ViewSonic PJ513D-1 Service Manual

ViewSonic PJ513D-1

Model No. VS11959

Multimedia DLP Projector

(PJ513D-1_SM Rev. 1b May. 2009)

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

Service Manual

i

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Copyright

Copyright © 2009 by ViewSonic Corporation. All rights reserved. No part of this publication
may be reproduced, transmitted, transcribed, stored in a retrieval system, or translated into any
language or computer language, in any form or by any means, electronic, mechanical, magnetic,
optical, chemical, manual or otherwise, without the prior written permission of ViewSonic
Corporation.

Disclaimer

ViewSonic makes no representations or warranties, either expressed or implied, with respect to
the contents hereof and specifically disclaims any warranty of merchantability or fitness for any
particular purpose. Further, ViewSonic reserves the right to revise this publication and to make
changes from time to time in the contents hereof without obligation of ViewSonic to notify any
person of such revision or changes.

Trademarks

Optiquest is a registered trademark of ViewSonic Corporation.
ViewSonic is a registered trademark of ViewSonic Corporation.
All other trademarks used within this document are the property of their respective owners.

Product disposal at end of product life

The lamp in this product contains mercury. Please dis pose of in accordance with local, state or
federal laws.

Revision History

Revision SM Editing Date ECR Number Description of Changes Editor

1a 12/17/2007 Initial Release Jamie Chang

1b

Update RS232 PIN definition, IR code Sophia Kao

05/12/2009

ii

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

TABLE OF CONTENTS

1. Introduction 1

2. Specifications 2

3. Keyboard and Remote Control keys 15

4. IR Code / RS232 Command 18

5. Adjustment Procedure 22

6 Troubleshooting 82

7. Block Diagram 90

8 Schematic Diagrams 91

9. PCB Layout Diagrams 107

10. Exploded Diagrams 109

11. Recommended Spare Parts List 117

1

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

1. Introduction

This section contains general service information, please read through carefully. It should be

stored for easy access place.

Important Service Information

Safety Notice

1 Make sure your working environment is dry and clean, and meets all government safety

requirements.

2 Ensure that other persons are safe while you are servicing the product.

3 DO NOT perform any action that may cause a hazard to the customer or make the product

unsafe.

4 Use proper safety devices to ensure your personal safety.

5 Always use approved tools and test equipment for servicing.

6 Never assume the product’s power is disconnected from the mains power supply. Check that

it is disconnected before opening the product’s cabinet.

7 Modules containing electrical components are sensitive to electrostatic discharge (ESD).

Follow ESD safety procedures while handling these parts.

8 Some products contain more than one battery. Do not disassemble any battery, or expose it

to high temperatures such as throwing into fire, or it may explode.

9 Refer to government requirements for battery recycling or disposal.

General Descriptions

This Service Manual contains general information. There are 3 levels of service:

Level 1: Cosmetic / Appearance / Alignment Service

Level 2: Circuit Board or Standard Parts Replacement

Level 3: Component Repair to Circuit Boards

2

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

2. Specification

1.0 Optical Performance

Tested under 60” (diagonal) image size with Wide projection lens position

unless other specified.

1.1 ANSI Brightness Minimum 1600 Lumens

1.2 Brightness Uniformity

1.2.1 ANSI Uniformity Minimum 55%

1.2.2 Upper-Down unbalance 0.5~2

1.2.3 Left-Right unbalance 0.6~1.67

1.2.4 JBMA Uniformity Minimum 60%

1.3 Contrast Ratio

1.3.1 ANSI Contrast Minimum 150:1

1.3.2 FOFO Contrast Minimum 1200:1

1.4 Light Leakage

1.4.1 Light Leakage in Active Area

<0.5 lux compared to center point within 60” (Diagonal at 2.2m, Wide)

image size. Note: This light leakage in Active area is only described as the

spot light with obvious shape. It is not included the uniformity difference of

the projector for black pattern.

1.4.2 Light Leakage out of Active

Area

<0.65 lux with 54”~80“(Diagonal at 2m, Wide) image size

1.5 Color

X Y

1.5.1 White 0.312±0.04 0.354±0.04

1.5.2 Red 0.640±0.04 0.345±0.04

1.5.3 Green 0.355±0.04 0.548±0.04

1.5.4 Blue 0.141±0.04 0.087±0.04

1.6 Color Uniformity X Y

1.6.1 White 0.040 0.040

1.6.2 Red 0.040 0.040

1.6.3 Green 0.040 0.040

1.6.4 Blue 0.040 0.040

2.0 Image Quality

2.1 Throw Ratio 54”±5% Diagonal at 2m, Wide

2.2 Zoom Ratio (tolerance applied) > 1.10 : 1

2.3 Distortion

2.3.1 Keystone Distortion <1.0%

2.3.2 Vertical TV Distortion <1.0%

2.3.3 Screen distortion l W2-W1 l <6mm , l H2 –H1 l <6 mm

2.4 Projection Offset 120% ±5%

2.5 Focus Range

2.5.1 Visible Range 1~8 m

3

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

2.5.2 Clearly Focus Range 1.5~6 m(Spec. defined as item 2.6)

2.6 Focus

2.6.1 区 Pattern

(1)If pattern can be uniformly focused, pass!

(2)If not, check 2.6.2

2.6.2 Defocus and Flare

Defocus: R<=3.0; G<=2.5; B<=2.5 pixel

Flare: R<=4.0; G<=3.5; B<=3.5 pixel

Slight flare is not counted as flare.

2.6.3 Focus unbalance

Adjust focus from near to far until one corner clear, difference less than 70

cm@60”

Center of 49” diagonal

area

All other area

R-G <2/3 <1

G-B <2/3 <1

2.7 Lateral Color

R-B <1 <1

2.8 Image Quality

2.8.1 DMD Image Quality -

2.8.2 Image Imperfection -

2.8.3 Image Shadow or Blur

Procedure:

1. 54” (Diagonal at 2m, Wide) image size.

2. Default preset mode “ Dynamic”

3. Full white pattern to check the image.

Let the projector on the desk (don’t move it up/down or left/ right) and just

inspect the pattern.

4. Compare to the limit sample of OOB. If blur or shadow worse than OOB,

than NG

2.9 Dynamic Contrast Ratio (DCR)

1. When RGB value of content input is smaller than 20%, system will

automatically switch to Eco mode, if RGB value is greater than 60%, the

projector will back to Normal mode.

2. When DCR function turns on, lamp mode function is grayed out to

disable; when DCR function turns off, lamp mode would return to setting

value.

3.0 Mechanical Specification

3.1 Dimensions 263 x 218 x 108mm (L x W x H)

3.2 Weight 2.6Kgw ± 0.1Kgw

3.3 Security Slot Kensington compatible slot 150N break away force

3.5 Lens Cover Detached Lens Cover

3.6 Feet

Fast adjustable foot in front, Adjustable foot and Fixed foot in rear. foot

Tilt:0-6∘,right/left: +2.2∘/-0.5∘

4.0 Packaging

4.1 Outside Dimensions 370 x 186 x 297mm (L x W x H)

4.2 Weight 3.76Kgw ± 0.1Kgw (Including Accessories, Projector).

4

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

4.3 Palletization

72 units by Air;

108 units (pallet A)/72 units (pallet B) by sea

2232 units/40’ container, or 1080 units /20’ container

5.0 Thermal Specification

Mechanical component temperature at ambience 0~40℃

5.1 Surface held or touched for short

periods

Normal surface:

Metal < 60°C except screws & terminals

Plastic<65°C except around ventilation (for this model only)

Screw and terminals <55°C

Metal Plastic

5.2 Surface which may be touched
<70°C <95°C

5.3 Exhaust Air

<95°C around ventilation holes

6.0 Environmental

Operating

0~40°C, without condensation

6.1 Temperature
Storage -20~60°C, without condensation

Operating 10~90%RH, without condensation

6.2 Humidity
Storage 10~90%RH, without condensation

Typical

Normal mode: 32dBA @ 25°C

Eco mode: 28dBA @ 25°C

6.3 Audible Noise Level

Maximum

Normal mode: 34BA @ 25°C

Eco mode: 30dBA @ 25°C

6.4 Altitude

Operating:

0~6000ft,25°C±5°C

6000ft~10000ft, 25°C±5°C must be operational and the reliability decrease

is acceptable (not guarantee Power, Ballast, DMD and lamp life)

Storage:

0 to +40000ft sea level(-20 °C to 30°C)

Max altitude in 60°C :0-6500ft

Max temperature in 10000ft:53°C

Safety

CB, CSA, TUV-GS, CCC, PSB, NOM, Korean-eK, Gost-R,

Hygiene, SASO, TUV-Argentina, Ukraine, CE

EMC FCC Class B requirements, CE

7.0 Regulatory

ESD Qisda ESD Specification

8.0 Reliability

8.1 MTBF 40000 hours except DMD chip, Color wheel, Lamp and Ballast

8.2 Lamp Lifetime

Normal : 2000 hours (50% brightness maintenance)

Eco: 3000 hours

9.0 Power Requirements Adhere to Appendix 3.5

9.1 Power Supply (Normal) VAC 90 – 264 Auto-switch (50/60Hz), 3 Wire Grounded

Typical 260 W Max.

9.2 Power consumption
Standby 5W Max.

5

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

9.3 Power Connector IEC-06

10.0 Panel Specification

10.1 Type

Single Chip 0.55” XGA 12 tilt DDR DMD Single Chip 0.55” SVGA 12 　　 　

tilt LVDS DMD

10.2 Pixels 800 X 600

10.3 Color Depth 24 Bits (16770000 colors)

11.0 Compatibility Adhere to Appendix 3

11.1 PC

PC Compatible 640X480 Æ 800X600, compressed 1024 X

768 1280X1024; Composite　 -Sync; Sync-on-Green; Interlace Mode

(8514A);

11.2 Video NTSC/ NTSC4.43/ PAL (Including PAL-M, PAL-N)/ SECAM/ PAL60/

11.3 YpbPr NTSC (480i)/ 480p/ PAL (576i)/ 576p, HDTV (720p/ 1080i)

11.4 DDC DDC 2B

12.0 Image Interface Adhere to Appendix 3.2

12.1 Analog RGB Input

15 pin D-Sub (Female) x 1

G(Y): Video amplitude 0.7/1.0 Vp-p : Impedance 75　

RB(CbCr): Video amplitude 0.7 Vp-p : Impedance 75　

HD/VD/CS: TTL Level

12.2 Video Input

RCA jack (Yellow)

Video amplitude 1.0 Vp-p : Impedance 75Ω

12.3 S-Video Input

4 pin Mini-Din (Female)

Y: Luminance amplitude 1.0 Vp-p : Impedance 75Ω

C: Chroma amplitude 0.268 Vp-p : Impedance 75Ω

12.4 YPbPr Input 15 pin D-Sub (Female) x 1 (Including 12.1)

Y: Luminance amplitude 1.0 Vp-p: Impedance 75Ω

PbPr/CbCr: Chroma amplitude 0.7 Vp-p : Impedance 75Ω

12.5 DVI-A Input N/A

12.6 Analog RGB Output 15 pin D-Sub (Female) x 1

G: Video amplitude 0.7/1.0 Vp-p : Impedance 75　

RB: Video amplitude 0.7 Vp-p : Impedance 75　

HD/VD/CS: TTL Level

13.0 Control Interface

13.1 IR Receiver

IR Receiver x2 Angle: ±30° Distance 0~8m

13.2 Serial Connector RS232 8pin Mini DIN

13.3 USB Connector N/A

14.0 User Interface Adhere to Appendix 3.3

14.1 Operator Keypad

9 Keys:

Power ; Source ; Auto; Left/Blank; Right/Panel key lock ; Mode/Enter ;

Up/Keystone+ ; Down/Keystone-; Menu/Exit

14.2 Indicators

3 LEDs:

Power On/Off Status; Lamp Status; Temperature Status

6

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

14.3 Electric Keystone vertical keystone and adjustable range 40　

15.0 Audio

15.1 Audio Input

Φ3.5mm stereo mini jack x1

500mVrms, 10kΩ

15.2 Speaker Sound system: Mono

Speaker : 2Wx1

Amplifier: Philips PCA8551

Frequency Response: 100-20KHz

Distortion: Amplifier output 1W at 10% distortion

15.3 Audio Output N/A

16.0 Option Box

16.1 Wireless function N/A

16.2 Audio Output N/A

16.3 LAN function N/A

7

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

DDC Table (EDID FILE)

+0 +1 +2 +3 +4 +5 +6 +7 +8 +9

0 00 FF FF FF FF FF FF 00 5A 63
10 20 C5 01 01 01 01 01 11 01 03
20 7A 00 00 78 0A F1 A7 A5 56 5D
30 88 23 15 52 59 AD CE 00 45 59
40 31 59 61 59 81 80 01 01 01 01
50 01 01 01 01 A0 0F 20 00 31 58
60 1C 20 28 80 14 00 00 00 00 00
70 00 1E 00 00 00 FF 00 51 54 59
80 30 37 30 31 30 30 30 30 31 0A
90 00 00 00 FD 00 32 57 1E 64 FF

100 00 0A 20 20 20 20 20 20 00 00
110 00 FC 00 50 4A 35 31 33 44 0A
120 20 20 20 20 20 20 00 51

Address Data description

00 - 07 Fixed Data(EDID header)

08 - 09

ID Manufacturer Name: VSC = 5Ah 63h

(Alphabet number transformed to hex scale from binary)

10 - 11 ID Product Code: 20h, C5h

12 - 15 Not Used

16 Week of Manufacture: 01 (for example; variable)

17 Year of Manufacture: 2007 (for example; variable)

18 EDID Structure Version No.: 1

19 EDID Structure Revision No.: 3

20 Video Input Definition: Analog Signal 0.700V/0.000V

Sync: Separate V Composite V On Green V

Set up - Serration -

21 - 22 Maximum Horizontal Image Size: 0cm Maximum Vertical Image Size: 0cm

23 Display Gamma: 2.2

24 DPMS Supported Feature: Stand by - Suspend - Active off -

Display Type: R/G/B color display Standard Default Color Space: unused

Preferred Timing Mode: supported GTF supported: not supported

25 - 34 Chroma Information: Red x = 0.634766 y =0.338867

Green x = 0.368164 y = 0.544922

Blue x = 0.147461 y =7.51953e-002

White x = 0.313477 y = 0.34375

35 Established Timing I Support:

720X400 @70Hz V 720X400 @88Hz - 640X480 @60Hz V 640X480 @67Hz -

640X480 @72Hz V 640X480 @75Hz V 800X600 @56Hz - 800X600 @60Hz V

36 Established Timing II Support:

800X600 @72Hz V 800X600 @75Hz V 832X624 @75Hz 1024X768 @87Hz -

1024X768 @60Hz V 1024X768 @70Hz V 1024X768 @75Hz V 1280X1024 @75Hz V-

8

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

37 Established Timing III Support:

Reserved - Reserved - Reserved - Reserved -

Reserved - Reserved - Reserved - Reserved -

38 - 53 Standard Timing Identification:

#1 60X480 @85Hz #2 800X600 @85Hz #3 1024X768 @85Hz #4 1280X1024 @60Hz

#5 Non-Description #6 Non-Description #7 Non-Description #8 Non-Description

54 - 125 Descriptor Description

54 - 71 Detailed Timing Description #1: 800x600 @60Hz Pixel Clock = 40.00 MHz

Horizontal Image Size = 0 mm Vertical Image Size = 0 mm

Refresh mode: Non Interlaced Normal display, no stereo

Horizontal

Active Time = 800 pixels Blanking Time = 256 pixels

Sync Offset = 40 pixels Sync Pulse Width = 128 pixels

Border = 0 pixels Frequency = 37.88 kHz

Vertical

Active Time = 600 lines Blanking Time = 28 lines

Sync Offset = 1 lines Sync Pulse Width = 4 lines

Border = 0 lines Frequency = 60 Hz

Sync configuration: Digital Separate V sync: NEGA H sync: NEGA

72 - 89

Serial Number

(Each word to be transformed in ASCII code)

90 - 107

Monitor Description

Monitor Range Limits:

Vertical Frequency (min.) = 50Hz

Vertical Frequency (max.) = 87 Hz

Horizontal Frequency (min.) = 30 kHz

Horizontal Frequency (max.) = 100 kHz

Maximum Supported Pixel Clock = 110 MHz

GTF Standard is unused.

108 - 125

Monitor Description

Monitor Name: PJ513D

126 Extension Flag: 0

127 Checksum: 51 (for example; variable)

9

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Screw List /Torque

Model name : PJ513D

Description Torque Where use

No. Screw P/N

Type Head Length Coating

Q’TY

(kgf-cm)

M2.0 1 8F.1A522.6R0 MACH PHM 6 NI 1 2.5±0.5 Holder adjust foot & Fix block (1*)

Engine HSG & Power BD Shielding

(1*)

2 8F.1G524.5R0 MACH CAP 5 NI 1 4.5±0.5

Blower BKT BTM & Lower Case(2*)

Ballast & Lower Case(3*)

Power Board S/W & Lower Case(2*)

5.5±0.5

Lamp Box & Lower Case(2*)

3 8F.VA564.6R0

TAP

(D-PT)

PHM 6 NI 12

5.5±0.5

Ceiling Mount Plate & Lower

Case(3*)

4 8F.1A524.6R0 MACH PHM 8 NI 2 4.5±0.5 Lamp Door & Lower Case (2*)

Blower BKT & Nozzle(1*)

Main BD Shielding & Power BD

Shielding(5*)

5 8F.1A524.5R0 MACH PHM 5 NI 8 4.5±0.5

Speaker & Rear Cover (2*)

6 8F.VA564.100

TAP

(D-PT)

PHM 10 NI 4 7.5±0.5 Upper Case & Lower Case(4*)

7 8F.VG19.8R0 TAP CAP 8 NI 3 7.0±0.5

Lower Case & Power BD Shielding

(3*)

8 8F.VA564.8R0

TAP

(D-PT)

PHM 8 NI 3 6.0±0.5 Engine HSG & Lower Case(3*)

M3.0

9 8G.00020.423 NUT HEX 3 NI 1 2.5±0.5 Rear adjust foot top(1*)

AC Wire & Power BD Shielding(1*)

M4.0 10 8F.1D526.6R0 MACH TAPTILE 8 NI 4 5.5±0.5

Ceiling Mount Plate & Lower

Case(3*)

#4-40 11 8F.00480.120 MACH STAND 8 NI 4 4.5±0.5 Rear Case & D-SUB(4*)

10

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

1. Timing Table

The Default timing is as following:

Resolution Mode Refresh rate (Hz) H-frequency (kHz) Clock (MHz)

720 x 400 720x400_70 70.087 31.47 28.322

VGA_60 59.940 31.469 25.175

VGA_72 72.809 37.861 31.500

VGA_75 75.000 37.500 31.500

640 x 480

VGA_85 85.008 43.269 36.000

SVGA_60 60.317 37.879 40.000

SVGA_72 72.188 48.077 50.000

SVGA_75 75.000 46.875 49.500

800 x 600

SVGA_85 85.061 53.674 56.250

XGA_60 60.004 48.363 65.000

XGA_70 70.069 56.476 75.000

XGA_75 75.029 60.023 78.750

1024 x 768

XGA_85 84.997 68.667 94.500

1280 x 1024 SXGA3_60 60.020 63.981 108.000

YPbPr support timing is as following:

Signal format fh(kHz) fv(Hz)

480i(525i)@60Hz 15.73 59.94

480p(525p)@60Hz 31.47 59.94

576i(625i)@50Hz 15.63 50.00

576p(625p)@50Hz 31.25 50.00

720p(750p)@60Hz 45.00 60.00

720p(750p)@50Hz 37.50 50.00

1080i(1125i)@60Hz 33.75 60.00

1080i(1125i)@50Hz 28.13 50.00

Video, S-Video support timing is as following:

Video mode fh(kHz) fv(Hz) fsc(MHz)

NTSC 15.73 60 3.58

PAL 15.63 50 4.43

SECAM 15.63 50 4.25 or 4.41

PAL-M 15.73 60 3.58

PAL-N 15.63 50 3.58

PAL-60 15.73 60 4.43

NTSC4.43 15.73 60 4.43

11

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

2. Characteristics of inputs/outputs

Signal Parameter Min Type Max

Impedance 75 Ohm

Amplitude 0.7 Volts peak-to-peak

Black pedestal 0 Volts

RDATA

GDATA

BDATA

Pixel Clock 110 M Hz

Impedance 75 Ohm

Amplitude 1 Volts peak-to-peak

Video amplitude 0.7 Volts peak-to-peak

Sync amplitude 0.3 Volts peak-to-peak

Black pedestal 0 Volts

GDATA_SOG

Pixel Clock 110 M Hz

Impedance 1 K ohm

Amplitude, low level 0 0.8 volt

Amplitude, high level 2.5 5 Volt

HDATA

Frequency 31 82 K Hz

Impedance 1 K ohm

Amplitude, low level 0 0.8 volt

Amplitude, high level 2.5 5 Volt

VDATA

Frequency 48 85 Hz

Amplitude, low level 0 0.8 volt

SDADATA

Amplitude, high level 2.5 5 Volt

Amplitude, low level 0 0.8 volt

SCLDATA

Amplitude, high level 2.5 5 Volt

RXD Amplitude -25 25 Volt

TXD Amplitude -25 25 Volt

Amplitude, total (video+ sync) 1 Volts peak to peak

Amplitude, video 0.7 Volts peak to peak

Amplitude, sync 0.3 Volts peak to peak

CVBS

Luminance

Impedance 75 ohm

Amplitude 300 m Volts peak to peak

CVBS Chroma

Impedance 75 ohm

Impedance (audio in) 10 Kohm

Amplitude (audio in) 0 0.30 Volts rms

Bandwidth 300Hz 16kHz

S/N Ratio 40 %

Audio

Total Harmonic Distortion 10 %

3. Electrical Interface Character

Interface Definition

• 15 pin definition of the mini D-sub male for DDC2B protocol

1

5

6

10

11

15

Pin

Definition

Pin

Definition

Pin

Definition

Pin

Definition

1 Red video

(Pr)

2 Green Video

(Y)

3 Blue Video

(Pb)

4 NC

5

NC

6 Red Video

Return

7 Green Video

Return

8 Blue Video

Return

9 NC 10

Sync. Return

11 Monitor ID

bit 0

12 Bi-directional

data (SDA)

13 Horizontal

Sync

14 Vertical Sync 15 Data clock

(SCL)

• Video Input

• S-Video input

Pin Description
1 GND
2

GND
3 Luminance
4 Chroma

• Control Port

RS232 cable :

Pin

Definition

1 Composite video

input

Composite input

Composite inputComposite input

Composite input

1111

241

3

8 7 6

5 4 3

2

1

12

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

PC side Projector side

CONN1

Function

name

COLOR of Wire

CONN2 Function name

3 TXD Black 1 RXD
7 RTS Brown 2 CTS
4 NC Red 3 NC
5 GND Orange 4 GND
8 CTS Yellow 5 RTS
1 NC Green 6 NC
2 RXD Blue 7 TXD
9 NC White 8 NC
6 NC

13

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

14

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

4. Functionality

The Following functionality will be supported: (Detailed description refer to SW Specification)

Functionality Data (Computer) Video/S-Video YPbPr/YCbCr

Preset Mode YES YES YES

Brightness YES YES YES

Contrast YES YES YES

Color NO YES YES

Tint NO YES YES

Sharpness NO YES NO

Color Temp YES YES YES

H. Position YES NO YES

V. Position YES NO YES

H. Phase YES NO YES

H. Size YES NO YES

Keystone YES YES YES

Language YES YES YES

Auto YES YES YES

Image Ratio YES YES YES

Auto Off YES YES YES

Mirror YES YES YES

Source YES YES YES

Freeze YES YES YES

Blank YES YES YES

Lamp Reset YES YES YES

OSD Timer YES YES YES

Source Scan YES YES YES

Keystone Hold YES YES YES

Mirror Hold YES YES YES

Blank Time YES YES YES

Information YES YES YES

Reset YES YES YES

External Message indicator (Detailed description refer to SW Specification)

Message Occasion

PC/Composite Video /S-Video /Analog YPbPr Searching The system does not detect the signal

Out of range The signal is over the specification

NOTICE :Order replacement lamp , Lamp > 2000 hours Lamp Hour is over 2000 hours

NOTICE: Replacement lamp soon, Lamp > 2950 Hours Lamp Hour is over 2950 hours

NOTICE: Replacement lamp Now, Lamp > 3000 Hours,

Lamp-usage time exceeded.

Lamp Hour is over 3000 hours.

15

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

5 Power Supply Specification

5.1. Input Power Specification

Specification Description

Input Voltage Range The unit shall meet all the operating requirements with the

range 90 ~ 264 VAC

Frequency Range The unit shall meet all the operating requirements with an input

frequency range 50 Hz ~ 60 Hz

Power Consumption Normal operation: 260 W (Max)

standby mode: < 5 W

Regulation Efficiency 80 % (typical) measuring at 115Vac and full load

5.2. Output Power Requirement

The power supply can provide DC output as below：

NO. Voltage Regulation Load Current Range Ripple & Noise

1

+5 V

±5 %

0.06A ~ 0.5 A 100 mV

2 +12 V

±10 %

0.04 A ~ 1.25A 300 mV

5.3. Lamp Power specifications

Specification Description

Applicable Lamp 180W, AC operation

Starting pulse from Ignitor 2.5KV

5.4. Others

Item

Description

Power good signal

Active high after 5 Volt reach 95% of its rating and goes to logic

low at least 0.5ms before power falls to 90% of its rating

High voltage and high

temperature protection

To avoid user from the dangerous of HV and high temperature,

when front door of lamp case is opened whether intentionally or

accidentally, the power should be disconnected immediately.

When the door is closed again, the igniter restart sequence should

be compliant to that is described previously

16

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

3. Keyboard and Remote Control keys

Local Keyboard Description

Key Name Detailed Description
Power Use this button to turn your Data Projector on and off (standby mode).
Source To select input sources as Computer, Video, S-Video, YpbPr
Auto Toggle auto-tracking image function
Left/Blank 1. When user presses the button once, the image would turn to blank and

show “blank” in the right-button screen.

2. When the image is blank, user press this key back to Normal image; if
user presses other buttons on keypad or remove, it would release

3. If there is OSD menu, user can press this key to move to the left item.

Right/Panel Key 1. When user presses the button once, it will enter “Panel key Lock”

setting.

2. When panel key is locked, user could press this key for 3 seconds to
release Panel Key Lock( If the panel key lock is active, user still could
use power key to turn on/off the projector)\

3. When there is OSD menu, user can press this key to move to the right
item

Up/Keystone+ 1. When user presses this button once, it will increase the keystone value.

2. When there is OSD menu, user can press this key to move to upper
item.

Down/Keystone- 1. When user presses this button once, it will decrease the keystone value.

2. When there is OSD menu, user can press this key to move to next item.

Menu/Exit 1. User could press this button to call OSD

2. When it exists OSD, user could press this button to leave current page
to main menu or to close OSD.

Mode/Enter 1. When there is No OSD menu, this button is Mode hot key; user would

press this button to choose one of preset modes.

2. When there is confirm messages, user could press this key to confirm
selection.

17

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Remote Control Keys Description

IR-Key Name Detailed Description

Power Use this button to turn your Data Projector on and off (standby mode).

Source To select input sources as Computer, YPbPr , Video, S-Video

Menu/Exit (1) OSD pop-up. (2) Close OSD or leave current page
4/Panel Key

(1) Press once, enter ”Panel Key Lock” setting. (2) Press 3 seconds to

release “Panel Key Lock”. (3) OSD menu, move to right items

3

(1) OSD menu, move to left item.

5/Keystone+

(1) Keystone+. (2) Move to page level

6/Keystone-

(1) Keystone-. (2) Move item bar

Auto Toggle auto-tracking image function

Mode/Enter (1) Change different Preset mode (2) Press for confirm message.

Freeze This button will freeze a picture. Press again to resume motion.

Blank Press “Blank” key first to blank the screen.

Digital Zoom + (1) Zoom in (2) Pan the picture , when picture is in Zoom in/out image.

Digital Zoom - (1) Zoom out (2) Pan the picture, when picture is in Zoom in/out image.

External Status indicator

LED Name Detailed Description

Power LED Display the power on/off sequence status

Lamp Status LED Display the Lamp status (Lamp fail, Lamp spoil etc.)

Temperature Status LED Display the Thermal status (Fan Fail, Over Temperature, etc.)

18

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

4. IR Code / RS232 Command

1. IR Code

CUSTOMER CODE DATA CODE FUNCTION

0030 02 POWER
0030 03
0030 04 SOURCE
0030 05 TIMER (ON)
0030 06 TIMER (SETUP)
0030 07 BLANK
0030 08 AUTO
0030 0B
0030 0C
0030 0D
0030 0E
0030 0F MENU
0030 10 MODE
0030 18 DIGITAL ZOOM +
0030 19 DIGITAL ZOOM -

2. RS-232 Command

a. RS-232 connection setting value

Baud Rate: 115200

Parity: None

Data bits: 8

Stop bits: 1

Flow control: None

b. RS-232 command code

Function Status Action cmd

Turn on 0x06 0x14 0x00 0x03 0x00 0x34 0x11 0x00 0x5C

Write

Turn off 0x06 0x14 0x00 0x03 0x00 0x34 0x11 0x01 0x5D

Power

Read

Power

status( on/off/cool

down) 0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x11 0x00 0x5E

Reset

Excute

0x06 0x14 0x00 0x03 0x00 0x34 0x11 0x02 0x5E

Normal 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x00 0x00 0x5E

H Inverse 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x00 0x01 0x5F

V Inverse 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x00 0x03 0x61

Write

H&V Inverse 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x00 0x02 0x60

Mirror

Read

Mirror status 0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x12 0x00 0x5F

Contrast decrease 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x02 0x00 0x60

Write

Contrast increase 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x02 0x01 0x61

Contrast

(only For User

Mode)

Read

Contrast ratio 0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x12 0x02 0x61

Brightness decrease 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x03 0x00 0x61

Write

Brightness increase 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x03 0x01 0x62

Brightness

(only For User

Mode)

Read

Brightness 0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x12 0x03 0x62

Aspect ratio Auto 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x04 0x00 0x62

Aspect ratio Native 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x04 0x01 0x63

Aspect ratio 4:3 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x04 0x02 0x64

Write

Aspect ratio 16:9 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x04 0x03 0x65

Aspect ratio

Read

Aspect ratio 0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x12 0x04 0x63

Auto Adjust

Excute 0x06 0x14 0x00 0x03 0x00 0x34 0x12 0x05 0x62

Horizontal position shift

right 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x06 0x01 0x65

Write

Horizontal position shift

left 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x06 0x00 0x64

Horizontal

position

Read

Horizontal position 0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x12 0x06 0x65

Vertical position shift

up 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x07 0x00 0x65

Write

Vertical position shift

down 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x07 0x01 0x66

Vertical position

Read

read Vertical position 0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x12 0x07 0x66

color temperatureT1 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x08 0x00 0x66

color temperatureT2 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x08 0x01 0x67

color temperatureT3 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x08 0x02 0x68

Write

color temperatureT4 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x08 0x03 0x69

Color

temperature

(only For User

Mode)

Read

color temperature

status 0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x12 0x08 0x67

Write

Blank on/off 0x06 0x14 0x00 0x03 0x00 0x34 0x12 0x09 0x66

Blank

Read

Blank status 0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x12 0x09 0x68

Decrease 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x0A 0x00 0x68

Write

Increase 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x0A 0x01 0x69

Keystone-Vertical

Read

Keystone status 0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x12 0x0A 0x69

Preset mode 0 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x0B 0x00 0x69

Preset mode 1 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x0B 0x01 0x6A

Preset mode 2 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x0B 0x02 0x6B

Preset mode 3 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x0B 0x03 0x6C

Preset mode 4 (PC

User I) 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x0B 0x04 0x6D

Write

Preset mode 5 (PC

User II ) 0x06 0x14 0x00 0x04 0x00 0x34 0x12 0x0B 0x05 0x6E

Preset mode

Read

Preset mode status 0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x12 0x0B 0x6A

Write

Freeze on/off 0x06 0x14 0x00 0x03 0x00 0x34 0x13 0x00 0x5E

Freeze

Read

Freeze status 0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x13 0x00 0x60

Input source VGA 0x06 0x14 0x00 0x04 0x00 0x34 0x13 0x01 0x00 0x60

Input source YPbPr 0x06 0x14 0x00 0x04 0x00 0x34 0x13 0x01 0x04 0x63

Input source

Composite

0x06 0x14 0x00 0x04 0x00 0x34 0x13 0x01 0x05 0x65

Write

Input source SVIDEO

0x06 0x14 0x00 0x04 0x00 0x34 0x13 0x01 0x06 0x66

Source input

Read

Source 0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x13 0x01 0x61

Source scan on 0x06 0x14 0x00 0x04 0x00 0x34 0x13 0x02 0x01 0x62

Write

Source scan off 0x06 0x14 0x00 0x04 0x00 0x34 0x13 0x02 0x00 0x61

Source scan

Read

Source scan status 0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x13 0x02 0x62

Mute on 0x06 0x14 0x00 0x04 0x00 0x34 0x14 0x00 0x01 0x61

Write

Mute off 0x06 0x14 0x00 0x04 0x00 0x34 0x14 0x00 0x00 0x60

Mute

Read

Mute status 0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x14 0x00 0x61

19

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Increse Volume 0x06 0x14 0x00 0x03 0x00 0x34 0x14 0x01 0x60

Write

Decrese Volume 0x06 0x14 0x00 0x03 0x00 0x34 0x14 0x02 0x61

Volume

Read

Volume 0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x14 0x03 0x64

English

0x06 0x14 0x00 0x04 0x00 0x34 0x15 0x00 0x00 0x61

Français

0x06 0x14 0x00 0x04 0x00 0x34 0x15 0x00 0x01 0x62

Deutsch

0x06 0x14 0x00 0x04 0x00 0x34 0x15 0x00 0x02 0x63

Italiano

0x06 0x14 0x00 0x04 0x00 0x34 0x15 0x00 0x03 0x64

Español

0x06 0x14 0x00 0x04 0x00 0x34 0x15 0x00 0x04 0x65

РУССКИЙ

0x06 0x14 0x00 0x04 0x00 0x34 0x15 0x00 0x05 0x66

繁體中文

0x06 0x14 0x00 0x04 0x00 0x34 0x15 0x00 0x06 0x67

简体中文

0x06 0x14 0x00 0x04 0x00 0x34 0x15 0x00 0x07 0x68

日本語

0x06 0x14 0x00 0x04 0x00 0x34 0x15 0x00 0x08 0x69

한국어

0x06 0x14 0x00 0x04 0x00 0x34 0x15 0x00 0x09 0x6A

Swidish

0x06 0x14 0x00 0x04 0x00 0x34 0x15 0x00 0x0a 0x6B

Dutch

0x06 0x14 0x00 0x04 0x00 0x34 0x15 0x00 0x0b 0x6C

Turkish

0x06 0x14 0x00 0x04 0x00 0x34 0x15 0x00 0x0c 0x6D

Czech

0x06 0x14 0x00 0x04 0x00 0x34 0x15 0x00 0x0d 0x6E

Portugese

0x06 0x14 0x00 0x04 0x00 0x34 0x15 0x00 0x0e 0x6F

Thai

0x06 0x14 0x00 0x04 0x00 0x34 0x15 0x00 0x0f 0x70

Write

Polish 0x06 0x14 0x00 0x04 0x00 0x34 0x15 0x00 0x10 0x71

Language

Read Language 0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x15 0x00 0x62

Write

Reset Lamp usuage

hour

0x06 0x14 0x00 0x03 0x00 0x34 0x15 0x01 0x61

Lamp Time

Read Lamp usuage hour 0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x15 0x01 0x63

error status Read 0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x15 0x02 0x64

Error code table

To send Hex code “error status” read “0x07 0x14 0x00 0x05 0x00 0x34 0x00 0x00 0x15
0x02 0x64”. User can get 20 byte data which mapping to below error status and the number
means how many time the error appeared.

Byte Error Name Description

0 LampFailCount

Lamp turn on fail

1 Fan1ErrorCount

Fan1 fail (lamp fan)

2 Fan2ErrorCount

Fan2 fail (power fan)

3 Fan3ErrorCount

Fan3 fail (blower fan)

4 Fan4ErrorCount

Fan4 fail (The model without 4 fans without this error count)

5 Diode1OpenErrorCount

Thermal sensor 1 lose connection

6 Diode2OpenErrorCount

Thermal sensor 2 lose connection

7 Diode3OpenErrorCount

Thermal sensor 3 lose connection (The model without thermal sensor 3
is no function for this address)

8 Diode1ShortErrorCount

Thermal sensor 1 short (inlet sensor which located at main board)

9 Diode2ShortErrorCount

Thermal sensor 2 short (power board temperature sensor)

10 Diode3ShortErrorCount

Thermal sensor 3 short (The model without thermal sensor 3 is no
function for this address)

11 Temperature1ErrorCount

Thermal sensor 1 detect temperature over system limitation (inlet
sensor which located at main board)

12 Temperature2ErrorCount

Thermal sensor 2 detect temperature over system limitation (power
board temperature sensor)

13 Temperature3ErrorCount

Thermal sensor 3 detect temperature over system limitation (No used)

14 FanIC1ErrorCount

Fan IC 1 fain (G743 or G794)

15 FanIC2ErrorCount

No used

16 WatchdogCount

The DDP2230 internal F/W watchdog function executed

17 AbnormalPowerdown

The user turn off unit without finish cooling process

18 CWErrorCount,

Color wheel do not spin

19 FirstBurnInErrorMinutes

The timeframe from burn-in to 1

st

time shutdown in minute.

20

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

21

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

4. Method to enter factory menu:

a) Press Menu on keypad than the main menu popup

b) When showing main menu, press Source + Mode at the same time

c) Factory menu popup at the top-left of display

22

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

5. Adjustment Procedure

Visual Inspection & Cleaning

Visual Inspection Criteria

1.0 Inspection zone definition and inspection distance

A-side: Up case - Up case surfaces except right / left / behind side’s surface.

Front cover - Front cover surface

B-side: Side - right/left sides surfaces

Back cover - Back cover surfaces

C-side: Low cause - bottom surfaces

z

For spot inspection distance is 45 cm on A/B/C-side. And inspection time is 10 sec.

z

For scratch inspection distance is 45 cm on A/B/C-side. And inspection time is 10 sec.

1.1 Appearance Inspection Criteria

1.1.1 Environment Condition

1.1.1.1 Lighting intensity

All appearance quality shall be inspected with the lighting condition as 500~800Lux

(natural lighting or white fluorescent light).

1.1.1.2 Inspection angle and distance to object or target

All part inspection must be done under direct overhead lighting. Viewing angle and

distance are dependent on surface classification. In all cases, parts must be held in such

that the light reflection does not disturb the inspector's eye.

Figure 1

23

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Table 1

Classification Area A Area B Area C

Lighting positioning Above of inspected part

Inspection position relative to part 90º 90º 90º

Inspection distance 40~50 cm 40~50 cm 40~50 cm

1.1.1.3 Inspection interval (time)

Inspection interval is a function of surface area.

Time for visual inspection: 10sec.

Table 2

Parts Size “A” surface “B” surface “C” surface

Time 10 sec 10 sec 10 sec

TABLE 3 General Product of plastic outlook of dot, blemish, and others spec inspection standard

A surface

(Number of defect)

B surface

(Number of defect)

C surface

(Number of defect)

Spec

( Area cm2 )

20*20 50*50 70*70 100*100 20*20 50*50 70*70 100*100 20*20 50*50 70*70 100*100

P < 0.2 mm2

Distance ≥ 2cm

Ignore Ignore Ignore Ignore Ignore Ignore Ignore Ignore Ignore Ignore Ignore Ignore

0.2≦P< 0.3 mm2

Distance ≥ 4cm

2 3 4 5 2 3 4 5 4 4 5 6

Particle

Blemish

|

Color

spot

0.3≦P <0.4mm2

Distance ≥ 4cm

0 0 0 0 2 3 4 5 3 4 5 6

P<0.1 mm2

Distance ≥ 2cm

Ignore Ignore Ignore Ignore Ignore Ignore Ignore Ignore Ignore Ignore Ignore Ignore

0.1≦P<0.2mm2

Distance ≥ 4cm

4 4 5 6 5 5 6 7 6 6 7 8

0.2≦P < 0.3mm2

Distance ≥ 4cm

3 4 4 5 4 5 5 6 6 7 7 8

Particle

|

Spot with

same

color

0.3≦P < 0.5mm2

Distance ≥ 5cm

2 2 3 4 3 3 4 5 4 4 5 6

Total 4 4 5 6 5 5 6 7 6 6 7 8

Note:

1. Use the 20*20 criteria to the area less than 20*20; 50*50 inspection criteria to the area 20*20≦A<50*50; etc.

(Particle/Blemish/Color Spot)

1.1 Definition of surface A, B, C refer to 6.2

1.2 Blemish around the ViewSonic Bird logo, name plate and silk screen must be equal or smaller than 0.05 mm

2

1.3 Bubble on the surface is to be reject.

24

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

TABLE 2 : General Product of plastic outlook inspection standard

NO Appearance Spec

1 Shrinkage A region: No Shrink. With gloves, no feeling of sink when touching the surface

B/C region: not obvious

2 Run, Texture, Gloss No obvious non-uniformity

3 Welding Line/Knit Line Follow limit sample level

4 Ejector Mark Reject

5 Label/screws shortage Reject

6 Material shortage Not allow, Reject

7 Chromatic aberration Follow engineering specification

8 Printing Printing must not have incomplete printing, break off, overlap, uneven thickness,

excessive ink, printing misalignment (1.5mm), printing slanting & crooked (<0.5mm)

Printing color must be comparable to color chip and sample. Follow engineering

specification

9 Logo of panel sticker Printing must not have incomplete printing, break off, overlap, uneven thickness,

excessive ink, printing misalignment (1mm), printing slanting & crooked (<0.5mm)

Printing color must be comparable to color chip and sample.

10 Scratch/Nicks Side A:

(W < 0.1mm , L < 5mm): Only 2 this kind of scratch is accepted

W < 0.1mm , L < 5-10mm :Only 1 this kind of scratch is accepted

Side B:

W < 0.2mm , L < 5mm : Only less than 2 this kind of scratch is accepted

W < 0.2mm , L < 5-10mm : Only 1 this kind of scratch is accepted

Side C:

W < 0.3mm , L < 5mm : Only 3 this kind of scratch is accepted

W < 0.3mm , L < 5-10mm : Only 2 this kind of scratch is accepted

W < 0.3mm , L < 10-15mm: Only 0 this kind of scratch is accepted

Note:

1. Severe scratch which disclose the Natural

2. When light scratching on it, there’s no feeling of obstruction. Also, there should not

be obvious difference in gloss nearby it.

3. Each scratch should be 5cm more far away from each other

4. Front case must be no any scratch

25

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

PART II Operational Inspection Criteria

TEST CONDITIONS

Unless other prescription, the test conditions are as followings:

Nominal voltage: refer to operation manual

Environmental illumination:

Variable from 500 to 800 Lux (For appearance inspection)

Variable from 0 to 7 Lux (For functional inspection)

Temperature: 25±5℃

Visual inspection shall be done with the distance from eyes to the sample 45

cm.

Display mode: refer to operation manual

TEST EQUIPMENTS

Dark room

PC

Pattern Generator: Chroma 2327 or equivalent

Minolta color analyzer CL200 or equivalent device with accredited traceability

DVD player

Power supply (100~240 VAC) with consumption meter

Measuring tape

TEST PATTERN

PATTERN PATTERN TEST ITEM Acceptance Criteria

Full white

ANSI

Brightness、

Bright

Uniformity、

FOFO

Contrast

Ratio、

(1) ANSI Brightness:(Normal Mode) 1600lm

(2) Uniformity: ANSI: 55% (Minimum)

(3) Contrast Ratio : 150:1 (Minimum, by ANSI

Standard Checkerboard Method), 1200:1(by All

White, All Black Method)

(4) White Point, Color :x = 0.312±0.04, y =

0.354±0.04

Full Dark

FOFO

Contrast Ratio

Contrast Ratio : 1200:1(by All White, All Black

Method)

Full Red

Impurity、CIE

coordinate

Chromaticity : Red: x =0.640±0.04, y= 0.345±0.04

26

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Full Green

Impurity、CIE

coordinate

Chromaticity : Green: x =0.355±0.04, y=0.548±0.04

Full Blue

Impurity、CIE

coordinate

Chromaticity : Blue: x =0.141±0.04, y= 0.087±0.04

Chromo

800x600

Focus Range

(1)Background lines should be distinguishable.

(2)“区”:Letter shape and lines should be

distinguishable.

General-1

pattern

Performance/

Timing check/

function check

(1)Phase should be stable(no flick)

(2)Whole frame should appear.

16 Gray

and Color bar

Gray and

Color bar

Check

No lack or mix color

DDC check

Check the

DDC

information,

Including S/N,

model,

manufacturer

name, product

code.

S/N(08-09): with numbers

Model(108-125) with numbers(ref Appendix DDC

table)

manufacturer name(08-09):5A63

product ID code (10-11): 20C5

27

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Software/Firmware Upgrade Process

How to Download Firmware
Hardware required

1. Standard RS-232 Download cable

2. Personal computer or laptop computer

Software required

1. DDP2230 Composer lite

2. New version FW

DDP2230 Composer lite install procedure

Installation Location

The default installation directory is:

C:\Program Files\DLP Composer Lite 7.0

If you want to install to a different directory (perhaps alongside a prior release of DLP

Composer™ Lite), click the "Browse" button on the "Select Features" page..

USB Support - Installation (All Platforms)

This release includes support for a USB communications interface to DDP2230-based

projectors. The setup program includes the files needed to install USB support (for

Win98/WinMe/Win2K/WinXP only -- Win95 and WinNT are not supported).

After DLP Composer™ Lite is installed, to install the USB support, choose the "Install

DDP2230 USB Driver" icon under "DLP Composer™ Lite" in your Start menu.

USB Support - Win98/Me/XP Only

Installation on Windows 98/Me//XP may prompt "Please insert the disk labeled 'DLP

Composer Installation Directory', and then click OK". This message may be safely ignored

by clicking the OK button.

Another prompt will then appear: "The file 'windrvr6.sys' on DLP Composer Installation

Directory cannot be found". Again, click OK and the installation proceeds without further

problems.

28

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

USB Support - Using a projector for the first time

After installation is complete, and you plug a DDP2230-based projector into USB for the first

time, Windows will run the "New Hardware Wizard". When the wizard prompts to find the

necessary drivers, accept the recommended choice (let the system find the driver for you)

and click "Next" to complete the installation.

Note: The Windows 98/Me/XP "New Hardware Wizard" may not automatically find the
driver. You should use the "A dvanced" option, and enter the directory where the DLP
Composer™ Lite Tool Suite was installed (normally "C:\Program Files\DLP Composer
Lite"). The wizard will find the file "DDP2230.inf" and complete the installation.

USB Support - Choosing the USB interface

To select the USB communications interface, choose "Preferences" from the "Edit" menu,

click the "Communications" page and choose "USB (DDP2000/DDP3020 Only)". You can

now use DLP Composer™ Lite to communicate with a DDP2230-based projector via USB

using the Flash Loader tool.

29

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Download procedure

1. Click on Flash Loader and browse the image file (new version firmware)

2. Make sure to check “Skip Boot loader area (load all but the first 32KB)”

3. Plug power cord into projector

4. Plug in RS-232 cable between computer and projector side

5. Press start download to begin update new firmware

6. Wait till composer lite notice upgrade completed

7. Download is completed. The factory settings should be restored.

30

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

1. EE Assembly and Alignment Concern:

1. Color Wheel Delay Alignment

Equipment:

- Battery Biased Silicon PIN Detector

- Oscilloscope

- Probe

OSD Default value:

Item Value Item Value

DLP Brightness 32 CW Delay Adjustable

DLP Contrast 32

White Peak 10

The default values let optical engine to get maximum contrast and brightness.

Procedure:

Probe impedance matches 50 ohm

Open Factory OSD, and select color wheel delay item

Leave the image pure red (DMD red curtain)

Put the detector on the screen that red image was projected.

Watch the oscilloscope and notice the square waveform

Use the “Æ” and “Å” key to increment or decrement the color wheel delay value

No matter the waveform is square or not, let the waveform was lagged first

Then increment or decrement the value to let the waveform to be square

Do not adjust too much, let the signal get ahead, if it happens, go back to step 7 and do it again.

Change the input to pure blue and repeat the above procedures again.

Change the input to pure green and repeat the above procedures again.

2. Main board check procedure

Equipment:

- Pattern generator

Procedure:

1. Connect power, D-sub into projector.

2. Light on projector.

3. Testing below patterns and resolution is 854*480@60Hz

(480P)

(1) General-1 pattern. (Pattern 1)

(2) 32 grays pattern. (Pattern 48)

(3) White pattern. (Pattern 41)

Lag

Exact Ahead

31

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

(4) SMPTE pattern. (Pattern 5)

4. The main board would be note fail if above four image-quality is not good.

5. Test the connection between main board and IR board.

6. The main board would be note fail if there are some broken occur in wire or main board.

3. DMD Panel Alignment

Equipment:

- Pattern Generator

Procedure:

1. Connect power, Video signal into projector.

2. Light on projector

3. Change pattern generator to full white pattern.

4. Watch the image if any pixel lost

5. Change pattern to full black.

6. Watch the image if any pixel lost

7. Change pattern from full black to full white.

8. Watch the image if any pixel can not return

9. Change pattern from full black to full white.

10. Watch the image if any pixel can not return

11. If above 8 step has some pixel lost or can not return, it’s DMD chip has pixel defect

12. Change to the Slid Line pattern

13. Watch the image if any pixel lost

14. If above step has some pixel lost, it’s conductive socket has defect or assembly loosed.

4. PC Alignment Procedure

Equipment:

- Pattern generator (Chroma-2250)

OSD Default value:

Item Value

Cal R Offset 127

Cal G Offset 127

Cal B Offset 127

Cal R Gain 127

Cal G Gain 127

Cal B Gain 127

YPbPr R Offset 127

YPbPr B Offset 127

32

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Procedure:

Gray Level:

1. Connect power, D-sub, into projector.

2. Change Timing and pattern of pattern generator:

3. Timing: 800*600@60

4. Pattern: As Figure1 {A near white color (240,240,240) and a near black color(16,16,16),

the area of white is 101/200, black is 99/200}

5. Light on projector

6. Set user OSD values to default.

7. Enter factory mode.

8. Set Factory values to default.

9. Press “Calibration RGB” to let the black level to just distinguish, and the light output of

white level to just max.

10. Check the 32 levels of gray. All steps must appear.

Figure1

33

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

5. YUV Alignment Procedure

Equipment:

- Pattern generator (VG-828)

OSD Default value:

Item Value

Cal R Offset 127

Cal G Offset 127

Cal B Offset 127

Cal R Gain 127

Cal G Gain 127

Cal B Gain 127

YPbPr R Offset 127

YPbPr B Offset 127

Procedure:

1. Connect power core, YPbPr cable into projector.

2. Change timing and pattern of pattern generator:

Timing: 480i

Pattern: As Figure2

3. Light on projector

4. Adjust user OSD values to default.

5. Enter factory mode.

6. Adjust Factory values to default.

7. Press “Calibration YPbPr” to calibrate the mid level offset.

Figure2

34

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

2. Optical Engine Assembly and Alignment Concerns

1. Assembly Lamp module:

1.1 Washer, Screw, Fin and Mesh Assembly

I. Assemble Washer and Screw to the HLD Lamp(Fig. 1-1)

II. Assemble “MESH” with Lamp holder .Mesh hooks HLD Lamp first (Fig. 1-2) and press it

assemble to the right position (Fig. 1-3).

III. Assemble “FIN” with Lamp holder and fasten screw (Fig. 1-4).

Fig. 1-1 Fig. 1-2

Fig. 1-3 Fig. 1-4

35

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

1.2 Front Glass Assembly.

i. Front Glass UV coated surface (marked) must face to Lamp. (Fig. 1-6)

ii. F/G must be placed on datum surfaces well. (Fig. 1-7)

iii. To make sure F/G Clip hooked well with HLD lamp. (Fig. 1-8)

Fig. 1-6

Fig. 1-7

Fig. 1-8

1.3 Lamp wire and Lamp Assembly.

F/G datum

36

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Fig. 1-9 Fig. 1-10

Short wire

Long wire

37

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

i. Insert Lamp into HLD Lamp and push Lamp forward to touch DTM Lamp of HLD

Lamp (Fig. 1-11)

ii. To make sure that three datum contact with the lamp well(Fig. 1-12)

iii. After assemble Lamp to HLD Lamp, Hook “Clip down Lamp” first then Hook “Clip UP

Lamp” on the HLD Lamp to fix Lamp last. (Fig. 1-13、1-14)

iv. Check assembly again and make sure the three datum contact with the lamp.

v. Assemble Plate Lamp to the HLD Lamp and fasten the screw(Fig. 1-15)

Fig. 1-11 Fig. 1-12

Fig. 1-13 Fig. 1-14

DTM of Lamp

38

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Fig. 1-15

39

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

2. BKT LINK Lamp and CW Shield Assembly

2.1. Insert CW Shield and hook BKT LINK Lamp

2.2. Fasten screw (Fig. 2-1.2-2)

Fig. 2-1 Fig. 2-2

3. Assembly CW Module

3.1 CW Module Assembly Sequence as blow (Fig. 3-1):

(1) BKT CW (2) Damper CW (3) CW (4) Fixed screw (5) CVR CW

(6) M2 Screw (7) Sensor Board (8) M2 Screw

Fig. 3-1

1

4

3

5

6

2

7

8

Fasten screw

40

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Fig. 3-2

41

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

4. Assembly Baffle Stop AL

4.1. Assemble Baffle Stop AL on HSG DMD and fasten screw (Fig. 4-1)

Fig. 4-1

5. Assembly LP Module

5.1 LP must datum well with “BKT_LP” show as Figure 5-1

5.2 Referring to Figure 5-2,there must be visible clearance between “BKT_LP” and ”LP

opening” after assembly。

Fig. 5-1 Fig.5-2

5.3 Glue “LP” and “BKT_LP” with “”UV5503 Glue” at two opening of “BKT_LP” show in Figure

5-3.

5.4 UV-5503 Glue curing process and concerns:

vi. The UV-glue must fill up the whole opening area (shown in Figure 5-3) to contact well

Clearance TOP Datum

RIGHT Datum

42

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

with LP surfaces and BKT_LP.

vii. Exposed to visible light at 350 ~ 420nm (at least 100mW/cm2) wavelength for 1

minute.

viii. After curing, the height of UV-glue should not exceed BKT_LP for more than 0.6mm

Fig. 5-3

5.5 Assembly LP Module to HSG DMD

i. Assembly two Overfill adjustment screw (8F.1A752.8R0) to HSG DMD (Fig. 5-4).

** Adjustment criteria refer to item 5.6.

ii. Insert CLIP of BKT_LP into the hole

iii. Placed LP Module on LP datum and adjustment screw well, shown (Fig. 5-6).

iv. Assembly “Baffle LP” first ( Figure 5-7)and make sure it hooks HSG DMD well

~ Assembly Criteria was shown in Figure 5-7-2.

v. Assembly “Clip_LP” second (Fig. 4-8) and make sure it hooks HSG DMD well.

( Figure 5-9).

vi. Push two hook places to make sure that Baffle_LP touches “BKT_LP “well, don’t push

the middle place of “Baffle_LP”.

5.6 Overfill Adjustment @ LP Module

Overfill Adjustment Criteria:

i. Pre-assembly 2 adjusting screws. Criteria shown as Figure 5-10.

ii. Alignment Sequence:

a. To adjust “Horizontal Adjustment Screw” firstly, then “Vertical Adjustment

Screw”.

b. Refer to Figure 4-10.

For Overfill Re-adjustment:

1. Those 2 Adjustment Screws must be released closely to the “Pre-assembly”

positions first. (defined in 4.6-i )

Glue 5503

43

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

2. Follow adjustment steps shown in Item 4.6-ii.

Fig.5-4 Fig. 5-5

Fig. 5-6

LP DATUM

Overfill adjustment screw

CLIP of BKT LP

(1) Overfill Horizontal

(1) Overfill Vertical

Adjustment Screw

44

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Fig. 5-7 (1) Fig. 5-7(2)

Fig. 5-8 Fig. 5-9

BAFFLE LP

Baffle_LP hooks HSG
DMD first

To ensure clip hooks

HSG DMD well.

This area is not

allowed to be

pressed while

assembling Baffle

Clip LP

45

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Fig. 5-10

6. Assembly HSG ILL Module

6.1 FM1 Assembly

I. FM1 must be placed on datum surfaces well and breach of FM1 must be face to inside

(Fig. 6-1)

II. Insert the” CLIP of FM1” into the hole on the HSG ILL and make sure ” CLIP of FM”

hook on the HSG ILL well (Fig. 6-2)

6.2 CM Assembly

III. Insert Clip CM Side and Clip CM Bottom first (Fig. 6-3,6-5)

IV. Assemble CM to HSG ILL and to make CM contact three datum on the HSG ILL
Well (Fig. 6-8)

V. Assemble “CLIP of TOP” to the HSG ILL (Fig. 6-9)

VI. To check and make sure “ CLIP of CM” hooks the HSG ILL very Well (Fig.

6-4, 6-6,6-10)

VII. Assemble Baffle Stop to HSG ILL and fasten screw (Fig. 6-10)
VIII. Paste Sponge tube AL on cannelure of HSG ILL(Fig. 6-11)

Pre-assy this screw not over

the bottom surface.

Pre-assy this screw not over

the side surface.

(1) Overfill Horizontal

Adjustment Screw

(2) Overfill Vertical

Adjustment Screw

46

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Fig. 6-1 Fig. 6-2

Fig. 6-3 Fig. 6-4

Breach of FM1

CLUP CM DOWN

47

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Fig. 6-5 Fig. 6-6

Fig. 6-7 Fig. 6-8

Fig. 6-9 Fig. 6-10

CLIP CM SIDE

CLIP CM TOP

DTM of CM

48

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Fig. 6-10

Fig. 6-11

Baffle Stop

Sponge

49

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

7. AL, HSG ILL and HSG DMD Assembly:

7.1 Placed “AL” on the HSG DMD .The “raised surface” of “AL” shall toward “DMD direction”

(Fig. 7-1)

7.2 Assemble” HSG ILL Module” to HSG DMD and cover over on “AL” (Fig. 7-2)

Fig. 7-1 Fig. 7-2

8. DMD and Chip B/D Module

8.1. Judge Chip B/D and DMD alignment keying first (Fig. 8-1, 8-2)

8.2. Alight keying and Assemble DMD to Chip B/D (Fig. 8-3)

8.3. Push DMD slightly and use screwdriver rotate button to lock DMD on Chip B/D (Fig. 8-4)

Fig. 8-1 Fig. 8-2

AL

DMD Direction

Alignment keying

50

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Fig. 8-3 Fig. 8-4

9. AL , HSG ILL and HSG DMD Assembly:

9.1 Placed “AL” on the HSG DMD .The “raised surface” of “AL” shall toward “DMD direction”

(Fig. 9-1)

9.2 Assemble” HSG ILL Module” to HSG DMD and cover over on “AL” (Fig. 9-2)

Fig. 9-1 Fig. 9-2

Button

51

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

10. Assembly OP ENG

10.1 Assemble Baffle DMD to HSG DMD (Fig. 10-1)

10.2 Assemble Chip B/D Module to HSG DMD and fasten the screw(Fig. 10-2)

Fig. 10-1 Fig. 10-2

10.3 Fasten shoulder screw Sequence as blow (Fig. 10-3)

i. Pre-fastening Sequence: [ 1 ] - [ 2 ] - [ 3 ] - [ 4 ]

ii. Fastening Sequence [ 2 ] - [ 1 ] - [ 4 ] - [ 3 ]

iii. Screw Torque must be confirmed to be 2.5 kg-cm.

Fig. 10-3

1

2

3

4

52

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

10.4 Assemble PL Lens and fasten screw (Fig. 10-4)

10.5 Assemble Ring Zoom and fasten screw then assembly Ring Focus(Fig. 10-5)

Fig. 10-4 Fig. 10-5

10.6 Assemble CW Module and fasten screw (Fig. 10-6)

Fig. 10-6

10.7 Assemble BKT Link and Shield CW (Fig. 10-7)

Screw

Ring Zoom

Ring Focus

53

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Fig. 10-7

54

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

10.8-1 Assemble Thermal pad and Hest-sink

10.8-2 Fasten “Assy spring screw” Sequence as blow (Fig.10-8)
Pre-fastening Sequence: [ 1 ] - [ 2 ]

Fastening Sequence [ 2 ] - [ 1 ]

Screw Torque must be confirmed to be 6 kg-cm.

Fig. 10-8

10.9 Assemble Lamp Module and fasten screw (Fig. 10-9)

1

2

55

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Fig. 10-9

56

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

3. Mechanical Assembly Concern

3.1. Ballast assembly and lamp wire alignment

3.2. Blower module assembly and blower wire alignment

3.3. OPT engine assembly and blower wire alignment

3.4. Power board assembly and power board wire alignment

3.5. Lamp box assembly

3.6. Power board shielding assembly and power board grounding wire alignment

3.7. Main board assembly and ballast wire alignment

3.8. Main board shielding assembly and wire alignment

a. Main board shielding assembly
b. C/W FPC, C/W sensor wire and blower wire alignment
c. Front IR wire alignment

3.9. Rear cover assembly and speaker wire alignment

3.10. Twin fans assembly and wire alignment.

3.11. IR board assembly

3.12. Upper case, inlet cover and outlet cover assembly

3.1. Ballast assembly and lamp wire alignment

To keep the wire
into the rib

57

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

3.2. Blower module assembly and blower wire alignment

To keep the wire
into the rib.

To keep the wire under

To keep the wire
into the rib.

58

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

3.3. OPT engine assembly and blower wire alignment

3.4. Power board assembly and power board wire alignment

1. First screw constrain

3. Third screw constrain

2. Second screw constrain

To keep the blower wire under
the heat sink of OPT engine.

59

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

3.5. Lamp box assembly

Put ballast wire into this
opening of power boar

d

Step 1

Step 2

Step 4
To plug in ballast

Step 3
To plug in thermal

To keep the hook of lower
case into the lamp box

60

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

3.6. Power board shielding assembly and power board grounding wire alignment

To be put hole to hold
lower case boss and fix.

To be put hole to hold
lower case boss and fix.

OK NG

To keep the FC’s mylar at
left side of lamp box

61

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

3.7. Main board assembly and ballast wire alignment

OK NG

1. First screw constrain

2. Second screw constrain

3. Third screw constrain

4. Four screw constrain

The fixed side of grounding

To keep the wire
into the gap of
lower case

62

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

3.8. Main board shielding assembly and wire alignment

a. Main board shielding assembly

To take care, the main board shielding
must keep into the gap between lamp

1. First screw constrain

2. Second screw constrain

3. Third screw constrain

5. Fifthly screw constrain

4. Fourth screw constrain

63

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

b. C/W FC, C/W sensor wire & blower wire alignment

c. Front IR wire alignment

Step 1.
To keep the IR wire into
the saddle wire.

Step 2.
To plug in the connector.

To keep the redundant
wire above lamp box

64

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Step 3.
To keep the IR wire under

Step 3.
To keep the IR wire under

Step 4.
To keep the IR wire into

65

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

3.9. Rear cover assembly and speaker wire alignment

Blower wire

C/W FPC

C/W sensor wire

Front IR wire

Step 1.
To plug in the connector

66

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Step 2
To keep the speaker wire under
the power board shielding

Step 3.
To keep the redundant wire to

67

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Step 4.
To check the speaker wire is not

68

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

3.10. Twin fans assembly and wire alignment.

Fan wire must keep this
location. Don’t put wire
on top of the fan.

Do not plug in or
pull out the fan
connector by
holding the wire.
Do not pinch the
wire together when
assembling.

69

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

3.11. IR board assembly

Step 1

Step 2

Push

70

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

3.12. Upper case, inlet cover and outlet cover assembly

The rib of side cover must
keep into the constrain
gap of upper case.

OK

NG

71

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

4. Power Assembly Concern

a. The wire from power to ballast --

The connector near the core should be connected with the ballast.

72

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

5. EMI Assembly Concern

Item Solution

1. Fix the cable at the binding core by this way

2. Add one spring

3. Add one spring

73

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Item Solution

4. Add two gasket

5. Add one gasket

gasket

gasket

74

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Disassembly/Assembly

Disassembly SOP

PJ513D Dismantle SOP

Step Description Parts

1

take off the cap

lens

cap lens

2

disassembly the

screw*2, and take

off the lamp door,

disassembly the

screw*1 and lamp

wire, take off the

lamp module.

screw*3,

lamp door,

lamp wire,

lamp module

3

disassembly the

screw*4

screw*4

4

take off the upper

case module

upper case

module

2

4

cap lens

upper case

1

3

Lamp wire

75

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

5

take off the upper

case mylar, left and

right case module

from upper case

upper case

mylar,

left and right

case module

6

disassembly the

screw*4,take off

the Speaker wire

and rear case

screw*4,

Speaker wire,

rear case

7

disassembly the

double fan, and

take off the double

fan wire

double fan,

double fan

wire

8

disassembly the

screw*5, and take

off the M/B

shielding

screw*5,

M/B shielding

Double fan Wire

5

4

2

3

1

Speaker
wire

rear case

4

3

2

1

left case

right case

mylar

76

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

9

take off the C/W

FPC wire, blower

fan wire, C/W

sensor wire, Ballast

5-Pin wire, IR wire,

wire saddle*2

C/W FPC

wire,

blower fan

wire,

C/W sensor

wire,

Ballast 5-Pin

wire,

IR wire,

wire saddle*2

10 take off the M/B

M/B

11

disassembly the

screw*4,

disassembly the

grounding screw*1

and take off the

Power B/D SHD

screw*5,

Power B/D

SHD

C/W FPC
wire

Blower fan
wire

C/W sensor
wire

Ballast 5-Pin
wire

Wire saddle 2

IR wire

Wire saddle 1

77

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

12

disassembly the

wire*2 and

screw*2, take off

the power BD and

ballast Mylar

wire*2

screw*2,

power BD,

ballast Mylar

13

disassembly the

screw*4, take off

the lamp box and

the blower fan

screw*4,

lamp box,

blower fan

14

disassembly the

screw*3, take off

the OPT eng and

IR wire.

screw*3,

OPT eng,

IR wire

15

take the Front case

module

Front case

module

2

1

4

3

2

1

78

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

16

take off the Front

case mylar, IR

Sensor and IR

Sensor wire

module from Front

case

Front case

mylar,

IR Sensor,

IR Sensor wire

17

disassembly the

screw*3 and the

ballast BD, wire*3

screw*3,

ballast BD,

wire*3

18

take off the push

button and the

adjust foot,

disassembly the

screw*6 and clip*3,

the left is lower

case

push button,

adjust foot,

screw*6,

clip*3,

lower case

19

take off the

sponge,

disassembly the

screw*2 and DMD

HSINK

sponge,

screw*2,

DMD HSINK

Push button

Adjust foot

IR Sensor wire

IR Sensor

Mylar

1

2

3

79

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

20

disassembly the

screw*2,take off

the CW shielding,

disassembly the

screw*1 and take

off the CW module

screw*3,

CW shielding,

CW module

21

Remove FOCUS

ring

FOCUS ring

22

disassembly the

screw*3, take off

the PL ass'y

screw*3,

PL ass'y

Focus ring

CW module

80

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

23

disassembly the

screw*4, and take

off the Chip BD

module , take off

the Baffle DMD

screw*4,

Chip BD,

Baffle DMD

24

rotate the screw,

take off the DMD

IC, take off the

Thermal PAD

DMD IC,

Thermal PAD

25

disassembly ILL

MODULE( screw*2

),sponge, ASPH

lens

ILL MODULE,

screw*2,

sponge,

ASPH lens

81

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

26

disassembly the

front clip and upper

clip, then take off

the LP module,

adjust screw*2

front clip,

upper clip,

LP module,

adjust screw*2

27

disassembly HSG

baffle and screw*1

from HSG

HSG baffle,

screw*1

front cli

p

upper clip

82

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

6. Troubleshooting Flow Chart

1. System Trouble Shooting Flow Chart

No

Yes

No

No

No

No

Yes

Yes

Yes

Yes

Yes

System Trouble Shooting Flow Chart

LED On?

1. Check power code

2. Check lamp door.

3. Check Download SW.

4. Check DC Voltage 1.2V 1.8V 2.5V 3.3Von Main

board

5. Check power board and 14-pin power connector.

If Power On, Lamp On?

1. Check Main BD to Ballast signal wire.

2. Check thermal switch and wire

3. Check color wheel.

4. Check DC Voltage 12V on Main board

5. Check Ballast.

6. Check Power Board.

No Signal?

1. Check Input Cable

2. Check OSD Source set up

3. Check Main board

Power Auto Turn Off

1. Check OSD Lamp Hours

2. Check Lamp Door

3. Check Lamp still light or not?

4. Check Fan still spin or not?

5. Check Thermal status

IR Remote Control NG?

1. Check Remote module battery

2. Check Remote module

3. Check IR Receiver on Main board

4. Check IR Receiver on Input board

Pixel Fail?

1. Check DMD Chip

2. Check DMD Chip board

3. Check Main board

A

83

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

No

Yes

1. Check Main board

2. Check color wheel and sensor board

3. Check DMD Chip board

4. Check DMD Chi

p

and socket

1. Check color wheel and sensor board

2. Check Main board

3. Check DMD Chip board

No

Yes

No

Yes

1. Check Main board

2. Check DMD Chip board

No

Yes

1. Check color wheel

2. Check sensor board color index signal

3. Check main board

No

Yes

1. Check DMD Chip holder

2. Check DMD Chip board

3. Check Main board

No

Yes

1. Check Main BD output to DMD Chip

BD Resistance soldering

2. Check Main BD output to DMD Chip

BD capacitor soldering

No

Yes

A

Image NG?

(Raindrops)

1. Check color wheel and Sensor board

2. Check DMD Chip and holder

3. Check Main BD XDRAM

4. Check Main BD DDP2230

Image NG?

(Blank)

Image NG?

(Screen flashing)

Image NG?

(Screen Dim-mish)

Image NG?

(Freezing)

Image NG?

(Missing column bar)

Image NG?

(Screen overlap)

84

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

2. Error Message

Power Te mp Lamp Status Note

O

-

-

Stand-by

G

-

-

Powering up

G

-

-

Normal operation

O

-

-

Normal power-down cooling

O

-

-

First Lamp-Lit error cooling

Lamp Error Messages

O

-

R

Second Lamp-Lit error

-

-

R

Lamp error in normal operation

Thermal Error Messages

-

R

-

Fan 1 error (the actual fan speed is ±20% outside the

desired speed.)

Lamp Fan

-

R

R

Fan 2 error (the actual fan speed is ±20% outside the

desired speed.)

Ballast Fan

-

R

G

Fan 3 error (the actual fan speed is ±20% outside the

desired speed.)

Blower Fan

R

R

R

Thermal Sensor 1 open error (the remote diode has an

open-circuit condition.)

DMD sensor

R

R

G

Thermal Sensor 2 open error (the remote diode has an

open-circuit condition.)

G

R

R

Thermal Sensor 1 short error (the remote diode has an

short-circuit condition.)

DMD sensor

G

R

G

Thermal Sensor 2 short error (the remote diode has an

short-circuit condition.)

O

R

R

Temperature 1 error (over limited temperature) DMD sensor

O

R

G

Temperature 2 error (over limited temperature)

-

G

R

Fan IC #1 I2C Connection error GMT 793

85

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

3. Power Trouble Shooting Guide

Power BD Check.

Proceed to “check

DC-DC OUTPUT＂

Fuse Broken ?

Proceed to "Primary

Circuit Check".

Yes

No

No DC-DC

Output.

TOPSwitch

Broken ?

B+=385VDC ?

Replace new

TOPSwitch

Yes

Yes

No

No

Proceed to " Primary

Circuit Check"

Lacks of some

componets around

TOPSitch ?

Check Trace.

solder them.

Yes

No

86

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

Check primary

circuit.

Check BD601

damages ?

Check Q601

damages ?

Fuse Broken ?

Inside diodes of

BD601 are

shorted. Replace

new bridge diode.

PinD & PinS of

Q601 are shorted.

Replace new

MOSFET.

Proceed to "Check

IC601".

Proceed to "Check

IC601".

Yes

Yes

No

No

Yes

No

Check IC601.

Output Pin shorted to

GND ? (Pin8)

Check 15VPFC

Votage.

Replace with new

IC L6561D and

D611, D612, and

D613

Check Pin8 if

shorted to GND.

Yes

No

87

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

4. Optical & Optical Engine Trouble Shooting Guide

4-1 Optical Trouble Shooting Guide

No. Item Trouble Shooting Guide

1 Brightness 1. Change lamp
2 Uniformity 1. Change lamp

3 FOFO Contrast

1. Check ADC calibration

2. Check user’s menu brightness & contrast are default

3. Clean DMD

4. Clean PL

5. Check ILL stop assy

4 ANSI Contrast

1. Clean PL

2. Clean DMD

3. Change PL

5 Color

1. Check color wheel delay

2. Check CW 50% point. Replace CW if necessary

6 Color Uniformity 1. Change lamp

7 Blue Edge

1. Refer to Item#2-1 (attached below)

2. Change CM

3. Change SUB HSG

8 Blue/Purple Border

1. Refer to Item#2-1(attached below)

2. Change CM

3. Change SUB HSG

9 Focus

1. Change Projection Lens

2. Check PL datum and DMD parallel

10 Dust Clean DMD

11

Horizontal/Vertical
Strips

1. Check connector between chipBD and MainBD

2. Re-install DMD with chipBD

3. Check if any pin of C-Spring is missing, damaged or dirty

4. Change new ChipBD/C-Spring

5. Change new DMD

12 Pixel Fail Change new DMD

88

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

4-2 Engine Assembly Trouble Shooting Guide

Blue Edge

1.chk lens housing / DM D
housing Assembly

2.chk light pipe assembly

3.chk C/M assem bly
4,change light pipe clip

5.change light pipe

Dust

Start

Pixel Failure

1.clean DM D c hip

2.clean C/M

change projection

lens

Focus NG

Power On

OK

Image Q uality

EE

Perform ance

Optical

Perform ance

OK

OK

NG

NG

1.chk CW

2.chk DMD Chip/b

3.chk Main/b

No

No

No

Yes

1.change DMD

2.change DMD /b

3.clean elastom er

Yes

Yes

Yes

light leakage

No

1.chk DMD baffle

2.chk C/M

Yes

NG

System
Trouble

shooting

Guide

Brightness

1.Reset Factory mode, chk DC offset/Gain setup

2.chk DMD chip/b

3.clean projection lens

4.clean C/M

5.clean optica l parts

Yes

NG

Uniform ity

Contrast

Color

Color

Uniform ity

1.Reset Factory mode, chk DC offset/Gain setup

2.chk DMD baffle

3.change projection lens

Yes

1.Reset Factory mode, chk CW de lay

2.change CW

3.change projection lens

Yes

1.chk C/M

2.chk DMD

1.chk C/M

2.chk projection lens

Yes

No

Yes

No

No

No

Or check DMD chip socket

89

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

4-3 “Blue Edge” Trouble Shooting:

I. Re-adjust “Overfill” first.

For Overfill Re-adjustment:

i. Those 2 Adjustment Screws must be released for around 2 mm first.
ii. Alignment Sequence:

a.To adjust “Horizontal Adjustment Screw” firstly, then “Vertical Adjustment Screw¡¨.

b. Refer to Figure 1-1..

Fig. 1-1

II. Re-assemble LP module—include LP, LP Baffle, LP clip.

(2) Overfill Vertical
Adjustment Screw

(1) Overfill Horizontal
Adjustment Screw

90

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

7. Block Diagram

Hardware Architecture

The Projector consists of the Source board, Main board, Keypad board, Fan board, EMI board,

PFC board, Ballast board, Door interlock switch, Color wheel index sensor board, and the

Thermal break sensor board. Please see Figure 1.

Source Board consists of audio phone jack, video RCA jack, S-video mini-DIN head, and USB

head. Main Board consists of RGB A/D conversion, Video decoder, DLP ASIC, Flash and RAM,

Motor driver, DMD Reset driver DAD2000, and IR receiver. Keypad Board consists of 8 keypads

and 3 twice-color LEDs. Fan Board consists of DC/DC converter, Thermal Break circuit, Blower

Fan driver circuit, Rear Fan driver circuit, and the temperature sensing circuit. Power supply

circuit consists of AC line EMI filter, Power Factor Correction circuit. Ballast Board consists of

Lamp synchronization circuit, Lamp lit feedback circuit, and Lamp power control circuit.

Hardware Ar chitecture

Keypad Circuit

Input Source

Circuit

EMI

Filter

Main Operation Circuit

(DLP Image Processor

DDP2230)

(Video decoder TVP5147)

(DMD Reset driver DAD2000)

(A/D 9883)

(RAMBUS XDRAM)

Ballast

Module

Fan Driver

Circuit

PFC Circuit

Door

interlock

switch

From AC

socket

To Lamp

Thermal break

sensor Circuit

CW

Index

sensor

Lamp

Door

switch

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

8. Schematic Diagrams

AD_HS

GGE[7:0]

AD_CLK

AD_SOG

AD_VS

PWRGOOD

VSYNC_I

PC-BIN

PC-GIN

PC-RIN

POSENSE

VSYNC_I

HSYNC_I

HSYNC_I

CVBS

CHROMA
LUMA

USB_D- USB_D-

USB_D+ USB_D+

UART0_CTSZ UART0_CTSZ
UART0_RXD UART0_RXD
UART0_RTSZ UART0_RTSZ
UART0_TXD UART0_TXD

PWR_DOWNPWR_DOWN

LAMPEN LAMPEN

LAMP_RXD LAMP_RXD

LAMPLIT LAMPLIT

IRRCVR IRRC VR

XDR_RQ_CTMN

XDR_RQ_CTMP

CW_PWM
CWINDEXA

SSP0_CLK

SSP0_CLK

SSP0_CLK

SSP0_CLK

SSP0_CSZ0SSP0_CSZ0

SSP0_CSZ1SSP0_CSZ1

SSP0CSZ2

SSP0_CSZ2

POSENSE

PMD_INTZ

PMD_INTZ

SSP0_RXD

SSP0_RXD
SSP0_TXD

SSP0_TXD

SSP0_TXD

SSP0_TXD

SSP0_RXD

MTR_ARSTZ

MTR_ARSTZ

PWRGOOD

PWRGOOD

OCLKA

OCLKA

MBRST[15:0]

FAN2_B
FAN2_E

FAN_SW

SSP0_RXD

POSENSE

EXT_ARSTZ

EXT_ARSTZ

EXT_ARSTZ

AD_COAST

GRE[7:0]

AD_CLAMP

VD_CLK

VD_YUV[9:0]

GBE[7:0]

AUDIO_MUT

AUDIO_VOL

AUDIO_SW

PWM_AUDIO1
PWM_AUDIO2
PWM_AUDIO3

P3P3VS

P5V

P5VS

P12V

A1P2VIO

V33

V33

VCC2 VCC2

P3P3V

P5V

P12V

P3P3VS

P5V

P5V

P5V

P3P3V

P3P3V

P3P3V

P3P3V

P3P3V

P3P3V

P3P3V

P3P3V

P3P3V

P5V

P5VS

P5V

P1P8V

P1P8V

P2P5V

P2P5V

P2P5V

P12V

P12V

P12V

P3P3V

P1P8V

P1P8V

P1P2V
A1P2VIO

A1P8V

A1P8V

P1P2V

A1P2V

A1P2V

P5V

P3P3V

P3P3VS

P3P3V

SDA6,7,9,11,17

SCL6,7,9,11,17

EXT_ARSTZ6,9,14,15

SCL6,7,9,11,17

SDA6,7,9,11,17

SDA6,7,9,11,17

SCL6,7,9,11,17

SDA 6,7,9,11,17 SDA6,7,9,11,17

SCL6,7,9,11,17

EXT_ARSTZ6,9,14,15

SCL 6,7,9,11,17

12_DAD1000

12_DAD1000

P3P3V

SSP0_CSZ0

SSP0_CLK

SSP0_TXD

EXT_ARSTZ

P12V

VCC2

GND

MBRST[15:0]

SSP0_RXD

01_D-SUB_I/O

01_D-SUB_I/O

PC-RIN
PC-GIN
PC-BIN

GND

VSYNC_I

HSYNC_I

P5V

P3P3V

PWR_DOWN

07_DDP2230_ARM_CONTROL

07_DDP2230_ARM_CONTROL

SSP0_CSZ2

SSP0_CSZ1

SSP0_CSZ0

SSP0_CLK

SSP0_TXD

SSP0_RXD

USB_D+
USB_D-

EXT_ARSTZ

SDA
SCL

PWRGOOD

POSENSE

MTR_ARSTZ

PMD_INTZ

P5V

LAMPLIT

LAMPEN

CW_PWM

GND

CWINDEXA

LAMP_RXD

IRRCVR

AUDIO_VOL

AUDIO_MUT

PWR_DOWN

PWM_AUDIO2

PWM_AUDIO1

P5VS

P3P3VS

P3P3V

UART0_RXD

UART0_TXD

FAN_SW

AUDIO_SW

UART0_CTSZ

UART0_RTSZ

PWM_AUDIO3

06_MEMORY_IN

06_MEMORY_IN

P3P3V

GND

POSENSE

AD_COAST

AD_CLAMP

VD_YUV[9:0]

VSYNC_I

HSYNC_I

VD_CLK

GBE[7:0]

GGE[7:0]

GRE[7:0]

AD_CLK
AD_HS
AD_VS

AD_SOG

02_INPUT

02_INPUT

CVBS

LUMA

CHROMA

P5V

GND

USB_D+

USB_D-P3P3VS

UART0_CTSZ

UART0_RTSZ

UART0_RXD

UART0_TXD

AUDIO_MUT
AUDIO_VOL

AUDIO_SW

PWM_AUDIO1
PWM_AUDIO2
PWM_AUDIO3

P3P3V

08_DDP2230_PWR_DEBUG

08_DDP2230_PWR_DEBUG

P3P3V

P1P8V

A1P2VIO

P1P2V

GNDPWRGOOD

A1P2V

03_POWER

03_POWER

GND

P5VS

P3P3VS

PWR_DOWN

P12V

FAN2_E

FAN2_B

LAMPEN

LAMP_RXD

LAMPLIT

P5V

IRRCVR

15_FAN

15_FAN

SCL

SDA

P12V

GND

P3P3V

P5V

FAN_SW

FAN2_E

FAN2_B

09_CLOCK

09_CLOCK

SCL

SDA

XDR_RQ_CTMP
XDR_RQ_CTMN

P3P3V

GND

P2P5V

A1P8V

OCLKA

11_PMD1000

11_PMD1000

P12V

P1P2V

P2P5V

P3P3V

P5V

A1P8V

A1P2V

GND

P1P8V

PWRGOOD

POSENSE

SSP0_TXD

SSP0_RXD

SSP0_CLK

SSP0_CSZ2

MTR_ARSTZ
PMD_INTZ

13_DMD_INTERFACE

13_DMD_INTERFACE

GND

MBRST[15:0]

SSP0_RXD

SSP0_CLK

SSP0_TXD

VCC2

EXT_ARSTZ
SSP0_CSZ1

P3P3V

04_DECODER

04_DECODER

CHROMA
LUMA

CVBS

GND

EXT_ARSTZ

SDA

VD_CLK

SCL

VD_YUV[9:0]

P1P8V

V33

P3P3V

P2P5V

14_CWMOTOR

14_CWMOTOR

OCLKA

CW_PWM
CWINDEXA

GND

P12V

P3P3V

P5V

05_ADC

05_ADC

AD_CLAMP
AD_COAST

GRE[7:0]

GGE[7:0]

GBE[7:0]

AD_CLK

AD_VS

PC-RIN
PC-GIN
PC-BIN

HSYNC_I
VSYNC_I

SDA
SCL

AD_HS

AD_SOG

P5V

GND

V33

P3P3V

10_XDRAM

10_XDRAM

XDR_RQ_CTMP
XDR_RQ_CTMN

GND

A1P2VIO

P1P8V

Model

Title

Date Rev:

ViewSonic Corporation

MAIN BOARD

91

PC-RIN

PC-GIN

PC-BIN

PC_VSYNC
PC_HSYNC

GSDA

PC-5VIN0

PC-RIN-B

GSCL

PC-BIN-B

PC-GIN-B

PC_HSYNC

PC_VSYNC

BLUE-GND0

GREEN-GND0

RED-GND0

PWR_DOWN_A

PWR_DOWN_A

PC_HSYNC

PC_VSYNC

PWR_DOWN

P5V

RGBO_B

RGBO_R

RGBO_G

VSYNC_O

HSYNC_O

PC-RIN_B

PC-GIN_B

PC-BIN_B

PC-RIN 7

PC-GIN 7

PC-BIN 7

GND2,13,14,15,16,17

P5V4,5,6,7,9,13,16,17

VSYNC_I 7,8

HSYNC_I 7,8

P5V 4,5,6,7,9,13,16,17

PWR_DOWN 9

GND

4,5,6,7,8,9,10,11,12,13,14,15,16,17

P5V 4,5,6,7,9,13,16,17

P5V 4,5,6,7,9,13,16,17

P3P3V

DDCP5V

P5V

P5V

DDCP5V

P5V

P5V

DDCP5V

DDCP5V

P3P3V

P5V

P5V

P5V

P5V

P3P3V

GSDA

GSCL

GSDA

GSCL

PC_VSYNC

PC_HSYNC

PC_VSYNC
PC_HSYNC

RGBO_R

RGBO_G

RGBO_B

PC-RIN_B

PC-GIN_B

PC-BIN_B

PC_VSYNC

PC_HSYNC

RGBO_B

RGBO_R

RGBO_G

PC-RIN_B

PC-GIN_B

PC-BIN_B

RGB D-sub input ciriuit

RGB D-sub output ciriuit

R6

4.7K J

DB5

TZMC6V2

A K

TP1

D8

TZMC6V2

A K

CH1

150P J

RB6

47 J

CB1

0.1U K

TP6

DB3

BAV99

A

J

K

R2

47 J

TPB3

C1

0.1U K

DN2

BAV99

A

J

K

QC1

2N3904S

B

E C

D10

TZMC6V2

A K

RB1

75 J

TP10

TPB4

R10
2K J

J1

2K20072A15

1
7
2
8
3
9
4
10
5

11

12

13

14

15

6

G1G2

CB3 0.1U K

C2

0.1U K

D11
LL4148

A K

TPB2

DN1

BAV99

A

J

K

RB2

75 J

RB5

4.7K J

TP4

CV1

470P K

R5

4.7K J

RB4

10

D2 LL4148

AK

R11
47 J

TPB5

D3

LL4148

AK

UB1

ISL59837IAZ-T13

RIN

1

GIN

2

BIN

3

REF

4

VEE

5

GND

6

VEEOUT

7

DGND

8

ROUT

16

GOUT

15

BOUT

14

VCC

13

EN

12

VCC

11

PD

10

DVCC

9

U1

74AHCT1G14GV

2 4

53

1

CB4

0.1U K

TPB6

TP3

R1

4.7K J

D6

TZMC6V2

A K

RB7

270 J

LC1

Z80

CB10

0.1U K

UB4
74HCT1G125GW

2 4

1

53

DN3

BAV99

A

J

K

TP9

D4 LL4148

A K

D1 LL4148

AK

RB3

75 J

TPB1

TP7

U3

74AHCT1G14GV

2 4

53

1

R12
2K J

LC2

Z80

JB1

2K20072015

1

7

2

8

3

9

4

10

5

11

12

13

14

15

6

G1 G2

U2

AT24C02N-10SU-1.8

A0

1

A1

2

A2

3

GND

4

VCC

8

WP

7

SCL

6

SDA

5

CB2

0.1U K

C3

0.1U K

TP5

R7

4.7K J

R3

1K J

DB1

BAV99

A

J

K

RB21

1.2K

TP2

R4
2K J

CA1

0.1U K

RB9

270 J

LC3

Z80

D7

TZMC6V2

A K

CB5

0.1U K

RB8

47 J

D5 LL4148

A K

R9

1K J

RB22

1.2K

TP8

R8

47 J

DB4

TZMC6V2

A K

DB2

BAV99

A

J

K

U4

74AHC1G14GV

24

53

1

D9

TZMC6V2

A K

UB3
74HCT1G125GW

2 4

1

53

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

92

CVBSCOMPOSIT1

USB_D­USB_D+

RTSZ_A

RX.DL_A

TX.DLTX.DL_A

RX.DL

RTSZ

CTSZ

C1_B

C2_A

TX.DL

C1_A

RX.DL

232V-

C2_B

CTSZ_A

CHROMA

LUMA

PWM_AUDIO3

AUDIO_A PW M_AUDIO1

PWM_AUDIO2

SPEAK-

SPEAK+MUT

VOL

AUDIO

CVBS 6

GND 3,5,6,7,8,9,10,11,12,13,14,15,16,17

P5V 3,5,6,7,9,13,16,17

USB_D+ 9

USB_D- 9

GND3,5,6,7,8,9,10,11,12,13,14,15,16,17

P3P3VS 5 ,9

UART0_CTSZ 9

UART0_RTSZ 9

UART0_RXD 9
UART0_TXD 9

CHROMA 6

LUMA 6

PWM_AUDIO3 9

AUDIO_SW9

P3P3V 3 ,6,7,8,9, 10,11,1

PWM_AUDIO1 9

PWM_AUDIO2 9

P5V3,5,6,7,9,13,16,17

AUDIO_MUT9AUDIO_VOL9

P5V

P3P3VS

P5V

P5V

P3P3V

P3P3V

P5V P5V

P5V

RTSZ

CTSZ

232V-

V+

TX.DL

RX.DL

RTSZ

CTSZ

TX.DL

RX.DL

232V-

V+

232V-

V+

AUDIO

AUDIO_A

AUDIO_A

VOL MUT

SPEAK+

SPEAK-

MUT

VOL

SPEAK+
SPEAK-

AUDIO

Video input

These parts of this portion should be connected closely.

USB input

RS232 circuit

Audio input terminal

Audio circuit

RB10
1K J

LC8 Z80

LC9 Z80

LC10 Z80

TPC3

CC2 22U M

CC3

0.33U Z

TP29

ZD2

TZMC6V2

A K

TPC2

RC5

470

R187 0 J

RC11
1K J

ZD7

TZMC6V2

AK

CC6 0.1U K

CC11 22U M

CR4

0.1U K

TP11

RC1

470

RC4

4.7K J

J4

2B10190051

1

1

2

2

DN4 BAV99

A

J

K

RC13
150

DN7

BAV99

A

J

K

L2 Z42

RC9

220 J

ZD8
TZMC6V2

A K

DN13

BAV99

A

J

K

CR5

0.1U K

CC8 0.1U K

L3 Z42 RC7

470

ADG779

U6

S1

4

S2

6

IN

1

GND

3

Dout

5

VDD

2

DN8

BAV99

A

J

K

QC3
2N3904S

B

E C

RA6

1.8K

TP177

LC4

Z42

TP15

TP23

CC1

0.1U K

CC7

47P J

50V

CR2

0.1U K

RC6

5.9K F

RC15
150

TP18

TP24

TP178

L1 Z42

RA5

OPEN

CC13

22U M

CC9
100P K

DN14

BAV99

A

J

K

RC3

22

LC6 Z80

RC8

5.9K F

ZD3

TZMC6V2

AK

CR3

0.1U K

J9

2BC0010031

VCC

1

DATA-

2

DATA+

3

GND

4

CASE

G2

CASE

G1

GND

5

TP25

CC12

22U M

J3

2B14016041

C

4

.

2

G2

G2

.

1

Y

3

G1

G1

G3

G3

G4

G4

G5

G5

C4

0.1U K

CA2 0.1U K

TP14

J2

2KD2094102

1
2

G1

G2

RC10

220 J

D12

TZMC6V2

A K

CR1
10U Z

ZD4
TZMC6V2

A K

RC14
1K J

CC10
100P K

LC5 Z80

RA1 OPEN

RA7

OPEN

CC5

22U M

U5

TDA8551T

UP/DOWN

1

MODE

2

SVR

3

IN

4

OUT+

8

GND

7

Vp

6

OUT-

5

TP16

TP13

TP34

ZD5

TZMC6V2

AK

J7

2B14015001

G1

G1

G2

G2

1

1

2

2

3

3

4

4

5

5

66778

8

G3

G3

QC5
2N3904S

B

E C

RC12
1K J

RA3

4.7K J

D13

TZMC6V2

A K

DN6 BAV99

A

J

K

TP12

LC7 Z80

TP30

TP17

CC4

22U M

RC2

22

RA2
OPEN

UC1

ICL3232ECBNZ

C1+

1

V+

2

C1-

3

C2+

4

C2-

5

V-

6

T2OUT

7

R2IN8R2OUT

9

T2IN

10

T1IN

11

R1OUT

12

R1IN

13

T1OUT

14

GND

15

VCC

16

DN5 BAV99

A

J

K

ZD1

TZMC6V2

AK

J5

2B10254071

3

2

1

TPC1

ZD6

TZMC6V2

A K

RA4

4.7K J

QC4
2N3904S

B

E C

R186 0 J

QC2
2N3904S

B

E C

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

93

P12V_IN

IR1

IR2

IRVCC

GND 3,4,6,7,8,9,10,11,12,13,14,15,16,17

P5VS9 P3P3VS 4 ,9

PWR_DOWN 9

P12V13,14,16,17

FAN2_E 17

FAN2_B17

LAMPEN 9

GND3,4,6,7,8,9,10,11,12,13,14,15,16,17

LAMP_RXD 9

LAMPLIT 9

P5V 3,4,6,7,9,13,16,17

IRRCVR 9

P5VS

P5VS P3P3VS

P12V

P5V

P3P3VS

P5VS

P5VS

P5VS

P5VS

POWER FROM DC/DC BOARD

3.3V POWER

Lamp circuit

IR circuit

C5

0.1U K

R16
10K J

TP179

C176

0.1U Z

L4

Z120

TP80

L18

Z30

C6

4.7U Z

Q1

2N3904S

B

E C

U17

G960T63UF

GND

1

VOUT

2

VIN

3

OUT

4

TP31

C177

0.1U Z

R13

10K J

TP48

TP27

TP182

TP46

TP26

C172

4.7U M

L15

Z30

TP32

L14

Z30

TP180

C179

10U Z

TP33

R19
510 J

C171

0.1U Z

L5

Z120

R17
10K J

TP49

RA8

2K

R15

270 J

L19

Z30

U7

74AHC1G08GW

1

2

3

4

5

C175

4.7U M

TP21

TP20

TP28

L17

Z30

C173
22U 25V

TP47

R184

1M

R18

100 J

U8

TSOP14838

VOUT1GND2VCC

3

TP181

L16

Z30

J10

2K71072207

1

1

3

3

5

5

7

7

9

9

11

11

2

2

4

4

6

6

8

8

10

10

12

12

131314

14

+

C178

<Spec>

100U 16V

12

J6

2KL2021005

1

1

2

2

3

3

4

4

5

5

G1

G1

G2

G2

TP22

TP45

R203

0

TP183

R14

100

C174

22U 25V

TP50

TP19

J8

2KL2021003

1

1

2

2

3

3

G1

G1

G2

G2

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

94

D

CHROMA CHROMA_ILUMACVBS CVBS_I

VCLK

CHROMA_I

Cr_I_A

SDA

CVBS_A

Y_I_A

CHROMA_A

LUMA_A

EXT_ARSTZ

LUMA_I

VCLK_A

SCL

CVBS_I

Cb_I_A

LUMA_I

VD_YUV1
VD_YUV2

VD_YUV5
VD_YUV6

VD_YUV3

VD_YUV7

VD_YUV4

VD_YUV0

VD_YUV[9:0]

VD_YUV8
VD_YUV9

CHROMA4LUMA4CVBS

GND3,4,5,7,8,9,10,11,12,13,14,15,16,17

EXT_ARSTZ9

SDA7,9,11,17

VD_CLK 8

SCL9

P1P8V 10,12,13

V33 7

P3P3V3,7,8,9,10,11,13,14,15,16,17

P2P5V 11,13

VD_YUV[9:0] 8

VTERM

P2P5V

V33

VTERM

V33_A

V33

P1P8V

P1P8V

P1P8V

P1P8V

P1P8V

P1P8V

V33 V33_A

P3P3V

V33_A

V33

CHROMA_ILUMA_ICVBS_I

CHROMA_I

CVBS_I

LUMA_I

2.5V TO 1.8V

Analog VDD 3.3V

L9

1.8U K

C37

0.1U K

C21
22U K

R25

10K J

C8 0.1U K

TP38

C32

0.1U K

C29

0.1U K
R27
75 J

RB11
100K

C13 0.1U K

C9

0.1U K

C24

0.22U K

C44 5.6P C

R29
75 J

C38

0.1U K

TP37

C39

0.1U K

C20

0.1U K

L10

1.8U K

C11 0.1U K

C28

0.1U K

TP36

R20

4.7K J

TP35

C40

0.1U K

C46
220P J

C10 0.1U K

C22
10U Z

Y1

14.31818MHZ

C36

0.1U K

L11

1.8U K

R24

4.7K J

C16 0.1U K

L8

Z120

C25

0.1U K

C41

0.1U K

C47
220P J

U10 AME8815AEGT180Z

GND

2

VOUT

3

VIN

1

TAB

G1

R21

4.7K J

C35

0.1U K

C45 5.6P C

C14

0.1U K

C18
27P J

C48
220P J

L7

Z120

R28
75 J

C43 5.6P C

C42

0.1U K

C15

0.1U K

C34

0.1U K

C19
27P J

C49

220P J

R22

10K J

C27

0.1U K

C30

0.1U K

16V

L6

Z120

R23

47 J

C26

22U K

C33

0.1U K

C50
220P J

C12

0.1U K

R26

2.2K

C17
10P J

C51

220P J

C7 0.1U K

C31

0.1U K

TVP5147PFP

C_1/GPIO1

69

C_2/GPIO2

66

C_0/GPIO0

70

VI_1_C

2

VI_1_B

1

VI_1_A

80

DATACLK

40

AVID/GPIO

36

DVDD41

41

FID/GPIO

71

IOGND49

49

GPIO

35

IOVDD38

38

A18VDD

25

DGND42

42

AGND

26

IOVDD61

61

CH1_A33VDD

4

HS/CS/GPIO

72

Y9

43

Y8

44

DVDD67

67

Y7

45

CH2_A33VDD

5

Y6

46

CH1_A18GND

79

Y5

47

Y4

50

VS/VBLK/GPIO

73

Y3

51

DVDD31

31

NC22

22

RESETB

34

PLL_A18VDD

76

Y2

52

NC21

21

IOGND39

39

Y1

53

NC20

20

Y0

54

CH2_A18GND

10

SDA

29

IOGND62

62

XTAL2

75

XTAL1

74

DGND68

68

DGND32

32

NC19

19

A18VDD_REF

12

VI_4_A

23

A18GND

24

NC15

15

DVDD55

55

NC14

14

SCL

28

PWDN

33

VI_3_C

18

CH1_A33GND

3

VI_3_B

17

VI_3_A

16

A18GND_REF

13

CH2_A33GND

6

DGND27

27

GLCO/I2CA

37

PLL_A18GND

77

IOVDD48

48

VI_2_C

9

CH1_A18VDD

78

DGND56

56

VI_2_B

8

C_9/GPIO9

57

VI_2_A

7

C_8/GPIO8

58

INTREQ

30

C_6/GPIO6

60

C_4/GPIO4

64

C_7/GPIO7

59

CH2_A18VDD

11

C_5/GPIO5

63

C_3/GPIO3

65

C23

0.1U K

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

95

GRE2GR2
GRE3GR3

GR1 GRE1

GR0 GRE0

GRE7GR7

GR5 GRE5
GR6 GRE6

GBE7GB7

GBE6GB6

GB4 GBE4
GB5 GBE5

GRE4GR4

AD_VS

AD_SOG

AD_HS

GV_V

GFB_K
GH_S

GB0 GBE0

GBE1GB1

GB3 GBE3

GB2 GBE2

GG0 GGE0
GG1 GGE1
GG2 GGE2

GGE4GG4

GG3 GGE3

GG5 GGE5

GGE7GG7

GG6 GGE6

SDA

PC-BIN

PC-GIN

PC-RIN

HSYNC_I

GVMID

AVDD

AVDD

GBE[7:0]

GGE[7:0]

GBIN_A

SCL

GRIN_A

GRE[7:0]

AD_CLAMP

AD_COAST

GRIN

GGIN_A GGIN

GBIN

AVDD

VSYNC_I

GVREF

AVDD

AVDD

AD_CLKGCL_K

SOGIN

AD_CLAMP8

AD_COAST8

GRE[7:0] 8

GGE[7:0] 8

GBE[7:0] 8

AD_CLK 8

AD_VS 8

PC-RIN3

PC-GIN3

PC-BIN3

HSYNC_I3

VSYNC_I3

SDA6,9,11,17

SCL9

AD_HS 8
AD_SOG 8

P5V3,4,5,6,9,13,16,17

GND 3,4,5,6,8,9,10,11,12,13,14,15,16,17

V336

P3P3V3,6,8,9,10,11,13,14,15,16,17

AVDD P5V

PVDD

AVDD

AVDD

AVDD

AVDD

PVDD

V33

V33

V33

V33

AVDD

AVDD

AVDD

P3P3V

V33

P3P3V

PVDD

SOGIN

PC-GIN3

SOGIN

L12

Z120

C65 1000P K

50V

C74

0.1U Z

C52

OPEN

R38

47 J

R31

47 J

CA3 0.047U K

R35

75 J

C71

0.1U Z

C75

0.1U Z

C56

0.1U Z

R39

47 J

C70
10P J

C72

10U Z

C83

0.1U Z

C53
OPEN

U12

G960T63UF

GND

1

VOUT

2

VIN

3

OUT

4

C82

10U Z

R37

1.5K

R32

47 J

C57

0.1U Z

C68

0.1U K

R36

75 J

C84

0.1U Z

R40

47 J

C69
10P J

R30
OPEN

C58

0.1U Z

C78

0.1U Z

R33

47 J

L13

Z120

C85

0.1U Z

C63 0.047U K

R41

47 J

C59

0.1U Z

C73

0.1U Z

C6410P J

C6710P J

C77

0.1U Z

C80

0.1U Z

C60

0.1U Z

C81

0.1U Z

C66 0.047U K

U11

MST9883C-LF-110

GND

1

G/Y[7]

2

G/Y[6]

3

G/Y[5]

4

G/Y[4]

5

G/Y[3]

6

G/Y[2]

7

G/Y[1]

8

G/Y[0]

9

GND

10

VDD

11

B/Cb[7]

12

B/Cb[6]

13

B/Cb[5]

14

B/Cb[4]

15

B/Cb[3]

16

B/Cb[2]

17

B/Cb[1]

18

B/Cb[0]

19

GND

20

GND

21

VDD22VDD

23

GND24GND

25

PVDD

26

PVVD

27

GND

28

COAST

29

HSYNC

30

VSYNC

31

GND

32

FILT

33

PVDD34PVDD

35

GND

36

MIDSCV

37

CLAMP

38

AVDD

39

GND

40

GND

41

AVDD

42

BIN/Pb

43

GND

44

AVDD

45

AVDD

46

GND

47

GIN/Y

48

SOGIN

49

GND

50

AVDD

51

AVDD

52

GND

53

RIN/Pr

54

A0

55

SCL

56

SDA

57

VREF

58

AVDD

59

GND

60

GND61AVDD62GND63VSOUT64SOGOUT65HSOUT66DCK67GND68VDD69R/Cr[7]70R/Cr[6]71R/Cr[5]72R/Cr[4]73R/Cr[3]74R/Cr[2]75R/Cr[1]76R/Cr[0]77VDD78VDD79GND

80

C76

0.1U Z

C54

0.1U Z

R34

75 J

C6210P J

C79

0.1U Z

C61

0.1U K

C55

0.1U Z

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

96

PMDAT_15
PMDAT_14
PMDAT_13
PMDAT_12
PMDAT_11
PMDAT_10

PMDAT_9
PMDAT_8
PMDAT_7
PMDAT_6
PMDAT_5
PMDAT_4
PMDAT_3
PMDAT_2
PMDAT_1
PMDAT_0

PM_WEZ
PM_OEZ

PMDAT_[15:0]

PMADR_15
PMADR_14
PMADR_13
PMADR_12
PMADR_11
PMADR_10

PMADR_9
PMADR_8
PMADR_7
PMADR_6
PMADR_5
PMADR_4
PMADR_3
PMADR_2

PMADR_22
PMADR_21
PMADR_20
PMADR_19
PMADR_18
PMADR_17
PMADR_16

PMADR_1

PMADR_15
PMADR_14
PMADR_13
PMADR_12
PMADR_11
PMADR_10
PMADR_9
PMADR_8
PMADR_7
PMADR_6
PMADR_5
PMADR_4
PMADR_3
PMADR_2

PMADR_23
PMADR_22
PMADR_21
PMADR_20
PMADR_19
PMADR_18
PMADR_17
PMADR_16

PM_OESZ

FLASH_CSSZ

FLASH_RSTZ

PM_WESZ

PMADR_[1:23]

PM_OESZ

PM_WESZ

FLASH_CSZ

HSYNC_I

GGE7

GBE2

GBE6
GBE5
GBE4

GBE7

GBE1
GBE0

GGE4

GGE5

GBE3

GGE1
GGE0

GGE3

GRE3

GGE2

GRE7
GRE6

GRE1
GRE0

GRE2

GRE4

GGE6

GRE5

VSYNC_I

AD_CLAMP

AD_COAST

VD_YUV0

AD_SOG

VD_YUV9
VD_YUV8
VD_YUV7
VD_YUV6
VD_YUV5
VD_YUV4
VD_YUV3
VD_YUV2

AD_HS

AD_VS

AD_CLK

PMADR_23
PMADR_22
PMADR_21

PMADR_14
PMADR_13
PMADR_12
PMADR_11
PMADR_10

PMADR_9
PMADR_8
PMADR_7
PMADR_6
PMADR_5
PMADR_4
PMADR_3
PMADR_2
PMADR_1

PMDAT_13
PMDAT_12
PMDAT_11
PMDAT_10
PMDAT_9
PMDAT_8
PMDAT_7
PMDAT_6
PMDAT_5
PMDAT_4
PMDAT_3
PMDAT_2
PMDAT_1
PMDAT_0

PMDAT_15
PMDAT_14

PMADR_0

PMADR_0

PMADR_1

PMADR_14
PMADR_13
PMADR_12
PMADR_11
PMADR_10
PMADR_9
PMADR_8
PMADR_7
PMADR_6
PMADR_5
PMADR_4
PMADR_3
PMADR_2
PMADR_1

PMADR_[0:14]

SDRAM_CLKS
SDRAM_CKES

SDRAM_CLK
SDRAM_CKE

SDRAM_RASZ
SDRAM_CASZ

SDRAM_DQM_1
SDRAM_DQM_0

SDRAM_CSZ

SDRAM_CASSZ
SDRAM_RASSZ

SDRAM_DQMS_1
SDRAM_DQMS_0

SDRAM_CSSZ
PM_WESZ

PMDAT_[15:0]

PMDAT_[15:0]

PMDAT_13
PMDAT_12
PMDAT_11
PMDAT_10
PMDAT_9
PMDAT_8
PMDAT_7
PMDAT_6
PMDAT_5
PMDAT_4
PMDAT_3
PMDAT_2
PMDAT_1
PMDAT_0

PMDAT_15
PMDAT_14

VD_YUV1

P3P3V 3,6,7,9 ,10,11,13 ,14,15,16,17

GND 3,4,5,6,7,9,10,11,12,13,14,15,16,17

POSENSE13

AD_COAST7
AD_CLAMP7

VD_YUV[9:0]6

VSYNC_I3
HSYNC_I3

VD_CLK6

GBE[7:0]7

GGE[7:0]7

GRE[7:0]7

AD_CLK7

AD_HS7

AD_VS7

AD_SOG7

P3P3V

P3P3V

P3P3V

P3P3V

P3P3V

P3P3V

P3P3V

P3P3V

P3P3V

FLASH_RSTZ

PM_WESZ
PM_OESZ

FLASH_RSTZ

PM_WESZ

PM_OESZ

FLASH_CSSZ

FLASH_CSSZ

PMDAT_[15:0]

PMDAT_[15:0]

SDRAM_DQMS_1
SDRAM_DQMS_0

SDRAM_RASSZ
SDRAM_CASSZ

SDRAM_CLKS
SDRAM_CKES

SDRAM_CSSZ

SDRAM_CLKS
SDRAM_CKES

SDRAM_CASSZ
SDRAM_RASSZ

SDRAM_DQMS_1
SDRAM_DQMS_0

SDRAM_CSSZ

PM_WESZ

For SDRAM VDD

For SDRAM VDDQ

NC

C324

0.1U K

R189

10K J

DDP2230

U13A

DDP2230-2507650-1

PM_WEZ

W29

PM_OEZ

Y27

PM_CSZ_2

AA29

PM_BLSZ_1

P27

PM_BLSZ_0

P28

SDRAM_DQM_1

W28

SDRAM_DQM_0

W27

SDRAM_RASZ

Y30

SDRAM_CASZ

Y28

SDRAM_CLK

W30

SDRAM_CKE

V27

PM_CSZ_0

AA30

PM_CSZ_1

AA28

GPIO_34

H28

GPIO_33

H27

GPIO_32

H29

PMADR20

J28

PMADR19

H30

PMADR18

J29

PMADR17

J30

PMADR16

K27

PMADR15

J27

PMADR14

K28

PMADR13

K30

PMADR12

K29

PMADR11

L27

PMADR10

L28

PMADR09

L30

PMADR08

M27

PMADR07

M28

PMADR06

M29

PMADR05

M30

PMADR04

N27

PMADR03

N28

PMADR02

N29

PMADR01

N30

PMADR00

P26

PMDAT15

P30

PMDAT14

R27

PMDAT13

R28

PMDAT12

R29

PMDAT11

R30

PMDAT10

T30

PMDAT9

T29

PMDAT8

T28

PMDAT7

T27

PMDAT6

U30

PMDAT5

U28

PMDAT4

U27

PMDAT3

U26

PMDAT2

V30

PMDAT1

V29

PMDAT0

V28

R190

10K J

R197

33 J

C325

0.1U K

TP40R195

33 J

R193

33 J

R202
10K J

R198

33 J

R42

10K J

R196

33 J

TP42

R194

33 J

U28

K4S641632K-UC75

A0

23

A1

24

A2

25

A3

26

A4

29

A5

30

A6

31

A7

32

A8

33

A9

34

A10

22

A11

35

NC1

36

BA0

20

BA1

21

CLK

38

CKE

37

CAS

17

RAS

18

DQMH

39

DQML

15

CS

19

WE

16

NC2

40

DATA0

2

DATA1

4

DATA2

5

DATA3

7

DATA4

8

DATA5

10

DATA6

11

DATA7

13

DATA8

42

DATA9

44

DATA10

45

DATA11

47

DATA12

48

DATA13

50

DATA14

51

DATA15

53

VDD

1

VDD

14

VDD

27

VDDQ

3

VDDQ

9

VDDQ

43

VDDQ

49

VSS

28

VSS

41

VSS

54

VSSQ

6

VSSQ

12

VSSQ

46

VSSQ

52

C327

0.1U K

R199

33 J

C86

0.1U K

R48

33 J

TP43

C328

0.1U K

R47

33 J

R46

33 J

R43

10K J

R44

10K J

C329

0.1U K

TP232

R49

0 J

TP41

DDP2230

U13C

DDP2230-2507650-1

PORT3_CLK

C7

PORT1_A_8

C15

PORT1_A_7

B15

PORT1_A_6

A15

PORT1_A_5

A16

PORT1_A_4

B16

PORT1_A_3

E17

PORT1_A_2

C16

PORT1_A_1

D16

PORT1_A_0

A17

PORT1_B_8

A12

PORT1_B_7

D14

PORT1_B_6

D13

PORT1_B_5

C13

PORT1_B_4

B13

PORT1_B_3

A13

PORT1_B_2

C14

PORT1_B_1

A14

PORT1_B_0

D15

PORT1_C_8

D10

PORT1_C_7

C10

PORT1_C_6

B10

PORT1_C_5

A10

PORT1_C_4

D11

PORT1_C_3

C11

PORT1_C_2

C12

PORT1_C_1

E14

PORT1_C_0

B12

PORT1_FLD/GPIO_14

B19

PORT1_VSYNC

A11

PORT1_HSYNC

D12

PORT1_DATEN

A9

PORT1_CLK

B9

ADC_COAST/GPIO_04

D18

ADC_CLAMP/GPIO_05

A19

ALF_VSYNC

A8

ALF_HSYNC

D9

ALF_CSYNC

C9

GPIO_28

AH21

PORT2_VSYNC

D8

PORT2_HSYNC

C8

PORT2_DATEN

B8

PORT2_CLK

A7

PORT3_DAT_9

A4

PORT3_DAT_8

B5

PORT3_DAT_7

A5

PORT3_DAT_6

C5

PORT3_DAT_5

E7

PORT3_DAT_4

C6

PORT3_DAT_3

B6

PORT3_DAT_2

D7

PORT3_DAT_1

A6

TP39

C323

0.1U K

C330

0.1U K

R188

10K J

U14

S29GL032A-90TFIR42

A0

25

A1

24

A2

23

A3

22

A4

21

A5

20

A6

19

A7

18

A8

8

A9

7

A10

6

A11

5

A12

4

A13

3

A14

2

A15

1

A16

48

A17

17

A18

16

A19

9

A20

10

A21

13

DQ0

29

DQ1

31

DQ2

33

DQ3

35

DQ4

38

DQ5

40

DQ6

42

DQ7

44

DQ8

30

DQ9

32

DQ10

34

DQ11

36

DQ12

39

DQ13

41

DQ14

43

DQ15/A-1

45

WE

11

RESET

12

WP/ACC

14

BUSY

15

OE

28

CE

26

BYTE

47

VCC

37

VSS

27

VSS

46

C326

0.1U K

ViewSonic Corporation Confidential - Do Not Copy PJ513D-1

97