voltage : Min : 0.7*Vcc, Max : Vcc+1 : Input LOW voltage : Min : -0.3V, Max : 0.5V : Input HIGH voltage : Min : Vcc-0.5, Max : Vcc+1 : Min :2.5V, Max : 5.5V

TDA1308

Features: Wide temperature range Excellent power supply ripple rejection Low power consumption Short-circuit resistant High performance high signal-to-noise ratio low distortion PINNING 1. Output A (Voltage swing) 2. Inverting input A 3. Non-inverting input A 4. Ground 5. Non-inverting input B 6. Inverting input B 7. Output B (Voltage swing) 8. Positive supply Saw filters list: PIN VALUE : Min : 0.75V, Max : 4.25V : Vo(clip) : Min : 1400mVrms : 2.5V : 0V : 2.5V : Vo(clip) : Min : 1400mVrms : Min : 0.75V, Max : 4.25V : 5V, Min : 3.0V, Max : 7.0V

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PINNING 1. Input 2. Input-ground 3. Chip carrier-ground 4. Output 5. Output

K9656M, L9653M

PINNING 1. Input 2. Switching Input 3. Chip carrier-ground 4. Output 5. Output

CIRCUIT DESCIRIPTION

The ZX series of receivers incorporate a Motorola switch mode power supply using a MC44608 regulator controller IC. The circuit provides power to the receiver in both standby and normal operation modes. The switch on the mains supply is fed through the mains filter network TR801, the surge limiter resistor R828,the bridge rectifier diodes D811/13/37/38, and reservoir capacitor producing approx. 320volts D.C to feed the switching MOSFET Q801 via the primary winding of TR802 pins 6 and 7. Start up resistor R801 feeds from a 500V coming from the mains through the adder diodes D809, D890 to pin 8 of IC800, the IC uses 9mA current source and connects it internally to VCC at pin6 allowing a rapid charge enough for start up. Then IC800 responds with the oscillator starting to oscillate at a 40khz frequency fixed by the IC manufacturer. The IC then produces, pulse width modulation pulses, at this frequency on pin 5 to drive the base of the switching FET Q801, that will then switch current on and off through the primary of TR802, which will in turn provides voltages in the secondary windings. The secondary winding voltages being proportional to the length of time that Q801 is turned on in each cycle. The voltage produced between pins 4 and 3 of TR802 is rectified by D804 developing aprox. 12 volts on C810, which takes over from the start up resistor to supply pin 8 of IC800. The Demag pin at pin 1 offers 3 different functions: Zero voltage crossing detection (50mV), 24mA current detection and 120mA current detection. The 24mA level is used to detect the secondary reconfiguration status and the 120mA level to detect an Over Voltage status called Quick OVP. The VCC at pin 6 operates between 6.6V and 13V in normal operation, when this voltage exceeds 15V then the IC output is disabled.

POWER SUPPLY

START UP

VOLTAGE REGULATION

After initial start up the secondary voltages of TR802 are established. These voltages then need to be regulated to the required levels. In a switch mode power supply such as this, it is the ON time of the switching FET Q801 that determines the output voltages produced. To provide regulation of the supply there is a feedback loop via an adjustable zener IC118 and an OPTO- coupler connected to pin 3 of IC800. The reference voltage of IC118 is set to 2.5V to supply a B+ voltage of 115V. Any fluctuation at this pin will cause IC800 to compensate it either by increasing or decreasing the voltage at the secondary outputs. The MC44608 offers two OVP functions: 1- A fixed function that detects when V CC is higher than 15.4V 2- A programmable function that uses the demag pin. The current flowing into the demag pin is mirrored and compared to the reference current Iovp (120mA). Thus this OVP is quicker than normal number one as it directly sense the change in current rather than waiting for a specific voltage value, and is called QOVP. In both cases, once an OVP condition is detected, the output is latched off until a new circuit STARTUP. 3- A software controlled function acts on pin 52 of IC501. This pin monitors feedback from both 8V and 5V via D512, then compares these to a reference value Vref pre-set by the hardware through resistors R545, R546, R548. In normal mode operation 1.2V < Vref < 2.4V. Any voltage outside this window will cause the micro controller to force the TV to stand by mode by lowering the standby port. Refer to standby mode. To monitor the current drawn by the receiver the source of Q801 is returned to the bridge rectifier through a low value resistor R807. All the current drawn by the receiver will flow through that resistor each time Q801 conducts, this will produce a voltage across the resistors proportional to the current drawn by the receiver. This voltage is fed to pin 2 of IC800 via R806.When the receiver is working normally the voltage across R807 is only a fraction of a volt and is not large enough to have any effect on IC800. Under fault conditions, if the receiver draws excessive current the voltage across R807 will rise. This voltage is monitored by the current sense input pin 2. This Current Sense pin senses the voltage developed on the series resistor R806 inserted in the source of the power MOSFET. When I sense reaches 1V, the Driver output (pin 5) is disabled. This is known as the Over Current Protection function. A 200mA current source is flowing out of the pin 3 during the startup phase and during the switching phase in case of the Pulsed Mode of operation. A resistor can be inserted between the sense resistor and the pin 3, thus a programmable peak current detection can be performed during the SMPS standby mode. Remember that all the primary side components of the power supply shown to the left of TR8O2 on the diagram are live to earth. It is recommended that a mains isolation transformer is used when servicing the receiver. Many of the components in the power supply are safety critical. (R828, R809) is a surge-Iimiting resistor, limiting the surge through the degauss coils when the reservoir capacitor is empty. These are marked with an exclamation mark in a triangle on the circuit diagram. These components MUST be replaced only with parts of identical value and safety characteristics. For reliability, it is recommended that only genuine parts are used for service replacements. Always check the main supply voltage feeding the line output stage after replacing parts in the power supply or line output circuit. The correct voltage is important for safety and reliability, the correct voltage should be 115 V 2 V.

STANDBY OPERATION

MODE TRANSITION

SMPS SWITCH OFF

When the mains is switched OFF, so long as the electrolytic bulk capacitor provides energy to the SMPS the controller remains in the switching phase. Then the peak current reaches its maximum peak value, the switching frequency decreases and all the secondary voltages are reduced. The VCC voltage is also reduced. When VCC is less than 6,5V, the SMPS stops working. IC 501 controls all the functions of the receiver operated by the remote control and the front panel customer controls. It produces the on screen graphics, operates tuning, customers controls and engineering controls, and also incorporates all of the Teletext functions. It also controls the video processor, the audio processor, and the tuner. The circuits just mentioned are controlled via the IC bus. Also IC501 controls the video source switching, vertical position adjustment and the vertical linearity adjustment via its ports. An external 8K EEprom is used by the micro. The EEprom comes fully programmed. The main clock oscillator is 4.0MHz crystal X501 on pins 50 and 51. Reset is provided on pin 2 via Q504. On switching on pin 2 becomes high and the controller gets reset which stays valid till a low signal comes on that pin.

MICROPROCESSOR IC501

CONTROLS
Command information from the infra red remote controller is fed through the sensor IC502 to pin 1 of the microprocessor. Operation of the customer front panel keys is detected by pin 8 that is an ADC (analogue to digital converter). Pressing a switch will connect the 5V to the ground through a particular resistor that determines the value of the voltage on pin8 at that instant. This obtained value is comprehended by the micro and the corresponding operation is performed. Refer to the following table:

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IC501 automatically switches from TV mode to AV1, AV2 by detecting the signal from pin 29 or pin 8 at the scart connector, through its 56, 55 pins. The picture mode is determined according to the following table:
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All the tuning functions are carried by the microprocessor IC501. Three tuning modes are available for this chassis, VST tuning, PLL tuning, and frequency tuning. In all of these both manual and automatic modes are possible. If Auto Tuning Mode is selected the receiver tunes Band1, Band2, and UHF, putting into memory the channel, signal strength (signals amplitude for VST and video indent for PLL), and tuning data of each TV station found. The memories are then stored automatically to put the channels into frequency order from lowest frequency to the highest one. In APS (Auto-Programming-System) TV sets the channels are stored according to the standard tables provided for each country. In VST mode IC501 generates the tuning control voltage as pulse width modulation output at pin 54. This pulse operates a voltage switch Q502 converting the 0 to 5V pulse into a 0 to 33V pulses that are then integrated and smoothed by R550/ 553/563 and C535/538/544 to give a steady DC voltage of value between 0 to 33V for tuning control on pin 2 of the tuner. IC501 also controls the band switching of the tuner by pins 12/13/14 via Q507, Q506 and Q505 for the different bands UHF, Band1, and Band2. In both PLL and frequency tuning modes the tuning process is controlled by IC501 via the IC BUS. In PLL mode a table for all the channels available is set according to the standards and the micro controller uses these values to set the central frequency of the required channel. This mode is quicker than VST mode. Frequency tuning is a new feature to this chassis, it takes the advantages of both VST and PLL tuning. As in PLL mode the tuning process is controlled via IC bus, however the channels are not predefined in the software by a table on the contrary these are scanned as in VST but here the frequency changes and not the voltage. In frequency tuning the micro generates IC signals to account for a 1Mhz frequency increment on the tuner and then scan all the frequency either manually or automatically. This method is faster than the VST and more precise than PLL tunings. Automatic fine tuning (AFT) correction voltage is done internally inside IC403 and fed to the microprocessor via IC BUS. This is used by the software to modify the mark space output at pin 54 producing the tuning voltage. The AFT voltage is also used in tuning mode to identify the presence of a signal whilst tuning. Tuner AGC voltage from pin 8 of IC403 is taken directly to the tuner. A pulse width modulation output is developed inside the processor and is fed to the audio processor in stereo sets and to the video processor in mono sets via the IC BUS to control the volume. The physical control on the front panel works in the same way. The microprocessor IC501 performs all of the teletext functions internally. The Composite Blanking video and Sync signal (CBVS) is input to pin 33 of the micro from pin 29 of IC403. When text is selected the text graphics are output as R.G.B signals on pins 15/16/17 of the micro and fed to pins 34/35/36 of IC403. At the same time pin 18 of the micro goes high taking pin 37 of IC403 high, blanking the picture and selecting text R.G.B. input. output, IC701. Note. mixed mode is available and fast text with 8 page memory. A.V SWITCHING A.V. input can be selected from the remote control or by applying 6 to12 volts from pin 8 of the scart connector, This takes pin 55/56 of the micro high (5 volts). When external A.V input is requested pin 55 or Pin 56 of the micro goes high. This is then transmitted via the IC bus to IC403, selecting external signals from the scart connector. SERVICE MODE The chassis incorporates an electronic service mode operated by the micro. Full details are given on pages 20 to 25 of the service manual. The mode is entered by a combination of button presses (4-7-2-5), whilst the Main menu is on the screen. You can select any adjustment and change it. A list of adjustments is available such as OSD position, IF central frequency adjustment, AGC, vertical linearity, size, position, horizontal position, R.G.B gains, APR, tuner settings for PLL tuners, and five options for the TV set features configurations.

TUNING

VOLUME CONTROL

TELETEXT

Hotel mode is a feature in the software in this receiver. However we do supply a special remote control which has access to the menus denied. This means that the TV can be tuned in, and set up with the original remote control, then the special remote is left with the receiver. If the EPROM IC500 is replaced it will come fully programmed and therefore it is not necessary to initialise the new device. In some circumstances the EPROM may become corrupted in use i.e. static discharge or lightning strike. If this happens, it is advised that the EPROM is replaced.

HOTEL MODE

EEPROM INITIALISATION

OFF AIR SIGNAL PATH

A UV1315 voltage controlled tuner is used on this chassis, operating from a 5volt supply, line (pin 6). A 0 to 33 volt rail is used for tuning (pin 2), controlled by the microprocessor IC501. The AFT pin on the tuner is not used, instead the Automatic Fine Tuning is achieved by modifying the tuning control line. This is done by software in IC501. The gain of the tuner can be altered by the AGC control voltage fed in to pin 1. The tuner produces a balanced output on pins 10,11. Neither side is connected to earth. This is fed via a surface wave filter Z402 to the IF input of IC403 (pins 6 and 7). IC403 incorporate the IF amplification, AFT , AGC, video and sound detectors as well as AV switching. The IC requires both 5 and 8V tuned circuit for these functions, L401, L402, L403, and L406. The detected video signal is output from pins 13 of IC403, to sound traps Z403/404. The video is taken from the other side via the appropriate filter to Pin 18 of IC403. (1.2 p to p) Video to the scart connectors is taken after R458 to Pin 19 of the scart connector. The CVBS_TXT output Pin 29 output is fed to IC501 Pin 34 (for teletext). The video signal is sometimes labelled CVBS on the circuit diagram. This stands for Composite Video Blanking & Sync. The composite signal is input Pin 13 (Video input) of IC403. This IC carries out all of the luma/Chroma processing internally and also provides the customer control functions of brightness, contrast, sharpness and saturation. IC403 is IC bus controlled and incorporates auto greyscale circuitry and internal luma/chroma delay lines. The resulting R.G.B drive is output on pins 30,31 and 32. The R.G.B passes via connector PL405 to the CRT base PCB. Here the R.G.B signal is amplified by IC901 to provide drive for the cathodes of the CRT. IC901 produces a feedback signal which is fed to IC403 (pin 33) for blanking and auto grayscale correction.

VIDEO PATH

SOUND PATH
The demodulated mono sound is taken from pin 55 of IC403 directly to the sound output stage IC401 Pin 7. The output signal from IC401 is Volume controlled achieved within IC403 using the IC bus line from IC501. To limit the volume at the specified out put the A_out pin 55 is fed to IC 401 through a voltage divider R455 and R454. Muting of the output stage is provided from Pin 46 of IC501 to pin3 of IC401/6 of IC301. IN the stereo model the IF from PINS 10 & 11 of the tuner passes through Z401 and the output signal goes through pins 1&2 of IC403. The output QSS signal from IC 403 is taken from pin 11 and sent to audio processor IC700. The left channel is output on PIN 29 and the right channel output is on PIN 28.Then to IC301 after passing through a voltage divider R454/R455 for the right channel and R463/R464 for the left channel. IC403 handles also the AM modulated signals in L/L systems at pins 1&2.

AV INPUT SIGNAL PATH

Video and Sound IC403 has three CVBS inputs at pins 18,20 and 22.The composite video signal of AV1 is taken from pin 41 of the scart connector to pin20 of IC403. The mono sound signal is taken from pins 2 and 6 of the scart sockets to the switching transistors Q101. The transistor switch the audio depending on the source, and is then fed to pin 14 of lC403. The CVBS coming from AV2 or AV3 is taken from pin 20 of scart connector, from the JK1 for BAV or JK4 for FAV. Then these signals are switched by transistors Q141, Q142 depending on the source by the microprocessors pins 5,6,7. The resultant signal is given to pin 22 of IC403. Scart two supports also SVHS signals and then the chroma comes from pin 15 of connector PL101 directly to pin 23 of IC403, whilst the luma uses the same path as the CVBS of AV2. When AV input is selected pin 5,6,7 of the microprocessor IC501 is taken high, this switches the IC403 to external input mode via IC BUS. This connects the video inputs on pins 20 or 22 to IC403 and the audio input on pin 14 to the audio out on pin 55 (via the internal volume control circuit) The signal paths are then as for off air. The chassis can detect the video signals on scart1 and 2 using pin 8 switching voltages at pins 56 and 55 of IC501.

R.G.B.

The R.G.B. signals from pins 7,11 and 15 of the scart connector (PL101) are fed to the R.G.B input pins (25,26,27) of IC403. R.G.B operation can be enabled by either taking pin 16 of the scart connector high, this high is fed to Pin 28 of IC403, or via the lC bus the microprocessor sets IC403 to forced R.G.B mode in which the video processor generates its own fast blank signal. This puts the IC into external R.G.B mode and selects the inputs on pins 25,26 and 27, overriding the video input on pin 20/22. Note: when using R.G.B input the contrast, brightness and colour controls will still operate.

LINE CIRCUIT

Line and frame drive are generated by IC403. The sync pulses are separated from the incoming video signal at pin 18/20/22 and used to control the internal circuitry of the IC. Line drive is produced by counting down the external 4.43MHz crystal at pin 40 to15.625kHz locked to the incoming sync. This drive is output on pin 48 and feeds directly to the line drive transistor Q601. Note: That the output of IC403 Pin 48 is an open-collector and requires a pull up resistor, if the pin is open circuited for test no waveform will be seen. Q601 collector feeds the line output transistor Q603. The line output stage is conventional with a transformer containing a split diode winding for EHT generation. Fifth harmonic tuning is achieved by capacitor C618/619.
FIELD OUTPUT VERTICAL SHIFT
A fly-back pulse is taken from pin 1 of the FBT transformer. This is required by IC403 (Pin 49) for burst / sync gating, and RGB line blanking. The ver_sync signal is output from the pin47 and fed to Pin 41 of IC501. The H_sync pulse is taken from pin 1 of the FBT and fed to the micro at pin 40.These two signals are required by the micro for graphics timing and also for text. IC403 generates a vertical pulse signal VER_OUT and V_AMP that are fed to IC600 (the vertical stage IC). IC600 is supplied by a 26V DC via diode D610.It generates its own ramp signal and based on the V_AMP & VER_OUT signals it produces the vertical deflection signals that are fed to connector PL601. Vertical linearity adjustment is controlled by Q604 which is driven by the PWM output of IC501 at pin 49. Vertical position adjustment is conducted by Q606 derived by the VER_OUT signal. Switching Q606 will change the DC voltage on VOUT_2 pin which will either lower or higher the picture. A DC level is supplied at VOUT_2 via D614 to stabilise the picture and make its position changeable.

50Hz. 4:3 Geometry Adjustment

60Hz Adjustments

50Hz Adjustments
60Hz. 4:3 Geometry Adjustment
50Hz. 16:9 Geometry Adjustment
60Hz. 16:9 Geometry Adjustment

OPTION SETTINGS

Select concerned OPTION from service menu. To change a bit on selected option press the same number from remote controller. So this bit will be changed from 1 to 0 or from 0 to 1. If any option is selected on service menu you will see an indicator row shows you the bit numbers.
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Block Flow Chart

Power Supply

Micro-Controller

Video Circuit

Stereo Circuit

Audio/Video Connector

Deflection Circuit

CRT Circuit

C21F65 - CRT Board

Video Controller

HITACHI

SMPS Circuit

Audio/Video Circuit

Hitachi, Ltd. Tokyo, Japan International Sales Division THE HITACHI ATAGO BUILDING, No. Nishi Shinbashi, 2 Chome, Minato Ku, Tokyo 105-8430, Japan. Tel: HITACHI EUROPE LTD, Whitebrook Park Lower Cookham Road Maidenhead Berkshire SL6 8YA UNITED KINGDOM Tel: Fax: Email: consumer -service@hitachi-eu.com HITACHI EUROPE S.A. 364 Kifissias Ave. & 1, Delfon Str. Chalandri Athens GREECE Tel: 1-6837200 Fax: 1-6835964 Email: service.hellas@hitachi-eu.com
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HITACH EUROPE AB Egebkgrd Egebkvej 98 DK-2850 Nrum DENMARK Tel: +Fax: +Email: csgnor@hitachi-eu.com

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chassis F16 or F19 (depe F16 BC10 E9 ? TX807C EU E5 E5 E5 E9 TX807C EU E5 11AK19S 12.6 11AK19S SZC730 SZC730 ?
COMPACT D-E MONOPRINT A PICO S/3 Corekit 2 NN PICO S/3 COMPACT D S4 Digital B 110 FST Digital B 110 FST COREPS TV84 MONOPRINT B DIGITAL B 110 SM2 ? TV84 patrz: Royal-Lux 11AK19P4 patrz: Royal-Lux
11AK19 11AK19 ! TV84A TV84A v. C

Strona 80

Producer GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRAETZ GRANAD GRANAD GRANAD GRANAD GRANAD GRANAD GRANAD GRANAD GRANAD GRANAD GRANAD GRANAD GRAND P GRAND P GRAND P Grandin GRANDIN GRANDIN GRANDIN
model CTV-BT55T CTV-BT55T CTV-BT74SN CTV-BT74SN CTV-CT37T CTV-CT37T CTV-GM72TS CTV-XM51T CTV-XM66M CTV-XM72TS CTV-XM72TS CTV-XT55T CTVA55SN CTVA63SN CTVAT37T CTVBT55T CTVBT74SN CTVCT37T DIGIVISION Consul Stereo 4578I DIGIVISION Kongress Stereo 4598 DIGIVISION Peer Stereo 4598 GM55T GR29PFT33 GR29T24S GR32SFT26 GR32T21S GR33B2/P GR33TL6S HAMBURG 55 TV7101 TVA70SN C14BA2 C20XA5 C22XA5 C41FS6 C50F24 C51EZ5 C59F22 C59F24 C59HZ6 C66F27 C66G2A D59HZ5 STV70-205FST STV710-16TF STV74-100TF 63BS94 82SB1003ARG NR36MM STV2820
chassis SM2 ? 11AK19A ??? 11AK19P4 11AK20S-E ? TV83 11AK19 ? 11AK19PRO 11AK19E3 11AK19E3 11AK19P4 11AK19E3 ? (CP
TV84A 11AK19P4 DIGITAL B 110 F DIGITAL B 110 F DIGITAL B 110 F 20.2 (100Hz) 20.2 (100Hz) 20.2 (100Hz) 20.2 (100Hz) 14.1 20.2 (100Hz)

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STB361 (SB1365
PT200 ? PT100 (100Hz) K6301 12.1 K110

Strona 81

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model chassis 14GR3000 (VMC294B) 24FKA-WF56 PCB2550 28BKN T70-PROFESSI 28WFPROFESSI 32EKH 2500 PROFESSI 32WFPROFESSI 337-4204TOP 12.GSCGSCGSC600 8445GB GSCGSCGSCGSC600 A6700/2/3/4 CUC220 Stereo A6781/2 CUC220 Stereo A7700/2/3 KT CUC220 Stereo A7701/2/3 W CUC220 Stereo A7710/2/3 CUC220 Stereo Amalienburg 8276 GSC700 Amira 26LW68-7510 L6B (BEKO) Arcance 55 Flat MF55-2502 IT/Top K1 Arcance 55 Flat MF55-2502 Top K1 Arcance 55 Flat MF55-2502/8 FR/ K1 Arcance 55 Flat MF55-2502/8 Top K1 Arcance 55 Flat--MF55-2502 IT/To K1 Arcance 55 Flat--MF55-2502 Top K1 Arcance 55 Flat--MF55-2502/8 FR/ K1 Arcance 55 Flat--MF55-2502/8 Top K1 ARCANCE 70 Flat MFW70-2410/7 22.1 ARCANCE 70 Flat MFW70-2410/IT 22.1 Arcance 72 Flat C7-C8 (C7/C8) (B ARCANCE 72 Flat MF72-2410/7 T 22.1 ARCANCE 72 Flat MF72-2410/IT T 22.1 ARCANCE 82 Flat MFW82-2410/7 22.1 ARCANCE 82 Flat MFW82-2410/7 22.1 ARCANCE 82 Flat MFW82-2410/IT 22.1 Arcance P37-5211 Arcance T55-5211 Arcance TF55-5211 Arcance TF72-5211 ARCANCE55 Flat MF55-2401/7To 16.1 ARCANCE55 Flat MF55-2401FR/T 16.1 ARCANCE55 Flat MF55-2401IT/To 16.1 ARCANCE55 Flat MF552401/5Top 16.1 Arganto 43 RP110-6410/8 PE5 (?) ATHEN 1655TEXT CUC6300 ATHEN 455 CUC3400 ATHEN 555TEXT CUC4400 ATHEN 655TEXT CUC5301

chassis CUC1836 CUC2800 CUC2800 CUC2800 CUC2800 CUC1837 (DIGI1 CUC1837 (DIGI1 CUC1837 (DIGI1 CUC1837 (DIGI1 CUC3800 CUC3870 CUC3800 CUC3800 CUC3800 CUC3800 CUC3800 CUC3800 CUC1835 CUC1835 CUC5860 CUC5860 CUC1835 CUC1835 CUC6851 CUC1860 CUC1860 CUC6851 CUC1821 CUC1851 CUC6851 CUC1826 CUC1830 CUC1852 CUC1838 CUC1852 CUC1838A (DIGI CUC1838 CUC1852 CUC1852 CUC1826 CUC1852 CUC1852 CUC1832 CUC1842 (Digi6) CUC1842 (Digi6) CUC1842 (Digi6) CUC1842 (Digi6) CUC1838 CUC1838 (DIGI1 CUC7880

Strona 87

model M72-795TOP M72-798 DOLBY M72-798 IDTV M82-100 IDTV M82-100/9 PAL PLUS M82-100/9 PALplus M82-100IDTV M82-101 IDTV M82-101IDTV M82-102 IDTV M82-102IDTV M82-105/9 IDTV M82-105/9 IDTV/PIP M82-105/9IDTV M82-105/9IDTV/PIP M82-115/9 IDTV/PIP M82-115/9IDTV/PIP M82-169/9 IDTV M82-169/9IDTV M82-1690/9TOP M82-1690/9TOP/LOG M82-169PAL PLUS M82-169PALplus M82-210/8A IDTV M82-269/9 M82-269PAL PLUS M82-269PALplus M82-39519 M82-490NIC M82-495NIC M82-496/9STEXT M82-795/9TOP M84-210/8 IDTV M84-210/8A IDTV M84-210/8AIDTV M84-210/8IDTV M84-211/8 IDTV M84-211/8IDTV M84-212/8 DOLBY M84-212/8DOLBY M84-410/8 IDTV M84-410/8IDTV M90-490/9S M95-100 IDTV M95-100IDTV M95-101 IDTV M95-101IDTV M95-102 IDTV M95-102IDTV M95-105/9 IDTV
chassis CUC7851 CUC1838 CUC1830 CUC1880 CUC1983 (Digi6) CUC1983 (Digi6) CUC1880 CUC1880 CUC1880 CUC1881 CUC1881 CUC1881 CUC1882 CUC1881 CUC1882 CUC1882 CUC1882 CUC1982 CUC1982 CUC6368 CUC6368 CUC1981 CUC1981 CUC1829 CUC1984 (Digi6) CUC1983 (Digi6) CUC1983 (Digi6) CUC3840 CUC3850 CUC3840 CUC3840 CUC7851 CUC1827 CUC1829 CUC1829 CUC1827 CUC1829 CUC1829 CUC1839A (DIGI CUC1839 CUC1827 CUC1827 CUC3850 CUC1890 CUC1890 CUC1890 CUC1890 CUC1892 CUC1892 CUC1892

Strona 88

model M95-105/9IDTV M95-115/9 IDTV M95-115/9 IDTV/PIP M95-115/9IDTV M95-390TEXT M95-410/9REFERENCE M95-411/9REFERENCE M95-490NIC M95-575/9PIP M95-91 (M9591) Megatron SE7250A PIP/Dolby MF40-2501TEXT MF5310/8 DOLBY MF55-2401/7TOP ARCANCE MF55-2401/7TOP ARCANCE 55 Fl MF55-5101NIC/DOLBY MF55-5201/8 DOLBY MF55-5201/8DOLBY MF55-5501/8 MF55-9101/8 DOLBY MF55-9101/8DOLBY MF55-9201 MF55-9201/8 MF55-9201/8 DOLBY MF55-9201/8DOLBY MF70-2401 MF72-2015 MF72-2110DOLBY MF72-2210 MF72-2210 DOLBY MF72-2310 DOLBY MF72-2401/7TOP MF72-2410/7TOP ARCANCE MF72-2501/8 Top MF72-2501/8 Top MF72-2502 IT/Top MF72-2502/8 Top MF72-2510 MF72-2510/8 Top MF72-258 DOLBY MF72-258DOLBY MF72-3101/8 DOLBY MF72-3101/8DOLBY MF72-3110 DOLBY MF72-3110/8 DOLBY MF72-3115/8 DOLBY MF72-3119 DOLBY MF72-3121 MF72-3131 MF72-430/8 DOLBY
chassis CUC1892 CUC1893 CUC1893 CUC1893 CUC3850 CUC1894 (Digi6) CUC1894 (Digi6) CUC3850 CUC5891 CUC3850 CUC1832 (100H CUC1838A (DIGI 16.1 16.1 CUC2036N CUC2136M CUC2136M K1 (BEKO) - ? CUC2136M CUC2136M CUC2121 CUC2121M CUC2121M CUC2121M 14.2 (?) 22.2

Strona 105

Producer GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG Grundig GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG GRUNDIG
model ST82-796TOP ST82-896NIC ST8276/9TOP ST8277TOP ST84-2202NIC/DOLBY ST84-796/9 ST84-869NIC/TOP ST84-8910NIC/DOLBY ST84-8910NIC/DOLBY (VNM) ST84-896FR/TOP ST84-896NIC/TOP ST84-896NIC/TOP (VNA) ST84-899 ST84-899 DOLBY ST84-899 DOLBY (VNM) ST84-899DOLBY ST84-899FR/DOLBY (VNM) ST872TEXT ST879/8 DOLBY ST879/8DOLBY ST95-575/9PIP ST95-675/9TOP ST95-775/9PIP STF55-3232/7TOP STF72-2002/8 Text STF72-3232/7TOP SUPER Color 1615 Super Color 30 seria 30T26 Elegan Super Color 8276 Super Color 8476 Super Color 8876 Super Color A3102/5 GB-UHF/VHF Super Color A3202/5 Super Color A4102/5 GB-UHF/VHF Super Color A4202/5 Super Color A5102/5 Super Color A5202/5 Super Color A6100/2/3/4 GB-UHF/ Super Color A6110/2/3/4 GB-UHF/ Super Color A6200/2/3/4 KT Super Color A7100/2/3 GB-UHF/V Super Color A7110/2/3 GB-UHF/V Super Color A7200/2/3 Super Color A7210/2/3 Super Color B3102 Super Color B4101 Super Color B4202 Super Color B6400/2/4/7 GB-UHF/ Super Color B6410 GB-UHF/VHF Super Color B7400/2/4/7 GB-UHF/
chassis CUC6380 CUC2080 CUC6880 CUC7880 CUC2062N CUC6380 CUC2080N CUC2080N CUC2080N CUC2080F CUC2080N CUC2080N CUC2080 CUC2080 CUC2080 CUC2080 CUC2080F CUC6331 CUC1837 (DIGI1 CUC1837 (DIGI1 CUC5891 CUC6890 CUC7890 C7-C8 (C7/C8) (B GSC100 GSC700 ? GSC700 GSC700 GSC700 CUC120 CUC120 CUC120 CUC120 CUC120 CUC120 CUC120 CUC120 CUC120 CUC120 CUC120 CUC120 CUC120 CUC40 CUC40 CUC40 CUC220 CUC220 CUC220

Strona 106

model Super Color B7410/2/3/4 GB-UHF/ Super Color B8400/4/7 KT/VT/GBSuper Color B8410/2/3/4 KT Super Color B8440/2 Super Color B8700 Super Color B8710 Super Color B8740 Super Color C7500/2/Super Color C7500GB-UHF/VHFT Super Color C7700 Super Color C7701 Super Color C7720 Super Color C7760 Super Color C8500/Super Color C8500/2/4 Super Color C8600GB-UHF/VHFT Super Color C8681/2/Super Color C8681GB-UHF/VHFT Super Color C8700 Super Color C8706 Super Color C8710 Super Color C8720 Super Color C8730 Super Color C8760 Super Color C8800 Super Color C8801 Super Color C8802 Super Color C8810 Super Color C8881 Super Color C8902 Super Color S8276 SYDNEY Flat SE7272/7 Dolby SYDNEY100 SE7020 IDTV/LOG SYDNEY100 SE7021 IDTV T20-6210/4 T20-6210/4text T20-6210/6 T20-6210/6text T20-6210/8 T20-6210/8text T21-6210/4 T21-6210/4text T21-6210/6 T21-6210/6text T21-6210/8 T21-6210/8text T37-4101MV T37-543CL T40-543CL T45-543CL

Strona 186

Producer model LUXOR 8289 100Hz 3D/VGA/PiP LUXOR 8289 100Hz VGA/PiP LUXOR 82G3SF++ LUXOR 82G3TF++ LUXOR 82SF20 100Hz LUXOR 82TF100 100Hz LUXOR 82TF200 100Hz LUXOR 8405 LUXOR 9128 LUXOR SN71Z4 M.ELECT MTS71U1 M.ELECT MTS74U1 MACTEC MACTEC MACTEC MAGNAS MTV2035 MAGNAV 20MG2049 MAGNAV 27MS343S MAGNAV 55P8288 Magnavox RR1337W101 MAGNUM 7090VT MAGNUM CTV308DK/VT MAGNUM TV3701 MAGNUM TV5510 MAGNUM TV5520VT MAGNUM TV5545VT MAGNUM TV5555 MAGNUM TV5575 MAGNUM TV5595 MAGNUM TV7050VT MAGNUM TV7050VT MAGNUM TV7055VT MAGNUM TV7065 MAGNUM TV7065VT MAGNUM TV7075VT MAGNUM TV85100 MARK STB1401 MARK TBT201TXT MARK TBT2830N MARK TVD3200NT MARK (Ch CTV0939SR MARQUA CTV2833SLT MARQUA MCT1494P2 MARSHAL FA2170 MASCOM 3714 MASCOM MC3729 MASCOM MC5517FST MASCOM MC7123 Mastec 30621/HTF62 MASTEC 50655
chassis MZ MZ G3_GW Safety++ G3_GW Safety++ MC2 (Multi Conce MC2 (Multi Conce MC2 (Multi Conce EURODIGI (E) EURODIGI STEREO PLUS2
K3922 K3922 K3922 F4ah GR1AX L01.1 ? PTV910 ? 13S401-00AA ? 14.2 ? PT92 ? PT2 12.1 CTS-AA PT92 16.1 (97TA027C) SM2 ? (czy? PT2) (97TA027G) 7S2190 14.1 (7SZ.190-12 14.1 DTV100 12.1 11.1 (6GJ.812) 11AK19PRO ?
GK2C ? C41 PT92 PT92J PT92 SM2 P1420 ?

Strona 187

Producer MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI MATSUI
model 1408R 1410R 1410R 1410T 1414R 1420A 1420T 1421T 1471T 1471T 1472T 1472T 1481B 1498 14T1 14TR50 14V1T OT 2003 2010R 2010T 2014T 2074R 2076R 2086T 2091 2092T 2096 20T1 20T1 20TN

CTN CTN-BB (?) CTN

TMA504A 11AK30 ?

SM1 CP370 F

CTN CTN

SM1 CP370 CP370 D4N ?

Strona 188
model 20V1T 2101 2130TX 21N1 21T1 21T10 2530TX 25M1 25M100 25N2899 28M1 28M100 28N03 28N10 28WN 28WN05 28WN05A 32WN9560ST 9670ST CT142R CT149TX CTV1496 CTV2096 CTV8207 CTV8209 CTV8310 GT1401 GT1402 GT2001 GT2003 GT2101 GT2103 GT2105 MT1402 MT2103 MT2103 T3622RM T5122RM T5122TS T5522RM

chassis TX90 ICC6 TX80 TX90 ? TX807C/CS TX91 TX807C/CS TX91 TX91 TX91G TX91G TX90 ICC6 TX807 TX807 ICC6 TX91 TX807 ICC17 TX91G ICC8 ICC8 ICC9 TX91 TX91 TX91 ICC7 TX91 ICC6 ICC17 ICC9 TX807CS ! ICC6 ICC5 NMOS ICC17 ICC8 ICC9 TX92F TX92F ICC17 ICC17 ICC8 ICC9 ICC7 TX92F TX92F ICC7 ICC6

Strona 347

model M7221VT PIP M7221VT PIP M7224 M7228VT M8422 M8500VT M8505VT M8510NIC M8521C M8522C P37S41 RP46L RP52L S7022C S7040C S7042E S70S170 SB9221 SD6325VT SD6365VT SD7025VT SD7065 SD7071 SD81 SDM7020 SDM7021 SM253PIP SM256 SM258 SV81D T5540LY T5576SF T56SC44 T6300M T6307 T6308VT T6321VT T6332NIC T6345VT T6347VT T6348VT T6349NIC T6350NIC T6350VT T6351VT T6351VT T6352 T6353 T6354P SAT T6355
chassis ICC5 SX50 PIP ICC5 ICC8 ICC9 TX92F ICC9 ICC17 ICC17 S90 ICC9 ICC9 ICC17 ICC20 (100Hz) ICC20 (100Hz) ITC008EN ICC8 ICC9 TX92 ICC9 TX92 ICC9 ICC9-107 ICC9 TX92 ICC5 CMOS IMC ICC7 ICC8 IDC2.2 TX91 TX91 82c ICC7 ICC7 ICC6 ICC5 NMOS TX92 IKC2 ICC7 ICC8 ICC9 ICC9 ICC5 NMOS ICC5 NMOS SX50 ICC5 NMOS ICC7 (?) ICC5 NMOS ICC8

Strona 348

model T6356OH T6356S T6360SH T6360VT T6366SH T6371VT T6372 T63U83 T67S83 T67SC44 T7002C T7008VT T70170 T7017VT T7019F T7021C T7022C T7032NIC T7040E T7040VT T7041E T7045VT T7047NIC T7048 T7048NIC T7049VT T7050NIC T7051VT T7052S T7055 T7056NIC T7056OH T7060NIC T7065SH T7066SH T7068TL T7077VT T7078TM T70B20VT T70K20 T70K30 T70K30VT T70U83 T71SC83 T7232NIC T7250VT T7251VT SAT T7252VT T7253VT T7254
chassis TX92F ICC9 TX92 ICC5 ? TX92F ICC5 NMOS ICC5 NMOS ICC5 82c ICC17 ICC6 ITC008 ICC6 ICC6 ICC17 ICC17 TX92 ICC19 100Hz ICC5 NMOS ICC19 100Hz ICC5 NMOS ICC9 SC85/ICC8DE ! ICC8 ICC9 ICC9 TX92 ICC9 ICC8 ICC9 TX92 TX92 TX92F TX92F ICC11 ICC7 ICC19 100Hz TX92 ICC7 ICC9 TX92 ICC5 82c TX92 ICC5 NMOS ICC5 NMOS ICC5 NMOS ICC5 NMOS ICC5 NMOS

Strona 349

Producer SABA SABA SABA SABA SABA SABA SABA SABA SABA SABA SABA SABA SABA SABA SABA SABA SABA SABA SABA SABA SABA SADKO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO SAISHO
model T7254 T7260 T7262 T7271AD T7272BS T7280VT T7281VT PIP T7635V T7636 T7677SC T7700 T7704VT T7706 T8226D T8727 T8728 T9677SC T9786V W7021C W7022E WF28B60 21T31 1420A 1465 1471T 1471T 1472T 1472T 1481B 1496T 149XA 14T1 14T1 2074R 2092T 2096T 20T1 20T2190 21T1 21T1
chassis SX50 ICC5 NMOS ICC5 ICC5 NMOS ICC5 NMOS ICC5 NMOS SX50=ICC5 NMO ICC5 NMOS ICC5 (110/70/B) ICC5 ICC5 ICC5 ICC5 ICC5 ICC5 82c ICC5 ICC17 ICC17 B14.2 = 14.2 !

chassis SCT13B SCT13B SCT11D SCT11D

P69SA SCT11B P68SC P68SC

P1B SCT11B SCT11D S15A SCT11B S15A S15A

P54S P54

P54SB P54S ! P68SC SCT11D ? SCT11D SCT11D SCT13B SCT13B SCT13B SCT11D S51A P54S P1B P1B S15A SCT11B SCT57B S60MT (SM60T, S60MT (SM60T, S60MT (SM60T,

Strona 358

model CB7226W/AMFX CB7230 CF14F12T/SXXEF CF20F42ZS CF20H12T CF21F32ZSXXEF CF501FTOX/XEF CF536R CF5939BN CF6839BN CF6844N0 CFT27918X/SMS CFTD2083TX/SMS CFTD2085 CH7226 CI20F12TS CI3351A CI3352X CI3352X/TSECX CI5012R CI5052AT CI5061A CI5061AT CI5062V CI5361A CI6229 CI6229T/SEUKX CI6271 CI6844N CI7271 CK14C8VR CK14F12T CK14F1T5XEO CK14F1TX5 CK14F1VR CK14FY5 CK20F15X CK20F1VR5S CK20H1T5XE CK20H1TR CK20H1VR5C CK20H1VR5X/NWT CK20PT30BT CK20S20 CK20S20BT CK20S20BT CK2139VR5C CK2139XR CK2166VR5S CK2173VR5X
chassis S60MT (SM60T, P72-1 KS1A KS1A KS1A KS1A(P)_Rev.1 S15A S60
S51A KS3A V18A V18A(N) S60MT (SM60T, KS1A P68SA P68SC P68SC P68SA P68SA P68SA(AT) CKC50HM P68SA P72 Z68 Z68 KS1A S15A
S15A S15-A2 S15A S15A S15A S15A S15A

Strona 359

model CK2185VR5X CK2199X3X CK2199X3X/VWT CK21F1VR CK21H1T CK21P30BT CK21S10BZ CK21S20 CK21S20BT CK21S20BT CK22B4V3C CK22B4VR CK22B5SXR CK22B5V3C CK22B6X3C CK22B7V3X CK22B8X3X CK22B9GX1 CK2502X3C CK25D4V3X CK25D4V3X/BWT CK28C7VD3X CK28C7VDG3X/EH CK2902SXC CK2902X3C CK29D4V3X CK29D4V3X/BWT CK29D4V3X/NWT CK30D5X3X CK3312Z CK3312Z/VNEX CK3313EICIX CK331EVR5S CK331EZR4X CK331EZR4X/BWT CK3326Z/OTX CK3326Z/OTX CK3335TRSERX CK3335WELTCX CK3338ZR4X CK3339ZR4X CK333ETR4X CK333EXR5X CK333EZR4X/BWT CK3348VR5X CK3351X CK3351XT CK3361A CK3366ZR4X/BWT CK3373BOLIX
chassis S51A S51A S15A SCT13B (czy? S1 S15A S15A S15A
S51A S51A S51A S51A ? S51A S51A S51A S51A P58SC P58SC P68SC
SCT13B P58SC P58SC P69SA1 P69SA
SCT13B SCT13B P68CS-M P68T P64 ? SCT13B

Strona 360

model CK3373T1 CK3373T4X CK3373T5X CK3373TSEPCX CK3373Z CK3373Z CK3373Z1X CK3373ZR4X CK3382R4X CK3383ZR1BWX CK3385TR4S CK3385XR5X CK3385ZR4X/BWT CK338CTR4X CK338CVR5X CK339ZR4X CK33H1VR5X CK346ZSE CK5012SIBEX CK5012T CK5012WELTX CK5012X CK5012Z CK5012Z/LINX CK5013Z CK501ETB4X CK501ETB4X/NWT CK501ETR4X/BWT CK501EUR5X CK501EZR4X CK501EZR4X/BWT CK501FT5X CK501T2 CK5020T1HPLCX CK5020T4ANA CK5020T5S(X) CK5020T5X CK5020Z5S(X) CK5022SGVX CK5022XT CK5027AT CK5027WELTX CK5027Z CK5038T/ANASX CK5038TBWCX CK5038ZR/BWX CK5038ZR/TBWCX CK5038ZR4X CK5039TR4S CK5039TR4S/NWT
chassis SCT11D SCT13B S15A SCT11B P1B S15A ? S15A

P69SA1

SCT13B
P58SC P58SC (chyba) P68SC-H ? P58SC P58SC P58SC SCT13B SCT13B SCT13B
SCT13B S15A P58SC SCT13B S15A S15A S15A P68XT P68SA P58T P58SC SCT11B SCT11B SCT11B SCT11B SCT13B SCT13B SCT13B

Strona 361

model CK5039TR4X/BWT CK5039VR5S CK5039VR5S/AWT CK5039ZR CK5039ZR1 CK503ETR4S CK503EUR5S CK503EZB4X CK503EZR4X/BWT CK5051A CK5051WELSX CK5051X CK5052BWX CK5061A CK5062A CK5062M CK5062T CK5066TR4S CK5066VR5X CK5066ZR4X/BWT CK5073SEPCX CK5073T CK5073T CK5073T CK5073T CK5073T0X CK5073T1 CK5073T4XEO CK5073T5X CK5073UKTCX CK5073VR5S CK5073Z CK5079T5X CK5081T CK5083ZR1BWX CK5085SEPCX CK5085TB4X CK5085TBR CK5085VR5S/AWT CK5085VR5X CK5085ZR4X/BWT CK508CTR4X CK508CVR5X CK5099TR CK5099ZR CK50H1VR5X CK512ZSE CK528Z CK5312Z CK5314XT

J60B J54A(P)_C2.0 J60B(P) J54A(P)C1.5 J54A J54A

Strona 387

model SP43T8HEX/HAC SP43T8HF SP43T8HF SP43T8HP SP43T8HPX/XEC SP43W6HF SP43W6HFR SP43W6HFR SP43W6HFX/BOB SP46L5H SP46L5HRX/XTT SP46L5HX/XEC SP46L5HX/XEH SP47Q7HFR SP47W3HF1X/BOB SP47W3HFX SP47W3HFX/XET SP48T6HP SP524JMFX/MUR SP524JMTRX SP53J5HFX SP53J5HFX/RAD SP53J5HFX/RAD SP53J7PFX SP54J7PFX SP54J8HF SP54T8HLX/XTC SP55W3HF SP55W3HF SP55W3HF SP55W3HFX SP61J5HFX SP61J5HFX/RAD SP61J5HFX/RAD SP61L2HX SP61L2HX SP63J8HF SP65W3W3HFX SPM4388PTR SPM5288PTR ST55W3PC ST61L2HD SVP46L5HXN1 SVP481HR SVP50L2HXN SVP541HR SVP56L5HXN1 TB14C52S TB14C52S/XEC TB14C5DT2S/XET
chassis J59A J54A_C2.0 J54A_C2.0 J54A(P)C1.5 J54A J54A_C2.0 J54A_C2.0 J54A_C2.0 J54A(P)_C2.0 J63A L63A(P)_Rev.1 L63A(P) L63A(P)_Rev.1 J54A_C2.0 J54A_C2.0 J52A J52A J54A(P)C1.5 SPT52A SPT52A J51A J51A J51A(REV. 1)
J60A J52A(P)REV.4 J52A(P)REV.4 J54A_C2.0
J51A J51A(REV. 1) L63A(P) L63A(P)
SPT51A SPT51A P55A(N_Rev.1) L62A(N) L62A(K_Rev.2) P55A(K) L62A(K_Rev.2) P55A(K) L62A(K_Rev.2) S15A C15A C15A

Strona 388

model TB14C5S2S/XEG TB14C5T2S TB14C5T2S/XEC TB15X5 TB20C52S TB20C52S/XET TB20C5DF2S/XEG TB20C5DF2S/XET TB20C5DT2S TB20C5DT2S/XEC TB21B5DF2S TB21B5DF2S/XEC TB331VBZ1S/XEG TB331VDT1S TB331VDT1S/XEC TB331VDZ1S/XEC TB501VAT1S TB501VAT1S/XEG TB501VCT1S/XEC TB501VDZ1S/XET TB531VAT1S/XEC TB531VCT1X TC29J6MN TC29J6MNX TCD1341 TE14N53X/XEU TF14N34XEF TF14P64X/XEF TF20C53X/XEF TF50P1D TI14N34X/XEU TI14N54X/XEU TI14P1DF4X/XEC TI14P1DF4X/XEU TI14P74X/XEU TI14P94X/XEU TI20P1DF4X/XEU TI20P5DF4X/XEU TP29J10 TP29J10XX/AAU TT14A54X/XAX TT20A54X/GSU TT20A54X/RCL TT20A54X/XAX TTB1340W TV-CX3351 TV-CX5051 TV6861 TVCR4500SGX TVP3350
chassis C15A S15A C15A C17A(P) S15A C15A C15A C15A S15A C15A S15A C15A SCV11F SCV11F SCV11F SCV11F SCV11F SCV11F SCV11F SCV11F SCV11F SCV11F V18B(N) V18B CKA50ZM C15C C17A C17A (TS10) C15C C17A(P) C17A (TS10) C17A (TS10) C17A C17A (TS10) C17A (TS10) C17A (TS10) C17A (TS10) C17A (TS10) V18B(N) V18B ? V15A V15A V15A V15A CKA50ZM E5 E5 SCT12A P58M SCV11A

Strona 389

model TVP3360X TVP5050 TVP5050IST TVP5050WR TVP5050X TVP5050XST TVP5050XT TVP5070 TVP5350 TVP5350XST TW14C52S TW14N63/BWT TW20C5DR TW20P1DR TW5050D1X TWP5350WR TX-C2515 TX-C2516 TX-C2715 TX-C2716 TX14B3F3X/SEC TX14B73X TX14C32X/AMF TX14C9 TX14N34X/XET TX14N3DF3X/XEG TX14N3DF4X/XET TX14N3DF4X/XET TX14N3F3X TX14N3F3X/NSI TX14N53X TX14N53X/SEC TX14N53X/XEE TX14N5F3X TX14N5F3X/SEC TX14N73X/XEN TX14N7F3X/SEC TX14P14X TX14P1DF TX15X5F TX20C33X/XET TX20C3DF3X/XET TX20C53X TX20C5DF TX20C5DF3X/SEC TX20P11 TX20P1DF TX20P1DF4 TX20P1F TX21B4DF4X/XET

chassis SCV11D SCV11A SCV11A SCV11 SCV11 SCV11 PS14 SCV11A SCV11 C15A C15C (Rev2) C15A C17A(P) SCV11A K52A2 K52A2 K52A2 K52A2 C15C C15C SCV11F ? C15A C17A (TS10) C15C (Rev2) C17A C17A (TS10) C15C C15C (Rev2) C15C C15C (Rev2) C15C (Rev2) C15C C15C (Rev2) C15C (Rev2) C15C (Rev2) C17A C17A ? C15C C15C C15C C15C C15C C15C KS9A C17A C17A C17A(P) C17A (TS10)

Strona 390

model TX21B5DF3X TX21B5DF3X/SEC TXB2525 TXC2515 TXC2516 TXC2715 TXC2716 TXE2045 TXE2046 TXE2545 TXE2546 TXE2549 TXE2745 TXE2746 TXE2749 TXF2899 TXF2899/UCX TXH1370NX/XAA TXH1972 TXJ2550X/XAC TXJ2550XS/XAC TXJ2554S/XAC TXJ2566T/XAA TXJ2567T/XAA TXJ2567T/XAC TXJ2750X/XAC TXJ2766T/XAA TXJ2767T/XAA TXJ2768T/XAA TXJ2768T/XAC TXJ3276X/XAA TXJ3278X/XAA TXJ3278X/XAC TXJ3676X/XAA TXJ3678X/XAA TXJ3678X/XAC TXN1430FX/XAA TXN2670WHFXXAA TXN2745FP TXN2771HFX/XAA TXN2771HFX/XAC TXN2798HF TXN3075WHF TXN3075WHF TXN3271HF TXN3271HF TXP3066WX/XAC TXP3235X/XAC UCK5013Z UW17J11VD
chassis C15C C15C K52MA ? K52A2 K52A2 K52A2 K52A2 KCT52A KCT52A KCT52A KCT52A KCT52A KCT52A KCT52A KCT52A KCT53A ? KCT55A K15A (H) K15A K51A K51A K51A K51A K51A K51A K51A K51A K51A K51A K51A K51A K51A K51A K51A K51A K51A K15D K55A K55A(N_R.2) K55A K55A K55A(N_R.1_DVI K55A(N_R.2) K55A(N_R.2) K55A(N_R.2) K55A(N_R.2) K61A KS7A P58SC C18A

Strona 391

model UW21J10VD UW28J10VD UW28J10VD5XXEU WF28W6N3X/XEF WF32V56F WI24W6VD3X/XEU WS24V53NS8XXEC WS24W63NS8XXEC WS24W6VNG8X WS2820PP WS28A114VWXXEC WS28A116VNXXEC WS28M064N8XXEC WS28M064N8XXEU WS28M064NWXXEC WS28M164NWX WS28M164NWXXEC WS28M164VWXXEC WS28M204D9XXEU WS28M64S8 WS28M64V WS28V53NS8 WS28V55VS8 WS28V55VSG WS28W5VNS8X WS28W65VS8XXEC WS28W6HA WS28W6WG8X WS28W73NS8XXEC WS28W73NS8XXEC WS28W75VS8XXEC WS28W8VD WS28W8VDE WS28W8VNE8 WS28Z44VS8XXEC WS28Z46VS8 WS28Z46VS8XXEC WS3220PF WS3220PP WS32A1081GXXEC WS32A108P WS32A10HW WS32A114VWXXEC WS32A116D WS32A20SDSXXSA WS32M066TGXXEC WS32M066V WS32M066VGXXEC WS32M164VWXXEC WS32M204D9XXEU
chassis C18A C18A C18A(P) S51A KS3A ? S51A KS3A(P) 50Hz(R KS3A(P) 50Hz(R KS3A WZ74 KS7A S61A KS3A KS3A(P)_50Hz(R KS7A KS7A (?) KS7A -S59B(P) TROY2 KS3A KS3A (KS3AP ?) KS3A KS3A K55A KS3A KS3A(P) (REV. 2) SCT53A KS3A KS3A(P)_50Hz(R KS3A(P)_50Hz(R KS3A(P)_50Hz(R KS3A ? KS4A KS3A(P)_50Hz_R KS3A(P)_50Hz(R KS3A(P)_50Hz_R KS3A(P)_50Hz(R WZ74 WZ74 K55A(P) YOUNG K55A(P)YOUNGS -S59A S59A K55A(P) YOUNG K55A --S59B(P) TROY2

Strona 392

model WS32M206V WS32M64N WS32M64NS8XXEC WS32M66TSGXXEC WS32M66VS8 WS32V56VSG WS32W66VS8 WS32W68AS9 WS32W68AS9XXEC WS32W6HA WS32W6HAX/XEC WS32W6VNG WS32W74NS8XXEC WS32W76V WS32W76VS8XXEC WS32W8HD WS32W8HDP9X WS32W8VDE WS32Z068P WS32Z068TGXXEC WS32Z10HVTQ WS32Z30 WS32Z306 WS32Z306V WS32Z308 WS32Z308P WS32Z30HE WS32Z409 WS32Z419D8XXEU WS32Z44V WS32Z46V WS32Z46VS8 WS32Z46VSGXXEC WS32Z46VSGXXEU WS32Z48DS9XXEC WS32Z48DS9XXEC WS32Z4HF9X/BWT WS32Z4HF9X/SAP WS32Z4HF9X/SED WS32Z4HF9X/XSA WS32Z4HF9XSBWT WS32Z68PSGXXEC WS32Z78RSM WS3674HF9X WS36Z4HF9X/BOB WS36Z4HF9X/BWT WS36Z4HF9X/SED WS36Z4HF9X/XEH WT32Z10HD WT32Z10HD

chassis ICC17 ICC17 ICC17 ICC17 ICC19 ICC19 (100Hz) ICC19 (100Hz) TX92F TX807CS ICC20 (100Hz) ICC20 (100Hz) ICC17 ICC17 ICC17 ICC17 ICC20 (100Hz) ICC19 (100Hz) ICC19 ICC20 (100Hz) ICC17 ICC20 (100Hz) ICC20 (100Hz) ETC210 (cyfr.) (1 ETC210 (cyfr.) (1 TX807CS ITC008 ITC008 ICC17 ICC17 ETC210 (cyfr.) (1 ICC20 (100Hz) ICC17 ICC17 ITC008 ICC20 (100Hz) ICC20 (100Hz) ICC17 ICC17 ICC19 TX92F ICC9 TX92F ICC9 ICC11 ICC19 (100Hz) ICC17 ITC008 ICC20 (100Hz) ICC20 (100Hz)

Strona 491

model 28M856J 28MN20E 28MN79DL 28VK24U 28VK25E 28VK25EG 28VK25ES 28VK25UG 28VK25US 28VK26UW 28VK27WS 28VK35ES 28VK35US 28VK44E 28VK44ES 28VK45E 28VK45EG 28VK45ES 28VT60E 28VT62J 28VT65J 28VT68N 28WD210S 28WD211S 28WF200G 28WF201G 28WF25EG 28WF25ES 28WF25UG 28WF25US 28WF400G 28WF401G 28WF45EG 28WF45ES 28WF45UG 28WF55ES 28WF64EB 28WF64EL 28WF64ER 28WF64ES 28WF64US 28WH101 28WH200S 28WH201S 28WH402S 28WH403S 28WH412S 28WM402 28WN22C 28WN22E
chassis ICC9 TX92F TX92F ICC17 ICC17 ICC17 ICC17 ICC17 ICC17 ICC17 ICC17 ICC17 ICC17 ICC19 (100Hz) ICC19 (100Hz) ICC20 (100Hz) ICC20 (100Hz) ICC20 (100Hz) ICC19 (100Hz) ICC9 ICC9 ICC11 ICC17 ICC17 ICC17 ICC17 ICC17 ICC17 ICC17 ICC17 ICC20 (100Hz) ICC20 (100Hz) ICC20 (100Hz) ICC20 (100Hz) ICC20 (100Hz) ICC20 (100Hz) ICC19 ICC19 ICC19 ICC19 (100Hz) ICC19 ITC008 ICC17 ICC17 ETC210 (cyfr.) (1 ETC210 (cyfr.) (1 ETC210 (cyfr.) (1 ICC17 ICC17

Strona 492

model 28WN22U 28WO43E 28WR22E 28WR22U 28WR23EG 28WR23UG 28WR25UG 28WR45EG 28WS100 28WS21E 28WS22E 28WS22U 28WS23E 28WS23U 28WS24E 28WS24E 28WS26EW 28WS42E 28WS43E 28WS45ED 28WS72J 28WS78KE 28WS78M 28WS78MP 28WT25ES 28WX210 28WX210S 28WX211S 28WX35ES 28WX35US 28WX410S 28WX410T 28WX411S 28WX411T 28WX55ES 28WX65ES 28WX65US 28WZ210S 28WZ400S 28WZ412S 28WZ413S 28WZ510S 28WZ610S 28WZ611S 29DC220S 29DC410DS 29DC410S 29DC630S 29DC830 29DC850
chassis ICC17 ICC20 (100Hz) ICC17 ICC17 ICC17 ICC17 ICC17 ICC20 (100Hz) ITC008 (?) ICC17 ICC17 ICC17 ICC17 ICC17 ICC17 ITC008 ICC17 ICC19 (100Hz) ICC19 (100Hz) ICC19 (100Hz) ICC9 ICC19 ICC19 (100Hz) ICC19 ICC17 ICC17 ICC17 ICC17 ICC17 ICC20 (100Hz) ICC20 (100Hz) ICC20 (100Hz) ICC20 (100Hz) ICC20 (100Hz) ICC19MM ICC19 ICC17 ICC20 (100Hz) ETC210 (cyfr.) (1 ETC210 (cyfr.) (1 ICC20 (100Hz) ICC21 ICC21 ITC008 ETC210 (cyfr.) (1 ETC210 (cyfr.) (1 ICC21 ITC222 ITC222

Strona 493

model 29DF170G 29DF172 29DF25EB 29DF25EG 29DF25ES 29DF400EN 29DF400G 29DF42E 29DF42ES 29DF45CS 29DF45EB 29DF45EG 29DF45ES 29DF55N 29DF65J 29DH21E 29DH22C 29DH40E 29DH42E 29DH50N 29DH50ND 29DH55N 29DH58NE 29DH78K 29DH79J 29DJ24 29DJ24E 29DJ25EG 29DJ35ES 29DJ42E 29DJ44E 29DJ45EG 29DJ45ES 29DJ55ES 29DJ74E 29DL200G 29DL21C 29DL21E 29DL22C 29DL22E 29DL25ED 29DL40E 29DL42E 29DM182KG 29DM400 29DM400KG 29DU21E 29DU22E 29DU40E 29DU43E

chassis ICC20 (100Hz) ITC008 ICC17 ICC17 ICC17 ETC210EN ! ICC20 (100Hz) ICC20 (100Hz) ICC20 (100Hz) ICC20 (100Hz) ICC20 (100Hz) ICC20 (100Hz) ICC20 (100Hz) ICC11 ICC9 ICC17 ICC17 ICC19 (100Hz) ICC19 (100Hz) ICC10 ICC11 ICC11 ICC9 ICC19 ICC9 ICC17 ICC17 ICC17 ICC20 (100Hz) ICC19 (100Hz) ICC21 ICC20 (100Hz) ICC20 (100Hz) ICC19 (100Hz) ICC17 ICC17 ICC17 ICC17 ICC17 ICC17 ICC19 ICC19 ITC008 ETC210 (cyfr.) (1 ETC210 (cyfr.) (1 ICC17 ICC17 ICC19 ICC19 (100Hz)

Strona 494

model 29DU45ED 29DU60E 29DU70E 29DU78K 29DU78NE 29DU78NV 29DU88M 29DU88NE 29DU98MP 29DX170S 29DX172 29DX175S 29DX175S 29DX175S 29DX210S 29DX25ES 29DX35ES 29DX400S 29DX410S 29DX45 29DX45ES 29DX55ES 29DX610S 29DX640S 29DX640Z 29DZ210S 29DZ220S 29DZ510S 29DZ610S 29DZ612S 29DZ640S 29DZ840W 29EF400S 29EX170S 29EX42E 29EX450S 29EX510T 29EX510T 29MH21E 29MH50N 29MN20C 30LB020S4 32EX450S 32EX45ES 32LB220B4 32VK24U 32VK25E 32VK25EG 32VK25ES 32VK26UW
chassis ICC19 (100Hz) ICC19 (100Hz) ICC19 (100Hz) ICC19 ICC11 ICC11 ICC19 ICC19 (100Hz) ICC19 TX807CS EN ITC008 ICC9 (pono) ITC008 ITC008 ICC17 ICC17 ICC17 ETC210 (cyfr.) (1 ICC20 (100Hz) ICC21 (?) ICC20 (100Hz) ICC20 (100Hz) ICC21 ICC21 ICC21 ICC17 ITC008 ICC20 (100Hz) ICC21 ICC21 ICC21 ICC21 ICC20 (100Hz) TX807CS ICC20 (100Hz) ICC20 (100Hz) ITC222 ITC222 ICC17 ICC11 TX92F LCD02TC ICC20 (100Hz) ICC20 (100Hz) IFC228LCD ICC17 ICC17 ICC17 ICC17 ICC17

Strona 495

model 32VK27WS 32VK35US 32VK44E 32VK44ES 32VK45E 32VK45EG 32VK45ES 32VK55ES 32VK66EW 32VK66NW 32VK74E 32VT62J 32VT65J 32VT68N 32VT68ND 32VT68NE 32VT68NV 32VT75ED 32VT88NP 32WB642S 32WB643S 32WB842S 32WB843S 32WBCANAL 32WD610S 32WD611S 32WD810B 32WD811B 32WE612 32WE612B 32WF200G 32WF25EG 32WF25ES 32WF25UG 32WF25US 32WF400G 32WF401G 32WF402G 32WF45EG 32WF45ES 32WF45UG 32WF55ES 32WF64E 32WF64EB 32WF64EL 32WF64ER 32WF64ES 32WF64US 32WF66NW 32WF66WB
chassis ICC17 ICC17 ICC19 (100Hz) ICC19 ICC20 (100Hz) ICC20 (100Hz) ICC20 (100Hz) ICC20 (100Hz) ICC19 ICC19 ICC19 (100Hz) ICC9 ICC9 ICC11 ICC11 ICC11 ICC11 ICC19 (100Hz) ICC19 (100Hz) ITC222 ITC222 ITC222 ITC222 ITC222 ICC21 ICC21 ICC21 ICC21 ITC222 ITC222 ICC17 ICC17 ICC17 ICC17 ICC17 ICC20 (100Hz) ICC20 (100Hz) ETC210 (cyfr.) (1 ICC20 (100Hz) ICC20 (100Hz) ICC20 (100Hz) ICC20 (100Hz) ICC19MM-100Hz ICC19 ICC19 ICC19 ICC19 (100Hz) ICC19 ICC19 ICC19 (100Hz)

Strona 496

model 32WF66WL 32WF66WR 32WF66WS 32WF74ES 32WF84F 32WF84G 32WH210S 32WH211S 32WH402S 32WH403S 32WH412S 32WM402 32WN22E 32WN36 32WN42E 32WO43E 32WR22E 32WR22U 32WR23EG 32WR25UG 32WR402S 32WR45E 32WR45EG 32WS22U 32WS23E 32WS23U 32WS24E 32WS26EW 32WS42E 32WS43E 32WS45ED 32WS65EW 32WS65UD 32WS88KE 32WS88ME 32WS98MP 32WT210S 32WT45ES 32WX210S 32WX211S 32WX35ES 32WX35US 32WX401T 32WX410 32WX410S 32WX410T 32WX410X 32WX411S 32WX411T 32WX55ES
chassis ICC19 ICC19 ICC19 ICC19 (100Hz) ICC19 ICC19 ICC17 ICC17 ETC210 (cyfr.) (1 ETC210 (cyfr.) (1 ETC210 (cyfr.) (1 ETC210 ICC17 ICC20 (100Hz) ICC20 (100Hz) ICC20 (100Hz) ICC17 ICC17 ICC17 ICC17 ETC210 (cyfr.) (1 ICC20 (100Hz) ICC20 (100Hz) ICC17 ICC17 ICC17 ICC17 ICC17 ICC19 (100Hz) ICC19 (100Hz) ICC19 ICC19 (100Hz) ICC19 ICC19 ICC19 (100Hz) ICC19 ICC17 ICC20 (100Hz) ICC17 ICC17 ICC17 ICC17 ICC20 (100Hz) ICC20 ICC20 ICC20 ICC20 ICC20 ICC20 (100Hz) (100Hz) (100Hz) (100Hz) (100Hz) (100Hz)

chassis TX807C TX91G TX807C TX91 TX807C TX807 TX807 TX807 TX807C TX807C TX807C TX807C TX807C TX807C TX807C TX807C TX807 TX91G TX91G TX91G TX807 TX807 TX807 TX807C TX807C TX807C TX807C TX807 TX807 TX807 TX807 TX807C AK30 TX91G TX91G TX807 TX807 TX807C TX807C TX807CS TX807CS TX807CS TX807CS TX807CS TX807CS TX807CS TX807CS ICC17 TX91G TX91G

Strona 505

model M5576GF M63170RI M63171R M63171RI M6317U M6322E M6322U M7017U M7022E M85170RI M85200S M8521E M8522E MA115CG MA116ES MA211C MA216CG MF210C MF215CG MF216ET MF622E MF744E MG1470CT MG1476C MG1480AT MS2170CT NATURE1 NATURE2 NATURE3 ORANGE1 ORANGE2 ORANGE3 PALCOLOR S4400DM PALCOLOR S5400DM PALCOLOR S5400DMD PALCOLOR S590NIC Prestige 2000 PRESTIGE 63KH PRESTIGE 72KH RP46N RP46TH RP52TH RP844E S2010 S2011 S2014 S2014B S2014BC S2014BU S2014C
chassis TX91G TX807CS TX807CS TX807CS TX807CS ICC17 ICC17 TX807CS ICC17 TX807CS ICC17 ICC17 ICC17 TX807 TX807C TX807 TX807 TX807 TX807 TX807C ICC17 ICC19 TX91G TX91G TX807 TX91G TX807 TX807 TX807 TX807 TX807C TX807C ICC11 ICC11 ICC10 ICC10 ICC8 ICC10 ICC10 ICC9 ICC9 ICC9 ICC19 TX807 TX807C TX807 TX807 TX807 TX807 TX807

Strona 506

model S2014G S2014GC S2014U S2021 S2021G S2029 S7022E S70400RI S70410RI S7044C SMOOTH SMOOTH2 SPACESYSTEMSL70D SPECTRASC63TH STYLE STYLE2 SUGAR SUGAR2 SW2028 SW2032 T4207PI4 T5106PI4 T5150PI4 T5560RI T5570SF T59NB T63K30 T68NB T70170RI T70171R T70171RI T70172RI T70173RI T7017E T7017ES T7017U T7021E T7022E T78N TF5557 TF5570 TF5571 TF5573 TF6353 TF6353PSK TF6357 TF6450PSN TF7253 TF7254 TF7257
chassis TX807 TX807 TX807 ICC17 ICC17 ICC19 (100Hz) ICC17 ICC20 (100Hz) ICC20 (100Hz) ICC20 (100Hz) TX807C TX807C ICC11 ICC10 TX807C TX807C TX807C TX807C ICC19 ICC19 ICC4104M (90) ICC4104M (90) ICC4104M (90) AK30 TX91G TX92 ICC9 TX92 TX807CS TX807CS TX807CS ITC008 ITC008 TX807CS TX807CS TX807CS ICC17 ICC17 TX92 IKC2 ICC5 IKC2 IKC2 IKC2 ICC5 NMOS IKC2 ICC5 IKC2 ICC5 IKC2

Strona 507

Producer THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO THOMSO TOBO TOKAI TOKAI TOKAI TOKAI TOKAI TOKAI TOMSONI TOPLINE TOPLINE TOPLINE TOPLINE TOPLINE
model TF7350ESN TF7352PSN TF7354 TREK TROPHY TS3654 TS5125 TS5171 TS5575 TV25ST TV28ST TVP100L TVP500D URBAN V51N V51NB VS644E W70200RI W70201RI W70201S W7021E W7022S W81200RI W81201RI W81201S W8122S W8123U WF70401G WS3268N WS460E2 X51F X51FB XINOX XINOX2 XINOXTV ZEO CT9521T C541DR CTV2050 LTV3620 LTV4020PS LTV403L LTV5120 LTV5520 CT2163 5159
chassis ICC5 ICC5 ICC5 TX807C TX807C ICC4 IKC2 IKC2 IKC2 ICC17 ICC17 VP2001 VP2001 TX807C TX91 TX91G ICC19 ICC17 ICC17 ICC17 ICC17 ICC17 ICC17 ICC17 ICC17 ICC17 ICC17 ICC20 (100Hz) ICC11 ICC19 TX91 TX91G TX807C TX807C TX807C TX807C

model 32HFBTR16932 TR2121LTXT GTH3766 7151PS TAP140V TAP140VT TAP2?4? TAP200VT TAP2101T TAP2102TS TAP2105T1 TAP2105TS TAP2106 TAP2107T TAP2108TN TAP2111ST TAP2131 TAP2133 TAP2134 TAP2145 TAP2511ST TAP2531 TAP2533 TAP2534 TAP2536 TAP2811 TAP2831 TAP2833 TAP2834 TAP2836 FA2430 CTV8310 TC1670 DCS1434VR DMQ2093 F2278 FCTU2890 DQ8863VT N70TXS N70TXS TV70420E UC267 CTV-S7096 CTV556VT CTVM371VT S550VT S556VT M448TS
chassis 8500 PROFESSI CTU-AB P37-13 11AK20M3 11AK20 PB410 11AK19
PB212 CP375 CP380(A) PB310 PB310 PB4101 PB310 PB310 PB310 PB310 PB310 PB310
C9001 10.3 10.3 TVTESI4 TESI4 TESI4 TESI4 SIESTA2 (a fakt.:

Strona 519

Producer UNIMOR UNIMOR UNIMOR UNIMOR UNIMOR UNIMOR UNIMOR UNIMOR UNIMOR UNIMOR UNIMOR UNIMOR UNIMOR UNIMOR UNIMOR UNIMOR UNIMOR UNISON UNISON UNITED UNITED UNITED UNITED UNITED UNITED UNITED UNITED UNITED UNITED UNITED United UNITED UNITED UNITED UNITED UNITED UNITED UNITED UNITED UNITED UNITED UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS
model M449TS M449TSO M454TSO M459TS M459TSO M462T M645TS M646TSO M651TSO M652TSO M845TS M846TSO M851TSO M852TSO M901TSO SAT T41A2T T51A2T UN6143 UN6285 TVC4148SI TVD5034 UTV14X42 UTV2028H UTV20X30 UTV20X40 UTV20X43 UTV21X42 UTV3028H UTV4021 UTV4028H UTV4028XAS UTV4028XAS UTV4028XAS UTV4028XASA UTV4028XASH UTV8028 WTV1028B WTV1028BNS WTV3032XAS WTV3032XASH WTV3032XASHP

chassis SIESTA3

SIESTA3 SIESTA3
SIESTA3 SIESTA3 SIESTA3(A) SIESTA2 SIESTA3 SIESTA3(A) SIESTA3
TV2K (40F-TV2K 20.2 (100Hz) 20.2 14.5 (ZX8.190-11 14.5 (ZX8.190-11 C7 (czy? 14.5) (B 20.2 (100Hz) 11.1 ? 14.1 (BEKO 7SZ. 14.1 20.2 20.2 (100Hz) 20.2 (100Hz) 11AK12-19 E9 (S9 P/B STP 5000 11AK20 11AK20 11AK20 11AK20 11AK20 11AK16

1413621

Strona 520
Producer Universum UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS UNIVERS
model CTV7027 FK1008 FK1009 FK1050VT FK1081A FK211 FK226 FK2743 FK2943 FK4001 FK4356 FK4356 FK4356 FK4357 FK4366 FK4366 FK4367 FK4374 FK4375 FK4376 FK4379 FK4380 FK4388 FK4680 FK5930 FK5936 FK5937 FK5937 FK5938 FK5940 FK5940 FK707 FK7136 FK7136VT FK81011 FK81011 FK8105 FK8105 FK8106 FK8120 FK8120 FK8125 FK8126VT FK8150 (CTV95016) FK8150T FK8156T FK8165 FK8170 FK8170T FK8185

model FT8195 FT8196 FT8197 FT8197 FT8198 FT8198 FT8251 FT885 FT886 FTHDD8123 TV5055 TV70242 TV7090CTI TW82X6 XT3781MS 2015X CTV55TXT
chassis 11AK19B1 11AK19B 11AK19P 11AK19P5 (11AK 11AK12 11AK19B DTV1 (czy? PC1 DTV1 11AK18 E9 TV17.1 (31MB0001SE) MC2B (FJ708TV) E9 ? 11AK30A4 11AK20M4 11AK20M6 11AK20S-E 11AK20S-M6 11AK20S2
11AK53-2140 2151T 2851 2851NST 3281 3716T 5166

11AK30-1 11AK30

11AK19P5 11AK19P4
11AK20SE 11AK19P4 11AK06 11AK10

Strona 528

Producer VESTEL VESTEL VESTEL VESTEL VESTEL VESTEL VESTEL VESTEL VESTEL VESTEL VESTEL VESTEL VESTEL VESTEL VESTEL VESTEL Videoseve VITEK VITEK WALTHA WALTHA WALTHA WALTHA WALTHA WALTHA WALTHA WALTHA WALTHA WALTHA WALTHA WALTHA WALTHA WALTHA WALTHA WALTHA WALTHA WALTHA WARRON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON
model 5596HF 6330 7289ST CT2155 CTV3771M CTV5155 CTV5511TXT CTV7292N VMS5596 VR1406TS VR2106TF VR37TF1445 VR54FTS2115 VR54TF2145 L17.4A VT1011 VT2125 28CH99 TS3341TXT TS3342 TS3343 TS3350 TS3350 TS3625PSN TS3659PSN TS4351 TS4352 TS5355 TS5356 TS6354 TS6355 TS8351 W14BLK WT637 WT821A WR777 FA2170 FA2430 FA2501 FA2510 FA2620 FA2801 FA2801TS FA2840 FA2845 FA2851TS FA2866 FA2875

chassis 11AK30-2 11AK36

11AK36 11AK19 11AK19P 11AK19B1 11AK21H-1 11AK36 11AK30A11 11AK30 11AK30A4 RX174T
F6 11AK19 PRO 11AK19 PRO F9-01 F9.01 11AK28

Strona 529

Producer WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON
model FA2876 FA2877 FA2896 FA3201 FA3201TS FA3610 FA3619 FA3621 FA3621 FA3622 FA3622 FA3627T FA3628T FA3629 FA3630 FA3650 FA3651 FA3660 FA3661 FA3670 FA3675 FA5100 FA5112 FA5112 FA5113 FA5116 FA5119 FA5129 FA5139 FA5149 FA5151 FA5329 FA5330 FA5339 FA5339/STEREO FA5430T FA5432T FA5439TS FA5440T FA5440TSF FA5441T FA5465 FA5470 FA5471 FA5472 FA5473 FA6302 FA6329 FA6329 FA6329
chassis F9 F9 11AK19 PRO 11AK19 PRO 11AK20SE4 11AK36-1 11AK36A2 11AK36 11AK36A6 11AK36 11AK36 11AK20S 11AK20SE5 TELRA ?
SM1 SM1 PT11 PT11 11AK19 11AK19PRO 11AK19 11AK19 11AK30-2 11AK19 11AK19 11AK19PRO 11AK19-8A 11AK30-2 11AK30 11AK30 11AK30 11AK19 PRO 11AK30 SM1 ? SM1 Stereo PT11 F9 11AK19 PRO 11AK19E3 11AK19P4

Strona 530

Producer WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WATSON WELLTEC WELLTEC WEST Wharfedal Wharfedal WHITE-W WILSON WITJAZ WITJAZ WITJAZ WITJAZ WITJAZ WITJAZ X4 TECH XANTRAX XANTRAX XANTRAX XANTRAX XANTRAX XANTRAX XIRON XOLECO XOLECO XOLECO YATASHI YOKO YOKO YOKO YOKO YOKO YOKO YOKO

 

Tags

220-240V MDX-M690 XD-452 DWD-M8031 PV-DV200D MDT521S FX-85W ZX900-C1 KF-60SX300K Takeoff 2010 IDF-0720 SH-E65 Roland ME-8 EH-TW420 Airis L108 Boston C13 CQ-C1011NW TX32LE8FA SA-VE315 SPP-AQ500 Review 11 0 G2736N Version 6 VDR-M70 GR-DVL817 Player 10 DZ-HS501E Meter IV Digital Elph 230 ACX C5950 500-C PM-350 870 BT SGH-T469 BC-9009 HP 40G DP1000 Wagner W650 Lexmark 450 V-323N MD7261 Peinture 515 Powershot S30 KX-TCD210 SL-107 ZR100 Alicante CD31 VGN-FW31M DX7II BCT-1730 KDC-X491 Motorola GP68 LE32A450c2 4 Li-2 Forecast H6315 WMA10 4-evolution HL-5270DN F1-vaci 2171 WH Soccer Actyon AVH-P3100DVD ATC9K Dvdr3570H-31 Siemens SL75 DSL-524T PS15KX Av-21 1200 CP RX-ED77 Sbchd1505U PRO V5 TCS-100DV CR-820 PEG-NX73V Phaser 6180 29PT9015 System Explorer-1998 IC-M700 Finepix F100 Ultra Wide 32PF7321 Webcam M5811 Xdpu50D TC-1465 Phone Helmetcam Starbox F03 AE3625 Grandam 2002 DMC-FZ10 Coupe HW-C700 CL6010 Refrigerator 27

 

manuel d'instructions, Guide de l'utilisateur | Manual de instrucciones, Instrucciones de uso | Bedienungsanleitung, Bedienungsanleitung | Manual de Instruções, guia do usuário | инструкция | návod na použitie, Užívateľská príručka, návod k použití | bruksanvisningen | instrukcja, podręcznik użytkownika | kullanım kılavuzu, Kullanım | kézikönyv, használati útmutató | manuale di istruzioni, istruzioni d'uso | handleiding, gebruikershandleiding

 

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