tvla14 zonda

TECHNICAL SPECIFICATIONCode

1017234000Rev.

Model

TVLA14Release Date

10/07/02Page

1/18

Emitted byMARCO ERICH TANAKA

Approved byWALTER IERVOLINO JR.

Ver. No PA Description Date

PRODUCT TECHNICAL SPECIFICATION


1017234000Rev.

ModelTVLA14

Release Date10/07/02

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Procedure to check up color TV electrical parameters

1. Audio

1.1 Output power at 10% THD

1st method: antenna input connection

a) TV setup in “PP” condition (frequency and channel factory defined)b) Apply 60dBµV signal to antenna input, modulated with white pattern in 88% and audio signal with

1kHz frequency modulated in FM with ± 25kHz deviation.c) Connect to the audio power amplifier output a resistive load with equivalent Ohm value of

speaker used on the tested TV.d) Connect a AC Voltmeter/Distortion Meter to the resistive load and increase volume control until

Distortion Meter reading be 10%.e) Measure voltage on the resistive load and calculate power through next equation:

P = (V²/R)Where “V” is voltage in VOLTS, “R” is resistive load in OHMS e “P” is power in WATTS.

2nd method: connection through external video and audio input

a) TV setup in “PP” condition.b) Connect a color bar generator (PAL-M system) to video input.c) Connect an audio generator with 500mVAC level and 400Hz sinusoidal frequency to audio input.d) Connect to the power amplifier output a resistive load with equivalent Ohm value of speaker

used on the tested TV.e) Connect a AC Voltmeter/Distortion Meter to the resistive load and increase volume control until

Distortion Meter reading be 10%. Measure voltage on the resistive load and calculate powerthrough next equation:

P = (V²/R)Where “V” is voltage in VOLTS, “R” is resistive load in OHMS and “P” is power in WATTS.

Minimum Nominal Maximum Unit2.00 2.90 - W


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1.2 Audio Residual

a) TV setup in “PP” condition.b) Apply 60dBµV signal (frequency and channel factory defined) to antenna input modulated with

white pattern at 88% and audio signal with 1kHz frequency modulated in FM with 25kHzdeviation.

c) Connect an oscilloscope to power amplifier output (connect for the speaker).d) Adjust volume to minimum.e) Use the oscilloscope to measure peak-to-peak voltage, in Volt peak-to-peak (Vpp).

Minimum Nominal Maximum Unit- 25 500 mVpp

1.3 Audio frequency response in TV’s without tone control

a) TV setup in “PP” condition.b) Connect a color bar generator (PAL-M system) to video-in.c) Connect to the audio input TV - an audio generator adjust to 500 mVac level, and sine wave

1kHz..d) Connect to the output power amplifier a resistive load with the same value of the impedance

speaker.e) Connect na AC voltmeter over the resistive load and adjust volume control until obtain 1 Vac ).f) Realign the audio generator to 100 Hz sine wave at the same level ( 500 mVac).g) Read the new voltage in the resistive load and calculate the change in dB through next equation:

A(100Hz)=20 log(VLF /VREF)

The result is defined in “Decibel units “

h) Readjust the audio generator frequency to 10 kHz at the same level.i) Read the new voltage Vh at the resistive load and calculate the change in dB through the next

equation:

A(10kHz)=20log(VHF/VREF)

Condition Minimum Nominal Maximum Unit100Hz -4,00 0,00 +2,00 dB10kHz -5,00 -1,00 +3,00 dB


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1.4 Áudio frequency response for the stereo television set with tonality control

a) Repeat the above procedures (item 1.3) for the following additional conditions:

Condition Minimum Nominal Maximum UnitBass control in max. position 100Hz - - - dBTreble control in the meddle. 10kHz - - - dBBass control in the min position. 100Hz - - - dBTreble control in the meddle. 10kHz - - - dBBass contr. in the meddle post.. 100Hz - - - dBTreble control int the min pos.. 10kHz - - - dBBass contr. in the meddle pos. 100Hz - - - dBTreble contr in the max. pos.. 10kHz - - - dB

1.5 Channel separation in Stereo reception for the stereo television set

a) TV setup in PP condition.b) Apply a 60dBµV signal ( frequency and channel factory defined) with 88% video modulation and

audio stereo carrier modulation within the standard “MTS” (BTSC).c) Connect an AC double voltmeter at the audio output L-R.d) Adjust the volume control to max. and the tremble, bass and balance to middle position.

Note:ü Disconnect the speakers for more comfortable work.

e) Adjust the stereo generator for left channel only – with 30% modulation of 300 Hz sine wave and7.5 kHz deviation.

f) Read the Double Voltammeter value Vac corresponding of Left and Right channel and calculatethe stereo separation trough the equate:

Sep (300Hz) L→R = 20 log (VL/VR)g) Adjust the stereo generator for left channel only – with 30% modulation of 3kHz sine wave and

7.5 kHz deviation.

Sep (3kHz) L→R = 20 log (VL/VR)h) Repeat the procedures e, f and g, and now select Right channel only, at the same conditions

above mentioned.

Sep(300Hz) R→L = 20 log (VR/VL)

Sep(3kHz) R→L = 20 log (VR/VL)

Condition Minimum Nominal Maximum UnitSep(300Hz) L →R - - - dBSep(3kHz) L →R - - - dBSep(300Hz) R→L - - - dBSep(3kHz) R→L - - - dB


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1.6 Output and distortion level of S.A.P. signal for the stereo television set.

a) TV setup in PP condition.b) Apply a 60dBµV signal ( Frequency and channel factory defined ) with 88% video modulation,

and Stereo / S.A.P audio signal carrier in accordance of standard “MTS” (BTSC).c) Connect na AC volt-distortion-meter at the Left channel (pin 27 – IC604) small signal output.

Note:ü Disconnect the speakers for more comfortable work.

d) Adjust the Stereo/SAP generator for 400 Hz sine wave and 100% modulation.e) Active the SAP function in the Test Television.f) Read Vac at the AC volt-distortion-meter.g) Repeat all above procedures, connecting the volt-distortion-meter at the Right channel (pin 21 –

IC604) small signal audio output.

Minimum Nominal Maximum UnitOutput Level - 490 - mVAC

Distortion (THD) - - 2 %

1.7 AM Rejection

a) TV setup in PP condition.b) Connect at the IF sound input a FM generator adjust to 4.5 MHz modulated with 400 Hz sine

wave and +- 25 kHz deviation and 90 dBuV level.c) Connect na AC voltmeter in the audio detector output (after the emphasis circuit) and read the

VFM tension.d) Connect at the IF sound input a AM generator pre-adjust to 4.5 MHz 40% modulated with 400 Hz

sine wave, and 90 dBuV level.e) Read the Vam value in the voltmeter.

AM rejection will now be calculated by the equation:

RejAM = 20 log( VFM/VAM)

Note:ü Because this parameter is designed to define only the one circuit TV

perform, the startup conditions adjust and what’s circuits will besupplied, it will be defined separately for each one model.

Minimum Nominal Maximum Unit30,00 40,00 60,00 dB


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2. POWER SUPPLY

2.1 Consume

Consume

a) Connect the TV under test through a electronic wattmeter at the 234Vac/60Hz line.b) Turn-on the TV set and apply a 60dBµV ( the preferred channel must to be defined by the

production unit), modulated with a 88% video signal white pattern, and a +- 25 kHz deviation FMcarrier with a 1kHz sine wave audio signal.

c) Adjust for max. the bright, contrast and volume controls, and read the Sink Power show at thewattmeter.

d) Active Standby mode and read again the Sink power.e) Repeat all below procedures, connecting now the television under test to a 117Vac/60 Hz line.

Condition Minimum Nominal Maximum Unit117VAC “PP” - 56.0 66.0 W117VAC Stand-By - 8.5 10.0 W234VAC “PP” - 56.0 66.0 W234VAC Stand-By - 9.0 12.0 W

2.2 Main Power Supply

a) Connect the TV set under test to 117Vac/60Hz line.b) Turn On the TV set and apply a 60dBµV RF signal modulated by a white pattern video signal and

a 4.5 MHz +- 25 kHz deviation FM signal modulated by a 1kHz audio signal (the preferredchannel will be defined by the local unit).

c) Adjust the TV to a “PP” condition.d) Utilizing a electronic DC voltmeter ( over 10 M input impedance), read the next point in the

power supply:

Condition Test Point Minimum Nominal Maximum Unit“PP” 117VAC +B 103V (Cathode of D807) 102.00 103.00 104.00 VDC

“PP” 117VAC +B 16V (Cathode of D808) 14.00 15.50 16.50 VDC


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2.3 Main Power Supply Regulation with fluctuation of the line

a) Repeat the procedure of the item 2.2 when the television is connected to the electric net with100VAC/60Hz and also 240VAC/60Hz.





2.4 Auxiliary power supply from Fly Back Transformer.

a) Connect the TV under test to a 117 Vac/60 Hz line.b) Turn On the TV set and apply a 60dBµV RF signal modulated by a white pattern video signal and

a 4.5 MHz +- 25 kHz deviation FM signal modulated by a 1kHz audio signal (Frequency andchannel factory defined).

c) Adjust the TV to a “PP” condition.d) Utilizing a electronic DC voltmeter (over 10 M input impedance), read the auxiliary power supply

from Fly-Back transformer :e) Read the RMS voltage apply to the CRT heat., Utilizing a true RMS voltmeter.f) When exist, read the auxiliary wind Peak to peak voltage, utilizing an oscilloscope.

Condition Test Point Minimum Nominal Maximum Unit“PP” 117VAC E+12V (Cathode do D402) +11.00 +12.00 +13.00 VDC

“PP” 117VAC E-12V (Anode do D403) -11.00 -12.00 -13.00 VDC

“PP” 117VAC E180V (Anode do D404) 165.00 175.00 185.00 VDC

“PP” 117VAC Heater (RMS) (Pins 9 and 10 ofV901)

5.70 6.30 6.90 VRMS


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2.5 High Voltage (EHT)

a) Connect a DC voltmeter to the resistor wired to the Fly Back ABL pin ( the position and value ofthis resist is defined by each model.

b) Connect a high voltage electronic DC voltmeter ( over 1G impedance) in the electronic tube highvoltage plug.

c) Adjust the bright, color and contrast controls to minimum and read the high voltage E.H.T.(IAmin).

d) Adjust the bright control to the maximum position, contrast control to the maximum position andmonitoring the voltage through the ABL resistor, adjust the bright control until the DC voltagereached the specific value. The anode electric current will now be define by the followingequation:

IA=(VABL/RABL)Read the high voltage E.H.T. in this conditions ( IAmin.).

Condition Minimum Nominal Maximum UnitIAmin. 22.30 23.50 24.75 kVDC

IA=1mA 20.60 21.70 22.85 kVDC

2.6 Dielectric Rigid

Adjust the HI_POT equipment to 1500 Vac voltage, and the desired test current, in accordance with thebelow specification table. When the TV set have a power switch, make sure that this switch stay in theON mode. Connect the ground terminal of the test equipment in both pins of the line cord TV, and applythe HI-POT terminal ( 1.5KV) in every extern metal parts of the TV under test for one minute. In thiscondition the electric current must be equal or inferior that shown in the below specific table

Condition Minimum Nominal Maximum Unit1500VAC - - 2,00 mAAC


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3. Frame geometric

3.1 Wide and height of the frame

Preparation:

a) Connect the receiver under test to a 117VAC line.b) TV setup in PP condition.c) Apply to the antenna input a 60dBµV signal – 88% modulated with the CROSSHATCH pattern

(The preferred channel will be defined by the fabric unit )d) Adjust the contrast control so that average Iabl is the same to 750µA (Iabl=750µA).

IABL=(VABL/RABL)

e) Observe the pattern image and make a block count in the horizontal and vertical direction.

Minimum Nominal Maximum UnitHeight (PAL-N) 10,07 10,60 11,13 BlocksWide (PAL-N) 13,96 14,70 15,43 BlocksHeight(PAL-M) 10,26 10,80 11,34 BlocksWide (PAL-M) 14,15 14,90 15,64 Blocks


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3.2 Frame centralization

Preparation:

a) Connect the receiver under test to a 117 VAC line.Turn On the TV and position the bright and contrast control to the maximum, and the saturationand volume controls to the minimum position. Wait for a pre-heating period.

b) Apply a CIRCLE pattern 60dBµV signal with 88% modulation ( The preferred channel will bedefine by the fabric unit ).

c) Position to “nominal” the bright and contrast controls.d) For the next reading, please observe the figure B.e) Observe the image and make the measures (in centimeters) of the distances a, b, c and d.f) Apply the following formula to calculate the horizontal centralization.

(a/b)-(d/c)g) Observe the image and make the measures (in centimeters) of the distances p, q, r and s.h) Apply the formula to calculate the vertical centralization.

(p/q)-(s/r)

Minimum Nominal Maximum Unit|(a/b)-(d/c)| - 0,00 0,10|(p/q)-(s/r)| - 0,00 0,20


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3.3 FRAME ASPECT RELATED

a) Connect the receiver under test to a 117VAC line.Turn on the TV and adjust bright and contrast control to max. position, saturation and volume tomin. Position. Wait for the heat period.

b) Apply to the antenna input a 60dBµV level signal with 88% modulated PHILIPS pattern(Frequency and channel factory defined)l

c) Adjust bright and contrast control to nominal positiond) For the next reads, please utilizes figure C for reference.e) Observe the screen pattern and check the distances a, b, c, d (in centimeters)f) Apply the formula:

M = (a + b + c + d) / 4, and verify the proportion a/M, b/M, c/M e d/M.

Check for systems PAL-M and PAL-N

Minimum Nominal Maximum Unita/M 0,95 1,00 1,05b/M 0,95 1,00 1,05c/M 0,95 1,00 1,05d/M 0,95 1,00 1,05


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3.4 Horizontal Linearity

a) Connect the receiver under test in 117VAC line.Turn on the TV and adjust bright and contrast control to max. position, saturation and volume tomin. Position. Wait for the heat period.

b) Apply to the antenna input a 60dBµV level signal with 88% modulated PHILIPS pattern(Frequency and channel factory defined)l

c) Adjust bright and contrast control to nominal positiond) For the next reads, please take references by figure D.e) Observe the screen pattern and check the distances An - 14 blocks (in centimeters)f) Calculate the middle distances through blocks

M = An/14.Horizontal deviation between major blocks (DHM)

Read first the 14 blocks wide (from b1 to b14) and select the biggest read (bmax) for calculate thedeviation:

DHM = bmáx/MMinor Horizontal deviation between blocks (DHm)

Read first the 14 blocks wide (from b1 to b14) and select the smallest read (bmin) for calculate thedeviation:

DHm = bmín/M (*)Check for signals PAL-M and PAL-N

PAL-M Minimum Nominal Maximum UnitDHM - 1,10 1,30DHm 0,70 0,95 -

PAL-N Minimum Nominal Maximum UnitDHM - 1,10 1,30DHm 0,70 0,95 -


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3.5 Vertical Linearity

a) Connect the receiver to a 117VAC lineTurn on the TV and adjust bright and contrast control to max. position, saturation and volume tomin. Position. Wait for the heat period (please see the specification for this model).

b) Apply to the antenna input a 60dBµV level signal with 88% modulated PHILIPS pattern(Frequency and channel factory defined).

c) Adjust bright and contrast control to nominal positiond) For the next reads, please take references by figure Ee) Observe the screen pattern and check the distances X –(in centimeters)f) Calculate the middle distances through blocks:

amedium=X/10.

Major vertical deviation between blocks (DVM).Read first the 10 blocks height (from a1 to a10) and select the biggest of them (amax) for calculatethe deviation :

DVM = amax/amedium

Minor vertical deviation between blocks (DVm)Read first the 10 blocks height (from a1 to a10) and select the smallest of them (amin) for calculatethe deviation:

DVm = amin/amedium

(*)Check for signals PAL-M and PAL-N

PAL-M Minimum Nominal Maximum UnitDVM - 1 1,40DVm 0,60 1 -

PAL-N Minimum Nominal Maximum UnitDVM - 1 1,40DVm 0,60 1 -


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3.6 Pin-Cushion & Shape of Raster

a) Connect the receiver to a 117VAC line.Turn on the TV and adjust bright and contrast control to max. position, saturation and volume tomin. Position. Wait for the heat period (please see the specification for this model).

b) Apply to the antenna input a 60dBµV level signal with 88% modulated “CROSSHATCH” pattern(Frequency and channel factory defined)l

c) Turn the face tube to West/Lest orientationd) Adjust bright and contrast control to “PP” positione) For the next reads, please take references by figure F ( distances in millimeters)f) Observe the screen pattern, to calculate:

Top-Bottom = 2(c1 + c2)/(AD + BC) X 100Left-Right = 2(d1 + d2)/(AB +CD) X 100

(*) Check for signals PAL-M and PAL-N

Minimum Nominal Maximum UnitTOP-BOTTOM - - 1,50 %LEFT-RIGHT - - 2,00 %


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4. Puritya) Connect the receiver to a 117VAC line

Turn on the TV and adjust bright to nominal position and contrast control to min. position,saturation and volume to min. position.

b) Apply to the antenna input a 60dBµV level signal with 88% modulated “WHITE” pattern(Frequency and channel factory defined)l

c) Wait for pre-heating period (30 minutes)d) Degauss the device appropriated.e) Increment the contrast controls to max. position, and wait for 3 minutesf) At a distance of 5 times the height of the screen, observe that no color dirty may appears.g) Repeat this procedures now utilizing a red pattern.

Note:ü If the receiver is moved during the test procedure, always degauss

again the device


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5. Convergence

a) Connect the receiver to a 117VAC lineTurn on the TV and adjust bright and contrast control to max.. position, saturation and volume tomin. position. Wait for pre-heating period ( please see specification for each model)

b) Apply to the antenna input a 60dBµV level signal with 88% modulated “CROSSHATCH” pattern(Frequency and channel factory defined)l

c) Turn the face tube to West/Lest orientationd) Degauss the device properlye) Adjust bright and contrast control to minimum position

M1

M2

M3

f) For the next reads, please take references by figure G ( distances in millimeters)

(mm)

M1 60

M2 120

M3 85

(*) Apply for signals PAL-M and PAL-N.

PONTO X, Y LIMITES (mm)

a 0.4

b, c 0.9

d, e 0.9

f, g, h, j’ 1.4

f’, g’, h’, j 1.2

k, l, m, n 1.0

s, t, u, v 0.8


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6. Video

6.1 Sensibility and Signal /Noise Rate

a) Adjust the TV to a “PP” condition.b) Apply to the antenna input a 60dBµV signal with 60% AM modulation, 1kHz sine wave

(Frequency and channel factory defined).c) Connect at the output video detector na AC voltmeter and read the voltage VAC.

d) Turn off the AM modulation and read the noise level “Vr” (AC voltmeter).

e) Calculate the signal-noise rate as following:

S/N=20 log (VAC / VR).f) Reduce the output level signal generator till the rate S/N reach 20 dB. In this condition the output

level signal generator is the sensibility in dBuV.

Minimum Nominal Maximum UnitSensibility - 37,00 46,00 dBµVS/N 40,00 50,00 - dB

6.2 AGC circuit :

a) Apply to the antenna input a 60dBµV signal with 88% AM modulation with “WHITE” pattern(Frequency and channel factory defined), and FM sine wave 400 Hz audio modulation +-25 kHzdeviation.

b) Adjust the TV to “PP” conditionc) Read the DC voltage at the tuner AGC terminal. Utilize a DC electronic voltmeter with minimum

10 MΩ impedance.

Minimum Nominal Maximum Unit3,00 4,00 5,00 VDC

6.3 AFT circuit.

a) Apply to the antenna input a 60dBµV signal with 88% AM modulation with PAL-M COLOR BARpattern (Frequency and channel factory defined), and FM sine wave 400 Hz audio modulation +-25 kHz deviation

b) Connect a oscilloscope in the output video detector and read the peak to peak burst level signal“Vb”

c) Increment the generator frequency by 500 kHz and read the new value peak to peak burst signal“Vh” and calculate the percentage as following:

EH= VH/VB

d) Decrement the generator frequency by 500 kHz and repeat the procedure(c) reading the peak-to-peak burst signal VL and calculate the percentage as following:

EL= VL/VB

Minimum Nominal Maximum UnitEH 0,85 1 1,15EL 0,85 1 1,15


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6.4 Vertical sensitivity

a) Adjust the TV to a “PP” condition.b) Apply to the antenna input a 60dBµV signal with 88% AM modulation with PAL-M color pattern

(Frequency and channel factory defined), and FM sine wave 1kHz audio modulation +-25 kHzdeviation.

c) Observe the TV screen under test and reduce the output generator level until maintain thestability of the image in the vertical direction and when there is the instability of the image in thevertical direction, increase the output generator level until the stability of the image comes backin the vertical direction. At this condition the output generator level represents the verticalsensitivity in dBµV.

Note.: If the TV under test is two or three-system mode, repeat this procedures for thePAL-N and NTSC-M signal system.

Condition Minimum Nominal Maximum UnitPAL-M - 20,00 23,00 dBµVPAL-N - 20,00 23,00 dBµVNTSC-M - 20,00 23,00 dBµV

6.5 Chrome sensibility

a) Adjust the TV to a “PP” condition.b) Apply to the antenna input a 60dBµV signal with 88% AM modulation with PAL-M color pattern

(Frequency and channel factory defined), and FM sine wave 1kHz audio modulation +-25 kHzdeviation.

c) Observe the TV screen under test and reduce the output generator level until the color pattern bevisible. At this condition the output generator level represents the sensibility of chrome in dBµV.

Note.: If the TV under test is two or three-system mode, repeat this procedures for thePAL-N and NTSC-M signal system.

Condition Minimum Nominal Maximum UnitPAL-M - 28,00 30,00 dBµVPAL-N - 28,00 30,00 dBµVNTSC-M - 28,00 30,00 dBµV

CALIBRATION GUIDECode

Rev.

ModelTVLA14/TVLA20

Emitted10/07/02

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Emitted by: MARCO ERICH TANAKA Approved by: WALTER IERVOLINO JR.

Rev. N. PA Description Date

CALIBRATION GUIDE FOR TV’s

CALIBRATION GUIDECode Rev.

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Note: This guide is only an orientation and, for some items, may be adapted by FactoryEngineering to best conform to the productive process.

INTRODUCTION

Note:ü It is necessary to pre-heat the TV during 15 minutes, before its calibration.

1) Important recommendations2) Definitions of the terms3) Geometry of the Image4) White Balance5) Screen adjustment6) AGC adjustment

How to select the FACTORY MODE

a) Short to ground pin 78 of IC101 (momentarily).b) Select the adjustment options pressing the key CHÙÙ or CHÚÚ of the remote control or of the

television front panel.

Note: All the adjustment options can be selected directly by the remote control numerickeys.

c) Adjust the selected option pressing the key VOLØØ or ×VOL of the remote control or of thetelevision front panel.c1) VOLØØ - increases registers (MAX.).c2) ×VOL - decreases registers (MIN.).

d) To exit the FACTORY MODE, use the key OSD/OUT of the remote control.

1. Important recommendations

1.1 Before beginning the adjustments, the TV set should be a pre-heated during at least 15minutes.

1.2 The positioning of the TV set should obey the magnetic parameters of South America thatit is -120 vertical mG. In the practice, this is gotten with a relative precision, positioning theTV set with the face (screen) of the CRT pointing to the geographical East.

Note: These cares should also be taken when CQ will analyze the TV set.


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2. Definitions of the registers

Description of service and factory registersRegister Name Range Description Default

Value01 HSh 00 63 Horizontal shift 4502 VSD 00 00 Vertical screen 003 VSl 00 63 Vertical slope 3004 VAm 00 63 Vertical amplitude 4405 VSh 00 63 Vertical shift 3206 SC 00 63 S-correction 14

The registers bellow must be set to the default values.Register Name Range Description Default

Value08 TWBl 00 255 Timing of ‘wide blanking’ 8809 PWLi 00 63 Peak white limiting 6310 OSIF 00 63 Off-set IF demodulator 2011 HzPl 00 63 Horizontal parallelogram 3212 HBow 00 63 Horizontal bow 3214 EW 00 63 EW width 3415 PW 00 63 EW parabola/width 3516 EWUC 00 63 EW upper corner parabola 3517 EWLC 00 63 EW lower corner parabola 3518 TC 00 63 EW trapezium 3323 VX 00 63 Vertical zoom 2524 VOT 00 63 Vertical Offset 2825 TAS 00 63 Text Area Start 1326 OEA 00 127 Odd Even Alignment 6027 BLOR 00 63 Black level offset R 3228 BLOG 00 63 Black level offset G 3229 WPR 00 63 White point R 3230 WPG 00 63 White point G 3231 WPB 00 63 White point B 3232 PkFr 00 3 Peaking Frequency 133 YDl 00 15 Luminance delay time 834 AGC 00 63 AGC take-over 2535 CDc0 00 15 Colour decoder 0 436 CDc1 00 7 Colour decoder 1 037 AVS0 00 127 AV-switch 0 038 AVS1 00 7 AV-switch 1 039 Syn0 00 127 Synchronisation 0 040 Syn1 00 63 Synchronisation 1 1641 Defl 00 255 Deflection 1642 VIF0 00 255 Vision IF 0 3243 VIF1 00 255 Vision IF 1 244 SND0 00 255 Sound 0 1045 CTL0 00 255 Control 0 846 CTL1 00 255 Control 1 047 SND1 00 255 Sound 1 048 FEA0 00 63 Features 0 049 FEA1 00 127 Features 1 050 BRI 00 63 Brightness 3251 CON 00 63 Contrast 63


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52 COL 00 63 Color 3253 PEA 00 63 Peaking 45

The registers bellow must be set to the default values.Register Name Range Description Default

Value54 HUE 00 63 Hue 3255 VOL 00 63 Volume 1556 STNT 00 15 Stereo noise threshold 857 SPNT 00 15 SAP noise threshold 858 LA 00 15 Input level adjustment 759 ALW 00 31 Alignment for wideband 1560 ALS 00 31 Alignment for spectral 15

Please, look the functions of registers bellow, before of change to the default value.Description of service and factory registers

Register Name Range Description DefaultValue

94 STBY 00 2 Standby 195 AV-2 00 1 AV2-Conected X96 ASTU 00 3 Address Select of tuner 097 TUNE 00 1 Tuner protocol X98 INI 00 00 Initialization 099 VSD 00 00 Vertical screen 0

Register 94 (STBY) Register 95 (AV-2)Value Function Value Function0 The TV set DON’T return to

the STANDBY, after of thePower On.

0 1 AV input.

1 The TV set, always return tothe STANDBY, after of thePower On

1 2 AV inputs.

2 Only to the factory. Don’t usethis value.

Register 96 (ASTU) Register 97 (TUNE)Value Function Value Function0 When the MAS pin of the

tuner is grounded.0 To TUNER that run with

Philips protocol. (Ex.UV1336S/A)

1 When the MAS pin of thetuner is opened.

1 To TUNER that run withAlps protocol.

2 When the MAS pin of thetuner is between 0.4 and 0.6V

3 When the MAS pin of thetuner is connected to the +5V.

Register 98 (INI) Register 99 (VSD)Value Function Value Function- Initialize all the registers to

the default value.- To adjust the Screen.


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3. Geometry of the Image

a) Using the PM - 5515 generator, apply the crosshatch pattern with circle.b) Adjust the bellow items, until obtaining the best circle symmetry and positioning, as well as the

minor image geometric distortion:üü Use the register (VSl) to adjust the Vertical slope;üü Use the register (VAm) to adjust Vertical Height;üü Use the register (VSh) to adjust Vertical position;üü Use the register (VSc) to adjust Vertical Center Linearity;üü Use the register (HSh) to adjust Horizontal position

4. White balance

Note:ü The cut point doesn’t need adjustment, because it’s automatically made by the

IC101.ü The white adjustment is already pre-adjusted and incised in the IC101 and,

thus, its adjustment is not necessary.

Otherwise, if it is necessary to change the temperature of the white pattern, proceed in the following way:a) Enter in the service mode.b) Select via CHÙÙ or CHÚÚ the WPR (29), WPG (30) and WPB (31) functions.c) Increase or decrease the function via VOLØØ or via ×VOL respectively.


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5. Screen adjustment

Mode 1:a) Apply a gray scale pattern.b) Adjust the controls to:üü Brightness - 50%üü Contrast - 70%

c) Measure DC voltage on the three cathodes (CRT) (one at a time) and select the highest one.d) Connect a X100 test tip to the selected cathode (highest voltage DC).e) Adjust the screen potentiometer to obtain 130V, according to the illustration bellow:

Note. The oscilloscope should be positioned in the vertical mode.

130 Volts

GND

Mode 2:a) Select the register 99 (VSD).b) Press VOLØØ or ××VOL to select and adjust the screen control localized on the FBT, until the

horizontal line be slightly visible on the screen center.

6. AGC adjustment

Mode 1:

ü Apply a PHILIPS pattern with 60dBµV of intensity and adjust the delay until obtain 3.5V inAGC pin of tuner.

1017234000 TV A CORES 14" TVLA 14

CÓDIGO CCE DESCRIÇÃO UND QTDE Ref.Posição

1057225199 CJT.CALCO PROT.SUP/INF DIR/ESQ PC 1,0000

1057233601 CAIXA DA EMBALAGEM HPS-1407 PC 1,0000

1067233601 ETIQ.IDENTIFICACAO PC 1,0000 16(A6)

1067233602 MANUAL DE INSTRUCOES PC 1,0000

1068127201 ETIQ.ADES.N.SERIE C/5 PC 5,0000

1069100066 CERTIFICADO DE GARANTIA PC 1,0000

1069100067 FOLHETO OFICINAS AUTORIZADAS PC 1,0000

1107225106 PEPCI CONTROLE REMOTO 15PECAS PC 0,0667

1107225108 PEPCI PRINCIPAL PC 0,5000

1125707300 PTC B59209-J80-A10 PC 1,0000 PTC801

1125707400 RES.COEF.NEG.NTC 10R PC 1,0000 NTC801

1129314099 DIODO SK-1/08 RETIFICADOR PC 1,0000 D809




1129314199 DIODO SK-4F1/06 RETIFICADOR PC 1,0000 D401






1129315899 DIODO MUR460 PC 1,0000 D807

1139608600 TRANSISTOR MPS-A42 PC 1,0000 Q401

1139999159 PHOTO COUPLER PS-2501-1-H PC 1,0000 IC803

1139999302 TRANSISTOR BU-2506DX PC 1,0000 Q402

1139999351 TRANSISTOR 2SK-2545 PC 1,0000 Q801

1146300143 I.C. TL431BCLP-RA PC 1,0000 IC802

1146300143 I.C. TL431BCLP-RA PC 1,0000 IC802

1149376899 I.C. 7805 (PLASTICO) PC 1,0000 IC804

1149379299 I.C. TDA-1013B PC 1,0000 IC601

1149389299 I.C.TDA-9309 AMP.VT.C/ACOPL.DC PC 1,0000 IC301

1149392099 I.C. UC-3842BN PC 1,0000 IC801

1155006000 FIO COBRE NU EST.0,6MM+-0,02MM KG 0,0001 JK1

1155006000 FIO COBRE NU EST.0,6MM+-0,02MM KG 0,0001 JK2

1155006000 FIO COBRE NU EST.0,6MM+-0,02MM KG 0,0001 JH1

1155006000 FIO COBRE NU EST.0,6MM+-0,02MM KG 0,0001 JH2

1155006000 FIO COBRE NU EST.0,6MM+-0,02MM KG 0,0001 JG1



1155006000 FIO COBRE NU EST.0,6MM+-0,02MM KG 0,0001 JF2

1 de 15

1017234000 TV A CORES 14" TVLA 14


1155006000 FIO COBRE NU EST.0,6MM+-0,02MM KG 0,0001 JE1









1155006000 FIO COBRE NU EST.0,6MM+-0,02MM KG 0,0001 JD1















1155006000 FIO COBRE NU EST.0,6MM+-0,02MM KG 0,0000 JC1
















2 de 15

1017234000 TV A CORES 14" TVLA 14



















1155006000 FIO COBRE NU EST.0,6MM+-0,02MM KG 0,0000 JB1







1155006000 FIO COBRE NU EST.0,6MM+-0,02MM KG 0,0000 JA1

1161300341 CABO FRAY2,54 6V24AWG PR330MM PC 1,0000 CN501

1161300528 CABO FRAY 24AWG 7VIAS PR 150MM PC 1,0000 CN701

1183510092 RES.METAL FILME 1/2W 10R 5% N PC 1,0000 R826













3 de 15

1017234000 TV A CORES 14" TVLA 14




1183510217 FUSISTOR 1/2W 1K J MG PC 1,0000 FR803

1183510292 RES.METAL FILME 1/2W 1K 5% N PC 1,0000 R507









1183510592 RES.METAL FILME 1/2W 1M 5% N PC 1,0000 R806

1183512292 RES.METAL FILME 1/2W 1,2K 5% N PC 1,0000 R112







1183515992 RES.METAL FILME 1/2W 1,5R 5% N PC 1,0000 R306




















4 de 15

1017234000 TV A CORES 14" TVLA 14


1183533192 RES.METAL.FILME 1/2W 330R 5% N PC 1,0000 R307










1183547392 RES.METAL.FILME 1/2W 47K 5% N PC 1,0000 R818

1183547492 RES.METAL.FILME 1/2W 470K 5% N PC 1,0000 R419




1183615219 RES.COMPOS.1/2W 1,5K 5% N PC 1,0000 R910



1183668519 RES.COMPOS.1/2W 6,8M K PC 1,0000 R815

1184515345 RES.M.FILME 2W 15K 5% N MG PC 1,0000 R904



1184527345 RES.METAL FILME 2W 27K 5% MG PC 1,0000 R801

1184527845 RES.M.FILME 2W 0,27R 5% MG PC 1,0000 R810

1184547345 RES.METAL FILME 2W 47K 5% MG PC 1,0000 R812

1185510240 RES.M.FILME 1W 1K 5% N PC 1,0000 R823

1185510917 FUSISTOR 1W 1R 5% MG PC 1,0000 FR401

1185510945 RES.M.FILME 1W 1R 5% N MG PC 1,0000 R401

1185522015 FUSISTOR 1W 22R 5% PC 1,0000 FR901

1185547012 RES.METAL FILME 1W 47R 5% N PC 1,0000 R113


1185547145 RES.METAL FILME 1W 470R 5% MG PC 1,0000 R207

1185547145 RES.METAL FILME 1W 470R 5% MG PC 1,0000 R820


1187522045 RES.M.FILME 3W 22R 5% N MG PC 1,0000 R821

1187556245 RES.M.FILME 3W 5,6K MG PC 1,0000 R411

1189111331 RES.PRECISAO 0,6W 113K 0,5% PC 1,0000 R816

1189128231 RES.PRECISAO 0,6W 2,8K 0,5% PC 1,0000 R817

1189139331 RES.PRECISAO 0,4W 39K 1% N PC 1,0000 R301

1244331794 C.C.D. N2200 330PF/2KV K PC 1,0000 C417

5 de 15

1017234000 TV A CORES 14" TVLA 14


1244472641 C.C.D.Y5P 4,7KPF/1KV K (6LR) PC 1,0000 C819

1244561794 C.C.D.SL 560PF>=2KV J/K PC 1,0000 C821

1265104074 C.POLYPRO 100KPF/250VAC K X3 PC 1,0000 C801

1265414552 CAP.POLYPRO 410KPF/250V J PC 1,0000 C416

1265682952 CAP.POLYPRO 6,8KPF/1,6KV J PC 1,0000 C418

1271205200 RECEPTOR IR 180º (36KHZ) PC 1,0000 RM701

1271503800 SINTONIZADOR 181CH UV-1336S/AF PC 1,0000 TU101

1290330921 ELCO 33UF/160V M PC 1,0000 C829

1290470921 ELCO 47uF/160V M 12,5x25mm HR PC 1,0000 C825

1291220017 ELCO 22UF/250V M 12,5X25 PC 1,0000 C908

1292151054 ELCO 150UF/385V 22X40 SNAP IN PC 1,0000 C805

1311604900 BOBINA DESMAGNETIZADORA PC 1,0000

1312400100 BOBINA FILTRO DE LINHA PC 1,0000 LF801

1319950400 INDUTOR 43UH PC 1,0000 L402

1319953000 INDUTOR 33UH PC 1,0000 L803

1320030102 TRANSISTOR BC337/16 PC 1,0000 Q101



1320090500 TRANSISTOR BF422 PC 1,0000 Q901






1330104106 MYLLARCAP 100KPF/63V K PC 1,0000 C301

1330104106 MYLLARCAP 100KPF/63V K PC 1,0000 C636

1330104421 C.POLYMET 100KPF/250V J PC 1,0000 C411

1330224222 C.POLYMET 220KPF/100V K PC 1,0000 C303

1330273103 C.POLYMET 27KPF/63V J PC 1,0000 C809



1339332100 C.POLYMET 3,3KPF/63V K MINIBLU PC 1,0000 C808

1339473104 C.POLYMET 47KPF/63V K MINIBLUE PC 1,0000 C810

1353002400 TRAFO DRIVE TD-14 PC 1,0000 T401

1355218500 TRAFO FLY BACK TAT-1412A PC 1,0000 T402

1356005000 TRAFO CHAVEAMENTO PC 1,0000 T801

1360101302 C.C.D.NPO 100PF>=50V K PC 1,0000 C826

1363101600 C.C.D. Y5E 100PF/500V K PC 1,0000 C410

1363102300 C.C.D.Y5P 1KPF>=50V K PC 1,0000 C822

1363102300 C.C.D.Y5P 1KPF>=50V K PC 1,0000 C824

6 de 15

1017234000 TV A CORES 14" TVLA 14


1363102601 C.C.D.Y5P 1KPF>=500V K PC 1,0000 C409

1363102601 C.C.D.Y5P 1KPF>=500V K PC 1,0000 C420

1363102601 C.C.D.Y5P 1KPF>=500V K PC 1,0000 C421

1363102601 C.C.D.Y5P 1KPF>=500V K PC 1,0000 C833

1363102802 C.C.D. Y5F 1KPF/2KV K PC 1,0000 C909

1363181301 CCD Y5P 180PF/100V K PC 1,0000 C902

1363181301 CCD Y5P 180PF/100V K PC 1,0000 C904

1363221600 C.C.D.Y5P 220PF>=500V K PC 1,0000 C815

1363222302 C.C.D.Y5P 2,2KPF>=50V K PC 1,0000 C427

1363222302 C.C.D.Y5P 2,2KPF>=50V K PC 1,0000 C811

1363271301 CCD Y5P 270PF/100V K PC 1,0000 C906

1363331803 C.C.D.Y5P 330PF/2KV J PC 1,0000 C820

1363331803 C.C.D.Y5P 330PF/2KV J PC 1,0000 C828

1363471300 C.C.D.Y5P 470PF>=50V K PC 1,0000 C502

1363471600 C.C.D.Y5P/Y5E 470PF>=500V K PC 1,0000 C816

1363472803 C.C.D. Y5U 4,7KPF/2KV M PC 1,0000 C802

1363472803 C.C.D. Y5U 4,7KPF/2KV M PC 1,0000 C803

1363472803 C.C.D. Y5U 4,7KPF/2KV M PC 1,0000 C804

1364104103 C.C.D.Y5V/Y5U 100KPF>=25V Z PC 1,0000 C813

1364222795 CCD.SWIT.MOD.Y5P 2,2KPF/1KV K PC 1,0000 C430

1364223202 C.C.D.Y5U 22KPF>=50V Z PC 1,0000 C818

1369222803 C.C.D.GKO 2K2PF/620 M PC 1,0000 C823

1380100422 ELCO 10UF/50V K PC 1,0000 C603

1380100422 ELCO 10UF/50V K PC 1,0000 C718

1380100422 ELCO 10UF/50V K PC 1,0000 C742

1380100524 ELCO 10UF/50V M PC 1,0000 C104

1380100524 ELCO 10UF/50V M PC 1,0000 C201

1380100526 ELCO G1 10UF/16V M PC 1,0000 C901

1380100632 ELCO 10UF/35V M PC 1,0000 C708

1380101224 ELCO 100UF/16V M 5x11mm PC 1,0000 C706

1380101224 ELCO 100UF/16V M 5x11mm PC 1,0000 C720

1380101328 ELCO 100UF/25V M PC 1,0000 C107

1380101328 ELCO 100UF/25V M PC 1,0000 C834

1380101328 ELCO 100UF/25V M PC 1,0000 C836

1380101328 ELCO 100UF/25V M PC 1,0000 C839

1380101328 ELCO 100UF/25V M PC 1,0000 C851

1380101630 ELCO 100UF/35V M 6,3X11 PC 1,0000 C302

1380101924 ELCO 100UF/10V M PC 1,0000 C705

1380109622 ELCO 1UF/100V M PC 1,0000 C713

1380109622 ELCO 1UF/100V M PC 1,0000 C404

7 de 15

1017234000 TV A CORES 14" TVLA 14


1380109622 ELCO 1UF/100V M PC 1,0000 C419

1380109622 ELCO 1UF/100V M PC 1,0000 C632

1380109622 ELCO 1UF/100V M PC 1,0000 C634

1380109622 ELCO 1UF/100V M PC 1,0000 C647

1380109622 ELCO 1UF/100V M PC 1,0000 C649

1380220528 ELCO 22UF/50V M PC 1,0000 C101

1380221231 ELCO 220UF/16V M 6,3X11mm PC 1,0000 C635

1380221231 ELCO 220UF/16V M 6,3X11mm PC 1,0000 C838

1380221231 ELCO 220UF/16V M 6,3X11mm PC 1,0000 C840

1380229622 ELCO 2,2UF/100V M 5x11mm PC 1,0000 C204

1380470324 ELCO 47UF/25V M PC 1,0000 C1

1380470324 ELCO 47UF/25V M PC 1,0000 C651

1380470324 ELCO 47UF/25V M PC 1,0000 C703

1380470324 ELCO 47UF/25V M PC 1,0000 C812

1380470324 ELCO 47UF/25V M PC 1,0000 C835

1380470324 ELCO 47UF/25V M PC 1,0000 C850

1380471229 ELCO 470UF/16V M PC 1,0000 C425

1380471229 ELCO 470UF/16V M PC 1,0000 C426

1380471229 ELCO 470UF/16V M PC 1,0000 C646

1380471333 C.ELCO 470UF/25V M 10X12,5 PC 1,0000 C831

1380479032 ELCO 4,7UF/250V PC 1,0000 C423

1380479622 ELCO 4,7UF/100V M PC 1,0000 C406

1380479622 ELCO 4,7UF/100V M PC 1,0000 C756

1380479622 ELCO 4,7UF/100V M PC 1,0000 C806

1380479622 ELCO 4,7UF/100V M PC 1,0000 C807

1380479732 ELCO 4,7UF/160V M PC 1,0000 C415

1408012800 CJT.CINESC.S/CHIC A34EAK01X081 PC 1,0000 11(B2)

1410430015 DIODO 1N-4004 RETIFICADOR PC 1,0000 D301

1411430003 DIODO 1N-4936 RETIFICADOR RAPI PC 1,0000 D302

1411430003 DIODO 1N-4936 RETIFICADOR RAPI PC 1,0000 D601

1414621902 DIODO 1N-4148 75V SINAL PC 1,0000 D101










8 de 15

1017234000 TV A CORES 14" TVLA 14











1415166501 DIODO BZX79B22 22V PC 1,0000 DZ804

1415166801 DIODO BZX79B9V1 PC 1,0000 DZ806

1415169301 DIODO ZENER BZX79C4V7 PC 1,0000 DZ401








1415170901 DIODO ZENER BZX79C33V PC 1,0000 DZ101



1415172801 DIODO BZX79B6V8 2% PC 1,0000 DZ301

1421507200 SAW FILTER M1971M PC 1,0000 SF101

1421507600 FILTRO CERAMICO SFSH4.5MDB PC 1,0000 CF201

1421508100 RESSONADOR CERAM.CSTS0345MG03 PC 1,0000 X1

1425008100 CRISTAL 12,000MHZ CL=16pF HC49 PC 1,0000 X701

1427010820 FERRITE BEAD DUPLO PC 1,0000 FB801

1427010820 FERRITE BEAD DUPLO PC 1,0000 FB802

1427011200 BEAD 2X5X5MM PC 1,0000 FB803

1427011200 BEAD 2X5X5MM PC 1,0000 FB804

1437217701 ANT.TELESC.3SEC.C/TOM.F D3,6 PC 1,0000

1449009500 CHAVE DE TOQUE 4,3MM 260g PC 1,0000 SW701






1459515500 DIODOLED VMEL1/MCE1L2/LTE3271T PC 1,0000 LT1

1459524200 DIODO LED LTL-1CHKR 3MM PC 1,0000 LD701

9 de 15

1017234000 TV A CORES 14" TVLA 14


1479903734 INDUTOR FIXO 22UH K AXIAL PC 1,0000 L102

1479906734 INDUTOR FIXO 2,2UH K AXIAL PC 1,0000 L703








1479910534 INDUTOR 100UH K AXIAL PC 1,0000 L701

1490522200 CAP.SMD X7R 2,2KPF/50V K 0805 PC 1,0000 C405


1491010104 CAP.SMD NP0 100PF/50V J 0603 PC 1,0000 C209













1492010200 CAP.SMD X7R 1KPF/50V K 0603 PC 1,0000 C305















10 de 15

1017234000 TV A CORES 14" TVLA 14




















1492047100 CAP.SMD X7R 470PF/50V K 0603 PC 1,0000 C407

1492047100 CAP.SMD X7R 470PF/50V K 0603 PC 1,0000 C907




1493022405 CAP.SMD Y5V 220KPF/16V Z 0603 PC 1,0000 C501

1493022405 CAP.SMD Y5V 220KPF/16V Z 0603 PC 1,0000 C730

1494039104 CAP.SMD CH 390PF/50V J 0805 PC 1,0000 C903

1494039104 CAP.SMD CH 390PF/50V J 0805 PC 1,0000 C905

1494182104 CAP.SMD SL 820PF/50V J 0805 PC 1,0000 C602

1502510003 RES.SMD 10R 5% 0603 PC 1,0000 R205

1502510103 RES.SMD 100R 5% 0603 PC 1,0000 R103

1502510103 RES.SMD 100R 5% 0603 PC 1,0000 R104

1502510103 RES.SMD 100R 5% 0603 PC 1,0000 R213

1502510103 RES.SMD 100R 5% 0603 PC 1,0000 R566

1502510203 RES.SMD 1K 5% 0603 PC 1,0000 R201

1502510203 RES.SMD 1K 5% 0603 PC 1,0000 R310

1502510203 RES.SMD 1K 5% 0603 PC 1,0000 R705

1502510203 RES.SMD 1K 5% 0603 PC 1,0000 R775

1502510203 RES.SMD 1K 5% 0603 PC 1,0000 R901

1502510303 RES.SMD 10K 5% 0603 PC 1,0000 R413

1502510303 RES.SMD 10K 5% 0603 PC 1,0000 R420

11 de 15

1017234000 TV A CORES 14" TVLA 14


1502510303 RES.SMD 10K 5% 0603 PC 1,0000 R710

1502510403 RES.SMD 100K 5% 0603 PC 1,0000 R421

1502510403 RES.SMD 100K 5% 0603 PC 1,0000 R602

1502510403 RES.SMD 100K 5% 0603 PC 1,0000 R605

1502512203 RES.SMD 1,2K 5% 0603 PC 1,0000 R206

1502512203 RES.SMD 1,2K 5% 0603 PC 1,0000 R720

1502512203 RES.SMD 1,2K 5% 0603 PC 1,0000 R721

1502515103 RES.SMD 150R 5% 0603 PC 1,0000 R409

1502515303 RES.SMD 15K 5% 0603 PC 1,0000 R615

1502518103 RES.SMD 180R 5% (0603) PC 1,0000 R203

1502518103 RES.SMD 180R 5% (0603) PC 1,0000 R204

1502518103 RES.SMD 180R 5% (0603) PC 1,0000 R776

1502518203 RES.SMD 1,8K 5% 0603 PC 1,0000 R614

1502518903 RES.SMD 1,8R 5% 0603 PC 1,0000 R1

1502522003 RES.SMD 22R 5% 0603 PC 1,0000 R906

1502522003 RES.SMD 22R 5% 0603 PC 1,0000 R915

1502522003 RES.SMD 22R 5% 0603 PC 1,0000 R924

1502522103 RES.SMD 220R 5% 0603 PC 1,0000 R777

1502522203 RES.SMD 2,2K 5% 0603 PC 1,0000 R312

1502522203 RES.SMD 2,2K 5% 0603 PC 1,0000 R703

1502522203 RES.SMD 2,2K 5% 0603 PC 1,0000 R704

1502522203 RES.SMD 2,2K 5% 0603 PC 1,0000 R708

1502522203 RES.SMD 2,2K 5% 0603 PC 1,0000 R749

1502522303 RES.SMD 22K 5% 0603 PC 1,0000 R402

1502522303 RES.SMD 22K 5% 0603 PC 1,0000 R403

1502522303 RES.SMD 22K 5% 0603 PC 1,0000 R412

1502522303 RES.SMD 22K 5% 0603 PC 1,0000 R417

1502522303 RES.SMD 22K 5% 0603 PC 1,0000 R707

1502522403 RES.SMD 220K 5% 0603 PC 1,0000 R616

1502527203 RES.SMD 2,7K 5% 0603 PC 1,0000 R407

1502527203 RES.SMD 2,7K 5% 0603 PC 1,0000 R601

1502527203 RES.SMD 2,7K 5% 0603 PC 1,0000 R908

1502527203 RES.SMD 2,7K 5% 0603 PC 1,0000 R917

1502527203 RES.SMD 2,7K 5% 0603 PC 1,0000 R926

1502527303 RES.SMD 27K 5% 0603 PC 1,0000 R418

1502527303 RES.SMD 27K 5% 0603 PC 1,0000 R422

1502533003 RES.SMD 33R 5% 0603 PC 1,0000 R902

1502533003 RES.SMD 33R 5% 0603 PC 1,0000 R911

1502533003 RES.SMD 33R 5% 0603 PC 1,0000 R920

1502533103 RES.SMD 330R 5% 0603 PC 1,0000 R2

12 de 15

1017234000 TV A CORES 14" TVLA 14


1502533103 RES.SMD 330R 5% 0603 PC 1,0000 R311

1502533103 RES.SMD 330R 5% 0603 PC 1,0000 R778

1502533103 RES.SMD 330R 5% 0603 PC 1,0000 R907

1502533103 RES.SMD 330R 5% 0603 PC 1,0000 R916

1502533103 RES.SMD 330R 5% 0603 PC 1,0000 R925

1502533203 RES.SMD 3,3K 5% 0603 PC 1,0000 R714

1502533203 RES.SMD 3,3K 5% 0603 PC 1,0000 R715

1502539103 RES.SMD 390R 5% 0603 PC 1,0000 R105

1502539202 RES.SMD 3,9K 0805 PC 1,0000 R405

1502539203 RES.SMD 3,9K 5% 0603 PC 1,0000 R101

1502539203 RES.SMD 3,9K 5% 0603 PC 1,0000 R903

1502539203 RES.SMD 3,9K 5% 0603 PC 1,0000 R912

1502539203 RES.SMD 3,9K 5% 0603 PC 1,0000 R921

1502547103 RES.SMD 470R 5% 0603 PC 1,0000 R779

1502547903 RES.SMD 4,7R 5% 0603 PC 1,0000 R202

1502568003 RES.SMD 68R 5% 0603 PC 1,0000 R250

1502575002 RES.SMD 75R 5% 0805 PC 1,0000 R212

1502575002 RES.SMD 75R 5% 0805 PC 1,0000 R214

1502582103 RES.SMD 820R 5% 0603 PC 1,0000 R406

1502582103 RES.SMD 820R 5% 0603 PC 1,0000 R711

1502582103 RES.SMD 820R 5% 0603 PC 1,0000 R780

1511302800 ALTO FALANTE 40x70mm 3W 8R PC 1,0000

1577225105 GABINETE TRASEIRO PC 1,0000 15(A4)

1577225406 GABINETE SUP.CONTR.REMOTO PC 1,0000

1577225408 GABINETE INFERIOR CONTR.REMOTO PC 1,0000

1577225409 TAMPA PORTA PILHAS PC 1,0000

1577233602 CJT.GABINETE FRONTAL PC 1,0000 1(D2)

1600005120 PAR.AA.PAN.PH.PP1 3,0X10 ZNA PC 4,0000 12(4C3)

1600005513 PAR.AA.PAN.PH.PP1 4,0X15 ZNP PC 4,0000 20(4A5)

1600007106 PAR.AA.PAN.PH.BEMLI3,0X6 ZNA PC 2,0000

1600015512 PAR.AA.P.PH.PP1 4,0X12 ZNP RES PC 1,0000 GUIA FLY BACK

1600015520 PAR.AA.P.PH.PP1 3,0X10 ZNP RES PC 1,0000 19(B5)

1600016120 PAR.AA.P.PH.BEMLI3,0X10ZNA RES PC 1,0000

1600041130 P.AA.SEX.PH.PP2 5X30ZNA AR.DEN PC 4,0000 17(4B3)

1600059545 PAR.AA.BIND.PH.PP1 2,0X6 ZNP PC 5,0000

1631281204 GUIA P/FIOS 04VIAS PC 1,0000 CN401



1633208360 BASE CONECTORA 2VIAS 180 MIS PC 1,0000 CN601

1633211100 CJT.TOMADA 2RCA VERTICAL PC 1,0000 JK1

13 de 15

1017234000 TV A CORES 14" TVLA 14


1633211202 BASE CONECTORA 2VIAS PITCH 7,5 PC 1,0000 CN801

1633215700 CONECTOR 2,5MM 02V PC 1,0000 CN601

1637615640 GARRA P/FUSIVEL PC 1,0000 PF801

1637615640 GARRA P/FUSIVEL PC 1,0000 PF802

1638100912 SOQUETE P/CINESCOPIO 1SMS11S PC 1,0000 SQ901

1641000167 CABO MON.1VC/TER.18AWG MR 320 PC 1,0000 W2

1644509500 CABO DE FORCA 2x0,75x2000mm PP PC 1,0000 CF801

1647649400 CABO CONEX.MONT.LIG.YOKE 360MM PC 1,0000

1647655100 CJT.CHICOTE 2V. C/HOUSE MIS PC 1,0000 CN601

1647668500 CABO MONT.C/TERM.1V 18AWG210MM PC 1,0000 W1

1647669200 CABO FRAY 4V 3ELEM.300MM PC 1,0000 CN401

1657215410 DISSIPADOR R-G-B PC 2,0000

1657225401 DISSIPADOR FONTE PC 1,0000

1657225402 DISSIPADOR SAIDA VT PC 1,0000

1677225102 EMBLEMA CCE PC 1,0000 2(C1)

1682021400 MOLA DE ATERRAMENTO DO CRT PC 1,0000 13(C3)

1687218501 MOLA DE CONTATO PILHA NEG PC 1,0000

1687218502 MOLA DE CONTATO PILHA POS PC 1,0000

1687218503 MOLA CONTATO PILHA POS/NEG PC 1,0000

1697225401 CHASSI PC 1,0000 5(C4)

1700100003 TRANSISTOR SMD BC847B PC 1,0000 Q201





1700100011 TRANSISTOR SMD BC856BLT1 PC 1,0000 Q403

1700100014 TRANSISTOR SMD BC817/25 PC 1,0000 TR1

1710100081 I.C. SMD BR24C08/F PC 1,0000 IC701

1710100137 I.C.SMD PT1140/PT0249 PC 1,0000 IC1

1710100160 I.C. TDA9570H/N1 PC 1,0000 IC101

1727225401 PRESILHA PC 2,0000

1738002200 MALHA DE ATERRAMENTO PC 1,0000

1760206100 FIXADOR DE FIOS 274mm PC 2,0000 AMARRAR BOBINA

1761602600 FIXADOR DE FIOS 101mm PC 3,0000 AMARRAR BOB/FIAC

1769900003 SACO PLASTICO 25X40X0,05MM A.D PC 1,0000

1769900018 SACO PLASTICO 72X75X0,05MM A.D PC 1,0000

1769900064 SACO PLASTICO 90X280X0,04B.D. PC 1,0000

1771079900 SUPORTE P/BOBINA PC 2,0000

1771082910 CALCO P/CINESCOPIO PC 4,0000 10(4B2)

1777205902 ESPACADOR PC 1,0000 FIO DA CHUPETA

14 de 15

1017234000 TV A CORES 14" TVLA 14


1777217803 CALCO DE BORRACHA PC 1,0000 PCIFUNCOES/CHASS

1777225404 TECLADO DE BORRACHA ILUMINADO PC 1,0000

1850473402 FILME POLIET.B.D.E=0,06XL=620 KG 0,0970 EMB.APAR.

1874500000 ALCOOL ETILICO 96" L 0,0000 LIMPEZA CINESCOP

1874500200 ALCOOL ISOPROPILICO L 0,0001

1874605800 VEJA MULTI-USO INSTANTANEO L 0,0010 LIMPAR APARELHO

1876301200 COLA CASCOLA KG 0,0010

1876316700 ADESIVO 30ML L 0,0000

1878700800 ISOLACRE ALKIDAL KG 0,0010 POT.FLY BACK

1880500900 SOLDA TRIFLUXO 60X40X1,5MM KG 0,0032 FIO YOKE/AF TEC

1886000100 PILHA PEQUENA AA 1.5V PC 2,0000

1889300500 FITA DUREX L= 12,0MM M 0,0500 FECHAR SACOS

1889323000 FITA A.PP.BASE BORR.SINTET.MR M 0,0800

1889401800 FITA A.ADES.S/LOG L=38X100MT M 0,8000

15 de 15

CONTROLE REMOTO RC-38 - 1027225190CONTROLE REMOTO RC-38 - 1027225190

10KpF/50V/Y5P10KpF/50V/Y5P

2K2

2K2

2K2

2K2

2K2

2K2

2K2

2K2

100uF/25V100uF/25V

220n220n

1uF/100V

1uF/100V

4k74k7

BC846BBC846B

4K74K7

100R100R

100R100R

2K22K2

47R/1W47R/1W 1K21K2 5V15V1

1N41481N4148

100R100R

BC856BBC856B

1R/1W1R/1W

1N41481N4148

4,7uF/100V4,7uF/100V

3K93K9

22K22K

4V74V7

820R820R

BC847BBC847B

22K22K10K10K

BC856BBC856B

10K10K100n100n

1uF/100V1uF/100V

1K

1K

100K100K

27K27K

BC847BBC847B

1K81K8

100R100R

1K1K

15uH15uH

BC847BBC847BTPS4.5MBTPS4.5MB180R180R 1K21K2

180R180R 10R10R4R74R7

BAV21BAV21


6V86V8

22K

22K

1K51K5

2K22K2

4K7

4K7

2K22K2

1N4148

1N4148

2K2

2K2

1N4148

1N4148

5K6/3W5K6/3W

18V18V

150R150R

100uF/25V100uF/25V

3n3(M)

3n3(M)

MUR460MUR460

1N41481N4148

33K33K

10n/50V/Y5P10n/50V/Y5P

220R220R

1K51K5

47n(M)

47n(M)

4n7/2000V

4n7/2000V

SK1/08

SK1/08

2n22n2

220uF/16V220uF/16V

330R330R

BC337/16BC337/16

1N4148

1N4148

10uF/50V10uF/50V

27K

27K

1N4148

1N4148

8V28V2

100p/500V100p/500V

470R/1W470R/1W

10n

10n

1N41481N4148

3V33V3

1N41481N4148

390R

390R

100R

100R

100uF/25V

100uF/25V

47uF/25V47uF/25V

100R100R

2n2-Y5P/50V

2n2-Y5P/50V

1K51K5

47R/1W47R/1W

1uF/100V1uF/100V

BC337/16BC337/16

75R75R

2K72K7

47n47n

1K51K5

100R

100R

100p100p

100R

100R

2K2

2K2

SK1/08SK1/08

22n-Y5U/50V22n-Y5U/50V

100R

100R

100p

100p

100K100K

1K1K

22K22K

9V19V1

27K27K

2K22K2

100p

100p


33p

33p

33p

33p

1N41481N4148

BR24C08/FBR24C08/F

100R

100R

33p

33p

33p

33p

4K7

4K7

10n10n

10uH10uH

10uF/50V10uF/50V

100p100p

BZX55C33RL

BZX55C33RL

10K10K

1uF/50V1uF/50V

820R

820R

100R

100R

1n

1n

100R

100R

1N40041N4004

2K2

2K2

22n

22n

22/3W22/3W

5,6uH5,6uH


22uH22uH

22K

22K

1n

1n

4n7/2000V

4n7/2000V

5,6uH5,6uH

10uF/50V

10uF/50V

22K

22K

180R180R

47K47K

680680

1n

1n

22K

22K

12MHz

12MHz

5,6uH5,6uH

22R/1W22R/1W

10K

10K

33uH33uH

SK1/08SK1/08

1K81K8

22uF/50V22uF/50V

2n2/6202n2/620

1n/500V1n/500V

100R100R

68K68K

1n/50V1n/50V

100uF/35V100uF/35V

SK1/08SK1/08

5,6uH5,6uH

220uF/16V220uF/16V

100n100n

3n33n3

4n7/1KV4n7/1KV

1K1K

330p330p

1n21n2

1K81K8

220R220R

1M

1M

27K27K

470p470p

4V74V7

22V22V

4V74V7

100uF/16V100uF/16V

18V18V

220p/500V

220p/500V

22K

22K

10uF/16V10uF/16V

47uF/160V

47uF/160V

1K21K2

1n1n

1K

1K

BAV21BAV21

BC847BBC847B

5V6

5V6

3K93K9

10uF/35V10uF/35V2K22K2

100R

100R

1N41481N4148

1N41481N4148

1n1n

470uF/16V470uF/16V

SK4F1/06SK4F1/06

1n1n

22R22R

100R100R

1n1n

2n2/1000V/Y5P2n2/1000V/Y5P

220n/100V220n/100V

4,7uF/160V4,7uF/160V

1K21K2

39K

39K

22n22n

220n

220n

SK4F1/06SK4F1/06

SK4F1/06SK4F1/06

220n

220n2n2

2n2

8K28K2

1uF/100V

1uF/100V4n7

4n7

1uF/100V

1uF/100V

2,2uF/50V

2,2uF/50V

39K39K

100R

100R

22n

22n

470uF/16V470uF/16V

10n/50V/Y5P10n/50V/Y5P

100n/160V

100n/160V

22n22n

100p

100p

2,2uF/25V2,2uF/25V

SK4F1/06SK4F1/06

10uF/50V10uF/50V

3K93K9

100uF/16V100uF/16V

33K

33K

100p-NP0/50V100p-NP0/50V

390R390R

1N41481N4148

470p

470p

10R10R

1K1K

10uH10uH

MPS-A42MPS-A42

22K22K

100p

100p

100n

100n

100n100n

22n

22n

22n

22n

4n7/2000V

4n7/2000V

100n100n

4,7uF/250V4,7uF/250V

100uF/25V100uF/25V

150R150R

4,7uF/100V4,7uF/100V

100R

100R

27K

27K

1K

1K

1n1n

22n

22n

470K470K

180R180R

2K2

2K2

100uF/16V

100uF/16V

22n

22n

1N41481N4148

33p33p

18K18K

SK-4F1/06SK-4F1/06

470uF/25V470uF/25V

33p33p

330R330R

47uF/25V47uF/25V

100uF/16V

100uF/16V

470R470R

1N41481N4148

820R820R

-V.DR-V.DR+V.DR+V.DR

3V33V3

3V33V3

3V33V3

3V33V3

REMOTREMOT

REMOTREMOT

12V12V

12V12V

FVFVFVFV

FVFV

MATMATMATMAT

MATMAT

AUDIO2AUDIO2

AUDIO2

AUDIO2

B_OUTB_OUTB_OUTB_OUT

G_OUTG_OUTG_OUTG_OUT

R_OUTR_OUTR_OUTR_OUT

VGUARDVGUARD

VGUARD

VGUARD

SPARKSPARK

SPARKSPARK

16V16V

COLCOL

EHT

EHT

EHT

EHT

BC

BC

BCBCBCBC

BOUT

BOUT

MUTEMUTE

MUTEMUTE

GOUT

GOUT

ROUT

ROUT

+33V+33V

SDASDA

SDASDA

K-DZ703K-DZ703

AUD

AUD

AUDAUD

9V9V

9V9V

9V9V

9V9V

AGC

AGC

AGCAGC

FILFIL

COLQ804COLQ804

GNDGND

GNDGND

GNDGND

GNDGND

HTHTHTHT

HTHT

SCLSCL

SCLSCL

-12V-12V

-12V-12V

-12V-12V

VIDEO2VIDEO2

VIDEO2

VIDEO2

STBYSTBY

STBYSTBY

103V103V

103V103V

KEY1

KEY1

+16V+16V

SCSCSCSC

SCSCSCSC

180V180V180V180V

180V180V

8V8V

8V8V

8V8V

8V8V

8V8V

8V8V

E+12E+12

SCPSCP

E-12E-12

HOUT

HOUT

HOUT

HOUT

+12V+12V

+12V+12V

HSYN

HSYN

HSYN

HSYN

KEY02KEY02

+VDR

+VDR

-VDR

-VDR

+B+B

FI

FI

FIFI

KEY2

KEY2

ABL

ABL

ABLABLABLABL

ABL

ABL

ABLABL

E+180E+180

POWER

POWER

POWERPOWER

KEY01KEY01

5V5V

5V5V

5V5V

5V5V

5V5V

5V5V

5V5V

5V5V

9V9V

9V9V

9V9V

9V9V

9V9V

180V180V

180V180V

180V180V

180V180V

180V180V

**

5V65V6

VDVD

AMAM

SCSC

VMVM

AZAZ

103V103V

W1W1

W2W2

VIDEOVIDEO

AUDIOAUDIO

W1W1

C105C105

R106R106

R107R107

R108R108

R109R109

C107C107

C721C721

C401

C401

R215R215

Q301Q301

R309R309R308R308

SW707SW707

R722R722

R01

R01

LD01

LD01

R702R702

R718R718

R603R603

R113R113 R112R112 DZ102DZ102

D101D101

R719R719

Q101Q101

Q302Q302

FR405FR405

D408D408

C406C406

R405R405

R402R402

DZ401DZ401

R406R406

Q404Q404

R412R412R413R413

Q403Q403

R420R420

IC01IC01

C408C408

C647C647

R769

R769

R602R602

R404R404

Q703Q703

R614R614

R709R709

FIO501FIO501

R775R775

L201L201

Q201Q201CF201CF201R204R204 R206R206

R203R203 R205R205R202R202

R906R906

Q903Q903

C907C907

C904C904

R924R924

R928R928

R922R922

R926R926

R925R925

R927R927

R921R921

R920R920

D902D902

Q904Q904

R617R617

D302D302

C307C307

Q906Q906

Q905Q905

C908C908

C903C903

DZ301DZ301

R313

R313

R304R304

R312R312

R310

R310

R907R907

R913R913

D901D901

C807C807

R803R803

D801

D801

R111R111

D802

D802

R411R411

DZ801DZ801

R409R409

IC101IC101

C836C836

C808

C808

D807D807

D805D805

R805R805

C837C837

R808R808

R305R305

C810

C810

C806C806

C803C803

C427C427

C838C838

R307R307

Q802Q802

D803

D803

C201C201

R208

R208

D804

D804

DZ807DZ807

C410C410

R207R207

C206

C206

D303D303

DZ808DZ808

D814D814

R408

R408

R103

R103

C851C851C850C850

R832R832C811C811

R831R831

R830R830

C419C419

Q804Q804

R212R212

R407R407

C208C208

R802R802

R510

R510

C209C209

TR01TR01

R302

R302

R708

R708

C818C818

X01X01

R712

R712

C717

C717

L704L704

L703L703

R421R421

R705R705

R707R707

DZ806DZ806

R422R422

R704R704

C716

C716

C304C304

C709

C709

C710

C710

D405D405

IC701IC701

R713

R713

C711

C711

C712

C712

FIO601FIO601

R723

R723

C402C402CN501BCN501B

L702L702

C718C718

C715C715

DZ702

DZ702

DZ701

DZ701

FIO701FIO701

DZ101DZ101

R710R710C713C713

R711

R711

R509

R509

C714

C714

R104

R104

D301D301

R110R110

C707

C707

CN701ACN701A

R822R822

L706L706

C106C106

L102L102

CN401BCN401B

R314

R314

C305

C305

C804C804

FIO401FIO401

SQ901SQ901

R901R901

L705L705

C104C104

R315

R315

R809R809

IC801IC801

R818R818

R102R102

C906C906

C306

C306

FB804FB804

R815R815

C822C822

C828C828

FR804FR804

R316

R316

X701

X701

NTC801NTC801

L707L707

FR901FR901

R311

R311

C805C805

L803L803

D904D904

R804R804

C101C101

BOB801BOB801

R812R812

C823C823

C409C409

R211R211

CN801CN801

FB801FB801FB802FB802

C835C835

R904R904

R813R813

R903R903

R918R918

C824C824

C302C302

R916R916

C833C833

R917R917

C829C829

L801L801

C825C825

R810R810

C840C840

R909R909

C740C740

R919

R919

C605C605

C819C819

FR801FR801

FB803FB803

R915R915

R610R610

C602C602

C601C601

FR802FR802

C816C816

D806D806

R807R807

C812C812

R777R777

R806

R806

C827C827

R816R816

R418R418

R817R817

IC803IC803

C407C407

FR803FR803

C902C902

C809C809

DZ805DZ805

C820C820

C905C905

CF801CF801

Q901Q901

DZ804DZ804

DZ803DZ803

C801C801

F801F801

R801R801

C720C720

DZ802DZ802

C815C815

R403

R403

IC804IC804

C909C909C901C901

C01

C01

R721R721

C771C771

R507

R507

R02R02

Q902Q902

D601D601

Q701Q701

DZ703

DZ703

R101R101

C708C708

C631C631

PTC801PTC801

R703R703

R508

R508

D701D701

FR401FR401

D406D406

IC301IC301

C411C411

C420C420

C425C425

D404D404

C424C424

T402T402

C770C770

R416R416

R701R701

C421C421

C416C416

C430C430C418C418

C417C417

C303C303

C415C415

R720R720

R301

R301

C719C719

CN601CN601

C730

C730

D401D401

FR402FR402

FR403FR403

Q402Q402

D402D402

C501

C501

C405

C405

T401T401

CN501ACN501AV901V901

R410R410

C404

C404

C403

C403

CN401ACN401A

R306R306

D903D903

C722

C722

C204

C204

R415R415

R303

R303

C813C813

IC802IC802

C205

C205

R902R902

C426C426

TU101TU101

R910R910

R911R911

R908R908

C841C841

C301

C301

C604C604

C834C834

Q801Q801

RM701RM701

C210

C210

C606C606

C646C646

R631R631

D403D403

C635C635

C603C603

R601R601

C645C645R615R615

C742C742

R770

R770

R616R616

C826C826

R105R105

D201D201

IC601IC601

FL601FL601

C502

C502

R823R823

R826R826

C633C633

R201R201

L701L701

Q401Q401

SF101SF101

LF801LF801

R417R417

C652

C652

C211

C211

C821C821

C632C632

C203C203

C634C634

W2W2

C560

C560

C260

C260

C802C802

FR404FR404

C102C102

C423C423

R824R824

C636C636

R820R820

C839C839

R814R814

C207C207

R566

R566

R821R821

R209

R209

JK1JK1

T801T801

R819

R819

C637C637

C648C648

C561

C561

CN701BCN701B

R419R419

R776R776

R749

R749

C705

C705

C704

C704

D407D407

R912R912

C701C701

PF802PF802

R414R414

L402L402

D808D808

C831C831

R706R706

C702C702

R778R778

C651C651

C706

C706

PF801PF801

R779R779

D813D813

C703C703

LD701LD701

SW702SW702 SW704SW704 SW703SW703 SW706SW706 SW701SW701SW705SW705

R780R780

3V3V

5V5V

33

44

IC803IC803

- ITEM DE SEGURANCA - ESTES COMPONENTES SO PODEM SER SUBSTITUIDOS POR - ITEM DE SEGURANCA - ESTES COMPONENTES SO PODEM SER SUBSTITUIDOS POR

ORIGINAIS DE FABRICAORIGINAIS DE FABRICA

3R3/1/2W3R3/1/2W3R3/1/2W3R3/1/2W

SERVICESERVICE

SKIPSKIP

AVAV

SLEEPSLEEP

00

66

DSCDSC

ON/OFFON/OFF

CCCC

TIMERTIMER

P.CHP.CH

8877 99

33

1R8

1R8

CH+CH+

LTE3271T

LTE3271T

VOL+VOL+

5522

AUTO-IMAGEAUTO-IMAGE

44

VOL-VOL-

MENUMENU

MUTEMUTE

BC337/16BC337/16

CH-CH-

PT11400PT11400

OSDOSD

2222

BF422BF422

390pF/100V390pF/100V

470pF/100V(N)470pF/100V(N)

2222

1k5-COMP1k5-COMP

15k(2W)15k(2W)

1k81k8

330330

1k(N)1k(N)

3K93K9

3333

1N41481N4148

BF421BF421

3R3(N)3R3(N)

BF421BF421

BF422BF422

22uF/250V-M22uF/250V-M

390pF/100V390pF/100V

330330

15k(2W)15k(2W)

1N41481N4148

4u7F/100V4u7F/100V

QFP80QFP80

TDA9570HTDA9570H

4u7F/100V4u7F/100V

11

BC817-25BC817-25

CST3.456MGWCST3.456MGW

2u2H2u2H

2u2H2u2H

66

55

44

33

22

11

16312812071631281207

5V6(N)

5V6(N)

5V6(N)

5V6(N)

77

66

55

44

33

22

11

16312813071631281307

33

22

11

16312813041631281304

1k1k

UC3842BUC3842B

470pF/100V(N)470pF/100V(N)

6M8(N)6M8(N)

1kpF/50V_Y5V(N)1kpF/50V_Y5V(N)

330pF/2KV(N)330pF/2KV(N)

39R39R

10R10R

150uF/385V150uF/385V

1N41481N4148

47K/2W47K/2W

47uF/25V47uF/25V

15k(2W)15k(2W)

3k93k9

1k(N)1k(N)

330330

1KpF/500V(N)1KpF/500V(N)

1k81k8

33uF/160V33uF/160V

47uF/160V-HR47uF/160V-HR

0R27-2W0R27-2W

1k(N)1k(N)

1k5-COMP

1k5-COMP

1-FUSISTOR-1/2W

1-FUSISTOR-1/2W

2222

39-NFR2539-NFR25

470pF/500V(N)470pF/500V(N)

SK-4F1/06SK-4F1/06

47uF/25V47uF/25V

470kpF/63V-M(N)470kpF/63V-M(N)

113k/0.5%(N)113k/0.5%(N)

2k8/0.5%(N)2k8/0.5%(N)

1K-NFR251K-NFR25

470pF/100V(N)470pF/100V(N)

27kpF/63V_J(N)27kpF/63V_J(N)

330pF/2KV(N)

330pF/2KV(N)

390pF/100V390pF/100V

BF422BF422

100kpF/250VAC-X1100kpF/250VAC-X1

4A_T/250V4A_T/250V

27k/2W27k/2W

78057805

1kpF/2kV(N)1kpF/2kV(N)

330R330R

BF421BF421

1kpF/50V1kpF/50V

PTC-SPTC-S

1R-1W1R-1W

TDA9309TDA9309

10KpF/500V-M(N)

10KpF/500V-M(N)

47KpF/400V-M(N)47KpF/400V-M(N)

55

MATMAT

FVFV

SCSC

33

44

66

11

88

99

77

410kpF/250V_M(N)410kpF/250V_M(N)

6k8pF/1k6V_PP(N)6k8pF/1k6V_PP(N)

330pF/2kV(N)330pF/2kV(N)

1R-1/2W1R-1/2W

1R-1/2W1R-1/2W

BU2506DXBU2506DX

13530024001353002400

66

55

44

33

22

11

16312812071631281207

A34EAK01X081A34EAK01X081

11

22

33

16312813041631281304

1R5(N)1R5(N)

1N41481N4148

100kpF/16V

100kpF/16V

TL431-RATL431-RA

3333

1k5-COMP1k5-COMP

3333

1k81k8

100uF/25V100uF/25V

2SK25452SK2545

12712052001271205200

33 22 11

470uF/16V470uF/16V

15k15k

220uF/16V220uF/16V

10kpF/50V/Y5P10kpF/50V/Y5P15k15k

220k220k

TDA1013BTDA1013B

8R8R

1k/1W1k/1W

100KpF/16V100KpF/16V

F6221F6221

M1971M/M1971M/

13124001001312400100

560pF/2kV(N)560pF/2kV(N)

1uF/100V1uF/100V

1uF/100V1uF/100V

1R-1/2W1R-1/2W

3R3(N)3R3(N)

100kpF/63V100kpF/63V

470R/1W470R/1W 47R/3W47R/3W

10kpF/50V/Y5P

10kpF/50V/Y5P

77

66

55

44

33

22

11

16312813071631281307

3K93K9

43uH43uH

47R47R

47uF/25V47uF/25V

SLR-342VC-T32SLR-342VC-T32

VOL+VOL+ CN+CN+ VOL-VOL- MENUMENU ON/OFFON/OFFCN-CN-

EXPORTACAOEXPORTACAO

OPCAOOPCAO

VERTICALVERTICALYOKEYOKE

YOKEYOKE

HORIZONTALHORIZONTAL

PS-2501-HPS-2501-H

1/21/2

1/21/2

PS-2501-HPS-2501-H

POLYPOLY

REARREAR

33

1188665544

99

77

CTRL1CTRL1

CTRL2CTRL2

ZONDAZONDA

TVTVLA14

SCHEMATIC DIAGRAMSCHEMATIC DIAGRAM

202011

22

33

44

55

1919

1818

1717

1616

1111

1212

151566

99

1010

1313

KI/05KI/05

XINXIN

VDDVDD

XOUTXOUT

REMREM

RESETRESET

77

KI/07KI/07

VSSVSS

KI/04KI/04

S1/LEDS1/LED

SDSD

KI/06KI/06

1414

88

KI/03KI/03

KI/02KI/02

KI/01KI/01

KI/00KI/00

KI3KI3

KI2KI2

KI1KI1

KI0KI0

A1A1

mmmmememdimensoesdimensoes

PROJECAOPROJECAO

DISCRIMINACAODISCRIMINACAO

TITULO:TITULO:

DATADATAVISTOVISTO

COD.COD.

N.N.TOL.TOL.TOL.TOL.

MOD.MOD.

ACAB.ACAB.

ESC.ESC.

MAT.MAT.DATADATA

APRO.APRO.

PROJ.PROJ.

DES.DES.

NOMENOME

P.A.P.A.ALT.ALT.

++

++

++

++

++

++

P3.0/ADCOP3.0/ADCO

P2.6/PWM5P2.6/PWM5

P2.5/PWM4P2.5/PWM4

P2.4/PWM3P2.4/PWM3

P2.3/PWM2P2.3/PWM2

P2.2/PWMIP2.2/PWMI

P2.1/PWMOP2.1/PWMO

P2.0/TPWMP2.0/TPWM

P1.7/SDAP1.7/SDA

P1.6/SCLP1.6/SCL

P1.3/T1P1.3/T1

P1.2/INTOP1.2/INTO

P1.1/TOP1.1/TO

P1.0/INT1P1.0/INT1

VDDVDD

RSRSXTALOUT

XTALOUT

XTALIN

XTALIN

OSCGND

OSCGND

VDDC

VDDC

VPE

VPE

VDDA

VDDA

ROUT

ROUT

GOUT

GOUT

BOUT

BOUT

BLKIN

BLKIN

BCLIN

BCLIN

B2/UIN

B2/UIN

G2/YIN

G2/YIN

R2/VIN

R2/VIN

INSSW2

INSSW2

IFVO2

IFVO2

AUDOUT/AMOUT

AUDOUT/AMOUT

CVBSO

CVBSO

WHSTR

WHSTR

CCCVBS3/Y

CVBS3/Y

GND

GND

CVBS2

CVBS2

GND

GNDCVBSICVBSI

VPIVPI

IFVO/SVOIFVO/SVO

QSSOQSSO

SIFAGCSIFAGC

PLLIFPLLIF

EHTOEHTO

QSSO/AMOUT/AUDEEMQSSO/AMOUT/AUDEEM

DECSDEMDECSDEM

FbiSoFbiSo

HOUTHOUT

AUDIO3AUDIO3

AUDIO2AUDIO2

AVL/REFOUT/SNDIFAVL/REFOUT/SNDIF

SndPLLSndPLL

GND2GND2

SIFin2

SIFin2

SIFin1

SIFin1

AGCOUT

AGCOUT

VScap

VScap

Iref

Iref

IFin2

IFin2

IFin1

IFin1

VDRA

VDRA

VDRB

VDRB

AVL/EWD

AVL/EWD

DecBG

DecBG

Gnd3

Gnd3

Phi1

Phi1

Phi2

Phi2

VpDig

VpDig

Vp2

Vp2

SecPLL

SecPLL

VssA

VssA

PO.6

PO.6

PO.5

PO.5

VssC/P

VssC/P

Adc3

Adc3

P3.2

P3.2

P3.1

P3.1

80

80

79

79

78

78

77

77

76

76

75

75

74

74

73

73

72

72

71

71

70

70

69

69

68

68

67

67

66

66

65

65

64

64

63

63

62

62

61

61

60

60

59

59

58

58

57

57

56

56

55

55

54

54

53

53

52

52

51

51

50

50

49

49

48

48

47

47

46

46

45

45

44

44

43

43

42

42

41

41

40

40

39

39

38

38

37

37

36

36

35

35

34

34

33

33

32

32

31

31

30

30

29

29

28

28

27

27

26

26

25

25

24

24

23

23

22

22

21

21

20

20

19

19

18

18

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10 99 88 77 66 55 44 33 22 11

++

++

++

++

++++

++

VDDVDD

WPWP

SCLSCL

SDASDA VSSVSS

A2A2

A1A1

A0A088

77

66

55 44

33

22

11++

++

++

RR

SSQQ

OscOscGNDGND

GNDGND

GNDGND

GNDGND

GNDGND

++

BiasBias

5.0V Ref5.0V Ref

EAEA

RR RR

--

--

--

--

--

--

++

++

++

++

++

++

88 77 66 55

44332211

++

++

++

++

++

++

++

GND

GND

STAGE SUPPLY

STAGE SUPPLY

OUTPUT

OUTPUT

OUTPUT

OUTPUT

INVERTING

INVERTING

SUPPLY

SUPPLY

VOLTAGE

VOLTAGE

INPUT

INPUT

INPUT

INPUT

NON-INVERTING

NON-INVERTING

GENERATORGENERATORFLYBACKFLYBACK

PROTECTIONPROTECTION

THERMALTHERMAL

POWERPOWER

AMPLIFIERAMPLIFIER

--

++

77665544332211

++

SCREENSCREEN

FOCOFOCO

++

11

AA

G3G3G2G2G1G1HH

KRKR

KBKB

KGKG

++

++

++

2.5Vref2.5Vref

1133

22

--++ ++

11 77 99 111133 44 55

SDA

SDA

SCL

SCL

RS

RS

FI

FI

33V

33V

5V

5V

AGC

AGC

36KHz36KHz

++

++

++

++

++

99 88 77 66 55 44 33 2299 88 77 66 55 44 33 22 11

GNDGNDGNDGND

5544

33

2211

++

++

++

++

++

++

++

++

++

88

22

11

~~2402409090

1010

1111

99

55

66

11

33

22

11

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