Hitachi 14LD7200 Schematic

SERVICE MANUAL
MANUEL D'ENTRETIEN
WARTUNGSHANDBUCH

CAUTION:

Before servicing this chassis, it is important that the service technician read the “Safety
Precautions” and “Product Safety Notices” in this service manual.

No. 0202

»

17LD4200

Data contained within this Service
manual is subject to alteration for
improvement.

ATTENTION:

Avant d’effectuer l’entretien du châassis, le technicien doit lire les «Précautions de sécurité»
et les «Notices de sécurité du produit» présentés dans le présent manuel.

VORSICHT:

Vor Öffnen des Gehäuses hat der Service-Ingenieur die „Sicherheitshinweise“ und „Hinweise
zur Produktsicherheit“ in diesem Wartungshandbuch zu lesen.

Les données fournies dans le présent
manuel d’entretien peuvent faire l’objet
de modifications en vue de perfectionner
le produit.

Die in diesem Wartungshandbuch
enthaltenen Spezifikationen können sich
zwecks Verbesserungen ändern.

SPECIFICATIONS AND PARTS ARE SUBJECT TO CHANGE FOR IMPROVEMENT

Colour Television

December 2003

17LD4200 TFT LCD TV

1 SCOPE ..........................................................................................................................................4

1.1 PRODUCT FEATURES .....................................................................................................4

1.2 MAIN DIMENSIONS / WEIGHT .....................................................................................4

1.3 LOADING QUANTITY.....................................................................................................4

1.4 NICAM ...............................................................................................................................4

2 ELECTRICAL PERFORMANCE.......................................................................................... 5

2.1 STANDARD TESTING CONDITIONS ............................................................................5

2.2 VIDEO SIGNALS ..............................................................................................................5

2.3 DDC SIGNALS (VESA DDC1/2B) ...................................................................................9

2.4 DIGITAL CONTROL OPERATION..................................................................................9

2.5 POWER SUPPLY .............................................................................................................10

2.6 CONNECTORS / CONTROLS........................................................................................14

2.7 TESTING CONDITIONS.................................................................................................17

2.8 OSD FUNCTION ............................................................................................................. 18

2.8.1 IR Control .........................................................................................................................18

2.8.2 Advanced Setting .............................................................................................................. 20

3 VISUAL PERFORMANCE ......................................................................................................25

3.1 MEASUREMENT CONDITIONS...................................................................................25

3.2 PICTURE SIZE AND CENTERING ...............................................................................25

3.3 BRIGHTNESS UNIFORMITY........................................................................................26

3.4 WHITE COLOR COORDINATES .................................................................................. 26

3.5 WHITE COLOR UNIFORMITY .....................................................................................28

3.6 PURITY ............................................................................................................................28

3.7 RESPONSE TIME............................................................................................................28

3.8 VIEWING ANGLE...........................................................................................................28

3.9 SURFACE TREATMENT OF FRONT POLARIZER .....................................................28

4. AUDIO Electrical Performance...............................................................................................28

4.1 STANDARD TESTING CONDITIONS : ........................................................................ 28

4.2 AMPLIFIER CHARACTERISTIC ..................................................................................30

4.3 SPEAKER CHARACTERISTIC : ...................................................................................30

5 TUNER Electrical Performance ............................................................................................... 31

6 ACCESSORIES ......................................................................................................................... 39

6.1 POWER CABLE ..............................................................................................................39

6.2 EXTERNAL ADAPTER .................................................................................................. 39

6.3 REMOTE CONTROL & BATTERIES ............................................................................39

7 ENVIRONMENTAL .................................................................................................................40

7.1 ENVIRONMENTAL CONDITIONS (CLIMATIC) ........................................................40

7.2 ENVIRONMENTAL CONDITION (MECHANICAL) ................................................... 41

2

8 MECHANICAL REQUIREMENTS........................................................................................41

8.1 VIBRATION AND SHOCK .............................................................................................41

8.2 PACKAGE DROP SPECIFICATION ..............................................................................42

8.3 DIMENSION SIZE AND WEIGHT.................................................................................42

8.4 GAP SPEC. ....................................................................................................................... 43

8.5 PLASTIC MATERIAL .....................................................................................................46

8.6 GAP SPEC. ....................................................................................................................... 46

9 Block............................................................................................................................................47

9.1 MAIN BOARD BLOCK DIAGRAM ..............................................................................47

9.2 TUNER BOARD BLOCK DIAGRAM............................................................................48

10 Connect ..................................................................................................................................... 49

10.1 PCBA CONNECTOR LOCATION ...................................................................................49

10.2 CONNECTOR P/N ASSIGNMENT ................................................................................. 51

Appendix A: PCBA ASSEMBLY ...............................................................................................54

Appendix B: DISPLAY UNIT ASSEMBLY ------------------------------------------------------------63

3

1 SCOPE

This short specification describes the electrical, optical and functional performance

requirements for a 43.1cm (17”) TFT LCD color TV monitor with

VGA/CVBS/S-Video/COMPONENT/TV compatible interface.

1.1 PRODUCT FEATURES

• 43.1 cm (17”) a-si TFT Active matrix LCD panel, 0.289 mm dot pitch, 262.144 colors.

• Microprocessor controlled scan technology

• 12 factory presets

• Vertical refresh rate 55Hz to 75 Hz

• Horizontal frequency 29KHz to 61KHz

• Resolutions: 640 x 480 up to 1280 x 768

• Recommended Resolution 1024 x 768 @ 60Hz

• Universal power supply designed for worldwide application

• UL, FCC, CE certification

• Speaker 2.5W x 2

• Closed Caption (OPTION)

• V-CHIP (OPTION)

• BTSC Stereo/SAP or NICAM Stereo/ DUAL

1.2 MAIN DIMENSIONS / WEIGHT

Monitor Packed Monitor

Width: 518mm 586mm

Height: 333mm 502mm

Depth: 198mm 154mm

Weight: 5.0kg (Net Weight) 6.8kg (Gross Weight)

1.3 LOADING QUANTITY

1056 sets for 40’ container(w. pallet)

480 sets for 20’ container(w. pallet)

1.4 NICAM

- Support stereo/ mono. selection

- Support stereo/ DUAL / mono. selection

4

2 ELECTRICAL PERFORMANCE

All tests must be performed under “standard testing conditions” (item 2.1) unless otherwise

specified

2.1 STANDARD TESTING CONDITIONS

- Warm up time : >30 min.

- AC supply voltage

- Ambient temperature

- Humidity

- Display mode : 1024x768@ 60 Hz, all white

- Contrast control : Set to factory preset value, which allows that the

- Brightness control : Set to maximum value

- Input signal : 0.7Vpp

- Picture position and size : Factory preset value,

- Viewing angle 90 ° H and V

- Viewing distance 100 cm for LCD performance,

Ambient illumination

: 110V or 230V± 5％, 50± 3 Hz

: 20°C ± 5°C

: 65% ± 20%

brightest two of 32 linear distributed gray-scales (0～

700mv) can be distinguished.

30 cm for LCD failures

Dark room (＜ 1 cd/m2)

2.2 VIDEO SIGNALS

2.2.1 ANALOG RGB VIDEO INPUTS

Level

Polarity : positive

Impedance : 75 Ohm

Max. dot clock : 80 MHz

: 0.7Vpp

5

2.2.2 ANALOG RGB SYNC INPUTS

Level: L = 0V ~ 0.8V H = 2.4V ~ 5V

Separate sync. Polarity: positive or negative

The Monitor has to operate up to the following specified TTL-input signals:

<

<

<

<

H- Sync. and V – Sync. signals at the monitor input

High logic level

Low logic level

: ≥ 2.4V

: ≤ 0.8V

Rise time : 0.8V ~ 2.4V: < 50ns

Fall time : 2.4V ~ 0.8V: < 50ns

Overshoot

Undershoot

: ≤ 0.7V

: ≤ 0.7V

2.2.3 ANALOG RGB VIDEO BLANKING

Video is blanked for a period of 2sec. to 3sec. during change of modes or if undefined

signals are applied. No switching effects are visible.

6

2.2.4 ANALOG RGB SIGNAL TIMING

VESA MODES

Horizontal Vertical

Mode Resolution Total

640x480@60Hz 800 x 525 31.469 N 59.940 N 25.175

VGA

640x480@72Hz 832 x 520 37.861 N 72.809 N 31.500

640x480@75Hz 840 x 500 37.500 N 75.00 N 31.500

800x600@56Hz 1024 x 625 35.156 N/P 56.250 N/P 36.000

800x600@60Hz 1056 x 628 37.879 P 60.317 P 40.000

SVGA

800x600@72Hz 1040 x 666 48.077 P 72.188 P 50.000

800x600@75Hz 1056x625 46.875 P 75.000 P 49.500

1024x768@60Hz 1344x806 48.363 N 60.004 N 65.000

XGA

1024x768@70Hz 1328x806 56.476 N 70.069 N 75.000

1024x768@75Hz 1312x800 60.023 P 75.029 P 78.750

Nominal

Frequency

(KHz)

IBM MODES

Sync

Polarity

Nominal

Freq.

(Hz)

Sync

Polarity

Nominal

Pixel

Clock

(MHz)

Horizontal Vertical

Nominal

Mode Resolution Total

Nominal

Sync

Frequency

Polarity

(KHz)

Nominal

Freq.

(Hz)

Sync

Polarity

Pixel

Clock

(MHz)

DOS* 720x400@70Hz 900 x 449 31.469 N 70.087 P 28.322

DOS 640x350@70Hz 800 x 449 31.469 P 70.087 N 25.175

2.2.5 CVBS/S-VIDEO INPUTS

S-Video Type Y/C : NTSC/PAL

Level 0.7Vpp

Impedance 75 ohm terminated

Composite Video Type Composite : NTSC/PAL

Level 0.7Vpp

Impedance 75 ohm terminated

Component Type Y , Cb ,Cr : NTSC/PAL

Level 0.7Vpp

Impedance 75 ohm terminated

7

2.2.6 PAL TV INPUTS

Tuner Model Name : FI/FQ1216 : PHILIPS

Receiving System : PAL

Channel System : Air / Cable

: VHF Low : 48.25MHz ~ 160.00MHz

US

: VHF High : 160.00MHz ~ 442.00MHz

: PIF : 38.90MHz

IF Frequency

: UHF : 442.00MHz ~ 863.25MHz

: CIF : 34.47MHz

: SIF1/SIF2 : B/G: 33.40MHz ; 33.16MHz

: D/K: 32.40 MHz

: I: 32.9 MHz

NICAM : B/G, D/K: 33.05 MHz :32.348 MHz

Impedance : 75 ohm terminated

: Video : CVBS (PAL)

Output

: Sound : Normal / NICAM

8

2.3 DDC SIGNALS (VESA DDC1/2B)

This monitor is equipped with VESA DDC 1/2B according to VESA DISPLAY DATA

CHANNEL STANDARD V. 1.0 Rev.1 (tt.mm.199j)

It transmits the EDID-file as a continuous data stream, clocked by V-SYNC (DDC 1); the

controller may increase the Vert. frequency to 25 kHz max. for improved transmission rate.

As an alternative, it sends the EDID-file upon request by the host-system (Read EDID,

Device A0h Start address 00h) in an I2C compatible format (DDC 2).

The monitor has installed a 10kΩ pull-up on the SCL-line (pin 15 of 15-pin

VGA-connector).

x0 x1 x2 x3 x4 x5 x6 x7 x8 x9 xA xB xC xD xE xF

00: 00 FF FF FF FF FF FF 00 22 83 42 17 01 00 00 00

10: 33 0D 01 03 68 25 17 78 EA C9 9D A3 59 49 96 25

20: 24 4B 4E AF CE 00 01 01 01 01 01 01 01 01 01 01

30: 01 01 01 01 01 01 FA 1E 00 81 51 00 19 30 37 8A

40: 13 00 71

DD

10 00 00 1C 00 00 00 FD 00 32 4B 1E

50: 3C 08 00 0A 20 20 20 20 20 20 00 00 00 FC 00 31

60: 37 4C 44 34 32 30 30 0A 20 20 20 20 00 00 00 FF

70: 00 31 0A 20 20 20 20 20 20 20 20 20 20 20 00 00

2.4 DIGITAL CONTROL OPERATION

Signals used for mode detection:

- Nominal horizontal frequency ( +-0.5 KHz from center frequency)

- Nominal vertical frequency (+-1 Hz from center frequency)

- Horizontal sync. pulse polarity

- Vertical sync. pulse polarity

2.4.1 FACTORY RECALL MODES

Starting the “RECALL” function in the OSD-MENU will clear all old settings of auto

configuration in preset modes.

2.4.2 PROTECTION CIRCUIT

Missing or improper sync pulses will not damage the monitor. Additionally, under these

conditions, the monitor shall not cause damage to the driving source

9

2.5 POWER SUPPLY

2.5.1 FEATURES

A/C Line voltage range : 100 V ~ 240 V

A/C Line frequency range

Current : 1.5A max. at 90V, 0.75A max. at 265V

Peak surge current : < 50A peak at 220 VAC, : < 30A peak at 110 VAC

Leakage current : < 3.5mA

Power line surge : No advance effects (no loss of information or defect)

2.5.2 AC ADAPTER OUTPUT

2.5.3 POWER CONSUMPTION

The monitor is equipped with a power-management according to the below.

There is a delay of 5s … 7s before the transition from On-state to any power saving state to

Voltage : 12VDC ± 5%

Current : 6.25 Amp (max)

avoid unintentionally entering of a power saving stage during display resolution and timing

mode changes. Transition from any power saving state to another can be instantaneous.

: 50 ± 3Hz, 60 ± 3Hz

and cold starting

with a maximum of 1 half-wave missing per second

The recovery from Off-state requires no manual power on.

Mode H-Sync. V-Sync. Video Pw-cons. Indicator Rec. time*

Power-On on on Active < 65W Green LED --

Power-off off off Blanked < 5 W Orange LED < 5S

Switch-off < 5W Dark LED

SYNC. On means: Normal operation

SYNC. Off means: H sync. F < 10KHz duty cycle > 25%

V sync. F < 10Hz duty cycle > 25%

10

2.5.4 INVERTER SPECIFICATION

2.5.4.1 Electrical Characteristics:

No. Item Sym Condition Min Typ. Max. Unit

1 Input Voltage Vin Vin -5% / +15% 11.4 12 12.6 V

Input Current Iin

2

Vin=12V±5%

- 2 - A

Vbri=3.3V

Input Power Pin

3

Vin=12V±5%

- 35 - W

Vbri=3.3V

Inrush current Irush Vin –5% ,under 14

4

times of rating current of

- - TBD A

Fuse
5 Output Voltage Vout Vin=12V, Vbri =1.8V 590 630 670 Vrms
6 Output Current Iout(max) Vin=12V, Vbri =1.8V 9.5 10.5 11 mArms

Output Power Pout Vin=12V, Vbri =1.8V - 26.5 - W

7

8

Working
Frequency

Fo Vin=12V –5%/+5%,

40 50 60 KHz

Vbri =0.45~1.8V

Backlight ON Normal Operation 2 - 5.5 V

9

ON/OFF

OFF Shutdown (Lamp off) 0 - 1.0 V
Control
Lamp Current

10

Control

Kick off voltage Vkickoff No load, Vin=12V - 5% 1600 - - Vrms

11

Efficiency Efficiency Vin=12V , Vbri =1.8V - 75 - %

12

Time Delay to

13

strike

Open lamp

14

period /every

Vbri Adjustable continuou

- - - %

mode (Fdimm)

Ts ON/OFF=5V , Vin=12V 60 80 100 ms

Topen Vin=12V, ON/OFF=5V 1000 - 1200 ms

lamp
udible Noise 30mm upon the part - - 34 dBm

15

Vin drop and Td Vd

Td

When Vin drop to Vd
and recovery to the

8
200 - -

-

-

normal voltage during

16

Td, the inverter won’t be
locked ( don’t need to
release the input voltage

and apply it again)
Case Temp. of
part and derating

17

of parts

- Vin=12V –5%,
ON/OFF=5V,Vbri=1.8V,
Please refer the derating

-

-

65

table to design

V
ms

℃

11

2.5.4.2 Fuse rating:

2.5.4.2.1 Rating current is under 60% of rating current decreasing curve of fuse at maximum

ambient temperature.

2.5.4.2.2 Inrush current

Fuse vender guarantee 100,000 cycles.

Rush current is under 14 times of rating current of Fuse.

IΛ2t is under 25% of vender's I2t-T curve.

2.5.4.3 Functional Pin Description:

2.5.4.3.1 Input Connector: E&T 4500 10P P2.0

Pin No. Symbol Description

1,2 Vcc 5V

3,4,5 GND Power System Return

6 ON/OFF ON/OFF Control ON>2.0V OFF <1.0V

7 Vbri Lamp Current Control

8,9,10 Vin Input Voltage (11.4V TO 12.6V)

11 Lin Backlight ON/OFF control (Active High)

ON:1.5~5.5V, OFF:-0.3~1.0V

12 Rin +5Vdc supply to micro-P, always on.

13 GND/Audio

2.5.4.3.2 Output Connector: JST SM04(4.0)B-BHS-1 or equivalent

Pin No. Symbol Description

1,2 Lamp H1, H2 High voltage connection to high side of lamp.

4 Lamp L1 Low voltage connection to low side of lamp.

2.5.5 DC/DC Specification

2.5.5.1 Electrical Characteristics:

No. Item Sym Condition Min Typ. Max. Unit

1 Input Voltage Vin Vin -5% / +5% 11.4 12 12.6 V

2 Output Voltage Vout Vout -5% / +5% 4.9 5 5.2 V

3 Output Current Iout

0 1.0 1.5 A

Vin=12V±5%

4 Output Power Pout

- 5 7.5 W

Vin=12V±5%

5 Efficiency Efficiency Vin=12V , Vbri =3.3V - 75 - %

6 Regulation

Item 1, 2, 3 condition -5 - +5 %

⊿Vout

12

7 Ripple Vripple Item 1, 2, 3 condition - - 50 mVpp

8 Noise Vnoise Item 1, 2, 3 condition - - 150 mVpp

13

2.5.5.2 Functional Pin Description:

Input Connector: SCD437CCS DIA:2.0mm

Pin No. Symbol Description

1 Vin +12V

2,3 GND Ground

2.6 CONNECTORS / CONTROLS

2.6.1 CONNECTORS

- Power : Monitor rear side : Φ2.5mm DC Jack

- Analog RGB : Monitor rear side / Data Cable : 15-pin D-sub female /

male

Pin – Assignment of 15-pin D-sub:

1 Red Video 9 +5V FOR DDC

2 Green Video 10 Detect

3 Blue Video 11 Serial Data for ISP

4 Serial Clock for ISP 12 Serial Data for DDC

5 Ground 13 H-Sync.

6 Red Ground 14 V-Sync.

7 Green Ground 15 Serial Clock for DDC

8 Blue Ground

- S-Video (Y/C) : Monitor rear side : 4 Pin Mini-DIN female

- Composite Video : Monitor rear side : RCA female (Yellow)

Component : Monitor rear side : RCA female(G, B, R)

- TV : Monitor rear side : F or IEC type female

- Audio : Monitor rear side :

AV1 for S-Video

2.6.2 MONITOR CONTROL KEYS

KEY :

Power , Menu , Function Up/Down , Vol. Up/Down , Source

- PC I/P for PC : 3.5mm Stereo female

: 4 Pin Mini-DIN female

AV2 for Component and

Composite Video

(Red/White)

: RCA female (Red/White)

2.6.3 POSITION OF CONTROLS

Position of all switches : Top side of front bezel

Position of LED and IR sensor : Bottom side of front bezel

14

2.6.4 MONITOR CONTROL FUNCTION

PC mode Bright, Contrast, Picture position, OSD position, Auto adjustment,

Clock, Phase, OSD Transparence, Language, Color Temperature

Graphic/Text select

VIDEO mode AUDIO , PICTURE , SETUP

TV mode AUDIO , PICTURE , SETUP , SYSTEM

2.6.5 OSD Pattern

PC mode

15

Video, TV mode

16

2.7 TESTING CONDITIONS

Pattern Checking
Circle Overall Linearity , Geometry

Framing.
Reflections aspect ratio format

Center Cross Pin-cushion correction

Deflection Linearity

Crosshatch Static convergence

Dynamic convergence

Pin-cushion correction

Multi burst Video Bandwidth

Amplitude response/resolution

Color Bars Overall color performance

Burst keying
Sub-carrier regenerator
Matrix circuit
RGB amplifiers
Delay color versus b/w signal
Saturation check

562.5KHz interference check

VCR White level

Amplitude response,
resolution of VCR and other
video recorders
Linearity of chroma amplitude
Sensitivity color amplitude
Color AGC
Ratio chroma / luminance
Writing current
Recording performance
Slow/quick-motion
Still picture

On a black background is suited for checking the
overall linearity and geometry
The white circle changes automatically to black
when used with the white pattern and is useful for
checking reflection.
It is applied to check the deflection linearity
And for pin-cushion correction
Full screen definition pattern of
8vert. Bars 0.8MHz to 4.8MHz.

Contains eight full screen vertical bars of definition
lines in the frequency ranges 0.8,

1.8,2.8,3.0,3.2,3.4,3.8,and 4.8 MHz This checks the
bandwidth of the video or luminance amplifier in
black and white or color TV as well as the
resolution of monitor and video recorders
The vertical bars are white, yellow, cyan, green,
magenta, red, blue, and black. The luminance
content depends on the TV system selected and is
automatically correct after the user makes the
selection. The color bar pattern in fact provides
sufficient information for a good overall check on
color performance. This includes the checks on
burst keying, sub-carrier regeneration, RGB
amplifiers, the delay color versus B/W signal and
saturation check
Check the bandwidth , linearity , sensitivity , and
AGC of the chroma amplifiers in color video
recorders . This combined test pattern is divided into
the following four horizontal segments:

-Horizontal 100% white bar covering 1/16 field for
exact level adjustment

-Eight bars of resolution of which

2.8-3.0-3.2-3.4MHz are used to align the high-pass
filter for a maximum resolution in VCR bandwidth

-The next part of the pattern contains eight steps of
decreasing linear levels of saturation of 100%to 0%
to check the chroma amplifier linearity and color
AGC circuitry. For example, if the chroma writing
current is too high, color will be visible in the last
bar where no color should be seen normally

-The bottom section consists of black horizontal bar
with a moving white field to check moving pictures
on video recorders

17

2.8 OSD FUNCTION

2.8.1 IR Control

POWER TEXT

Switch between power-on and
power-off.

Turn the Teletext function
ON/OFF

MUTE INDEX

Turn the sound on/off. Turn page to index page.

MPX MODE

Select the language and the sound

Turn ON/OFF list mode.

output

VOLUME REVEAL

Adjust the volume. Turn ON/OFF conceal information

CHANNEL

Select channels up or down. Turn on/off the OSD menu.

TV/AV/PC ← →

Select input sources of TV,
AV1/S-V, AV2/CVBS,

Adjust the selected item on menu
or adjust the volume.

COMPONMENT, and PC.

SLEEP ↑ ↓

Select timer to turn power off. The
default timer is 10, 20, 30, 40, 50,
60, and 90 minutes (Only enable in
TV function).

* Press to select desired item on
the menu

* Press to select desired page on
the text mode

LAST CH Teletext color Keys

Turn back the last select channel. For special teletext functions

DISPLAY 0~9 Number Keys

Show the information on screen. Used to select cable TV or

Terrestrial programs.

4:3 / 16:9

Select the screen scale.

18

2.8.1.1 Teletext
Teletext is an optional function, therefore only the set of the teletext system can receive the
teletext broadcast.
Teletext is a free service broadcast by most TV stations which gives up-to-the-minute
information on news, weather, television programs, stock prices and many other topics.
The teletext decoder of this TV can support the SIMPLE, TOP and FASTEXT systems.
SIMPLE (standard teletext) consists of a number of pages which are selected by directly
entering the corresponding page number. TOP and FASTEXT are more modern methods
allowing quick and easy selection of teletext information.

Switch ON/ OFF

Press the TEXT

button to switch the teletext. The initial page or last page appears on the
screen.
Two page numbers, TV station name, date and time are displayed on the screen headline. The first
page number indicates your selection, while the second shows the current page displayed.
Press the TEXT

or TV/AV/PC button to switch off teletext. The previous mode reappears.

SIMPLE text
Page selection

1. Enter the desired page number as a three-digit number with the NUMBER buttons. If you press

a wrong number during selection, you must complete the three-digit number and then reenter
the correct page number.

2. The ↑ / ↓ button can be used to select the previous or next page.

Programming a color button in LIST mode

If the TV is in SIMPLE text, TOP text or FASTEXT mode, press the “MODE ” button to switch
to LIST mode.
Four teletext page numbers of your choice can be colored and easily selected by pressing the
corresponding colored button on the remote control handset.

1. Press a colored button.

2. Using the NUMBER buttons to select the page you wish to program.

3. Press the button. Then the selected page is stored as the selected page number with blinking

once. From now on, you can select this page with the same colored button.

4. The three other colored buttons are programmed in the way.

TOP text

The User’s Guide displays four fields-red, green, yellow and blue at the bottom of the screen. The
yellow field denotes the next group and blue field indicates the next block.

Block/ group/ page selection

1. With the blue button you, can progress from block to block.

2. Use the yellow button to proceed to the next group with automatic overflow to the next block.

3. With the green button, you can proceed to the next existing page with automatic overflow to the

next group. (Alternatively the ↑ button can be used.)

4. The red button permits you to return to the previous selection. (Alternatively the ↓ button can be

used.)

Direct page selection

In the SIMPLE teletext mode, you can select a page by using the NUMBER buttons in TOP mode
to enter the three-digit number.

FASTEXT

The teletext pages are color coded along the bottom of the screen and are selected by pressing the
corresponding colored button.

19

Page selection

1. Press the “INDEX ” button to select the index page.

2. You can select the pages which are color coded along the bottom line with the same colored

buttons.

3. Corresponding to the SIMPLE teletext mode, you can select a page by entering its three-digit

page number with the NUMNER buttons in FASTEXT mode.

4. The ↑ / ↓ button can be used to select the previous or next page.

REVEAL

Press this button to display hidden information, such as solution of riddles or puzzles.
Press this button again to remove the information from the display.

2.8.2 Advanced Setting

2.8.2.1 AV1/S-Video, AV2/CVBS and COMPONENT, TV settings

The OSD shown below displays when you press "MENU" (on main body) or "►" (on remote
control) button. You can see four options shown as below.

AUDIO: Treble, Bass and Balance.
PICTURE: Bright, Contrast, Colour and Sharp.
SETUP: Channel search, Channel memory, Fine Tune, Channel Swap and Recall System.
SYSTEM: PAL / SECAM / SECAM L, Sound, NICAM.

LANGUAGE

When you start using your set for the first time, you must select the language which
will be used for displaying menus and indications.

Press "←, →" (on remote control) button to select English, German, French, Spanish, or
Italian as your preferred OSD language.

AUDIO

TREBLE

1. Press "MENU" (on main body) or "►" (on remote
control) button.

2. Press " " (on main body) or "↑, ↓" (on remote
control) button to select TREBLE.

3. Press "

" (on main body) or "←, →" (on remote

control) button to lower or raise the treble for sound.

BASS

1.Press "MENU" (on main body) or "►" (on remote
control) button.

2.Press " " (on main body) or "↑, ↓" (on remote
control) button to select BASS.

3.Press " " (on main body) or "←, →" (on remote
control) button to lower or raise the bass for sound.

20

BALANCE

1.Press "MENU" (on main body) or "►" (on remote
control) button.

2.Press " " (on main body) or "↑, ↓" (on remote
control) button to select BALANCE.

3.Adjust the speaker balance on Left/Right by pressing "

" (on main body) or "←, →" (on remote control)

button.

PICTURE

BRIGHT

1. Press "MENU" (on main body) or "►" (on remote
control) button.

2. Press "
control) button to select PICTURE.

" (on main body) or "→" (on remote

3. Press " " (on main body) or "↑, ↓" (on remote
control) button to select BRIGHT.

4. Press " " (on main body) or "←, →" (on remote
control) button to increase or decrease the screen
brightness.

CONTRAST

1.Press "MENU" (on main body) or "►" (on remote
control) button.

2.Press " " (on main body) or "→" (on remote
control) button to select PICTURE.

3.Press " " (on main body) or "↑, ↓" (on remote
control) button to select CONTRAST.

4.Press " " (on main body) or "←, →" (on remote
control) button to increase or decrease the screen
contrast.

COLOUR

1.Press "MENU" (on main body) or "►" (on remote
control) button.

2.Press "
control) button to select PICTURE.

" (on main body) or "→" (on remote

3.Press " " (on main body) or "↑, ↓" (on remote
control) button to select COLOUR.

4.Press " " (on main body) or "←, →" (on remote
control) button to lower or higher the screen colour
intensity.

SHARP

1.Press "MENU" (on main body) or "►" (on remote
control) button.

2.Press " " (on main body) or "→" (on remote
control) button to select PICTURE.

3.Press " " (on main body) or "↑, ↓" (on remote
control) button to select SHARP.

4.Press " " (on main body) or "←, →" (on remote
control) button to adjust the contrast for soft or sharp.

21

SETUP

CH. SEARCH

1. Press "MENU" (on main body) or "►" (on remote

control) button.

2. Press " " (on main body) or "→" (on remote

control) button to select SETUP.

3. Press " " (on main body) or "↑, ↓" (on remote

control) button to select CH. SEARCH.

4. Press " " (on main body) or "←, →" (on remote

control) button to select NO or YES. If you select YES,
the TV will scan program channels automatically.

CH. MEMORY

1. Press "MENU" (on main body) or "►" (on remote

control) button.

2. Press " " (on main body) or "→" (on remote

control) button to select SETUP.

3. Press " " (on main body) or "↑, ↓" (on remote

control) button to select CH. MEMORY.

4. Press " " (on main body) or "←, →" (on remote

control) button to select NO or YES. If you select
YES, the TV will add the you are currently watching
to the memory.

FINE TUNE

If the reception is clear, you do not have to fine-tune the
channel, as this is done automatically during the search
and store operation. If however the signal is weak or
distorted, you may have to fine-tune the channel
manually.

1. Press "MENU" (on main body) or "►" (on remote

control) button.

2. Press " " (on main body) or "→" (on remote

control) button to select SETUP.

3. Press “ “ (on main body) or “↑, ↓” (on remote

control) button to select FINE TUNE.

4. Press “ “ (on main body) or “←, →” (on remote

control) button to fine-tune the channel manually if the
reception is not very clear. You can increase or decrease
the number to achieve the best picture.

CH. SWAP

1. Press “MENU” (on main body) or “►” (on remote

control) button.

2. Press “ “ (on main body) or “→” (on remote

control) button to select SETUP.

3. Press “ “ (on main body) or “↑, ↓” (on remote

control) button to select CH. SWAP.

4. Press “

“ (on main body) or, press the appropriate
numbers on remote control to select the original
channel number you’d like to change.(eg 001).

5. Repeat the last operation to assign the target channel

number to the original channel.

22

RECALL

1. Press “MENU” (on main body) or “►” (on remote

control) button.

2. Press “ “ (on main body) or “→” (on remote

control) button to select SETUP.

3. Press “ “ (on main body) or “↑, ↓” (on remote

control) button to select RECALL.

4. Press “ “ (on main body) or “←, →” (on remote

control) button to select NO or YES. If you select YES,
the TV will recall all the picture settings to default.

SYSTEM

1. Press “MENU” (on main body) or “►” (on remote

control) button.

2. Press “ “ (on main body) or “→” (on remote control)

button to select SETUP.

3. Press “ “ (on main body) or “↑, ↓” (on remote control)

button to select SYSTEM.

4. Press “ “ (on main body) or “←, →” (on remote

control) button to select OFF or ON. If you select
OFF, the SYSTEM menu will have no function when
you push the menu button. This menu is not normally
needed once you have tuned the set in for the first time.
To see the SYSTEM menu select ON in the SETUP
menu.

23

SYSTEM

Please make sure the SYSTEM menu is ON status before selecting it. (Please refer to above

SYSTEM- OFF ON setting in the SETUP menu.)

PAL/SECAM/SECAM L

1.Press "MENU" (on main body) or "►" (on remote
control) button.

2.Press " " (on main body) or "→" (on remote
control) button to select SYSTEM.

3.Press " " (on main body) or "↑, ↓" (on remote
control) button to select PAL / SECAM / SECAM L.

4.Press "

" (on main body) or "←, →" (on remote
control) button to select the appropriate PICTURE
signal type from PAL, SECAM, and SECAM L.

SOUND

1.Press "MENU" (on main body) or "►" (on remote
control) button.

2.Press " " (on main body) or "→" (on remote
control) button to select SYSTEM.

3.Press " " (on main body) or "↑, ↓" (on remote
control) button to select SOUND.

4.Press " " (on main body) or "←, →" (on remote
control) button to select the appropriate sound system
from B/G, D/K, or I. The sound system will display on
top-righter coner of screen “B”, “D” or “I” of your
choice.

NICAM

1.Press "MENU" (on main body) or "►" (on remote
control) button.

2.Press " " (on main body) or "→" (on remote control)
button to select SYSTEM.

3.Press " " (on main body) or "↑, ↓" (on remote
control) button to select NICAM.

4.Press " " (on main body) or "←, →" (on remote
control) button to select ON or OFF. You can select ON
if your set is equipped with the receiver for NICAM
reception. The high quality NICAM (N

I

nstantaneous Companded Audio Multiplex)

ear

digital

sound can be received.

24

3 VISUAL PERFORMANCE

3.1 MEASUREMENT CONDITIONS

Warm up time: 30min.

Angle for measurement:

Distance: 100cm

Equipment: Minolta CS-100

Measurement positions:

320

90°H and V

640 960

256

2 1

512 5

4 3

768

Grey scale definition: White means digital value for RGB=255,255,255

50% gray, RGB=127,127,127

Black, RGB=0,0,0

3.2 PICTURE SIZE AND CENTERING

3.2.1 SIZE CONTROL RANGE

The picture size can be adjusted to achieve activation of all pixels of the display in1280 X

For 1280 X 768 resolution the picture size is equal to the active area of the display. For

Smaller Resolution (SVGA, VGA Text and VGA Graphics) there is an expansion algorithm

which expands the picture to a maximum possible size. The display is centered with respect

to the front bezel opening with a tolerance of 0.5mm

25

768 resolution

Resolution, for XGA, SVGA, VGA Text and VGA Graphics the conditions of 3.2 can be

met.

3.2.2 POSITION CONTROL RANGE

The picture position can be adjusted that a complete picture can be displayed centered

3.2.3 Max. BRIGHTNESS : PC Mode

340(MIN.), 400(Typ.) cd/m2

Test conditions: - center of display (5)

- video input (RGB) = 0.7Vpp

- brightness control is set to max.

- contrast control is set to max.

3.2.4 MIN. BRIGHTNESS : PC Mode

< 100 cd/m2

Test conditions: - center of display (5)

- video input (RGB) = 0.700V

- brightness control is set to min.

- contrast control is set to min..

3.2.5 CONTRAST RATIO : PC Mode

The contrast ratio(CR) measured at center position (5) of the display for it should be better

than 210(MIN.), 400(Typ.).

and is calculated according to the following formula.

Brightness of all pixels white

CR =

Brightness of all pixels black

3.3 BRIGHTNESS UNIFORMITY

The brightness uniformity has to be better than 70% and is calculated according to

to the following formula:

Ymin

With Y1 to Y5 as the brightness values with all pixels white at the 5 measurement positions

△Y = [

Ymax

] X 100%

3.4 WHITE COLOR COORDINATES

The white color temperature should be app. (CIE1931, Normal : 9300 and 6500),A 3th

channel should be available, which can be defined by the user. The measurement position is

the center of the display(5) at brightness set to maximum and Contrast set to center. The

tolerance of the color coordinates should be less than ± 0.020

26

27

3.5 WHITE COLOR UNIFORMITY

The deviation of the white color coordinates at the 4 positions (1)….(4) should not exceed

± 0.020 with respect to the measurement at the center position(5).

3.6 PURITY

Purity is defined as the uniformity of the chromaticity of the three primary colors. The

Deviation of the color coordinates of the primary colors red/green/blue at the 4 positions

(1)…(4) should not exceed ± 0.020 with respect to the measurement at the center position(5)

3.7 RESPONSE TIME

The response time of the display for Fujitsu should be better than 15ms typ. The response

time is measured from 90% to 10% (tr) and from 10% to 90% (tf) for a transition from white

(100%) to black (0%) to white (100%)

3.8 VIEWING ANGLE

Panel Horizontal view angle Vertical view angle at CR >10

Fujitsu 160 160

3.9 SURFACE TREATMENT OF FRONT POLARIZER

The front polarize should have hard coating (3H) and anti-glare treatment.

4. AUDIO Electrical Performance

4.1 STANDARD TESTING CONDITIONS :

4.1.1 Test Equipment ﹕ Audio Analyzer test equipment

4.1.2 Conditions of Input Signal

1). Input Impedance ﹕ 600 ohm

2). Input Level ﹕ 700m Vrms ± 10％

3). Signal Frequency ﹕ 1 KHz

28

4.1.3 Ambient Temperature ﹕ 25℃± 5℃

4.1.4 Warm up Time ﹕ minimum 10 minutes after power on and audio signal input

4.1.5 Test Distance ﹕ 50cm from monitor screen and at the center of left and right speaker

4.1.6 Output Impedance ﹕ 4.5 ohm ± 15％

4.1.7 Output Voltage ﹕ Effective output state means standard testing conditions

29

4.2 AMPLIFIER CHARACTERISTIC

4.2.1 Output Power ( Unit : Watt)

1). Effective Output ﹕ 2.5 Watts ( measure at the output voltage of 1％ Distortion Factor)

2). Maximum Output ﹕ 3 Watts (measure at the output voltage of 20％ Distortion Factor)

3). Measurement method

－ Set Test Equipment

Meas ﹕ LEVEL , Freq ﹕ 1KHz

AMPTD ﹕ Vrms, HPF/LPF ﹕ OFF RANGE ﹕ AUTO

－ Measure output voltage ( RMS)

－ Output calculation formula ﹕ P=V2/R

V﹕ RMS value of output voltage P ﹕ Output Power R﹕ Speaker Impedance

4.3 SPEAKER CHARACTERISTIC :

4.3.1 Input ﹕ Normal 2.5 Watt

4.3.2 Impedance ﹕ 4.5 ohm ±15% ohm at 1KHz

4.3.3 Resonant Frequency ( f0)﹕150± 10% Hz

4.3.4 Frequency Range: 20Hz ~ 20KHz

30

5 TUNER Electrical Performance

5.1.1 Receiving System : ( PAL STANDARD SYSTEM )

Channel VHF Low BAND : 48.25MHz ~ 160.00 MHz

High BAND : 160.00MHz ~ 442.00 MHz

UHF BAND : 442.00MHz ~863.25 MHz

Intermediate Frequency PIF : ( 38.90 )MHz

CIF : ( 34.47 )MHz

SIF : B/G: 33.40 MHz : 33.16 MHz

D/K: 32.40 MHz

I: 32.9 MHz

B/G, D/K: 33.05 MHz : I : 33.348 MHz

Input Impedance : UHF/VHF Terminal ( 75 ) Ohm, Unbalanced

Output Impedance : VIDEO : C.V.B.S

AUDIO : AF/MPX

IF : SECOND IF

Band Chang - Over System : ( PLL Control System )

Tuning System : ( Electronic Tuning System With PLL )

31

(1) PAL B/G Air Channel

Channel Frequency

(Mhz)

2
3
4
5
6
7
8

9
10
11
12
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47

48.25

55.25

62.25

175.25

182.25

189.25

196.25

203.25

210.25

217.25

224.25

471.25

479.25

487.25

495.25

503.25

511.25

519.25

527.25

535.25

543.25

551.25

559.25

567.25

575.25

583.25

591.25

599.25

607.25

615.25

623.25

631.25

639.25

647.25

655.25

663.25

671.25

679.25.

Channel Frequency

(Mhz)

48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69

687.25

695.25

703.25

711.25

719.25

727.25

735.25

743.25

751.25

759.25

767.25

775.25

783.25

791.25

799.25

807.25

815.25

823.25

831.25

839.25

847.25

855.25

32

(2) PAL B/G Ca ble Chan n el

Channel Frequency

(Mhz)

2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38

48.25

55.25

62.25

69.25

76.25

83.25

90.25

97.25

105.25

112.25

119.25

126.25

133.25

140.25

147.25

154.25

161.25

168.25

175.25

182.25

189.25

196.25

203.25

210.25

217.25

224.25

231.25

238.25

245.25

252.25

259.25

266.25

273.25

280.25

287.25

294.25

303.25

Channel Frequency

(Mhz)

39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75

311.25

319.25

327.25

335.25

343.25

351.25

359.25

367.25

375.25

383.25

391.25

399.25

407.25

415.25

423.25

431.25

439.25

447.25

455.25

463.25

471.25

479.25

487.25

495.25

503.25

511.25

519.25

527.25

535.25

543.25

551.25

559.25

567.25

575.25

583.25

591.25

599.25

Channel Frequency

(Mhz)

76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98

99
100
101
102
103
104
105
106
107

607.25

615.25

623.25

631.25

639.25

647.25

655.25

663.25

671.25

679.25

687.25

695.25

703.25

711.25

719.25

727.25

735.25

743.25

751.25

759.25

767.25

775.25

783.25

791.25

799.25

807.25

815.25

823.25

831.25

839.25

847.25

855.25

33

(3) PAL D/K Air Channel

Channel Frequency

(Mhz)

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37

49.75

57.25

65.75

77.25

85.25

168.25

176.25

184.25

192.25

200.25

208.25

216.25

471.25

479.25

487.25

495.25

503.25

511.25

519.25

527.25

535.25

543.25

551.25

559.25

607.25

615.25

623.25

631.25

639.25

647.25

655.25

663.25

671.25

679.25

687.25

695.25

703.25

Channel Frequency

(Mhz)

38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57

711.25

719.25

727.25

735.25

743.25

751.25

759.25

767.25

775.25

783.25

791.25

799.25

807.25

815.25

823.25

831.25

839.25

847.25

855.25

863.25

34

(4) PAL D/K Cable Channel

Channel Frequency

(Mhz)

1
2
3
4
5
6
7
8
9

10

11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37

49.75

57.75

65.75

77.25

85.25

112.25

120.25

128.25

136.25

144.25

152.25

160.25

168.25

176.25

184.25

192.25

200.25

208.25

216.25

224.25

232.25

240.25

248.25

256.25

264.25

272.25

280.25

288.25

296.25

304.25

312.25

320.25

328.25

336.25

344.25

352.25

360.25

Channel Frequency

(Mhz)

38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74

368.25

376.25

384.25

392.25

400.25

408.35

416.25

424.25

432.25

440.25

448.25

456.25

471.25

479.25

487.25

495.25

503.25

511.25

519.25

527.25

535.25

543.25

551.25

559.25

567.25

575.25

583.25

591.25

599.25

607.25

615.25

623.25

631.25

639.25

647.25

655.25

663.25

Channel Frequency

(Mhz)

75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99

671.25

679.25

687.25

695.25

703.25

711.25

719.25

727.25

735.25

743.25

751.25

759.25

767.25

775.25

783.25

791.25

799.25

807.25

815.25

823.25

831.25

839.25

847.25

855.25

863.25

35

(5) PAL I Air Channel

Channel Frequency

(Mhz)

1
2
3
4
5
6
7
8

9
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48

45.75

53.75

61.75

175.25

183.25

191.25

199.25

207.25

215.25

471.25

479.25

487.25

495.25

503.25

511.25

519.25

527.25

535.25

543.25

551.25

559.25

567.25

575.25

583.25

591.25

599.25

607.25

615.25

623.25

631.25

639.25

647.25

655.25

663.25

671.25

679.25

687.25

Channel Frequency

(Mhz)

49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69

695.25

703.25

711.25

719.25

727.25

735.25

743.25

751.25

759.25

767.25

775.25

783.25

791.25

799.25

807.25

815.25

823.25

831.25

839.25

847.25

855.25

36

(6) PAL I Cable Channel

Channel Frequency

(Mhz)

1
2
3
4
5
6
7
8
9

10

11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38

105.25

112.25

119.25

126.25

133.25

140.25

147.25

154.25

161.25

168.25

175.25

182.25

189.25

196.25

203.25

210.25

217.25

224.25

231.25

238.25

245.25

252.25

259.25

266.25

273.25

280.25

287.25

294.25

303.25

311.25

45.75

53.75

61.75

69.25

76.25

83.25

90.25

97.25

Channel Frequency

(Mhz)

39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76

319.25

327.25

335.25

343.25

351.25

359.25

367.25

375.25

383.25

391.25

399.25

407.25

415.25

423.25

431.25

439.25

447.25

455.25

463.25

471.25

479.25

487.25

495.25

503.25

511.25

519.25

527.25

535.25

543.25

551.25

559.25

567.25

575.25

583.25

591.25

599.25

607.25

615.25

Channel Frequency

(Mhz)

77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98

99
100
101
102
103
104
105
106
107

623.25

631.25

639.25

647.25

655.25

663.25

671.25

679.25

687.25

695.25

703.25

711.25

719.25

727.25

735.25

743.25

751.25

759.25

767.25

775.25

783.25

791.25

799.25

807.25

815.25

823.25

831.25

839.25

847.25

855.25

863.25

37

(7) SECAM L´ Air Channel

Channel Frequency

(Mhz)

1
2
3
4
5
6
7
8

9
10
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48

47.75

55.75

60.5

63.75
176
184
192
200
208
216

471.25

479.25

487.25

495.25

503.25

511.25

519.25

527.25

535.25

543.25

551.25

559.25

567.25

575.25

583.25

591.25

599.25

607.25

615.25

623.25

631.25

639.25

647.25

655.25

663.25

671.25

679.25

687.25

Channel

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

65

66

67

68

69

Frequeny

(Mhz)

695.25

703.25

711.25

719.25

727.25

735.25

743.25

751.25

759.25

767.25

775.25

783.25

791.25

799.25

807.25

815.25

823.25

831.25

839.25

847.25

855.25

38

6 ACCESSORIES

6.1 POWER CABLE

Length : 1.8m + 5cm/-5cm

Color : black

Connectors : Monitor–side / Mains-side : IEC 320-1 / CEE7-VII (EU)

: IEC 320-1 / BS-1363 (UK)

6.2 EXTERNAL ADAPTER

Type : Worldwide type

Length of DC cable : 1.5m + 1.5cm/-0cm

Color of adapter : black

Connectors : Monitor-side

: Mains-side : IEC 320 male

: Φ2.5mm DC plug

6.3 REMOTE CONTROL & BATTERIES

Remote Control : 35 keys

Battery : 1.5V AAA x 2 pcs

39

7 ENVIRONMENTAL

7.1 ENVIRONMENTAL CONDITIONS (CLIMATIC)

Operation (according to IEC 721 / EN 60721 Class 3K3) : (unpacked for a long time)

Temperature

Humidity 20% ~ 85%

Max. Dew Point Temperature

Max. abs. Air Humidity 25 g/m3

Max. change of Temperature

Height 3000m

Air pressure 700~1060 mbar (70~10Kpa)

Dewing Not allowed

Storage (according to IEC 721 / EN 60721 Class 1K2): (unpacked for a long time)

Temperature

Relative Humidity 5% ~ 85%

Absolute Air Humidity 1 ~ 25 g/m3

+5°C ~ + 40°C

+27°C

0.5°C/min

-10°C ~ + 50°C

Air pressure 700~1060 mbar (70~106Kpa)

Radiation Solar heat 700 W/m2

Max. Change of Temperature

0.5°C/min. (max. 10°C/30min.)

40

7.2 ENVIRONMENTAL CONDITION (MECHANICAL)

Storage and Transport: (according to IEC 721 / EN 60721 class 2M2)

Test Procedure

IEC 68/EN 60068

Vibration Freq. range Hz 5~10 10~100 100~500

(random vibration) Change db/oct +12

-6

Spectral

IEC 68-2-64 acceleration m2/s3 0.75

EN 60068-2-64 density

Accel. RMS m/s2 11.4

Axis - 3

Duration/Axis Minutes 30

Free fall Weight kg

Fall height m 0.9 0.76

ISO 2248

EN 22248

Underground concrete

Direction and number 1 time on 1 corner, 3 edge,

0~9.1 9.1~18.2

18.2~27.2

0.61

6 surface

8 MECHANICAL REQUIREMENTS

8.1 VIBRATION AND SHOCK

All testing shall be done in each of three mutually perpendicular axes, referenced to the position of

the system as it is in front of the user (i.e., front-to back, side-to-side, and top-to-bottom).

8.1.1 Non-Operating

The unit should suffer minimal visible cosmetic damage or damage that presents a safety hazard, or

impairs the setup and operation of the system after testing.

Sinusoidal Vibration: 0.75 G zero-to-peak, 10 to 500Hz, 0.5 octave / minute sweep rate. This

requires one sweep, 10 to 500 to 10Hz, along each of the three axes.

Random Vibration: 0.008 G2/Hz, 10 to 500 Hz, nominal 2 GRMS. The test shall be for one hour

for each of the three axes.

Half Sine Wave Shock: 120 G peak, half sine pulse, 2 ms pulse duration. Testing shall consist of

one shock in each direction in each axis, for a total of 6 shock inputs.

Square Wave Shock: 40 G peak acceleration, 160 inches / second velocity change. There shall be

one shock in each direction in each axis, for a total of 6 shock inputs.

41

8.2 PACKAGE DROP SPECIFICATION

Listed below are standards of drop heights for monitor product

Product Weight height Specs

<9.1 kg 0.91 m

9.2~18.2 kg 0.76 m

18.3~27.2 Kg 0.61 m

27.3~45.4 Kg 0.46 m

8.2.1 Drop Test Sequence

Drop Order Drop point Drop Times

1 Right Front Bottom Corner 1

2 Right Bottom Edge 1

3 Right Front Edge 1

4 Front Bottom Edge 1

5 Bottom Side 1

6 Top Side 1

7 Front Side 1

8 Back Side 1

9 Left Side 1

10 Right Side 1

8.3 DIMENSION SIZE AND WEIGHT

Dimension size 518 (W) x 333 (H) x 198 (D)

Net Weight 5.0 Kg + 0.3kg

Gross Weight 6.8 Kg + 0.3kg

42

8.4 GAP SPEC.

8.4.1 The step between front bezel and back cover shall be within specification.

Back Cover & Bezel Gap Neck Front & Neck Back

1.0mm ≤ A ≤ 1.4mm 1.0mm ≤ C ≤ 1.4mm

Back Cover & Bezel Alignment

0 mm ≤ B ≤ 0.5mm

Back Cover & Tuner Door

0.8 mm ≤ D ≤ 1.2mm

LV171-E06

LV171-E07

43

Back Cover & Tuner Door

0.8 mm ≤ E ≤ 1.2 mm

Back Cover & Key Plate

0.6 mm ≤ F ≤ 1.2 mm

LV171-E08

LV171-E09

44

8.4.2 LCD Horizontally

The angle between front bezel and LCD unit in bottom side should be not large than 1.0mm.

LV171-E10

The distance G-H of the LCD display unit from left side to right should be not large than 4.0mm.

LV171-E11

Tilt Base Rotation

Tilt up 25 ± 2°/ down 5 ± 2°

45

8.5 PLASTIC MATERIAL

Front Bezel ABS 94HB, 94V-0

Back Cover ABS 94HB, 94V-0

The Others ABS 94HB

8.6 GAP SPEC.

Gap between panel with bezel is 0.2 mm < gap < 1.5 mm

46

9 Block

9.1 MAIN BOARD BLOCK DIAGRAM

47

9.2 TUNER BOARD BLOCK DIAGRAM

48

10 Connect

10.1 PCBA CONNECTOR LOCATION

10.1.1 K701-DM

10.1.2 R701-DM

10.1.3 VTV-N7910

49

50

10.1.4 VTV-VL7021D-M

10.2 CONNECTOR P/N ASSIGNMENT

10.2.1 CONNECTOR Function

Location Function Type

CN101 VGA I/P D-sub 15P Female -A

CN201/CN552 Remote control 5P Housing

CN202/CN550 KEY pad control 8P Housing

CN1/CN654 Inverter PW I/P 13P Housing

CN653/CN801 Tuner IN connector D-sub 15P M/Female -R

CN301/CN652 Tuner I/P 6P wire

CN651 S-Video I/P 4 Pin Mini-DIN female

CN650 Component I/P RCA female(G, B, R)

CN655 Composite I/P RCA female(Y, W, R)

CN656 Component audio I/P RCA female(W, R)

CN401 Speaker L 2P Housing

CN402 Speaker R 3P Housing

CN601 Panel ODD O/P 40P Housing

CN602 Panel EVEN O/P 30P Housing

JZ1 PC Audio I/P 3P Wafer

CN2 Power I/P 2P Wafer

51

10.2.2 CONNECTOR PIN ASSIGNMENT

Location\
PIN

CN101 R-IN G-IN B-IN

CN201/
CN552

CN202/
CN550

CN1/
CN654

CN653/
CN801

CN301/
CN652

CN651 GND GND

CN650 GND

CN655 GND

CN656 GND

CN401 LFSPEAK GND

CN402 RFSPEAK NC GND

CN601

CN602

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

ISP-

GND GND GND GND

SCL

PWR- G PWR-

OSD­S7

5V 5V GND GND GND

TV­AVOUT

VHS-2

REF.
Schematic

REF.
Schematic

Y
OSD-

S6

PW­TV

TV­AVOUT

AU1­R

COMP­Cr

AU2­R

5V GND

OSD­S5

TV­LOUT

GND

S­LUM

GND AU1-L GND

GND

GND

IR­DAT

OSD-

OSD-

S4

S3

TV-

GND GND MSDA

ROUT
TV-

GND

ROUT
S-

CHR

COMP-

GND

Cb
AU2-

L

OSD-

OSD-

S2

S0

PAN-

PAN-

ON

BRI

TV­LOUT

AV-
CVBS

COMP­Y

ISP-

DDC

DET.

5V

GND

12V 12V 12V

MTS-

VHS­2

MODE MSCL

SU

DDC

PC­RIN

DDC­SDA

PC­LIN

MTS­ST

Hsync Vsync

GND

MTS­MA

DDC­SCL

5V 12V

53

Appendix A: PCBA Assembly

54

5

4

3

2

1

+5V

L501
HI0805N310

C502

C501

+

0.1U

47U/16V

D D

RSTP5
ALEP5
/INT0P5
/WRP5
/RDP5

UCLKP5

C C

VSOUT

R512 NC C536

VS2

R513 0

OSC1P5

HSOUTP8
SOGOUTP8
VSOUTP8
VS2P8

CLAMP_VGAP8

SCL_AP8

SDA_AP8

B B

VLLCP3
VHSP3,6

VVSP3

EXVCLKP8

A A

OSC1

HSOUT
SOGOUT
VSOUT
VS2

CLAMP_VGA

SCL_A
SDA_A

VLLC
VHS

VVS

EXVCLK

C524
27p-NC

R515
1M-NC

C525
27p-NC

4

VS_IN
VS_IN

U502
LT1117-2.5 V

SOT_223

RST
ALE
/INT0
/WR
/RD

UCLK

X501

14.318MHz

5

+2.5V_VP +3.3V

3

IN
OUT
ADJ

2
1

R511 10
C523

27p-NC

R501
NC

R502
0

UCLKOUT

C503

+

47U/16V

VD[0..7]P3

AD[0..7]P5

AR[0..7]P8

AG[0..7]P8

AB[0..7]P8

+2.5V_VP

+2.5V_VP

HI0805N310

HI0805N310

HI0805N310

L502

+2.5V_VP

Chip Interfac e

CVDD

C505

C504

+

100U/16V

L503

L504

0.1U

AVDD2 PVDD

+

C512
47U/16V

GNDA2

AVDD1

+

C514
47U/16V

GNDA1

VD0

143

VD1

144

VD2

145

VD3

146

VD4

147

VD5

148

VD6

149

VD7

150

RST

151

ALE

137

/INT0

140

/WR

139

/RD

138

UCLKOUT

136

AD0

133

AD1

132

AD2

131

AD3

130

AD4

129

AD5

128

AD6

127

AD7

126

AR0

207

AR1

208
AR2
AR3
AR4
AR5
AR6
AR7
AG0

185
AG1

186
AG2

187
AG3

188
AG4

189
AG5

190
AG6

191
AG7

192
AB0

166
AB1

167
AB2

168
AB3

169
AB4

170
AB5

171
AB6

172
AB7

173

198

199

200

201

202

203

204

205

175

176

177

178

179

180

181

182

HSOUT
VS_IN

193

194

196

195

SCL_A
SDA_A

CLAMP_VGA

VHS

163

VVS

VLLC
EXVCLK

OSC1

XTALO

GNDA1

162

161

165

164

156

153

154

SOGOUT
PWM_BRI

GNDA2

GNDA1

1
2
3
4
5
6

8

9
10
11
12
13
14
15

18
19

20
21

17

C507

C506

0.1U

0.1U

C513

0.1U

C515

0.1U

RA0/VD0
RA1/VD1
RA2/VD2
RA3/VD3
RA4/VD4
RA5/VD5
RA6/VD6
RA7/VD7

RESET
ALE
INT
WR*
RD*
UCLK
AD0
AD1
AD2
AD3
AD4
AD5
AD6
AD7

AR0
AR1
AR2
AR3
AR4
AR5
AR6
AR7
AG0
AG1
AG2
AG3
AG4
AG5
AG6
AG7
AB0
AB1
AB2
AB3
AB4
AB5
AB6
AB7

BR0/V0
BR1/V1
BR2/V2
BR3/V3
BR4/V4
BR5/V5
BR6/V7
BR7/V7
BG0/U0/UV0
BG1/U1/UV1
BG2/U2/UV2
BG3/U3/UV3
BG4/U4/UV4
BG5/U5/UV5
BG6/U6/UV6
BG7/U7/UV7
BB0/Y0/VD0
BB1/Y1/VD1
BB2/Y2/VD2
BB3/Y3/VD3
BB4/Y4/VD4
BB5/Y5/VD5
BB6/Y6/VD6
BB7/Y7/VD7

AHSYNC
AVSYNC

DHS/VHS1
DVS/VVS1
DCLK/VLLC1
DDE/FIELD1

SCL
SDA

COAST
VHS0

VVS0
PWM1/SOGIN
PWM2/FIELD0
VLLC0
EXVCLK

XTALI/OSC

XTALO

GNDA2

4

C508

0.1U

152

155

AVDD1

AVSS1

157

160164297134

MSDA

AVDD2

AVSS2

MSCL

158

159222389142

C509

0.1U

C511

C510

0.1U

0.1U

C516

C517

0.1U

0.1U

GNDM

GNDM

C518

C519

RAS*
CAS*

GNDP

UVDD

C522

0.1U

MD0
MD1
MD2
MD3
MD4
MD5
MD6
MD7
MD8
MD9

WE*
CKE

P28
P29

P32
P33
P34
P35
P36
P37

P40
P41
P42
P43
P44
P45

C520

0.1U

0.1U

GNDP GNDP

MD0

40

MD1

39

MD2

38

MD3

37

MD4

36

MD5

35

MD6

34

MD7

33

MD8

31

MD9

30

MD10

29

MD11

28

MD12

27

MD13

26

MD14

25

MD15

24

MA0

60

MA1

59

MA2

58

MA3

57

MA4

56

MA5

55

MA6

54

MA7

53

MA8

52

MA9

51

MA10

50

MA11

49

/RAS

45

/CAS

44

/WE

43

CKE

46

MCLKOUT

47

A1BLU0

63

A1BLU1

64

A1BLU2

65

A1BLU3

66

A1BLU4

67

A1BLU5

68

A1BLU6

69

A1BLU7

70

A1GRN0

72

A1GRN1

73

A1GRN2

74

A1GRN3

75

A1GRN4

76

A1GRN5

77

A1GRN6

78

A1GRN7

79

A1RED0

81

A1RED1

82

A1RED2

83

A1RED3

84

A1RED4

85

A1RED5

86

A1RED6

87

A1RED7

88

B1BLU0

99

B1BLU1

100

B1BLU2

101

B1BLU3

102

B1BLU4

103

B1BLU5

104

B1BLU6

105

B1BLU7

106

B1GRN0

108

B1GRN1

109

B1GRN2

110

B1GRN3

111

B1GRN4

112

B1GRN5

113

B1GRN6

114

B1GRN7

115

B1RED0

117

B1RED1

118

B1RED2

119

B1RED3

120

B1RED4

121

B1RED5

122

B1RED6

123

B1RED7

124

PCLK

90

PVS

92

PHS

93

PPDE

94

FPVCC

96

PAN_ON

95

PW_TV

62

DAC_BRI

125

U501
TP6760
Scaler
PQFP 208-Pin 0.5mm

0.1U

GNDP

184

183741618098116

135

UVDD

PVDD1

PVDD2

CVDD1

CVDD2

CVDD3

CVSS1

CVSS2

CVSS3

PVDD3

CVDD4

CVDD5

DVDD1

DVDD2

MVDD1

MVDD2

MD10
MD11
MD12
MD13
MD14
MD15

TSP1/MA0

TREV1/MA1
TGPO0/MA2
TGPO1/MA3
TGPO2/MA4
TGPO3/MA5
TGPO4/MA6
TGPO5/MA7
TGPO6/MA8
TGPO7/MA9

TGPO8/MA10
TGPO9/MA11

TCLK1/MCLK

PB2/P0
PB3/P1
PB4/P2
PB5/P3
PB6/P4
PB7/P5
PB8/P6
PB9/P7
PG2/P8

PG3/P9
PG4/P10
PG5/P11
PG6/P12
PG7/P13
PG8/P14
PG9/P15
PR2/P16
PR3/P17
PR4/P18
PR5/P19
PR6/P20
PR7/P21
PR8/P22
PR9/P23

CSN0/P24
CSN1/P25

DISP/P26

PARITY/P27

PB0/P30
PB1/P31

PG0/P38
PG1/P39

PR0/P46
PR1/P47

TCLK0/SHFCLK

PVSYNC

TREV0/PHSYNC

TSP0/PDE

FPVCC
FPBACK

DVD0
DVD1

CVSS4

CVSS5

DVSS1

DVSS2

MVSS1

MVSS2

PVSS1

PVSS2

PVSS3

174

20632487191

GNDM

GNDP

UVSS

107

141

197

L505

DVDD

HI0805N310

L506

MVDD

HI0805N310

C521

+

47U/16V

+5V

L511
HI0805N310

option for Panel

System Configuration Setting

R504/505/506 (MA0,1,2) : Sel Panel Type
R509 (MA6) : FPVCC Polarity
R510 (MA7) : FPBACK Polarity

R504 10K
R505 10K
R506 10K

R509 NC
R510 NC

MCLKOUT MCLK

PCLK

PHS

PPDE

DAC_BRI

PWM_BRI

C541

0.1U

L507
NC

L508
HI0805N310

GNDP

3

C539
.01U

+3.3V

+5V

<+5V>

+3.3V

<+3.3V>

option

R503

22

GNDM

R514

22

C527
27p-NC

GNDP
L517
FBM-L10-160808-300LMT

GNDP

L514
FBM-L10-160808-300LMT

GNDP

L515
FBM-L10-160808-300LMT

GNDP

R507 1K

R508 1K-NC

C540
47U/16V

C526
10p

C528
10p

C529
10p

C530
10p

C531
10p

A1BLU0
A1BLU1
A1BLU2

Memory Configuration

+3.3V

C532

+

47U/16V

U503
SDRAM_1MX16

MA0

21

A0

MA1

22

A1

MA2

23

A2

MA3

24

A3

MA4 MD4

27

A4

MA5

28

A5

MA6

29

A6

MA7

30

A7

MA8

31

A8

MA9

32

A9

MA10

20

A10

MA11

19

/RAS
/CAS
/WE
MCLK

GNDM

SHFCLK

PVSYNCPVS

PHSYNC

PDE

PAN_BRI

+

Power Plane : +2.5V_VP,CVDD,PVDD,MVDD
Power Line : AVDD1,AVDD2,DVDD,UVDD
Ground Plane : GND,GNDP,GNDM
Ground Line : GNDA1,GNDA2

A11

17

RAS

16

CAS

15

W

18

CS

14

DQML

36

DQMU

26 1

VSS VCC

50 25

VSS VCC

4

VSSQ

10

VSSQ

41

VSSQ

47

VSSQ

+3.3V_MC

C534

C533

0.1U

0.1U

GNDM

Power Plane : +3.3_MQ
Power Line : +3.3V _MC
Ground Plane: GNDM

2

L509
HI0805N310

L510
HI0805N310

D0
D1
D2
D3
D4
D5
D6
D7

D8

D9
D10
D11
D12
D13
D14
D15CLK

CKE

NC

NC

VCCQ
VCCQ
VCCQ
VCCQ

+3.3V_MQ

C535

0.1U

GNDM

0.1U

2
3
5
6
8
9
11
12

39
40
42
43
45
46
48
4935

34
33
37

7
13
38
44

+3.3V_MC

+3.3V_MQ

MD0
MD1
MD2
MD3

MD5
MD6
MD7

MD8
MD9
MD10
MD11
MD12
MD13
MD14
MD15

CKE

+3.3V_MC

C537

0.1U

+3.3V_MQ

C538

0.1U

A1BLU3
A1BLU4
A1BLU5
A1BLU6
A1BLU7

A1GRN0
A1GRN1
A1GRN2
A1GRN3
A1GRN4
A1GRN5
A1GRN6
A1GRN7

A1RED0
A1RED1
A1RED2
A1RED3
A1RED4
A1RED5
A1RED6
A1RED7

B1BLU0
B1BLU1
B1BLU2
B1BLU3
B1BLU4
B1BLU5
B1BLU6
B1BLU7

B1GRN0
B1GRN1
B1GRN2
B1GRN3
B1GRN4
B1GRN5
B1GRN6
B1GRN7

B1RED0
B1RED1
B1RED2
B1RED3
B1RED4
B1RED5
B1RED6
B1RED7

SHFCLK
PVSYNC
PHSYNC
PDE

FPVCC
PAN_ON

PW_TV

PAN_BRI

Title

SCHEMATIC, CTRL/B VTV-L702,SLV87E

Size Document Number Rev

C

401AB0

Date: Sheet

SHFCLK P4
PVSYNC P4
PHSYNC P4
PDE P4

FPVCC P4
PAN_ON P6

PW_TV P3,6

PAN_BRI P5,6

A1BLU[0..7] P4

A1GRN[0..7] P4

A1RED[0..7] P4

B1BLU[0..7] P4

B1GRN[0..7] P4

B1RED[0..7] P4

1

2 9Friday, December 05, 2003

of

1C

5

4

3

2

1

+5V

L301

HI0805N310

CN301
VIDEO-11P

1
2
3

PW_TVP2,6

R306 18
R307 18
R308 18
R309 18

R314 18
R315 18
R316 18

4
5
6
7
8

9
10
11

GNDV

R317

56

GNDV

G-TEXT
B-TEXT
R-TEXT

D

C C

AV1_TV_COM
AV1_RCA_COM
AV1_S_LUM
AV1_S_CHR

Y_IN
Cb_IN
Cr_IN

B B

MODE00
MODE02

A A

MODE07 S_VIDEO
MODE2E

AV1_RCA_COM

AV1_S_CHR
AV1_S_LUM

AV1_TV_COM

R310

56

Y_IN_B
Cb_IN_B

Cr_IN_B

R318

R319

56

56

TUNER
COMP.

Y Cb Cr

Cr_IN
Y_IN
Cb_IN

3V3B1

R331

4.7K

SAA_TV
SAA_RCA

SAA_LUM
SAA_CHR

R312

R311

56

56

GNDV

C341 0.047U
C342 0.047U
C343 0.047U
C344 0.047U

C346 0.047U

C347 0.047U

C348 0.047U

R303

4.7K-NC

MSCL

R304 33

MSDA

R305 33

C323 0.047U
C324 0.047U

C325 0.047U
C326 0.047U

R313
56

A13
A23
A33
A43

A24
A34
A44

C321
33p

C322
33p

A14
A21
A12
A22

GNDV

VHS_O
VVS_O

C301
47U/16V

X301

24.576MHZ

R320 0-NC

C327 0.047U

R346 0-NC
C328 0.047U

R322 0-NC
R323 0-NC

R324 0-NC
C329 0.047U

R325 0-NC
R326 0-NC

R327 0-NC
C340 0.047U

R338 0-NC

+

C302

0.1U

A12
A13

A21
A22
A23

A33

A43

XCLKXCLK1

U301

3

IN
OUT
ADJ

LT1117 - 3 . 3V

A3

XTAL

B4

XTALI

N4

CE

N9

SCL

P10

SDA

C6

TRSTN

J2

AI11

K1

AI12

K2

AI13

L3

AI14

K3

AI1D

G4

AI21

G3

AI22

H2

AI23

J3

AI24

H1

AI2D

E3

AI31

F2

AI32

F3

AI33

G1

AI34

F1

AI3D

B1

AI41

D2

AI42

D1

AI43

E1

AI44

D3

AI4D

B5

TDI

B6

TCK

D6

TMS

A7

XCLK

B7

XDQ

C7

XRH

D8

XRV

XRDY

B11

XTRI

N6

CLKEXT

P3

EXMCLR

2
1

4

A11 XCLK1

A14

A24

A34

A44

GNDV

VSSE1

D5D9D11

3V3B1

C5C9D12

VSSE2

R301

NC
C303

100U/16V

R302
0

VDDE1

VDDE2

VSSE3

VSSE4

G11L4L8

VDDE3

VSSE5

H12M4M8

VDDE4

VSSE6

+3.3V_SAA

VDDE5

VSSE7

L11D7D10

+

M11C8C10

F12

J12M5M9M3K4L1H4J1F4G2D4

VDDI1

VDDI2

VDDI3

VDDI4

VDDE6

VSSI1

VDDI5

VDDE7

VSSI2

VSSI3

VSSI4

VSSI5

VSSI6

F11

J11L5L9M2J4H3E4C1C2

GNDV

L302
HI0805N310

C304
100U/16V

L303
HI0805N310

C313
100U/16V

B3

VXDD

VDDI6

SAA7118

VSSA0

VSSA1

VSSA2

Power Plane : 3V3A1,3V3B1
Power Line : +3.3V_SAA
Ground Plane : GNDV

5

4

VDDA0

VDDA1

U302

VSSA3

VSSA4

3V3B1

C306

0.1U

C315

0.1U

C308

C307

0.1U

0.1U

C316

C317

0.1U

0.1U

P13

D13

C14

A13

B12

TEST0

TEST1

TEST2

TEST3

TEST4

XTOUT

TDO

INT_A

FSW

M13

ASCLK

AMCLK

A2A6A5

P9

N11

P11

R335
0-NC

C305

+

0.1U

3V3A1

C314

+

0.1U

GNDV

3V3A1

E2

VDDA2

VDDA3

VDDA4

VDDA1A

VDDA2A

VDDA3A

VDDA4A

AGND

AGNDA

VXSS

L2

A4

FBLK

R334

NC

3

C309

0.1U

C318

0.1U

A12

TEST5

AMXCLK

M12

ALRCLK

P12

C310

0.1U

C319

0.1U

R336

4.7K-NC

ICLK

IDQ

IGPH

IGPV

IGP0
IGP1

ITRDY

ITRI

IPD0
IPD1
IPD2
IPD3
IPD4
IPD5
IPD6
IPD7

HPD0
HPD1
HPD2
HPD3
HPD4
HPD5
HPD6
HPD7

XPD0
XPD1
XPD2
XPD3
XPD4
XPD5
XPD6
XPD7

ADP0
ADP1
ADP2
ADP3
ADP4
ADP5
ADP6
ADP7
ADP8

LLC

LLC2
AOUT
RTCO

RTS0
RTS1

RESON

3V3B1

C311

0.1U

C320

0.1U

R337
0-NC

C312

M14
L13
K12
K14
L14
K13
N12
L12

G14
G12
H11
H14
H13
J14
J13
K11

D14
E11
E13
E12
E14
F13
F14
G13

A8
B8
A9
B9
A10
B10
A11
C11

N8
P8
M7
L7
P7
N7
L6
M6
P6

P4
N5
M1
L10
M10
N10
P5

0.1U

RP301
33 *4

RP302
33 *4

VVS_O
VHS_O

753 1

753 1

RTS0
RTS1

2

VD0
VD1
VD2
VD3

86 42

VD4
VD5
VD6
VD7

8 642

AOUT

R339 0
R340 0

R333 0
R332 0

AOUT

THS

TVS

FBLK

R-TEXT

G-TEXT

B-TEXT

MSCL

MSDA

VHS

VVS

VLLC

AOUT P9

THS P9

TVS P9

FBLK P9

R-TEXT P9

G-TEXT P9

B-TEXT P9

MSCL P5,6,7,8,9

MSDA P5,6,7,8,9

VHS P2,6

VVS P2

VLLC P2

XCLK1P9

VD[0..7] P2

4:2:2

L305
FBM-L10-160808-300LMT

R328 75

R341
0-NC

R342
0-NC

Title

SCHEMATIC, CTRL/B VTV-L702,SLV87E

Size Document Number Rev

A3

Date: Sheet

THS
TVS

VVS
VHS

401AB0

GNDV

VLLCAV1_CLK1

C345
NC

3 9Friday, December 05, 2003

1

1C

of

D

5

LP601

B1BLU[0..7]P2

D

B1BLU7
B1BLU6
B1BLU5
B1BLU4

33 *4

81
7

2

6

3

54

3

2

8 1

7

6

5 4

B2BLU7
B2BLU6
B2BLU5
B2BLU4

CP601

33p *4

A1BLU[0..7]P2

4

LP603
33 *4

A1BLU7
A1BLU6
A1BLU5
A1BLU4

81
7

2

6

3

54

5 4

A2BLU7
A2BLU6
A2BLU5
A2BLU4

3

2

CP603

33p *4

8 1

7

6

3

LP605

B1RED[0..7]P2 A1RED[0..7]P2

B1RED7
B1RED6
B1RED5
B1RED4

33 *4

81

7

2

6

3

54

5 4

2

B2RED7
B2RED6
B2RED5
B2RED4

3

2

CP605

33p *4

8 1

7

6

A1RED7
A1RED6
A1RED5
A1RED4

1

LP607
33 *4

81
7

2

6

3

54

5 4

A2RED7
A2RED6
A2RED5
A2RED4

3

2

CP607

33p *4

8 1

7

6

D

81
7
6
54

4039
3837
36

FPVCC P2

SHFCLK P2
PVSYNC P2
PHSYNC P2
PDE P2

5 4

GNDP

GNDPGNDP

3

6

GNDP

PDE
PVSYNC

1

2

7

A2RED6
A2RED4
A2RED2

A2GRN6
A2GRN4
A2GRN2A2GRN3
A2GRN0

A2BLU6
A2BLU4
A2BLU2
A2BLU0

4 9Friday, December 05, 2003

8 1

A2RED3
A2RED2
A2RED1
A2RED0

CP608

33p *4

+

GNDP

of

PANEL VCC

C602

47U/16V

1C

LP602
33 *4

B1BLU3
B1BLU2

2

B1BLU1

3

B1BLU0

C C

LP609

B1GRN[0..7]P2

B B

A A

B1GRN7
B1GRN6
B1GRN5
B1GRN4

B1GRN3
B1GRN2
B1GRN1
B1GRN0

33 *4

2
3

LP610
33 *4

2
3

5

GNDP

5 4

5 4

3

6

GNDP

GNDP

GNDP

B2BLU3
B2BLU2
B2BLU1
B2BLU0

2

CP602

33p *4

8 1

7

B2GRN7
B2GRN6
B2GRN5
B2GRN4

3

2

CP609

33p *4

8 1

7

6

B2GRN3
B2GRN2
B2GRN1
B2GRN0

3

2

CP610

33p *4

8 1

7

6

FPVCC 0 ON
1 OFF

FPVCC

PANELVCC

R602
10K

L603

L11-321611-800

A1GRN[0..7]P2

option for Pane l

<+5V> <+3.3V>

B
E

GNDP

4

L601

L11-321611-800

Q601

PMBT3904

B

SOT

23

E

+5V

81
7
6
54

5 4

81
7
6
54

81
7
6
54

LP604
33 *4

A1BLU3
A1BLU2

2

A1BLU1

3

A1BLU0

A1GRN7
A1GRN6
A1GRN5
A1GRN4

A1GRN3
A1GRN2
A1GRN1
A1GRN0

L602
NC

R601
47K

C

C

U601
SI9933

45

G2D2

36

S2D2

27

G1D1

18

S1D1

MAGEPOWER SOIC-8

2
3

2
3

81
7
6
54

LP611
33 *4

LP612
33 *4

+3.3V

GNDP

A2BLU3
A2BLU2
A2BLU1
A2BLU0

3

2

CP604

33p *4

8 1

7

6

5 4

GNDP

3

6

GNDP

3

6

A2GRN7
A2GRN6
A2GRN5
A2GRN4

2

CP611

33p *4

8 1

7

A2GRN3
A2GRN2
A2GRN1
A2GRN0

2

CP612

33p *4

8 1

7

81
7
6
54

5 4

81
7
6
54

5 4

B2RED7
B2RED5
B2RED3
B2RED1

B2GRN7
B2GRN5
B2GRN3
B2GRN1

B2BLU7
B2BLU5
B2BLU3
B2BLU1

B1RED3
B1RED2
B1RED1
B1RED0

LP606
33 *4

81

7

2

6

3

54

CN602

29 30

29 30

27 28

27 28

25 26

25 26

23 24

23 24

21 22

21 22

19 20

19 20

17 18

17 18

15 16

15 16

13 14

13 14

11 12

11 12

9 10

91 0

7 8

78

5 6

56

3 4

34

1 2

12

GNDP GNDP

15*2 SMD

LCD Panel Connector

125MDD-30DT 15*2Pin 1.25mm

3

6

5 4

GNDP

B2RED6
B2RED4
B2RED2
B2RED0

B2GRN6
B2GRN4
B2GRN2
B2GRN0

B2BLU6
B2BLU4
B2BLU2
B2BLU0

B2RED3
B2RED2
B2RED1
B2RED0

2

CP606

33p *4

8 1

7

PHSYNC

PANEL VCC

GNDP

SHFCLK

A2RED7
A2RED5
A2RED3

C601

+

A2RED1 A2RED0

47U/16V

A2GRN7
A2GRN5

A2GRN1
A2BLU7

A2BLU5
A2BLU3
A2BLU1

GNDP

LP608
33 *4

A1RED3
A1RED2

2

A1RED1

3

A1RED0

CN601

35

35

33 34

33 34

31 32

31 32

29 30

29 30

27 28

27 28

25 26

25 26

23 24

23 24

21 22

21 22

19 20

19 20

17 18

17 18

15 16

15 16

13 14

13 14

11 12

11 12

9 10

91 0

7 8

78

5 6

56

3 4

34

1 2

12

20*2 SMD

LCD Panel Connector

125MDD-40DT 20*2Pin 1.25mm

FPVCC

SHFCLK
PVSYNC
PHSYNC
PDE

4039
3837
36

Power Line : PANELVCC

GNDP

Title

Size Document Number Rev

3

2

Date: Sheet

Ground Plane : GNDP

SCHEMATIC, CTRL/B VTV-L702,SLV87E

A3

401AB0

5

R553

10K

+5V

(SOURCE )

(POWER)
(OSD)
(UP)
(DOWN)
(+)
(-)

C550

0.1U

EA/VP

UCLK

UCLK2

RST

/INT0
IR_DAT

MUTE_S
OSD_S0

OSD_S7
OSD_S6
OSD_S5
OSD_S4
OSD_S3
OSD_S2

C551
27p-NC

R550
1M-NC

RST

C552
27p-NC

+5V

+

MSDAP3,6,7,8,9

PAN_BRIP2,6

D D

C C

UCLK
X550

14.318MHz-NC
UCLK2

+5V

C553
10U/16V

R551
1K

PAN_BRI

R552
10K

MSCL
MSDA

MSCL /WR
MSDA

Keypad interface

C557

CN550
KEY BD

1

B B

2
3
4
5
6
7
8

C556
.01U

.01U

C558
.01U

C559
.01U

C560
.01U

C561
.01U

C562
.01U

Remote control interface

+5V

IR_DAT

MPU_G

MPU_Y

C564

NC

R554 510
R555 510

C565

NC

1
2
3
4
5

CN552
IR BD

A A

C567

5

C566

.01U

NC

PWR_G
PWR_Y

35
21

20

10

14
15
16
17

12

R558

4.7K

R559

4.7K

4

+5V

U550
SM59264

RP550
47K *4

75 3 1

B
E

B
E

MPU

GND VCC

22 44

OSD_S7
OSD_S6
OSD_S5
OSD_S4
OSD_S3
OSD_S2
OSD_S0

753 1

RP551
47K *4

Q551
PMBT3904

B

SOT

23

E

Q552
PMBT3904

B

SOT

23

E

8 642

C

C

P0.0
P0.1
P0.2
P0.3
P0.4
P0.5
P0.6
P0.7

P2.0
P2.1
P2.2
P2.3
P2.4
P2.5
P2.6
P2.7

WR
PSEN
ALE/P

TXD

RXD

C

C

RD

NC
NC

864 2

EA/VP
X1

X2

RESET

INT0
INT1
T0
T1

2

P1.0

3

P1.1

4

P1.2

5

P1.3

6

P1.4

7

P1.5

8

P1.6

9

P1.7

1

NC
NC

4

AD0

43

AD1

42

AD2

41

AD3

40

AD4

39
38
37
36

24
25
26
27
28
29
30
31

19
18
32
33
13
11

23
34

PWR_G

PWR_Y

+5V

+5V

R561

AD5
AD6

10K

AD7
MPU_Y

MPU_G
DSUB_DET D_DET

MCU_BRI PAN_BRI
/RD

/WR
ALE

TXD
RXD

+5V

R556

510

+5V

R557

510

R562 0

R567 1K-NC

C554

R560
10K

100p

+5V

3

+5V

C555

0.1U

1 8

A0 VCC

2 7

A1 WP

3 6

A2 SCL

4 5

GND SDA

U551
24C16

Debug port

+5V

RXD
TXD

3

CN551
NC

1
2
3
4

Debug port
Pitch 2.54mm

+5V

MSCL
MSDA

Debug port (IIC)

+5V

MSCL

MSDA

UCLK2

2

AD0
AD1

AD2
AD3
AD4
AD5
AD6
AD7

R568 0-NC

CN553
NC

1
2
3
4

IIC Debug
Pitch 2.54mm

2

1

AD[0..7] P2

MUTE_S

D_DET

RST

ALE

/INT0

/RD

UCLK

Title

Size Document Number Rev

B

Date: Sheet

MUTE_S P7

D_DET P8

RST P2

ALE P2

/INT0 P2

/WR P2MSCLP3,6,7,8,9

/RD P2

UCLK P2

OSC1P2

L552
HI0805N310

GNDPGNDM
L551
HI0805N310

GND_AO

Power Plane : +5V
Ground Plane : GND

SCHEMATIC, CTRL/B VTV-L702,SLV87E

401AB0

5 9Friday, December 05, 2003

1

of

1C

5

4

3

2

1

TUNER OUT Connector

CN655

CONN DSUB 25-R

0-NC

+3.3V

MSDA
MSCL

AU1_L
AU1_R
AU2_L
AU2_R
TV_LOUT
TV_ROUT
+9V_ADO
+5V
VHS

GND_AI

D D

+5V +12V1

L654

F32B-332

CN654
POWER BD-13P
Pitch 2.0mm

C C

1
2
3
4
5
6
7
8

9
10
11
12
13

GND_AI

+5V

L653

B B

L11-321611- 800

C650

47U/16V

+

PAN_ON
PAN_BRI

PC_RIN
PC_LIN

C652

0.1U

L655
F32D-471

U650
LT1084-3.3V

4

POWER SAVE CONTROL +12V

+12V1

IN
OUT
ADJ

PW_TV

PW_TV

1 ON

3
2
1

R653 10K

+12V

R650

NC

R651
0

B
E

+3.3V1

+

C651
100U/16V

Q650
PMBT3904

B

SOT

23

E

U651
SI9933

C

C

C654
.01U

R652
47K

45

G2D2

36

S2D2

27

G1D1

18

S1D1

L659

L11-321611- 800

C653

0.1U

R654

1

1

2

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

10

10

11

11

12

12

13

13

CN650
VIDEO-11P

1
2
3
4
5
6
7
8

9
10
11

14

14

15

15

16

16

17

17

18

18

19

19

20

20

21

21

22

22

23

23

24

24

25

25

AV-CVBS1

AV_CHR
AV_LUM
TV_CVBS

GNDV

GNDV

GNDV

GND_AI

Cr
Y
Cb

Cr
Y

Cb

AV-CVBS1

AV_CHR
AV_LUM

R657 0

R655 39 / 2W-NC
R656 39 / 2W-NC

TV_CVBS

+12V+12VT

VHS

+9V_ADO

AU1_L

AU1_R

AU2_L

AU2_R

PC_RIN

PC_LIN

TV_LOUT

TV_ROUT

MSDA

MSCL

PAN_ON

PW_TV

PAN_BRI

VHS P2,3

+9V_ADOP7

AU1_L

P7

AU1_R P7

AU2_L

P7

AU2_R P7

PC_RIN

P7

PC_LIN

P7

TV_LOUT

P7

TV_ROUT

P7

MSDA P3,5,7,8,9

MSCL P3,5,7,8,9

PAN_ON P2

PW_TV P2,3

PAN_BRI P2,5

+5V

VCC

VDD

A A

G84D

G84P GND_AIGNDPGNDA1 GNDV

5

GNDA2G84A GND_AOGNDM

*Short these ground p lanes on PCB

Ground Line : GNDAM,GNDTV

GNDV

Title

SCHEMATIC, CTRL/B VTV-L702,SLV87E

Size Document Number Rev

B

4

3

2

Date: Sheet

401AB0

6 9Friday, December 05, 2003

1

of

1C

5

GND_AI

R402

R401

2.2K

D D

AU1_RP6

AU1_LP6

AU1_L

2.2K

+

C401 2.2U

+

C402 2.2U

R403 2.4K

R404 2.4K

GND_AI

R419

R420

2.2K

2.2K

+

AU2_RP6

C C

AU2_LP6

AU2_R

AU2_L

C436 2.2U

C437 2.2U

+

R422 2.4K

R423 2.4K

GND_AI

R429

R430

2.2K

2.2K

+

GND_AI

C403 2.2U

C404 2.2U

C431 2.2U

C432 2.2U

R416

2.2K

TV_ROUTP6

TV_LOUTP6

B B

PC_RINP6
PC_LINP6

TV_ROUT

TV_LOUT

PC_RIN
PC_LIN

R415

2.2K

GND_AI

+

+
+

R405 2.4K

R406 2.4K

R414 2.4K

R421 2.4K

AVSV_RAU1_R

AVSV_L

AV2_R

AV2_L

TV_R

TV_L

+9V_ADO

PC_R
PC_L

4

L401
HI0805N310

TV_R
TV_L

AVSV_R
AVSV_L

AV2_R
AV2_L

PC_R
PC_L

MSDA
MSCL

C405

0.1U

GND_AI GND_AI

U401
PT2314

11
16

10
15

9

14

8

13

25
26
27

1
2

C438 4.7U/50V

C439 4.7U/50V

L404
L11-321611- 800

C433

47U/16V

RIN1
LIN1

RIN2
LIN2

RIN3
LIN3

RIN4
LIN4

DGND
DATA
CLK

VDD_A
AGND

+

+

+

C434

0.1U

OUT_R

OUT_L

LOUT

ROUT
BIN_R

BOUT_R

BIN_L

BOUT_L
TREB_L

TREB_R

LOUD_R

LOUD_L

REF

RIN

3

RFOUT1

23

LFOUT1

24
17

LIN

18
5

6

21
22

19
20

3
4
7
12

28

+

C406 2.2U

+

C407 2.2U

C410 2700p
C411 2700p
C412 0.1U
C413 0.1U

+

C416
47U/16V

RO1LFOUT1

R425
33K 1%

GND_AI
R407

5.6K

C408

C409

0.1U

0.1U

C414

C415

0.1U

0.1U

R408

5.6K

GND_AI

GND_AI

LFOUT

R427

1.69k 1%.1.87k 1% for Hitachi

GND_AO

GND_AI

LO1RFOUT1

R426
33K 1%

RFOUT

R428

1.69k 1%.1.87k for Hitachi

GND_AI

MUTE_S

100U/16V

LFOUT
RFOUT

C424

47U/16V

C420

+

2

C417

1000U/16V

C419

10U/16V

GND_AO

R409
10K

R410
120 1%

+

C421 10U/16V

C422 10U/16V

+

R411

C423

120 1%

100U/16V

GND_AO

+

+
+

GND_AO

1

L402 NC

L403 L11-321611- 800

+9V_ADO

+12V

AU_VCC

STBY

NF1
IN1
IN2
NF2

FILTER
PGND
GND1

GND2

4

Vcc

R424

3.3/3W fuse for Hitachi

U403

BA5417

1

NC

2

BS2

3

OUT2

5

OUT1

6

BS1

100U/16V

LFSPEAK

C425
100U/16V

+

+

C429

C426
470U/10V

R412

C428
470U/10V

+

R413

2.2

+

RFSPEAK

C427

0.15U

2.2
GND_AO

LFSPEAK

C430

0.15U

GND_AO

CN401

1
2

C418

+

0.1U

8

10
11
12
13

9
7

14
15

L-SPEAK-2P

RFSPEAK

CN402

1
2
3

R-SPEAK-3P

GND_AO

+9V_ADO+12V

+9V_ADO

MSDA

MSCL

MUTE_S

+9V_ADOP6

MSDA P3,5,6,8,9

MSCL P3,5,6,8,9

MUTE_S P5

4

U402

OUT
ADJ

LT1117
SOT_223

3

IN

2

R417
110

+

C435
47U/16V

1

R418

680

GND_AO

A A

PC_RIN

PC_LIN

ZD407 5.1V-NC

ZD408 5.1V-NC

ZD401 5.1V-NC

ZD402 5.1V-NC

Power Line : +9V_ADO,+9V_AUI,+9V_AUO
Ground Plane : GND_AI,GND_AO

Title

GND_AI

5

4

3

2

SCHEMATIC, CTRL/B VTV-L702,SLV87E

Size Document Number Rev

B

Date: Sheet

401AB0

7 9Friday, December 05, 2003

1

of

1C

5

+5V

L101
HI0805N310

C101

+

47U/16V

C102

0.1U

D

U101
LT1117-3.3V

3

IN

4

2

OUT

1

ADJ

AD9883 PLL

G84P

R101

NC

R102

0

+

C103
47U/16V

L102
HI0805N310

+3.3V_AP

+3.3V

G84D

C152

0.1U

4

L105
HI0805N310

+3.3V_VD

+3.3V_AP

C125

0.082U

C126
8200p

R123 2.2K

C128

C127

1000p

0.1U

G84P

3

R124 300
R125 300

CLAMP_VGA

C129
1000p

C130

0.1U

G84D

R126 0

R127
NC

VS_VGA
HS_VGA

2

RP101

DV0
DV1
DV2
DV3

DV4
DV5
DV6
DV7

100 *4

753 1

RP102
100 *4

75 3 1

AR0
AR1
AR2
AR3

864 2

AR4
AR5
AR6
AR7

86 42

1

AR[0..7] P2

D

+5V

L103
HI0805N310

C104

+

47U/16V

CLAMP_VGAP2

C C

SCL_AP2

B B

A A

SOGOUT

VS2P2

SDA_AP2

HSOUT

EXVCLK

VSOUT

D_DET

VS2

VS_VGA

HS_VGA

C105

0.1U

CLAMP_VGA

MSDAP3,5,6,7,9
MSCLP3,5,6,7,9

VS2

SCL_A

SDA_A

P2

P2

P2

P2

P5

U105D

74F14

4

AD9883 AD

MSDA
MSCL

HSOUT

EXVCLK

SOGOUT

VSOUT

D_DET

U105A

12

74F14

U105B

34

74F14

98

U105F

1312

74F14

5

U102
LT1117 - 3.3 V

IN
OUT
ADJ

R131 NC

3
2
1

+5V

U105C

74F14

U105E

74F14

BLUE

GREEN

RED

DATACLK

C107

0.1U

L104
HI0805N310

R103
NC

R104
0

G84A

R105 0

R106 0

R107 0

L110
FBM-L10-160808-300LMT

R128
75 C124

56

SCL_A

1110

C108
NC

DET.D_DET

C106

+

47U/16V

R115
R117 75
R118 75

C109
NC

G84A

G84A

SDA_A

+3.3V_AD

C137

0.1U

C141

0.1U

G84A

C144

0.1U

75-NC

G84A

C138
1000p

C142
1000p

MSCL
MSDA

C146

G84A

+5V_DDC

R111

10K

SCL

VSYNC

R119 75-NC
R129 75

4

0.047U

R108 75
R109 75

22p

R113

10K

HSYNC

C136

+5V

C139

0.047U

C140
1000p

C143

0.047U

C145

0.1U

EXVCLK

R112

10K

G84D

30293231333635

COAST

HSYNC

Red.4

Red.5

DV4

DV5

+3.3V_VD

Red.3

DV3

282227

GND

Red.2

DV2

C133
1000p

VD

Red.0

Red.1

77767574737271

DV0

DV1

C149
1000p

R120 75 1%

242625

GNDVDGND

VDD

VDD

80

79

78

G84D

R121

R122 75 1%

VDD

VDD

GND

Blue.0
Blue.1
Blue.2
Blue.3
Blue.4
Blue.5
Blue.6
Blue.7

VDD

GND

Green.0
Green.1
Green.2
Green.3
Green.4
Green.5
Green.6
Green.7

GND

GND

C150

0.1U

75 1%

C134

0.1U
+3.3V_VD

214323

GND

+3.3V_VD

+5V

U106
AD9883-140M

20
19

18
17
16
15
14
13
12

11
10

9
8
7
6
5
4
3
2

1

D102
EC10QS04

D101
EC10QS04

47U/16V

GREENG
RED

C131

C132

0.1U

0.1U

G84A

+3.3V_AD

+3.3V_AD

41

R130

NC

DET.

42

44
45
46
47

48
49

50
51
52
53

54
55

56
57

59
60

+3.3V_AD

15
10
14

9

13

8

12

7
6

C135

0.1U

G84A

+5V_DDC+5V

+5V

R114

10K

SDA

40

GND

GND

VD
BAIN
GND

VD
VD
GND

GAIN
SONGIN

GND
VD
VD
GND

RAIN
A0

SCL
SDA
Ref Bypass

VD
GND

GND

61

G84A

VGA In
CN101
DB15-3_FEMALE

5
4
3
2
111

16

17

G84AG84A

393738

VD

34

PVD

PVD

FILT

GND

CLAMP

MIDSCV

GND

VSYNC

AD9883

VDD

VSOUT

GND

VD

63

62

C147

0.1U

C120
NC

GND

SOGOUT

DATACK

HSOUT

64

655867

66

VSOUT

SOGOUT

DATACLK

HSOUT

B BLUE

R

C121
NC

Red.6

Red.7

69

68

70

DV7

DV6

C148

0.1U

G84D

L107 FBM-L10-160808-300LMT
L108 FBM-L10-160808-300LMT
L109 FBM-L10-160808-300LMT

C122
NC

G84A

3

DV16
DV17
DV18
DV19
DV20
DV21
DV22
DV23

DV8
DV9
DV10
DV11
DV12
DV13
DV14
DV15

C123

+

G84D

+3.3V_VD

C151

0.1U

+5V_DDC

0.1U

2

DV8
DV9
DV10
DV11

DV12
DV13
DV14
DV15

DV16
DV17
DV18
DV19

DV20
DV21
DV22
DV23

U107

1 8

A0 VCC

2 7

A1 WP

3 6

A2 SCL

4 5

GND SDA
24C21A

DDC EDID Data

RP103
100 *4

753 1

RP104
100 *4

753 1

RP105
100 *4

753 1

RP106
100 *4

75 3 1

Title

Size Document Number Rev

A3

Date: Sheet

AG0
AG1
AG2
AG3

8642

AG4
AG5
AG6
AG7

864 2

AB0
AB1
AB2
AB3

864 2

AB4
AB5
AB6
AB7

86 42

1

G84A G84A G84

VS1 VS2

R116
SCL
SDA

SCHEMATIC, CTRL/B VTV-L702,SLV87E

AG[0..7] P2

AB[0..7] P2

R

3

D103

BAV99

2

+5V +5V+5V

0

1

SCL
SDA
VSYNC
HSYNC
DET.

401AB0

1

G

3

D104

BAV99

2

ZD101 5.1V
ZD102 5.1V
ZD103 5.1V
ZD104 5.1V
ZD105 5.1V-NC

8 9Friday, December 05, 2003

B

3

D105

BAV99

2

1

A

G84A

of

1C

5

4

3

2

1

+5V +3.3V_VDA

L450
HI0805N310

3

OUT
ADJ

U450
LT1117-3.3V

R454
10K

GDA

TSCL

TSDA

IN

2
1

R455
10K

R473 100
R474 100

R456
0

+

C450

D D

C

+5V

47U/16V

L453 HI0805N310

C457 47U/16V-NC

+

C451

0.1U

4

+5V_T

C459 0.1U

1 8

A0 VCC

2 7

A1 WP

3 6

A2 SCL

4 5

GND SDA

U451

AOUT

24C16

C460 0.1U

B

GDA

A

L455

HI0805N310-NC

GDCGDA

5

R450

NC

R451

0

GDC

GDA

C461

0.1U

GDAGDA GDA

L451

HI0805N310

L452

HI0805N310

+

C452

47U/16V

C455

47U/16V

+3.3V_VDC

GDC

1

P2.0/PWM

2

P2.0/PWM0

3

P2.2/PWM1

4

P2.3/PWM2

5

P2.4/PWM3

6

P2.5/PWM4

7

P2.6/PWM5

8

P2.7/PWM6

9

P3.0/ADC0

10

P3.1/ADC1

11

P3.2/ADC2

12

P3.3/ADC3

13

VSSC

14

SCL(NVRAM)

15

SDA(NVRAM)

16

P0.2

17

P0.3

18

P0.4

19

P0.5

20

P0.6

21

P0.7

22

VSSA

23

CVBS0

24

CVBS1

25

SYNC_FILTER

26 27

IREF FRAME

U452

R457

SAA5264

24K

4

VDDP

RESET

XTALOUT

XTALIN

OSCGND

VDDC

VSSP

VSYNC

HSYNC

VDDA

P3.4/PWM7

COR

TEST

+

P1.5
P1.4
SDA

SCL
P1.3
P1.2
P1.1
P1.0

VDS

AOUT

THS

TVS

FBLK

C456

0.1U

C453

47U/16V

+

C454

0.1U

+3.3V_VDA

B-TEXT

GDA

52

RES.

51
50
49

R470 0
R471 0

MSDA

MSCL

R472

10K

C464

+

10U/16V

D451
1N4148-NC

G-TEXT

R-TEXT

MSDA

MSCL

48
47
46

GDA

XCLK1

AOUT P3

THS P3

TVS P3

FBLK

B-TEXT

G-TEXT

R-TEXT

P3

P3

P3

P3

MSDA P3,5,6,7,8

MSCL P3,5,6,7,8

XCLK1 P3

45
44
43

+3.3V_VDA

RES.

R469 0

VDSFBLK

42
41

C462
22p

X450
12MHz

C463
22p

40
39

+3.3V_VDC

38

R476
150

TVS
THS
VDS

R477
150

GDA
R-TEXT
G-TEXT
B-TEXT

37
36
35
34

R

33

G

32

B

31
30

GDA

+3.3V_VDA

R464 0
R463 0
R462 0
R461 0
R460 0
R459 0

R475
150

U453

1

R'D0

2

D0

3

CP0

4

S'D0

5

Q0

6

Q'0

7

GND

VCC

R'D1

CP1

S'D1

Q1

Q'1

D1

74F74/NC

+5V

14
13
12
11
10
9
8

R466 NC
R465 NC

VDS
XCLK1

FBLK

29
28

GDAGDAGDA

GDA

R458
0-NC

GDA

3

Title

SCHEMATIC, CTRL/B VTV-L702,SLV87E

Size Document Number Rev

A4

Date: Sheet

2

401AB0

of

9 9Friday, December 05, 2003

1

1C

C

B

A

5

D D

4

3

2

1

OSD_S0 OSD_S2

S201
KSM0632B

C C

OSD_S3

S202
KSM0632B

OSD_S4 OSD_S6

S203
KSM0632B

OSD_S5

S204
KSM0632B

S205
KSM0632B

OSD_S7

S206
KSM0632B

S207
KSM0632B

Plu sMin us OSDFunction PowerChannelSource

B B

CN202
VT4501-08

1
2
3
4
5
6
7
8

OSD_S7
OSD_S6
OSD_S5
OSD_S4
OSD_S3
OSD_S2
OSD_S0

A A

Title

SCHEMATIC, KEY/B VTV-K701,SLV87E

Size Document Number Rev

A

5

4

3

Date: Sheet

2

404AB0

of

2 2Tuesday, June 17, 2003

1

1A

5

D D

3
2
1

C202

2.2U/16V

C C

+

U201
RIM-B38

+5V

4

R202
100

IR_DAT

R201
47K

C201
1000P

3

2

123

D201
LYG2093 YEL/GRN

1

PWR_GPWR_Y

IR Receiver

CN201
VA4301-05

B B

A A

1
2
3
4
5

PWR_G
PWR_Y

IR_DAT

+5V

Title

SCHEMATIC, IRKEY/B VTV-R701,SLV87E

Size Document Number Rev

A

5

4

3

Date: Sheet

2

404AB1 1A

of

2 2Tuesday, June 17, 2003

1

5

ANT1
ANTENNA

D D

SLAVE ADDRESS = C0

TV_AVO UT TV_CVBS

S_CHR AV_CHR

C C

S_LUM

AV_CVBS

COMP_Y Y

COMP_Cb

COMP_Cr

B B

TUNER IN Connector

MSDA

MSCL

AU1_L

AU1_R

AU2_L

AU2_R

TV_LOUT

TV_ROUT

A A

+9V_ADO

+5V

VHS_IN

Tuner

T801

ANT

19 2

ANT VT

15

GND

16

GND

17

GND

18

GND

GNDTi

TUNER FQ1216

L808
FBM-L10-300

L809
FBM-L10-300

L810
FBM-L10-300

L811
FBM-L10-300

L812
FBM-L10-300

L813
FBM-L10-300

L814
FBM-L10-300

CN801

CONN DSUB 25-R

1

1

2

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

10

10

11

11

12

12

13

13

1

AGC

VS

SCL

SDA

AS

NC
NC
2IF

CVBS

VIF

AF

14

14

15

15

16

16

17

17

18

18

19

19

20

20

21

21

22

22

23

23

24

24

25

25

5

+5V_VS

3

MSCL

4

MSDA

5
6

9
10
11
12
13
14

C808

0.022U-NC

GNDAM GNDTi GNDAM

AV_LUM

AV_CVBS1

AV_CVBS1

AV_CHR

AV_LUM

+12VT

TV_CVBS

2IF
CVBS
+5V_VIF
MPX

C806

0.1U

Cb

Cr

Cr

Y

Cb

GNDTi

R801

+12VT

RCA

75

-NC

C802

0.1U

GNDTi

R802
0

C805
NC

GNDTi

NC

R805

R820

10 / 3W

R803

10 / 3W

47U/16V

MPX

MTS_L

MTS_R

COMP_Y COMP_Cb COMP_Cr AV_CVBS AU1_L AU1_R AU2_L AU2_R S_CHR S_LUM

CN804
RCA

R809 0-NC

R810 0-NC

R812 0

R813 0

C811

CN805
RCA

+

GNDTi

C807
47P-NC

GNDTi

+9V_ADO

R814
NC

+

4

C801
47U/16V

TV_AVOUT

U801

LT1 117-5V

+12VA

TV_LOUT

TV_ROUT

CN806
RCA

4

C812

0.1U

ADJ

1

CN807
RCA

3

+5VTuner

L801
BLM21P300S

R847 for hitachi

GNDAM

GNDAM

+5VTuner

3

D803
BAV99

2

CN810
RCA

0

C826

R846

0.01U

NC

R848 for hitachi

0

R849

NC

C804

+

47U/16V

3

1

3

GNDAM

C830

0.01U

D804
BAV99

2

GNDAM

C833

0.1U

L802
BLM21P300S

C803

+

47U/16V

GNDTi

4

OUT

IN

3

2

R804
NC

R806

0

3

D801
BAV99

2

1

+5V +5V+5V +5V +5V +5V

CN808
RCA

MTS_L

MTS_R

+5V

R808
NC

C813

0.1U

COMP_Cb COMP_CrCOMP_Y AV_CVBS S_CHR S_LUM

3

D802
BAV99

2

1

CN809
RCA

1

C823

47U/16V

DG

C845
NC

3

1

4 3

6 5

D805
BAV99

2

CN802
S-VIDEO

3

1

+

4443424140393837363534

1

OUTL

2

OUTR

3

VDDA1

4

VSSA1

5

VSSD1

6

VDDD1

7

VSSD2

8

NC1

9

TP2

10

NICAM

11

TP1

1213141516171819202122

24.576MHz
X801

C846
NC

GNDAMDGGNDAM

D806
BAV99

2

12

2

C817

NC

33

P2

P1

OUTM

VSSA4

U803

TDA9874AH

PCLK

ADDR1

XTALO

VREF2

XTALI

R833

8K2

EXTIL

EXTIR

TP3

TEST2

DG DG

SCK

VSSD3

VDDD3

32

SYSCLK

MONOIN

WS

31

SDO

30

SDAT

29

SCLK

28

VDDA3

27

VSSA3

26

CRST

25

SIF1

24

VREF1

23

SIF2

IREF

ADDR2

VSSA2

VDEC

TEST1

C840

0.47U

GNDAM GNDAM GNDAM GNDAM

SLAVE ADDRESS = 0XB0,0XB1

AU1_L

AU1_R

AU2_L

AU2_R

AU1_L

AU1_R

AU2_L

AU2_R

SC803

Screw Pad
SC801

Screw Pad
SC802

Screw Pad

0

0

0

L815 FBM-L10-300

L816 FBM-L10-300

L817 FBM-L10-300

L818 FBM-L10-300

ZD801 5.1V-NC

ZD803 5.1V-NC

ZD805 5.1V-NC

ZD807 5.1V-NCCN803

Title

Size Document Number Rev
B

2

Date: Sheet

SCHEMATIC, TUNER/B VTV-N7910,SLV87E

C821

0.1U

DG DG

C827

0.1U

C835
1U

DG

C814 1000p

C815 1000p

C816 1000p

C818 1000p

ZD802 5.1V-NC

ZD804 5.1V-NC

ZD806 5.1V-NC

ZD808 5.1V-NC

1

R815 10

R821 10

R824 10

R825 10

C828

0.1U

C831
47pF

C832
NC

C837

R831

0.1U

NC

405A99 1D

BLM21P300S

+

+

GNDAMGNDAMGNDAM

R827 22
R828 22

R829 0

R830 NC

R832
51

L804
BLM21P300S

BLM21P300S-NC

1

C822
47U/16V

BLM21P300S

C825
47U/16V

L821

L822

L807

3 3Tuesday, December 16, 2003

MSDA
MSCL

+5V

2IF

GNDAMDGGNDTi

of

L805

BLM21P300S

312

13

010

016

2pcs

304

036

4pcs

023

VTV-R701

355

015

6pcs

356

018

307

21

025

3

003

007

020

4pcs

013

4pcs

VTV-L701

351

0

354

014

303

023

031

2pcs

028

301

029

034

035

026

4

001

017

2pcs

024

310

305

021

03

THE UPDATED PARTS LIST

FOR THIS MODEL IS

AVAILABLE ON ESTA

Hitachi, Ltd. Tokyo, Japan

International Sales Division

THE HITACHI ATAGO BUILDING,

No. 15 –12 Nishi Shinbashi, 2 – Chome,

Minato – Ku, Tokyo 105-8430, Japan.

Tel: [phone]

HITACHI EUROPE LTD,

Whitebrook Park
Lower Cookham Road
Maidenhead
Berkshire
SL6 8YA

UNITED KINGDOM

Tel: [phone]
Fax: [phone]
Email: [e-mail]

HITACHI EUROPE GmbH

Munich Office
Dornacher Strasse 3
D-85622 Feldkirchen bei München

GERMANY

Tel: [phone]
Fax: [phone]
Hotline: [phone] (12ct/min)
Email: [e-mail]

HITACHI EUROPE srl

Via Tommaso Gulli N.39, 20147
Milano, Italia

ITALY

Tel: [phone]
Tel: [phone] Servizio Clienti
Fax: [phone]

Email: [e-mail]

HITACHI EUROPE S.A.S

Lyon Office
B.P. 45, 69671 BRON CEDEX
FRANCE
Tel: [phone]
Fax: [phone]
Email: [e-mail]

HITACH EUROPE AB

Egebækgård
Egebækvej 98
DK-2850 Nærum

DENMARK

Tel: [phone]
Fax: [phone]
Email: [e-mail]

Hitachi Europe Ltd

Bergensesteenweg 421
1600 Sint-Pieters-Leeuw

BELGIUM

Tel: [phone]
Fax: [phone]
Email: [e-mail]

www.hitachidigitalmedia.com

HITACHI EUROPE S.A.

364 Kifissias Ave. & 1, Delfon Str.
152 33 Chalandri
Athens

GREECE

Tel: [phone]
Fax: [phone]
Email: [e-mail]

HITACHI EUROPE S.A.

Gran Via Carlos III, 86, planta 5
Edificios Trade - Torre Este
08028 Barcelona

SPAIN

Tel: [phone]
Fax: [phone]
Email: [e-mail]

HITACHI Europe AB
Box 77 S-164 94 Kista

SWEDEN

Tel: [phone]
Fax: [phone]
Email: [e-mail]

HITACHI EUROPE LTD (Norway) AB
STRANDVEIEN 18
1366 Lysaker
NORWAY
Tel: [phone]
Fax: [phone]
Email: [e-mail]

HITACHI EUROPE AB

Neopoli / Niemenkatu 73
FIN-15140 Lahti

FINLAND

Tel : [phone]
Fax: [phone]
Email: [e-mail]

HITACHI EUROPE LTD

Na Sychrove 975/8
101 27 Pr aha 10 – Bohdalec

CZECH REPUBLIC

Tel: [phone]
Fax: [phone]
Email: [e-mail]