Viewsonic N1700W-1 Service Manual

Service Manual

ViewSonic N1700W

WIDE LCD MONITOR

ViewSonic



381 Brea Canyon Road, Walnut, California 91789 USA - [phone]

TABLE OF CONTENTS

1. Feature 1

2. Brand new Specification 8

3. Compatibility 10

4. Block Diagram 14

5. PCBAs Connector Pin Assignment 23

6. IC Descriptions 30

7. Wave Form 36

8. Trouble Shooting Guide 45

9. Replacement Part List 48

10. Complete PCBAs Part List 56

11. Disassembly Procedure 70

12. Alignment Procedure 75

13. EDID Programming Procedure 79

14. Testing Procedure 83

15. OSD Firmware Procedure 86

16. Exploded Overview 87

17. Schematic Diagram 88

18. Appendix 90

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FCC Statement

This equipment has been tested and found to comply with limits of class B digital device, pursuant to part 15 of

the FCC rules. These limitations are designed to provide reasonable protection against harmful interference in a

residential installation. This equipment generates, uses and can radiate radio frequency energy, and for if not

installed and used in accordance with the instructions, may cause harmful interference to radio communication.

However, there is no guarantee that the interference will not occur in a particular installation. If this equipment

does cause unacceptable interference to radio or TV reception, which can be determined by turning the

equipment off and on the user is encouraged to try to correct the interference by one or more of following

measures:

1. Reorient or relocate the receiving antenna

2. Increase the separation between equipment and receiver

3. Connect the into an outlet on circuit different from that to which the receiver is connected

4. Consult the dealer or an experience radio/TV technician for help

FCC Warning

To assure continued FCC compliance, the user must has a ground power supply cord and provide shielded video

interface cable with bonded ferrite cores. Also, unauthorized changes or modifications to VisionBank products will

void the user’s authority to operate this device

Thus VisionBank will not be held responsible for the product and its safety

CE Certification

Caution
Use a power cable that is properly grounded. always use the AC Cords listed below for each area:

USA……………………….. (UL)

Canada…………………… (CSA)

Germany…………………. (VDE)

In other areas, use AV cord which meets the local safety standards

This device complies with the requirements of the ECC directive 89/3366

EEC with regard to “Electromagnetic compatibility.”

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1. Feature

N1700w is a 16:9 HDTV ready LCD Monitor and optimized for Data and in Video modes. In addition, all

Audio and Video inputs will be consolidate via a VXP connector. All design aspects of the N1700w is

compatible with optional ‘expansion’ boxes that connect to the “VXP” connector, which include:

a. VXP 10: External Box that allows RCA composite, SVHS, and Y P

b. VXP 25: External Box that gives VXP 10 Functionality + Analog TV Tuner.(Except SVHS)

Connections

b Pr

(a.)

(b.)

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2. Brand New Specification

2.1 Display Specification

Characteristic Description

LCD Panel Size Fujitsu FLC43XWC6V-02T

LCD Type TFT Active Matrix Wide Color

LCD Interface TTL.

Signal Input Video: RGB analog;

Sync: H.V separate Sync

Horizontal: 1024 (typ)

Vertical: 768 (typ)

Connector Analog: 15 pin Mini D-SUB.

DVI: 1.8m,Black with Blue

VXP:36 pin right angle.

Resolution (Native) 1280*768

Display Area 369.6*221.76 mm (H*V)

Aspect Ratio 16:9

Brightness 340 cd/m²(min) ~ 400 cd/m²(Typical)

Brightness Uniformity 70% (min)

(9 point Mm/Max*100%)

Chromaticity (Prior to electronic correction) Wx = 0.296 +/- 0.030

(Default Setting) Wy = 0.306 +/- 0.030

Color 262,244(6 bits)

Viewing Angle H: 160 Degrees (80+80)min

V: 160 Degrees (80+80)min

Gray Scale 64

Response Time 15ms (Tr+Ton) @ 25C Typical

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30ms (Tr+Ton) @ 25C Max

2.2 Audio Specification

Characteristic Description

Speakers 4 Ohm x 2

Max Power Output 10W

Frequency Response 70Hz~20kHz

Distortion 1% @ 1kHz

Line Input Signal 1.0 Vrms

Line Input Impedance 10 k Ohm

Amplifier 2x10W Digital Amplifier

2.3 Power Specification

Power Supply Delta ADP-100EB

Power Input Voltage Range 90 to 264 VAC

Power Max Input AC Current 1.6A@90VAC, 1A @ 180VAC

Input Frequency Range 47 to 63.0 Hz

Output Voltage @0-8.33A load 12V

Short Circuit Protection Output can be shorted without damage

Over Current Protection 10.5A (max)

Leakage Current 3.5mA(max)@254VAC/60HZ

Power Dissipation Capability 100W (typ)

Power Saving Mode <3.5 W When output is no load @ 240 VAC

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Surge Immunity (No Damage) 1KV/1.2 * 50 us (IEC 1000-4-5)

2KV/1.2 * 50 us (IEC 1000-4-5)

ESD Discharge Immunity (No Damage) +/-15KV (Air Discharge)

+/-8KV (Contrast Discharge)

EMI/RFI FCC-B, CISPR 22-B

2.4 Mechanical Specification

Width 431mm

Height 414mm

Depth 172mm

Depth (Excluding stand) 60mm

Monitor Weight (Net) 5.6KG

2.5 Environment Specification

Humidity (Storage) 5% ~ 95 %

Humidity (Operating) 8%~90%

Temp (Operating) 5 ~ 40°C

Temp (Storage) -20 ~ +65°C

2.6 Packing Specification

Packing Dimension 553*250*516mm (W*D*H)

Gross Weight 10.0 kg (22.0 Lb)

Net Weight 5.6kg (12.3 Lb)

Shipping Carton Type One Piece Construction

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# of Units per Pallet 32

# of Units per Pallet(air craft) 16

40’ Container Loading, Palletized 672

20’ Container Loading, Palletized 320

Fully Packaged Vibration Requirements 5 – 250hz @ 1G over 1 Oct/Min sweep

Frequency for 60 Minutes

Fully Packaged Drop Tests Requirements 76.2cm on each of six faces

76.2cm on Weak Corner

76.2cm on each of 3 edges radiating from

Weak Corner

2.7 Pallet Specifications / Loading

Pallet Dimension 1000*1200*137 (mm) (+/- 5%)

Total Pallet Height (Including Product) 2201 mm

Rows of Product 4 Rows (8 units/row)

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2.8 Remote Control

REMOTE KEY FUNCTIONALITY

KEY FUNCTION
POWER Power System on / of

RECALL a. With connected VXP25: Recalls previous channel

POP Picture on Picture Function. See OSD Specification. (Requires VXP25)

PIP Picture in Picture Function. See OSD Specification
INPUT a. With Connected VXP25: Cycle between available inputs

CH +/- a. Requires VXP TV Tuner attached. Ch Up/Down

Vol +/- a. Requires VXP TV Tuner attached. VOL Up/Down

b. Without connected VXP25: No Function

b. With Connected VXP10: Cycle between available inputs

c. With no VXP active connection. No Function

b. With no VXP active connection. No Function

b. With no VXP active connection. No Function.

SEL / ENTER a. Shall function identically

MUTE a. Shall MUTE the Audio. Pressing again, shall un-mute and restore previous

volume setting

ARROW KEYS a. OSD Navigation (when OSD is active)

b. Zoom Pan (when current Zoom level > 1.0)

c. Right / Left (when OSD is OFF) shall act as Contrast Control

MENU a. Call / Dismiss the OSD

FREEZE a. Shall ‘Freeze’ the current image on the display. A small, “FREEZE” message

shall appear in the top right corner

ZOOM a. Shall Toggle between 1X, 2X, 4X, 8X

b. Timeout (restore to 1X) shall occur after 3 min

c. Shall display a small message: “Zoom: %dx”, Zoom Factor

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2.9 Front Panel Switches and External Connectors

2.9.1 Panel Switch Outlines.

Buttons Function

MUTE Used for mute control

< [LEFT] Navigate LEFT inside of OSD

> [RIGHT] Navigate RIGHT inside of OSD

V [DOWN] Navigate DOWN inside of OSD

^ [UP] Navigate UP inside of OSD

ENTER Used to invoke and OSD selection

MENU Used to enter and exit OSD

POWER Toggles the unit from ON to Standby and from Standby to ON. Activates the dual color

Mute Left Right Down Up Enter Menu Led Power

Outside of OSD, Decrease Volume

Outside of OSD, Increase Volume

Outside of OSD, Decrement Channel (with TV Tuner Only)

Outside of OSD, Increase Channel (with TV Tuner Only)

LED

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2.9.2 Front panel Shortcut:

Button Combinations Function

[RIGHT] + [DOWN]

(Hold for 0.5 Sec)

AUTO TUNE. Automatically enters Trident AutoTune Routing, to

best adjust image size, position, and Phase. N/A Digital Signal

[MENU] + [ENTER]

(HOLD for 6 SEC)

[MUTE] + [RIGHT] + [DOWN]

(Hold for 3.0 Sec)

[MENU] + [LEFT] OSD LOCK TOGGLE. See OSD Spec for detail

[MENU]+[UP]+[RIGH]

(Hold for 0.5 Sec)

[UP]+[DOWN]+[LEFT]+[RIGHT]

(Hold for 2 Sec)

[MENU] + [RIGHT] POWER LOCK. See OSD Spec for detail

[RIGHT]

(When OSD NOT Active)

[LEFT]

(When OSD NOT ACTIVE)

[UP]

(When OSD NOT ACTIVE)

[DOWN]

(When OSD Not Active)

SERVICE MODE. (Alignment Test Procedure Mode)

FULL RESET. See OSD Spec for detail

OSD Upgrade Procedure Mode. (Press the keys, than plug in the

power cable)

BURN IN MODE. (Press the keys, than plug in the power cable)

VOLUME DOWN

VOLUME UP

Channel UP (only when TV Tuner is present)

Channel DOWN (only when TV Tuner is present)

2.9.3 External Connector:

Connector Function

DC-In 12VDC input connector

VGA Standard VGA input connector

DVI-D Standard DVI input connector (DVI-D)

VXP VXP connector for A/V connection. See section

Audio out Audio output to speakers (3.5∅mm Jack, color coded)

Audio in Audio input from PC (3.5∅mm Jack, color coded)

Headphone Headphone connection on front panel. (3.5∅mm Jack,color coded)

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3.1. Factory Compatibility:

STANDARD

INDUSTRY 640x350 @ 70Hz YES 1280 x 700* YES
VESA 640x350 @ 85Hz 37.861 YES 1280 x 700* YES

INDUSTRY 640x400 @ 70Hz 31.4 YES 1229 x 768* YES
VESA 640x400 @ 85Hz 37.861 YES 1229 x 768* YES

INDUSTRY 720x400 @ 70Hz 31.4 YES 1280 x 711* YES
VESA 720x400 @ 85Hz 37.927 YES 1280 x 711* YES

INDUSTRY 640x480 @ 60Hz 31.469 YES 1024 x 768* YES

VESA 640x480 @ 75Hz 37.5 YES 1024 x 768* YES
VESA 640x480 @ 85Hz 43.269 YES 1024 x 768* YES

VESA

GUIDE
VESA 800x600 @ 75Hz 46.875 YES 1024 x 768* YES
VESA 800x600 @ 85Hz 53.674 YES 1024 x 768* YES

MAC 832x624 @ 60Hz YES 1024 x 768* YES
MAC 832x624 @ 75Hz 49.11 YES 1024 x 768* YES

INDUSTRY 1024x768 @ 43iHz

VESA 1024x768 @ 60Hz 48.363 YES N/A YES*
VESA 1024x768 @ 75Hz 60.023 YES N/A YES*
VESA 1024x768 @ 85Hz 68.677 YES N/A YES*

GTF 1152x864 @ 60Hz 53.7 YES N/A YES*
VESA 1152x864 @ 75Hz 67.5 YES N/A YES*
GTF 1152x864 @ 85Hz 77.05 YES N/A YES*

GTF 1280x720 @ 60Hz YES N/A YES*
GTF 1280x720 @ 75Hz 56.4 YES N/A YES*
GTF 1280x720 @ 85Hz 64.3 YES N/A YES*

GTF 1280x768 @ 60Hz 47.7 YES* N/A N/A
GTF 1280x768 @ 75Hz 60.2 YES* N/A N/A
GTF 1280x768 @ 85Hz 68.6 YES* N/A N/A

VESA 1280x960 @ 60Hz 60 YES 1024 x 768* N/A

GTF 1280x960 @ 75Hz 75.2 YES 1024 x 768* N/A

VESA 1280x1024 @ 60Hz 63.981 YES 960 x 768* N/A
VESA 1280x1024 @ 75Hz 79.976 YES 960 x 768* N/A

GTF 1920x1080 @ 30Hz YES 1137 x 768* N/A
HD* 1920x1080 @ 24P
HD* 1920x1080 @ 30i

DVD* 480i (29fps)

RESOLUTION Fh

800x600 @ 60Hz 37.879 YES 1024 x 768* YES

3. Compatibility

(Khz)

Full-Screen

FS

YES N/A YES*

YES 1137 x 768* N/A

YES 1024 x 768* YES

FAR

Aspect Ratio

1:1

One to One

Display

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DVD* 480i (30fps)

HD* 480P (59fps)
HD* 480P (60fps) (60Hz) 31.469 YES 1024 x 768* YES

HD* 720P (59fps)
HD* 720P (60fps) (60 Hz) 45 YES N/A YES*

HD* 1080i (25fps)
HD* 1080i (29fps)
HD* 1080i (30fps) 33.75 YES 1137 x 768* N/A

3.2. VXP Compatibility (Composite1, Composite 2, SYHS, YPBPR).

STANDARD RESOLUTION Fh

NTSC-M 525lines / 60 fields

3.58Mhz (US)

NTSC-Japan 525 lines / 60 fields

3.58Mhz (Japan)
PAL­B,G,N,D,H,I,M,CN
PAL-60 525lines / 60 fields

625 lines/50 Fields

4.43Mhz/3.58Mhz

4.43Mhz

YES 1024 x 768* YES

YES 1024 x 768* YES

YES N/A YES*

YES 1137 x 768* N/A
YES 1137 x 768* N/A

(Khz)

Full-Screen

FS

YES 1024 x 768 YES (700x

YES 1024 x 768 YES (700x

YES 1024 x 768 YES (833 x

YES 1024 x 768 YES (700x

AR

Aspect

Ratio

1:1

One to One

Display

525)

525)

625)

525)

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4. Block Diagram

4.1 Complete TFT LCD Display Unit

ENAB

R0-R5

G0-G5

B0-B5

DCLK

Notes: The LCD module has a TFT active matrix type Liquid Crystal Display panel 1280*768 pixels, and diagonal

size of 43 cm (17.0 inch). This module support 1280*768 XGA-Wide mode (Non-interlace).

This LCD has a digital RGB interface and can display 262,244 colors.

Timing control signal is “Data enable signal: ENAB“ only. (Data Enable Mode)

Even and odd data transmitted at the timing in the interface. So the data lines are 3.( R,G,B each 6 bit*2) the

signal level of this interface

VCC +5V

Vcc

DC/DC

Converter.

Interface circuit

Control circuit

INVERTER BOARD

(External)

Data Driver

LCD Panel

Gate driver

BACKLIGHT

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4.2 Audio Block Diagram

PC-Audio-in

VXP

Ain1

Ain2

Ain3

Description:

1. The three audio inputs from the VXP connector and the audio-in (from the SC300 or PC-audio Jack

connected to a four-way MUX. The MCU controls the MUX selection, MUTE switch and the internal

speaker’s volume. The headphone jack shall disable internal and external speakers. External-speakers

connection shall disable internal speakers

2. MUTE: Active-low TTL logic-level mute signal. When mute is held low. The select amplifier is muted.

When mute is held>high, the device operates normally

Audio MUX

I2C

MCU

Volume

MUTE

EX/IN

Internal
Speakers

Headphone

Audio-out

1

) are

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4.3 Front Panel Diagram

ront Panel block diagram

SCL

SDA

RST*

FRONT PANEL

IR receiver

MCU

No Mic

INT*

Headphone

EM03

1 x LED’s

8 x Buttons

2 x 10W

Amplifier

Description:

The front panel shall have an MCU that will monitor the switches, control LED’s and decode IR receiver input.

2

Communication between the MCU and the IP board shall be done via I

addition the front panel shall contain the following:

1. Headphone and microphone 3.5mm jacks and the associated headers for connection to the IP-board

2

2. 2 x 10W digital audio amplifier

amplifier output via two headers

3

An audio tactical feedback

volume shall be fixed, however the user shall be able to disable it via OSD

for front panel buttons activation shall be provided. The audio feedback

with associated support circuit. The speakers shall be connected to

C interface (MCU is the I2C slave). In

4

Speaker

2

Driving 4Ω speakers

3

Click sound

4

An “Click ON/OFF” command shall be provided as part of the I2C protocol

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4.4 HDTV Monitor Block Diagram Graphics and Video Section

Y

V

SDRAM (8Mb)

CVBS

Sy

Sc

Pb

CPD*

SCL

SDA

RST

RDY*

+12

GND

VXP Connector

DC/DC

ADI

9883A

(No Stuff)

I2C

1.5A Fuse

DC-IN (+12V DC)

DPTV-3D

I2C

MCU

+

Flash

P

SDRAM(8MB)

PPMM

TMDS

DVI VGA

LCD Panel

TTL

+5V, +3.3V

SC300 Edg connector

Not Present

Audio

I2C

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5. PCBAs Connectors Pin Assignment

5.1 Location of IP Board Connectors

J9 J10 J11 J12 J13 J14

5.1.1 J1: FPC Connector

PIN NAME DESCRIPTION

1 GND Ground

2 RE0 Register 1

3 RE1 Register 2
4 RE2 Register 3
5 RE3 Register 4
6 RE4 Register 5
7 RE5 Register 6

8 GND Ground

9 GE0 GE0

10 GE1 GE1

J1 J2

J4

J7

J8

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PIN NAME DESCRIPTION

11 GE2 GE2

12 GE3 GE3

13 GE4 GE4

14 GE5 GE5

15 GND Ground

16 BE0 BE0

17 BE1 BE1

18 BE2 BE2

19 BE3 BE3

20 BE4 BE4

21 BE5 BE5

22 GND Ground

23 RO0 RO0

24 RO1 RO1

25 RO2 RO2

26 RO3 RO3

27 RO4 RO4

28 RO5 RO5

29 GND Ground

30 GO0 GO0

31 GO1 GO1

32 GO2 GO2

33 GO3 GO3

34 GO4 GO4

35 GO5 GO5

36 GND Ground

37 B00 B00

38 B01 B01

39 B02 B02

40 B03 B03

41 B04 B04

42 B05 B05

43 GND Ground
44 GND Ground
45 GND Ground

46 ENAB Enable

47 GND Ground
48 GND Ground

49 DCLK Data Clock

50 GND Ground

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PIN NAME DESCRIPTION

51 GND Ground

52 SS SS

53 GND

54 GND

55 GND

56 GND Ground

57 VDD

58 VDD

59 VDD

60 VDD VCC

5.1.2 J2: Inverter Connector

Ground
Ground
Ground

VCC
VCC
VCC

PIN NAME DESCRIPTION

1 VIN Video input

2 VIN Video input
3 VIN Video input

4 GND Ground

5 GND Ground

6 ON/OFF Power switch

7 BRIGHTNESS 1 Brightness 1

8 GND Ground

9 BRIGHTNESS 2. Brightness 2

5.1.3 J4:IIC Debug Header Connector:

PIN NAME DESCRIPTION

1 GND Ground

2 SDA SDA

3 SDL SDL

5.1.4 J7: Front Panel Connector:

PIN NAME DESCRIPTION

1 +5VSB +5 V stand by power

2 SDA IC DATA

3 SCL IC CLOCK

4 INT* Front panel interrupt. Front panel MCU

shall assert this signal low when data is

available for the IP board. It shall be

deserted (high) when data is read by IP

Board

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PIN NAME DESCRIPTION

5 RST* Front panel reset. This signal is

controlled by the IP board and is used

to reset the front panel MCU

6 HDTC Power On/Off signal (Output)

7 PWR* Power ground

8 GND Ground

5.1.5 J8: Audio Board Connector

PIN NAME DESCRIPTION

1 AU_AMP_MODE Audio Amplifier Mode

2 AU_AMP_MUTE Audio Amplifier Mute

3 AU_AMP_SHDN Audio Amplifier

4 AU_AMP_FLT Audio Amplifier Filter

5 GND Ground

6 GND Ground

7 AU_PWR Audio Power VCC

8 AU_PWR Audio Power VCC

9 AUGND Audio Ground

10 AU_LO Audio Left Out

11 GND Ground

12 AU_RO Audio Right Out

5.1.6 J9:

Power Connector:

PIN NAME DESCRIPTION

1 VCC +12V

2 VCC +12V

3 GND Ground

4 GND Ground

5.1.7 J10: Line In Connector

PIN NAME DESCRIPTION

1 GND Ground

2 AU_PCL Audio Left In

3 AU_PCR Audio Right In

4 Shield GND Shield Ground

5

6

Shield GND

Shield GND

Shield Ground

Shield Ground

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5.1.8 J11: External Speaker Connector

PIN NAME DESCRIPTION

1 GND Ground

2 AU_PCL Audio Left Out

3 AU_PCR Audio Right Out

4 Shield GND Shield Ground

5

6

5.1.9 J12: VXP connector

VXP connector

PIN NAME DESCRIPTION

1 GND CVBS1 shied

2 GND Cvbs2 shied

3 GND SY shied

4 GND SC shied

5 GND Y shied

6 GND PB shied

7 GND PR shied

8 GND Ain 1- L/R shied

9 GND Ground

10 GND Ain2 –L/R shied

11 GND Ground

12 GND Ain 3 –L/R shied

13 GND Signal Ground

14 GND Signal Ground

15 PGND Power ground

16 PGND Power ground

17 +5V +5VDC (VXP25)

18 +12V Power (protected)

Shield GND

Shield GND

Pin-18

Shield Ground

Shield Ground

Pin-1

Pin-19Pin-36

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PIN NAME DESCRIPTION

19 CVBS1 Composite Video 1

20 CVBS2 Composite Video2

21 SY S-Video: Y

22 SC S-Video: C

23 Y Component Video

24 PB Component Video

25 PR Component Video

26 Ain1-L Audio Tuner Left

27 Ain1-R Audio Tuner Right

28 Ain2-L Audio input2 Left

29 Ain2-R Audio input2 Right

30 Ain3-L Audio input3 Left

31 Ain3-R Audio input3 Right

32 RDY* READY#/BUSY input

33 SDA I2C data

34 SCL I2C clock

35 RST Reset input5

36 CPD* Card Presenti

Notes: 1. Up to 500Ma can be drawn by an external device. This output shall be current limited to 750 mA

Max

2.This pin shall be grounded on the external device and used by the host to detect VXP present

5.1.10 J13: DVI Connector

PIN NAME DESCRIPTION

1 Tx/Rx 2- Tx/Rx 2-

2 Tx/Rx 2+ Tx/Rx 2+

3 2/4 Shield Ground

4 Tx/Rx 4- Tx/Rx 4-

5 Tx/Rx 4+ Tx/Rx 4+

6 DDC CLK Data Display Channel Clock

7 DDC DATA Data Display Channel Data

8 VSYNC Vertical SYNC

9 Tx/Rx1- Tx/Rx1-

10 Tx/Rx1+ Tx/Rx1+

11 1/3 Shield Shield Ground

12 Tx/Rx3- Tx/Rx3-

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PIN NAME DESCRIPTION

13 Tx/Rx3+ Tx/Rx3+

14 +5V_PWR +5 VCC

15 GND Ground

16 HPD HPD

17 Tx/Rx0- Tx/Rx0-

18 Tx/Rx0+ Tx/Rx0+

19 0/5 Shield Shield Ground

20 Tx/Rx5- Tx/Rx5-

21 Tx/Rx5+ Tx/Rx5+

22 CLK Shield Clock Shield Ground

23 Tx/Rx C+ Tx/Rx C+

24 TX/RX C- TX/RX C-

25 SHLD1 Shield Ground 1

26 SHLD2 Shield Ground 2

5.1.11 J14: VGA Connector

PIN NAME DESCRIPTION

1 R Red

2 G Green

3 B Blue

4 GND Ground

5 GND Ground

6 R-GND Red-Ground

7 G-GND Green-Ground

8 B-GND Blue-Ground

9 VCC +12V

10 GND Ground

11 N.C No Connection

12 SDA Serial Data input

13 H-SYNC H-SYNC(Composite sync)

14 V-HYNC V-SYNC(Composite sync)

15 SCL Serial Clock input

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5.2 Location of Audio Board Connectors

5.2.1 J1: Audio Board to Main Board Connector

5.2.2 J2: Head Phone Connector

PIN NAME DESCRIPTION

1 HPL + Head Phone Left+

2 HPR+ Head Phone Right+

3 HP_GND Head Phone_ Ground

4 GND Ground.

5.2.3 J3 and J4: Internal Speaker Connectors

PIN NAME DESCRIPTION

1 AUD Audio

2 GND Ground

J1 J2

Same as 5.1.4 J8: Audio Board Connector

J3

J4

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5.3 Location of Inverter Connectors

5.3.1 CN1: Inverter to Main Board

Same as 5.1.2 J2: Inverter Connector

5.3.2 CN2 and CN3: Output Connector

PIN NAME DESCRIPTION

1 HV H/V

2 HV H/V

3 N.C No Connection

4 RTN Return

Connector

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6. IC Descriptions

6.1
PT2318(U15):
POSITION IN IP BOARD:

PT2318 is a sound fader controller utilizing CMOS technology specially designed for car radio hi-fi audio

application. four selectable stereo input,1 mono, bass, treble , volume, balance and fader controller. mute function

and special loudness feature which is automatically controller in combination with the volume level setting are all

built into a signal IIC bus stereo preamplifier chip having the high performance and reliability

Features:

1. CMOS Technology

2. IIC controller bus interface

3. 4 selectable stereo input

4. 1 mono input

5. Volume, balance, and fader control

6. Bass & Treble control

7. Noise reduction circuit provided

8. External equalizer interface provided

9. Mute control at Audio signal zero crossing

10. Internal power on reset function

11. Mute function controlled via the IIC bus or pin

12. Special automatically loudness feature in combination with the volume setting

6.2
PIC16F73(U1)

POSITION IN FRONT BOARD

High performance:

1. High performance RISC CPU

2. Only 35 signal word to learn

3. Operating speed: DC –20 MHZ ,DC-200 ns instruction cycle

4. Up to 8k*14 words of flash memory

Up to 368*8 bytes of data memory

5. Eight level deep hard stack

6. Processor read access to program memory

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Special Controller Feature:

1. Power On Reset (POR)

2. Power Up timer and Oscillator start up. Timer

3. Watchdog timer (WDT) with its own on-chip RC

Oscillator for reliable operation

4. Programmable code protection

5. Power saving sleep mode

6. Selectable oscillator options

Features:

1. Timers: 3

2. I/O port: 3

3. Flash program memory: 4k (14 bit word)

4. Interrupts: 11

5. 8 bit analog to digital modules: 5 input channels

6. Instruction Set: 35 set

7. Data memory: 192 bytes

6.3
EM03B(U2)
TOUCH SENSOR
8-CH CAPACITIVE SENSOR.
POSITION IN FRONT BOARD:
The EM03 touch sensor designed specifically for touch controls. it’s

Features:

provide stable sensing under a wide vanity of changing condition it will

project a sense field through almost any dielectric. It is designed

specifically for human interfaces like control panels. application lighting

controls or anywhere a mechanical switch or button may be found. the

device is designed to detect touch on up to 8 point independently.

6.4.1.8-CH capacitive sensor

6.3.2.Touch-button through any dielectric

6.3.3.Separated each channel

6.3.4.TTL output

6.3.5.Buzzer Oscillator

6.3.6.Internal holding output

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6.4
TRIDENT 3D DPTV
POSION IN IP BOAD (U10).

The chip utilizes two kind of resource: memory and register. the DPTV use a 8 bit address

Architecture, and therefore has 256 ports available. To across all the memory Space and

register efficiently. please refer to following instructions:

6.5.1.The register are divided into pages, each pages contains at most 224 (E0 HEX) register (0~DF)

6.5.2.The pages control register FEH & FFH. The register FEH is used to control bus (I

the registers. The register FFH is used to control register pages which are enable to receive data

6.5.3.Memory access is managed by:

FEH: Data port (Both Read/Write)

FAH~F8H: Address port (Both Read/Write)

F0H~F2H: Some Control bits are spread around F0H~F2H

Features:

A. Display function register set.

The display group can be classified into five separate section, namely, main display SVGA, OSD, PIP, and Hard

course display

B. Capture register set

The capture consists of two separate components. the main picture and PIP (Picture In Picture) block the

MP accepts analog signal through analog front end (AFE), and is processed through a TV decoder.

The TV decoder is equipped with a monitor decoder that can identify the area of picture containing motion so that

a good mix between the temporal and spatial (2D-Filiter) can be determined

the PIP block accepts a digital signal and provides a preferred format like the main picture block.

C.OSD.(On Screen Display):

An OSD block consisted of a pixel bitmap of OSD.4 bits per pixel. there are total of 16 colors for the

OSD display. there is 16*29 bits lock up table for DPTV3D each 4-bits OSD index corresponds to a 29 bits color

attribute, including 24 bits for the RGB true color data, 1 bit for blink function which enables/disables color blinking

the blinking frequency is controlled by a register another 4 bits are defined as a blend factor which can decide

16-transparancy degrees of the current OSD color with the background OSD

D. Display CRTC

DPTV display mode can be categorized by the following parameters:

D-1.Reflash rate

D-2.Number of pixels per scan line

D-3.Number of scan line per frame

D-4.Interlaced or progressive display mode

D-5.Tv tube horizontal frequency

C)or parallel that access

2

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E. Memory Control

Depending on the actual system configuration and application, the DPTV display frame buffer could be used to

store the following display objects , each with varying sizes:

E.1.Main picture display

E.2.Picture In Picture display buffers

E.3.Motion detection feature buffers

E.4.Hard course buffers

F. Video quality enhancement features

F.1.Noise Reduction

F.2.Blue Screen and protect screen

F.3.Auto Contrast and saturation adjustment

E.4.Vertical Blanking Interval (VBI)

Signal that “hides” the sweep of the electron beam from the button to the of screen

E.5.Analog to digital signal converter (ADC)

Digitalizing video requires fast sampling of 10 –50 million samples per/sec

G. SVGA overlay

To overlay SVGA signal with DPTV display output

H. Panorama mode setting.

DPTV support wide screen TV it can be display in 4:3 and 16:9 mode. cinema and Panorama four possibilities:

H.1.source signal is normal NTSC or PAL signal displays in normal 4:3 mode

H.2.source signal is 16:9. displays on normal 16:9 tube

H.3.source signal is normal signal. Extends to 16:9 mode

H.4.source signal is 16:9 signal. Shrinks to 4:3 mode

I. TVD3, NTSC, PAL, SECAM video decoder.

The integrated NTSC, PAL, SECAM, TV decoder can take an analog TV signal and convert it to a digital format

analog signal can be in the composite S-VIDEO or component format. the two internal analog switches can be

programmed to select different signal formats. the select analog TV signal is sent to the Automatic Gain

control(AGC) and then to a 10 bit ADC. this input sample ADC’s NTSC, PAL, SECAM, and all progressive modes

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6.5
U11 (PanelPro
POSITION IN IP BOARD U11.

General description feature:

Panel

PRO mm integrated a clamping, pre-amp, ADC, sync, separator, scaling engine, external SDRAM/SGRAM

interface for frame to frame conversion and video overly display and micro-controller interface circuitry the chip

also accepts dual 24 bits digital RGB port and SYNC input and separate 8 bits /16 bits digital port for video

decoder connection. The SYNC inputs interfaces directly with any VGA/SVGA/XGA/UXGA/ graphics board or any

other compatible source. Panel

signals form video decoder , or digital signals from external DVI ,transmitter and deliver 48 bits of digital data ,

and necessary control signals for driving an 8 bit or 6 bit TFT LCD panel and also support built in graphics mode

OSD. Also front_Base OSD and external OSD are support when no external SDRAM/SGRAM support chip

supports input video and graphics modes up to 1600*1200@60 HZ

Features:

6.6.1.PGA (ClamPing, Pre amp (Gain control), and ADC

-24 bit Y

-Three high speed 8 bit ADC for analog VGA.HDTV signal input

-External pre-amp option support

6.6.2.PLL.(Phase Locked Loop)

-On chip line lock PLL to recover the VGA/Y

-PLL clock delay adjustment.(DLL)

-On Chip low noise memory PLL clock

6.6.3.DSS.(Digital Sync Separator)

-On chip SYNC separator for SOY(Sync On Y) and SOG (Sync On Green) signal input

6.6.4.I

- Support 8 bit Micro Process Unit (MPU) bus control

- Support I

6.6.5.INTERFACE

-Panel power back and light power turn on /off sequence control

6.6.6. VGA:

-24/48 bit VGA (RGB) HDTV data input

-VGA display mode auto decoder

-Support RGB/HDTV port capture window

-VGA auto adjust function

flat panel is a high performance controller chip to allow LCD monitor or to become user-friendly. PanelMM

MM

pbPr

2

C:

2

)

MM

PRo

input support

C serial communication

mm also accepts 8/16 bits YUV CCIR601 or 8 bit CCIR656 format video

pbPc/Ycbcr

sampling color

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6.6.7. VIDEO (HDTV) & CCIR(SDTV)

-Programmable TV field decoder

-Video brightness/contrast/sat/hue and sharpness adjustment

-Support external OSD input with alpha blending display

6.5.8. FRMAE BUFFER

-Support video compress (4:4:4 =>4:2:2) and un-compress (4:2:2 =>4:4:4) to increase memory bandwidth

performance:

-Support double buffer read/write access mode

-Built-in Graphics (Bitmap) OSD

-Zoom in display function

-Support central display function

-1-line shift for main picture and overlay picture (PIP) output display

6.5.9. TFT LCD DISPLAY

-Line buffer as the FIFO mode read/write control (line buffer control mode)

-Support YpbPr /Y

-Support on chip digitally color temperature/brightness/contrast/ adjustment

-Support PIP overly display with board

-Support 10 bits color gamma table correction. (LUT)

6.5.10.CHIP FEATURE.

-Support video input up to 1600*1200(XUGA)@60 HZ frame flash rate and output video up to 1600*1200@60 HZ

frame flash rate

6.6
U6(W78C438CP-40)
POSITION IN IP BOARD.

General description:

-Provides two dedicate address ports AP5~AP6 that served as address output for 64 kb of memory and one

address/data port (db4) that sever as ROM code input and external RAM data input /output

Features:

6.7.1.bit CMOS micro-controller

6.7.2.Fully static design

6.7.3.DC to 40 MHZ operation

6.7.4.ROM less operation

6.7.5.One 8 bits data address port

6.7.6.Two 8 bit and one 4 bit address port

6.7.7.Three 16 bits timer/counter

6.7.8.Four external interrupt

6.7.9.Built in power manager

two color space conversion

cbCr

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Type

ROMLESS 256 40

RAM

I/O PIN

External

1M

Speed MHZ

40MHZ

Timer counter

3 5 I/O PORT

Additional

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7. Wave Form

7.1 Signal: CH1 Data OSC output between Y1 and Y2 position signal
Location: Front BD / U1

Notice:

7.1.1 If front board can’t work, please measure the signal U1(PIN 9,10) wave, as picture. Its will effects IR

receiver operation and Front BD functional if key pad can not work please check U2 chip

7.1.2 If output U2 chip without signal wave , please check s1~s7

7.2 Location: Front board / U2
CH1: Signal of S1~S8

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Notice:

7.2.1.

Please check u2 chip (pin14,13,24,23,5,6,31, and 32), whether have output signal or not. such as attach file

signal

7.2.2.

Its will effect keypad board each key function normal situation and measure s3,4,8,7,2,1,5 and s6 in front of

register's output

7.3 Location: IP board / U10
Ch1:DPTV Output Signal Of Pin 163 and Pin 164

Notes:

7.3.1.

Please check Y

signal level. On the other hand, if DPTV without signal output, please do it next and check U10 pin 96 till U31 and

U34 clock output status

oscillator waveform signal level, does it work well or not. Its will effect DPTV, HSYNC, VSYNC

2

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7.4 Location: IP board / U31
Ch1:DPTV Clock Enable Signal Of the Pin 67
Ch2:DPTV Clock Signal Of The Pin 66

Notes:

7.4.1

Check SDRAM output signal between U10 and U31 even U34 interface signal measurement. It will effects chips

on normal output, boot up, and output display situations

7.5 Location : IP board / U28
Ch1:PPMM Data Clock Enable Of The Pin 67
Ch2:PPMM data Clock Of The Pin 66

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7.6 Location: IP Board / U10.
Ch1:DPTV H-SYNC of Pin 34
Ch2:DPTV V-SYNC of the Pin 35

7.7 Location: IP Board / U10
Ch1:DPTV H-SYNC Of The R213
Ch2:DPTV V-SYNC OF The R214

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7.8 Location: IP Board / U11.
Ch1:PPMM H-Signal Of the R193
Ch2:PPMM V-Signal Of The R194

7.9.Location: IP BOARD / U11
Ch1: PPMM Data Clock of R195

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7.10.Location: IP BOARD / J14
Ch1: VGA H-Signal IN
Ch2: VGA V-Signal IN

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g

8.1 No Display

backli

Start

Is LED on?

Yes

LED is Green?

Yes

Is

ht On?

Yes

Does BIOS

outputs?

Yes

End

8. Trouble Shooting Guide

No

No

No

No

1. Is adaptor’s output +12V

2. Check DC jack .is well contact

3. Is DC-DC voltage OK

4. Check LED signa

1. Is it in POWER saving?

2. Check video cable?

3. Is the timing support?

1. Check inverter is OK?

2. Check CNT1 connector is well contact?

3. Check FPC cable

1. Check BIOS Pin36 of U6..

2. Check U25 +5V

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8.2 R.G.B COLOR CAN NOT DISPLAY EXACTLY.

1. Check pin 1,2,3,13,14 output?

2. Is 5V normally output?

Start

Input signal

Ok ?

J14 Output

Correct?

Check VGA

R, G, B input?

End

No

Yes

No

Yes

No

Yes

Yes

1. Check video cable is well contact

2. Check setting of host system

1. Check Pin 9 +5v

2. Check pin14 of U14 should be

+3.3 v

1. Check C318, C322, C317 output?

1. Check D5, 6, 7, 12, 13 output

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8.3 DC-DC CONVERTER PROBLEMS

1. Is J1 connector OK?

2. Is panel work OK?

3. Check OSD color settings

Start

Input signal

Ok ?

Yes

J14 Output

Correct?

Yes

Check R195

output?

Yes

Yes

End

No

No

No

1. Check video cable is well contact..

2. Check setting of host system.

1. Check Pin9 +5v.

2. Check J1 connector is well

contact

1. Check U11 Pin AD20

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8.4 TROUBLE READING DDC (DISPLAY DATA CHANNEL).

4. Check R50 V clock output

5. Check R315 power supply +5V

Start

Yes

No

Input signal

Ok?

Yes

No

J13 output

correct ?

Yes

No

Check U18

Pin 44?

Yes

Yes

End

1. Check video cable is well contact

2. Check setting of host system

1. Check Pin 6 data clock

2. Check u42 Pin 7

Check R328 and R85 output

3.

1. Check A14 PPMM clock

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8.5 POOR IMAGINE QUALITY.

p

Start

Imagine size

OK?

Vertical

Stripe?

Horizontal

Stri

e?

Position

Shift?

Too dark or

Bright?

Yes

Yes

Yes

Yes

Yes

No

No

No

No

No

1.Is scaling to full screen

2.Do auto sync function

work well under full

screen supported

3.Check power 3.3 v

1.Coes auto sync adjust

function work well

2.Is the timing support?

3.Adjust H-size item of

OSD

1. Does auto sync adjust

function work well .

2. Is the timing support?

3. Adjust H-size item of

OSD

1. Does auto adjust

function work well

under pattern.

2. Is the timing support

1. Adjust contrast.

2. Adjust user R.G.B

3. Check brightness

Yes

Color

Unbalance

Yes

End

No

1. Select preset color

temperature.

2. Adjust user color

R.G.B

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8.6 AUDIO PROBLEM.

board have power?

Start

Yes

Signal input ok?

Yes

Does audio

Yes

Is speaker

output ok ?

Yes

End

No

No

No

1. Check Audio Cable.

2. Check Audio Source from U2

1. Check U2 PIN 21 and 28

+12 V OK

2. Replace U1 chip

1. Check J3, J4, J2, and J1

connector are well contact

2. Replace U2 chip

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8.7 OSD PROBLEM

Start

No video?

Unstable

Display?

End

Yes

Yes

Yes

No

No

1. Check the power cable is connected

2. Re flashing new OSD programming

on U27

3. Check U6 (ADOAD7) .

1. Check U10 pin 165 to pin 172 data

2. Check U11 port 0 to port 7.

3. Check U11 of Y3 status

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8.8 IR PROBLEM.

Start

Does remote

Control can works?

Is IR receive

can works?

End

Yes

Yes

Yes

No

No

1. 1. Check the firmware of U1 chip

is latest

2. Check Y1 and Y2 output status

should be normally ( as like 7.1)

1. Measure the pin3 of U3 voltage

should be normally output.

2. Check the pin2 of U3 data

Is correct

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8.9 KEYPAD Board Problem.

Start

Does every

Function can

works ?

Does Voice

have output

as well ?

End

1. Check U2 wave level for each function

Should be normally output as if 7.2 (#REF).

2. Check Y1 and Y2 must have normally

Output as like 17.1

1. Check Phone jack cable should be

connected

2. Check pin 31 of U15 output voltage.

3. Check pin4 of J8 should be 5 V

4. Check pin 4 of J7 should be 5 V ,either

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9. Replacement Part list

9.1. Main Units Parts.

Items P/n Description Qty.

1 41-00002-006 EMI Gasket 20W*1H*100Lmm 1

2 41-00002-008 EMI Gasket 10W*10.5H*155Lmm 1

3 41-00002-009 EMI Gasket 10W*10.5H*40Lmm 3

4 41-00002-010 EMI Gasket 10W*10.5H*185Lmm 1

5 52-00002-011 EMI Gasket 10W*10.5H*280Lmm 1

6 41-31013-001 EMI Gasket 773GT 10*5*15mm 3

7 41-31015-001 EMI TAPE 80013 15*20 mm 1

8 41-55000-001 EMI core 20.5L*20W*33H(mm) 1

9 41-55002-005 EMI Gasket I/O TAPE 22W*1.4H*1.75Lmm 1

10 42-50115-001 Cable power cord 1830mm SP30+1S14 1

11 42-55001-001 W.A 9/9P UL 1095#28 L180mm 1

12 42-55002-001 W.A 12/12P UL 1095#28 L110mm 1

13 42-55003-001 W.A 8/8P UL 1571#28 L250mm 1

14 42-55004-001 W.A 2/2P UL 1571#28 L170mm 1

15 42-55005-001 W.A 2/2P UL 1571#28 L350mm 1

16 42-55006-001 W.A 4/4P UL 1095#28 L400mm 1

17 42-55007-001 ASS FPC FOR Fujitsu Panel 1

18 42-55008-001 Cable VGA 1800mm 1

19 42-55009-001 Cable Audio 1800mm 1

20 42-55010-001 Cable SCHUKO 1800mm 1

21 42-55011-001 W.A 3/3P UL 109#28 L630mm 1

22 44-55001-001 INVT Fujitsu FLC43XWC6V 1

23 47-55001-001 AC ADPTR IN:AC100-240V 2.5A Out: DC 12 1

24 48-55001-001 TFTP LCD Wide TFT LCD 17’ 1

25 49-55001-001 Remote Control RC-36B king Ming Kai 1

26 51-00001-001 Cable Tie PG-YJ-80 1

27 51-53409-001 ESD Bag LDPE PV740 1

28 51-55001-001 Front Cover abs 1

29 51-55002-001 Rear Cover abs 1

30 51-55004-001 Hinge cap abs 1

31 51-55006-001 Front arm cover abs 1

32 51-55007-001 Rear arm cover abs 1

33 51-55008-001 Stand base cover abs 1

34 51-55010-001 Cable Clamp Nylon66 PCW-50H 1

35 51-55011-001 Viewsonic Logo abs81.7*32.0mm 1

36 51-55013-001 Wire Mount NYLCN66 FW-IS-3M 4

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Items P/n Description Qty.

37 51-55014-001 Connector FILM clear Mylar 1

38 51-55015-001 Handle plate pp natural 1

39 51-55016-001 Hand holder pp Natural 1

40 51-80102-001 Open close bushings SB-0609A 2

41 52-55002-001 Cushion rubber (circle) 2

42 52-55003-001 Rubber for VESA mount N1700W 4

43 52-55004-001 Rubber foot (L/R) 2

44 52-55005-001 Rubber foot (front) 1

45 52-55006-001 Rubber foot (back) 1

46 61-55001-001 Main Chassis plate 1

47 61-55005-001 Hinge Tilt N1700W 1

48 75-55002-001 Front panel assembly 1

49 75-55003-001 Assembly speaker soundmatter 2

50 80-55001-001 PCBA IP board Rev.0019 1

51 80-55002-001 PCBA Audio board Rev.0004 1

52 80-55003-001 PCBA Front panel board Rev 0011 1

53 85-00523-050 Screw hex head m3*h5*l5 Ni NYLOK 2

54 85-005AG-075 Screw Pan Head m2*l8 NI NYLOK 4

55 85-1A122-080 Screw Pan Head m2*l8 Ni 2

56 85-1F123-060 Screw Pan MECH W/SP m3*8 Ni 2

57 85-1F323-060 Screw Pan MECH w/sp m3*6 BLACK 4

58 85-2A624-080 Screw Bin MECH m4*8 Black/NYLOK 4

59 85-4A524-080 Screw flat head MECH 3

60 85-SA123-120 Screw Bin Tap/2Lm3*12 NI 2

61 85-SA124-120 Screw Binding Tap m4*L12 4

62 85-WA123-080 Screw Pan tap m3*8 Ni 1

63 85-WA323-060 Screw Pan tap m3*6 black 4

64 85-WD123-110 Screw Pan Head flat washer 2

65 85-YA123-080 Screw flat tap m3*8 Ni. 4

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9.2 Accessory Kit Parts.

Items P/n Description Qty.

1 36-55001-001 N1700w Quick Start Card 1

2 36-55004-001 N1700w CD Wizard (CD+Book). 1

3 42-50115-001 Cable Power Cord 1830mm SP30+1 1

4 42-55008-001 Cable VGA 1800mm 1

5 42-55009-001 Cable Audio 1800mm 1

6 42-55010-001 Cable SCHUKO 1800mm 1

7 49-55001-001 Remote Control RC-36B 1

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10. Complete PCBAs Part List

10.1 PCBA IP Board

Location1 Location2 Location3 Location4 P/N Description Q’ty

80-55001-001 PCBA IP BD REV.0019 N1700w 1

00-55001-001 *PCB L:8 1.6mm IP BD REV.04 N1700w 1

L101,L103,L1
04,R16,R22,
R23,R72,R74
,R76,R79,R8
1,R96,R98,R
104,R111,R1
12,

R4,R9. 01-01014-501 RES RP 1Ω 1% 1/4W #1206 2

R5,R6,R7,R8. 01-10036-501 RES RP 10 5% 1/16W CHIP #0603 4

R13,R14. 01-10038-501 RES RP 10 5% 1/8W CHIP #1206 2

R270,R271,R
278,R279,R28
0,R281,R288,
R289.

R12. 01-10216-502 RES RP 1.02K 1% 1/16W CHIP #0603 1
R17,R29,R38,

R47,R53,R70,
R71,R90,R93,
R103,R130,R
136,R137,R15
1,R166,R167,
R172,R202,R
223,R224,R22
5,R235.

R21,R26,R28
,R34,R57,R8
0,R83,R84,R
86,R88,R94,
R99,R105,R1
07,R108,R11
5,R117,

R2. 01-11216-502 RES RP 1.13K 1% 1/16W CHIP #0603 1

R253A. 01-12119-501 RES RP 121Ω 1% 1/10W #0603 1

R253B. 01-14019-501 RES RP 140Ω 1% 1/10W #0603 1

R15. 01-18216-502 RES RP 1.82K 1% 1/16W CHIP #0603 1

R325,R327. 01-20236-501

R237,R274,R

277.

R273,R276. 01-22236-501 RES RP 2.2K 5% 1/16W CHIP #0603 2

R11. 01-30316-501 RES RP 30.1K 1% 1/16W CHIP #0603 1

R3. 01-30436-501 RES RP 301K 5% 1/16W CHIP #0603 1

RP1,RP2,RP3
,RP4,RP5,RP
6,RP7,RP8,R
P9,RP10,RP1
1,RP12,RP13,
RP14,RP15,R
P16,RP17,RP
18,
R27,R30,R31,
R32,R33,R36,
R37,R39,R40,
R50,R54,R55,
R56,R65,R66,
R100,R101,R

R121,R122,R129
,R138,R157,R15
9,R170,R179,R1
84,R231,R242,R
253,R265,R283,
R284,R297,

01-10136-501 RES RP 100 5% 1/16W #0603 8

,R223,R224,R22
5,R235.

R141,R145,R1
48,R149,R154,
R155,R158,R1
60,R161,R177,
R178,R180,R1
82,R200,R203,
R204,

01-20316-501 RES RP 20K 1% 1/16W #0603 3

,RP19,RP20,RP2
1,RP24,RP26,RP
28,RP29,RP30,R
P31,RP32,RP33,
RP34,RP35,RP3
6,RP37,RP38

R106A,R110,R11
4,R116,R120,R1
23,R124,R128,R
131,R133,R134,
R135,R139,R142
,R144,R147

R295A,R301,R30
5,R312,R313,R3
17,C377,C387,C
389,L83,L84,L87.

01-10236-502

R215,R264,R266
,R306,R315,R31
8,R329,R330,R3
31,C424,C425,C
426,C427,C428,
C429.

,RP39,RP40,RP4
1,RP42,RP43,RP
44,RP45,RP46,R
P47,RP48,RP49,
RP50,RP51,RP5
2,RP53,RP54

R150,R152,R153
,R156,R181,R18
3,R185,R187,R1
88,R189,R192,R
193,R194,R195,
R210,R211,

01-00036-502

01-10336-502

,RP55,RP56,RP5
7,RP58,RP59,RP
60,RP61,RP62,R
P63,RP64,RP65,
RP66,RP67,RP6
8,RP69,RP70

R212,R213,R218
,R238,R239,R24
0,R244,R246,R2
47,R248,R259,R
260,R267,R286,
R287,R299,

01-33036-501

01-33036-502

RES RP 0 5% 1/16W CHIP #0603;" TA -I
TECHNOLOGY"

RES RP 1K 5% 1/16W #0603;"TA-I
TECHNOLOGY"

RES RP 10K 5% 1/16W CHIP
#0603 ;"TA-I TECHNOLOGY"

RES RP 2K 5% 1/16W CHIP #0603; 'TA-I
TECHNOLOGY"

RES RP 33 5% 1/16W x4 V8V 8P SMD
"PANA SONIC","TA-I"

RES RP 33 5% 1/16W CHIP #0603; "TA-I
TECHNOLOGY"

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R92,R236. 01-33236-501

R336,R337,R

338.

R1. 01-36216-501 RES RP 3.65K 1%CHIP #0603 1

RB1,RB2.

R314. 01-39136-501 RES RP 390 5% 1/16W CHIP #0603 1

R91. 01-47236-501 RES RP 4.7K 5% 1/16W CHIP #0603 1

R95,R201,R2
33,R234.

R209. 01-56116-501 RES RP 560 1% 1/16W CHIP #0603 1

R206,R245,R
249,R250,R2
51,R285,R29
8,R300,R326,
R334,R335.
C6,C7,C9,C10
,C136,C137,C
158,C163,C16
4,C203,C209,
C221,C228,C
279,C280,C28
1,C282

C21,C23,C26
,C41,C42,C2
20,C222.
C30,C37,C45,
C52,C56,C60,
C61,C66,C76,
C79,C83,C86,
C116,C117,C
119,C120,C14
8,C149
C17,C18,C53,
C118,C126,C
127,C169,C18

3.

C128,C131,C
134,C135.

C15,C151,C1
59,C160,C17
4,C175,C192,
C196,C286,C
293,C336,C3

91.
C1,C3,C8,C14
,C27,C28,C29
,C31,C32,C33
,C34,C35,C36
,C38,C39,C43
,C44,C46,C47
,C48,C49

C24,C206,C3

61.

C359,C349. 02-15877-102

C210,C255,C
256,C260,C26
2,C263,C283,
C287,C296,C
306,C307,C30
7A,

C40,C141. 02-22173-403 *CAP CE 220u 20% 10V 6.3*7.7 SMD 2

C211A,C211B
,C291,C292,C
312,C326.
C410,C411,C
417,C423.

01-47336-501 RES RP 47K 5% 1/16W CHIP #0603 4

01-75016-501

C317,C318,319,
C320,C321,C322
,C323,C324,C32
5,C339,C340,C3
42,C344,C383.

C150,C156,C157
,C161,C162,C16
6,C167,C176,C1
77,C198,C200,C
229,C234,C238,
C245,C250,

02-10175-002

02-10547-102

,C50,C51,C54,C
55,C57,C58,C59,
C62,C63,C64,C6
5,C67,C68,C69,
C70,C71,C72,C7
3,C74,C75

02-10747-101

C330,C343,C364
,C415.

02-22437-202 CAP CK 22PF 5% 50V CHIP #0603 6

02-22547-101 CAP CC 220PF 10% 50V X7R #0603 4

02-01047-101 CAP CC 1.0u 16V Y5V CHIP #0805 31

C252,C254,C257
,C258,C261,C26
4,C265,C268,C2
73,C284,C285,C
289,C290,C302,
C303,C304,

,C77,C78,C80,C
81,C82,C84,C85,
C87,C88,C90,C9
3,C94,C95,C96,
C97,C98,C99,C1
00,C101,

02-22074-001 CAP TAN 22uF 20% 16V CHIP C SIZE 16

C305,C312A,C33
4,C393,C404,C4
05,C406,C408.

C102,C103,C104
,C105,C106,C10
7,C108,C110,C1
11,C112,C113,C
114,C115,C121,
C124,C125,

01-33439-501 RES RP 330K 5% 1/10W

01-51236-501 RES RP 5.1K 5% 1/16W CHIP #060

02-10045-101

02-10074-502

02-10647-101 CAP CC 1000PF 10% 50V X7R #060

02-10844-201

RES RP 3.3K 5% 1/16W CHIP
#0603;"TA-I

RES RP 75 1% 1/16W CHIP #0603;"TA-I
TECHNOLOGY"

CAP CC 10uF 10% 25V

CAP TAN CS 10u 20% 16V CHIP BSIZE
"NEC","AVX"

CAP AE 100uF 20% 25V 105C 6.3*7.7
SMD

CAP CC 100PF 10% 50V NPO
#0603 ;"YCTC""TEAM YOUNG"

CAP CK 0.1uF 10% C1608*R1C104K 16V
#0603;"TDK"

CAP CC 0.01uF 10% 50V X7R
#0603;"YCTC""TEAM YOUNG"

*CAP CC 0.15uF 20% 50VX7R CHIP
#0805

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C5,C20,C22. 02-22647-101 CAP CC 2200PF 10% 50V X7R #0603 3

C171,C295. 02-22884-201 CAP CK 0.22u 10% 16V X7R CHIP #0805 2

C394,C397,C
398,C399,C4
00,C401,C43
0,C431.
CP1,CP2,CP3
,CP4,CP5,CP
6,CP7,CP8,C
P9.

C25. 02-33172-401 *CAP CE 330u 20% 6.3V 6.3*7.7 SMD 1

CE25. 02-33447-101 CAP CC 33PF 10% 50V NPO #0603 1

C294,C170. 02-33777-101

C11,C12,C13,
C16.

C122,C123. 02-47677-201 CAP CK 4700PF 20% 50V X7R #0603 2

C345,C363,C
367,C368,C3
69,C370,C37
1,C382.
C172,C173,C
354,C355,C35
6,C357,C362,
C365,C366.

C109,C145. 02-56547-101 CAP 560p 10% 50V X7R #0603 2

C348,C358. 02-56677-201 CAP CK 5600PF 20% 50V X7R #0603 2

C360,C350. 02-82677-201 CAP CK 8200PF 20% 50V X7R #0603 2

L1,L20. 03-00000-401

L30,L31,L33,
L35,L36,L43,
L44,L45,L46,
L47,L48,L60,
L61,L62,L63,
L64,L65,L69,
L70,L71,

L7. 03-33003-303

L4. 03-33003-304

L8,L9,L10,L11
,L12,L13,L15,
L21,L22,L23,L
24,L25,L26,L2
7,L32,L34,L39
,L41,L42,L49,

F1. 06-07500-001

Y3. 07-10000-101 XTAL XTAL 10MHZ HC-49S HALF SIZE 1

Y2. 07-14318-001 XTAL 14.318MHZ HC-49S HALF SIZE 1

U25. 07-24000-301

Q1,Q4. 08-2N390-402

U20.
D3,D4,D15,D1

6.
U2,U3,U4,U5,
U30.
D3,D4,D15,D1

6.

D1,D2,D8,D9. 09-R0530-T31

J5 11-032M1-301

J4. 11-035F1-302 CNNT F 3P 2.54mm TSW -103-07-S-S 1

J9. 11-049F2-002 CNNT F 4P 2MJ-0402A120 RT/LEAD 1

02-27537-101 CAP CC 270pF 5% 50V

02-33047-101

02-47074-405

02-47745-103 CAP CC 0.047u 10% 25V X7R#0603

02-47844-101

L72,L73,L74,L79,
L80,L81,L82,L85,
L86,L88,L89,L90,
L93,L94,L98,L99,
L100

L50,L51,L52,L53,
L54,L55,L58,L67,
L68,L78,L91,L92,
L97.

09-B551V-301 DIODE SCHOTTKY RB551V-30 ROHM 4

08-SI488-8D1

09-B551V-301 DIODE SCHOTTKY RB551V-30 ROHM 4

,L102,L105,L106,
L107.

03-39100-401

03-10260-401

08-FSS10-201 MOSFET P-CHANNEL FSS102 ID 5A

CAP CC 33pF ±10% 50V CA41
N330K050T

CAP CC 0.033uF 10% 25V X7R Chip
#0603
CAP CE 47u ±20% 16V 6.3*3.95 SMD
"NICHICON-ZR"

CAP CC 0.47uF 10% 16V X7R CHIP
#0805

INDCTR EMI BEAD 45/100MHz DIP
RH035045PT-B

INDCTR BEAD 1000Ω+/-25%100mA
CHIP 0603 BLM18AG102SN1B

INDCTR COIL 33uH 20% SMD
SDS1306T CHILISIN
INDCTR COIL 33uF 20% SMD SSL0804T
CHILISIN

INDCTR BEAD 390Ω 2000mA CHIP 1206
BLM31P391SN1

FUSE POLYSWITCH MINISMDC075

0.75A 15V SMD

XTAL CMOS OSCLTR 24MHz
D32B24NNS DCTY 40-60 SMD
TRNSTR NPN GENERAL MMBT3904LT1
SOT-23"MOTOROLA","PHILIPS"

TRNSTR MOSFET N-CHANNEL
SI4888DY ID 30V 11A

DIODE SCHOTTKY MBR0530T3 ON
SEMI
*CNNT M 3P 2mm ST/DIP "JST=B 3B­PH-K-S"

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J10. 11-059F2-006

J11. 11-059F2-007

J7. 11-082M1-301

J2. 11-092M1-301

J6. 11-105F1-301 CNNT F 2*5P 2.54mm TSW -105-07-S-D 1

J8. 11-122M1-303

J14. 11-159F2-201

J13. 11-249M2-301

J12. 11-363F2-301

J1. 11-609M3-301

U6 19-00002-001 MISC IC SOCKET 84PIN PLCC 1

U37,U35. 20-025EZ-011

U43. 20-1117A-001

U28,U29,U31,
U34.

U21. 20-74ACT-541

U14. 20-74LVC-141

U10. 20-DPTVD-X01

U12,U19,U36. 20-LD111-731

U39. 20-LT176-101

U23. 20-M6233-4F1

U24. 20-MAX82-5L1

U11. 20-PPMM0-001

U15. 20-PT231-8L1

U18. 20-SII16-101

U1. 20-TPS56-021

U7. 20-W2425-7A1 IC W24257AJ-8 SRAM 32K*8 SOJ28 1

U6. 20-W78C4-381

U42,U13. 21-24LC2-1A1 UNBRNDIC EEPROM 24LC32A SO8 2

U26. 21-24LC3-2A1 UNBRNDIC EEPROM 24LC32A SO8 1

22-55001-001

U27 21-T49F0-401

22-55002-001

U33 21-EPM70-321

L28. 41-55008-001 EMI Choke 4.7*5.6*2.84(mm) 1

20-48LC2-M31

CNNT PHONE JACK 2SJ-0510-A07 LIME
FOR PC99
CNNT PHONE JACK 2SJ-0510-A06
LIGHT BLUE FOR PC99
*CNNT M 8P 2mm ST/DIP "JST=B 8B­PH-K-S"
CNNT M 9P 2mm ST/DIP "JST:B 9B-PH­SM3-TB"

*CNNT M 12P 2mm ST/DIP "JST B-12B­PH-K-S"
CNNT DSUB 15P RT F3313-15-B FOR
PC99
CNNT M 24P 1.91mm RA/DIP
"Molex=54320-4000"
CNNT F 36P 1.27mm RA/DIP
"Molex=52986-3621"
*CNNT M 60P 0.635mm ST/SMD
"Molex=52760-0600"

IC VOLTAGE REGULATOR PQ025EZ01

2.5V 1A SC63 SHARP
*IC LT1117S VOLT REG ADJUSTABLE
800mA SOT223
IC MT48LC2M32B2-7 SDRAM 2Mx32
TSOP86
IC 74ACT540 OCTAL BUFFER/LINE
DRIVER TRI-STATE TSSOP20
IC CMOS 74LVC14 INNERT SCHMITT­TR SO14
*IC VIDEO PROCESSOR DPTV-3D
PQFP208TRIDENT
IC LD1117-3.3 VOLTAGE REGULATOR
800mA ST
IC VOLTAGE REGULATOR LT1761 LDO
MICROPOWER SOT235LT
IC M62334FP 8-BIT 4CH DAC
8S0 ;"MITSUBISHI"
IC MAX825L CMOS POWER ON RESET
SOT23-5 Maxim
*IC VIDEO PROCESSOR PPMM BGA320
TRIDENT
IC PT2318L CMOS AUDIO POCESSOR
SO32 PRINCETON
IC PANELLINK DIGITAL RECEIVER
SII161
IC TPS5602 DUAL POWER
CONTROLLER DPT30

IC MICROCONTROLLER W78C438CP
PLCC84 WINBOND

FW EEPROM TSOP32 FLASHROM 4M
AT49F040-70TC N1700w
UNBRNDIC AT49F040-70TC IC
FLASHROM 4M-ABIT TSOP32
FW EEPROM PQFP44
ALTERAEPM7032S N1700w
UNBRNDIC PLD EPM7032S PQFP44
ALTERA

10.2 PCBA Audio Board

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Location1 Location2 Location3 Location4 P/N Description Q’ty

80-55002-001 PCBA AUDIO BD REV.0000 N1700w 1

00-55002-001

R116. 01-00034-501 RES RP 0Ω 5% 1/4W CHIP #1206 1

R103,R104,R105
,R106,R108,R109 01-10136-501 RES RP 100 5% 1/16W #0603 6

R101,R102,R119
,R120.

R8,R12. 01-10336-502

R3,R20,R22,R11
1,R118

R5,R17 01-27336-501 RES RP 27K 5% 1/16W #0603 2

R2,R19 01-36236-501 RES RP 3.6K 5% 1/16W CHIP #0603 2

R10,R13. 01-47236-501 RES RP 4.7K 5% 1/16W CHIP #0603 2

R4,R6,R11,R14,
R16,R23,R24,R2
5,R26,R27,R28,
R29,R30,R117.

R21 01-47436-502 RES RP 470K 5% 1/16W CHIP #0603 1

R1,R7,R15,R18. 01-82336-501 RES RP 82K 5% 1/16W #0603 4

C9,C12,C14,C16
,C20,C21,C22,C
26,C34,C104,C1
05,C106,C114,C

115.

C107,C116 02-01049-101 *CAP CC 1uF 10% 50VX7R Chip #1812 2

C3,C4,C15,C18,
C38,C39.

C1 02-10175-002

C6,C7,C25,C27,
C102,C110.

C13,C17,C28 02-10647-201 CAP CK 1000p 10% 50V X7R CHIP#0805 3

C10,C11,C23,C2

4.

C33,C109 02-10887-101

C29,C101,C118 02-10887-201 CAP CK 0.1u +80%-20% 50V Y5V #0805 3

C5,C40. 02-22172-001

C30,C31,C103,C
108,C112,C117

C37,C2 02-33175-001 CAP AE 330uF 20% 25V 105C 8*10 SMD 2

C35 02-33647-101 CAP CC 3300P 10% 50V X7R #0603 1

C36 02-33777-101

C19 02-47747-102

C8,C32 02-56347-101 CAP CC 5.6PF 10% 50V NPO #0603 2

L1 03-00000-401

L2,L4,L5,L6 03-15003-301

L101,L102,L103,
L104,L105,L106

Q1 08-2N390-402

Q2 08-2N700-2L1

J3,J4 11-022M1-303

J5 11-032M1-301 *CNNT M 3P 2mm ST/DIP "JST=B 3B-

01-10236-502

01-10436-501 RES RP 100K 5% 1/16W CHIP #0603 5

01-47336-501 RES RP 47K 5% 1/16W CHIP #0603 14

02-01047-102 CAP CC 1uF 10% 25VX7R #1206 14

02-10075-001 CAP TAN 10uF 20% 25VC-SIZE 6

02-10647-101 CAP CC 1000PF 10% 50V X7R #0603 6

02-10747-101

02-22247-101 CAP CC 0.22uF 10% 50V X7R #1206 6

03-40063-401

*PCB L:4 1.6mm AUDIO BD REV.01
N1700w

RES RP 1K 5% 1/16W #0603;"TA-I
TECHNOLOGY"
RES RP 10K 5% 1/16W CHIP
#0603 ;"TA-I TECHNOLOGY"

CAP AE 100uF 20% 25V 105C6.3*7.7
SMD

CAP CC 0.01uF 10% 50V X7R
#0603;"YCTC""TEAM YOUNG"
CAP CC Y5V 0.1uF +80/-20 50V
#0603;"YCTC""TEAM YOUNG"

CAP AE 220uF 20% 6.3V 105C 6.3*7.7
SMD

CAP CC 0.033uF 10% 25V X7R Chip
#0603
CAP CC 0.047uF 10% 50V X7R CHIP
#0805

INDCTR EMI BEAD 45/100MHz DIP
RH035045PT-B
INDCTR COIL 15uH 20% SMD
SLF1045T-150M2R2
EMI MLB_1608-0040A-N2(40
Ohm/100MHz/0603)
TRNSTR NPN GENERAL MMBT3904LT1
SOT-23"MOTOROLA","PHILIPS"
TRNSTR 2N7002 GENERAL PURPOSE
SOT23 "MOTOROLA","NS","PHILIP"
*CNNT M 2P 2mm ST/DIP "JST=B 2B­PH-K-S"

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PH-K-S"

J2 11-042M1-302

J1 11-122M1-303

U2 20-A032D-041

U5 20-LMC64-821

U1 20-LMC64-841

U3. 20-UA78L-091

*CNNT M 4P 2mm ST/DIP"JST=B 4B-PH­K-S"
*CNNT M 12P 2mm ST/DIP "JST B-12B­PH-K-S"
IC AUDIO POWER AMP. TPA032D04
10W STEREO DCA TI
IC LMC6482IM Dual Operational AMP.
SO8
IC LMC6484IM QUAD OPERATIONAL
AMP. SO14
IC UA78L09 VOLTAGE REGULATOR
SO8 TI

10.3 PCBA Front Panel Board

Location1 Location2 Location3 Location4 P/N Description Q’ty

80-55003-001

00-55003-001 *PCB L:2 1.6mm F/P BD REV.04 N1700w 1

L7 01-00034-501 RES RP 0Ω 5% 1/4W CHIP #1206 1

L1,L2,L3,L4,L5,L
6,R3
R4,R5,R8,R9,R1
1,R12,R13,R24
R10,R14,R15,R2
0,R21,R22,R25,
R26,R27,R30,R3

1.

R6,R7 01-18136-501 RES RP 180 5% 1/16W CHIP #0603 2

R2 01-47336-501 RES RP 47K 5% 1/16W CHIP #0603 1

R17 01-68436-501 RES RP 680K 5% 1/16W #0603 1

R18,R19 01-75336-501 RES RP 75K 5% 1/16W #0603 2

C2. 02-01047-101 CAP CC 1.0u 16V Y5V CHIP #0805 1

C1,C7,C18 02-10844-201

C6,C8,C9,C10,C
11,C12,C13,C14

C3 02-22074-001 CAP TAN 22uF 20% 16V CHIP C SIZE 1

Y1 07-40000-002

Q1,Q2 08-2N390-402

D7 09-00000-003

D1,D2,D3,D4,D5,
D6,D8,D9,D10

J1(PIN 1).

S1~S8. 11-019M0-301

J8 11-032M1-301

J6. 11-042M1-302

J7 11-059F2-006

J3 11-082M1-301

U2 20-EM030-001

22-55003-001

U1 21-IC16F-731

U3 49-00001-001

01-00036-502

01-10136-501 RES RP 100 5% 1/16W #0603 8

01-10316-501 RES RP 10K 1% 1/16W CHIP #0603 11

02-15447-101 CAP CC 15PF 10% 50V NPO #0603 8

09-DAN21-701 DIODE ARRAY DAN217 SMD "ROHM" 9

11-015F1-301 +CNNT F 1P 2.54mm DIP ST

PCBA FRONT Panel BD REV.0009
N1700w

RES RP 0 5% 1/16W CHIP #0603;" TA -I
TECHNOLOGY"

CAP CK 0.1uF 10% C1608*R1C104K 16V
#0603;"TDK"

XTAL RESONATOR 4.00MHz
CSTCR4M00G53
TRNSTR NPN GENERAL MMBT3904LT1
SOT-23"MOTOROLA","PHILIPS"
DIODE DUAL LED GRN&ORG
EVERLIGHT:519-1EVGW

CNNT M 1P ψ2.36MM ST"TU6007W BV­01"
*CNNT M 3P 2mm ST/DIP "JST=B 3B­PH-K-S"
*CNNT M 4P 2mm ST/DIP "JST=B 4B­PH-K-S"
CNNT PHONE JACK 2SJ-0510-A07 LIME
FOR PC99
*CNNT M 8P 2mm ST/DIP "JST=B 8B­PH-K-S"
IC CAPACITIVE TOUCH SENSOR EM03
8-CH SMD EASTERN
FW EEPROM CMOS SO28 MICROCHIP
PIC16F73 N1700w
UNBRNDIC PIC16F73 CMOS SO28
MICROCHIP
INFRARED RECVR RPM6938-V4
CF37.9KHz

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LS1. 49-30101-001 MAGNETIC BUZZER 5V 2.4KHZ 12*9mm 1

U3. 51-55012-001

*LED HOLDER NYLON66 LED-8M*3
N1700W

1

10.4 Assemble Parts

Location1 Location2 Location3 Location4 P/N Description Q’ty

47-55001-001

51-55004-001 +HINGE CAP ABS

51-55011-001 ViewSonic Logo ABS81.7*32.9MM

52-55003-001 RUBBER FOR VESA MOUNT N1700w

70-55001-001 ASS'Y LCD DISPLAY N1700w

48-55001-001 +TFT LCD 17" W ide TFT LCD

51-55001-001 +FRONT COVER ABS

51-55002-001 +REAR COVER ABS

51-55014-001 CONNECTOR FILM CLEAR MYLAR

52-55002-001 CUSHION PUBBER(CIRCLE)

52-55007-001 CUSHION RUBBER CONCAVE

61-55006-001 Bird logo AL 18.3*12.7mm

61-55007-001 ViewSonic Logo AL 43*7*1.2MM

70-55001-D10 ASS'Y MAIN CHASSIS N1700w

41-00002-006 EMI GASKET 20W*1H*100L(mm)

41-00002-009 EMI GASKET 10W*10.5H*40L(mm)

41-00002-010 EMI GASKET 10W*10.5H*185L(mm)

41-00002-011 EMI GASKET 10W*10.5H*280L(mm)

41-31013-001 EMI GASKET 773GT 10*5*15mm

41-31015-001 EMI TAPE 80013 15*20mm

41-55002-006 EMI GASKET 10*5.5*155mm(WHL)

41-55002-007 EMI GASKET 25*1*175mm(WHL)

42-55001-001 W.A. 9/9P UL 1095#28 L180mm

42-55002-001 W.A. 12/12P UL 1095#28 L110mm

42-55003-001 +W.A. 8/8P UL 1095#28 L250mm

42-55004-001 +W.A. 2/2P UL 1571#28 L170mm

42-55005-001 +W.A. 2/2P UL 1571#28 L350mm

42-55006-001 +W.A. 4/4P UL 1095#28 L400mm

42-55007-001 ASSY FPC FOR Fujitsu PANEL

42-55011-001 +W.A. 3/3P UL 109#28 L630MM

42-55012-001 +W.A. ASSY N1700w

44-55001-001 INVT Fujitsu FLC43XW C6V

51-00001-001 CABLE TIE PG-YJ-80

51-55013-001 WIRE MOUNT NYLON66 FW-1S-3M

51-80102-001 OPEN CLOSED BUSHINGS SB-0609A

61-00001-001 HEAT SINK AL-BLACK

61-55001-001 +MAIN CHASSIS t1.0 SECC

AC ADPTR IN:AC100-240V 2.5A

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85-1A122-080 SCREW PAN HEAD M2*L8 NI

85-SA123-120 SCREW BIN TAP/2L M3*12 Ni

85-SA124-120 SCRW BINDING TAP M4*L12

85-WA123-080 SCREW PAN TAP M3*8 Ni

85-WD123-110 SCRW PAN HEAD TAP1 LEAD

70-55002-001 ASS'Y STAND N1700w

51-55006-001 +FRONT ARM COVER ABS

51-55007-001 +REAR ARM COVER ABS

51-55008-001 +STAND BASE COVER ABS

51-55010-001 CABLE CLAMP Nylon66 FCW-50H

52-55004-001 RUBBER FOOT (L/R)

52-55005-001 RUBBER FOOT (FRONT)

52-55006-001 RUBBER FOOT (BACK)

61-55004-001 +BASE PLATE t3.0 SGCC

61-55005-001 HINGE TILT N1700w

85-4A524-080 SCRW FLAT HEAD MECH

85-WA323-060 SCRW PAN TAP M3*6 BLACK

85-YA123-070 SCRW FLAT TAP M3 L7 NI

85-005AG-075 SCREW HEX I/O #4-40*H5*L7.5 Ni

85-2A624-080 SCRW BIN MECH M4*8

35-30101-001 LABEL SPEC ST200

35-55001-001 LABEL CARTON

35-55002-001 +LABEL SPEC

36-55001-001 N1700w Quick Start Guide

36-55004-001 N1700w CD Wizard Book

36-55006-001 CD Wizard Book plastic bag

36-55007-001 CD Wizard program

42-50115-001 CABLE POWER CORD 1830mm SP30+I

42-55008-001 +CABLE VGA 1800mm

42-55009-001 CABLE AUDIO 1800mm

42-55010-001 CABEL SCHUKO 1800mm

49-55001-001 REMOTE CONTROL RC-36B

51-31004-001 PROTECTIVE FILM 2105 245MM(W)

51-53409-001 ESD BAG LDPE PV740

51-55015-001 +HANDLE PLATE PP NATURAL

51-55016-001 +HAND HOLDER PP NATURAL

55-55001-001 +CARTON AB-18 553*250*516mm

55-55002-001 +ACCESSORY A-8 450*228*50mm

55-55004-001 +C COVER AB-18 114*110CM

56-55001-001 +CUSHION RIGHT EPE

56-55002-001 +CUSHION LEFT EPE

57-00001-001 PACK SIO2 DRIER 20g

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11. Disassembly Procedure

11.1 Disassemble the Stand Unit from the Main Unit.

11.1.1 Remove the Hinge Cap (51-55004-001) by pulling the opening between Hinge Cap and Rear Cover.

11.1.2 Remove the Rear Arm Cover (51-55007-001) by pulling the position with “PULL” on the cover.

11.1.3 Unscrew four screws (85-2A624-080; SCRW BIN MECH M4*8) on the Hinge (61-55005-001; HingeTint) of

the Stand Unit.

Note: Torque for re-assembly 6 Kg w-cm

(1) (2.)

(3.)

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11.2 Disassemble the Front Cover and Front Panel:

(1.)

(2.) (3.)

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\

J3 J6

(4.)

(5.)

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11.2.1.Put two thumbs onto rim of Front Panel (51-55003-001) (Position as arrows indicate) while four fingers on

the outer rim

11.2.2.Unscrew two of screws (85-SA123-120) from front panel board right to the other side

Note: Torque for Re-assembly 4 Kgw

11.2.3.Unscrew screw (85-WA123-080; Screw Pan Tap M3*L8) from middle of the front board position

Note: Torque for Re-assembly 4 kgw

11.2.4.Disconnect speaker wire from J3 and J6

11.2.5.Take the wire from wire mount socket (51-55013-001 WIRE MOUNT NYLON66 FW-1S-3M)

11.2.6.Use thumbs to press the lower side of Front cover (51-55001-001) along with the four corners edge, and

removed it

Note: Torque for Re-assembly 4 Kgw

(6.)

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11.3 Disassemble the LCD-Module/Main-Chassis Assembly

(1.) (2.)

(3.)

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11.3.1.Unscrew four screws (85-SA124-120/SCREW BINDING TAP M4*L2) on the LCD Module

Note: Torque for Re-assembly 6 Kgf-cm

11.3.2.Disconnect the other Speaker wire position right to left

11.3.3.Invert LCD-Module/Main-Chassis Plate Assembly

11.3.4.Isolated the rear cover and main assembly in right side position

Note: Be careful not to damage the machine especially in LCD panel

11.4 Disassemble the Main chassis Plate.

(1.)

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(2.)

(3.)

(4.)

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(5.)

(6.)

A-1

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11.4.1.Removed the tape and LCD wires from LCD panel

11.4.2.Unscrew four screws from the rear plate chassis. (85-WA323-060; SCRW PAN TAP M3*6 BLACK)*4

(7.)

A-2

Note: Torque for Re-assembly 3 Kgw

11.4.3.Unscrew four screws from the I/O port position. (85-005AG-075; SCREW HEX I/O #4-40*H5*L7.5 Ni)*4

Note: Torque for Re-assembly 6 Kgw

11.4.4.Unscrew two screws from FPC connector position. (85-1D122-100; SCREW PAN HEAD M2 L10 NI WITH

FLAT WASHER)

11.4.5.Removed the FPC tape

11.4.6.Unscrew main chassis screw from the “A1” position. (85-1F123-080) *1

Note: Torque for Re-assembly 3 Kgw

11.4.7.Unscrew main chassis screw from the “A2” position. (85-1F123-080) *1

Note: Torque for Re-assembly 3 Kgw

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11.5 Disassemble IP board Unit.

(1.)

J7 J8 J1 J2 J4

(2.)

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(3.) (4.)

11.5.1.Disconnect FPC wire connector J1 from the LCD Module and turn over to the other side

11.5.2.Disconnect the J8, J7, J2 and J4 wire

11.5.3.Unscrew two of FPC screws from IP board (85-00523-050; SCRW HEX HEAD M3*H5*L5) *2 sets

(Note: Torque for Re-assembly 6 kg)

11.5.4.Unscrew main chassis screw (85-1F123-060; SCREW FLAT MECH W/SW M3*L6 NI) *3 sets,

(Note: Torque for Re-assembly 4 kg)

11.5.5.Take the IP board and put down the safety with ESD area

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11.6 Disassemble the Audio Board

J2 J3 J4 J1

(1.)

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11.5.1.Disconnect the wire connectors J1, J2, J3 and J4 from the Audio Board (80-55002-001)

11.5.2.Unscrew four screws (85-1F123-060/SCREW FLAT MECH W/SW M3*L6 Ni) and remove the Audio Board

from the Main Chassis

Note: Torque for Re-assembly 4kgw

11.7 Disassemble the Inverter Board

(1.)

CN1

(2.)

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11.7.1.Unscrew three screws (85-1F123-060/ SCREW FLAT MECH W/SW M3*L6 Ni) on the Inverter Board

(44-55001-001)

Note: Torque for Re-assembly 4Kgf-cm

11.7.2.Disconnect the CN1 connector from the inverter board

11.8 Disassemble the Speaker

11.8.1.Unscrew right of screw ((85-WD123-110/ SCRW PAN HEAD TAP1 LEAD M3 L11 NI WITH FLAT

WASHER )*1 set from right speaker position (75-55003-001 ; ASSEMBLY SPEAKER SOUNDMATTER)

Note: Torque for Re-assembly 6Kgf-cm

11.8.2.Unscrew left of screw ((85-WD123-110/ SCRW PAN HEAD TAP1 LEAD M3 L11 NI WITH FLAT

WASHER ).*1 set from left speaker position (75-55003-001 ; ASSEMBLY SPEAKER SOUNDMATTER)

Note: Torque for Re-assembly 6Kgf-cm

11.8.3.Removed the speakers from rear cover (51-55002-001 REAR COVER ABS)*1 set

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12. Alignment Procedure

12.1 Alignment Environment

12.1.1 Dark room with lux lower than 0.1 (lux)

12.1.2 Run in the N1700W for 30 minutes. (Please refer to 12.2 Run in procedure for detail test.)

o

12.1.3 Room temperature. (Approximately 25degree

12.1.4 Test Resolution and Frequency: (a.)1280*768 @ 60HZ

12.1.5 Image Size: Full Sized. (Full White)

12.2 Run in procedure

12.2.1 Unplug the power cord from the power adaptor

Figure 12.2.1.

12.2.2 Press Up, Down, Left and Right buttons at same time and hold. (Burn In Mode)

Figure 12.2.2

12.2.3 Plug in the power cord to power adaptor

12.2.4 Wait for 2 seconds and the N1700w will go to run in mode automatically

12.2.5 After run in process is finished, power off the N1700w

C)

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12.3 Equipments needed:

12.3.1 WBT with Color alignment program V 1.4

12.3.2 PC with DVI and VGA interface

12.3.3 N_test.Exe Program

FIGURE A-1 COLOR ALIUNMENT TEST VER1.4

12.3.4 MINOLTA LCD ANALYZER (CA110)

12.3.5 RS232 Wire. (With new internal layout)

12.4 Alignment procedure

-In N1700w Side:

12.4.1 Disassemble keypad cover

12.4.2 Connect the N1700w power adapter

-In EDID Board Side:

12.4.3 Connect the RS232 EDID transit wire to the WBT or PC

12.4.4 Connect the IP board transit wire to EDID Board JP3

12.4.5 Make sure JP1 on EDID Board is both at “OFF” stage

12.4.6 Connect the EDID power cable

12.4.7 Switch ON the power

-In PC or WBT Side:

12.4.8 Connect the Keyboard and Mouse are ready on PC or WBT stand by

12.4.9 Connect the COM1 cable from EDID board to the PC or WBT side

12.4.10 Connect the VGA cable and Power cable to the PC or WBT side

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12.4.11 Turn on the PC

12.4.12 Going to the test program under MS-DOS, and enter the new exactly time and date, if available

12.4.13 Run test program (For example: C::\WORK\coloradj.exe)

-In PC, NB, or WBT Side:

12.4.14 With N_TEST test program or DISK are on ready

12.4.15 Run the N_TEST test program as figure A-1. (Icon number 9)

12.4.16 Choose Icon no 9 to have full white test picture

Figure A-1 White Picture Icon Position

-In LCD COLOR ANALYZER Side:

12.4.17 Switch on the MINOLTA LCD color analyzer CA110

12.4.18 Press the 0-CAL key and setting from 6500K.for calibration

12.4.19 Totally darken the probe of the CA110

-Combination with 3 units machine.

12.4.20 Key in “E/F/G” for 9300K/6500K/5000K color temp. to adjust the values from the WBT or PC side

12.4.21 Press the MENU button (second button front the right of the N1700w

12.4.22 Choose color tab by pressing the Up/Down button, then press Enter button. (Please refer to the next

12.4.21)

12.4.23 Choose 9300K/ 6500K/5000K then press the enter button as you want. (we’re recommend you to choice

9300K to 5000K for test

12.4.24 Then press the Enter+Menu key button at the same time (at least hold for 6 seconds). The LED will start

blinking. Make sure the picture is still full white form the PC or NB with N_TEST program

12.4.25 Put the probe on the center of LCD panel. Adjust the color temp. (x,y value) by pressing the number key

of the key board.(about detail value, please refer to the SPEC from the figure A-4)

12.4.26 Press S to save the value of 9300K/6500K/5000K color temp. Adjust the values for the saved

12.4.27 Press I to OFF line the N1700w. And the LED will stop blinking

12.4.28 Repeat from 12.4.21 to 12.4.27

12.4.29 When all the settings are ready. Press X to ESC the 9300K/6500K/5000K color temp

Icon no.9

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Figure A-2.Key Pad Function Adjustments

Figure A-3. COLOR ALIUNMENT 5K TEMP ADJUSTMENT

Key Function

7 Red decrease.

9 Red increase.

4 Green decrease.

6 Green increase.

1 B decrease.

3 B increase.

Q Fine tune.

E Coarse tune.

X ESC of test program.

H OFF line the N1700W.

5000K/6500K/9300K.

FOR9300K/6500K/5000K

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Items X value. Y value.

White Point : Default

i.e. Panel “NATIVE COLOR

TEMPERATURE”).
5000k (Center Only). 346 +/-0.020 359 +/-0.020
6500k (Center Only). 313 +/-0.020 329 +/-0.020
9300k (Center Only). 283 +/-0.020 297 +/-0.020
Figure A-4. Alignment X, Y adjustment value

296 +/-0.030 306 +/-0.030

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13. EDID Programming Procedure

13.1 EDID Board Layout

13.1.1 CON1=>Connect the VGA wire to the PC Monitor

13.1.2 CON2=>Connect the DVI wire to the N1700W rear of the position

13.1.3 P1=>Connect the RS232 wire from EDID board to the PC unit for downloading

13.1.4 JP1=> (1.)Switch ON to the top always, when start to transmission the data (Only for Color Alignment)

(2.)Switch OFF to the down always, when start to transmission the data. (Only for OSD

upgraded)

13.1.5 Sw2=>Stand by mode.(Power on or off )

13.1.6 Sw1=>Reset the data or Clear the data

13.1.7 JP3=>Color Alignment Socket

13.1.8 J1=>Connect the AC power code wire to the board

CON1 CON2

J1

JP3

SW2

JP1

P1

SW1

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13.2 EDID Programming Equipment Needed (For serial number programming.)

13.2.1 N1700w unit

13.2.2 PC with “EDID application” program installed in Windows OS

13.2.3 9 pin male to female connector with new layout circuits inside

(Note: In Pc side must using male connector, the other side must using female connector )

13.2.4 Internal layout of the “COM Port” wires table list

13.2.5 Connect the DVI and VGA cable to the board side

Table 13.2.4.

Pin of the EDID board allocation (Female Connector). Pin of the Pc side allocation (Male Connector).

1 5

2 4

3 2

4 3

5 1

6 N/A

7 8

8 7

9 N/A

13.2.6 Notes: Please make sure all the cable connectors must linked to the right position. Especially in
VGA, DVI, Power cable, even including COM Port with new internal layout. (Please refer to figure
Table 13.2.4). by the way, the JP1 switch are always on the top (ON) position

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13.3 Serial number Flashing Programming Procedure

-In NB, PC Site:

13.3.1 Power on the PC or NB in Windows OS mode

13.3.2 Click EDID icon. Then the “EDID application” window will show up. (Provided from VBC)

Table 13.3.2. EDID Application

13.3.3 Switch Jumper to “ON ” position

13.3.4 Connect the DVI and VGA cable to the board sides

13.3.5 Key in the serial number of N1700w correctively in the “Bar Code” box. ex: (A1HYYWWXXXX.) (Pease

refer to the Appendix chapter.)

13.3.6 Choice “COM 1” port for setting

13.3.7 Click “Program” button

13.3.8 The EDID will be programmed into N1700w. A dialog box with “finish reading” will showing up, then click

“OK”, when finished

-In N1700w Site:

13.3.9 Plug the power cable

13.3.10 Plug DVI and VGA cable to the rear arm of N1700w socket

13.3.11 Notes: Please do not power on the N1700w unit

Key in serial number

As if 13.3.2

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13.4 OSD Firmware Programming Updated

-In EDID Side:

13.4.1 Connect to the COM1 cable to the N1700w side. (Using new internal layout of RS232 cable)

13.4.2 Switch the Jumper on JP1 to “OFF “ position

13.4.3 Connect to the power cable

13.4.4 Connect to the wire from IP board to EDID board on JP3

13.4.5 Switch on the power from the EDID board

-In PC or NB Side:

13.4.6 Please refer to the Chapter 16

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14. Testing Procedure

14.1 Testing Equipment needed

14.1.1 N1700W

14.1.2 PC with N_test program installed

14.1.3 ViewSonic VXP25 TV Module

14.1.4 Viewsonic VXP10 TV Module

14.1.5 DVD player with Y P

14.1.6 VGA cable

14.1.7 DVI cable

14.1.8 S Video cable

14.1.9 Y P

14.1.10 Audio cable

14.1.11 Coaxial cable

14.2 Missing Pixel and Cosmetic Inspection (Only for new panel replacement)

14.2.1 Connect VGA cable between N1700w and PC with Ntest.exe program installed

14.2.2 Turn on N1700w

14.2.3 Run Ntest.exe program

14.2.4 The Master pattern will show up, and then click Icon no.9

14.2.5 Check LCD panel under full white pattern

14.2.6 Click left button of mouse once for R, G, B and blank screen. Check the LCD panel

14.2.7 The specification of LCD panel

cable

b Pr

Definitions 1.One Pixel consists of 3 dots.

Max # of Bright Spots (R/G/B) 2

Max # 2 dots adjacent (Bright) 1

Max #3 dots adjacent (Bright) 0

Max # of Bright Spots (R/G/B) 4

Max # of 2 dots adjacent (Dark) 2

Max # of dark spots (Total) 0

Max # of combined Bright +Dark

Spots

Notes: For more detail and other REJECT area, please reference “Fujitsu FLC43XWC6V-02T 17W
Module Spec “to VisionBank dated 11/18/2002 Rev B

, S video and Coaxial AV output

b Pr

Panel Defect Specification

2.All defect must occur in “viewable” and “active” area of

the panel.

3.Brightspot = Viewable at 30in (76.2cm) distance from

screen when display a “flat black” imagine.

5 Sub pixels or 2 Pairs.(Any combination).

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14.2.8 Cosmetic Defect Check

14.2.9

Polarizer Scratch

0.3mm<w<0.5mm,

L<=0.5MM

Polarizer Scratch

0.5mm < W

Dent or Nick < =6

14.3 VGA Testing

14.3.1 Connect VGA cable between N1700w and PC with Ntest.exe program installed

14.3.2 Turn on the N1700w

14.3.3 Run Ntest.exe program

14.3.4 The Master pattern will show up, then check the display quality

14.3.5 Repeat 14.4.2 and 14.4.3 for different resolution and refresh rate

Resolution Refresh Rate

640*350 70 Hz
600*400 70 Hz
720*400 70 Hz
640*480 60 Hz
800*600 60 Hz
832*624 75 Hz
1024*768 60 Hz
1152*864 60 Hz
1280*720 60 Hz
1280*760 60 Hz
1280*960 60 Hz
1280*1024 60 Hz
1600*1200 60 Hz
1920*1080 60 Hz

14.4 DVI Testing

14.4.1 Connect DVI cable between N1700w and PC with N_test.exe program installed

14.4.2 Run Ntest.exe program and the “DisplayMate for Window Video Edition” window will show up

14.4.3 The Master pattern will show up, then check the display quality

14.4.4 Repeat 14.5.2 and 14.5.3 for different resolution and refresh rate

< = 5

0

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Resolution Refresh Rate

640*350 70 Hz
600*400 70 Hz
720*400 70 Hz
640*480 60 Hz
800*600 60 Hz
832*624 75 Hz
1024*768 60 Hz
1152*864 60 Hz
1280*720 60 Hz
1280*760 60 Hz
1280*960 60 Hz
1280*1024 60 Hz
1600*1200 60 Hz
1920*1080 60 Hz

14.5 S Video / Audio Testing

14.5.1 Connect S Video cable between DVD player and VXP10 TV Module

14.5.2 Connect VXP connector of VXP10 TV Module to N1700w

14.5.3 Play DVD

14.5.4 Turn on the N1700w and press “Enter” to choose the “SOURCE: S VIDEO”

14.5.5 Check the display is normal or not

14.5.6 If the display from S video is normal, then turn off the power of N1700W. Go to testing item 14.7

Note: The VXP connector should be normally powering off, otherwise, the OSD firmware will be
lost

14.6 Y P

14.6.1 Connect Y Pb Pr cable between DVD player and VXP25 TV Module

14.6.2 Connect Audio cable between DVD (Audio Out) and VXP25 (Audio In)

14.6.3 Connect VXP connector of VXP25 TV Module to N1700w

14.6.4 Play DVD

14.6.5 Turn on the N1700w and press “Enter” to choose the “SOURCE: Y

14.6.6 Check the display is normal or not

14.6.7 If the display and audio from Y P

/ Audio Testing

b Pr

”

PBPR

are normal, then turn off the power of N1700w. Go to testing item

b Pr

14.8

Note: The VXP connector should be normally powering off, otherwise, the OSD firmware will be
lost

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14.7 Co-Axial AV Testing

14.7.1 By using RF

(a) Connect RF Coaxial cable to RF connector of VXP25

(b) Turn on the N1700W and press “Enter” to choose the “SOURCE: TUNER”

(c) Check the display and audio are normal or not

(d) If the display and audio from RF are normal, then turn off the power of N1700w

14.7.2 By using VHS Player

(a) Connect Coaxial cable to RF connector of VXP25

(b) Play VHS player

(c) Turn on the N1700w and press “Enter” to choose the “SOURCE: TUNER”

(d) Check the display and audio are normal or not

(e) If the display and audio from RF are normal, then turn off the power of N1700w

Note: The VXP connector should be normally powering off, otherwise, the OSD firmware will be
lost

14.8 Audio Out and Audio In Testing

14.8.1 Audio Out

(a) Connect External speaker to Audio out connector of N1700w

(b) Check Audio Out from any one of testing procedure 14.5, 14.6 or 14.7

14.8.2 Audio In (Only for SOURCE: RGB and SOURCE: DVI)

(a) Connect the audio cable between Audio In connector of N1700w and any audio resource (CD player or tuner)

(b) Turn on the N1700w and check if the audio comes out from internal speaker

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1.LCD product

1.1 Luminance/brightness

With a fully driven flat field of the active raster size using a PC for the video signal generator “purity-w,

purity-r, purity-g, and purity-b” pattern, with the monitor’s brightness control set so the background raster is

just extinguished (brightness control set to factory default).

1.2 Each RGB element of a pixel is called a subpixel. Subpixel which contains

counted as a defect point. One block of a adjacent defective subpixel is counted as 1 or 2 defective

subpixels. With a fully driven flat field of the active raster size using a PC for the video signal generator

“purity-w, purity-r, purity-g, and purity-b” patterns.

2.Pixel Defects

Defect Type Maximum Permissible` Minimum Distance

Bright Subpixel 15 2.0mm

Bright Green Subpixels 6 4.0mm

Dark subpixels 15 2.0mm

Adjacent Subpixels 3 2.0mm

Block Defects 4 20.0mm circle

Block Defects w/Bright Subpixels 3 20.0mm circle

Total # of Defective subpixels 15 2.0mm

3. Screen defects

Defect Type Maximum Permissible

Scratch on polarize 0.01 mm < W ≤ 0.10 mm, 1.0mm < L ≤10.0 mm

Bubbles 0.10 mm < W ≤ 0.10 mm, 0.30 mm <L ≤ 2.1 mm

Black line, white line (lint, hair) 0.03 mm < W ≤0.10 mm, 0.30 mm <L ≤ 2.1mm

Black spot /White spot (circular) 0.10 mm < diameter < 0.40 mm

Total # of defects 15

15. LCD Service Criteria (B STOCK Check).

defect area, is not

1/2

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16.OSD Firmware Update Procedure.

16.1 Disassemble the Front Panel directly as like following photos showing

16.1.1 Removed the front cover from the N1700w

16.1.2 Take off the front cover carefully

16.1.3 Connect the wires (Power cable, VGA cable and J4 cable to the EDID board location on JP3

16.1.4 Switch Jumper to OFF position for sure from EDID board.

16.2 Firmware Upgrade Program Running

16.2.1.Unzip the TTERMP23.zip program and install this program (setup.exe) at your PC or Notebook.

(1.) (2.)

(3.)

Notes: The program is provided by VBC

16.2.2.You can see the Tera Term Program Icon on your PC desktop. Operate it directly

16.2.3.Setup Program System: Select Setup – Serial Port – Baud Rate – Set up “57600” – Finish program

installation

16.2.4.Operate Tera Term Program. Hold and jump to do the following “15.3” action

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16.3 Unplug the power cable of N1700w

16.4 Holding on the (MENU+UP+RIGHT) at the same time

16.5 Plug the power cable of N1700w, and waiting the LED is become to Orange

16.6 Firmware Upgrade Process Running (In Tera Term Side):

[Right] + [Up] + [Menu]

16.6.1.Press “C” to continue: Type “C” (1)

16.6.2.”Erase the on board FLASH memory? (y/n) : Type “y” ….(2.)

16.6.3. “Waiting for download BANK7 Hex Code Press Windows Program: File – Send File – Open the file

12xx.hex (3,4,5)--- Depend on firmware version code number and file name.

16.6.4.Download Process,,,,,,,, (6),,,,,,,,,Finish (7)

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(1.) (2.)

(3.) (4.)

(5.) (6.)

(7.)

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17.Expolded Overview

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18.Schematic Diagram

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19.Appendix

N1700w PROJECT ASSIGNMENTS

ITEM DESCRIPTION COMMENT

Product Name ViewSonic N1700w
Model Number VLCDS24517-1W See Note #18.1 Below
EDID Product ID Byte 0x10= 0x0B, 0x11=0x5C See Note #18.2 Below
Manufacture ID 0x5A, 0x63 See Note #18.3 Below
UPC Code 766907 63021 3 Appears on External Carton Box.
Serial Number Format

19.1.N1700w Model Number:

All safety and compliance under this number. All safety certificates should list the Model Number (not as

“N1700W”) but as” VLCDS24517-1W” or “VLCDS24517-XY”. (-X =Revision#, Y =Region of Sale). Y =w

(worldwide Model),M(N. America),etc. this model number must also appear on the rear label (Use existing VS

Monitor as template)

19.2.EDID Product ID:

Within the monitor's EDID Data Structure, these two bytes (Hexadecimal) are assigned as the EDID " Product ID "

This is unique to the N1700w only

19.3.ViewSonic Company ID (EDID)

These are the data bytes (Hexadecimal) that are contained in the EDID for the ViewSonic Corporation for the

EDID "Manufacture ID". This is common to ALL ViewSonic Display Products

A1HYYWWxxxxx

See Note #18.4 Below

19.4.N1700w Serial Number Format = A1HYYWWxxxxx

The serial number must appear on the monitor's "Rear Label" and on the external carton box sticker

YY = Year of Manufacture. Two Digit Integer. (i.e. 2002 = "02")

WW = Week of Manufacture, two digit integer from 01 - 52.. (Jan 1 = "01", Dec 31 = "52").

xxxxx = Sequence #. 5 Digit Sequence # of Production. Integer values only. VisionBank fully controls

this. This value must also appear in the EDID under the "Serial Number" Field

A1H is uniquely assigned to the N1700w only

19.5.Notes: Please make sure that EDID Application (table 13.4.2.) must install PC or NB

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19.6.Product Label:

19.6.1. Rear Label (-W)

19.6.2. Carton Box UPC label.(-W)

19.6.3. Rear serial Number Label.

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*Readers Response*

Dear Readers:

Thank you in advance for your feedback on our Service Manual,which allows continuous improvement

of our products. We would appreciate your completion of the Assessment Matrix below, for return to ViewSonic

Corporation.

Assessment

A. What do you think about the content after reading N1700W Service Manual?

tinU tnellecxE dooG riaF daB

1.PRECAUTIONS AND NOTICES

2.SPECIFICATIONS

3.USER OSD MAIN MENU DESCRIPTION

4.ADJUSTMENT PROCEDURE / EDID DATA

5.FACTORY OSD MAIN MENU INSTRUCTION

6.TROUBLE SHOOTING FLOW CHART

7.WAVE FORMS

8.EXPLODED DIAGRAMS

9.EXPLODED PARTS LIST

10.DISASSEMBLY INSTRUCTION

B.Are you satisfied with the N1700W service ma nual?

metI tnellecxE dooG riaF daB

tnetnoClaunaMecivreS.1

tuoyaLlaunaMecivreS.2

gnitsildnamrofehT.3

C. Do you have any other opinion or suggestion about this service manual?

Readers basic data:

:emaN:eltiT

:ynapmoC

:ddA

:leT:xaF

:liam-E

After completing this form, please return it to ViewSonic Quality Assurance

1-909-444-8654.
([e-mail])

ViewSonic Corporation

You may also e-mail any suggestions to the Director of Quality Assurance

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in the USA at facsimile