Service Manual Model HPS- · PDF fileProcedure to check up color TV electrical parameters ......

Service Manual

Model HPS-2185FS

Customer: Makro Code: 1.01.72505.59

_____________________________________ Approved Signature

HPS-2185FS

INDEX

1. PRODUCT SPECIFICATION

2. PACKAGING BOX

3. TECHNICAL SPECIFICATION

4. CALIBRATION SCRIPT

5. MATERIAL LIST

6. ELECTRICAL SCHEME

6.1 MAIN AND REMOTE CONTROL PCB

7. SILKTOP AND SOLDERS

7.1 MAIN PCB

7.2 REMOTE CONTROL PCB

8. EXPLODED VIEW

9. BLOCK DIAGRAM

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3. TECHNICAL SPECIFICATION

Procedure to check up color TV electrical parameters

3.1 AUDIO 3.1.1 Output Power at 10% THD

1o 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 400Hz 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 power through 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 Unit 2,00 2,50 3,50 W

3.1.2 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 87,5% and audio signal with 400Hz frequency modulated in FM with 25kHz deviation.

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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 - 25,00 500,00 mVpp

3.1.3 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 adjusts 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 an 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 Unit 100Hz n/a n/a n/a dB 10kHz n/a n/a n/a dB

3.1.4 Audio frequency response for the stereo television set with tonality control

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

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Condition Minimum Nominal Maximum Unit Bass control in max. position 100Hz - - - dB Treble control in the meddle. 10kHz - - - dB Bass control in the min position. 100Hz - - - dB Treble control in the meddle. 10kHz - - - dB Bass contr. in the meddle post.. 100Hz - - - dB Treble control int the min pos.. 10kHz - - - dB Bass contr. in the meddle pos. 100Hz - - - dB Treble contr in the max. pos.. 10kHz - - - dB

3.1.5 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 and 7.5 kHz deviations. f) Read the Double Voltammeter value Vac corresponding of Left and Right

channel and calculate the 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 deviations. Calculate the separation trough the equate:

Sep (3kHz) L→R = 20 log (VL/VR i) Repeat the procedures e, f, g, however selecting only the right channel with

300Hz and 30% modulation and immediately the right channel with 3kHz and 30% modulation and calculate the separation in 300Hz and 3kHz trough the expression :

Sep(300Hz) R→L=20 log (VR/VL) Sep(3kHz) R→L=20 log (VR/VL)

Condition Minimum Nominal Maximum Unit Sep(300Hz) L →R 15 21 - dB Sep(3kHz) L →R 15 18 - dB Sep(300Hz) R→L 15 21 - dB Sep(3kHz) R→L 15 19 - dB

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3.1.6 Nível de saída e distorção do sinal S.A.P.

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 an AC volt distortion meter at the left channel output. 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/SAP generator for 400 Hz sine wave and 100%

modulation. f) Active the SAP function in the Test Television. g) Read Vac at the AC volt-distortion-meter. h) Repeat all above procedures, connecting the volt-distortion-meter at the

Right channel.

Minimum Nominal Maximum Unit Output level 450 500 550 VAC Distortion (THD) 0,2 1,0 1,5 %

3.1.7 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 an 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 30%

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 be supplied, it will be defined separately for each one model.

Minimum Nominal Maximum Unit

40,00 50,00 - dB

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3.2 POWER SUPPLY

3.2.1 Consume

a) Connect the TV under test through an electronic wattmeter at the 220Vac/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 FM carrier with a 400Hz sine wave audio signal.

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

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

110Vac/60 Hz line.

Condition Minimum Nominal Maximum Unit TV ON 117V - 84,00 85,00 W TV ON 234V - 80,00 82,00 W STAND BY 117V - 1,80 2,00 W STAND BY 234V - 2,70 3,00 W

3.2.2 Main Power Supply

a) Connect the TV set under test to 117Vac/60Hz line. b) Turn On the TV set and apply a 60dBµV (the preferred channel will be

defined by the local unit), modulated with a 88%video signal white pattern, and a ± 25kHz deviation FM carrier with a 400Hz sine wave audio signal.

c) TV setup in 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 110V +B 103V (Cathode of D819) 102,00 103,00 104,00 V 110V +B 16V (Cathode of D808) 14,00 15,50 16,50 V

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3.2.3 Main Power Supply Regulation with fluctuation of the line

Repeat the procedure of the item 2.2 when the television is connected to the electric net with 100VAC/60Hz and also 240VAC/60Hz.

Condition Test Point Minimum Nominal Maximum Unit

100Vac +B 118V 117 118 119 V 240Vac +B 17V 16,5 17,5 18,5 V

3.2.4 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 (the preferred channel will be

defined by the local unit), modulated with a 88%video signal white pattern, and a ± 25kHz deviation FM carrier with a 400Hz sine wave audio signal.

c) Ajustar a TV na condição ”PP”. d) Através de um voltímetro eletrônico DC, com impedância de entrada

superior a 10MΩ, medir as tensões de alimentação auxiliares do FLY BACK.

e) Medir a tensão em “RMS” nos pinos de filamento do cinescópio através de um “voltímetro TRUE RMS”.

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 of D402) +12,00 +13,00 +14,00 Vdc “PP” 117Vac E-12V (Anode of D403) -11,00 -12,00 -13,00 Vdc “PP” 117Vac E180V (Anode of D404) 170,00 180,00 195,00 Vdc

“PP” 117Vac FIL (RMS) (Pins 9 and 10 of V901) 5,70 6,30 6,90 Vrms

3.2.5 High Voltage (EHT)

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

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

c) Repeat the procedures a and b. d) Adjust the bright, color and contrast controls to minimum and read the high

voltage E.H.T. (IAmin). e) Adjust the bright control to the maximum position, contrast control to the

maximum position and monitoring the voltage through the ABL resistor, adjust the bright control until the DC voltage reached the specific value. The anode electric current will now be define by the following equation:

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

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Condition Minimum Nominal Maximum Unit 0mA 28,41 kV 1mA 26,50 kV

3.2.6 Dielectric Rigid

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

Condition Minimum Nominal Maximum Unit

1500VAC - - 2,00 mAAC 3.3 Frame geometric 3.3.1 Wide and height of the frame

Preparation: a) Connect the receiver under test to a 117 Vac line. Turn ON the TV and adjust the bright and contrast controls to maximum,

and the saturation and volume controls to minimum. Wait the pre hitting time (see model specification).

b) Apply to the antenna input a 60 dBµV signal – 88% modulated with a “PHILIPS” pattern (the preferred channel will be defined by the fabric unit).

c) Adjust the contrast control to maximum and reduce the bright control until the black level of the image to turn “black”.

d) Observe the pattern image and make a block count in the horizontal and vertical direction (see model specification).

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Minimum Nominal Maximum Unit Height (PAL-N) n/a n/a n/a Blocks Wide (PAL-N) n/a n/a n/a Blocks Height (PAL-M) n/a n/a n/a Blocks Wide (PAL-M) n/a n/a n/a Blocks

3.3.2 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 saturation and 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 be defined 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)-(c/d)| n/a n/a n/a |(p/q)-(r/s)| n/a n/a n/a

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3.3.3 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 to min. 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). c) Adjust bright and contrast control to nominal position. d) 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 Unit a/M n/a n/a n/a b/M n/a n/a n/a c/M n/a n/a n/a d/M n/a n/a n/a

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3.3.4 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 to min. 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). c) Adjust bright and contrast control to nominal position. d) For the next reads, please take references by figure D. e) Observe the screen pattern and check the distances An - 15 blocks (in

centimeters) f) Calculate the middle distances through blocks

M = An/15. Horizontal deviation between major blocks (DHM )

Read first the 15blocks wide (from b1 to b15) and select the biggest read (bmax) for calculate the deviation:

DHM = bmáx/M Minor Horizontal deviation between blocks (DHm)

Read first the 15 blocks wide (from b1 to b15) and select the smallest read (bmin) for calculate the deviation:

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

PAL-M Minimum Nominal Maximum Unit DHM n/a n/a n/a DHm n/a n/a n/a

PAL-N Minimum Nominal Maximum Unit DHM n/a n/a n/a DHm n/a n/a n/a

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3.3.5 Vertical Linearity

a) Connect the receiver to a 117VAC line Turn on the TV and adjust bright and contrast control to max. position,

saturation and volume to min. 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 position. d) For the next reads, please take references by figure E . e) Observe the screen pattern and check the distances X –(in centimeters) f) Calculate the middle distances through blocks: amedium=X/11 Major vertical deviation between blocks (DVM ). Read first the 11 blocks height (from a1 to a11) and select the biggest of them

(amax) for calculate the deviation:

DVM = amax/amedium

Minor vertical deviation between blocks (DVm)

Read first the 11 blocks height (from a1 to a11) and select the smallest of them (amin) for calculate the deviation:

DVm = amin/amedium

PAL-M Minimum Nominal Maximum Unit DVM n/a n/a n/a DVm n/a n/a n/a

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PAL-N Minimum Nominal Maximum Unit DVM n/a n/a n/a DVm n/a n/a n/a

3.3.6 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 to min. 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).

c) Turn the face tube to West/Lest orientation. d) Adjust bright and contrast control to “PP” position. e) 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 100 Left-Right = 2(d1 + d2)/(AB +CD) X 100

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

Minimum Nominal Maximum Unit TOP-BOTTOM n/a n/a n/a LEFT-RIGHT n/a n/a n/a

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3.4 Purity

a) 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). c) Wait for pre-heating period (30 minutes). d) Turn the face tube to West/Lest orientation. e) Degauss the device appropriated. f) Increment the contrast controls to max. position, and wait for 3 minutes g) At a distance of 5 times the height of the screen, observe that no color dirty

may appear. h) Repeat this procedures now utilizing a red pattern.

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

device

3.5 Convergence a) Connect the receiver to a 117VAC line. Turn on the TV and adjust bright and contrast control to max. position,

saturation and volume to min. 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).

c) Turn the face tube to West/Lest orientation. d) Degauss the device properly. e) Adjust bright and contrast control to minimum position.

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

g) Observing the picture in the screen and with the aid of Convergence Gauge, measure in the positions indicated by the figure G.

a) Distance between centers of vertical lines (X); b) Distance between centers of horizontal lines (Y) to: - R/G (red / green) - R/B (red / blue) - B/G (blue / green) (See specification for each model)) (*) Apply for signals PAL-M and PAL-N

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POINT X, Y LIMITS (mm) BG, RG BG

a n/a n/a b, c n/a n/a d, e n/a n/a

f, g, h, j n/a n/a f’, g', h', j' n/a n/a k, l, m, n n/a n/a s, t, u, v n/a n/a

3.6 VIDEO

3.6.1 Sensibility and Signal /Noise Rate

a) TV ajustada na condição “PP”. b) Apply to the antenna input a 60dBµV signal with 88% AM modulation, 1kHz

sine wave (frequency and channel factory defined). c) Connect at the output video detector an 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.

Miimum Nominal Maximum Unit Sensibility - 35,00 40,00 dBµV S/N 40,00 50,00 - dB

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3.6.2 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 400Hz audio modulation +-25 kHz deviation.

c) Observe the TV screen under test and reduce the output generator level until the color pattern be visible. 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 the PAL-N and NTSC-M signal system.

Condition Minimum Nominal Maximum Unit

PAL-M - 300,00 400,00 dBµV PAL-N - 300,00 400,00 dBµV NTSC-M - 300,00 400,00 dBµV

3.6.3 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 kHz deviation.

b) Adjust the TV to “PP” condition. c) Read the DC voltage at the tuner AGC terminal. Utilize a DC electronic

voltmeter with minimum 10 MΩ impedance.

Condition Minimum Nominal Maximum Unit Vcc = 5V -10% (1/2)Vcc +10% VDC

3.6.4 AFT circuit

a) Apply to the antenna input a 60dBµV signal with 88% AM modulation with PAL-M COLOR BAR pattern (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:

E= VH/VBx100% 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:

E= VL/VBx100%

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Minimum Nominal Maximum Unit EH 0,80 1,00 +1,20 % EL 0,80 1,00 +1,20 %

4. CALIBRATION SCRIPT

Note: This guide is only an orientation and, for some items, may be adapted by Factory Engineering 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 recommendations 2) Definitions of the terms 3) Geometry of the Image 4) White Balance 5) Screen adjustment 6) AGC adjustment How to select the FACTORY MODE a) Short to ground pin 78 of IC101 (momentarily) or press the service key in

the service remote control (see the description of service remote control). b) Select the adjustment options pressing the key CHÙ or CHÚ of the remote

control, of the television front panel or use the service remote control (see the description of service remote control).

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

c) Adjust the selected option pressing the key VOLØ or ×VOL of the remote

control, of the television front panel or use the service remote control(see the description of service remote control).

c1) VOLØ - increases registers (MAX.). c2)×VOL - decreases registers (MIN.). d) To exit the FACTORY MODE, use the key OSD/OUT of the remote control.

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4.1 Important recommendations 4.1.1 Before beginning the adjustments, the TV set should be a pre-heated during at

least 15 minutes.

4.1.2 The positioning of the TV set should be the magnetic parameters of South America that it is -120 vertical mG. In the practice, this is gotten with a relative precision, positioning the TV 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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4.2 Definitions of the registers

Description of service and factory registers

Register Name Range Description Default Value 01 HSh 00 63 Horizontal shift 45 02 VSD 00 00 Vertical screen 0 03 VSl 00 63 Vertical slope 30 04 VAm 00 63 Vertical amplitude 44 05 VSh 00 63 Vertical shift 32 06 SC 00 63 S-correction 25

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

10 TWBl 00 255 Timing of “wide blanking” 88 11 PWLi 00 63 Peak withe limiting 08 12 OSIF 00 63 Off-set IF demolator 20 13 HzPl 00 63 Horizontal parallelogram 32 14 HBow 00 63 Horizontal bown 32 15 HSh 00 63 Horizontal shift 45 16 EW 00 63 EW widht 34 17 PW 00 63 EW parabola/with 35 18 EWUC 00 63 EW upper corner parabola 35 19 EWLC 00 63 EW lower corner parabola 35 20 TC 00 63 EW trapezium 33 21 VSl 00 63 Vertical slope 30 22 VAm 00 63 Vertical amplitue 44 23 SC 00 63 S-correction 14 24 VSh 00 63 Vertical shift 32 25 VX 00 63 Vertical zoom 25 26 VOT 00 63 Vertical offset 28 27 TAS 00 63 Text area start 13 28 OEA 00 127 Odd even alignment 60 29 BLOR 00 63 Black level offset R 32 30 BLOG 00 63 Black level offset G 32 31 WPR 00 63 Withe point R 32 32 WPG 00 63 Withe point G 32 33 WPB 00 63 Withe point B 32 34 PkFr 00 3 Peaking frequency 1 35 YDl 00 15 Luminance delay time 10 36 AGC 00 63 AGC take-over 25 37 CDc0 00 15 Colour decoer 0 6 38 CDc1 00 7 Colour decoder 1 0 39 AVS0 00 127 AV-switch 0 64 40 AVS1 00 7 AV-switch 1 0 41 Syn0 00 127 Synchronisation 0 0 42 Syn1 00 63 Synchronisation 1 16

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43 Defl 00 255 Deflection 16 44 VIF0 00 255 Vision IF 0 32 45 VIF1 00 255 Vision IF 1 2 46 SND0 00 255 Sound 0 10 47 CTL0 00 255 Control 0 0 48 CTL1 00 255 Control 1 0 49 SND1 00 255 Sound 1 0 50 FEA0 00 63 Features 0 0 51 FEA1 00 127 Features 1 0 52 BRI 00 63 Brightness 32 53 CON 00 63 Contrast 63 54 COL 00 63 Color 32 55 PEA 00 63 Peaking 45 56 HUE 00 63 Hue 32 57 VOL 00 63 Volume 15 58 STNT 00 15 Stereo noise threshold 8 59 SPNT 00 15 SAP noise threshold 8 60 LA 00 15 Input level adjustment 7 61 ALW 00 31 Alignment for wideband 15 62 ALS 00 31 Alignment for spectral 15

Please, look the functions of registers bellow, before os change tho the default value

Description of service and factory registers Register Name Range Description Default Value

94 STBY 00 2 Standby 1 95 AV-2 00 1 AV2-Conected X 96 IDENT 00 1 Audio mute when without video signal 0 97 TUNE 00 1 Tuner protocol X 98 INI 00 00 Inicialization 0 99 VSD 00 00 Vertical screen 0

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Register 94 (STBY) Register 95 (AV-2) Value Function Value Function 0 The TV set DON’T return

to the STANDBY, after of the Power On.

0 1 AV input.

1 The TV set, always return to the STANDBY, after of the Power On

1 2 AV inputs.

2 Only to the factory. Don´t use this value.

Register 96 (IDENT) Register 97 (TUNER) Value Function Value Function 0 Enable the audio mute

when without video signal

0 To TUNER that run with Europe protocol.(Ex. UV1336S/A)

1 Disable the audio mute when without video signal.

1 To TUNER that run with US protocol

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

to the default value - To adjust the screen

4.3 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: ü Use the register (VSl) to adjust the Vertical slope; ü Use the register (VAm) to adjust Vertical Height; ü Use the register (VSh) to adjust Vertical position; ü Use the register (VSc) to adjust Vertical Center Linearity; ü Use the register (HSh) to adjust Horizontal position

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4.4 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 CHÙ or CHÚ the WPR (29), WPG (30) and WPB (31) functions. c) Increase or decrease the function via VOLØ or via ×VOL respectively.

4.5 Screen adjustment

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

150 Volts GND

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

the FBT, until the horizontal line be slightly visible on the screen center.

4.6 AGC adjustment

Mode 1: ü Apply a PHILIPS pattern with 60dBµV of intensity and adjust the delay

until obtain 3.5V in AGC pin of tuner.

HPS-2185FS

5. MATERIAL LIST

MAIN PCB

CAPACITORS

CODE DESCRIPTION POSITION

1380220528 ELCO 22UF/50V M 5X11MM C101

1492010400 CAP.SMD X7R 100KPF/16V K 0603 C102

1492022300 CAP.SMD X7R 22KPF/25V K 0603 C560

1492022300 CAP.SMD X7R 22KPF/25V K 0603 C561

1492022300 CAP.SMD X7R 22KPF/25V K 0603 C562

1380100524 ELCO 10UF/50V M 5X11MM C104

1492010300 CAP.SMD X7R 10KPF/50V K 0603 C105

1492010300 CAP.SMD X7R 10KPF/50V K 0603 C106

1380471225 ELCO 470UF/16V M 8X11,5MM C107

1380471229 ELCO 470UF/16V M 10X12,5MM C107

1380100524 ELCO 10UF/50V M 5X11MM C201

1492047300 CAP.SMD X7R 47KPF/16V K 0603 C202

1492010400 CAP.SMD X7R 100KPF/16V K 0603 C203

1380229622 ELCO 2,2UF/100V M 5X11MM C204

1492022300 CAP.SMD X7R 22KPF/25V K 0603 C205

1492010300 CAP.SMD X7R 10KPF/50V K 0603 C206

1380479622 ELCO 4,7UF/100V M 5x11mm C207

1380479522 ELCO 4,7UF/50V M 5X11MM C207

1492047300 CAP.SMD X7R 47KPF/16V K 0603 C208

1491010104 CAP.SMD NP0 100PF/50V J 0603 C209

1491010103 CAP. SMD NP0 100PF/100V J 0603 C209

1491010103 CAP. SMD NP0 100PF/100V J 0603 C209

1491010104 CAP.SMD NP0 100PF/50V J 0603 C209

1491010103 CAP. SMD NP0 100PF/100V J 0603 C209

1491010104 CAP.SMD NP0 100PF/50V J 0603 C210

1491010103 CAP. SMD NP0 100PF/100V J 0603 C210

1491010103 CAP. SMD NP0 100PF/100V J 0603 C210

1491010104 CAP.SMD NP0 100PF/50V J 0603 C210

1491010103 CAP. SMD NP0 100PF/100V J 0603 C210

1492010400 CAP.SMD X7R 100KPF/16V K 0603 C211

1492010200 CAP.SMD X7R 1KPF/50V K 0603 C212

1492010400 CAP.SMD X7R 100KPF/16V K 0603 C213

1491010104 CAP.SMD NP0 100PF/50V J 0603 C214

1491010103 CAP. SMD NP0 100PF/100V J 0603 C214

1491010103 CAP. SMD NP0 100PF/100V J 0603 C214

1491010104 CAP.SMD NP0 100PF/50V J 0603 C214

1491010103 CAP. SMD NP0 100PF/100V J 0603 C214

1380101630 ELCO 100UF/35V M 6,3X11MM C302

1330224222 C.POLYMET 220KPF/100V K C303

1492010300 CAP.SMD X7R 10KPF/50V K 0603 C304

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

1492010200 CAP.SMD X7R 1KPF/50V K 0603 C306

1380109622 ELCO 1UF/100V M 5x11mm C401

1492010300 CAP.SMD X7R 10KPF/50V K 0603 C402

1492047200 CAP.SMD X7R 4,7KPF/50V K 0603 C403

HPS-2185FS


1380109622 ELCO 1UF/100V M 5x11mm C404

1492022200 CAP.SMD X7R 2,2KPF/50V K 0603 C405

1494222200 CAP.SMD Y5P 2,2KPF/50V K 0805 C405

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

1380479622 ELCO 4,7UF/100V M 5x11mm C406

1380479522 ELCO 4,7UF/50V M 5X11MM C406

1491047104 CAP.SMD NPO 470PF/50V J 0603 C407

1330104106 C.POLYEMT 100KPF/63V K C408

1330104018 C.POLYMET 100KPF/50V K C408

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

1363101600 C.C.D. Y5E 100PF/500V K C410

1330104421 C.POLYMET 100KPF/250V J C411

1380479732 ELCO 4,7UF/160V M 6,3X11MM C415

1380109622 ELCO 1UF/100V M 5x11mm C419

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

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

1380479032 ELCO 4,7UF/250V M 10X12,5MM C423

1330473400 C.POLYMET 47KPF/250V K C424

1268473566 CAP. POLYMET 47KPF/250V K C424

1380471225 ELCO 470UF/16V M 8X11,5MM C425

1380471229 ELCO 470UF/16V M 10X12,5MM C425

1380471225 ELCO 470UF/16V M 8X11,5MM C426

1380471225 ELCO 470UF/16V M 8X11,5MM C671

1380471229 ELCO 470UF/16V M 10X12,5MM C426

1380471229 ELCO 470UF/16V M 10X12,5MM C671

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

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

1492022402 CAP.SMD X7R 220KPF/10V K 0603 C501

1492047100 CAP.SMD X7R 470PF/50V K 0603 C502

1492012200 CAP.SMD X7R 1,2KPF/50V K 0603 C601

1492033100 CAP.SMD X7R 330PF/50V K 0603 C602

1380100524 ELCO 10UF/50V M 5X11MM C603

1492022300 CAP.SMD X7R 22KPF/25V K 0603 C604

1491033004 CAP.SMD NP0 33PF/50V J 0603 C605

1380229622 ELCO 2,2UF/100V M 5X11MM C606

1492010400 CAP.SMD X7R 100KPF/16V K 0603 C607

1380479622 ELCO 4,7UF/100V M 5x11mm C608

1380479522 ELCO 4,7UF/50V M 5X11MM C608

1380470324 ELCO 47UF/25V M 5X11MM C609

1492010300 CAP.SMD X7R 10KPF/50V K 0603 C610

1380479622 ELCO 4,7UF/100V M 5x11mm C611

1380479522 ELCO 4,7UF/50V M 5X11MM C611

1380100524 ELCO 10UF/50V M 5X11MM C612

1490647408 CAP.SMD Y5V 470KPF/16V Z 0603 C613

1492022402 CAP.SMD X7R 220KPF/10V K 0603 C614

1380479622 ELCO 4,7UF/100V M 5x11mm C615

1380479522 ELCO 4,7UF/50V M 5X11MM C615

1380100325 ELCO 10UF/25V K 6,3X11MM LL C616

1380229622 ELCO 2,2UF/100V M 5X11MM C617

HPS-2185FS


1380229622 ELCO 2,2UF/100V M 5X11MM C618

1380100524 ELCO 10UF/50V M 5X11MM C619

1380100524 ELCO 10UF/50V M 5X11MM C620

1492010200 CAP.SMD X7R 1KPF/50V K 0603 C621

1492010400 CAP.SMD X7R 100KPF/16V K 0603 C622

1380100524 ELCO 10UF/50V M 5X11MM C623

1492015300 CAP.SMD X7R 15KPF/50V K 0603 C624

1492010200 CAP.SMD X7R 1KPF/50V K 0603 C625

1380479622 ELCO 4,7UF/100V M 5x11mm C626

1380479522 ELCO 4,7UF/50V M 5X11MM C626

1380479622 ELCO 4,7UF/100V M 5x11mm C627

1380479522 ELCO 4,7UF/50V M 5X11MM C627

1380100524 ELCO 10UF/50V M 5X11MM C628

1492010300 CAP.SMD X7R 10KPF/50V K 0603 C629

1380470324 ELCO 47UF/25V M 5X11MM C630

1493010405 CAP.SMD Y5V 100KPF/25V Z 0603 C631

1380109622 ELCO 1UF/100V M 5x11mm C632

1380109622 ELCO 1UF/100V M 5x11mm C633

1493010405 CAP.SMD Y5V 100KPF/25V Z 0603 C638

1380101228 ELCO 100UF/16V M 6,3x11MM C639

1380101224 ELCO 100UF/16V M 5X11MM C639

1380100524 ELCO 10UF/50V M 5X11MM C640

1493010405 CAP.SMD Y5V 100KPF/25V Z 0603 C642

1493022405 CAP.SMD Y5V 220KPF/16V Z 0603 C643

1493022405 CAP.SMD Y5V 220KPF/16V Z 0603 C644

1380471225 ELCO 470UF/16V M 8X11,5MM C645

1380471229 ELCO 470UF/16V M 10X12,5MM C645

1380471225 ELCO 470UF/16V M 8X11,5MM C646

1380471229 ELCO 470UF/16V M 10X12,5MM C646

1492010200 CAP.SMD X7R 1KPF/50V K 0603 C647

1380470324 ELCO 47UF/25V M 5X11MM C648

1380470222 ELCO 47UF/16V M 5X11MM C648

1492010200 CAP.SMD X7R 1KPF/50V K 0603 C650

1491010104 CAP.SMD NP0 100PF/50V J 0603 C652

1491010103 CAP. SMD NP0 100PF/100V J 0603 C652

1491010103 CAP. SMD NP0 100PF/100V J 0603 C652

1491010104 CAP.SMD NP0 100PF/50V J 0603 C652

1491010103 CAP. SMD NP0 100PF/100V J 0603 C652

1492047300 CAP.SMD X7R 47KPF/16V K 0603 C653

1380100524 ELCO 10UF/50V M 5X11MM C654

1380109622 ELCO 1UF/100V M 5x11mm C655

1380109622 ELCO 1UF/100V M 5x11mm C656

1492010300 CAP.SMD X7R 10KPF/50V K 0603 C659

1492010300 CAP.SMD X7R 10KPF/50V K 0603 C660

1380109622 ELCO 1UF/100V M 5x11mm C661

1380109622 ELCO 1UF/100V M 5x11mm C662

1491033004 CAP.SMD NP0 33PF/50V J 0603 C701

1491033004 CAP.SMD NP0 33PF/50V J 0603 C702

1380470324 ELCO 47UF/25V M 5X11MM C703

HPS-2185FS


1492022300 CAP.SMD X7R 22KPF/25V K 0603 C704

1380101224 ELCO 100UF/16V M 5X11MM C705

1380101228 ELCO 100UF/16V M 6,3x11MM C705

1380101224 ELCO 100UF/16V M 5X11MM C706

1380101228 ELCO 100UF/16V M 6,3x11MM C706

1492022300 CAP.SMD X7R 22KPF/25V K 0603 C707

1380100524 ELCO 10UF/50V M 5X11MM C708

1491033004 CAP.SMD NP0 33PF/50V J 0603 C709

1491033004 CAP.SMD NP0 33PF/50V J 0603 C710

1491033004 CAP.SMD NP0 33PF/50V J 0603 C711

1491033004 CAP.SMD NP0 33PF/50V J 0603 C712

1492010200 CAP.SMD X7R 1KPF/50V K 0603 C714

1491010104 CAP.SMD NP0 100PF/50V J 0603 C715

1491010103 CAP. SMD NP0 100PF/100V J 0603 C715

1491010103 CAP. SMD NP0 100PF/100V J 0603 C715

1491010104 CAP.SMD NP0 100PF/50V J 0603 C715

1491010103 CAP. SMD NP0 100PF/100V J 0603 C715

1491010104 CAP.SMD NP0 100PF/50V J 0603 C716

1491010103 CAP. SMD NP0 100PF/100V J 0603 C716

1491010103 CAP. SMD NP0 100PF/100V J 0603 C716

1491010104 CAP.SMD NP0 100PF/50V J 0603 C716

1491010103 CAP. SMD NP0 100PF/100V J 0603 C716

1491010104 CAP.SMD NP0 100PF/50V J 0603 C717

1491010103 CAP. SMD NP0 100PF/100V J 0603 C717

1491010103 CAP. SMD NP0 100PF/100V J 0603 C717

1491010104 CAP.SMD NP0 100PF/50V J 0603 C717

1491010103 CAP. SMD NP0 100PF/100V J 0603 C717

1492022300 CAP.SMD X7R 22KPF/25V K 0603 C719

1380101224 ELCO 100UF/16V M 5X11MM C720

1380101228 ELCO 100UF/16V M 6,3x11MM C720

1493022405 CAP.SMD Y5V 220KPF/16V Z 0603 C721

1380109622 ELCO 1UF/100V M 5x11mm C722

1491033004 CAP.SMD NP0 33PF/50V J 0603 C723

1491033004 CAP.SMD NP0 33PF/50V J 0603 C724

1491033004 CAP.SMD NP0 33PF/50V J 0603 C725

1491033004 CAP.SMD NP0 33PF/50V J 0603 C726

1492022200 CAP.SMD X7R 2,2KPF/50V K 0603 C730

1492010400 CAP.SMD X7R 100KPF/16V K 0603 C740

1380101224 ELCO 100UF/16V M 5X11MM C742

1380101228 ELCO 100UF/16V M 6,3x11MM C742

1492010200 CAP.SMD X7R 1KPF/50V K 0603 C771

1492010200 CAP.SMD X7R 1KPF/50V K 0603 C772

1363472804 C.C.D. Y5U 4,7KPF/2KV M 5SS C802

1363472804 C.C.D. Y5U 4,7KPF/2KV M 5SS C803

1363472804 C.C.D. Y5U 4,7KPF/2KV M 5SS C804

1330473400 C.POLYMET 47KPF/250V K C819

1268473566 CAP. POLYMET 47KPF/250V K C819

1380109622 ELCO 1UF/100V M 5x11mm C824

1330474904 C.POLYMET 470KPF/63V K C827

HPS-2185FS


1330474018 C.POLYMET 470KPF/50V K C827

1363331803 C.C.D. Y5P 330PF/2KV K 6LS C828

1380330921 ELCO 33UF/160V M 10X20MM C829

1290330921 ELCO 33UF/160V M 10X20MM C829

1380101328 ELCO 100UF/25V M 6,3X11MM C830

1380221325 ELCO 220UF/25V M 8X11MM C832

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

1380101328 ELCO 100UF/25V M 6,3X11MM C834

1380470324 ELCO 47UF/25V M 5X11MM C835

1380101328 ELCO 100UF/25V M 6,3X11MM C836

1492010300 CAP.SMD X7R 10KPF/50V K 0603 C837

1380221231 ELCO 220UF/16V M 6,3X11MM C838

1363471600 C.C.D.Y5P/Y5E 470PF>=500V K C839

1380470324 ELCO 47UF/25V M 5X11MM C850

1380101328 ELCO 100UF/25V M 6,3X11MM C851

1380100524 ELCO 10UF/50V M 5X11MM C901

1363471301 CCD Y5P 470PF/100V K C902

1491039104 CAP.SMD NP0 390PF/50V J 0603 C903

1492039101 CAP.SMD X7R 390PF/50V K 0603 C903

1363471301 CCD Y5P 470PF/100V K C904

1491039104 CAP.SMD NP0 390PF/50V J 0603 C905

1492039101 CAP.SMD X7R 390PF/50V K 0603 C905

1363471301 CCD Y5P 470PF/100V K C906

1491039104 CAP.SMD NP0 390PF/50V J 0603 C907

1492039101 CAP.SMD X7R 390PF/50V K 0603 C907

1364104102 C.C.D.Y5V 100KPF>=25V Z C806

1330104106 C.POLYEMT 100KPF/63V K C807

1330104018 C.POLYMET 100KPF/50V K C807

1380220528 ELCO 22UF/50V M 5X11MM C808

1363471600 C.C.D.Y5P/Y5E 470PF>=500V K C809

1330104106 C.POLYEMT 100KPF/63V K C812

1330104018 C.POLYMET 100KPF/50V K C812

1265334234 CAP. POLYPRO MKP 0,33UF/250V J C416

1265334233 CAP. POLYPRO 0,33UF/250V J C416

1265334335 CAP. POLYPRO 0,33UF/400V J C416

1265143953 CAP.POLYPRO MFP 14KPF/2KV J C418

1265143956 CAP.POLYPRO 14KPF/2KV J C418

1265143955 CAP.POLYPRO MKP 14KPF/2KV J C418

1291102318 ELCO 1000UF/16V M 10X16MM C641

1291102317 ELCO 1000UF/16V M 10X16MM C641

1265104074 C.POLYPRO 100KPF/250VAC K X3 C801

1292151054 ELCO 150UF/385V M 22X40MM C805

1265272952 CAP.PP MFP RM15 2K7PF/1K6V J C815

1291102318 ELCO 1000UF/16V M 10X16MM C831

1291102317 ELCO 1000UF/16V M 10X16MM C831

1291220017 ELCO 22UF/250V M 10X20MM C908

1247222453 C.C.D. GZO 2,2NF/250VAC 61V C823

1369222804 C.C.D. GKO 2K2PF/250VAC M C823

1363331803 C.C.D. Y5P 330PF/2KV K 6LS C417

HPS-2185FS


1380470921 ELCO 47UF/160V M 12,5X25MM HR C825

1290470921 ELCO 47UF/160V M 12,5x25MM HR C825

1363102802 C.C.D. Y5F 1KPF/2KV M C909

1331104004 CAP.POLYPRO 100KPF/160V 5% C301

RESISTORS


1502500003 RES.SMD 0R 5% 0603 R620

1502500003 RES.SMD 0R 5% 0603 R621

1502500002 RES.SMD 0R 5% 0805 R620

1502500002 RES.SMD 0R 5% 0805 R621

1185510929 FUSISTOR 1W 1R 5% RADIAL TAPED FR401

1183510928 FUSISTOR 1/2W 1R 5% R.TAPED FR402






1183522228 FUSISTOR 1/2W 2,2K 5% R.TAPED FR804

1185522029 FUSISTOR 1W 22R 5% RADIA TAPED FR901

1183539292 RES.METAL FILME 1/2W 3,9K 5% N R101

1183568192 RES.METAL FILME 1/2W 680R 5% N R102

1502510103 RES.SMD 100R 5% 0603 R103

1502510103 RES.SMD 100R 5% 0603 R104

1502539103 RES.SMD 390R 5% 0603 R105

1183512392 RES.METAL FILME 1/2W 12K 5% N R106




1502500003 RES.SMD 0R 5% 0603 R1501

1502500002 RES.SMD 0R 5% 0805 R1501

1502500003 RES.SMD 0R 5% 0603 R1502

1502500003 RES.SMD 0R 5% 0603 R1503

1502500003 RES.SMD 0R 5% 0603 R1504

1502500003 RES.SMD 0R 5% 0603 R1505

1502500003 RES.SMD 0R 5% 0603 R1506

1502500002 RES.SMD 0R 5% 0805 R1506


1502510203 RES.SMD 1K 5% 0603 R201

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

1502512103 RES.SMD 120R 5% 0603 R203

1502527103 RES.SMD 270R 5% 0603 R204

1502527103 RES.SMD 270R 5% 0603 R205

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

1502512203 RES.SMD 1,2K 5% 0603 R782

1185547127 RES.M.FILME 1W 470R 5% R.TAPED R207



1502575003 RES.SMD 75R 5% 0603 R210

HPS-2185FS




1502575003 RES.SMD 75R 5% 0603 R214


1502510103 RES.SMD 100R 5% 0603 R251

1502575003 RES.SMD 75R 5% 0603 R252

1502510303 RES.SMD 10K 5% 0603 R253


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

1189539395 RES.PRECISAO 1/2WS 39K 0,5% R301





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

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



1502522303 RES.SMD 22K 5% 0603 R402

1502522303 RES.SMD 22K 5% 0603 R403


1502539203 RES.SMD 3,9K 5% 0603 R405

1502582103 RES.SMD 820R 5% 0603 R406


1502539103 RES.SMD 390R 5% 0603 R408



1502522303 RES.SMD 22K 5% 0603 R412

1502510303 RES.SMD 10K 5% 0603 R413




1502522303 RES.SMD 22K 5% 0603 R417

1502527303 RES.SMD 27K 5% 0603 R418

1502547403 RES.SMD 470K 5% 0603 R419

1502510303 RES.SMD 10K 5% 0603 R420

1502510403 RES.SMD 100K 5% 0603 R421

1502527303 RES.SMD 27K 5% 0603 R422

1502515103 RES.SMD 150R 5% 0603 R426

1185510227 RES.M.FILME 1W 1K 5% R.TAPED R427





1502539203 RES.SMD 3,9K 5% 0603 R601


1502522203 RES.SMD 2,2K 5% 0603 R607


1502522203 RES.SMD 2,2K 5% 0603 R609

HPS-2185FS


1502510403 RES.SMD 100K 5% 0603 R610

1502510403 RES.SMD 100K 5% 0603 R611

1502510403 RES.SMD 100K 5% 0603 R612



1502182203 RES.SMD 8,2K 1% 0603 R615


1502116103 RES.SMD 160R 1% 0603 R619

1502522203 RES.SMD 2,2K 5% 0603 R622

1502510403 RES.SMD 100K 5% 0603 R623

1502522203 RES.SMD 2,2K 5% 0603 R624

1502510403 RES.SMD 100K 5% 0603 R625


1183510392 RES.METAL.FILME 1/2W 10K 5% N R629

1502539203 RES.SMD 3,9K 5% 0603 R630

1502510303 RES.SMD 10K 5% 0603 R631


1502510403 RES.SMD 100K 5% 0603 R633


1502510403 RES.SMD 100K 5% 0603 R635


1502510403 RES.SMD 100K 5% 0603 R637

1502547203 RES.SMD 4,7K 5% 0603 R638

1502547203 RES.SMD 4,7K 5% 0603 R639

1502510403 RES.SMD 100K 5% 0603 R640



1502510103 RES.SMD 100R 5% 0603 R644

1502510103 RES.SMD 100R 5% 0603 R645

1502510203 RES.SMD 1K 5% 0603 R646


1502510203 RES.SMD 1K 5% 0603 R648

1502510203 RES.SMD 1K 5% 0603 R649

1502510203 RES.SMD 1K 5% 0603 R650

1502515203 RES.SMD 1,5K 5% 0603 R651

1502510203 RES.SMD 1K 5% 0603 R652

1502510203 RES.SMD 1K 5% 0603 R653

1502500003 RES.SMD 0R 5% 0603 R698TV




1502556203 RES.SMD 5,6K 5% 0603 R703

1502510103 RES.SMD 100R 5% 0603 R566

1502547203 RES.SMD 4,7K 5% 0603 R704

1502510203 RES.SMD 1K 5% 0603 R705





HPS-2185FS



1502510203 RES.SMD 1K 5% 0603 R721

1502547203 RES.SMD 4,7K 5% 0603 R722

1502547203 RES.SMD 4,7K 5% 0603 R723

1502547203 RES.SMD 4,7K 5% 0603 R744

1502547203 RES.SMD 4,7K 5% 0603 R745

1502522203 RES.SMD 2,2K 5% 0603 R749

1502518103 RES.SMD 180R 5% (0603) R774


1502533103 RES.SMD 330R 5% 0603 R776

1502556103 RES.SMD 560R 5% N 0603 R777

1502510203 RES.SMD 1K 5% 0603 R778

1502547103 RESISTOR SMD 470R 5% 0603 R779












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

1189511395 RES.PRECISAO 1/2WS 113K 0,5% R816

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

1189528295 RES.PRECISAO 1/2WS 2,8K 0,5% R817














1502510303 RES.SMD 10K 5% 0603 R836

1502522203 RES.SMD 2,2K 5% 0603 R837

1502582103 RES.SMD 820R 5% 0603 R840

1502547203 RES.SMD 4,7K 5% 0603 R842



1502522303 RES.SMD 22K 5% 0603 R845

1502556203 RES.SMD 5,6K 5% 0603 R847

HPS-2185FS


1502510303 RES.SMD 10K 5% 0603 R848


1502518303 RES.SMD 18K 5% 0603 R853

1502547303 RES.SMD 47K 5% 0603 R854


1502522003 RES.SMD 22R 5% 0603 R906

1502533103 RES.SMD 330R 5% 0603 R907

1502518203 RES.SMD 1,8K 5% 0603 R908


1502522003 RES.SMD 22R 5% 0603 R915

1502533103 RES.SMD 330R 5% 0603 R916

1502518203 RES.SMD 1,8K 5% 0603 R917


1502533003 RES.SMD 33R 5% 0603 R920

1502522003 RES.SMD 22R 5% 0603 R924

1502533103 RES.SMD 330R 5% 0603 R925

1502518203 RES.SMD 1,8K 5% 0603 R926






1502547203 RES.SMD 4,7K 5% 0603 RU746

1183568549 RESISTOR ALTA TENSAO 1/2W 6M8 J R815

1183668519 RES. COMPOSIÇAO 1/2W 6,8M K R815


1183547219 RES. COMPOSICAO 1/2W 4,7K 10% R423

1183647249 RESISTOR ALTA TENSAO 1/2W 4K7 K R423

1125707400 RES.COEF.NEG.NTC 10R NTC801

1184515325 RES.M.FILME 2W 15K 5% D.KINK R913


1185533025 RES.M.FILME 1W 33R 5% D.KINK R113

1185533012 RES.METAL FILME >= 1W 33R 5 R113

1187556225 RES.M.FILME 3W 5,6K 5% D.KINK R411





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

1183615219 RES.COMPOS.1/2W 1,5K 5% N R919

1183615219 RES.COMPOS.1/2W 1,5K 5% N R928

SEMICONDUCTORS


1700100015 TRANSISTOR SMD BC846B Q201





HPS-2185FS






1700100014 TRANSISTOR SMD BC817/25 Q809

1320090800 TRANSISTOR KSP42TA/MPSA42RL1 Q401

1320091000 TRANSISTOR BC337/25 Q802

1320091000 TRANSISTOR BC337/25 Q803

1320091000 TRANSISTOR BC337/25 Q804

1320090500 TRANSISTOR BF422 Q901

1320091400 TRANSISTOR 2SC-3333 Q901


1320091300 TRANSISTOR 2SA-1320 Q902


1320091400 TRANSISTOR 2SC-3333 Q903


1320091300 TRANSISTOR 2SA-1320 Q904


1320091400 TRANSISTOR 2SC-3333 Q905


1320091300 TRANSISTOR 2SA-1320 Q906

1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D201

1415180901 DIODO RETIFICADOR SK107 D301

1415180902 DIODO RETIFICADOR RL107FIT D301

1414621903 DIODO BAV21 D302

1414621905 DIODO DE CHAVEAMENTO 1SS244T77 D302

1415180801 DIODO RETIFICADOR SK 4F1/06 D401




1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D405

1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D406

1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D407

1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D408

1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D710

1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D711

1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D712

1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D713

1410450110 DIODO RETIFICADOR SK-1/08 D809




1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D813

1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D814






HPS-2185FS



1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D818

1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D819

1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D820

1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D823

1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D899

1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D901

1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D902

1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D903

1414621902 DIODO 1N4148T50R/1N4148T50A(_Q D904

1415170901 DIODO ZENER BZX79C33V DZ101

1415169301 DIODO ZENER BZX79C4V7 DZ401







1415166801 DIODO BZX79B9V1 DZ806

1415165701 DIODO MTZ-JT77-9,1C DZ806





1129315899 DIODO MUR460 D807

1129315899 DIODO MUR460 D808

1459514305 DIODO LED SLR-56MC3F VD LD701

1459523500 DIODO LED VERDE 5MM LD701

1712500114 I.C. GRAVADO 1712500000 V2.10 IC101

1712500014 I.C. SOFT V2.10 (TDA9570H-N3)

1712500000 I.C. OTP TDA9570H-N3

1710100100 I.C. SMD PT2257S IC602

1710100023 I.C. SMD HCF4052B M1/BU4052BCF IC603

1710100063 I.C. SMD TDA9850T IC604

1710100195 I.C. SMD BR24L0F8-W IC701

1710100081 I.C. SMD BR24C08/F IC701

1710100083 I.C. SMD M24C08WMN6 IC701

1710100081 I.C. SMD BR24C08/F IC701

1710100214 I.C. SMD TEA1533AT IC801

1146300143 I.C. TL431BCLP-RA/KA431LZTA IC802

1146300103 I.C.TL-431BCLP Ref.Voltag.0,5% IC802

1149402899 I.C. E-STV9325 IC301

1149400199 I.C. TDA1517 IC601

1139999159 PHOTOCOUPLER PS2501-1-H IC803

1139999427 PHOTO COUPLER PC817X1 A (DIP) IC803

1139999431 PHOTO COUPLER PS-2501-1-Q IC803

1139999432 OPTO COUPLER H11A817A IC803

1139999472 PHOTOCOUPLER PS2501A-1-H IC803

1139999473 PHOTOCOUPLER PS2501A-1-Q IC803

HPS-2185FS


1710100013 I.C. SMD 7805 IC102

REMOTE CONTROL PCB


1027235790 CONTROLE REMOTO MONTADO RC201

1027226304 PCI CONTROLE REM.MAN.MONT

1027226314 PCI CONTROLE REM.SMD/AUT MONT

1107226331 PCI CONTROLE REMOTO (15PCS)

1710100137 I.C.SMD PT1140/PT0249 IC1

1710100088 I.C. SMD UPD-64GS492-E2 IC1

1700100014 TRANSISTOR SMD BC817/25 TR1

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

1502522902 RES.SMD 2,2R 5% 0805 R1

1502518902 RES.SMD 1,8R 5% 0805 R1

1502533103 RES.SMD 330R 5% 0603 R2

1502533102 RES.SMD 330R 5% 0805 R2

1459515500 DIODO LED IR LTE-3271B LT1

1459523600 DIODO LED IR LTE-3271TLLENTEAZ LT1

1459522700 DIODO LED I.V. SIR-563ST3F/IR7 LT1



1459524000 DIODO LED INFRARED TLN115A LT1

1421508100 RESSONADOR CERAMICO 3.45MHZ X1

1421507400 RESS.CER.CST-3.45MGW X1

1380470324 ELCO 47UF/25V M 5X11MM C1

1577242006 GAB.SUPERIOR CONTROLE REMOTO

1577235706 GAB.SUPERIOR CONTROLE REMOTO

1577225408 GABINETE INFERIOR CONTR.REMOTO

1577225409 TAMPA PORTA PILHAS

1777235702 TECLADO DE BORRACHA

1687218501 MOLA DE CONTATO PILHA NEG

1687218502 MOLA DE CONTATO PILHA POS

1687218503 MOLA CONTATO PILHA POS/NEG

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

1600005502 PAR.AA.PAN.PH.PP1 2,0X5 ZNP

1769900064 SACO PLASTICO 90X280X0,04B.D. EMBALAR CONTROLE

HPS-2185FS

6. ELECTRICAL SCHEME 6.1 MAIN AND REMOTE CONTROL PCB 7. SILKTOP AND SOLDERS 7.1 MAIN PCB 7.2 REMOTE CONTROL PCB 8. EXPLODED VIEW 9. BLOCK DIAGRAM

100p100p

75R75R

5V5V

10n10n

5V5V4K74K7

10n10n

10

K1

0K

4K74K7

10

K1

0K

47k47k

18K18K

1N

41

48

1N

41

48

BC

81

7-2

5B

C8

17

-25

22

0u

F/2

5V

22

0u

F/2

5V

2222

10

0u

F/2

5V

10

0u

F/2

5V

SK

10

7S

K1

07

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

18

0K

18

0K

12

K1

2K

12

K1

2K

12

K1

2K

12

K1

2K

10

0n

10

0n

10

K1

0K

100R100R

1K1K

100K100K100K100K

4u7F/100V4u7F/100V

100R100R

47n47n

2K22K2

10uF/50V10uF/50V

10uF/25V(LL)10uF/25V(LL)

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

8K28K2

100K100K

10

n1

0n

100K100K

CSB503F58CSB503F58

100R100R

470n470n

100kpF/16V100kpF/16V

10uF/50V10uF/50V

1n1n

1n1n

2.2uF/100V2.2uF/100V

2K22K2

220n220n

1N

41

48

1N

41

48

1N

41

48

1N

41

48

180R180R

220KpF/16V220KpF/16V

270R270R

75

R7

5R

75

R7

5R

75

R7

5R

470uF/16V470uF/16V

100K100K

100K100K

10

0R

10

0R

10

uF

/50

V1

0u

F/5

0V

47

uF

/25

V4

7u

F/2

5V

2K22K2

10uF/50V10uF/50V

10

0R

10

0R

10

0R

10

0R

1uF/100V1uF/100V

1uF/100V1uF/100V

2k22k2

100k100k

100k100k

220n220n

1u

F/1

00

V1

uF

/10

0V

75R75R

22

0K

pF

/16

V2

20

Kp

F/1

6V

4k74k7

10

0R

10

0R

2k22k2

1R8/1/2W1R8/1/2W

1R8/1/2W1R8/1/2W

4K

74

K7

10

0R

10

0R

5K

65

K6

0R

0R

100R100R

0R

0R

100R100R

3V33V3

1KpF/50V1KpF/50V

33R/2W33R/2W

100R100R

3V33V3

10uF/50V10uF/50V

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

1N41481N4148

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

3K93K9

22K22K

4V74V7

820R820R

BC846BBC846B

22K22K10K10K

BC856BBC856B

10K10K100n100n

75

R7

5R

100R100R

1K

1K

27K27K

4k7

4k7

100R100R

47

0R

47

0R

15uH15uH

BC846BBC846BTPSR4M50C00-A0TPSR4M50C00-A0270R270R

1K

21

K2

120R120R 270R270R4R74R7

4u7F/100V4u7F/100V

22R22R

BF422BF422

390pF/100V390pF/100V

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

22R22R

1k5-COMP1k5-COMP

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

1k81k8

330R330R

1k(N)1k(N)

33R33R

1N41481N4148

160R160R

BF421BF421

BAV21BAV21

4K74K7

BF421BF421

BF422BF422

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

390pF/100V390pF/100V

330R330R

150R150R

10uH10uH

1K

51

K5

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

2K22K2

1N41481N4148

10

0u

F/1

6V

10

0u

F/1

6V

2u2H2u2H

5K6/3W5K6/3W

150R150R

10

uF

/50

V1

0u

F/5

0V

22

K2

2K

6k8

6k8

BC846BBC846B

10

K1

0K

1K51K5

10

0K

pF

/25

V1

00

Kp

F/2

5V

2n22n2

1000uF/16V1000uF/16V

330R330R

10uF/50V10uF/50V

15

K1

5K

100p/500V100p/500V

470R/1W470R/1W

10

n1

0n

10

K1

0K

10K10K

22

K2

2K 100uH100uH

5K65K6

39

0R

39

0R

10

0R

10

0R

10

V1

0V

2K

22

K2

1u

F/1

00

V1

uF

/10

0V

1N

41

48

1N

41

48

1K

1K

1uF/100V1uF/100V

BC856BBC856B

47n47n

47

K4

7K

10

0R

10

0R

100p100p

10

0R

10

0R

1K/1W1K/1W

2u2H2u2H

10

0R

10

0R

10

0p

10

0p

2u2H2u2H

2u2H2u2H

100K100K

1K1K

4K

74

K7

27K27K

4K

74

K7

10

0p

10

0p

10

Kp

F/5

0V

/Y5

P1

0K

pF

/50

V/Y

5P

33

p3

3p

33

p3

3p

1N

41

48

1N

41

48

BR24L0F8WBR24L0F8W

10

0R

10

0R

33

p3

3p

33

p3

3p

4K

74

K7

10

n1

0n

10uH10uH

10uF/50V10uF/50V

100p100p

5V

6(N

)5V

6(N

)

5V

6(N

)5V

6(N

)

22

K2

2K

BZ

X5

5C

33

RL

BZ

X5

5C

33

RL

33

p3

3p

33

p3

3p 3

3p

33

p

10

0R

10

0R

1n

1n

10

0R

10

0R

SK107SK107

33

p3

3p

18

0K

18

0K

22

n2

2n


BC846BBC846B

5,6uH5,6uH

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

22uH22uH

1k1k

1n

1n

TEA1533ATTEA1533AT

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

5,6uH5,6uH

10

uF

/50

V1

0u

F/5

0V

10

0kp

F/6

3V

10

0kp

F/6

3V

2.7KPF/1K6V2.7KPF/1K6V

100uF/25V100uF/25V

680680

1n

1n


MUR460MUR460

1N41481N4148

270K270K

10

n/5

0V

/Y5

P1

0n

/50

V/Y

5P

4K

74

K7

4n7/2000V4n7/2000V

SK1/08SK1/08

220uF/16V220uF/16V

100R100R

12

MH

z1

2M

Hz

5V

6(N

)5V

6(N

)

8V28V2

22R/1W22R/1W

5,6uH5,6uH

47n47n

1N41481N4148

3V33V3

22uF/50V22uF/50V

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

1N41481N4148

10

0u

F/2

5V

10

0u

F/2

5V

47

uF

/25

V4

7u

F/2

5V

1k(N)1k(N)

1n/500V1n/500V

100R100R

10

0R

10

0R

1K51K5

47R/1W47R/1WBC337/25BC337/25

5V

6(N

)5

V6

(N)

330R330R

SK1/08SK1/08


1k81k8

9V19V1

470pF/500V470pF/500V

100uF/35V100uF/35V

0.2

2R

0.2

2R

1k(N)1k(N)

6R86R8

4n7/2000V4n7/2000V

33

uH

33

uH

1k5

-CO

MP

1k5

-CO

MP

6M8(N)6M8(N)

22R22R

100n100n

270R270R

33pF33pF

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

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

SK

10

7S

K1

07

4,7

uF

/10

0V

4,7

uF

/10

0V

330p330p

10R10R

1n21n2

150uF/385V150uF/385V

33uH33uH

SK1/08SK1/08

2n2/6202n2/620

47uF/25V47uF/25V

680R680R

390pF/100V390pF/100V

1K1K

1K

pF

/50

0V

(N)

1K

pF

/50

0V

(N)

27K27K

SK1/08SK1/08

470uF/16V470uF/16V

33

uF

/16

0V

33

uF

/16

0V

47

0p

/10

0V

47

0p

/10

0V

56K56K

BF422BF422

47

uF

/16

0V

-HR

47

uF

/16

0V

-HR

SK

107

SK

107

2K22K2

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

1K1K

1R1R

47

0P

F/5

00

V47

0P

F/5

00

V

100uF/16V100uF/16V

BZ

X7

9C

10

VB

ZX

79

C1

0V

22UF/50V22UF/50V

1K1K

10R10R

22

K2

2K

47

0kp

F/6

3V

47

0kp

F/6

3V

10

0kp

F/2

50

VA

C-X

31

00

kp

F/2

50

VA

C-X

3

10uF/50V10uF/50V

4A_T/250V4A_T/250V

BF421BF421

1N41481N4148

10R10R

1K

1K

1n1n

1K

1K

1N41481N4148

10

0kp

F/2

5V

10

0kp

F/2

5V

1N41481N4148

3K93K9

10

uF

/50

V1

0u

F/5

0V

BZ

X7

9C

18

BZ

X7

9C

18

1n

1n

220K220K

5k6

5k6

10

0R

10

0R

1R-1W1R-1W

1N41481N4148

10

0K

pF

/25

0V

-M(N

)10

0K

pF

/25

0V

-M(N

)

1n1n

470uF/16V470uF/16V

SK4F1/06SK4F1/06

47KpF/250V-K(N)47KpF/250V-K(N)

BSC25-0210FBSC25-0210F

3k93k9

22R22R

100R100R

1n1n

33

0kp

F/2

50

V_

M(N

)3

30

kp

F/2

50

V_

M(N

)

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

14kpF/2kV_PP(N)14kpF/2kV_PP(N)

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

220n/100V220n/100V

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

39

K3

9K

22n22n

22

0n

22

0n

SK

4F

1/0

6S

K4

F1

/06

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

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

BU1508DXBU1508DX

SK4F1/06SK4F1/06

22

0n

22

0n2

n2

2n

2

47

0u

F/1

6V

47

0u

F/1

6V

8K28K2

1u

F/1

00

V1

uF

/10

0V4

n7

4n

71N41481N4148

1R5(N)1R5(N)

33R33R

1u

F/1

00

V1

uF

/10

0V

2,2

uF

/10

0V

2,2

uF

/10

0V

39

K3

9K

10

0R

10

0R

15K15K

22

n2

2n

470uF/16V470uF/16V

1k5-COMP1k5-COMP

33R33R

1k81k8

+103V+103V

10

0n

/16

0V

10

0n

/16

0V

22n22n

10

0p

10

0p

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

47

uF

/25

V4

7u

F/2

5V

SK4F1/06SK4F1/06

10

n1

0n

2.2uF/100V2.2uF/100V

10uF/50V10uF/50V

3K93K9

15n15n

100uF/16V100uF/16V

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

390R390R

1N41481N4148

2K

22

K2


47

0p

47

0p

1uF/100V1uF/100V

15

0K

15

0K

1K1K

100uH100uH

MPS-A42MPS-A42

1871M/1871M/

82

0R

82

0R

22K22K

10

0p

10

0p

10

0n

10

0n

BC337/25BC337/25

10

0kp

F/2

5V

/Y5

V1

00

kp

F/2

5V

/Y5

V

10

0u

F/2

5V

10

0u

F/2

5V

100n100n

STF6NK90ZSTF6NK90Z

22

n2

2n

100R100R

MU

R4

60

MU

R4

60

22

n2

2n

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

100n100n

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

560R560R

10

R1

0R

BC337/25BC337/25

BC846BBC846B

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VIDEO1VIDEO1

AUDIO1RAUDIO1R

AUDIO1LAUDIO1L

- 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

22

11

PTCPTC

9R9R

8R8R

8R8R

HEF4052HEF4052

TD

A9

85

0T

DA

98

50

SERVICESERVICE

66

55

44

33

22

11

33

22

11

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A1

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55

MATMAT

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11

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CN-CN-

11

22

11

22

11

22

11

33

22

11

22

11

22

112233

FRONTFRONT

PS-2501-HPS-2501-H 1/21/2

PS-2501-HPS-2501-H

CC

BB

AA

REARREAR

VERTICALVERTICALYOKEYOKE

YOKEYOKE

HORIZONTALHORIZONTAL

1111

117755101099

66

88

ACRECIMO DO MODELO HPS 2185 B MAKROACRECIMO DO MODELO HPS 2185 B MAKRO

HPS 2185 B MAKRO ARGHPS 2185 B MAKRO ARG

25.11.0525.11.05BB

ACRECIMO DE MODELO CONFORME TABELA 1ACRECIMO DE MODELO CONFORME TABELA 1

HPS 2185 B MK TECH HPS 2185 B MK TECH

22.11.0522.11.05KEILAKEILA

KEILAKEILA

AA

HPS 2185 C CATIVENHPS 2185 C CATIVEN

TABELA 1TABELA 1

HPS 2185 FS EHPS 2185 FS E

DB 2105 TP CDB 2105 TP C

L402- 33uHL402- 33uH

HPS 2185 MK TECH (VEN)HPS 2185 MK TECH (VEN)

L402- 33uHL402- 33uH

TABELA 1TABELA 1

A51QDX993X005A51QDX993X005A51ELD032X006A51ELD032X006

03.10.0503.10.05 10072505131007250513

19.09.0519.09.05

05.09.0505.09.05

VERIF.VERIF.

ALTERACOES CONFORME|ALTERACOES CONFORME|

HILDEHILDE

KEILAKEILA

SCHEMATIC DIAGRAMSCHEMATIC DIAGRAMESQUEMA ELETRICOESQUEMA ELETRICO

A1A1

WALTERWALTER

dimensoes em mmdimensoes em mm

PROJECAOPROJECAO

DISCRIMINACAODISCRIMINACAO

TITULO:TITULO:

DATADATAVISTOVISTO

COD.COD.

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

MOD.MOD.

ACAB.ACAB.

ESC.ESC.

MAT.MAT.DATADATA

PROJ.PROJ.

DES.DES.

NOMENOME

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

++++

++

Y3Y3

Y1Y1

YYY2Y2

Y0Y0

XX

X3X3

X0X0X1X1

X2X2

UNITUNITCONTROLCONTROL

VSSVSSVEEVEE

VDDVDD

1616 1515 1414 1313 1212 1010 991111

8877665544332211

+ MODE+ MODE

VCCVCC

MADMAD

MADMAD

GNDGND

GNDGND

GNDGND

SCLSCLSDASDA

sem DBXsem DBXSAPSAP OUT-ROUT-R

OUT-LOUT-L

L+RL+R

L-R/SAPL-R/SAP

L-R/SAPL-R/SAP

SUPPLYSUPPLYDETECTORDETECTOR

NOISENOISE

SWITCHSWITCH

STEREO/SAPSTEREO/SAP

TRANSCEIVERTRANSCEIVER

LOGIC, I2CLOGIC, I2C

ADJUSTADJUST

STEREOSTEREODBXDBX

ADJUSTADJUST

LEVELLEVEL

INPUTINPUT

DEMODULATORDEMODULATOR

SAPSAP

DE-EMPHASISDE-EMPHASISSELECTSELECT

DEMATRIXDEMATRIX

STEREO DECODERSTEREO DECODER

3232 3131 3030 2929 2828 2727 2626 2525

1313 1414 1515 1616

17171818191920202121222223232424

121211111010998877665544332211

++

++

++++

++

++

++

++

++++

++

++

++

++

VCCVCCGNDGND

UN

ITU

NIT

CO

NT

RO

LC

ON

TR

OL

SD

AS

DA

SC

LS

CL

11 22 33

++

++

--

--

8877665544

++

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

RSRSXTA

LO

UT

XTA

LO

UT

XTA

LIN

XTA

LIN

OS

CG

ND

OS

CG

ND

VD

DC

VD

DC

VP

EV

PE

VD

DA

VD

DA

RO

UT

RO

UT

GO

UT

GO

UT

BO

UT

BO

UT

BL

KIN

BL

KIN

BC

LIN

BC

LIN

B2

/UIN

B2

/UIN

G2

/YIN

G2

/YIN

R2

/VIN

R2

/VIN

INS

SW

2IN

SS

W2

IFV

O2

IFV

O2

AU

DO

UT

/AM

OU

TA

UD

OU

T/A

MO

UT

CV

BS

OC

VB

SO

WH

ST

RW

HS

TR

CCCV

BS

3/Y

CV

BS

3/Y

GN

DG

ND

CV

BS

2C

VB

S2

GN

DG

ND

CVBSICVBSI

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

SIF

in2

SIF

in2

SIF

in1

SIF

in1

AG

CO

UT

AG

CO

UT

VS

ca

pV

Sca

p

Ire

fIr

ef

IFin

2IF

in2

IFin

1IF

in1

VD

RA

VD

RA

VD

RB

VD

RB

AV

L/E

WD

AV

L/E

WD

De

cB

GD

ecB

G

Gn

d3

Gn

d3

Ph

i1P

hi1

Ph

i2P

hi2

Vp

Dig

Vp

Dig

Vp

2V

p2

Se

cP

LL

Se

cP

LL

VssA

VssA

PO

.6P

O.6

PO

.5P

O.5

VssC

/PV

ssC

/P

Ad

c3

Ad

c3

P3

.2P

3.2

P3

.1P

3.1 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

++

++

11 22 33

++

--

++

--

998877665544

POWERPOWER

GNDGND

MUTE/ST-BYMUTE/ST-BY

SWITCHSWITCH

+B+B

SUPLLYSUPLLYGNDGND

SIGNALSIGNAL

REJCTREJCT

RIPPLERIPPLE

++

++

++

VDDVDD

WPWP

SCLSCL

SDASDA VSSVSS

A2A2

A1A1

A0A088

77

66

55 44

33

22

11

++

SE

NS

ES

EN

SE

DR

IVE

RD

RIV

ER

HV

SH

VS

HV

SH

VS

DR

AIN

DR

AIN

DE

MD

EM

CT

RL

CT

RL

GN

DG

ND

VC

CV

CC

++

++

++

++

++

++

++

++

++

++

++

++

GN

DG

ND

STA

GE

SU

PP

LY

STA

GE

SU

PP

LY

OU

TP

UT

OU

TP

UT

OU

TP

UT

OU

TP

UT

INV

ER

TIN

GIN

VE

RT

ING

SU

PP

LY

SU

PP

LY

VO

LTA

GE

VO

LTA

GE

INP

UT

INP

UT

INP

UT

INP

UT

NO

N-I

NV

ER

TIN

GN

ON

-IN

VE

RT

ING

GENERATORGENERATOR

FLYBACKFLYBACK

PROTECTIONPROTECTION

THERMALTHERMAL

POWERPOWER

AMPLIFIERAMPLIFIER

--

++

77665544332211

++

SCREENSCREEN

FOCOFOCO

++

++

++

++

++

++

++

++

++

++

++

++

55 44

33

2211

2.5Vref2.5Vref

1133

22

--++

++

++

++

AA

G3G3G2G2G1G1HH

KRKR

KBKB

KGKG

++ ++

++

++

++

++

38KHz38KHz

++

1414

22

1616

44

202066

88

1010 1818

1414 1313 1212 1111 1010 99 88

77665544332211

~~2402409090

22

11

1122

5544

22

11

33

44

RC PCB

HPS-2185

E

B

C

LD01

X01

C01

72263.31 - 29.10.02

C02

C03

R02

R01

TR01

ST/SAP

AUTO

PSKIP

DSC

+-

MUTEPOWER

SLEEP

AV

OSD/OUT

V-V+

CH+

CH-

MENU

123

6 5 4

789

P.CH

0CC

RC PCB

HPS-2185

IC01

1

10

11

20 C02R02 C03

R01TR01

C

EB

10

1

C4

1

2

3

2

6

7

15

8

9

5

ULTIMO Nº 30(D6)

1814

19

20

14

4

1629

28

1310

30

16

87654321

A

C

D

B

E

1 2 3 4 5 6 7 8

ACAD:TOL. TOL.

PROJ.

ALT.

TITULOTITLES

DESCRICAO /DESCRIPTION PROJ. DATADATECHKD

DIMENSIONS (mm)DIMENSOES EM mm

CODECOD.

MODELMOD.SCALEESC.FINISHACAB.MATERIALMATERIAL

NAME DATEDATANOME

DWG

CHKD.

APPD.APROV.

DES.

PROJ. FORMATO:

F F

E

D

C

B

A

VISTA EXPLODIDA( EXPLODED VIEW )

S/EHPS-2185FS

±0,2 A21.00.72505.06

VEX72505 JOÃO 16/03/2005

ROSSIODAIR 16/03/2005

16/03/2005

NÚMERO VAGOS: 11;27;12;13;22;24;13;16;25;26;23;21

IR RC SENSOR

IC101

TDA9570H µCONTROLLER IF PROCESSOR

Y/C PROCESSOR SYNC PROCESSOR AUDIO PROCESSOR

TU101

TUNER

SMPS

AUDIO / VIDEO AUX INPUT

HORIZONTAL OUTPUT

IC301

LA78040 VERTICAL OUTPUT

RGB AMP

EHT

FOCU

S &

SCR

EEN

VO

LTAG

E

HO

RIZ

ON

TA

L D

EFLE

CTIO

N

CURREN

T

VERTICAL DEFLECTION

CURRENT

AKB

103V

+15V

+12V

AKB

+18

0V

-12V

V901

CPT

IC701 BR24C08/F

EEPROM

I²C BUS

I²C

BUS

IC601

TDA1517 STEREO AUDIO OUTPUT

IC602 PT2257

AUDIO VOLUME CONTROL

I²C

BUS

IC604

TDA9850 MTS STEREO DECODER

IC801 TEA1533AT

SMPS CONTROLLER IC

Service Manual Model HPS- · PDF fileProcedure to check up color TV electrical parameters ......

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Transcript of Service Manual Model HPS- · PDF fileProcedure to check up color TV electrical parameters ......