Sharp PN-465U Schematic

SERVICE MANUAL

■ LEAD-FREE SOLDER

MODEL

CONTENTS

CODE : 00Z

PN465USM/E

LCD MONITOR

PN-465U

CHAPTER 1. OUTLINE OF THE PRODUCT,

NOMENCLATURE AND FUNCTION . . . . . . . . . . . .1 - 1

CHAPTER 2. CONNECTION, ADJUSTMENT, OPERATION,

AND FUNCTION. . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 1

CHAPTER 3. DISASSEMBLY AND ASSEMBLY . . . . . . . . . . . . . .3 - 1

CHAPTER 4. BLOCK DIAGRAM . . . . . . . . . . . . . . . . . . . . . . . . . .4 - 1

CHAPTER 5. TROUBLESHOOTING . . . . . . . . . . . . . . . . . . . . . . .5 - 1

CHAPTER 6. HARDWARE DESCRIPTIONS. . . . . . . . . . . . . . . . . 6 - 1

CHAPTER 7. CIRCUIT DIAGRAM & PARTS LAYOUT . . . . . . . . . 7 - 1

Parts marked with "!" are important for maintaining the safety of the set. Be sure to replace these parts with specified ones for maintaining the safety and performance of the set.

This document has been published to be used for after sales service only. The contents are subject to change without notice.

■ LEAD-FREE SOLDER

The PWB’ s of this model employs lead-free solder. The “LF” marks indicated on the PWB’s and the Service Manual mean “Lead-Free” solder. The alphabet following the LF mark shows the kind of lead-free solder.

Example:

Solder composition Sn-Ag-Cu Sn-Ag-Bi

Sn-Ag-Bi-Cu Sn-Zn-Bi Sn-In-Ag-Bi Sn-Cu-Ni Sn-Ag-Sb Bi-Sn-Ag-P

Bi-Sn-Ag

5mm

Lead-Free

Solder composition code (Refer to the table at the right.)

a

(1) NOTE FOR THE USE OF LEAD-FREE SOLDER THREAD

When repairing a lead-free solder PWB, use lead-free solder thread. Never use conventional lead solder thread, which may cause a breakdown or an accident.

Since the melting point of lead-free solder thread is about 40°C higher than that of conventional lead solder thread, the use of the exclusive-use soldering iron is recommendable.

Solder composition code

a

b

z

i n s

p

(2) NOTE FOR SOLDERING WORK

Since the melting point of lead-free solder is about 220°C, which is about 40°C higher than that of conventional lead solder, and its soldering capacity is inferior to conventional one, it is apt to keep the soldering iron in contact with the PWB for longer time. This may cause land separation or may exceed the heat-resistive temperature of components. Use enough care to separate the soldering iron from the PWB when completion of soldering is confirmed.

Since lead-free solder includes a greater quantity of tin, the iron tip may corrode easily. Turn ON/OFF the soldering iron power frequently.

If different-kind solder remains on the soldering iron tip, it is melted together with lead-free solder. To avoid this, clean the soldering iron tip after completion of soldering work.

If the soldering iron tip is discolored black during soldering work, clean and file the tip with steel wool or a fine filer.

PN-465U LEAD -FREE SOLDER

CHAPTER 1. OUTLINE OF THE PRODUCT, NOMENCLATURE AND FUNCTION

1. SPECIFICATIONS

Model PN-465U LCD element 46” wide (116.8 cm diagonal)

Max. resolution (pixels)

Max. colors 16.77 M colors (8 bits/color) Pixel pitch 0.53025mm (H) Viewing angle 176° right/left/up/down (contrast ratio > Screen active

area inch (mm) Computer input

signal

Sync signal

Video signal system

Plug and play VESA DDC2B Power

management Input terminals PC/AV Digital DVI-D 24 pin

Output terminals PC/AV Digital DVI-D 24 pin

Power requirement

Operating temperature

Operating humidity

Power consumption

Dimensions inch (mm)

Weight lbs. (kg) Approx. 78.3 (35.5)

*1 Cannot be used simultaneously.

*2 Does not support plug and play.

*3 Connection is allowed with an HDCP-compatible device only.

Does not support Repeater control function.

ASV low-reflection black TFT LCD

× 1080

1920

× 0.53025mm (V)

10)

× 22-9/16 (1018.1 × 572.7)

40-1/16

Digital (DVI 1.0 standard-compliant), Analog RGB (0.7Vp-p) [75Ω]

Horizontal/vertical separate (TTL: positive/negative), Sync-on-green, Composite sync (TTL: positive/negative)

NTSC (3.58MHz)

VESA DPMS, DVI DMPM

(HDCP compatible)

PC Analog Mini D-sub 15 pin,

× 1, BNC

3 rows

Audio 3.5 mm mini stereo jack

AV Composite

BNC

× 1

video Component

BNC (Y, Cb/Pb, Cr/Pr)

Audio RCA pin (L/R) × 1

Serial (RS-232C) D-sub 9 pin

× 1

Audio RCA pin (L/R) × 1 Serial (RS-232C) D-sub 9 pin Speaker 7W AC 120 V, 60 Hz

32°F to 104°F (0°C to 40°C)

20% to 80% (no condensation)

266W (Input signal waiting mode: 6.5W, Standby mode: 3.5W)

Approx. 43-13/16 (1,113

× 140 × 657) (excluding protrusions)

× 5-1/2 × 25-7/8

(excluding the temporarystand)

× 1

+ 7W [6Ω]

× 1

*1*2

*3

× 1

*

1

× 1

■ DIMENSIONAL DRAWINGS

Note: That the values shown are approximate values.

Unit: inch [mm]

34-3/4 [882]

3-3/8

[87]

2-1/16 [52]

25-7/8 [657]

22-7/8 [581]

15/16 [24]

5-1/2 [140]

Opening width (40-1/4 [1023])

VESA holes

43-13/16 [1113]

7-7/8

[200]

Opening height

(22-11/16 [576])

7-7/8 [200] 9 [228.5]

When mounting the monitor, be sure to use a wall-mount / ceiling-mount bracket they comply with the VESA-compatible mounting method. SHARP recommends using M6 screws and tighten the screws. Note that screw hole depth of the monitor is 3/8 inch (10 mm). Loose holding may cause the product to fall, resulting in serious personal injuries as well as damage to the product. The screw and hole should come together with over 5/16 inch (8 mm) length of thread. SHARP recommends using mounting interface that comply with UL1678 standard.

■ COMPATIBLE SIGNAL TIMING (PC)

Screen resolution Hsync Vsync

VESA 640

× 480 31.5kHz 60Hz 25.175MHz oo

37.9kHz 72Hz 31.5MHz oo

37.5kHz 75Hz 31.5MHz oo

× 600 35.1kHz 56Hz 36.0MHz o

800

37.9kHz 60Hz 40.0MHz oo

48.1kHz 72Hz 50.0MHz oo

46.9kHz 75Hz 49.5MHz oo

× 480 31.0kHz 60Hz 33.75MHz oo

848

× 768 48.4kHz 60Hz 65.0MHz oo

1024

56.5kHz 70Hz 75.0MHz oo

60.0kHz 75Hz 78.75MHz oo

× 864 67.5kHz 75Hz 108.0MHz oo

1152

× 768 47.8kHz 60Hz 79.5MHz oo

1280

60.3kHz 75Hz 102.25MHz oo

× 960 60.0kHz 60Hz 108.0MHz oo

1280

Dot

frequency

Analog

signal

Digital

signal

-

PN-465U OUTLINE OF TH E PRODUCT, NOMENCLATURE AND FUNCTION

1 – 1

Screen resolution Hsync Vsync

VESA

1280

× 1024 64.0kHz 60Hz 108.0MHz oo

80.0kHz 75Hz 135.0MHz oo

× 768 47.7kHz 60Hz 85.5MHz oo

1360 1600 × 1200

Wide 1280

1920

US TEXT

Sun Ultra Series

*1 Displays a reduced image. * All are compliant only with non-interlaced. * Depending on the connected PC, images may not be displayed

properly even if the compatible signal described above is input.

* The frequency values for the Sun Ultra Series are reference values.

A separate conversion adapter (commercially available) may be required for connecting the monitor to the Sun Ultra Series.

× 400 31.5kHz 70Hz 28.3MHz oo

720

1024

1152 × 900 61.8kHz 66Hz 94.88MHz o

1280 × 1024 71.7kHz 67.2Hz 117.01MHz o

1600 × 1000 68.6kHz 66Hz 135.76MHz o

*

1

75.0kHz 60Hz 162.0MHz oo

× 720 44.7kHz 60Hz 74.4MHz oo × 1080 66.3kHz 60Hz 148.5MHz oo

× 768 48.3kHz 60Hz 64.13MHz o

53.6kHz 66Hz 70.4MHz o

56.6kHz 70Hz 74.25MHz o

71.8kHz 76.2Hz 108.23MHz o

81.1kHz 76Hz 134.99MHz o

Dot

frequency

Analog

signal

Digital

signal

-

■ PC1/AV1 INPUT TERMINAL PINS

(DVI-D 24 Pin)

■ RS-232C OUTPUT TERMINAL PINS

(D-sub 9 Pin)

No. Function No. Function

1N.C. 6N.C. 2 Received data 7 N.C. 3 Transmitted data 8 N.C. 4N.C. 9N.C. 5GND

■ PC2 RGB INPUT TERMINAL PINS

(Mini D-sub 15 Pin)

No. Function No. Function

1 Red video signal input 9 2 Green video signal input 10 GND 3 Blue video signal input 11 N.C. 4 N.C. 12 DDC data 5 GND 13 Hsync signal input 6 GND for red video signal 14 Vsync signal input 7 GND for green video signal 15 DDC clock 8 GND for blue video signal

+5V

No. Function No. Function

1 TMDS data 2- 13 N.C. 2TMDS data 2 3 TMDS data 2/4 shield 15 GND 4 N.C. 16 Hot-plug detection 5 N.C. 17 TMDS data 0 6 DDC clock 18 TMDS data 0+ 7 DDC data 19 TMDS data 0/5 shield 8N.C. 20N.C.

9TMDS data 1 10 TMDS data 1 11 TMDS data 1/3 shield 23 TMDS clock 12 N.C. 24 TMDS clock−

+ 14 +5V

− 21 N.C. + 22 TMDS clock shield

+

■ RS-232C INPUT TERMINAL PINS

(D-sub 9 Pin)

No. Function No. Function

1N.C. 6N.C.

2 Transmitted data 7 N.C.

3 Received data 8 N.C.

4N.C. 9N.C.

5GND

■ PC/AV OUTPUT TERMINAL PINS

(DVI-D 24 Pin)

−

No. Function No. Function

1 TMDS data 2 2 TMDS data 2 3 TMDS data 2/4 shield 15 GND 4 N.C. 16 Hot-plug detection 5 N.C. 17 TMDS data 0 6 DDC clock 18 TMDS data 0+ 7 DDC data 19 TMDS data 0/5 shield 8 N.C. 20 N.C.

9 TMDS data 1 10 TMDS data 1 11 TMDS data 1/3 shield 23 TMDS clock 12 N.C. 24 TMDS clock−

− 13 N.C. + 14 +5V

−

− 21 N.C. + 22 TMDS clock shield

+

PN-465U OUTLINE OF TH E PRODUCT, NOMENCLATURE AND FUNCTION

1 – 2

■ POWER MANAGEMENT

ŊŏőŖŕ

2345

This monitor conforms to VESA DPMS and DVI DMPM. Both your video card and computer must support the same standard in order for the monitor’s power management function to work.

DPMS: Display Power Management Signaling

DPMS Screen

ON STATE Display 266W Yes Yes STANDBY SUSPEND Yes No OFF STATE No No

DMPM: Digital Monitor Power Management

DMPM Screen

Monitor ON Display 266W

Active OFF

No

display

No

display

Power

consumption

6.5W

Power

consumption

6.5W

Hsync Vsync

No Yes

■ DDC (PLUG AND PLAY)

The monitor supports the VESA DDC (Display Data Channel) standard. DDC is a signal standard for plug and play between monitors and computers. Information about resolution and other parameters is exchanged between the two. This function can be used if the computer supports DDC and it has been configured to detect plug-and-play monitors. There are several types of DDC, depending on the communication method used. This monitor supports DDC2B.

3. PART NAMES AND FUNCTION

■ FRONT VIEW

1

*Use a pointed object such as a pen tip to press the switches at the

front of the monitor.

1 LCD panel 2 Remote control sensor 3 Input switch 4 Power switch 5 Power LED

■ REAR VIEW

2. SUPPLIED ACCESSORIES

Liquid Crystal Display: 1

Remote control unit: 1

Cable clamp: 2

Power cord (Approx. 13.1 feet [4 m]): 1 “AA” size battery: 2 CD-ROM (Utility Disk for Windows): 1 Operation manual: 1 Blank sticker: 1

Place a blank sticker onto the SHARP logo to cover the logo.

*Sharp Corporation holds authorship rights to the Utility Disk program.

Do not reproduce it without permission.

Vertical logo sticker: 2

INPUT

Temporary stand: 2

Power cord clamp: 1

L

K

1689

1 Main power switch 2 AC input terminal 3 PC/AV output terminal (DVI-D) 4 PC1 input terminal (DVI-D)

AV1 input terminal (DVI-D)

5 PC2 input terminal (Mini D-sub 15 pin) 6 PC3 input terminals (BNC) 7 AV2 input terminals (BNC) 8 AV3 input terminal (BNC) 9 RS-232C output terminal (D-sub 9 pin) F RS-232C input terminal (D-sub 9 pin) G External speaker terminals H PC/AV audio output terminals I AV audio input terminals J PC audio input terminal K Handles L Vents

GJ

H

I23457F

PN-465U OUTLINE OF TH E PRODUCT, NOMENCLATURE AND FUNCTION

1 – 3

■ Remote Control Unit

r

2

3

4

1

7

8

*1 Select the terminal for DVI SELECT. *2 Select the terminal for BNC SELECT.

8MENU button

Displays and turns off the menu screen

9SIZE button

The menu is displayed. Press or to select the screen size.

■ Setting the batteries

1) Press the cover gently and slide it in the direction of the arrow.

5

9

6

1Signal transmitter

2POWER button

3MUTE button

Turns off the volume temporarily. Press the MUTE button again to turn the sound back to the previous level.

4VOL +/- button (Volume adjustment)

Pressing or displays the VOLUME menu when the menu screen is not displayed. Press or to adjust the volume of the sound.

*If you do not press any buttons for about 4 seconds, the VOLUME

menu automatically disappears.

BRIGHT

+/− button (Backlight adjustment)

Pressing or displays the BRIGHT menu when the menu screen is not displayed. Press or to adjust the brightness.

*If you do not press any buttons for about 4 seconds, the BRIGHT

menu automatically disappears.

Cursor control (S / T/W / X) buttons

5DISPLAY button

Displays monitor information. The display disappears when this but-

pressed again or disappears automatically after approximately

ton is

15 seconds.

6MODE button

Each time you press this button, the color mode changes in the following order:

• STD (Standard) JVIVID J sRGB

J STD...

*sRGB applies to PC input only.

sRGB is international standard of color representation specified by IEC (International Electrotechnical Commission). Color conversion is made in taking account of liquid crytal’s characteristics and represents color tone close to its original image.

7INPUT button (Input mode selection)

The menu is displayed. Press or to select the input mode, and press to enter.

*You can select the input terminal by pressing the input switch of

the monitor.

Input mode Video Audio PC1 DIGITAL PC2 ANALOG PC2 input terminal PC3 ANALOG AV1 DIGITAL AV2 COMPONENT

*1

PC1 input terminal PC audio input

terminal

*2

*1

PC3 input terminals AV1 input terminal AV audio input

*2

AV2 input terminals

terminals

AV3 VIDEO AV3 input terminal

2) See the instructions in the compartment and put in the supplied batteries (2 “AA” size batteries) with their plus (

+) and minus (−) sides

oriented correctly.

3) Close the cover.

Note:

• The supplied batteries (2 “AA” size batteries) may become exhausted faster depending on the storage condition. It is recommended that you replace them with new batteries (commercially available) earlier than specified.

• If you will not use the remote control for a long time, remove the batteries.

• Use manganese or alkaline batteries only.

■ Remote control operation range

The operation range of the remote control unit is approx. 16.4 feet (5m) at an angle of appro the remote control sensor.

16.4 feet (5 m)

°

10

Caution:

• Do not expose the remote control unit to shock by dropping or stepping on it. This could lead to a malfunction.

• Do not expose the remote control unit to liquids, and do not place it in an area with high humidity.

• The remote control unit may not work properly if the remote control sensor is under direct sunlight or strong lighting.

• Objects between the remote control unit and the remote control sensor may prevent proper operation.

• Replace the batteries when they run low as this may shorten the remote control’s operation range.

• If a fluorescent light is illuminated near the remote control unit, it may interfere with proper operation.

• Do not use it with the remote control of other equipment such as air conditioner, stereo components, etc.

× 10° from the center to the top/bottom/right/left of

Remote control senso

16.4 feet (5 m)

°

10

PN-465U OUTLINE OF TH E PRODUCT, NOMENCLATURE AND FUNCTION

1 – 4

■ Dual screen display

1

3

0

2

012

456

8

9

10

3

7

11

12 13 14 15

012

567

10

11 12

3

8

13

15 16 17 18

20 21 22 23

4

9

14

19

24

012

345

678

1

3

02

0

1

2

4

5

6

8

9

10

3

7

11

12

13

14

15

0

1

2

5

6

7

10

11

12

3813

15

16

17

18

20

21

22

23

4

9

141924

0

1

2

3

4

5

6

7

8

You can display the screens of the PC input signal and AV input signal simultaneously. Set this function with “PIP MODES” in the PIP/PbyP menu.

• The currently selected input signal is displayed on the main screen.

• You cannot simultaneously display the screens of signals of the same type, such as two types of PC input signals or two types of AV input signals.

In vertical orientation

Original

image

4 monitors

02

9 monitors

3

6

0

PIP : A sub screen is displayed inside a main screen. PbyP : A main screen and a sub screen are displayed in a line. PbyP2 : Displays a main screen which measures 1280 pixels in the

longest direction and a sub screen in a line.

PIP PbyP PbyP2

Main screen

screen

Sub

Main

screen

Sub

screen

Main screen

Note:

• You might infringe on a copyright of the author which is protected

by copyright law when you display the images of the computer screen and television/VCR simultaneously for profit-making or to show the image to the public.

• The screen size for dual-screen display is the same as the screen

size for single-screen display. The DotbyDot screen is displayed in NORMAL size except when it is set as the PIP main screen.

• When dual-screen display is selected, the SCREEN MOTION func-

tion is disabled.

• When dual-screen display is selected, the screen cannot be

enlarged.

• When dual-screen display is selected, the following adjustments of

ADVANCED are invalid and adjusting is disabled. 3D-NR, MPEG-NR and 3D-Y/C

■ Enlarge

You can align 4, 9, 16, or 25 monitors and integrate them into a single large screen to display. Enlarged views of separated images are displayed in each monitor.

In horizontal orientation

Original

image

4 monitors

0

2

16 monitors 25 monitors

012

456

8

12 13 14 15

1

3

910

9 monitors

012

345

678

3

7

11

012

567

11 12

10

15 16 17 18

20 21 22 23

PN-465U OUTLINE OF TH E PRODUCT, NOMENCLATURE AND FUNCTION

13

1

4

1

3

7

2

5

8

16 monitors 25 monitors

20

1

6

11

16

21

2

7

12

17

22

18

23

3813

4

9141924

Sub

screen

12

13

14

15

0

4

8

1

5

9

2

6

10

3

711

0

5

10

15

Note:

• AV input signals cannot be used for the Enlarge function.

• To integrate 9 or more monitors using PC1 signals, a splitter for the video signal (commercially available) is required.

• When connected in PC2/PC3, a splitter for the video signal (commercially available) is required.

• When Enlarge is used, the SCREEN MOTION function is disabled.

■ Switching the screen size

Even when the screen size is changed, the display may remain the same depending on the input signal.

PC input AV input

WIDE Displays image so it fills the

entire screen.

ZOOM 1 An image with a 4:3 aspect ratio is enlarged to fill the

entire screen without changing the aspect ratio. The

edges of the image may be cut off. ZOOM 2 Use this size if ZOOM 1 cuts off the subtitles. NORMAL Displays image so it fills the

screen without changing the

aspect ratio of the input sig-

nals. DotbyDot Displays the dots of the sig-

nals input from the conne-

cted PC as the correspond-

ing dots on the screen.

4

3

9

8

14

19

24

1 – 5

An image with a 4:3 aspect ratio is stretched to fill the entire screen.

Displays the entire image of the aspect ratio of 4:3 without changing the aspect ratio.

Displays the dots of the input signals as the corresponding dots on the

*

screen.

WIDE ZOOM1

ZOOM2

■ SCHEDULE

You can set the time to switch the monitor on and off. Set this function with “SCHEDULE” in the OPTION menu.

NORMAL DotbyDot

*With a monitor with a screen resolution of 1600 x 1200, selecting Dot-

byDot displays the NORMAL screen.

Note:

• Using this monitor's screen-size switching or dual-screen display functions to compress or expand the screen for commercial or public viewing in establishments like cafes or hotels may infringe on the rights of the creators, as protected by Copyright Law, so please be careful.

• When “Enlarge” is set, the screen size is fixed to “WIDE” mode.

• When dual-screen display is selected, the screen size cannot be changed.

• The appearance of the original video may change if you select a screen size with a different aspect ratio than the original image (e.g. TV broadcast or video input from external equipment).

• When an ordinary non-wide image (4:3) is viewed with the whole screen using the screen-size switching function of this monitor, the edge of the image may be lost or appear distorted. If you wish to respect the creator’s intentions, set the screen size to “NORMAL”.

• When playing commercial software, parts of the image (like subtitles) may be cropped. In this case select the optimal screen size using the screen-size switching function of this monitor. With some software, there may be noise or distortion at the edges of the screen. This is due to the characteristics of the software, and is not a malfunction.

• Depending on the original image size, black bands may remain at the edges of the screen.

SCHEDULE

No. POWER DAY OF THE WEEK TIME INPUT

(1)

1024x768

XXXX/XX/XX XXX XX:XX:XX

(2)

V: 60 Hz H: 48.4 kHz

PC2 ANALOG

(3) (4) (5)

OK…[MENU]

1) Press or to select the SCHEDULE number, and press .

2) Set the SCHEDULE. (See the description below.)

Press or to select the date and time, and press or

to change the setting.

3) Press .

MENU

SCHEDULE becomes effective.

1

Q : SCHEDULE effective

-

: SCHEDULE not effective

2 POWER

ON : Switches the monitor on at the specified time. OFF : Switches the monitor off at the specified time and puts the

monitor in standby mode.

3 DAY OF THE WEEK

Specifies the day of the week to execute the SCHEDULE. ONLY ONCE: Executes the SCHEDULE once on the specified day.

Specify the day of the week to execute the SCHEDULE.

EVERY WEEK:

Executes the SCHEDULE on the specified day of the week every week. Specify the day of the week to execute the SCHEDULE.

Periodic setting such as “Monday through Friday” is also possible.

EVERY DAY:

Executes the SCHEDULE every day regardless of the day of the week.

4 TIME

Specifies the time to execute the SCHEDULE.

5 INPUT

Specifies the input mode at power-on. When not specifying, the screen at the previous power-off appears.

Input modes displayed on “PC1/AV1” depend on DVI SELECT settings.

Input modes displayed on “PC3/AV2” depend on BNC SELECT settings.

PN-465U OUTLINE OF TH E PRODUCT, NOMENCLATURE AND FUNCTION

1 – 6

Caution:

• Do not switch off the main power after setting the SCHEDULE.

• Specify the correct date and time. SCHEDULE does not function unless the date and time are specified.

• Check regularly that the set date and time are correct.

Note:

• Up to 8 SCHEDULE items can be registered.

• Setting the SCHEDULE flashes the power LED alternately in red and orange in standby mode.

• A SCHEDULE that has a large number has precedence over that of a small number when schedules overlap.

■ ADVANCED items (AV input)

FLESH TONE

Adjust the hue control.

3D-NR

Reduce the noise of playback images on video. Setting a higher level reduces more noise. However, it may cause blurring on an image.

MPEG-NR

Reduce block noise caused by digital compression.

3D-Y/C (AV3)

Specify whether to perform 3-dimension Y/C separation. If dot interference or cross-color is occurring in fast-motion scenes, selecting “OFF” may improve the image quality.

PN-465U OUTLINE OF TH E PRODUCT, NOMENCLATURE AND FUNCTION

1 – 7

CHAPTER 2. CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

1. CONNECTION

1-1. CONNECTING PERIPHERAL EQUIPMENT

Caution:

• Be sure to turn off the main power switch and disconnect the plug

from the power outlet before connecting/disconnecting cables. Also, read the manual of the equipment to be connected.

• Be careful not to mix up the input terminal with the output terminal

when connecting cables. Mixing up the input and output terminals may cause malfunctions and the other problems.

(1) Connection with a PC

PC1 input terminal

PC2 input terminal

PC audio input terminal

PC3 input terminals

HV

RGB

• Use a commercially available signal cable (DVI-D 24 pin) for the PC1 input terminal. Set DVI SELECT on the OPTION menu to PC (DIGITAL) when using the PC1 input terminal.

• Use a commercially available signal cable (Mini D-sub 15 pin) for the PC2 input terminal.

• Use a commercially available signal cable (BNC) for the PC3 input terminals. Set BNC SELECT on the OPTION menu to PC (ANALOG) when using the PC3 input terminals.

(2) Connection with AV equipment

AV1 input terminal

AV2 input terminals

Cr/Pr Y Cb/Pb

AV3 input terminal

• Use a commercially available signal cable (DVI-D 24 pin) for the AV1 input terminal. Set DVI SELECT on the OPTION menu to AV (DIGITAL) when using the AV1 input terminal.

• Use a commercially available component cable (BNC) for the AV2 input terminals. Set BNC SELECT on the OPTION menu to AV (COMPONENT) when using the AV2 input terminals.

• Use a commercially available video cable (BNC) for the AV3 input terminal.

• Use a commercially available audio cable (RCA) for the AV audio input terminals.

• The AV1 input terminal is compatible with the video signals below:

1920

× 1080p @ 50/59.94/60Hz

× 1080i @ 50/59.94/60Hz

1920

× 720p @ 50/59.94/60Hz

1280

× 576p @ 50Hz

720

× 480p @ 59.94/60Hz

720

× 480p @ 59.94/60Hz

640

AV audio input terminals

• Use a commercially available audio cable (mini stereo jack) for the PC audio input terminal. Use an audio cable without resistance.

Note:

• Images may not be displayed properly depending on the computer

(graphics board) to be connected.

• A screen with 1920

rectly on PC3 (BNC). In this case, check the settings of your computer (graphics board) to verify that input signals conform to specifications of this monitor (Hsync: 66.3 kHz, Vsync: 60 Hz, and Dot frequency: 148.5 MHz).

• If there is a check box to disable EDID in display control panel,

check it when using PC3 (BNC).

• Use the automatic screen adjustment when a PC screen is dis-

played for the first time using PC2 or PC3, or when the setting of the PC is changed.

• The screen is adjusted automatically when SELF ADJUST in the

OPTION menu is set to “ON”.

× 1080 resolution may not be displayed cor-

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 1

(3) Other terminals

[PC/AV audio output terminals]

• Audio from the equipment connected to the AV audio input terminals or PC audio input terminal is output. Connect to the audio input terminals of the connected equipment using a commercially available audio cable (RCA).

• The audio output varies depending on the input mode selection.

• The volume level can be adjusted using the volume adjustment.

• Selecting FIXED of “AUDIO OUTPUT” from the OPTION menu fixes the volume of sound output from the audio output terminals.

• Audio signals output from the PC/AV audio output terminals cannot be adjusted using the AUDIO menu.

[PC/AV output terminals]

Video signals from PC1 and AV1 can be output to HDCP-compatible external device. Use this terminal when you connect multiple monitors in a daisy chain via DVI cable (commercially available).

Images cannot be output to device that is not HDCP-compatible.

[RS-232C input/output terminals]

You can control the monitor from a PC by connecting a commercially available RS-232C straight cable between this terminal and the PC.

1-2. CONNECTING EXTERNAL SPEAKERS

Be sure to use external speakers with an impedance of 6 ohms and a rated input of at least 7W.

1) While pushing the tab, insert the tip of the cable.

2) Release the tab.

12

1-3. CONNECTING MULTIPLE MONITORS

You can connect multiple monitors (up to 5 monitors) in a daisy chain by using the PC1/AV1 input terminals and PC/AV output terminals of this monitor.

[Connection example]

First monitor Second monitor

PC/AV output terminal

PC1/AV1 input terminals

Digital signal (DVI) cables (commercially available)

To PC digital RGB output terminal

Note:

• Be sure to connect the

speakers properly.

• Avoid short circuiting the

+ and − terminals and the left and right

+ and − terminals.

shows the signal flow

Note:

• The length of the signal cables or surrounding environment may affect the image quality.

• The screen may not display properly when using terminals other than PC1/AV1 for the input mode. In this case, turn off the power to all the monitors connected in a daisy chain and then turn the power on again.

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 2

1-4. CONTROLLING THE MONITOR WITH A PC

You can control this monitor from a PC via RS-232C (COM port) on the PC. You can also connect multiple monitors via a daisy chain by using a PC. By assigning ID numbers to each monitor, you can make input mode selection/adjustment or can check the status of

■ PC connection

One-to-one connection with a PC

Connect with RS-232C straight cable between the PC’s COM port (RS-232C connector) and the RS-232C input terminal on the rear of the monitor.

RS-232C input terminal

To COM port

RS-232C straight cable (commercially available)

Daisy chain connection from a single PC (Advanced operation)

Connect with RS-232C straight cable between the PC’s COM port (RS-232C connector) and the RS-232C input terminal on the rear of the first monitor. Next, connect RS-232C straight cable to the first monitor’s RS-232C output terminal and to the second monitor’s RS-232C input terminal. Connect in the same way to the third and subsequent monitors.

First monitor Second monitor

a specific

monitor.

PC

1-5. HOW TO INSTALL THE MONITOR

■ Mounting precautions

• Since the monitor is heavy, consult your dealer before installation.

• Installing or moving the monitor must be done by two or more people.

• A stand and mounting bracket compliant with VESA specifications is required. Do not use any screw holes other than VESA holes for installation.

• When moving the monitor, be sure to hold it with the handles both on the rear and the unit bottom. Do not hold the LCD panel. This may cause product damage, failure, or injury.

• Install the monitor with the surface perpendicular to a level surface. If necessary, limit the tilt between 0 and 20 degrees downward.

• Mounting the monitor on the wall requires special expertise and the work must be performed by an authorized SHARP dealer. You should never attempt to perform any of this work yourself. Our company will bear no responsibility for accidents or injuries caused by improper mounting or mishandling.

• This monitor should be used at an ambient temperature between 32 °F (0 °C) and 104 °F (40 °C). Provide enough space around the monitor to prevent heat from accumulating inside.

For the monitor in horizontal orientation

7-7/8 [20]

2

[5]

2 [5]

**

2

[5]

For the monitor in vertical orientation

7-7/8 [20]

2

[5]

2

[5]

RS-232C output terminal

RS-232C input

PC

To COM port

terminal

RS-232C straight cables (commercially available)

■ Communication conditions

Set the RS-232C communication settings on the PC to match the monitor’s communication settings as follows:

Baud rate 9,600bps Data length 8bits Parity bit None Stop bit 1bit Flow control None

Unit: inch [cm]

*The monitor can be installed close to a wall, etc.

However, the monitor emits heat during operation. Be aware that heat emitted from the monitor may discolour or alter the wall.

If it is difficult to provide such space because the monitor is installed inside a housing or for other reasons, take other measures to keep the ambient temperature between 32°F (0 °C) and 104 °F (40°C) such as installing a fan in the housing.

• Adhere to the following when installing the monitor in the vertical

orientation. Failing to adhere to the following may cause malfunctions.

-

Install the monitor such that the power LED is located on the downside.

-

Set the MONITOR on the SETUP menu to PORTRAIT.

• Do not block any ventilation openings. If the temperature inside the

monitor rises, this could lead to a malfunction.

• After mounting, it is recommended to take some measures to pre-

vent the monitor from falling down.

• Do not place the monitor on a device which generates heat.

• Be sure to use a stand or a wall-mount/ceiling-mount bracket

designed or designated for mounting the monitor.

2 [5]

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 3

• This monitor is designed to be installed on a concrete wall/ceiling or pillar. Reinforced work might be necessary for some materials such as plaster/thin plastic board/wood before starting installation. This monitor and bracket must be installed on a wall which can endure at least 4 times or more the weight of the monitor. Install by the most suitable method for the material and the structure.

• Use the supplied logo sticker when you install the monitor in ver tical orientation.

*

INPUT

*Do not remove the factory-affixed sticker but affix the logo sticker

over it. Be careful not to cover the remote control sensor or buttons.

■ BINDING CABLES

[Attaching the cable clamp]

The cables connected to the terminals on the back of the monitor can be neatly bundled using the supplied cable clamps as shown in the illustration.

Caution:

• Verify the position for attaching a cable clamp in advance.

• A cable clamp cannot be removed once it is attached.

[Fastening the power cord]

1) Attach the supplied power cord clamp to the power cord, making sure the power cord clamp is circular hole-sidedown.

2) Insert the tip of the band into the hole for the power cord clamp.

3) While holding the tail of the band, slide the fastened part toward the AC input terminal.

Cable clamp positions

Insert the cable

Cable clamp attachment

clamp into a hole. (any hole available)

Cable clamp

123

Hole for the power

cord clamp Fastened part

Band Power cord

clamp

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 4

2. ADJUSTMENT METHOD

[ADJUSTMENTS FOR PC SCREEN DISPLAY]

■ Automatic adjustment

When you use the PC2 input terminal or PC3 input terminals to display a PC screen for the first time, or when you change the setting of the PC, use the automatic screen adjustment.

1) Switch the input to PC2 or to PC3 and display the adjustment pattern. (See the description below.)

2) Press and use or to display the SCREEN menu.

MENU

3) Press and select “AUTO”.

4) Press . The automatic adjustment is complete in several seconds.

5) Press twice to close the menu screen.

MENU

Note: If the screen cannot be adjusted properly with one automatic

adjustment, repeat the automatic adjustment two or three times. Try manual adjustment if necessary.

■ Screen display for adjustment

Before making adjustments in the SCREEN menu or PICTURE menu, display an image to brighten the entire screen. If you are using a Windows PC, use the adjustment pattern on the supplied CD-ROM.

2-1. SETTINGS AND ADJUSTMENTS

1) Load the supplied CD-ROM into the computer's CD-ROM drive.

2) Open the CD-ROM in [My Computer].

3) Double-click [Adj_uty.exe]. The adjustment pattern will appear. Adjust the screen automatically or manually.

4) When adjustment is finished, press the [Esc] on the computer's keyboard to quit the adjustment program.

5) Eject the CD-ROM from the CD-ROM drive.

Note: If the display mode on the computer you are using is 65,000 col-

ors, the color levels in the color pattern may appear differently or grayscale may appear to be colored. (This is due to the specifications of the input signal and is not a malfunction.)

MENU

END

SCREEN (PC2/PC3)

PICTURE

AUTO

CLOCK PHASE

H-POS

V-POS RESET

(Adjust with

(Initialize with

AUTO (PC2/PC3)

CONTRAST BLACK LEVEL

TINT (AV input)

COLORS (AV input)

SHARPNESS

ADVANCED (AV input)

COLOR MODE

WHITE BALANCE

*

(THRU /PRESET/USER)

COPY TO USER

GAMMA

RESET

(Adjust with

(Initialize with

d

e

.)

e

d

e

and d.)

d

.)

and d.)

.)

and d.)

R-CONTRAST

(Adjust with

G-CONTRAST

(Adjust with

B-CONTRAST

(Adjust with

e

and d.)

A

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

* Input signal level (for PC1 only)

PRESET

(Adjust with

e

and d.)

2 – 5

A

AUDIO

SETUP

OPTION

TREBLE

BASS

BALANCE

RESET

OSD H-POSITION

OSD V-POSITION

SCREEN MOTION

MOTION TIME 1

MOTION TIME 2

MONITOR

LANGUAGE

ID No. SET

PICTURE FLIP

POWER ON DELAY

DATE/TIME SETTING

SCHEDULE

DVI SELECT

BNC SELECT

QUICK SHOOT

AUDIO OUTPUT

480LINES (PC2/PC3)

(Adjust with e and d.)

(Adjust with

e and d.)

(Initialize with d.)

(Adjust with

(Adjust with (Adjust with

(Adjust with

e and d.)

e and d.) e and d.)

e and d.)

ENLARGE (PC input)

PIP/PbyP

768LINES (PC2/PC3)

SELF ADJUST

POWER MANAGEMENT

ENLARGE MODE

ENLARGE POS

BEZEL H

BEZEL V

H-POS

V-POS

PIP MODES

PIP SIZE

PIP H-POS

PIP V-POS

PIP BLEND

PIP SOURCE

SOUND CHANGE

MAIN POS

PbyP2 POS

(Adjust with

e and d.)

(Adjust with e and d.)

(Adjust with

e and d.)

AUTO OFF

(Adjust with

* The menu screen will close automatically if no operation is performed for about 15 seconds.

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 6

e and d.)

2-2. INITIALIZATION (RESET)/FUNCTIONAL RESTRICTION SETTING

SIZE

(Press about 5 seconds.)







MENU



ALL RESET

ADJUSTMENT LOCK OSD DISPLAY

LED

RS-232C

(Adjust with (Adjust with

(Adjust with

e and d.) e and d.)

e and d.)

END

2-3. ADJUSTMENT ITEM LIST

INPUT MODE ITEM ADJUSTMENT

PC1 PC2 PC3 AV1 AV2 AV3 SCREEN AUTO

¥¥ CLOCK 0 ~ 255 ¥¥ PHASE 0 ~ 63

¥¥

¥¥ V-POS 0 ~ 100

¥¥

¥¥ PICTURE AUTO

¥¥¥¥¥¥

¥¥¥ TINT 0 ~ 60 ¥¥¥ COLORS 0 ~ 60

¥¥¥¥¥¥ SHARPNESS 0 ~ 24

¥¥¥

¥

¥¥¥¥¥¥

¥¥¥¥¥¥ R-CONTRAST 0 ~ 512 ¥¥¥¥¥¥ G-CONTRAST 0 ~ 512 ¥¥¥¥¥¥ B-CONTRAST 0 ~ 512

¥¥¥¥¥¥

¥¥¥¥¥¥ GAMMA 1.8/2.2/2.4

¥¥¥¥¥¥

H-POS Depends on the resolution

Either 0 ~ 200/300/500

RESET OFF

ON

CONTRAST PC1/AV1/AV2/AV3: 0 ~ 60

PC2/PC3: 0 ~ 127

BLACK LEVEL PC1/AV1/AV2/AV3: 0 ~ 60

PC2/PC3: 0 ~ 127

ADVANCED FLESH TONE OFF

LOW HIGH

3D-NR OFF

LOW HIGH

MPEG-NR OFF

ON

3D-Y/C OFF

ON

COLOR MODE STD

VIVID sRGB

WHITE BALANCE THRU (PC1 only)

PRESET USER

PRESET 3000K ~ 10000K

(500K carve)

COPY TO USER OFF

ON

RESET OFF

ON

*2

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 7

INPUT MODE ITEM ADJUSTMENT

¥¥¥¥¥¥AUDIO TREBLE ¥¥¥¥¥¥ BASS ¥¥¥¥¥¥ BALANCE

¥¥¥¥¥¥

¥¥¥¥¥¥SETUP OSD H-POSITION 0 ~ 100 ¥¥¥¥¥¥ OSD V-POSITION 0 ~ 100

¥¥¥¥¥¥

¥¥¥¥¥¥ MOTION TIME 1 0 ~ 20 (H) [Unit: hour]

¥¥¥¥¥¥

¥¥¥¥¥¥ ID No. SET 0 ~ 255

¥¥¥¥¥¥

¥¥¥¥¥¥ POWER ON DELAY 0 ~ 60 (S) [Unit: second] ¥¥¥¥¥¥OPTION DATE/TIME SETTING Year: 2007 ~ 2099 ¥¥¥¥¥¥ Month: 1 ~ 12 ¥¥¥¥¥¥ Day: 1 ~ 28, 29, 30, 31 ¥¥¥¥¥¥ Time: 00:00 ~ 23:59

¥¥¥¥¥¥

¥¥¥¥¥¥ TIME 00:00 ~ 24:00

¥¥¥¥¥¥

RESET OFF

SCREEN MOTION OFF

MOTION TIME 2 PATTERN1: 10 ~ 990 (S)

MONITOR LANDSCAPE

LANGUAGE ENGLISH/DEUTSCH/FRANCAIS/

PICTURE FLIP STANDARD

SCHEDULE (Set

DVI SELECT PC (DIGITAL)

--- or ¥ )

POWER OFF

DAY OF THE WEEK ONLY ONCE

INPUT ---

−10 ~ 0 ~ +10

ON

PAT T ER N 1 PAT T ER N 2 PAT T ER N 3 PAT T ER N 4

PATTERN2/3/4: 5 ~ 20 (S) [Unit: second]

PORTRAIT

ITALIANO/ESPANOL/PYCCKNÑ/ Japanese

MIRROR UPSIDE DOWN ROTATE

--- (Invalidity)

¥ (Effectriely)

ON

EVERY DAY EVERY WEEK

MON TUE WED THU FRI SAT SUN

--MON TUE WED THU FRI SAT SUN

PC1/AV1 PC2 PC3/AV2 AV3

AV (DIGITAL)

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 8

INPUT MODE ITEM ADJUSTMENT

¥¥¥¥¥¥

¥¥

¥¥¥¥¥¥

¥¥¥

¥¥¥ BEZEL H 0 ~ 100 ¥¥¥ BEZEL V 0 ~ 100 ¥¥¥ H-POS infinite ¥¥¥ V-POS infinite

¥¥¥¥¥¥

¥¥¥¥¥¥ PIP SIZE 1 ~ 12 ¥¥¥¥¥¥ PIP H-POS 0 ~ 100 ¥¥¥¥¥¥ PIP V-POS 0 ~ 100 ¥¥¥¥¥¥ PIP BLEND 0 ~ 15 ¥¥¥¥¥¥ PIP SOURCE

¥¥¥¥¥¥

OPTION BNC SELECT PC (ANALOG)

QUICK SHOOT OFF

AUDIO OUTPUT VARIABLE

480 LINES 640

768 LINES 1024

SELF ADJUST OFF

POWER MANAGEMENT OFF

ENLARGE ENLARGE MODE OFF

ENLARGE POS 2

PIP/PbyP PIP MODES OFF

SOUND CHANGE MAIN

MAIN POS POS1

PbyP2 POS POS1

AUTO OFF MANUAL

AV (COMPONENT)

ON

FIXED

× 480

848

× 480

1280 1360

ON

2

× 2

3

× 3

4

× 4

5

× 5 × 2: 0 ~ 3

3

× 3: 0 ~ 8

4

× 4: 0 ~ 15

5

× 5: 0 ~ 24

PIP PbyP PbyP2

SUB

POS2

POS2 POS3

AUTO

× 768 × 768 × 768

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 9

2-4. 232C CONTROL

(1) Communication procedure

When a command is sent from the PC to the monitor, the monitor operates according to the received command, and sends a response message to the PC.

■ When a command has not been executed

Return code (0DH, 0AH)

RRE

*If an ID number has been assigned

Return code

C1 C2 C3 C4 P1 P2 P3 P4

Command field

(4 prescribed

alphanumerical

characters)

Parameter field

(4 character string

comprised of:

0-9, +, -, space, ?)

Example: VOLM0030

VOLM 30

*Be sure to input 4 characters for the parameter. Pad with spaces

(“ ”) if necessary. (“[Enter]” is a return code (0DH, 0AH or 0DH))

Wrong : VOLM30 [Enter] Right : VOLM 30 [Enter]

When inputting a negative value, specify a numerical value in three digits.

Example: AUTR-009

Do not use spaces for MPOS, DATE, and SC01 through SC08. Specify parameters using a specified number of characters.

Example: MPOS010097

If a command has “R” listed for “DIRECTION” in the “RS- 232C command table”, the current value can be returned by using “?” as the parameter.

Example :

VOLM????

1

From PC to monitor

(How much is current volume setting?)

30

If an ID number has been assigned (For example, ID number

1

From monitor to PC (Current volume setting: 30)

=

1)

VOLM ?1 From PC to monitor

1

30 001

From monitor to PC

■ When a command has been executed correctly

Return code (0DH, 0AH)

OK

A response is returned after a command is executed.

*If an ID number has been assigned

Space (20H)

O K SPC 0 0 1

ID number of responding monitor

Return code (0DH, 0AH)

Space (20H)

Return code (0DH, 0AH)

RRE SPC 0 0 1

ID number

• “ERR” is returned when there is no relevant command or when the command cannot be used in the current state of the monitor.

• If communication has not been established for reasons such as a bad connection between the PC and monitor, nothing is returned (not even ERR).

• If no monitor has been assigned the designated ID number (e.g. if the command IDSL0002 [Enter] is used, but no monitor with ID number: 2 is found), no response is returned.

■ If execution of the command is taking some time

Return code (0DH, 0AH)

IWTA

When the following commands are used, “WAIT” is returned.

In this case, a value will be returned if you wait a while. Do not send any command during this period.

No ID number is attached to WAIT response.

• Commands which return WAIT:

1 When repeater control is used

2 When an IDSL or IDLK command is used

3 When one of the following commands is used:

RSET, INPS, ASNC, WIDE, EMAG, EPOS, PXSL, POWR, AGIN, MWIN, MWIP, MWPP, ESTG

■ When control via RS-232C is locked (to prevent use) using the operation lock function

Return code (0DH, 0AH)

ECDKOL

Advanced operation

This section explains commands for daisy chain connection. The basic communication procedure is the same as in the “One-to-one connection with a PC” section.

You can assign a unique ID number to each monitor. This allows you to control a particular monitor in a daisy chain of monitors. You can assign ID numbers either from the menu screen (using the remote control) or from the PC using RS-232C cable.

[Example]

ID number: 1

ID number: 2 ID number: 3 ID number: 4

If monitors are connected as shown above, you can execute commands like “Set the volume of the monitor with ID 4 to 20”.

When controlling monitors linked in a daisy chain by designating ID numbers, you should basically avoid any duplication of ID numbers.

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 10

ID numbers do not have to be assigned in ascending order starting from the PC. They can also be connected as shown below.

[Example]

ID number: 3 ID number: 2 ID number: 4 ID number: 1

The command examples shown on this page assume the following connection and ID number set up.

ID number: 1 ID number: 2 ID number: 3 ID number: 4

IDST: A monitor receiving this command sets its own ID number in the

parameter field.

Example: IDST0001

OK 001

1

The ID number of this monitor is set to 1.

Note: You can automatically assign ID numbers by using the IDST

command with the Repeater control. For example, using the command “IDST001

+” automatically sets

the ID numbers, as shown below.

[Example]

ID number: 1 ID number: 2 ID number: 3 ID number: 4

IDST001

+

1

ID setting command with repeater control

WAIT

1

OK 001

OK 002

OK 003 OK 004

“OK” response from ID number : 1

1

“OK” response from ID number : 2

1

“OK” response from ID number : 3

1

“OK” response from ID number: 4 (End)

IDSL: The parameter of this command sets the ID number of the monitor.

The monitor is subject to the next command.

Example:

IDSL0002 WAIT OK 002 VOLM0030 WAIT OK 002 VOLM0020 OK 001

1

The next command is for the monitor with ID number : 2.

1

Searching for monitor with ID number : 2

1

Found monitor with ID number : 2

1

Sets volume of monitor with ID number : 2 to 30.

1

Processing

1

OK response from monitor with ID number : 2

1

Sets volume to 20.

1

The volume of the monitor with ID number : 1 (the one directly connected to the PC) is set to 20.

*

* The IDSL command is effective only once, for the immediately

succeeding command.

IDSL: The parameter of this command sets the ID number of the monitor.

The monitor is subject to all subsequent commands.

Example:

IDLK0002

1

Following commands are for the monitor with ID number : 2.

1

WAIT OK 002 VOLM0030

WAIT

Searching for monitor with ID number : 2

1

Found monitor with ID number : 2

1

Sets volume of monitor with ID number : 2 to 30.

1

Processing

*

OK 002

1

VOLM0020

Sets volume of monitor with ID number : 2 to 20.

*

WAIT OK 002

1

IDLK0000 WAIT OK 002

Canceling fixed ID number setting

1

Canceling IDLK

1

Cancelation complete

VOLM0010

1

OK 001

The volume of the monitor with ID number: 1 (the one directly connected to the PC) is set to 10. (IDLK is canceled.)

* The IDLK command remains effective until it is canceled, or power

is shut off.

IDCK: Provides screen display of the ID number currently assigned to a

monitor, and the ID number currently set for IDLK (if any).

Example:

(After executing IDLK0002)

IDCK0000 ID:001 IDLK:002

1

(Parameter has no meaning.)

1

Returned response. The ID number is also displayed on the monitor screen.

IDCK000

+

1

Repeater control (If a command is used with repeater control, ID

designation using IDSL or IDLK is canceled.) WAIT ID:001 IDLK:000 ID:002 IDLK:000 ID:003 IDLK:000 ID:004 IDLK:000

This system has a function to allow setting of multiple monitors connected in a daisy chain using a single command. This function is called repeater control. You can use Repeater control function without assigning ID numbers.

[Example]

Set 1 Set 2 Set 3 Set 4

*If monitors are connected as shown above, you can execute a com-

mand like “Set all monitors’ input settings to PC1 DIGITAL”.

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 11

Repeater control is achieved by setting the FOURTH CHARACTER of the parameter to “

+”.

Example:

VOLM030

+ 1 Sets volume of all monitors to 30.

In repeater control, responses are returned by all the connected monitors. If you want to determine that a value has been returned by a specific set, assign ID numbers to each monitor in advance. When some monitors do not return their responses, the probable cause is that the monitors could not receive the command or command processing is not complete. Do not send a new command.

Example:

(When 4 monitors are connected, and assigned ID numbers: 1 through 4)

VOLM030

+

WAIT OK 001 OK 002 OK 003

1

OK 004

If 4 monitors are connected in a chain, reliable operation can be ensured by sending a new command only after a reply has been returned by 4th (last) monitor.

Repeater control can also be used for reading settings.

Example:

VOLM??? + WAIT 10 001 20 002 30 003

Volume settings for all monitors are returned.

30 004

Note:

• If repeater control is used during ID designation (IDSL, IDLK), the ID designation is canceled.

• Commands that use parameters consisting of more than four characters can not be controlled by repeater control.

• After OK or ERR is returned, you must send the following commands. To set a timeout for the command response, specify 10 seconds or longer.

• Provide an interval of 100 ms or more between the command response and the transmission of the next command.

VOLM0020 OK

Interval of 100 ms or more

INPS0001 WA I T OK

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 12

(2) RS-232C command table

Command : Command field Direction : W: When the “Parameter” is set in the parameter field, the command functions as described under “Control/Response Contents”.

R : The returned value indicated under “Reply” can be obtained by setting “????”, “ ?” or “???

field. Parameter : Parameter field Reply : Response (Returned value) * : “Yes” indicates commands which can be used in power standby mode.

Note: To specify the horizontal/vertical positions for vertical orientation, specify the values for horizontal orientation.

+” (repeater control) in the parameter

■ Power control/Input mode selection

Function Command Direction Parameter Reply Control/Response contents *

POWER CONTROL POWR W 0 Switches to standby mode. o

1 Returns from standby mode.

R 0 Standby mode

1 Normal mode 2 Input signal waiting mode

INPUT MODE SELECTION INPS W 0 Toggle change for input mode

1 PC1 DIGITAL

2 PC2 ANALOG 3 AV2 COMPONENT

4 AV3 VIDEO 6 PC3 ANALOG

7AV1 DIGITAL

R1PC1 DIGITAL

2 PC2 ANALOG 3 AV2 COMPONENT 4 AV3 VIDEO 6 PC3 ANALOG 7AV1 DIGITAL

Terminals not selected in DVI SELECT/BNC SELECT cannot be selected.

“ERR” when AV (DIGITAL) is selected for DVI SELECT.

“ERR” when PC (ANALOG) is selected for BNC SELECT.

“ERR” when AV (COMPONENT) is selected for BNC SELECT.

“ERR” when PC (DIGITAL) is selected for DVI SELECT.

o

■ SCREEN menu (PC2/PC3)

Function Command

AUTO ASNC W 1 CLOCK CLCK WR 0-255 0-255 PHASE PHSE WR 0-63 0-63 POSITIONING P O S I T IO N O F

THE LONGEST DIRECTION

POSITION OF THE SHORTEST DIRECTION

RESET ARST W 1

HPOS WR 0-500 0-500 A maximum value depends on a resolution.

VPOS WR 0-100 0-100

Direc-

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

Parameter Reply Control/Response contents *

tion

2 – 13

-

■ PICTURE menu

Function Command

AUTO AGIN W 1 When the input mode is PC2, PC3. CONTRAST CONT WR 0-60 0-60 0-127 on PC2/PC3. o BLACK LEVEL BLVL WR 0-60 0-60 0-127 on PC2/PC3. TINT TINT WR 0-60 0-60 When the input mode is AV. COLOR COLR WR 0-60 0-60 SHARPNESS SHRP WR 0-24 0-24 ADVANCED FLESH TONE FLES WR 0-2 0-2 0: OFF, 1: LOW, 2: HIGH o

3D-NR TDNR WR 0-2 0-2 0: OFF, 1: LOW, 2: HIGH MPEG-NR MPNR WR 0-1 0-1 0: OFF, 1: ON 3D-Y/C YCSP WR 0-1 0-1 0: OFF, 1: ON

COLOR MODE BMOD WR 0 0 STD o

WHITE BALANCE

GAMMA GAMM WR 0-2 0-2 0: 1.8, 1: 2.2, 2: 2.4 o RESET ARST W 2

THRU CTMP WR 0 0 When the input mode is PC1. o PRESET 1-15 1-15 From 1: approximately 3,000K to 15: approximately

USER 99 99 R-CONTRAST CRTR WR 0-512 0-512 “ERR” when CTMP is not set to 99. R-CONTRAST CRTG WR 0-512 0-512 B-CONTRAST CRTB WR 0-512 0-512

Direc-

Parameter Reply Control/Response contents *

tion

2 2 VIVID 3 3 sRGB (When the input mode is PC)

10,000K (500K steps)

-

■ AUDIO menu

Function Command

TREBLE AUTR WR BASS AUBS WR BALANCE AUBL WR RESET ARST W 3

Direc-

Parameter Reply Control/Response contents *

tion

−10-10 −10-10 o

−10-10 −10-10

■ SETUP menu

Function Command

SCREEN MOTION SCSV WR 0-4 0-4 0: OFF, 1-4: PATTERN 1-4 o MOTION TIME 1 MTIM WR 0-20 0-20 o MOTION TIME 2 PATTERN 1 MINT WR 10-990 10-990 Per 10 seconds o

PATTERN 2-4 MINT WR 5-20 5-20 Per second MONITOR STDR WR 0-1 0-1 0: LANDSCAPE, 1: PORTRAIT o LANGUAGE LANG WR 14 14 ENGLISH o

Direc-

Parameter Reply Control/Response contents *

tion

1 1 DEUTSCH 2 2 FRANÇAIS 33ITALIANO 4 4 ESPAÑOL 55 66

日本語

-

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 14

Function Command

ID NUMBER ID NO. SETTING IDST W 0-255 Sets the monitor’s ID number. (“0” means “no ID num-

ID NO. SETTING

(ONCE)

ID NO. SETTING

(SUBSEQUENT)

ID CHECK IDCK W 0 ID: xxx

PICTURE FLIP PFIL WR 0-3 0-3 0: OFF, 1: MIRROR, 2: UPSIDE DOWN, 3: ROTATE o Power On Delay PWOD WR 0 0 OFF o

IDSL W 1-255 Sets a monitor ID number.

IDLK W 1-255 Sets a monitor ID number.

Direc-

Parameter Reply Control/Response contents *

tion

ber”.)

R 0-255 Returns the monitor’s ID number.

This ID number is only effective for the command immediately after this command.

0 Clears the ID number if one has been designated.

This ID number is effective for the next and all subsequent commands after this command.

0 Clears the ID number if one has been designated.

Displays monitor's own ID number and the selected

IDLK: yyy

1-60 1-60 ON

ID number on the screen.

■ OPTION menu

o

Function Command

DATE/TIME SETTING DATE WR AABBCCD-

SCHEDULE SC01~

DVI SELECT DVSL WR 0-1 0-1 0: PC (DIGITAL), 1: AV (DIGITAL) o BNC SELECT BNSL WR 0-1 0-1 0: PC (ANALOG), 1: AV (COMPONENT) o QUICK SHOOT (PC) QSPC WR 0-1 0-1 0: OFF, 1: ON o QUICK SHOOT (AV) QSAV WR 0-1 0-1 0: OFF, 1: ON o AUDIO OUTPUT AOUT WR 0-1 0-1 0: VARIABLE, 1: FIXED o INPUT RESOLU-

TION (PC)

INPUT RESOLUTION (AV)

SELF ADJUST AADJ WR 0-1 0-1 0: OFF, 1: ON o POWER MANAGEMENT PMNG WR 0-1 0-1 0: OFF, 1: ON o

RESOLUTION

CHECK

PIXEL SETTING

(PC2, PC3)

RESOLUTION

CHECK

C08

PXCK R

PXSL WR 1 1 V: 768) 1360 × 768

RESO R

Direc-

WR ABCDEF-

Parameter Reply Control/Response contents *

tion

DEE

FGGH

2 2 V: 768) 1280 3 3 V: 768) 1024 5 5 V: 480) 848 6 6 V: 480) 640

AABBCCDDEE

ABCD-

EFFGG

AA: Year, BB: Month, CC: Day, DD: Time, EE: Minute o

Schedule of a specified number A: Schedule 0

H

B: Power 0 C: Day of the week 1 0

D: Day of the week 2 0

E: Day of the week 3 0

F: Time 00-23 G: Minute 00-59 H: Input 0

-

Returns current resolution in the form of hhh, vvv.

=

Not effective, 1 = Effective

= OFF, 1 = ON = Only once,

1

= Every week,

2

= Every day = Sunday,

1

= Monday through

6

= Saturday, 9 = Not exist = Sunday,

1

= Monday through

6

= Saturday, 9 = Not exist

= Not specified,

1

= PC1/AV1, 2 = PC2,

3

= PC3/AV2, 4 = AV3

× 768

× 768 × 480 × 480

-

480i, 480p, 1080i, 720p, 1080p, VGA, etc.

-

o

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 15

■ ENLARGE menu (When the input mode is PC)

Function Command

ENLARGE MODE EMAG WR 0-4 0-4 0: OFF, 1: 2 BEZEL WIDTH WIDTH O F THE

IMAGE POSITION (2 IMAGE POSITION (3 IMAGE POSITION (4 IMAGE POSITION (5 ENLARGE/IMAGE POSITION

SETTING

SHORTER SIDE WIDTH OF THE

LONGER SIDE

× 2) EPOS WR 0-3 0-3 Refer to “■ Enlarge” × 3) EPOS WR 0-8 0-8 × 4) EPOS WR 0-15 0-15 × 5) EPOS WR 0-24 0-24

BEZH WR 0-100 0-100

BEZV WR 0-100 0-100

ESTG WR XXYY XXYY XX: Enlarge mode (Same as EMAG),

Direc-

Parameter Reply Control/Response contents *

tion

× 2, 2: 3 × 3, 3: 4 × 4, 4: 5 × 5

YY: Image Position (Same as EPOS)

■ PIP/PbyP menu

Function Command

PIP MODES MWIN WR 0-3 0-3 0: OFF, 1: PIP, 2: PbyP, 3: PbyP2 o PIP SIZE MPSZ WR 1-12 1-12 o PIP POS T H E L O N G ES T

DIRECTION

THE SHORTEST DIRECTION

PIP V/H-POS MPOS W 0-100,

PIP BLEND MWBL WR 0-15 0-15 o PIP SOURCE MWIP WR 1 1 PC1 DIGITAL o

SOUND CHANGE MWAD WR 1-2 1-2 1: MAIN, 2: SUB o MAIN POS (Main screen) MWPP WR 0-1 0-1 0: POS1, 1: POS2 o PbyP2 POS (Sub screen) MW2P WR 0-2 0-2 0: POS1, 1: POS2, 2: POS3 o AUTO OFF MOFF WR 0-1 0-1 0: MANUAL, 1: AUTO o

MHPS W 0-100 o

MVPS W 0-100 o

Direc-

Parameter Reply Control/Response contents *

tion

R0-100 o

0-100

R0-100,

0-100

2 2 PC2 ANALOG 33AV2 COMPONENT 44AV3 VIDEO 6 6 PC3 ANALOG 77AV1 DIGITAL

Specify the position in MPOSxxxyyy format. (xxx: Longer side, yyy: Shorter side position)

Returns a response in (xxx,yyy) format. (xxx: Longer side, yyy: Shorter side position)

-

o

■ Initialization/Functional Restriction Setting (FUNCTION) menu

Function Command

ALL RESET RSET W 0 ADJUSTMENT

LOCK OSD DISPLAY LOSD WR 0-1 0-1 0: ON, 1: OFF o LED OFLD WR 0-1 0-1 0: ON, 1: OFF o

ALCK WR 0-2 0-2 0: OFF o

Direc-

Parameter Reply Control/Response contents *

tion

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 16

-

■ Others

Function Command

Direc-

SCREEN SIZE (PC) WIDE WR 1-5 1-5 1: WIDE, 2: NORMAL, 3: DotbyDot, 4: ZOOM1,

SCREEN SIZE (AV) WIDE WR 1-5 1-5 1: WIDE, 2: ZOOM1, 3: ZOOM2, 4: NORMAL,

VOLUME VOLM WR 0-31 0-31 o MUTE MUTE WR 0-1 0-1 0: OFF, 1: ON INFORMATION MODEL INF1 R Value o

SERIAL NO SRNO R Value o BRIGHT VLMP WR 0-31 0-31 Brightness o TEMPERATURE SENSOR DSTA R 0 Internal temperature normal o

TEMPERATURE ACQUISITION ERRT R Value Temperature at temperature sensors 1 through 3 are

CAUSE OF LAST STANDBY MODE STCA W 0 Initialization o

Parameter Reply Control/Response contents *

tion

5: ZOOM2

5: DotbyDot

1 Internal temperature abnormal (Standby mode) o 2 Internal temperature abnormal (Temperature is nor-

mal now, but it was abnormal during operation.)

3 Internal temperature abnormal

(Brightness of the backlight decreases.)

4 Temperature sensor abnormal o

returned in the following forms: [Sensor 1], [Sensor 2], [Sensor 3]

R 0 No detectable error has occurred

1 Standby mode by POWER button 2 Main power “OFF” by the main power switch 3 Standby mode by RS-232C 4 Waiting mode by No Signal

(Incl: VESA DPMS/DMPM) 6 Standby mode by abnormal temperature 8 Standby mode by SCHEDULE setting

o

-

o

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 17

3. SERVICE MENU

SERVICE MENU 1:

[Operating procedures]

1) With “SERVICE MENU1” displayed, select “SERVICE2” with [ 4 ] button and press [3] button.

Used to display the model name, the manufacturing No., the firmware version/checksum, and the usage time.

[Operating procedures]

1) Press [SIZE] button for 5sec, and press [1] [ 4 ] [3] [ 2 ] buttons in this sequence. “SERVICE MENU1” is displayed.

Firmware version

Serial number

Model name

SERVICE MENU1 1/1

SERVICE1

SERVICE2

MODEL S/N

FIRM VERSION CHECK SUM USAGE TIME

㧦

PN-465

㧦

XXXXXXXX

㧦

XXXXX (XXXXXXXX)

㧦

OK XXXX

㧦

XXXXXH

END࡮࡮࡮[MENU]

Use time

Firmware checksum

*Immediately after turning on the power, “CALCULATION” is displayed

for the checksum for a while, and the result is dipslayed.

SERVICE MENU 2:

• AGING: AGING. Refer to “3-1. AGING”.

• CALIBRATION : Used to adjust automatically the gain and the offset of PC/components/composite. Refer to “3-2. Calibration”.

• FACTORY RESET : Used to reset the user adjustment values, the usage time, and the operation logs to the factory setting. Refer to “3-3. FACTORY RESET”.

• MODEL TYPE : Used to select the destination. JP: Japanese model, US: North America model, EU: A European model After changing the MODEL TYPE, execute ALL RESET. (Refer to “2-2. INITIALIZATION (RESET)/FUNCTIONAL RESTRICTION SETTING”)

SERVICE MENU2 1/1

SERVICE1

SERVICE2

ʋ

AGING CALIBRATION FACTORY RESET MODEL TYPE HARDWARE CHECK WHITE BALANCE SETTING COMPONENT PHASE PC2 SYNC THRESHOLD LEVEL PC3 SYNC THRESHOLD LEVEL

=> => =>

< JP > => => =>

< XX >

SOG SYNC THRESHOLD LEVEL < XX > HARDWARE CHECK SETTING

< ON >

END࡮࡮࡮[MENU]

2) Select setting item with [ 2 ] [ 4 ] button.

3) Adjust it with the [1] [3] button.

When the item with => mark press [3] button and advances to the next screen.

4) Press [MENU] button to return to the previous screen sequentially, terminating the operation.

3-1. AGING

(1) Operating procedures

1) Enter the “SERVICE MENU 2” mode.

2) Select [AGING] with [ 2 ] [ 4 ] buttons, and press [3] button.

3) Select [AGING1] or [AGING2] with [ 2 ] [ 4 ] buttons, and press [3] button. The aging is star ted.

AGING1: Every time when [3] button is pressed, the whole screen

color is changed.

Dark

blue

green

AGING2: The whole screen color is changed every 2 sec.

Dark

blue

green

4) To terminate aging, turn off the main power source. (The power button of the remote controller or the machine cannot terminate aging.)

*AGING3 must not be used.

Dark red

Blue Green Red White Black

• HARDWARE CHECK : Used to display the hardware detection result. Refer to “3-4. HARDWARE CHECK”.

• WHITE BALANCE SETTING: Refer to “3-5. WHITE BALANCE SETTING”.

• COMPONENT PHASE : Do not change the setting.

• PC2/PC3/SOG SYNC THRESHOLD LEVEL : Do not change the setting.

• HARDWARE CHECK SETTING: Do not change the setting.

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 18

3-2. CALIBRATION

Adjusts the offset and the gain of an A/D converter by the following input mode.

• PC2 ANALOG mode (D-sub terminal)

• PC3 ANALOG mode (BNC terminal)

• AV2 COMPONENT mode (component terminal)

• AV3 VIDEO mode (composite terminal)

(1) Operating procedures

1) Select the input mode to be adjusted with [INPUT] button.

2) The video signal for adjustment is displayed on the screen.

Note:

• Be sure to use the following video signal to perform the adjustment.

• Since PC2 ANALOG (D-sub terminal) and PC3 ANALOG (BNC terminal) differ in the calibration results, be sure to adjust them with their own input mode.

Input mode Signal type

PC2 ANALOG PC ANALOG signal

(D-sub terminal)

PC3 ANALOG PC ANALOG signal

(BNC terminal)

AV2 COMPONENT COMPONENT signal Y level: 0.7 Vp-p

Input signal level (Adjusted

standard value)

RGB level: 0.7 Vp-p 1920x1080 60Hz

(Pedestal to white level) Pb/Pr level: 0.7 Vp-p

signal timing Input image

or XGA (1024x768) 60Hz

1080i 60Hz Full color bar (White 100%, color saturation 100%)

The adjustment image displayed by executing “Adj_uty.exe” in the CD-ROM packed together with the product. (Or a video image with 0 to 255 gradations of RGB White)

*Recommended signal generator:

VG-849, VG-859 made by Astro Design.

AV3 VIDEO VIDEO (NTSC3.58)

signal

0.714 Vp-p (Pedestal to white level)

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

NTSC3.58 Full color bar (White 100%, color saturation 100%)

2 – 19

*Recommended signal generator:

VG-849, VG-859 made by Astro Design.

3) Enter the “SERVICE MENU 2” mode.

4) Select [CALIBRATION] with [ 2 ] [ 4 ] buttons, and press [3] button. The CALIBRATION screen is displayed.

• CALIBRATION screen when PC2/PC3 ANALOG mode

CALIBRATION PC (ANALOG)

AUTO CALIBRATION

ADC OFFSET1 R : 511 B:G: 511 511 ADC OFFSET2 R : 128 G: B :128 128 ADC GAIN R : 511 511 511G: B:

OK CANCEL RESET

• CALIBRATION screen when AV2 COMPONENT mode

3-3. FACTORY RESET

Resets the user adjustment value, USAGE TIME and the Operation log to the factory preset values.

(Note)

When resetting is made, the operation logs are also deleted. If necessary, save the operation logs before resetting.

1) Display the SERVICE MENU 2.

2) Select “FACTORY RESET” with [ 2 ] [ 4 ] button, and press [3] but- ton.

3) Select [ON] with [1] [3] buttons, and press MENU button. “RESETTING” is displayed. After completion of initialization, the unit is booted in the PC1 (digital) mode.

4) Turn the main power switch off and then back on.

CALIBRATION COMPONENT

AUTO CALIBRATION

ADC OFFSET1 Y : 511 Cr :Cb: 511 511 ADC OFFSET2 Y : 128 Cb: Cr :128 128 ADC GAIN Y : 511 511 511Cb: Cr :

OK CANCEL RESET

• CALIBRATION screen when AV3 VIDEO mode

CALIBRATION COMPONENT

AUTO CALIBRATION

ADC OFFSET1 : 511 ADC OFFSET2 : 128 ADC GAIN : 511

OK CANCEL RESET

5) Select [AUTO CALIBRATION] with [ 2 ] and [ 4 ] buttons and press [3] button. The calibration is executed and the data are saved to the EEPROM. The adjustment result is displayed on the ADC OFFSET1/ADC OFFSET2/ADC GAIN items.

6) Select [OK] with [ 2 ] [ 4 ] buttons, and press [MENU] button. The CALIBRATION screen is closed.

3-4. HARDWARE CHECK OPERATION PROCEDURES

This machine is provided with the function to watch for any abnormality in the hardware.

When an abnormality occurs in the hardware (internal power voltage, backlight, temperature), “SERVICE CALL” message is displayed on the screen. The power lamp flashes in red.

When only a temperature abnormality occurs, “TEMPERATURE” message is displayed on the screen. The power lamp flashes in red and green alternately.

The abnormal position can be located by two methods below.

[Method 1]

1) SERVICE MENU 2 is displayed.

2) Select “HARDWARE CHECK” with [ 2 ][ 4 ] buttons, and press [3] button. “HARDWARE CHECK” menu is displayed.

HARDWARE CHECK

SERVICE1 SERVICE2

LCD 12V : OK XXX

OK XXXVIDEO 5V : OK XXXAMP 3.3V : OK XXXAMP 9V : OK XXXBACKLIGHT : OK XXXTHERMAL1 : OK XXXTHERMAL2 : OK XXXTHERMAL3 :

OK...[MENU]

Watch result

Measurement value

3) The watch result and the current measurement value of the hardware are displayed.

• Watch result: OK or NG is displayed.

• Measurement value: The measurement value at the time when

*The measurement value of the internal voltage displayed is the A/D

conversion value. The normal range is as shown below.

LCD 12V : Measurement value 174~190 VIDEO 5V : Measurement value 171~208

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 20

After turning ON the main power, if an abnormality occurs to be NG once, the NG state is kept until the main power is turned OFF.

HARDWARE CHECK menu is displayed is displayed. The measurement value at the time when an abnormality occurred is saved in the log data.

AMP 3.3V : Measurement value 187~213 AMP 9V : Measurement value 173~190

4) For the countermeasures against NG positions, refer to “7. Hardware check NG” in “CHAPTER 5. TROUBLESHOOTING.”

5) Press MENU button to return to the previous screen, and terminate the operation.

[Method 2]

1) Send “HTST0000” that is 232C command.

2) Result is returned.

7) Select “LEVEL” with [ 2 ] [ 4 ] buttons and press [3] button. The LEVEL menu is displayed.

LEVEL SETTING (PC)

LEVEL1 LEVEL2 LEVEL3 LEVEL4 LEVEL5 LEVEL6

OK CANCEL RESET

< 48 > < 88 > < 132 > < 164 > < 200 > < 255 >

3-5. WHITE BALANCE SETTING PROCEDURES

(1) When replacing the PWB

(1)-1. White Balance setting information read

The White Balance setting information of the information display before replacement is read. There are two methods to read the White Balance setting information as follows.

• Method 1: The setting information is read from the SERVICE MENU.

• Method 2: Use the White Balance setting read tool.

Use either way to read the White Balance setting information.

The White Balance is set individually for the PC system input mode and the AV system input mode. Reading must be made for each setting data.

[Method 1]

The setting information is read from the SERVICE MENU.

[Operating procedures]

1) Press [INPUT] button to select the input mode to read the setting data.

• To read the setting data of the PC system input mode, select either of PC1 DIGITAL, PC2 ANALOG, or PC3 ANALOG mode.

• To read the setting data of the AV system input mode, select either of AV1 DIGITAL, AV2 COMPONENT, or AV3 VIDEO mode.

2) Any image is displayed on the screen.

3) SERVICE MENU2 is displayed.

4) Select “WHITE BALANCE SETTING” with [ 2 ] [ 4 ] buttons, and press [3] button. The WHITE BALANCE SETTING menu is displayed. In the PC system input mode, “(PC)” is displayed as the menu title. In the AV system input mode, “(AV)” is displayed.

8) Write down the set values of LEVEL1 ~ LEVEL6.

9) Select “CANCEL” with [ 2 ] [ 4 ] [1] [3] buttons and press [MENU] button. The display returns to the WHITE BALANCE SETTING menu.

10) Select “CANCEL” with [ 2 ] [ 4 ] [1] [3] buttons and press [MENU] button. The WHITE BALANCE SETTING menu is terminated.

*Read the set values of the PC system input mode and the AV system

input mode, and write them down.

[Method 2]

Use the White Balance setting read tool. For detailed operation procedures of the tool, refer to the separate sheet (3-6. WHITEBALANCE SETTING READ TOOL OPERATING PROCEDURE).

[Operating procedures]

1) Connect the information display and the PC with the RS-232C straight cable.

2) Boot the tool, “InfoDispWhiteBalance.exe”.

3) Turn ON the power of the information display.

4) Press [READ] button of the tool.

5) When data reading is normally completed, write down the setting values of the PC and AV. (Refer to the figure below.)

WHITE BALANCE SETTING (PC)

PATTERN LEVEL =>

L1 R: 208 G: 230 B: 210 L2 R: 209 G: 230 B: 214 L3 R: 210 G: 230 B: 216 L4 R: 212 G: 230 B: 217 L5 R: 213 G: 230 B: 219 L6 R: 242 G: 255 B: 248

OK CANCEL RESET

< 9000 K >

5) Check to confirm that the PATTERN is “9000K”. If it is “6500K”, select “PATTERN” with [ 2 ] [ 4 ] buttons and press [3] button to set to “9000K”.

6) Write down all the displayed set values of R, G, and B in L1 - L6.

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 21

(1)-2. White Balance setting value write

The White Balance setting values are written in the following procedures. Since White Balance is set individually for the PC system input mode and the AV system input mode, write the set data to each of them.

[Operating procedures]

1) Press [INPUT] button to select the input mode to write the setting data.

• To write the setting data of the PC system input mode, select either of PC1 DIGITAL, PC2 ANALOG, or PC3 ANALOG mode.

• To write the setting data of the AV system input mode, select either of AV1 DIGITAL, AV2 COMPONENT, or AV3 VIDEO mode.

2) Any image is displayed on the screen.

3) SERVICE MENU2 is displayed.

4) Select “WHITE BALANCE SETTING” with [ 2 ] [ 4 ] buttons, and press [3] button. The WHITE BALANCE SETTING menu is displayed. In the PC system input mode, “(PC)” is displayed as the menu title. In the AV system input mode, “(AV)” is displayed.

5) Check to confirm that the PATTERN is “9000K”. If it is “6500K”, select “PATTERN” with [ 2 ] [ 4 ] buttons and press [3] button to set to “9000K”.

6) Select “LEVEL” with [ 2 ] [ 4 ] buttons and press [3] button. The LEVEL menu is displayed.

7) Set the data written down previously. Select LEVEL1 ~ LEVEL6 with [ 2 ] [ 4 ] buttons and adjust the value with [1] [3] buttons.

8) Check to confirm that the set values of LEVEL1 - LEVEL6 are properly adjusted.

9) Select “OK” with [ 2 ] [ 4 ] buttons, and press [MENU] button. The setting is saved and the display returns to the WHITE BALANCE SETTING menu.

10) Set the values L1 - L6 of R, L1 - L6 of G, and L1 - L6 of B to the values previously written down. Select L1 - L6 with [ 2 ] [ 4 ] buttons, select R/G/B with [1] [3] buttons, and adjust the set values with [ 2 ] [ 4 ] buttons.

11) Select “L*” at the left end with [1] [3] buttons, and repeat the operation.

12) Check to confirm that all the set values are set properly.

13) Select “OK” with [ 2 ] [ 4 ] buttons, and press [MENU] button. The set data are saved and the WHITE BALANCE SETTING menu is terminated.

* Since White Balance is set individually for the PC system input

mode and the AV system input mode, write the set data to each of them.

14) Read the set data of WHITE BALANCE and check to confirm that all the values are properly set.

(2) When replacing the panel or when an old PWB does

not operate

Reset the setting to return to the initial state by executing the following procedures. Since White Balance is set individually for the PC system input mode and the AV system input mode, reset to each the set data .

[Operating procedures]

1) Press [INPUT] button to select the input mode to reset the setting data.

• To reset the setting data of the PC system input mode, select either of PC1 DIGITAL, PC2 ANALOG, or PC3 ANALOG mode.

• To reset the setting data of the AV system input mode, select either of AV1 DIGITAL, AV2 COMPONENT, or AV3 VIDEO mode.

2) Any image is displayed on the screen.

3) SERVICE MENU2 is displayed.

4) Select “WHITE BALANCE SETTING” with [ 2 ] [ 4 ] buttons, and press [3] button. The WHITE BALANCE SETTING menu is displayed. In the PC system input mode, “(PC)” is displayed as the menu title. In the AV system input mode, “(AV)” is displayed.

5) Check to confirm that the PATTERN is “9000K”. If it is “6500K”, select “PATTERN” with [ 2 ] [ 4 ] buttons and press [3] button to set to “9000K”.

6) Select “LEVEL” with [ 2 ] [ 4 ] buttons and press [3] button. The LEVEL menu is displayed.

7) Select “RESET” with [ 2 ] [ 4 ] [1] [3] buttons and press [MENU] button.

8) Check to confirm that the set value is changed as shown below.

• Initial values of the PC system input mode

LEVEL (PC)

LEVEL1 LEVEL2 LEVEL3 LEVEL4 LEVEL5 LEVEL6

OK CANCEL RESET

< 48 > < 88 > < 132 > < 164 > < 200 > < 255 >

• Initial values of the AV system input mode

LEVEL (AV)

LEVEL1 LEVEL2 LEVEL3 LEVEL4 LEVEL5 LEVEL6

OK CANCEL RESET

< 48 > < 85 > < 128 > < 160 > < 196 > < 255 >

9) Select “OK” with [1] [3] buttons, and press [MENU] button. The display returns to the WHITE BALANCE SETTING menu.

10) Select “RESET” with [ 2 ] [ 4 ] [1] [3] buttons and press [MENU] button.

11) Check to confirm that all the set value is changed as shown below.

• Initial values of the PC system input mode

WHITE BALANCE SETTING (PC)

PATTERN LEVEL =>

L1 R: 208 G: 230 B: 210 L2 R: 209 G: 230 B: 214 L3 R: 210 G: 230 B: 216 L4 R: 212 G: 230 B: 217 L5 R: 213 G: 230 B: 219 L6 R: 242 G: 255 B: 248

OK CANCEL RESET

< 9000 K >

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 22

• Initial values of the AV system input mode

WHITE BALANCE SETTING (AV)

PATTERN LEVEL =>

L1 R: 205 G: 230 B: 209 L2 R: 208 G: 230 B: 212 L3 R: 211 G: 230 B: 215 L4 R: 212 G: 230 B: 217 L5 R: 211 G: 230 B: 218 L6 R: 241 G: 255 B: 246

OK CANCEL RESET

< 9000 K >

12) Select “OK” with [1] [3] buttons, and press [MENU] button. The WHITE BALANCE SETTING menu is terminated.

13) Perform the WHITE BALANCE setting read procedures to check that all settings have been properly changed.

3-6. WHITE BALANCE SETTING READ TOOL

OPERATING PROCEDURE

(1) White Balance setting read tool operating conditions

The operating conditions of the White balance setting read tool of the information display are as follows.

OS : Windows98SE, Windows2000, WindowsXP Communication port : RS-232C port recognized as a COM port

The required RS-232C cable is as shown below. Connect the PC’s COM port and the RS-232C input terminal of the display.

RS-232C cable: Straight cable (D-Sub 9 pin female - female)

(Which allows communication in 9600bps.)

(3)

White Balance setting read tool operating procedures

The procedures to read the White Balance setting by using the White Balance setting read tool are as follows:

1) Select “PN-465 Series” on the column of Model Name.

2) Select a COM port to be used on the column of COM port.

3) Turn on the power of the LCD monitor.

4) Press [READ] button.

5) When reading of all the setting items is completed, the set value is displayed. The data acquisition log is displayed on the left lower section of the tool. When “OK” is indicated for all the items as shown below, data acquisition is successfully completed.

Power On … OK Change Input to PC … OK

Read PC Level Data … OK Read PC Red Gain Data … OK Read PC Green Gain Data … OK Read PC Blue Gain Data … OK Change Input to AV … OK Read AV Level Data … OK Read AV Red Gain Data … OK Read AV Green Gain Data … OK Read AV Blue Gain Data … OK

(2)

Installing the White Balance setting read tool

The White Balance setting read tool is provided as the compression file of “PN465_InfoDispWhiteBalance.zip.”

Decompress “PN465_InfoDispWhiteBalance.zip,” and the execution file of “InfoDispWhiteBalance.exe” and “InfoDispWhiteBalance.ini” is generates. Copy “InfoDispWhiteBalance.exe” and “InfoDispWhiteBalance.ini” to an optional directory and execute “InfoDispWhiteBalance.exe”.

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

• When “Power On ... NG” is displayed: Check the power status of the connected information display. When “READ” is executed in the power standby state, the operation may fail sometimes. Turn ON the power, and press [READ] button again to read the setting value.

• When “Command Sending Retry Error”, “Nothing Received” is displayed: Check to confirm that the PC and the information display are connected with a proper RS-232C cable.

• When “COM Port Open Error” is displayed: Check to confirm that the COM port is not used by another tool. If the COM port is used by another tool, terminate the tool and press [READ] button again to read the setting value.

2 – 23

(4) White Balance setting read tool version check

To check the version of the White Balance setting read tool, display the property of “InfoDispWhiteBalance.exe” and check the production version item.

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 24

4. FIRMWARE UPDATE PROCEDURES

4-1.

OPERATING CONDITIONS OF FIRMWARE UPDATE

The operating conditions for firmware update of the information display are as follows:

OS : Windows 98SE, Windows 2000, Windows XP Communication port : RS-232C port recognized as a COM port

The RS-232C cable required for update is as follows. Connect the COM port of PC and the RS-232C input terminal of the display with the cable.

RS-232C cable: Straight cable (D-Sub 9pin female - female)

(Which allows communication in 115Kbps.)

• Installing folder specifying screen

Specify the installing folder as “C:\SHARP_PN465U” (which is set as the default and must not be changed), and press [Next] button.

• Program folder selection screen

4-2. INSTALLATION OF THE FIRMWARE UPDATER

The firmware updater is provided as a self-extract file of “xxxxxFirmwareUpdater_yyy.exe”. (“xxxxx” indicates the model name, and “yyy” the firmware version. When the model is the PN-465U and the firmware version is V1.01, the file name is “PN465UFirmwareUpdater_V101.exe.”)

When “FirmwareUpdater.exe” is executed, a folder (C:\SHARP_PN465U, hereinafter) is made and the updater program and the firmware is installed to the folder.

• FirmwareUpdater.exe booting screen

Press [Next] button.

• Shortcut making screen

Check “Create a shortcut on Desktop” and press [Next] button.

Press [Next] button.

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 25

• Installing contents check

Check the contents of installation, and press [Next] button.

• Installation completion screen

4-3. FIRMWARE UPDATE

To update the firmware, click the icon of “SHARP PN-465U FirmwareUpdater” to boot the updater program, and follow the instructions on the screen.

• COM port selection

After completion of installation, the installation completion screen is displayed. Press [Finish] button.

Select the COM port to be used for communication. (“COM1” on the above screen)

• Batch file setting

Set the batch file name as “C:\SHARP_PN465U\isp_flash16_ext.txt”. (It is set as the default. Do not change it.)

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 26

• Firmware update

Press [BATCH] button, and the firmware writing is started. For about 3 minutes and writing is completed. When “Firmware version up completed” is displayed, the firmware update is completed.

The new version firmware can be operated by turning OFF and ON the main power.

• When updating is failed

4-4. VERSION CHECK PROCEDURES

With an image displayed on the screen, use the remote controller to display the SERVICE MENU1 screen. Check the firmware version.

To display the SERVICE MENU1 screen, press and hold [1] [ 4 ] [3] and [ 2 ] button of the remote controller for 5sec or more in this sequence.

After checking the version, press [MENU] button of the remote controller to close the SERVICE MENU1 screen.

[SERVICE MENU1 display example]

SERVICE MENU1 1/1

SERVICE1

SERVICE2

MODEL S/N

FIRM VERSION CHECK SUM USAGE TIME

㧦

PN-465

㧦

12345678

㧦

Ver 1.01

㧦

OK 6fe1d8ac

㧦

100H

END࡮࡮࡮[MENU]

First, turn OFF the main power and then turn it ON again. Then, press [BATCH2] button to start writing the firmware. In about 3 minutes, updating is completed and “Firmware update completed” is displayed. It is the end of firmware updating. After completion of firmware updating, turn OFF and ON the main power, and the new version firmware is operated.

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 27

5. EDID WRITING PROCEDURES

[Target model of the tool]

PN-465U

[Tool operating conditions]

• Windows 98SE/ Windows 2000/ Windows XP

• The I/O address of the printer port must be set to 378. (Refer to “Supplementary descriptions.”)

[Installing procedures]

1) Make a folder of “c:\fg.”

2) Copy all the files in the launcher tool to the folder of “c:\fg.” If there is already a folder for the launcher tool, use the folder. (Use the latest-version launcher tool.)

3) Copy all the files in the EDID writing tool of for servicing of the PN465U to “c:\fg.”

[Operating procedures]

1) Connect the jig to the PC.

2) Execute “c:\fg\launcher.exe.”

3) The following screen is displayed. Select PN-465U in the column of [Class]. Select [PN-465U write EDID (PC ANALOG/DIGITAL)] in [Contents]. After selection, click [Go].

When the following window is displayed, connect the monitor to the jig.

6)

[Setting on the monitor side]

1: Connect the VGA cable and the DVI-D cable to the monitor and

the jig. (Refer to the connection diagram of the PN-465U EDID writing tool.)

2: To cancel write-protect of EDID, press [INPUT] button of the

main unit and turn ON the main power of the monitor at the same time and wait until [No Signal] is displayed.

* If write-protect cannot be canceled by [INPUT] button, send the

serial command of “EDWP1230.” (Refer to “Canceling write-protect of EDID by the serial command.”)

7) Input 8-digit serial number with keys, and click [Start] button.

8) The window below is displayed.

4) The window for checking the execution content is displayed. If it is OK, press [YES], and if not, press [NO]. When [NO] is pressed, the display returns to 3). When [YES] is pressed, the process goes on to the next step.

At that time, do not connect the monitor to the jig.

5) If the window below is displayed, check for the following.

1. The jig and the PC are not connected properly.

2. The jig and the monitor are already connected.

Check the connection and press [OK] and then [Next].

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

On the above screen EDID is written and verified. If the operation is interrupted before completion, the connection may be improper. Check for it. After completion of writing, the window of 6) is displayed. Then connect the monitor to the jig. Repeat EDID writing to the next monitor from 6).

9) In case of an error occurs in writing or verifying

If an error occurs in writing or verifying, the above window is displayed. When [Retry] button is pressed, EDID writing and verifying are performed again. Check the connection between the monitor and the PC, cancel write-protect again, and repeat the procedures from 1).

10) When writing is normally completed or when [Cancel] button is pressed on the EDID error screen, the display returns to the window of 6). Then writing of another set can be performed continuously.

11) Press [Power] button to turn off the main power.

2 – 28

[Supplementary descriptions]

• Setting the printer port I/O address to 378

1. Open the system of the control panel.

2. Open the hardware tag, and click the device manager button.

3. Click “+” mark on the left of “Port (COM/LPT)” Check to confirm that there is “ECP printer port (LPT1).”

2. The window below is displayed. Select the number of COM connected to the monitor and press OK.

3. The communication setting screen is displayed. Set as shown below.

Open the property of the printer port (LPT1), and open the resource

4.

tag.

5. Uncheck “Use automatic settings” and select “Basic setting 0000.” (If “I/O range” is already “0378 - 037F,” there is no need to change.)

• In the writing procedures, the copy destination of the files is specified as “c:\fg”. It may be changed to any folder on the hard disk as far as all the files are copied to that same folder.

[Canceling write-protect of EDID by the serial command]

[Connection method]

Connect the serial port of PC with the RS-232C input pin of the monitor by using the straight cable.

1. Execute [START] - [Program] - [Accessory] - [Communication] [Hyper terminal]. The window below is displayed. Enter an optional name and press [OK].

4. Set the local echo.

1) Select “Property” in the file menu.

2) Select [Settings] tab and press [ASCII Setup...].

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 29

3) Check “Send line ends with line feeds” and “Echo typed charac-

ters locally” and press [OK].

4) Press [Enter] key once and check to confirm that “OK” is returned.

If “OK” is returned, the connection is proper.

5) Send the EDWP command. Enter “EDPW1230” and press [Enter] key.

If “OK” is returned, the EDID write-protect is canceled.

[Connection diagram of PN-465U EDID writing tool]

Connect to printer port of PC

ġ

No need to connect the serial cable.

Serial connector

Jig PWB (X1049MP-27)

DVI-D connector

Parallel connector

ġ

USB

VGA

DVI-D cable

ġ

VGA connector

Connect to USB port of PC

USB cable

ġ

DIP switch setting

ġ

Left, right, right, right with the parallel connector on the upper side.

Parallel (EDID) Serial (PROGRAM)

SW1 : SW2 : SW3 : SW4 :

AUTO 1502A 1502A

MANUAL T1620 T1620

ġ

PN-465U body rear

DVI terminal

(IN)

VGA input terminal

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 30

6. SERIAL NUMBER WRITING PROCEDURES

6-1. OPERATING CONDITIONS OF THE SERIAL NUM-

BER SETTING TOOL

The operating conditions of the serial number setting tool of the information display are as follows:

OS : Windows 98SE, Windows 2000, Windows XP

Communication port: RS-232C port recognized as a COM port

(which can be communicate in 9600bps)

The required RS-232C cable is as shown below. Connect the PC’s COM port and the RS-232C input terminal of the display with the cable.

RS-232C cable: Straight cable (D-Sub 9pin female - female)

6-3. SERIAL NUMBER SETTING

To set the serial number with the serial number setting tool, follow the procedures below.

1) Select the model name “PN-465 Series“ in the column of Model Name.

2) Select the COM port to be used in communication in the column of COM port.

3) Enter the serial number in the column of Serial Number.

4) Press [Serial Number Write] button.

5) Check to confirm that OK is displayed on the lower display.

6) Press [Read] button, and check to confirm that the set serial number is displayed on the lower display.

6-2.

SERIAL NUMBER SETTING TOOL INSTALLATION

The serial number setting tool is provided as a compression file of “PN465_InfoDispSetSN.zip.” When “PN465_InfoDispSetSN.zip” is defrosted, the execution file of “InfoDispSetSN.exe” and “InfoDispSetSN.ini” are generated. Copy “InfoDispSetSN.exe” and “InfoDispSetSN.ini” to any desired folder and execute “InfoDispSetSN.exe”.

6- 4. SERIAL NUMBER CHECK METHOD

Press [Display] button on the remote controller to indicate the display information, and check the serial number.

6-5.

SERIAL NUMBER SETTING TOOL VERSION CHECK

Display the property of “InfoDispSetSN.exe” with Explorer and check the production version item to check the serial number setting tool version.

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

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7. USAGE TIME SETTING PROCEDURE

7-1. OPERATING CONDITIONS OF THE USAGE TIME

SETTING TOOL

The operating conditions of the USAGE TIME setting tool of the information display are as follows:

OS : Windows98SE, Windows2000, WindowsXP Communication port : RS-232C port recognized as a COM port

(Which allows communication in 9600bps.)

The required RS-232C cable is as shown below. Connect the PC’s COM port and the RS-232C input terminal of the display.

RS-232C cable : Straight cable (D-Sub 9 pin female-female)

7-3. USAGE TIME SETTING PROCEDURE

The setting procedures of USAGE TIME by using the USAGE TIME setting tool are as follows:

1) Select a model name “PN-465 Series“ on the column of Model Name.

2) Select the COM port to be used for communication on the column of COM Port.

3) Describe USAGE TIME on the column of Usage Time.

4) Press [USAGE TIME Write] button.

5) Check to confirm that “OK” is displayed on the lower display.

6) Press [Read] button, and check to confirm that the set USAGE TIME is displayed on the lower display.

7-2. INSTALLING THE USAGE TIME SETTING TOOL

The USAGE TIME setting tool is provided as a compression file, “PN465_InfoDispSetTime.zip”. When “PN465_InfoDispSetTime.zip” is decompressed, two files are generated; “InfoDispSetTime.exe” and “InfoDispSetTime.ini”. Copy “InfoDispSetTime.exe” and “InfoDispSetTime.ini” to any desired folder, and execute “InfoDispSetTime.exe”.

7-4. USAGE TIME CHECK PROCEDURE

With an image displayed on the display, use the accessory remote controller to enter the SERVICE MENU 1, and check the USAGE TIME on the column of USAGE TIME. To enter the SERVICE MENU 1, press and hold [SIZE] button on the remote controller for 5 sec, and press the buttons in the sequence of [1], [ 4 ], [3] and [ 2 ].

7-5. USAGE TIME SETTING TOOL VERSION CHECK

To check the version of the USAGE TIME setting tool, display the property of “InfoDispSetTime.exe” with Explorer, and select the product version item.

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

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8. MODEL NAME SETTING PROCEDURES

8-1. OPERATING CONDITIONS OF THE MODEL

NAME SETTING TOOL

The operating conditions of the model name setting tool of the information display are as follows:

OS : Windows98SE, Windows2000, WindowsXP Communication port : RS-232C port recognized as a COM port

(Which allows communication in 9600bps.)

The required RS-232C cable is as shown below. Connect the PC’s COM port and the RS-232C input terminal of the display.

RS-232C cable : Straight cable (D-Sub 9 pin female-female)

To set the model name with the model name setting tool, follow the procedures below.

1) Select the model name in the column of Model Name.

• When the model is the “PN-465” 3 select “PN-465”.

• When the model is the “PN-465U” 3 select “PN-465U”.

• When the model is the “PN-465E” 3 select “PN-465E”.

2) Select the COM port to be used in communication in the column of COM port.

3) Press [Model Name Write] button.

4) Check to confirm that “OK” is displayed on the lower display.

5) Press [Read] button, and check to confirm that the set model name is displayed on the lower display.

Note: To set a model name other than the listed above, select “Other”

on the Model Name column, describe your desired model name on the Set Model Name column, and perform procedures 2 to 5. (This step is not required in normal cases.)

8-4. MODEL NAME CHECK METHOD

Press [DISPLAY] button on the remote controller to indicate the display information, and check the model name.

8-5.

MODEL NAME SETTING TOOL VERSION CHECK

Display the property of “InfoDispSetMN.exe” with Explorer and check the production version item to check the model name setting tool version.

8-2. INSTALLING THE MODEL NAME SETTING

TOOL

The model name setting tool is provided as a compression file, “PN465_InfoDispSetMN.zip”. When “PN465_InfoDispSetMN.zip” is decompressed, two files are generated; “InfoDispSetMN.exe” and “InfoDispSetMN.ini”. Copy “InfoDispSetMN.exe” and “InfoDispSetMN.ini” to any desired folder, and execute “InfoDispSetMN.exe”.

8-3. MODEL NAME SETTING

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 33

9. TEMPERATURE MONITOR SETTING PROCEDURES

Temperature watch setting tool

In the PN-465U, various temperature watch data are saved in the machine. This tool can read the various temperature watch data and reset the data.

9-1. TEMPERATURE MONITOR SETTING TOOL

INTRODUCTION PROCEDURES

(1) Operating conditions of the temperature monitor set-

ting tool

The operating conditions of the temperature monitor setting tool for the information display are as follows:

OS : Windows98SE, Windows2000, WindowsXP Communication port : RS-232C port recognized as a COM port

(Which allows communication in 9600bps.)

The RS-232C cable required for communication is as stated below. Connect the COM port of PC and the RS-232C input pin of the display with the cable.

RS-232C cable : Straight cable (D-Sub 9 pin female-female)

(3) Temperature monitor setting tool version check

To check the temperature monitor setting tool version, use Explorer to display the property of “[PN465U]TempWatchData.exe”and check the product version item.

(2) Temperature monitor setting tool installation

The temperature monitor setting tool is provided as a compression file name “PN465U_TempWatchData.zip”. When “TempWatchLaunch.exe” “PN465U_Temp-WatchData.zip” is decompressed, the execution file named “TempWatchLaunch.exe” “[PN465U]TempWatchData.exe” “TempWatchL- aunch.ini” is generated. Copy “TempWatchLaunch.exe”, “[PN465U]TempWatchData.exe”, “TempWatchLaunch.ini” to any desired folder and execute it.

9-2. OPERATING PROCEDURE

(1) Temperature watch setting data read

To read the temperature watch setting data, execute the following procedures.

1) Connect the information display and the PC with the RS-232C cable, and turn on the power of the information display.

2) Execute the temperature monitor setting tool, “TemperatureWatch Launch.exe”, installed in the “Temperature monitor setting tool introduction”.

3) Check to confirm that “PN-465U” is selected in the Combo box. [“XX” of “PN465XX” are different depending on the model.]

4) Click [RUN] button and check to confirm that “PN-465 Temperature” is booted.

5) Select the connected port with “COM Port”.

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 34

6) Click [READ & SAVE] button.

7) Set the save folder and the file name. (When the cancel button is pressed in “Save As” dialog box, no information is saved to the file and reading is performed.)

8) When reading is normally completed, the following message is displayed. Check to confirm that there is no “ERR” displayed in any tab items. If there is any “ERR” item, perform reading again.

9) If the following message is displayed, reading has been failed. Perform procedures 6) ~ 8) to execute reading again.

(1)-2. Temperature watch setting data reset

In the following cases, reset the temperature watch setting data as follows:

• When the previous temperature watch setting data are remained when replacing the PWB.

• When USAGE TIME is reset for replacement of the panel. (The temperature watch setting data include USAGE TIME of the machine as basic data.)

1) Connect the information display and the PC with the RS-232C cable, and turn on the power of the information display.

2) Execute the temperature monitor setting tool, “TempWatchLaunch.exe”, installed in the “Temperature monitor setting tool introduction”.

3) Check to confirm that “PN-465U” is selected in the Combo box.

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 35

4) Click [RUN] button and check to confirm that “PN-465 Temperature” is booted.

5) Select the connected port with “COM Port”.

6) Click [RESET] button to execute resetting.

7) Resetting is completed after a while. Check to confirm that all tab items are as shown in the figure below. If there is any “ERR” item, press [RESET] button to execute resetting.

9-3. NOTE FOR USING THE TEMPERATURE MONI-

TOR SETTING TOOL

When an error massage is indicated on the display, check the following items.

• When “Command Sending Retry Error” and “Nothing Received” are displayed:

Check to confirm that the PC and the information display are properly connected with the RS-232C cable.

• When “COM Port Open Error” is displayed:

Check to confirm that the set COM Port is not used by another tool. If it is used by another tool, terminate the tool, and execute the procedures again.

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 36

10. PN-465 MAIN PWB/PANEL/PARTS REPLACEMENT PROCEDURES

10-1. OUTLINE

In the PN-465 series, the following information as well as user setting information are saved to the EEPROM (IC402, 404) of the main unit. (3 and 4 are information linked with the panel.)

1 MODEL NAME

2 SERIAL NUMBER

3 USAGE TIME

4 WHITE BALANCE SETTING VALUE

5 CALIBRATION SETTING VALUE

6 TEMPERATURE MONITOR SETTING INFORMATION

Therefore, when the PWB, the panel, IC402, or IC404 is replaced, initialization and setting must be performed according to necessity. In addition, after completion of the work, perform ALL RESET.

10-2. INFORMATION ITEMS

1 MODEL NAME

The model name must be set depending on the destination. For setting procedures, refer to “8. MODEL NAME SETTING PROCEDURES”.

2 SERIAL NUMBER

The machine has its own serial number which is described on the nameplate at the back of the machine. For setting procedures, refer to “6. SERIAL NUMBER WRITING PROCEDURES”.

3 USAGE TIME

This information is linked with the panel. When replacing the PWB, read the information before replacement, and write it to the new PWB after replacement. For setting procedures, refer to “7. USAGE TIME SETTING PROCEDURES”.

4 WHITE BALANCE SETTING VALUE

This information is linked with the panel. When replacing the PWB, read the information before replacement, and write it to the new PWB after replacement. Execute resetting when the panel is replaced. For setting procedures, refer to “3-5. WHITE BALANCE SETTING PROCEDURES”.

5 CALIBRATION SETTING VALUE

Since a service part PWB has been adjusted, there is no need to set when replacing the PWB. Setting may be required depending on the changed part. For setting procedures, refer to “3-2. CALIBRATION”.

6 TEMPERATURE MONITOR SETTING INFORMATION

This is the setting information related to temperature watch. Execute resetting when replacing the PWB or the panel. For setting procedures, refer to “9.TEMPERATURE MONITOR SETTING PROCEDURES”.

10-3. PWB REPLACEMENT PROCEDURES

1) Read the following information from the monitor before replacement of the PWB.

1 USAGE TIME

2 WHITE BALANCE VALUE

*If the machine does not operate before replacement and reading

cannot be made, this procedure is not required.

2) Replace the PWB and execute FACTORY RESET. (Refer to “3-3. FACTORY RESET”.)

3) Write data into EDID. (Refer to “5. EDID WRITING PROCEDURES”.)

4) If necessary, update the firmware. (Refer to “4. FIRMWARE UPDATE PROCEDURES”.)

5) Set the MODEL TYPE depending on the destination. (Refer to “MODEL TYPE” in “3. SERVICE MENU”.)

6) Write the information read in the above step 1).

*When reading cannot be made in the step 1):

• Set “0” to USAGE TIME and perform initialization.

• Reset the WHITE BALANCE set values.

7) Write the serial number. (Refer to “6. SERIAL NUMBER WRITING PROCEDURES”.)

8) Reset the temperature watch setting information. (Refer to “9. TEMPERATURE MONITOR SETTING PROCEDURES”.)

10-4. PANEL REPLACEMENT PROCEDURES

1) Set “0” to USAGE TIME and perform initialization.

2) Reset the WHITE BALANCE set values.

3) Reset the temperature watch setting information. (Refer to “9. TEMPERATURE MONITOR SETTING PROCEDURES”.)

10-5. MAJOR PARTS REPLACEMENT PROCEDURES

When any one of major parts is replaced, perform the FACTORY RESET and set as shown in the table below.

REFER-

ENCE

IC101 BR24L02F Analog PC type

IC107 LT6554 3ch video buffer IC201 TFP503 DVI-D type TMDS

IC204 BR24L02F Digital PC type

IC205 BR24L02F Digital PC type

IC301 TFP513 DVI-D type TMDS

IC302 SM5301CS Video buffer with the

IC401 FLI8638 Scaler IC with built-in

PARTS

NAME

PARTS FUNCTION

DDC

·EEPROM

receiver

DDC

·ROM1

DDC

·ROM2

transceiver

built-in LPF supporting the video signal band

microprocessor

OPERATION

ABCDEF

---

-

------

---

------

-

F

----

F

----

FF

F

--

F

--

---

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 37

REFER-

ENCE

IC402, 404

PARTS

NAME

PARTS FUNCTION

BR24L32FV 32kbit EEPROM

(The set data are

OPERATION

ABCDEF

-

FF-FF

saved.)

IC403 DS1374U-

33

+

RTC with the watchdog function support-

------

ing I2C

IC406 PCF8575 16bit I/O expander

supporting I2C

IC501, 502

IC503 S29AL032D

MT46V16M 16P-5B

70

128Mbit DDR SDRAM

32Mbit flash memory (program are saved.)

IC701 MAX3243 RS232C type trans-

ceiver/receiver

------

-----

F

------

IC702 TL16C2552 Dual UART with built-

in FIFO (used for RS232C

------

communication)

A: Firmware update

(Refer to “4. FIRMWARE UPDATE PROCEDURES”.)

B: Calibration setting

(Refer to “3-2. CALIBRATION”.)

C: WHITE BALANCE setting

(Refer to “3-5. WHITE BALANCE SETTING PROCEDURES”.)

D: EDID writing

(Refer to “5. EDID WRITING PROCEDURES”.)

E: Model name, serial number setting

(Refer to “8. MODEL NAME SETTING PROCEDURES”, “6. SERIAL NUMBER WRITING PROCEDURES”.)

F: USAGE TIME setting

(Refer to “7. USAGE TIME SETTING PROCEDURES”.)

PN-465U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTION

2 – 38

CHAPTER 3. DISASSEMBLY AND ASSEMBLY

1. REAR COVER AND BRIDGE REMOVAL

1) Remove 25 screws , and remove the rear cover.

2) Remove 18 screws , and remove 2 bridge A and 2 bridge B.

A

2) Disconnect the connector at 8 positions. Remove 11 screws , and remove the IF1 PWB.

3. IF 2 PWB REMOVAL

1) Disconnect the connector at the position. Remove 8 screws , and remove the IF2 PWB.

B

A

2. IF 1 PWB REMOVAL

1) Remove 10 hexagon screw and 2 screws.

4. POWER PWB REMOVAL

1) Disconnect the connector at 7 positions. Remove 6 screws , and remove the power PWB.

PN-465U DISASSEMBLY AND ASSEMBLY

3 – 1

5. POWER FILTER PWB REMOVAL

8. REMOVAL OF THE LCD UNIT

1) Disconnect the connector at 2 positions. Remove 4 screws , and remove the power filter PWB.

6. TEMPERATURE SENSOR PWB REMOVAL

1) Disconnect the connector at 3 positions. Remove 6 screws , and remove 3 temperature sensor PWB.

Te mp 1

1) Remove four screws, and remove the connector panel unit.

2) Remove 12 screws, and remove the main frame.

Te mp 2

Te mp 3

7. OPTICAL SENSOR PWB REMOVAL

1) Remove 2 screws , and remove the optical sensor PWB.

3) Remove 16 screws, and remove two frame side assemblies.

PN-465U DISASSEMBLY AND ASSEMBLY

3 – 2

4) Remove the harness from three clamps. Remove 12 screws, and remove the frame bottom assembly and the frame top assembly.

Frame top assembly

Frame bottom assembly

5) Remove 12 screws, and remove the BRIDGE FRAME.

PN-465U DISASSEMBLY AND ASSEMBLY

3 – 3

CHAPTER 4. BLOCK DIAGRAM

Temperature sensor3

CN304

Switch PWB

Optical sensor

Temperature sensor2

CN001

CN303

CN401

CN202

Temperature sensor1

CN002

CN301

I/F PWB1

CN603

CN610

CN609

CN607

CN901

CN801

CN101

Power unit

CN902

CN701

CN301

CN801

CN501

CN304

CN302

CN608

CN201

CN3

CN4

Inverter

CN601

CN2

CN101

LCD unit

CN102

IC401

CN604

CN1

FLI8638

CN103

CN701

CN611

I/F PWB2

CN3

CN2

CN1

CN4

A

IC404

IC502

IC501

NT46V16M16P

IC503

S29AL032D70

IC701

MAX3234

IC1

MSP3440

IC2

NJU2690

IC402

BR24L32

Y401

19.666MHz

IC3

YDA138

IC702

TL16C2552

IC201

TFP503

IC301

TFP513

IC101

BR24L02

IC302

SM5301C

IC403

DS1374U

IC406

PCF8575

IC205

BR24L02

IC204

BR24L02

IC107

LT6554

Temperature

CN609

IC503

IC403

DS1374U

sensor3

CN304

CN303 Temperature

sensor1 CN301

CN607

IC401 FLI8638

19.666MHz

Y401

IC402

BR24L32

IC404

K

I

E

R

Y

IC406

PCF8575

NT46V16M16P

Switch PWB

Switch LED CN002

CN901

CN801

Power

CN601

CN604

Power connector

L E D

IC501

IC502

CN603

Power CN902

Optical sensor

I/F PWB1

PC DVI-D

PC Analog CN101

Video composite

(BNC input)

PC Serial CN701

PC Serial

PC Sound input L

(3.5φ pin jack)

Video Sound input

(RCAinput)

CN301

connector GPIO CN304

output CN608

CN201

connector Inverter

input

DSUB

CN102

BNC input

CN103

D-sub9P

I/F PWB2

CN2

CN1

IC204

BR24L02

IC205

BR24L02

IC101

BR24L02

R

L R

IC301

TFP513

IC107

LT6554

IC302

SM5301C

IC701

MAX3234

IC201

TFP503

IC702

TL16C2552

IC1

MSP3440

CN611

CN3

NJU2690

IC2

CN401

CN610

Temperature sensor2

CN202

S29AL032D70

CN2

CN1

CN801

CN701

CN501

CN3

Power unit

LCD unit

AC input

FILTER

CN101

CN302

CN4

CN001

Video/PC Sound output L

(RCAoutput)

udeo Amp output

CN4

R

IC3

YDA138

L R

PN-465U BLOCK DIAGRAM

4 – 1

■ CONNECTOR TABLE

[MAIN PWB UNIT]

CN101 AC POWER INPUT

Pin No. Symbol Function

1 Neutral AC input 2 --3Live

CN302, 304 24V OUTPUT

Pin No. Symbol Function

1 24V Power for inverter 2 3 4 5 6GND 7 8 9

10

CN701 12V OUTPUT

Pin No. Symbol Function

1 12V Power for I/F 2 3GND 4

CN801 5V OUTPUT

Pin No. Symbol Function

1 5TV Power for I/F 2 3GND 4

CN501 POWER CONTROL

Pin No. Symbol Function

1 STB5V 5V output 2 3GNDGND 4 5 REMO1 Relay control 6 REMO2 5, 12, 19V control 7 REMO3 24V control

[FILTER BLOCK]

CN001 AC POWER INPUT

Pin No. Symbol Function

1 Live AC input 2 Neutral

CN002 AC POWER OUTPUT

Pin No. Symbol Function

1 --- AC output 2 ---

[LCD MODULE (LK460D3LZ19)]

CN1 LCD DRIVE SECTION

Pin No. Symbol Function

1GND 2AIN0 3AIN0 4AIN1 − 5AIN1 + 6AIN2 − 7AIN2 + 8GNDGND

9ACK 10 ACK 11 AIN3 − A port LVDS data 12 AIN3 13 GND GND 14 GND 15 GND 16 BIN0 17 BIN0 18 BIN1 − 19 BIN1 + 20 BIN2 − 21 BIN2 + 22 GND GND 23 BCK 24 BCK 25 BIN3 − B port LVDS data 26 BIN3 27 GND GND 28 GND 29 GND 30 SELLVDS Data mapping 31 R/L Horizontal reverse

32 U/D Vertical reverse

33 NC NC 34 50Hz/60Hz Frame frequency

− A port LVDS data

signal

+

− A port clock signal +

signal

+

− B port LVDS data

signal

+

− B port clock signal +

signal

+

display

switch

Pin No. Symbol Function

35 NC NC 36 TEMP3 Panel surface data 37 TEMP2 38 TEMP1 39 NC NC 40 OS/ON-OFF O/S switch 41 NC NC

CN2 LCD POWER SECTION

Pin No. Symbol Function

1 VCC 12V power 2 3 4 5 6GND 7 8

9 10 11 NC NC 12 13 14 15 16 17 18 19 20

CN3 INVERTER CONTROL/

POWER SUPPLY

Pin No. Symbol Function

1Vinv 24V power

2

3

4

5

6GNDGND

7

8

9 10 11 NC NC 12 Von Inverter control 13 Vbrt Brightness adjustment 14 NC NC

PN-465U BLOCK DIAGRAM

4 – 2

CN4 INVERTER POWER SUPPLY

Pin No. Symbol Function

1Vinv 24V power 2 3 4 5 6GNDGND 7 8

9 10 11 NC NC 12 13 14

[I/F PWB 1]

CN101 PC2 SIGNAL INPUT

Pin No. Symbol Function

1 --2 --3 --4 --- NC 5 --- GND 6 7 8

9 --- 5V 10 --- GND 11 --- NC 12 --- DDC data 13 --- Hsync signal output 14 --- Vsync signal output 15 --- DDC clock

CN102 PC3/AV2 SIGNAL INPUT

Pin No. Symbol Function

-- RH2 PC3 Vertical sync signal

-- RNC2 GND

-- LH2 PC3 horizontal sync

-- LNC2 GND

-- RH1

-- RNC1 GND

-- LH1

-- LHC1 GND

CN103 PC3/AV2/AV3 SIGNAL INPUT

Pin No. Symbol Function

-- H1

-- NC1 GND

-- H2 Composite video

-- NC2 GND

Red video signal Green video signal Blue video signal

signal

PC3 red video AV2 component [Pr]

PC3 green video AV2 component [Y]

PC3 blue video AV2 component [Y]

CN201 PC1/AV1 SIGNAL INPUT

Pin No. Symbol Function

1TX2 2TX2 3GNDGND 4TX4 5TX4 6 DCLK DDC clock 7 DDATA DDC clock data 8 AV Not used

9TX1 10 TX1 11 GND GND 12 TX3 13 TX3 14 VDD 15 GND GND 16 HPDETECT 17 TX0 18 TX0 19 GND GND 20 TX5 21 TX5 22 GND GND 23 TXC 24 TXC

− TMDS data +

− Not used +

− TMDS data +

− Not used +

+ TMDS clock

−

CN301 PC/AV SIGNAL OUTPUT

Pin No. Symbol Function

1TX2

2TX2

3GND

4TX4

5TX4

6 DCLK DDC clock

7 DDATA DDC clock data

8 AV Not used

9TX1 10 TX1 11 GND GND 12 TX3 13 TX3 14 VDD 15 GND GND 16 HPDETECT 17 TX0 18 TX0 19 GND 20 TX5 21 TX5 22 GND GND 23 TXC 24 TXC

− TMDS data +

− Not used +

− TMDS data +

− Not used +

+ TMDS clock

−

CN502

Pin No. Symbol Function

1 --2 ---

CN601 LCD POWER SUPPLY

Pin No. Symbol Function

1 VCC 12V power 2 3 4 5 6GNDGND 7 8

9 10 11 NC NC 12 13 14 15 16 17 18 19 20

CN603 REMOTE CONTROLLER/

LED CONTROL

Pin No. Symbol Function

1 --- LED control

2 ---

3 --- SW input

4 ---

5 --- GND

6 --- Remote control

sensor signal

7 --- 3.3V power

PN-465U BLOCK DIAGRAM

4 – 3

CN611 AUDIO CONTROL

Pin No. Symbol Function

1 --- 9V power 2 --- Audio amplifier

3---

4 --- Sound processor 5--6--7--8---

9 --- 2.5V power 10 --- GND 11 --- 3.3V power 12 --- GND 13 --- 5V power 14 --- 9.5V power 15 --- 9.5V power

control Audio amplifier

error

control

GND

Sound processor control

CN604 LCD DRIVE

Pin No. Symbol Function

1GNDGND 2AIN0 3AIN0 4AIN1 − 5AIN1 + 6AIN2 − 7AIN2 + 8GNDGND

9ACK 10 ACK 11 AIN3 − A port LVDS data 12 AIN3 13 NC GND 14 NC 15 GND 16 BIN0 17 BIN0 18 BIN1 − 19 BIN1 + 20 BIN2 − 21 BIN2 + 22 GND GND 23 BCK 24 BCK 25 BIN3 − B port LVDS data 26 BIN3 27 NC GND 28 NC 29 GND 30 SELLVDS Data mapping 31 R/L Horizontal reverse

32 U/D Vertical reverse

33 Reserved NC

− A port LVDS data

signal

+

− A port clock signal +

signal

+

− B port LVDS data

signal

+

− B port clock signal +

signal

+

display

Pin No. Symbol Function

34 Frame 1 Frame frequency

switch 35 Reserved NC 36 TEMP3 Panel surface data 37 TEMP2 38 TEMP1 39 Reserved NC 40 Osset O/S switch

CN701 SERIAL CONTROL

Pin No. Symbol Function

A1 --A2 --- RxD A3 --- TxD A4 --A5 --A6 --A7 --A8 --A9 --B1 --B2 --- RxD B3 --- TxD B4 --B5 --B6 --B7 --B8 --B9 ---

CN607 FOR TEMPERATURE

SENSOR 1 AND 3

Pin No. Symbol Function

1 --- 5V power 2 --- Temperature sensor 3 --4 --- NC

CN609 FOR TEMPERATURE

SENSOR 2

Pin No. Symbol Function

1 --- 5V power 2 --- Temperature sensor 3 --4 --- GND 5 --- NC

CN608 INVERTER CONTROL

Pin No. Symbol Function

1 Von Inverter control 2VselNC 3ReservedNC 4 Vbrt Brightness adjustment 5ReservedNC 6GNDGND

CN610 FOR OPTICAL SENSOR

Pin No. Symbol Function

1 --- Power 2 --3 --- GND

CN801 I/F POWER

(POWER COMTROL)

Pin No. Symbol Function

1 STB5V 5V output 2 3GNDGND 4 5REMO1Relay control 6 REMO2 5, 12, 19V control 7 REMO3 24V control

CN901 I/F POWER (5V INPUT)

Pin No. Symbol Function

1 5V Power for I/F 2 3GND 4

CN902 I/F POWER (12V INPUT)

Pin No. Symbol Function

1 12V Power for I/F 2 3GND 4

[I/F PWB 2]

CN1 SOUND SIGNAL

Pin No. Symbol Function

--- b1 Sound output

--- b2

--- b3 Sound input

--- b4

--- a1

--- a2

--- a3

--- a4

CN2 PC SOUND SIGNAL

Pin No. Symbol Function

1 --- GND 2 --- Sound input 3 ---

GNG

PN-465U BLOCK DIAGRAM

4 – 4

CN3 AUDIO CONTROL

Pin No. Symbol Function

1 --- 9V power 2 --- Audio amplifier control 3 --4 --- Sound processor 5 --6 --7 --8 ---

9 --- 2.5V power 10 --- GND 11 --- 3.3V power 12 --- GND 13 --- 5V power 14 --- 9.5V power 15 --- 9.5V power

Audio amplifier error

control

GND

Sound processor control

CN4 SPEAKER OUTPUT

Pin No. Symbol Function

1OUT L

2OUT L

3 OUT R +

4 OUT R −

+ Speaker output

−

[TEMPERATURE SENSOR PWB 2]

CN202

Pin No. Symbol Function

1 2 SCL Temperature sensor 3SDA 4GNDGND 5NCNC

+ 5V 5V power

[TEMPERATURE SENSOR PWB 3]

CN304

Pin No. Symbol Function

1 2 SCL Temperature sensor 3SDA 4GNDGND

+ 5V 5V power

[OPTICAL SENSOR PWB ]

CN401

Pin No. Symbol Function

1 --- Power 2 --3 --- GND

[TEMPERATURE SENSOR PWB 1]

CN301

Pin No. Symbol Function

1 2 SCL Temperature sensor 3SDA 4GNDGND

CN303

Pin No. Symbol Function

1 --- 5V power 2 --- Temperature sensor 3 --4 --- GND 5 --- NC 6 ---

+ 5V 5V power

[SW PWB ]

CN501

Pin No. Symbol Function

1 --- LED control 2 --3 --- SW input 4 --5 --- GND 6 --- Remote control

sensor signal

7 --- 3.3V power

PN-465U BLOCK DIAGRAM

4 – 5

CHAPTER 5. TROUBLESHOOTING

1. The power is not supplied (The LED does not light up)

Is the AC cord properly inserted?

Yes

Is the power SW turned ON? Is the power SW free from any abnormality?

Yes

Does the main power PWB supply power voltages of STB5V/ 5V/ 12V/ 24V? Does the sub power source supply 24V?

Note: If the signal input is not supplied, the power save

function is operated to interrupt the output of 5/12/ 24V from the sub power source.

Yes

Check the I/F PWB 1 and the related parts for any abnormality. Check the power cable. Check the fuse for breakage. Check the I/F PWB 1.

No abnormality

Check the switch PWB and the related parts for any abnormality. Check the connection cable. Check the switch PWB.

2. The remote control does not work.

Is the battery power alive?

Yes

Check the switch PWB and the related parts for any abnormality. Check the connection cable. Check the switch PWB .

No abnormality

Check the I/F PWB 1 and the related parts for any abnormality. Check the connection cable. Check the fuse for breakage. Check the PWB.

No

Abnormality

No

Abnormality

Insert the AC cord properly.

Replace the abnormal part.

Check the power PWB and related sections for any abnormality. Check the fuse for breakage. Check the main power PWB. Check the switch cable. Check the filter block. Check the AC power cord.

No

Replace the abnormal part.

Replace the battery.

Replace the abnormal part.

3. The display doesn't show/ Display abnormality

Check the adjustment and setting for any abnormality. Readjust and reset with the menu.

No abnormality

Is input selection set to signal input? Adjust the input source properly.

Yes

Digital connection only Is the graphic board resolution proper?

Yes

Check the video input signal for any abnormality. Check the video cable.

Check that the video signal is not a special one (out of support).

Yes

Is the menu displayed under the signal input state?

Yes

Check the LCD module and the related parts for any abnormality. Check the connection cable. Check the LCD control PWB.

No abnormality

Check the I/F PWB 1 and the related parts for any abnormality. Check the connection cable. Check the fuse for breakage. Check the PWB.

Abnormality

No

Abnormality

No

Abnormality

Replace the graphic board.

Replace the abnormal part.

Check the I/F PWB 1 and the related parts. Check the connection cable. Check the fuse for breakage. Check the PWB.

Replace the abnormal part.

PN-465U TROUB LESHOOTING

5 – 1

4. The backlight does not light up.

When the power is turned on, the backlight lights up for several seconds.

No

Does the main power PWB supply STB5V/ 5V/ 12V/ 24V? Refer to "1. The power is not supplied".

Yes

Check the inverter and the related parts for any abnormality.

Check the LCD inverter PWB. Check the connection cable.

Check the CCFT lamp.

Yes

Check the I/F PWB 1 for any abnormality.

Check the connection cable. Check the fuse for breakage. Check the I/F PWB.

Yes

No

Abnormality

Refer to "3. The display doesn't show / Display abnormality".

Replace the abnormal part.

5. Sound is not reproduced/ Reproduced sound abnormality

Is the sound volume is set to the minimum or mute? Readjust and reset.

No abnormality

Is input selection set to audio signal input? Adjust the input source properly.

Yes

Check the audio input signal for any abnormality.

Check the cable connection. Check the audio cable.

No abnormality

Check the audio output cable for any abnormality.

Check the cable connection. Check the audio cable.

No abnormality

Check the external speaker and the related parts for any abnormality.

Check the speaker cable. Check the speaker. Check the speaker impedance.

No abnormality

Check the I/F PWB 2 and the related parts for any abnormality.

Check the connection cable. Check the fuse for breakage. Check the PWB.

No abnormality

Check the I/F PWB 1 and the related parts for any abnormality.

Check the connection cable. Check the fuse for breakage. Check the PWB.

Abnormality

No

Abnormality

Replace the abnormal part.

Repla ce the abnormal part.

Replace the abnormal part.

6. Daisy chain is not made / Display abnormality

Is input selection set to signal input? Readjust and reset with the menu.

No abnormality

Check the DVI cable for any abnormality.

Check the DVI cable connection.

No abnormality

Check the I/F PWB 1 and the related parts for any abnormality.

Check the connection cable. Check the fuse for breakage. Check the PWB.

PN-465U TROUB LESHOOTING

Abnormality

5 – 2

Replace the abnormal part.

7. HARDWARE CHECK NG

6

2

1

8

Major sympton when NG LED flashing pattern Countermeasures

1 LCD 12V The backlight does not light up. The red LED blinks. Refer to 7-1. 2 VIDEO 5V Abnormal colors on the display. 3 AMP 3.3V Sound is not reproduced. 4 AMP 9V 5 BACKLIGHT The backlight does not light up. 6 THERMAL1 Automatic power OFF. red 3 green 3 red 3 green 3 ... Refer to 7-2. 7 THERMAL2 8 THERMAL3

4

3

5

7

7-1. The red LED blinks

To locate the abnormal position, perform a certain operation or use a certain RS232C command to display the diagnosis result.

No NG

Check the switch and the related parts for any abnormality.

Check the connection cable. Check the

No abnormality

Check the I/F PWB 1 for any abnormality.

Check the connection cable. Check the fuse for breakage. Check the PWB.

switch PWB.

NG

Abnormality

Is there any abnormality in the NG position?

Check the power for abnormality Check the fuse for breakage. Check the cable connection.

Abnormality

Replace the abnormal part.

.

7-2. The LED lights up in order of red 3 green 3 red 3 green.

To locate the abnormal position, perform a certain operation or use a certain RS232C command to display the diagnosis result.

No NG

Check the switch and the related parts for any abnormality.

Check the connection cable. Check the

No abnormality

Check the I/F PWB 1 for any abnormality.

Check the connection cable. Check the fuse for breakage. Check the PWB.

switch PWB.

PN-465U TROUB LESHOOTING

Abnormality

5 – 3

NG

Is there any abnormality in the NG position? Is the unit properly installed?

Abnormality

Replace the abnormal part.

CHAPTER 6. HARDWARE DESCRIPTIONS

1. CIRCUIT DESCRIPTIONS

1-1. POWER UNIT

The circuit is composed of the power unit (RDENC1010MPPZ) and the filter block (RUITK1016MPPZ).

■ General specifications

Input rated : AC100V 50Hz/60Hz Power

consumption : 450W max. (at 100Vac, 60Hz, rated load) Output STB 5V : 5.1V 1.5A Output 5V : 5.1V 1.0A Output 12V : 12.2V 4.0A Output 24V :

24.3V 11.0A

2. LCD UNIT

■ Color TFT LCD module LK460D3LZ19

This module is an active matrix, transmission-type, LCD display which uses the amorphous silicon thin-film transistor (TFT: Thin-Film Transistor) and enables color display. The circuit is composed of the color TFT - LCD panel, the driver IC, the control circuit, the power circuit, the inverter circuit, the backlight unit, etc. As an interface, the LVDS (Low Voltage Differential Signaling) is used to supply image and text display in 16,777,216 colors on a panel of 1920

× 1080 dots. This module also includes the DC/AC inverter which is

used to drive the lamp. The backlight is of direct under system and is composed of 22 CCFT’s (Cold Cathode Fluorescent Tubes).

• Screen size : 116.809 cm (46 type) opposing corner

• Drive display area : 1018.08 mm (H)

• Max. brightness : 450 cd/m2 (Typ.)

• Backlight life : 60,000 hour

*When the lamp is lighted continuously at Ta=25°C and the center

brightness reaches 50% of the initial value, it is judged as the life is expired.

+12V DC power and +24V backlight power, allowing

× RGB

× 572.67 mm (V)

*

3. IF PWB 1

Temperature sensor/Optical sensor/Remote control/Switch/LED/ Inverter/LCD display is controlled.

3-1. INPUT AND OUTPUT SIGNAL

SPECIFICATIONS USE CONNECTOR

PC signal Analog input terminal

AV signal Digital input terminal DVI-D terminal

Monitor control

(VESA compliance) Digital input terminal

(DVI compliance) Digital output terminal

(Daisy chain type) RS-232C input terminal D-sub 9 pin

Composite video input terminal

Component video input terminal

RS-232C output terminal D-sub 9 pin

3-2. MAIN COMPLETE PARTS AND FUNCTION

REFERENCE PARTS NAME PARTS FUNCTION IC101 BR24L02F Analog PC type DDC IC107 LT6554 3ch video buffer IC201 TFP503 DVI-D type TMDS receiver IC204 BR24L02F Digital PC type DDC IC205 BR24L02F Digital PC type DDC IC301 TFP513 DVI-D type TMDS transceiver IC302 SM5301CS Video buffer with the built-in LPF

IC401 FLI8638 Scaler IC with built-in micropro-

IC402, 404 BR24L32FV 32kbit EEPROM

IC403 DS1374U-33

IC406 PCF8575 16bit I/O expander supporting

IC501, 502 MT46V16M16P-5B 128Mbit DDR SDRAM IC503 S29AL032D70 32Mbit flash memory

IC701 MAX3243 RS232C type transceiver/

IC702 TL16C2552 Dual UART with built-in FIFO

+ RTC with the watchdog function

D-sub 15 pin

× 5

BNC DVI-D terminal

DVI-D terminal

× 1

BNC

× 3

BNC

·EEPROM

·ROM1

·ROM2

supporting the video signal band

cessor

(The set data are saved.)

supporting I2C

I2C

(program are saved.)

receiver

(used for RS232C communication)

PN-465U HARDWARE DESCRIPTIONS

6 – 1

4. IF PWB 2

The sound PWB is controlled.

4-1. INPUT AND OUTPUT SIGNAL

SPECIFICATIONS USE CONNECTOR

Audio signal

Speaker output

PC audio input terminal AV audio input terminal RCA Audio output terminal RCA Supporting 6 Ω speaker Speaker terminal

φ 3.5 jack

× 2 × 2

4-2. MAIN COMPLETE PARTS AND FUNCTION

REFERENCE PARTS NAME PARTS FUNCTION IC1 MSP3440G Sound processor IC2 NJU26901 Digital audio type delay IC IC3 YDA138 Audio amp

5. TEMPERATURE SENSOR PWB

Watches the temperature of the unit by the temperature watch function IC.

6. OPTICAL SENSOR PWB

Watches lighting of the backlight by the light receiving element IC.

7. SWITCH PWB

Provided with the remote control light receiving section, the switch, and the LED module.

PN-465U HARDWARE DESCRIPTIONS

6 – 2

B

D

C

B

A

1/5

12345678

C21

10u(2012)

C21

10u(2012)

Q2

2SD2704KQ22SD2704K

2 3

1

Q1

2SD2704KQ12SD2704K

2 3

1

R3 15kR3 15k

R6 15kR6 15k

D5

D4

DAN217UT106D4DAN217UT106

D3

DAN217UT106D3DAN217UT106

C6

R9

T_P5T_P5

4.7u(3216)C64.7u(3216)

150R9150

C5

AMP_+9V

10u(2012)C510u(2012)

C7

0.1uC70.1u

AMP_+5V

C10

C8

4.7u(3216)C84.7u(3216)

R10

150

R10

150

OUT_MUTE

1

D1

DAN217UT106D1DAN217UT106

23

1

D2

DAN217UT106D2DAN217UT106

23

AMP_+9V

C1

4.7u(3216)C14.7u(3216)

C2

4.7u(3216)C24.7u(3216)

330pC4330p

C4

C3

330pC3330p

R7

R4

R1

220R1220

R2

220R2220

R

L

T_P1T_P1

T_P2T_P2

T_P3T_P3

b1

b2

470R7470

470R4470

47kR547k

R5

R

L

T_P4T_P4

b3

b4

1

23

1

23

AMP_+9V

47kR847k

R8

a1,a2,a3,a4

AMP_+9V

L1

LBC2016T3R3ML1LBC2016T3R3M

1SS355D51SS355

330p

C9

R12

R11

C18

10u(2012)

C18

10u(2012)

C17

1500p

C17

1500p

470p

C16

C15

CE1

3.3u/50V+CE1

3.3u/50V

+

C11

0.1u

C11

0.1u

41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64

L3

L2 LBC2016T3R3ML2 LBC2016T3R3M

C13

470p

C13

470p

C12

1500p

C12

1500p

+

CE2

330pC9330p

47k

T_P6T_P6

R14 470R14 470

C19

10000p(B)

C19

10000p(B)

Q4

Q3

2SC2412KT146Q32SC2412KT146

R13 1kR13 1k

10u(2012)

C20

38

33

36

39

34

37

35

40

NC NC

VREF1

AHVSS

CAPL_A

CAPL_M

AHVSUP

AHVSS

AGNDC

SC2_OUT_L

SC1_OUT_L

SC1_OUT_R

NC

SC4_IN_L SC4_IN_R

ASG

SC3_IN_L SC3_IN_R

ASG

SC2_IN_L SC2_IN_R

ASG

SC1_IN_L SC1_IN_R

IC1

VREFTOP

NC

MONO_IN

MSP3440G-QA-C12

AVSS

AVSS NC NC

AVSUP65ANA_IN1+67ANA_IN-68ANA_IN2+69TESTEN70XTAL_IN71XTAL_OUT72TP73AUD_CL_OUT74NC75NC76D_CTR_I/O_177D_CTR_I/O_078ADR_SEL79STDBYQ

AVSUP

66

LBC2016T3R3ML3LBC2016T3R3M

C14

47000p

C14

47000p

22u/16V+CE2

22u/16V

C22

2SC2412KT146Q42SC2412KT146

R15 1kR15 1k

31

32

30

NC

DACM_SUB

SC2_OUT_R

R161kR16

Y1

18.432MHzY118.432MHz

R18

1k

29

NC

10u(2012)

AMP_+9V

R17 470R17 470

1.8k

27

28

DACM_L

C242pC24

2p

C232pC23

2p

26

VREF2

DACM_R

R19

C26

C25

25

80

18000p

DACA_L

1.8k

AMP_+5V

AMP_+3.3V

1

23

1

23

DACA_R

24

NC

23

NC

22

RESETQ

21

NC

20

NC

19

NC

18

I2S_DA_IN2

17

DVSS

16

DVSS

15

DVSS

14

DVSUP

13

DVSUP

12

DVSUP

11

ADR_CL

10

ADR_WS

9

ADR_DA

8

I2S_DA_IN1

7

I2S_DA_OUT

6

I2S_WS

5

I2S_CL

4

I2C_DA

3

I2C_CL

2

NC

1

AMP_+3.3V

D7

DAN217UT106D7DAN217UT106

D6

DAN217UT106D6DAN217UT106

R23

R22

R21

NA(10k)

R21

NA(10k)

R20

NA(10k)

R20

NA(10k)

AMP_+3.3V

21

AMP_L 2

AMP_R 2

C31

1000p

C31

1000p

C30

1000p

C30

1000p

AMP_+3.3V

C29

220p

C29

220p

+

CE3

22u/16V

C28

470p

C28

470p

C27

1500p

C27

1500p

10k

R25 100R25 100

R26 100R26 100

3

Q5

2SK3018Q52SK3018

1

2

1

R24

NA(4.7k)

R24

NA(4.7k)

Q6

R27

NA(4.7k)

R27

NA(4.7k)

2SK3018Q62SK3018

AMP_+2.5V

3

2

C32 0.1uC32 0.1u

IC2

AMP_+2.5V

R30 33R30 33

8

7

VDD

SDO

SDI1LRI2BCKI3VSS

R29 33R29 33

R28 33R28 33

6

COUNT05COUNT1

NJU26901E2

4

R33 33R33 33

NA

R32NAR32

R31

0

R350R35

NA

10k

R34NAR34

AMP_+3.3V

3

10k

R36

CHAPTER 7. CIRCUIT DIAGRAM & PARTS LAYOUT

CN1

MSP circuit of I/F2 PWB

1. CIRCUIT DIAGRAM

D

LPR6520-G9

123

CN2

LGY6502-0900C

CN2

LGY6502-0900C

C

PN-465U CIR CUIT DIAGRA M & PARTS LAYOUT

7 – 1

87654

MSTR_SCL2

MSTR_SDA2

B

A A

A

87654

RESET34402

2/5AMP circuit of I/F2 PWB

12345678

32

D13

1

AUDIO_9.5V

AMP_+9V

D

AMP_+5V

DAN202UT106

AMP_+9V

AMP_+5V

Q11

DTC114EUAT106

Q11

DTC114EUAT106

R52

10k

R52

10k

Q7

DTC114EUAT106

Q7

DTC114EUAT106

R53

33k

R53

33k

Q10

DTC114EUAT106

Q10

DTC114EUAT106

R37

10k

R37

10k

OUT_MUTE

32

1

32

3

2

Q8

DTA114EUAT106

1

R54

10k

R54

10k

1

T_P9T_P9

T_P8T_P8

AMP_+9V

T_P7T_P7

123456789101112131415

CN3

B

10000p

D11

RB160M-30

D11

RB160M-30

D10

RB160M-30

D10

RB160M-30

D9

RB160M-30D9RB160M-30

RB160M-30D8RB160M-30

AMP_+5V

13

PVSSL030PVSSL131PVSSL232PVSSL333PVSSL4

PVSSR09PVSSR110PVSSR211PVSSR312PVSSR4

PVDDPR7PVDDMR15PVDDPL36PVDDML28VOL026VOL127SLEEPN

C61

0.1u

C61

0.1u

C60

0.1u

C60

0.1u

C59

0.1u

C59

0.1u

C58

0.1u

C58

0.1u

+5V_DVDD

T_P17T_P17

+

T_P16T_P16

B

R5133R51

33

10k

R48

YDA138

AUDIO_9.5V

Q9 RK7002Q9 RK7002

R49 100KR49 100K

R50

470k

R50

470k

C62

0.1u

C62

0.1u

AMP_+5V

10k

R42

1k

R471kR47

37

34

6

HP

MUTEN

17

NA

R46NAR46

10k

R45

R43 0R43 0

R44 NAR44 NA

D12

PTZ10B

D12

PTZ10B

CE4

100u/25V

C

OUT L+1OUT L-2OUT R-3OUT R+

LQR1410-0004FM

4

CN4

TO SPEAKER

L7 BLM31PG121SN1L7 BLM31PG121SN1

L5 BLM31PG121SN1L5 BLM31PG121SN1

C37

0.22u

C37

0.22u

C36

10000p

C36

10000p

L6 B1047AS-100M(DS75LC)L6 B1047AS-100M(DS75LC)

L4 B1047AS-100M(DS75LC)L4 B1047AS-100M(DS75LC)

F2 11CF 2AF2 11CF 2A

F1 11CF 2AF1 11CF 2A

F3 11CF 2AF3 11CF 2A

C35

0.1u

C35

0.1u

1u

C341uC34

+5V_DVDD

C33

0.1u

C33

0.1u

MSTR_SDA 1

T_P11T_P11

AUDIO_9.5VAMP_+5V

MSTR_SCL 1

T_P10T_P10

T_P15T_P15

AMP_+3.3VAMP_+2.5V

T_P14T_P14

T_P13T_P13

RESET3440 1

T_P12T_P12

BM15B-GHS-TBT(LF)(SN)

C39 1uC39 1u

C41 1uC41 1u

35

41

39

4

14

29

8

REFA

OUTPL

OUTML

OUTPR

OUTMR

VREFAL

VREFAR

INL38INR5MODE023MODE124MODE2

DVDD

IC3

GND

25

22

+5V_DVDD

1u

C451uC45

C401uC40

C42

680p

C42

680p

R38

33k

R38

33k

R40

10k

R40

10k

R39

10k

R39

10k

C431uC43

1u

C381uC38

1u

AMP_L

L11 BLM31PG121SN1L11 BLM31PG121SN1

L9 BLM31PG121SN1L9 BLM31PG121SN1

C48

0..22u

C48

0..22u

L10 B1047AS-100M(DS75LC)L10 B1047AS-100M(DS75LC)

L8 B1047AS-100M(DS75LC)L8 B1047AS-100M(DS75LC)

F4 11CF 2AF4 11CF 2A

AUDIO_9.5V

C47

1

21

19

42

18

20

16

40

XI

XO

CKIO

HPOL

HPOR

PROTN

PVDDREG

C44

0.1u

C44

0.1u

C46

680p

C46

680p

R41

33k

R41

33k

AMP_R

AUDIO_9.5V

C56 68pC56 68p

C55 68pC55 68p

C54 68pC54 68p

C53 68pC53 68p

C52 0.33uC52 0.33u

C51 0.33uC51 0.33u

C50 0.33uC50 0.33u

C49 0.33uC49 0.33u

C57

D8

0.1u

2

3

AVSS

DVSS

VSSBGR

A

21

3

87654

B

D

C

B

A A

A

PN-465U CIR CUIT DIAGRA M & PARTS LAYOUT

7 – 2

3/5THERMAL circuit of Temperture PWB

12345678

+5V

B

D

C201

0.1u(1005)

8

7

R209

R210

NA

A25A16A0

IC201

SCL2SDA1OS3GND

33

R201

R202

VCC

DS75S+

4

33

18p

C204

C203

18p

C

SENSOR-2

ADDRESS 1001001

12345

CN203

6

NA(BM06B-GHS-TBT)

B

A

21

3

+5V

R309NAR309

R310NAR310

NA

A25A16A0

IC301

SCL2SDA1OS3GND

33

R30133R301

1

2

3

5

4

NC

+5V

SCL

SDA

GND

CN202

C301

7

8

VCC

DS75S+

4

R302 33R302 33

C304C304

C303C303

18p 18p

0.1u(1005)

BM05B-GHS-TBT

SENSOR-1

ADDRESS 1001000

+5V

R317

R318

NA

A25A16A0

IC302

SCL2SDA1OS3GND

33

R31933R319

C302

0.1u(1005)

8

7

VCC

DS75S+

4

R320 33R320 33

C306C305

SENSOR-3

ADDRESS 1001010

18p 18p

12345

1

2

4

3

+5V

SCL

SDA

GND

CN301

D

BM04B-GHS-TBT

CN303

C

PN-465U CIR CUIT DIAGRA M & PARTS LAYOUT

6

BM06B-GHS-TBT

1

2

4

3

+5V

SCL

SDA

GND

CN304

B

NA(BM04B-GHS-TBT)

CN306

A A

A

6

BM06B-GHS-TBT

87654

7 – 3

D

4/5OPT circuit of Optical PWB

12345678

B

C

B

A

21

3

+2.5V

C4021uC402

1u

C401

0.1u(1005)

C401

0.1u(1005)

CN401

123

+2.5V

10k

R402

4

Vcc

GA1A1S200WP

GND

1

3

Io

GND

2

SM03-GHS-TB

C403

R4011MR401

1M

IC401

0.1u(1005)

87654

B

D

C

PN-465U CIR CUIT DIAGRA M & PARTS LAYOUT

B

A A

A

7 – 4

12345678

5/5KEY circuit of Switch PWB

B

D

C

B

A

21

3

IC501

GND 4

GP1US30

1 Vcc

2 OUT GND 3

C501

22u(2.00x1.25x1.25)

R501 47R501 47

C502

22u(2.00x1.25x1.25)

INPUT

12

34

SW502

SKQGAFE010

SW502

SKQGAFE010

POWER

12

34

SW501

SKQGAFE010

SW501

SKQGAFE010

D501

BRPY1201W

D501

BRPY1201W

43

GREENRED

1 2

1234567

CN501

53780-0770

87654

B

D

C

PN-465U CIR CUIT DIAGRA M & PARTS LAYOUT

B

A A

A

7 – 5

B

D

C

B

A

1/9INPUT circuit of I/F1 PWB

12345678

ANA_SEL4

C104

AVSYNC 4

AHSYNC 4

MAIN_+3.3V

C108

MAIN_+3.3V

C103

0.1u

C103

0.1u

0.01u(B)

0.1u

C107

12

14

13

4Y114A

VCC

4/OE

1/OE11A21Y32/OE42A52Y6GND

IC104

13

14

VCC

1A11Y22A32Y43A53Y6GND

IC103

0.01u(B)

C106

0.01u(B)

C106

0.01u(B)

C105

0.01u(B)

C105

0.01u(B)

A.GND

R121

560

R121

560

C114NAC114

NA

2.2k

R117

MAIN_+5V

C110

0.1u

C110

0.1u

14

12

8

9

13

11

10

V+

QB

/QB

LE B

GND

IN B-

IN B+

QA1/QA2GND3LE A4V-5IN A-6IN A+

IC106

R116

2.2k

R116

2.2k

9

10

3Y83A

3/OE

VS_BNC

HS_BNC

SN74LVC125ADBR

7

4Y84A95Y105A116Y126A

SN74LVC14ADBR

7

VS_DSUB

HS_DSUB

AD8612

7

NA

C113NAC113

R115

560

R115

560

C119

39p

C119

39p

C118

39p

C118

39p

R122

220

R122

220

R120

220

R120

220

R125

10k

R125

10k

R124

10k

R124

10k

VS

HS

RH2

LH2

RNC2

LNC2

CN102

P2472-A

CN102

P2472-A

MAIN_+5V

1 3

2

1 3

2

R_Pr

RH1RGLH1

RNC1

D107

DAN217UT106

D107

DAN217UT106

D106

Pr_BNC 3

C122 NAC122 NA

DAN217UT106

R132 10(D)R132 10(D) R133 22(D)R133 22(D)

G_Y

LNC1

Y_BNC 3

Pb_BNC 3

C124 NAC124 NA

C123 NAC123 NA

C147

PC_BNC_SEL

L :AV

H : ANA

MAIN_+5V

Q105

DTC114EUAT106

Q105

DTC114EUAT106

1

R195

10k

R195

10k

C148

C147

L1090L109

C149

0.1u

C149

0.1u

16

/EN1DGND2INR3AGND4ING5AGND6INB7V-

IC107

R187

100k

R187

100k

R185

100k

R185

100k

R183

100k

R183

100k

MAIN_+5V

2 3

CVBS 3

1

D111

BAV99

D111

BAV99

2 3

1

D110

BAV99

D110

BAV99

2 3

D109

BAV99

D109

BAV99

1

R137 22(D)R137 22(D)

R139 22(D)R139 22(D)

R140

68(D)

R140

68(D)

A.GND

R142

68(D)

R142

68(D)

R141

68(D)

R141

68(D)

R138 10(D)R138 10(D)

R136 10(D)R136 10(D)

B_Pb

CVBS

H2

NC2

H1

NC1

LG

G1

CN103

P2473-A

CN103

P2473-A

CVBS_TH 3

C128

0.1u(B)

C128

0.1u(B)

R164NAR164

NA

MAIN_+5V

D113

DAN217UT106

D113

DAN217UT106

1 3

R150

R149

G2

2

22(D)

A.GND

R152

56(D)

R152

56(D)

22(D)

SV_RET 7

A.GND

C129

0.1u(B)

C129

0.1u(B)

R15520R155

20

A.GND

PC_BNC_SEL 4

3 2

MAIN_+5V

B_BNC 4

G_BNC 4

R_BNC 4

0.1u(B)

C145

0.1u(B)

C145

0.1u(B)

C146

0.1u(B)

C146

0.1u(B)

21

0

L1070L107

0

L1080L108

0

R194NAR194

NA

R192NAR192

R190NAR190

R193 280(D)R193 280(D)

R189 280(D)R189 280(D)

R191 280(D)R191 280(D)

C150

0.1u

C150

0.1u

14

9

13

11

12

10

V-

V+

V+15V+

OUTB

OUTR

OUTG

LT6554

8

R188

33k

R188

33k

R186

33k

R186

33k

R184

33k

R184

33k

21

A.GND

NA

3

D103

DAN217UT106

D103

DAN217UT106

D102

DAN217UT106

D102

DAN217UT106

DDCA_+5V

IC102

MAIN_+5V

C102

0.1u

C102

0.1u

2

13

2

13

32

D101

DAN202UT106

D101

DAN202UT106

A011A02

8

R103

R101

MAIN_+5V

C142

4.7u(3216)

C142

4.7u(3216)

C143

4.7u(3216)

C143

4.7u(3216)

C144

4.7u(3216)

C144

A.GND

MAIN_+5V

4.7u(3216)

BLUE_DSUB 4

C131

0.1u(B)

C131

0.1u(B)

L103

MMZ1608D121B

L103

MMZ1608D121B

R158

75(D)

R158

C130

75(D)

0.1u

A.GND

R156

270

R156

270

Q104

2SA1610

Q104

2SA1610

R16810R168

10

3 1

2

R157

33k

R157

33k

C133

4.7u(3216)

C133

4.7u(3216)

R160

22(D)

R160

22(D)

R1590R159

0

A.GND

R161

15(D)

R161

15(D)

R166

33k

R166

33k

D114

BAV99

D114

BAV99

MAIN_+5V

2 3

1

A.GND

R163

75(D)

R163

75(D)

87654

2

4

AO33AO4

M62334

GND5SDA6SCL7VCC

R104 0R104 0

R102 0R102 0

I2C_5V_SCL4,6

I2C_5V_SDA4,6

VGA0_SDA 4

10k

1

R105 100R105 100

MAIN_+5V

C109

0.1u

C109

0.1u

VGA0_SCL 4

DDCA_+5V

4

5

VCC

OUTY

NC1INA2GND

R162 NAR162 NA

IC108

TC7SET17

IC108

TC7SET17

3

R106 100R106 100

R111

12

11

13

14

QB

/QB

LE B

GND

QA1/QA2GND3LE A4V-5IN A-6IN A+

IC105

R110

2.2k

R110

2.2k

C111NAC111

NA

R109

560

R109

560

C132

0.1u(1005)

C132

0.1u(1005)

DDCA_+5V

C112NAC112

2.2k

NA

10

V+

C101 0.1u(1005)C101 0.1u(1005)

8

9

IN B-

7

R107

10k

R107

10k

8

IC101

R114

560

R114

560

IN B+

AD8612

DDC_W 2,4

Q101

DTC115EUAT106

Q101

DTC115EUAT106

1

3 2

6

7

WP

SCL

VCC

A01A12A33GND

D104

MAIN_+5V

5

SDA

BR24L02F-WE2

4

2

DAN217UT106

13

2

13

R1080R108

D105

0

R112

220

R112

220

DAN217UT106

C116

39p

C116

39p

C115

39p

C115

39p

R113

220

R113

220

R119

10k

R119

10k

R118

10k

R118

10k

L101

MMZ1608D121B

L101

MMZ1608D121B

C117

0.1u

C117

0.1u

A.GND

MAIN_+5V

R123

270

R123

270

R126

162738495

S1S2

CN101

10

1112131415

33k

C121

RED_DSUB 4

4.7u(3216)

R129

R1280R128

C120

0.1u(B)

C120

0.1u(B)

R127

75(D)

R127

75(D)

Q102

2

22(D)

0

T_P102T_P102

2SA1610

3 1

R130

15(D)

R130

15(D)

D108

BAV99

D108

BAV99

R131

75(D)

R131

75(D)

A.GND

KHEY-15S-1A3F343

T_P101T_P101

GREEN_DSUB 4

C126

0.1u(B)

C126

0.1u(B)

L102

MMZ1608D121B

L102

MMZ1608D121B

R145

75(D)

R145

75(D)

C125

0.1u

C125

0.1u

A.GND

R143

270

R143

270

R15410R154

10

Q103

2SA1610

Q103

2SA1610

MAIN_+5V

A.GND

R13510R135

10

R134

33k

R134

33k

MAIN_+5V

2 3

1

A.GND

3 1

2

R148

15(D)

R148

15(D)

R153

33k

R153

C127

4.7u(3216)

R147

22(D)

R147

22(D)

R1460R146

0

33k

D112

BAV99

D112

BAV99

MAIN_+5V

2 3

1

A.GND

R151

75(D)

R151

75(D)

R144

33k

R144

33k

B

D

C

B

A A

A

PN-465U CIR CUIT DIAGRA M & PARTS LAYOUT

7 – 6

B

D

C

B

A

IC202

MAIN_+3.3V

C223NAC223

NA

C224

C203

+

CE201

47u/25V+CE201

47u/25V

L : High

HPD 4

DTC114EUAT106

3 2

5

VDD

D1CLK2GND

C205

0.01u(B)

C205

0.01u(B)

4.7u(3216)

C204

0.01u(B)

C204

0.01u(B)

0.1u(1005)

1

CTL3 4

4

/Q

3

IC207NAIC207

2/9DVI-INPUT circuit of I/F1 PWB

12345678

MAIN_+3.3V

C202

0.1u

C202

0.1u

C201

10u(2012)

C201

10u(2012)

L201

BLM18PG221SN1D

L201

BLM18PG221SN1D

MAIN_+3.3V

H : Low

Q204

SN74LVC1G80DBVR

R235NAR235

NA

5

4

VCC

VOUT

ER1SUB2GND

3

T_P203T_P203

DVI_VS 3,4

DVI_DE 3,4

DVI_HS 3,4

DVI_DCLK 3,4

R236 NAR236 NA

MAIN_+3.3V

R203 33R203 33

R202 33R202 33

R204 33R204 33

R201 33R201 33

NA

R247 10kR247 10k

C208 0.01u(B)C208 0.01u(B)

C210 0.01u(B)C210 0.01u(B)

48

50

47

QO049QO1

QO2

51

QO3

HSYNC

52

QO4

53

QO5

54

QO6

55

QO7

56

OVDD

57

OGND

58

QO8

59

QO9

60

QO10

61

QO11

62

QO12

63

QO13

64

QO14

65

QO15

66

CAP

67

DGND

68

QO16

69

QO17

70

QO18

71

QO19

72

QO20

73

QO21

74

QO22

75

OGND76QO2377OVDD78AGND79RX2+80RX2-81AVDD82RX1+83RX1-84AVDD85RX0+86RX0-87AVDD88RXC+89RXC-90AVDD91DDC_SCL92DDC_SDA93DDC_SA94RCL95RDA96PVDD197PGND98PVDD299OCK_INV

C206

10u(2012)

C206

10u(2012)

L202

BLM18PG221SN1D

L202

BLM18PG221SN1D

C207

0.01u(B)

C207

0.01u(B)

T_P204T_P204

46

VSYNC

37

42

45

38

44

41

39

DE

CTL140CTL2

RSVD

DVDD

OVDD43ODCK

DGND

OGND

IC201

TFP503

IC201

TFP503

C209

100p

C209

100p

C211

100p

C211

100p

C212

100p

C212

100p

28

29

QE1630QE1731QE1832QE1933QE2034QE2135QE2236QE23

OVDD

OGND

C213

C214

0.01u(B)

C214

0.01u(B)

27

QE13

QE1426QE15

QE12 QE11 QE10 QE9 QE8 OGND OVDD QE7 QE6 QE5 QE4 QE3 QE2 QE1 QE0 /PDO SCDT /STAG DVDD DGND PIXS ST /PD DFO

100

C215 10u(2012)C215 10u(2012)

100p

L204

BLM18PG221SN1D

L204

BLM18PG221SN1D

DDC_W 1,4

OPORTA[23:0] 3,4

BR201

33*4

BR201

33*4

BR202

33*4

BR202

33*4

BR203

33*4

BR203

33*4

BR205

33*4

BR205

33*4

BR206

33*4

BR206

33*4

BR204

33*4

BR204

33*4

OPORTA23

OPORTA22

OPORTA20

OPORTA21

OPORTA18

OPORTA19

OPORTA16

OPORTA17

OPORTA14

OPORTA15

OPORTA12

OPORTA13

OPORTA10

OPORTA11

OPORTA8

OPORTA9

OPORTA6

OPORTA7

OPORTA4

OPORTA5

OPORTA2

OPORTA3

OPORTA0

OPORTA1

R0R1R2R3R4R5R6

R7

G7

C217

0.01u(B)

C217

0.01u(B)

25 24 23 22 21 20 19 18 17 16 15 14 13 12 11

10 9 8 7 6 5 4 3 2 1

C216

0.01u(B)

C216

0.01u(B)

NA

R244NAR244

R241

10k

R241

10k

R239

10k

R239

10k

R214

10k

R214

10k

R213NAR213

NA

MAIN_+5V

2 3

1

D208NAD208

NA

2 3

1

D207NAD207

NA

2 3

1

D206NAD206

NA

2 3

1

D205NAD205

NA

2 3

1

D204NAD204

NA

2 3

1

D203NAD203

NA

2 3

1

D202NAD202

NA

2 3

1

D201NAD201

NA

B0B1B2B3B4B5B6B7G0G1G2G3G4G5G6

RX_SCDT 4

MAIN_+3.3V

DDCD_+5V

R218 33R218 33

DVI_SCL 4

R2090R209

0

R240NAR240

NA

MAIN_+3.3V

R217NAR217

NA

R216

10k

R216

10k

R215

10k

R215

10k

R220

DDCD_+5V

AV

C218 0.1uC218 0.1u

DDC_SEL : L:AV H:PC

DDC_SEL 4

1

Q207

2SK3018

Q207

2SK3018

2

3

R219

10k

R219

10k

DVI_SDA 4

4.7k

R237

1

2

3

Q205

2SK3018

Q205

2SK3018

DDCD_+5V

IC206

Q202

DTC115EUAT106

Q202

DTC115EUAT106

3 2

10k

7

8

WP

VCC

IC204

A01A12A23GND

IC203

SN74LV4053APWR

IC203

SN74LV4053APWR

MAIN_+3.3V

C222

0.1u(1005)

C222

0.1u(1005)

5

VCC

NC1INA2GND

DDCD_+5V

1

6

5

SCL

SDA

4

8

6

INH

GND7GND

9

4.7k

R238

2

4

OUTY

TC7SET17

3

2

13

2

13

D209

DAN217UT106

BR24L02F-WE2

4

5

3Y0

3-COM

1

Q206

3

R222

10k

R222

10k

R221

10k

R221

10k

D210

DAN217UT106

D210

DAN217UT106

AV_SCL

2SK3018

R228 0R228 0

R234 NAR234 NA

R223 100R223 100

21

R2330R233

0

R2320R232

0

DDCD_+5V

PC_SDA

AV_SDA

3

2Y112Y023Y1

VCC162-COM151-COM141Y1131Y012A11B10C

PC_SCL

C220 0.1uC220 0.1u

7

8

VCC

A01A12A23GND

IC205

6

5

WP

SCL

SDA

BR24L02F-WE2

PC

3

4

3

SEL : H:PC L:AV

C219

0.1u

C219

0.1u

DDCD_+5V

C221

0.1u

C221

0.1u

R227

10k

R227

10k

R226

100

R226

100

R245 10kR245 10k

R246 10kR246 10k

R242 NAR242 NA

MAIN_+3.3V

R229 0R229 0

R224 100R224 100

R243 NAR243 NA

DVI_IN_PD4

MSTR0_SDA3,4

MSTR0_SCL3,4

R231NAR231

NA

R230NAR230

NA

3 2

DDCD_+5V

T_P202T_P202

87654

B

A A

A

1

R2121kR212

1k

2

5

10

13

18

6

3

11

1

4

9

7

8

A V

TX2-

TX4-

TX1-

GND

TX2+

TX4+

TX1+

DCLK

DDATA

CN201

D

21

23

14

16

15

19

22

VDD

GND

HPDETECT

24

17

20

TX0-

TX5-

GND

TXC-

TX0+

TX5+

TXC+

74320-4004

C

12

TX3-

GND

TX3+

T_P201T_P201

MAIN_+5V

D211

DAN202UT106

PN-465U CIR CUIT DIAGRA M & PARTS LAYOUT

7 – 7

3/9OUTPUT circuit of I/F1 PWB

12345678

F301

11CT 1A

F301

11CT 1A

MAIN_+5V

R7

OPORTA23

OPORTA22

OPORTA21

OPORTA20

OPORTA19

OPORTA18

OPORTA17

OPORTA16

D

OPORTA15

OPORTA14

C301

0.01u(B)

C301

0.01u(B)

G4G5G6G7R0R1R2R3R4R5R6

OPORTA13

OPORTA12

CN301

TX2-1TX2+2GND3TX4-4TX4+5DCLK6DDATA7A V8TX1-9TX1+10GND11TX3-12TX3+13VDD14GND15HPDETECT16TX0-17TX0+18GND19TX5-20TX5+21GND22TXC+23TXC-

CE301

47u/25V+CE301

47u/25V

+

MAIN_+3.3V

C303

100p

C303

C302

10u(2012)

100p

DVDD

33 34 35 36 37 38 39 40 41 42 43 44 45 46 47

DGND

48

32

TGND

DATA23 DATA22 DATA21 DATA20 DATA19 DATA18 DATA17 DATA16 DATA15 DATA14 DATA13 DATA12

NC49DATA1150DATA1051DATA952DATA853DATA754DATA655IDCK-56IDCK+57DATA558DATA459DATA360DATA261DATA162DATA063DGND

L301

BLM18PG221SN1D

L301

BLM18PG221SN1D

31

30

TX2-

TX2+

RESERVED RESERVED

G3

OPORTA11

OPORTA10

29

28

TX1+

TVDD

OPORTA9

OPORTA8

B

2SK3018

B

MAIN_+5V

2 3

1

D311

BAV99

D311

BAV99

2 3

1

D310

BAV99

D310

BAV99

2 3

1

D309

BAV99

D309

BAV99

3

1

R325NAR325

NA

R324NAR324

NA

R323NAR323

NA

R322

100k

R322

100k

1 2

D312

HZU3.3B2

D312

HZU3.3B2

R320NAR320

NA

R3210R321

0

R319NAR319

NA

R318NAR318

NA

VIDEO_+5V

C316

10u(2012)

C316

10u(2012)

R316NAR316

NA

R330NAR330

VIDEO_+5VVIDEO_+5V

NA

R331NAR331

NA

R329NAR329

VIDEO_+5V

R314NAR314

NA

VIDEO_+5VVIDEO_+5V VIDEO_+5V VIDEO_+5V

NA

R328NAR328

NA

R327NAR327

NA

R326NAR326

VIDEO_+5V

R338NAR338

NA

A.GND

C315

0.1u

C315

0.1u

C314

0.1u

C314

0.1u

C313

0.1u

C313

0.1u

C312

0.1u

C312

0.1u

330k

R337

330k

R336

R335NAR335

NA

330k

R334

330k

R333

R332

220k

R332

220k

A_RET 4

B_RET 4

C318

0.1u(B)

C318

0.1u(B)

C317

0.1u(B)

C317

0.1u(B)

C319

R34420R344

R34120R341

20

R34020R340

20

D_SEL 4

Q302

DTC115EUAT106

Q302

DTC115EUAT106

1

3 2

R355

10k

R355

10k

R3390R339

0

A.GND

28

24

22

23

26

25

27

NC

RINA

RINB

VCC4

GSR1

SYNCIN

MUXSEL

IC302

GINA1GSG12GINB3NC4BINA5GSB16BINB7NC8DISABLE9GND310BOUT11VCC312GND213GOUT

A.GND A.GND

T_P301T_P301

A.GND A.GND A.GND

A.GND

0.1u(B)

20

21

C_RET 4

VFC_PWM 4

C320

0.1u(B)

C320

0.1u(B)

R34520R345

20

R343 47kR343 47k

R342 47kR342 47k

18

17

19

20

VFC

RFC

VCC1

GND4

C

74320-4004

24

MAIN_+5V

2 3

1

D308NAD308

NA

2 3

1

D307NAD307

NA

2 3

1

D306NAD306

NA

2 3

1

D305NAD305

NA

2 3

1

D304NAD304

NA

2 3

1

D303NAD303

NA

2 3

1

D302NAD302

NA

2 3

1

D301NAD301

NA

C304 100pC304 100p

R302

510(D)

R302

510(D)

C305

100p

C305

100p

21

17

20

26

19

23

22

25

24

27

18

TX0-

TX1-

TXC-

TX0+

TXC+

TVDD

PVDD

TGND

PGND

TFADJ

DGND BSEL/SCL DSEL/SDA ISEL//RST DVDD MSEN /PD EDGE/HTPLG

9

RCL

8

RDA

IC301

TFP513

IC301

OPORTA7

OPORTA6

TFP513

OPORTA5

OPORTA4

B0B1B2B3B4B5B6B7G0G1G2

64

OPORTA3

OPORTA2

OPORTA1

OPORTA0

DK3 VSYNC HSYNC VREF DE DVDD

7 6 5 4 3 2 1

L304

16 15 14 13 12 11 10

MLF1608D47NM

L302

BLM18PG221SN1D

L302

BLM18PG221SN1D

R3030R303

0

L303

BLM18PG221SN1D

L303

BLM18PG221SN1D

C311

10u(2012)

C310

C309

10u(2012)

0.01u(B)

C307

MAIN_+3.3V

R310NAR310

0.01u(B)

BR307 33*4BR307 33*4

R362

10k

R362

10k

R361

10k

R361

10k

2

3

2

Q304

MAIN_+3.3V

R311NAR311

NA

R309NAR309

NA

R308NAR308

NA

R306

4.7k

R306

4.7k

R305

4.7k

R305

4.7k

R363

4.7k

R363

4.7k

C308

100p

C308

100p

R358 NAR358 NA

R356 2.2kR356 2.2k

R357 2.2kR357 2.2k

MAIN_+3.3V MAIN_+5V

Q304

1

Q303

2SK3018

R360 1kR360 1k

R312

2.2k

R312

2.2k

R307

10k

R307

10k

R3150R315

0

R313 0R313 0

R359 NAR359 NA

MSTR0_SCL2,4

MSTR0_SDA2,4

MSTR2_SCL4

MSTR2_SDA4

DVI_TX_RST4

A

21

CVBS_O 4

A.GND

C324

0.1u(B)

C324

0.1u(B)

Pr_IN 4

R346NAR346

15

16

VCC2

GND1

ROUT

14

NA

GND GND

R354 NAR354 NA

CVBS_TH1

R347

1.6k(D)

R347

1.6k(D)

C321

33p

C321

33p

SM5301CS-G

30 29

R348 20R348 20

A.GND

C325

C323

C322

0.1u(B)

R349 20R349 20

2.2u(3216)

A.GND

Y_IN 4

Pb_IN 4

3

A.GND

BNC_SEL 4

3 2

BNC_SEL

H :AV

L: ANA

Q301

DTC114EUAT106

Q301

DTC114EUAT106

1

3

C326

0.1u(B)

C326

0.1u(B)

R350 20R350 20

NA

R351NAR351

R352 NAR352 NA

VIDEO_+5V

R353 10kR353 10k

T_P303T_P303

DVI_HS2,4

DVI_VS2,4

OPORTA[23:0]2,4

D

DVI_DCLK2,4

C

DVI_DE2,4

DVI_PD4

Y_BNC1

Pb_BNC1

CVBS1

B

Pr_BNC1

A A

A

87654

PN-465U CIR CUIT DIAGRA M & PARTS LAYOUT

7 – 8

D

FSDATA[31:0] 5

4/9Scaler circuit of I/F1 PWB

12345678

ADC2_+3.3V

ADC1_+3.3V

PLL_+3.3V

PLL_+1.8V

ADC_+1.8V

LVDS_+3.3VI/O_+3.3V

LVDS_PLL_+3.3V

0.1u

C416

C415

0.1u

C415

0.1u

FSVREF

GMAIN_+2.5V

LBADC_+3.3V

CORE_+1.8V

IC401

AD7

AD6

AD5

AD4

AD3

D26

C25 A14

AC5 AC4 AB4

M26 J26 H26 E26

H24

C9 C19

D23 D22 D20 D18 D17 D15 D14 D13 D12 D11 D10 D8 D7 D6 D4

AC9

M23 P23 T23 V23 Y23 AB23 AC22 AC18 AC16 AC14 L4 K4 J4 H4 G4 F4 E4

U17 U16 U11 U10 T17 T16 T11 L16 L11 K17 K16 K11 K10

ADC2_3.3

ADC1_3.3

RPLL_33

RPLL_1.8

VDD18_DLL

ADC_1.8 ADC_1.8 ADC_1.8

LVDS_3.3 LVDS_3.3 LVDS_3.3 LVDS_3.3

FSVREF FSVREF

DDR_2.5 DDR_2.5 DDR_2.5 DDR_2.5 DDR_2.5 DDR_2.5 DDR_2.5 DDR_2.5 DDR_2.5 DDR_2.5 DDR_2.5 DDR_2.5 DDR_2.5 DDR_2.5 DDR_2.5

LBACD-3.3

IO_3.3 IO_3.3 IO_3.3 IO_3.3 IO_3.3 IO_3.3 IO_3.3 IO_3.3 IO_3.3 IO_3.3 IO_3.3 IO_3.3 IO_3.3 IO_3.3 IO_3.3 IO_3.3 IO_3.3

CORE_1.8 CORE_1.8 CORE_1.8 CORE_1.8 CORE_1.8 CORE_1.8 CORE_1.8 CORE_1.8 CORE_1.8 CORE_1.8 CORE_1.8 CORE_1.8 CORE_1.8

A1P

A2P

A3P

AN2

AF1

AF4

AF7

AB1

BR401

33*4

BR401

33*4

BR402

FSDATA3

FSDATA2

FSDATA0

FSDATA4

FSDATA1

FSDATA5

FSDATA0B4FSDATA1A4FSDATA2B5FSDATA3A5FSDATA4B7FSDATA5A7FSDATA6B8FSDATA7A8FSDATA8B9FSDATA9

LVDS_PLL_3.3

AN

B2P

B3P

B1P

AE2

AE5

AE8

AD1

AC2

B

33*4

OCMADDR12

OCMADDR13

AE17

AD17

OCMADDR14

OCMADDR13

BR423

OCMADDR11

OCMADDR10

AC17

AF18

OCMADDR11

OCMADDR12

XTAL

B26

C26

33*4

OCMADDR9

OCMADDR8

AD18

AE18

OCMADDR9

OCMADDR10

TCLK

OCMADDR7

AF19

OCMADDR8

OCMADDR7

V24

BR424

33*4

BR424

33*4

OCMADDR6

OCMADDR5

OCMADDR4

OCMADDR3

AD19

AC19

AF20

AE19

OCMADDR5

OCMADDR4

OCMADDR6

PWM2/GPIO_31

PWM1/GPIO_30

U24

U23

AB24

BR425

33*4

BR425

33*4

OCMADDR2

OCMADDR1

AD20

AE20

OCMADDR1

OCMADDR2

OCMADDR3

IR0/GPIO_28

LBADC_IN6

AE11

B

OCMADDR0

AF21

OCMADDR0

LBADC_IN5

AF11

LBADC_IN4

LBADC_IN3

AC10

AD10

OCMDATA15

AE21

AE10

BR426

33*4

BR426

33*4

BR427

33*4

BR427

33*4

OCMDATA9

OCMDATA10

OCMDATA11

OCMDATA12

OCMDATA13

OCMDATA14

AF23

AD21

AC21

AF22

AE22

AD22

OCMDATA9/GPIO_6(1)

OCMDATA15/GPIO_6(7)

OCMDATA14/GPIO_6(6)

OCMDATA13/GPIO_6(5)

OCMDATA12/GPIO_6(4)

OCMDATA11/GPIO_6(3)

OCMDATA10/GPIO_6(2)

LBADC_IN2

LBADC_IN1

LBADC_RETURN

OCM_UDO_0/GPIO_7

OCM_UDI_0/GPIO_8

W26

W25

AF10

AD11

BR428

33*4

BR428

33*4

OCMDATA3

OCMDATA4

OCMDATA5

OCMDATA6

OCMDATA7

OCMDATA8

AE23

AD23

AC23

AF24

AF25

AF26

OCMDATA7

OCMDATA6

OCMDATA5

OCMDATA4

OCMDATA3

OCMDATA8/GPIO_6(0)

OCM_UDO_1/GPIO_10B2OCM_UDI_1/GPIO_11B3/RESETn

MSTR0_SDA/GPIO_32

AD9

AA23

/OCM_RE 5,7

/OCM_WE 5,7

OCMDATA[15:0] 5,7

BR429

33*4

BR429

33*4

OCMDATA0

OCMDATA1

OCMDATA2

BR431

33*4

BR431

33*4

AC25

AC26

AE24

AE25

AE26

/OCM_REn

/OCM_WEn

OCMDATA2

OCMDATA1

OCMDATA0

MSTR0_SCL/GPIO_33

MSTR1_SCL/GPIO_35

MSTR1_SDA/GPIO_34A2MSTR2_SCL/GPIO_37

MSTR2_SDA/GPIO_36

VGA0_SCL/GPIO_39

VGA0_SDAGPIO_38

A3

AA24

AB26

AB25

AA26

AA25

/ROM_CSN 5

/OCM_CS0 5

/OCM_CS1 5

/OCM_CS2 7

T_P434T_P434

UPDATE 7

UART_TXRDY2 7

UART_TXRDY1 7

UART_MF1 7

UART_MF2 7

MAIN_+3.3V

R441 33R441 33

R439 10kR439 10k

R433 33R433 33

R435 33R435 33

AD25

AD24

T24

T25

T26

R23

R24

R25

AC20

AD26

AC24

U25

GPIO_42

GPIO_43

GPIO_44

GPIO_45

GPIO_46

GPIO_47

/ROM_CSn

JTAG_BS_EN

/OCM_CS1n/GPIO_3

/OCM_CS2n/GPIO_4

/OCM_CS0n/XROM_STATUS/GPIO_2

VGA1_SDA/GPIO_40

VGA1_SCL/GPIO_41

AVS_IN_SCL/JTAG_OCM_CLK/GPIO_7(4)

AVS_IN_WORD_SEL/JTAG_OCM_MODE/GPIO_7(5)

AVS_IN_DATA/JTAG_OCM_TDI/GPIO_7(3)

AVS_OUT_DATA/GPIO_7(0)

AVS_OUT_SCL/JTAG_TDO/GPIO_7(1)

AVS_OUT_WORD_SEL/JTAG_OCM_RESET/GPIO_7(2)

OCM_TIMER1/PWW3/GPIO_9

OCM_INT2/GPIO_5

OCM_INT1/GPIO_6

Y25

Y26

Y24

V26

W24

W23

AF14

AE13

AE14

AD12

AC12

AD14

LCD_ON 6

BL_EN 6

U26

PBIAS

PPWR

N/C

SLAVE_SCL/GPIO_12

SLAVE_SDA/GPIO_25

N/C

A1

V25

D25

AA1

C

FSADDR[12:0] 5

BR407

33*4

BR407

33*4

BR409

33*4

FSDATA22

B19

FSDATA21

FSDATA22

FSDATA23

A19

AC7

FSDATA24

B20

FSDATA23

VOUT2

FSDATA27

FSDATA26

FSDATA25

A20

B21

A21

FSDATA24

FSDATA25

FSDATA26

AIP_RAW_HS_CS

AIP_RAW_VS

AF12

AE12

BR408

33*4

BR408

33*4

FSDATA28

FSDATA29

FSDATA30

FSDATA31

B23

A23

B24

A24

FSDATA27

FSDATA28

FSDATA29

FSDATA30

FSDATA31

ADATA0/GPIO_0(0)

EXT_OSD_VS/GPIO_8(0)

EXT_OSD_HS/GPIO_8(1)

EX_OSD_CLK/GPIO_8(2)

P3

AF13

AD13

AC13

BR409

FSADDR0

FSADDR1

C18

FSADDR0

ADATA1/GPIO_0(1)P2ADATA2/GPIO_0(2)

P1

BR403

33*4

BR403

33*4

BR406

BR405

33*4

BR405

33*4

BR404

33*4

BR404

33*4

FSDATA7

FSDATA9

FSDATA19

FSDATA15

FSDATA8

FSDATA13

FSDATA18

FSDATA6

BN2

AF3

FSDATA20

FSDATA16

FSDATA11

FSDATA21

FSDATA12

FSDATA14

FSDATA10

FSDATA17

B10

A10

B12

A12

B13

A13

B15

A15

B16

A16

B18

A18

A9

FSDATA10

FSDATA11

FSDATA12

FSDATA13

FSDATA14

FSDATA15

FSDATA16

FSDATA17

FSDATA18

FSDATA19

FSDATA20

BN

C1P

C2P

C3P

SV1P

SV2P

SV3P

SV4P

SVN

CN2

AF2

AF5CNAF6

AF9

AF8

AB2

AE1

AE4

AE7

AC1

BR410

33*4

BR410

33*4

FSADDR5

FSADDR2

FSADDR3

FSADDR6

FSADDR4

C17

C16

C15

C13

C10

FSADDR1

FSADDR2

FSADDR3

FSADDR4

FSADDR5

ADATA3/GPIO_0(3)R4ADATA4/GPIO_0(4)

ADATA5/GPIO_0(5)

ADATA7/GPIO_0(7)T4ADATA9/GPIO_1(1)T2ADATA10/GPIO_1(2)

ADATA6/GPIO_0(6)

R3

R2

R1

BR411

33*4

BR411

33*4

FSADDR7

FSADDR10

FSADDR8

FSADDR9

C12

D16

FSADDR6C8FSADDR7C7FSADDR8C6FSADDR9

ADATA8/GPIO_1(0)

T3

T1

U4

FSCLK+ 5

R407 33R407 33

FSADDR11

FSADDR12

C14

C11

FSCLKpD5FSCLKn

FSADDR10

FSADDR11

FSADDR12

ADATA12/GPIO_1(4)U3ADATA13/GPIO_1(5)U2ADATA14/GPIO_1(6)U1ADATA15/GPIO_1(7)

ADATA11/GPIO_1(3)

V4

FSCLK- 5

/FSCS0 5

FSDQS[3:0] 5

FSDQM[3:0] 5

/FSWE 5

/FSCAS 5

/FSRAS 5

FSCKE 5

FSBKSEL0 5

FSBKSEL1 5

TXA3- 6

TXA3+ 6

TXAC- 6

TXAC+ 6

TXA2- 6

TXB3+ 6

TXBC- 6

TXBC+ 6

TXB2- 6

TXB2+ 6

TXB1- 6

TXB1+ 6

TXB0- 6

TXBC+

TXBC-

TXB2+

TXB1+

TXB1-

TXB2-

TXB0-

K26

J24

L25

K23

K25

K24

L26

CH2P_LV_E/PD6(EBLU6)

CH2N_LV_E/PD7(EBLU7)

CLKP_LVE/PD4(EBULU4)

CH1P_LV_E/PD8(EGRN0)

CH1N_LV_E/PD9(EGRN1)

CH0P_LV_E/PD10(EGRN2)

CH0N_LV_E/PD11(EGRN3)

CH4N_LV_O/PD13(EGRN5)

IPCLK0N1IPCLK1P4IPCLK2/GPIO_14M4IPCLK3/GPIO_15

BDATA1/GPIO_3(1)

L1

B1

C3

TXA2+ 6

TXB0+ 6

TXB0+

TXA3+

TXA3-

TXAC+

TXA2+

TXA2-

TXAC-

F24

G24

G26

F23

G25

J23

G23

CLKP_LV_O/PD16(ERED0)

CLKN_LV_O/PD17(ERED1)

CH2P_LV_O/PD18(ERED2)

CH2N_LV_O/PD19(ERED3)

CH4P_LV_O/PD12(EGRN4)

CH3P_LV_O/PD14(EGRN6)

CH3N_LV_O/PD15(EGRN7)

TXB3- 6

BR413

33*4

BR413

33*4

BR412

33*4

BR412

33*4

T_P411T_P411

FSDQM2

FSDQS0

FSDQM1

FSDQM0

FSDQS2

FSDQS1

FSDQS3

FSDQM3

BR414

33*4

BR414

33*4

R412 33R412 33

R411 33R411 33

TXB3-

TXB3+

L23

L24

C21

C20

A17

A22

B11

D24

C24

D21

C5

ADATA16/GPIO_2(0)V3ADATA17/GPIO_2(1)V2ADATA18/GPIO_2(2)V1ADATA19/GPIO_2(3)W4ADATA20/GPIO_2(4)W3ADATA21/GPIO_2(5)W2ADATA22/GPIO_2(6)W1ADATA23/GPIO_2(7)Y4DIP_AODD/GPIO_26

C4

C22

B22

B17

A11

A6

C23

FSWE

FSCS0

FSCS1

FSCAS

FSRAS

FSCKE

FSDQS2

FSDQS3

FSDQS0B6FSDQS1

FSDQM3

FSDQM2

FSDQM1

FSDQM0

FSBKSEL0

FSBKSEL1

CLKN_LV_E/PD5(EBULU5)

DIP_EXT_COAST/GPIO_24

DIP_CLEAN_HS_OUT/GPIO_22M1BDATA0/GPIO_3(0)

DIP_EXP_CLAMP/GPIO_23

DIP_RAW_HS_CSN2BDATA3/GPIO_3(3)C1BDATA4/GPIO_3(4)D3BDATA5/GPIO_3(5)D2BDATA6/GPIO_3(6)D1BDATA9/GPIO_4(1)

AVS/GPIO_16Y1AHS/GPIO_17Y2AHREF_DE/GPIO_18Y3BDATA2/GPIO_3(2)C2BDATA7/GPIO_3(7)E3BDATA22/GPIO_5(6)K3PWM0/GPIO_29

N3

M3

M2

TXA1- 6

TXA1+ 6

TXA0- 6

TXA0+ 6

KEY[1:0] 6

KEY0

KEY1

T_P428T_P428

T_P431T_P431

T_P426T_P426

T_P430T_P430

TXA1+

TXA0+

TXA0-

TXA1-

E24

N23

N25

F26

F25

E23

P24

N24

N26

P25

DCLK/GPIO_9(4)

CH4P_LV_E/PD0(EBLU0)

CH3P_LV_E/PD2(EBLU2)

CH4N_LV_E/PD1(EBLU1)

CH3N_LV_E/PD3(EBLU3)

CH1_LV_O/PD21(ERED5)

CH1P_LV_O/PD20(ERED4)

CH0P_LV_O/PD22(ERED6)

CH0N_LV_O/PD23(ERED7)

BDATA15/GPIO_4(7)G1BDATA16/GPIO_5(0)H3BDATA17/GPIO_5(1)H2BDATA18/GPIO_5(2)H1BDATA19/GPIO_5(3)J3BDATA20/GPIO_5(4)J2BDATA21/GPIO_5(5)J1DIP_BODD/GPIO_27

BDATA8/GPIO_4(0)

BDATA10/GPIO_4(2)

BDATA12/GPIO_4(4)F1BDATA14/GPIO_4(6)

BDATA13/GPIO_4(5)

BDATA11/GPIO_4(3)

F3

F2

E1

E2

G2

G3

OCMADDR[21:0] 5,7

LED1 6

LED2 6

R26

P26

DVS/GPIO_9(6)

DHS/GPIO_9(5)

DEN/GPIO_9(7)

BR421

33*4

BR421

33*4

OCMADDR19

OCMADDR18

OCMADDR17

OCMADDR16

OCMADDR20

OCMADDR21

R415 33R415 33

R414 33R414 33

AE15

AF15

AD15

AF16

AC15

OCMADDR17

OCMADDR18

OCMADDR20/GPIO_0

OCMADDR21/GPIO_1

OCMADDR19/GPIO_13

BVS/GPIO_19L2BHS/GPIO_20L3BHREF_DE/GPIO_21

BDATA23/GPIO_5(7)

K2

OCMADDR15

AE16

AD16

OCMADDR16

OCMADDR15

K1

BR422

OCMADDR14

AF17

N4

FSVREFVSS FSVREFVSS

RPLL_DGND RPLL_AGND RPLL_AGND

VSSA18_DLL

LBADC_GND

AGND_ADC AGND_ADC AGND_ADC AGND_ADC AGND_ADC AGND_ADC AGND_ADC AGND_ADC AGND_ADC

LVDS_PLL_GND

LVDS_GND LVDS_GND LVDS_GND LVDS_GND LVDS_GND

D_GND_ADC D_GND_ADC D_GND_ADC

D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND D_GND

D9

D19

B25 A26 A25

B14

AC11

AE9 AE6 AE3 AD8 AC8 AC6 AD2 AC3 AB3

H23

M25

J25

H25 E25 M24

AA4 AA3 AA2

R17 P17 N17 M17

L17

R16 P16 N16 M16 U15 T15 R15 P15 N15 M15

L15

K15 U14 T14 R14 P14 N14 M14

L14

K14 U13 T13 R13 P13 N13 M13

L13

K13 U12 T12 R12 P12 N12 M12

L12

K12 R11 P11 N11 M11 T10 R10 P10 N10 M10

L10

DDC_SEL : L : PC

DDC_W : L : PROTECT

RESET3440 : L : RESET

MAIN_+3.3V

BR438

NA

MAIN_+3.3V

BR436NABR436

NA

MAIN_+3.3V

C476 0.1u(1005)C476 0.1u(1005)

FLI8638

R444NAR444

MAIN_+3.3V

BR434NABR434

NA

A

BR443

33*4

BR443

33*4

BR441

33*4

BR441

33*4

FAN_ON : L : OFF

FAN_SPDH : L : LOW SPEED

D_SEL : L : YPBPR H : COMPOSITE

AMP_MUTE : L

/ROM_WP : H : WRITE

D_SEL 3

/ROM_WP 5

FAN_SPDH 6

AMP_MUTE 6

RESET3440 6

FAN_ON 6

DDC_SEL 2

MSTR0_SDA

MSTR0_SCL

DDC_W 1,2

R457NAR457

NA

R456NAR456

NA

BR439NABR439

NA

BR437NABR437

NA

R446

10k

R446

10k

R445NAR445

NA

R452 10kR452 10k

23

22

24

21

20

A0

P1013P1114P1215P1316P1417P1518P1619P17

SCL

SDA

VCC

PCF8575

/INT1A12A23P004P015P026P037P048P059P0610P0711GND

IC406

R448

NA

R443

BR435NABR435

NA

12

10k

R450 NAR450 NA

R449 33R449 33

R451 10kR451 10k

21

3

GMAIN_+2.5V

0.01u(1005)

C417

C413

0.01u(1005)

C413

0.01u(1005)

C411

0.01u(1005)

C411

0.01u(1005)

C409

0.01u(1005)

C409

0.01u(1005)

C407

0.01u(1005)

C407

0.01u(1005)

C405

0.01u(1005)

C405

0.01u(1005)

C403

0.01u(1005)

C403

0.01u(1005)

C401

0.1u(1005)

C401

0.1u(1005)

L401

BLM18PG121SN1D

MAIN_+2.5V

T_P406T_P406

T_P407T_P407

T_P409T_P409

T_P410T_P410

OPORTA10

OPORTA11

OPORTA8

OPORTA12

OPORTA13

OPORTA14

OPORTA15

OPORTA9

OPORTA18

OPORTA19

OPORTA16

OPORTA20

OPORTA21

OPORTA22

OPORTA23

OPORTA5

C431

OPORTA6

R460 0R460 0

0.01u(B)

OPORTA7

CE406

OPORTA17

FAN26

REMO18

R409 0R409 0

R408 0R408 0

R410 0R410 0

DVI_VS2,3

DVI_HS2,3

DVI_DE2,3

22u/16V+CE406

22u/16V

+

C435

0.1u

C435

0.1u

C442

0.1u

C442

C434

0.01u(B)

C434

0.01u(B)

C433

0.01u(B)

C433

0.01u(B)

CE405

NA+CE405

NA

+

0.1u

LBADC_+3.3V

CE407

47u/6.3V+CE407

47u/6.3V

+

LVDS_+3.3V

C441

0.1u

C441

0.1u

C440

0.1u

C440

0.1u

C432

0.01u(B)

C432

0.01u(B) C439

0.1u

C439

0.1u

C438

0.1u

C438

0.1u

C

OPORTA2

OPORTA3

OPORTA0

OPORTA4

OPORTA1

Y_IN3

A_RET3

Pb_IN3

B_RET3

Pr_IN3

G_BNC1

GREEN_DSUB1

T_P401T_P401

+

C_RET3

B_BNC1

R_BNC1

CVBS_O3

SV_RET1

AVSYNC1

BLUE_DSUB1

RED_DSUB1

T_P402T_P402

C418

0.01u(1005)

C418

0.01u(1005)

I/O_+3.3V

C428

0.1u(1005)

C428

0.1u(1005)

C414

0.01u(1005)

C414

0.01u(1005)

C427

0.1u(1005)

C427

0.1u(1005)

C412

0.01u(1005)

C412

0.01u(1005)

C426

0.1u(1005)

C426

0.1u(1005)

C410

0.01u(1005)

C410

0.01u(1005)

C424

0.1u(1005)

C424

0.1u(1005)

C408

0.01u(1005)

C408

0.01u(1005)

C422

0.1u(1005)

C422

0.1u(1005)

C406

0.01u(1005)

C406

0.01u(1005)

C420

0.1u(1005)

C420

0.1u(1005)

C404

0.01u(1005)

C404

0.01u(1005)

L402

C402

0.01u(1005)

C402

0.01u(1005)

BLM18PG121SN1D

MAIN_+3.3V

CE402

47u/6.3V+CE402

47u/6.3V

CE401

47u/6.3V+CE401

47u/6.3V

D

AHSYNC1

OPORTA[23:0]2,3

A.GND

R405

10k

R405

10k

R404

10k

R404

10k

R403

10k

R403

10k

R402

10k

R402

10k

R406

10k

R406

10k

R401

10k

R401

10k

T_P403T_P403

T_P405T_P405

T_P408T_P408

T_P404T_P404

C429

0.1u(1005)

C429

0.1u(1005)

C437

0.1u(1005)

C437

0.1u(1005)

C436

0.1u(1005)

C436

0.1u(1005)

C425

0.1u(1005)

C425

0.1u(1005)

C423

0.1u(1005)

C423

0.1u(1005)

C421

0.1u(1005)

C421

0.1u(1005)

C419

0.1u(1005)

C419

0.1u(1005)

+

CE403

47u/6.3V+CE403

47u/6.3V

PLL_+3.3V

LVDS_PLL_+3.3V

ADC2_+3.3V

ADC1_+3.3V

CE404

47u/6.3V+CE404

47u/6.3V

+

C430

0.1u

C430

0.1u

REMO28

REMO38

R454NAR454

CORE_+1.8V

CE408

C455

C453

C451

C449

C447

C445

DVI_DCLK2,3

NA

47u/6.3V+CE408

47u/6.3V

0.1u(1005)

ANA_SEL6

PPWR9

L403

MLF1608D47NM

L403

MLF1608D47NM

A.GND

CE409

+

C443

0.1u(1005)

T_P417T_P417

T_P413T_P413

T_P418T_P418

T_P416T_P416

T_P415T_P415

T_P425T_P425

T_P420T_P420

T_P422T_P422

T_P423T_P423

T_P427T_P427

T_P421T_P421

T_P412T_P412

T_P419T_P419

T_P424T_P424

ADC_+1.8V

PLL_+1.8V

C459

T_P432T_P432

T_P429T_P429

R455 33R455 33

VFC_PWM3

PWM06

RESET_9539

R418 0R418 0

R419 0R419 0

R417 0R417 0

R416 0R416 0

AUD_POW9

SEL_RESET

BL_CNT6

PR2_WP

PR1_WP

DVI_TX_RST3

PC_BNC_SEL1

CTL32

DVI_PD3

RX_SCDT2

DVI_IN_PD2

C464

18p

C464

18p

PLL_+3.3V

MAIN_+3.3V

Y401

19.6608MHz

Y401

19.6608MHz

PLL_+3.3V

C463

27p

C463

27p

C462

0.1u

C462

0.1u

C461

0.1u

C461

0.1u

C460

0.1u

C460

0.1u

C458

0.1u

C458

0.1u

C457

0.1u

C457

0.1u

MAIN_+5V

T_P414T_P414

47u/6.3V+CE409

47u/6.3V

C456

0.1u(1005)

C456

0.1u(1005)

C454

0.1u(1005)

C454

0.1u(1005)

C452

0.1u(1005)

C452

0.1u(1005)

C450

0.1u(1005)

C450

0.1u(1005)

C448

0.1u(1005)

C448

0.1u(1005)

C446

0.1u(1005)

C446

0.1u(1005)

C444

0.1u(1005)

C444

0.1u(1005)

IR6

R4221kR422

MAIN_+3.3V

R427 NAR427 NA

R430 33R430 33

R423 33R423 33

R429 33R429 33

R431 33R431 33

R424 33R424 33

R432 33R432 33

R428 NAR428 NA

SELLVDS6

R/L6

U/D6

FRAME6

O/Sset6

TEMP36

TEMP26

R453 33R453 33

RxD_OUT7

TxD_OUT7

TxD_IN7

RxD_IN7

VGA0_SDA1

MSTR1_SDA6

MSTR1_SCL6

MSTR2_SCL3

MSTR2_SDA3

C471NAC471

NA

C470NAC470

NA

C469NAC469

NA

BR430

C468NAC468

NA

C467NAC467

NA

A.GND

C466NAC466

NA

TH69

TH59

TH49

TH39

TH29

TH16

PR2_WP

1k

C465NAC465

NA

/RESET5,6,7

Q403

PR1_WP

R426

10k

R426

10k

MAIN_+3.3V

Q401

2SK3018

Q401

2SK3018

1

2

3

R420

10k

R420

10k

I2C_5V_SDA1,6

B

1

R425

10k

R425

10k

3 2

Q402

2SK3018

Q402

2SK3018

1

2

3

R421

10k

R421

10k

MSTR0_SDA2,3

MSTR0_SCL2,3

I2C_5V_SCL1,6

VGA0_SCL1

DVI_SCL2

DVI_SDA2

33*4

R438

10k

R438

10k

R437

10k

R437

10k

MAIN_+3.3V

C474

0.1u(1005)

C474

0.1u(1005)

1

3 2

DTC114EUAT106

MAIN_+3.3VMAIN_+3.3V

C473

0.1u(1005)

C473

0.1u(1005)

Q404

C472

0.1u(1005)

C472

0.1u(1005)

TILT17

TILT27

AMP_ER6

BR444

33*4

BR444

33*4

DTC114EUAT106

12V_SEN8

FAN16

HPD2

BNC_SEL1,3

9

10

VCC

SQW

IC403

X11X22Vbac3/RST4GND

Y402

32.768kHz

Y402

32.768kHz

14

8

7

WP

VCC

IC402

A01A12A23GND

8

7

WP

VCC

IC404

A01A12A23GND

UART_INTR17

INT9539_01

8

/INT

6

SCL

6

SCL

7

SCL

5

SDA

4

5

SDA

4

6

SDA

DS1374U-33+

5

CE410

CE411

R436

10k

R436

10k

BR24L32FV-WE2

R434

10k

R434

10k

BR24L32FV-WE2

MAIN_+3.3V

C475

+

1.0F+CE411

1.0F

MAIN_+3.3V

0.1u(1005)

1.0F+CE410

1.0F

Q406

DTC114EUAT106

Q406

DTC114EUAT106

32

1

4

5

Y

VDD

A1B2VSS

IC405

BU4S01G2

IC405

BU4S01G2

3

R458

10k

R458

10k

32

1

Q405NAQ405

NA

R459 0R459 0

SEL_RESET

A A

A

INT9539_01

RESET_9539

BR440

TEMP16

BR442

33*4

BR442

33*4

87654

PN-465U CIR CUIT DIAGRA M & PARTS LAYOUT

7 – 9

D

5/9MEMORY circuit of I/F1 PWB

12345678

GMAIN_+2.5V

FSVREF FSVREF

GMAIN_+2.5V GMAIN_+2.5V

C520

0.1u(1005)

C520

0.1u(1005)

C502

0.1u(1005)

C502

0.1u(1005)

FSVREF

R501

10k(D)

R501

10k(D)

R502

10k(D)

R502

10k(D)

FSADDR1

FSADDR2

FSADDR7

FSADDR5

FSADDR11

FSADDR3

FSADDR0

3 9 15 55 61

1 18 33 49

IC502

FSDATA16

FSDATA0

49 33 18 1

61 55 15 9 3

IC501

FSADDR9

FSADDR10

FSADDR6

FSADDR8

FSADDR4

28

40

VDDQ

A029A130A231A332A435A536A637A738A839A9

VDDQ VDDQ VDDQ VDDQ

VDD VDD VDD

VREF

DQ02DQ14DQ25DQ37DQ48DQ510DQ611DQ713DQ854DQ956DQ1057DQ1159DQ1260DQ1362DQ1463DQ15

FSDATA18

FSDATA17

FSDATA1

FSDATA2

DQ02DQ14DQ25DQ37DQ48DQ510DQ611DQ713DQ854DQ9

VREF VDD VDD VDD

VDDQ VDDQ VDDQ VDDQ VDDQ

A029A130A231A332A435A536A637A738A839A940A10/AP

FSDATA19

FSDATA20

FSDATA3

FSDATA4

FSDATA21FSDATA5

FSDATA22

FSDATA6

LDQS

16

FSDQS2

FSDATA23

FSDATA7

FSDQS0

16

LDQS

LDM

20

FSDQM2

FSDQM0

20

LDM

28

A1141A12

A10/AP

FSDATA24

FSDATA8

A1141A12

FSCLK- 4

FSCLK-

FSCLK+

FSADDR12

42

46

45

CLK

FSDATA26

FSDATA28

FSDATA25

FSDATA27

FSDATA9

FSDATA12

FSDATA10

FSDATA11

56

DQ1057DQ1159DQ1260DQ1362DQ1463DQ15

CLK

46

42

FSCLK+ 4

CLK

FSDATA29

FSDATA13

Place R503 & R504 termination

close to the last part in the

daisy chain

R504

280(D)

R504

280(D)

R503

280(D)

R503

280(D)

FSCLK-FSCLK-

FSCLK+FSCLK+

FSCKE 4

/FSCS0 4

/FSRAS 4

/FSCAS 4

/FSWE 4

FSBKSEL1 4

FSBKSEL0 4

/FSWE

/FSCS0

/FSCAS

/FSRAS

FSBKSEL1

FSBKSEL0

27

24

23WE21

44

CS

BA026BA1

CKE

CAS22RAS

UDM

NC53NC

UDQS

47

43

65

50

51

FSDQM3

FSDQS3

FSDATA30

FSDATA31

FSDATA15

FSDATA14

FSDQS1

FSDQM1

47

65

43

50

51

NC53NC

UDM

UDQS

CKE44CLK45CS24CAS22RAS23WE

BA026BA1

21

27

VSSQ VSSQ VSSQ VSSQ VSSQ

VSS VSS VSS

NC14NC17NC19NC25NC

MT46V16M16P-5B

NC14NC17NC19NC25NC

VSS VSS VSS

VSSQ VSSQ VSSQ VSSQ VSSQ

B

ADDR12 : X

ADDR13 : 1

ADDR14 : 1

ADDR15 : 0

OCMADDR14

OCMADDR13

OCMADDR11

OCMADDR12

R526

R525

R524

OCMDATA4

OCMDATA3

OCMDATA2

OCMDATA1

OCMADDR10

OCMADDR8

OCMADDR7

OCMADDR9

ADDR16 : 0

ADDR17 : 1

ADDR18 : 0

ADDR19 : 1

OCMADDR16

OCMADDR18

OCMADDR17

OCMADDR15

10K

/RESET

OCMDATA0

/FROM_CS

29

12

RESET#

OCMADDR6

OCMADDR5

OCMADDR3

OCMADDR4

B

OCMADDR19

/OCM_RE

/OCM_WE

26

28

11

CE#

OE#

WE#

25

OCMADDR2

OCMADDR1

15

47

BYTE#

R546NAR546

NA

ROM_+3.3V

Ready/Busy#

NC13/WP_ACC

27

37

VSS

VCC

14

/ROM_WP

R545

10K

R545

10K

R543

10K

R543

10K

R541NAR541

NA

R539

10K

R539

10K

R537

10K

R537

10K

R535

10K

R535

10K

R533NAR533

NA

R531NAR531

NA

R529NAR529

NA

R527

10K

R527

10K

46

VSS

C503

R544NAR544

NA

R542

10K

R542

10K

R540NAR540

NA

R538

10K

R538

10K

R536

10K

R536

10K

R534

10K

R534

10K

R532NAR532

NA

R530NAR530

NA

R528NAR528

NA

S29AL032D70

0.1u(1005)

19: Selection of TCLK source. ( 1=Internal, 0=OSC Input)

17:18 Selects the status and pin mapping for the In circuit Debugger/

16: Selects the initialstate of internal OCM ROM

13:15 OCM Operating Mode: selects the addressing mode and external data path width for the OCM.

10:12 Leave floating.

7:9 These setting are available for reading from a attus register but are otherwise unused by the IC.

0:6 This determines the device address of the I2C to JTAG Bridge

C

ADDR0 : 0

ADDR1 : 1

ADDR2 : 1

ADDR3 : 1

ADDR4 : 1

ADDR5 : 1

ADDR6 : 1

ADDR7 : 0

ADDR8 : 0

ADDR9 : 0

ADDR10 : X

ADDR11 : X

R523

10K

R523

10K

R522NAR522

NA

R521

10k

R521

10k

R520NAR520

NA

R519

10k

R519

10k

R518

10k

R518

10k

R517NAR517

NA

R516NAR516

NA

R515NAR515

NA

R514NAR514

NA

R513NAR513

NA

R512NAR512

NA

R511

10K

R511

10K

R510

10K

R510

10K

R509

10K

R509

10K

R508

10K

R508

10K

R507

10K

R507

10K

R506

10K

R506

10K

R505NAR505

NA

ROM_+3.3V

6

12 52 58 64

34 48 66

C501

0.1u(1005)

C501

0.1u(1005)

ROM_+3.3V

CE501

+

L501BLM18PG121SN1DL501BLM18PG121SN1D

MAIN_+3.3V

66 48 34

64 58 52 12

6

47u/6.3V

OCMADDR0

OCMADDR[21:0]

OCMADDR[21:0]4,7

OCMDATA15

45

IC503

10

OCMADDR21

OCMADDR8

OCMADDR6

OCMADDR7

OCMADDR3

OCMADDR1

OCMADDR5

OCMADDR2

OCMADDR4

ROM_+3.3V

OCMDATA14

OCMDATA10

OCMDATA13

OCMDATA9

OCMDATA11

OCMDATA12

OCMDATA8

OCMDATA7

34

30

DQ932DQ8

DQ744DQ642DQ540DQ438DQ335DQ233DQ131DQ0

DQ1443DQ1341DQ1239DQ1136DQ10

DQ15/A1

A151A142A133A124A115A106A97A88A718A619A520A421A322A223A124A0

A1717A16

A199A20

A18

48

16

OCMADDR18

OCMADDR17

OCMADDR14

OCMADDR13

OCMADDR16

OCMADDR15

OCMADDR20

OCMADDR19

OCMADDR10

OCMADDR9

OCMDATA6

OCMDATA5

OCMADDR12

OCMADDR11

A

21

3

MT46V16M16P-5B

FSBKSEL1

FSBKSEL0

C519

0.01u(1005)

C519

0.01u(1005)

MT46V16M16P-5B

C517

0.01u(1005)

C517

0.01u(1005)

C515

0.01u(1005)

C515

0.01u(1005)

C513

0.01u(1005)

C513

0.01u(1005)

C511

0.01u(1005)

C511

0.01u(1005)

C509

0.01u(1005)

C509

0.01u(1005)

C507

0.01u(1005)

C507

0.01u(1005)

C505

0.01u(1005)

C505

0.01u(1005)

C

OCMADDR[21:0]

OCMADDR[21:0]4,7

ROM_+3.3V

CN501NACN501

/ROM_CS

/OCM_WE

1 2

3 4

OCMADDR1

OCMDATA8

/OCM_RE

5 6

OCMDATA0

OCMDATA9

OCMDATA10

7 8

9 10

11 12

OCMDATA1

OCMDATA2

OCMDATA11

OCMDATA4

OCMDATA5

OCMDATA6

13 14

15 16

17 18

OCMDATA13

OCMDATA12

OCMDATA3

OCMDATA7

OCMADDR17

19 20

21 22

23 24

OCMADDR0

OCMDATA15

OCMDATA14

OCMADDR12

OCMADDR14

OCMADDR16

25 26

27 28

29 30

OCMADDR11

OCMADDR15

OCMADDR13

OCMADDR10

31 32

33 34

35 36

37 38

/OCM_CS0 /OCM_CS1

OCMADDR21

OCMADDR9

B

OCMADDR20

OCMADDR18

OCMADDR7

39 40

41 42

43 44

OCMADDR19

OCMADDR6

OCMADDR8

OCMADDR5

OCMADDR3

45 46

47 48

49 50

OCMADDR4

OCMADDR2

CN502

BM02B-SRSS-TBT

CN502

BM02B-SRSS-TBT

1

2

R5480R548

0

R547NAR547

NA

/RESET

/OCM_CS0

/OCM_CS1

/ROM_CSN

/ROM_WP

/OCM_RE

OCMDATA[15:0]

OCMDATA[15:0]4,7

/OCM_WE

87654

/OCM_CS04

/RESET4,6,7

/OCM_CS14

/OCM_RE4,7

/OCM_WE4,7

/ROM_WP4

/ROM_CSN4

A A

A

FSADDR1

FSDATA[31:0]4

FSADDR[12:0]4

D

FSADDR3

FSADDR2

FSADDR5

FSADDR4

FSDQS0

FSDQS[3:0]4

FSDQS1

FSADDR7

FSADDR8

FSDQS2

FSDQS3

FSADDR9

FSADDR10

FSDQM0

FSDQM[3:0]4

FSADDR11

FSDQM1

FSDQM2

FSDQM3

0.01u(1005)

C518

C516

0.01u(1005)

C516

0.01u(1005)

C514

0.01u(1005)

C514

0.01u(1005)

C512

0.01u(1005)

C512

0.01u(1005)

C510

0.01u(1005)

C510

0.01u(1005)

C508

0.01u(1005)

C508

0.01u(1005)

C506

0.01u(1005)

C506

0.01u(1005)

C504

0.01u(1005)

C504

0.01u(1005)

GMAIN_+2.5V

FSCKE FSCKE

/FSCAS

/FSRAS

FSCLK+

FSCLK-

/FSWE

/FSCS0

FSADDR12

FSADDR6

FSADDR0

PN-465U CIR CUIT DIAGRA M & PARTS LAYOUT

7 – 10

D

6/9INTERFACE circuit of I/F1 PWB

12345678

MAIN_+3.3V MAIN_+3.3V

MAIN_+3.3V

14

13

VCC

1A11Y22A32Y43A53Y6GND

IC601

C604 0.1u(1005)C604 0.1u(1005)

T_P601T_P601

T_P602T_P602

R606

10k

MAIN_+3.3V

T_P603T_P603

13

2

MAIN_+3.3V

T_P604T_P604

4Y84A95Y105A116Y126A

SN74LVC14ADBR

7

T_P629T_P629

T_P630T_P630

T_P631T_P631

D607

D602

DAN217UT106

D602

DAN217UT106

13

2

13

2

MAIN_+3.3V

IR4

CN603

R644 1.8kR644 1.8k

R655 33R655 33

DAN217UT106

D601

DAN217UT106

D601

DAN217UT106

R609

10k

R609

10k

R608

10k

R608

10k

KEY[1:0]4

R611 1.8kR611 1.8k

R610 1.8kR610 1.8k

KEY0

KEY1

1234567

BM07B-GHS-TBT(LF)(SN)

T_P627T_P627

T_P625T_P625

MAIN_+3.3V

T_P628T_P628

T_P626T_P626

D606

DAN217UT106

D606

DAN217UT106

13

2

13

2

R614NAR614

NA

MAIN_+3.3V

R613NAR613

NA

R612NAR612

NA

R615

360

R615

360

D605

DAN217UT106

D605

DAN217UT106

Q603

DTA114EUAT106

Q603

DTA114EUAT106

1

Q602

DTC114EUAT106

Q602

DTC114EUAT106

GREEN

32

Q604

32

LED24

C

R616

360

R616

360

32

Q605

DTA114EUAT106

Q605

DTA114EUAT106

1

32

DTC114EUAT106

1

RED

LED14

R662NAR662

MAIN_+3.3V

Q619

1

NA

32

1

Q620

32

1

DTC115EUAT106

/RESET

4,5,7

R617NAR617

NA

DTA114EUAT106

IC602NAIC602

LCD_+12V

B

CN613NACN613

CN612NACN612

123

T_P634T_P634

T_P633T_P633

T_P632T_P632

L602 NAL602 NA

CE602

NA+CE602

NA

+

C606NAC606

NA

R619NAR619

R621NAR621

NA

R620NAR620

NA

4

3

5

ADJ

GND

VOUT

ON/OFF

VIN

NA

2

1

C605NAC605

NA

32

1

MAIN_+3.3V

32

NA

Q615NAQ615

NA

123

CN609

BM05B-GHS-TBT(LF)(SN)

CN609

CN607

BM04B-GHS-TBT(LF)(SN)

CN607

BM04B-GHS-TBT(LF)(SN)

123

T_P643T_P643

MAIN_+3.3V

T_P644T_P644

T_P642T_P642

R642

R641

R659

R658

MAIN_+5V

10k

2

Q617

10k

R631 100R631 100

2SK3018

4

R630 100R630 100

2

3

1

MSTR1_SCL4

MSTR1_SDA4

T_P639T_P639

T_P638T_P638

T_P637T_P637

1

MAIN_+5V

3 2

MAIN_+3.3V

32

Q606NAQ606

NA

FAN_SPDH4

R654NAR654

NA

Q616NAQ616

NA

1

3 2

R622 NAR622 NA

1

FAN_SPDH

H :HIGH SPEED

Q607NAQ607

NA

R623 NAR623 NA

FAN14

FAN24

L: LOW SPEED

Q608NAQ608

NA

R629NAR629

NA

R628NAR628

NA

MAIN_+3.3V

BM05B-GHS-TBT(LF)(SN)

5

123

4

C612

33p

C612

33p

C611

33p

C611

33p

3

Q618

2SK3018

Q618

2SK3018

1

T_P648T_P648

T_P647T_P647

D603

HZU2.7B1

1 2

T_P656T_P656

R639 300R639 300

T_P655T_P655

AMP_+3.3V AMP_+9V

T_P653T_P653

T_P652T_P652

T_P651T_P651

T_P650T_P650

T_P649T_P649

32

1

Q613

DTC115EUAT106

Q613

DTC115EUAT106

AMP_MUTE4

T_P646T_P646

T_P645T_P645

CN611

123456789

T_P654T_P654

CN610

R652 0R652 0

123

TH44

AMP_ER4

I2C_5V_SCL1,4

A

BM03B-GHS-TBT(LF)(SN)

R651 100R651 100

A.GND

1011121314

Q611

DTC115EUAT106

Q611

DTC115EUAT106

I2C_5V_SDA1,4

C616

0.1u

C616

0.1u

F602

11CT 1A

F602

11CT 1A

VIDEO_+5V

32

RESET34404

BM15B-GHS-TBT(LF)(SN)

15

F603 11CT 5AF603 11CT 5A

AUDIO_9.5V

1

21

3

T_P660T_P660

T_P659T_P659

T_P658T_P658

T_P657T_P657

VCC1VCC2VCC3VCC4VCC5GND6GND7GND8GND9GND10NC11NC12NC13NC14NC15NC16NC17NC18NC19NC

CN601

BM20B-SHLDS-G(LF)(SN)

CN601

BM20B-SHLDS-G(LF)(SN)

C601

0.1u

C601

0.1u

CE601

+

47u/25V

NA

R603NAR603

NA

R602NAR602

T_P606T_P606

T_P605T_P605

4

2SJ601-Z

Q601

1

3

10k

R601

R6051kR605

32

1

F601

Q612

DTC114EUAT106

Q612

DTC114EUAT106

11CT 6.3A

LCD_+12V

LCD_ON4

R6600R660

0

FAN_ON4

FAN_ON

H :ON

L: OFF

Von1Vsel2RESERVE3Vbrt4RESERVE5GND

CN608

T_P622T_P622

T_P621T_P621

MAIN_+5V

R635NAR635

NA

0

L604

BLM18PG121SN1D

L604

BLM18PG121SN1D

0

L603NAL603

NA

C615

0.1u(1005)

NA

0

IC604

5

VDD

A1B2VSS

R636 33R636 33

4

Y

3

MAIN_+3.3V

C607

0.1u

C607

0.1u

8

R645 0R645 0

R648

10k

R648

10k

Q614

DTC114EUAT106

Q614

DTC114EUAT106

R646 10kR646 10k

7

6

VCC

SENSE

RESETE

REF1/RESIN2CT3GND

32

5

4

12V_SEN 4

/RESET

R650 33R650 33

1

R647

IC603 TL7712AIC603 TL7712A

SELLVDS30GND29NC28NC27BIN3+26BIN3-25BCK+24BCK-23GND22BIN2+21BIN2-20BIN1+19BIN1-18BIN0+17BIN0-16GND15NC14NC13AIN3+12AIN3-11ACK+10ACK-9GND8AIN2+7AIN2-6AIN1+5AIN1-4AIN0+3AIN0-2GND

1

CN604

T_P620T_P620

T_P619T_P619

T_P618T_P618

T_P617T_P617

10k

T_P616T_P616

T_P615T_P615

TXA0-4

TXA0+4

TXA1-4

TXA1+4

TXA2-4

TXA2+4

TXAC-4

TXAC+4

TXA3-4

TXA3+4

TXB0-4

TXB0+4

TXB1-4

TXB1+4

TXB2-4

C610

0.1u

C610

0.1u

C609

0.1u

C609

0.1u

R649NAR649

NA

C608NAC608

NA

AMP_+3.3V

R/L31U/D32Reserved/VBRT33Frame134Reserved35TEMP336TEMP237TEMP138Reserved/VON39O/Sset

TXB2+4

TXBC-4

TXBC+4

TXB3-4

TXB3+4

BR602

1k*4

BR602

1k*4

BR601

1k*4

BR601

1k*4

SELLVDS4

R/L4

U/D4

BM40B-SHLDS-G(LF)(SN)

40

R6270R627

R6260R626

R6250R625

R6240R624

L601NAL601

NA

T_P614T_P614

T_P613T_P613

T_P612T_P612

T_P611T_P611

T_P610T_P610

T_P609T_P609

T_P608T_P608

T_P607T_P607

R664NAR664

MAIN_+5V MAIN_+3.3V

R6630R663

FRAME4

TEMP34

TEMP24

TEMP14

O/Sset4

BL_EN4

BL_CNT4

CN602NACN602

NA

123

20

1k

R661NAR661

NA

L605

BLM18PG121SN1D

L605

BLM18PG121SN1D

R665NAR665

NA

TC7SET08F

L606

MAIN_+3.3V

MAIN_+5V

BM06B-GHS-TBT(LF)(SN)

6

BLM31PG330SN1L

R653

20k

R653

20k

R640

20k

R640

20k

R638

2.2k

R638

2.2k

R637NAR637

NA

Q610

DTC114EUAT106

Q610

DTC114EUAT106

T_P624T_P624

T_P623T_P623

C614

1u(2125)

C614

1u(2125)

C613

4.7u(3216)

C613

4.7u(3216)

32

1

PWM04

87654

B

D

C

B

A A

A

PN-465U CIR CUIT DIAGRA M & PARTS LAYOUT

7 – 11

7/9UART circuit of I/F1 PWB

12345678

B

D

RxD_OUT 4

TxD_IN 4

TxD_OUT 4

RxD_IN 4

C

B

TILT1 4

TILT2 4

R722NAR722

IC705NAIC705

3

4

Vout2

Vout11VDD

2

MAIN_+3.3V

NA

VSS

NA

C712NAC712

NA

R721NAR721

NA

A

21

0.1u(1005)

C702

UART_+5V

R703 NAR703 NA

R704 NAR704 NA

C706

0.1u(1005)

C706

0.1u(1005)

UART_+5V

16

12

14

1Y1131Y0

VCC

2-COM151-COM

2Y112Y023Y133-COM43Y05INH6GND7GND

IC703

SN74LV4053APWR

IC703

SN74LV4053APWR

R7080R708

0

R7070R707

0

BR701

33*4

BR701

33*4

R7120R712

0

R7110R711

C705

0.33u

C705

0.33u

C704

0.33u

C704

0.33u

23

RIN25RIN1

ROUT317ROUT119ROUT2

RIN36RIN4

16

ROUT4

7

14

13

15

DIN1

ROUT5

DOUT1

RIN58DOUT2

9

10

22

12

IC701

MAX3243CDB

IC701

MAX3243CDB

FON

DIN3

DIN2

/FOFF

GND

25

DOUT3

/INVALID21ROUT2B

11

20

TxD

RxD

27

3

18

V-

V+

VCC

26

C1+

C1-24C2+1C2-

4

2

28

C703

0.33u

C703

0.33u

C701

47000p

C701

47000p

RxD

TxD

0

R7100R710

0

R7090R709

0

UART_+5V

OCMDATA0 OCMDATA1 OCMDATA2 OCMDATA3

BR702

33*4

IC702

TL16C2552

40 41 42 43 44 1 2 3 4 5 6

UART_+5V

39

37

36

35

38

SIN1

/MF1

/RTS1

/DTR1

SOUT1

/CTS1

/DSR1 /DCD1

/RI1

VDD

/TXRDY1 D0 D1 D2 D3 D4

D57D68D79A010XIN11VSS12XOUT13A114A215CHSL16INTR2

33

31

34

30

32

/RI2

VDD

INTR1

/DCD2

/TXRDY2

UPDATE 4

R715

10k

R715

10k

C711

0.1u(1005)

C711

0.1u(1005)

10

9

A11B

C

8

29

/DSR2

/CTS2

28

/DTR2

27

SOUT2

26

SIN2

25

/RD

24

/RTS2

23

VSS

22

MR

21

/WR

20

/MF2

19

/CS

18

17

UART_+5V

IC704

UART_+5V

MAIN_+5V

R7160R716

5

+

CE701

L701 BLM18PG121SN1DL701 BLM18PG121SN1D

R7190R719

0

R7180R718

0

R7170R717

0

C709

0.1u(1005)

C709

0.1u(1005)

4

Y

VDD

A1B2VSS

3

47u/25V

BU4S71G2

C710

0.1u(1005)

3

BR705 33*4BR705 33*4

BR704 33*4BR704 33*4

R702 33R702 33

R701 33R701 33

A1A2A3A4A5A6A7A8A9

CN701

D

R706 33R706 33

R705 33R705 33

B5B9B4B8B3B7B2B6B1

DM10151-P70-4F

OCMDATA[15:0]4,5

C

BR703 33*4BR703 33*4

R714

560

R714

OCMDATA5

OCMDATA6

OCMDATA7

OCMDATA4

OCMADDR4

OCMADDR1

OCMADDR2

OCMADDR3

Y701

18.432MHz

Y701

18.432MHz

OCMADDR[21:0]4,5

560

R7131MR713

1M

C707

27p

C707

27p

C708

22p

C708

22p

R723

10k

R723

10k

UART_+5V

Q701

B

/OCM_CS24

32

1

DTC115EUAT106

/RESET4,5,6

/OCM_WE4,5

/OCM_RE4,5

UART_MF24

UART_TXRDY14

UART_MF14

UART_TXRDY24

R720 33R720 33

UART_INTR14

87654

A A

A

PN-465U CIR CUIT DIAGRA M & PARTS LAYOUT

7 – 12

8/9POWER-SUPPLY1 circuit of I/F1 PWB

12345678

D802

RB060M-30

D802

RB060M-30

Q802

RSQ035P03

Q802

RSQ035P03

D

T_P807T_P807

MAIN_+3.3V

L802

CDRH103R100

L802

CDRH103R100

165

B

T_P814T_P814

MAIN_+2.5V

L812

RSQ035P03

CDRH103R100

2

165

4

B

+

CE805

180u/16V(OS)

R806

D807

3

3.6k(D)

RB060M-30

1 2

5

IC804

D808

1SS355

D808

1SS355

T_P817T_P817

T_P816T_P816

T_P815T_P815

PLL_+1.8V

CORE_+1.8V

L814

BLM31PG330SN1L

L814

BLM31PG330SN1L

C807

0.01u(B)

C807

0.01u(B)

R808

1.6k(D)

R808

1.6k(D)

C806

1000p(B)

C806

1000p(B)

2

1

FB

GND

PGATE

LM3475

Q806

RSQ035P03

Q806

RSQ035P03

VIN

EN

4

3

1 2

C808

0.1u

C808

0.1u

L813

CDRH103R100

L813

CDRH103R100

165

R809

+

CE806

180u/16V(OS)

D809

2

3

4

C

T_P813T_P813

T_P812T_P812

T_P811T_P811

T_P808T_P808

T_P809T_P809

C804

1000p(B)

C804

1000p(B)

ADC1_+3.3V

1SS355

ADC2_+3.3V

L8050L805

0

L8070L807

CE803

47u/25V+CE803

47u/25V

+

D804NAD804

NA

1 2

5

3

4

NC

GND

VOUT

ON/OFF

VIN

IC802

PQ033EZ1HZPH

2

1

R801

4.7k(D)

R801

4.7k(D)

+

CE802

180u/16V(OS)

1 2

2

3

5

4

IC801

R802

1.5k(D)

R802

1.5k(D)

C803

0.01u(B)

C803

0.01u(B)

2

1

FB

GND

PGATE

VIN

4

12

LM3475

D803

EN

3

T_P810T_P810

PLL_+3.3V

LVDS_+3.3V

LVDS_PLL_+3.3V

LBADC_+3.3V

L809

BLM18PG121SN1D

L809

BLM18PG121SN1D

L808

BLM18PG121SN1D

L808

BLM18PG121SN1D

L810

BLM18PG121SN1D

L810

BLM18PG121SN1D

L811

BLM18PG121SN1D

L811

PQ033EZ1HZPH

BLM18PG121SN1D

Q805

0

CE804

47u/25V+CE804

47u/25V

+

D806NAD806

NA

1 2

5

3

4

12

NC

GND

VOUT

D805

1SS355

ON/OFF

VIN

IC803

2

1

ADC_+1.8V

L815

BLM18PG121SN1D

L815

BLM18PG121SN1D

L816

1.5k(D)

RB070M-30

1 2

2

GND

PGATE

5

VIN

IC805

4

D810

1SS355

D810

1SS355

A

BLM18PG121SN1D

C811

1000p(B)

C811

1000p(B)

R811

1.2k(D)

R811

1.2k(D)

C810

0.01u(B)

C810

0.01u(B)

1

FB

LM3475

EN

3

1 2

C812

0.1u

C812

0.1u

21

3

T_P802T_P802

T_P803T_P803

T_P801T_P801

MAIN_+5V

L801

F801

C802

10u(2012)

F802 11CF 2.5AF802 11CF 2.5A

3

D801

RB095B-40

1

2

VIDEO_+5V

C801

0.1u

C801

0.1u

+

CE810

180u/16V(OS)

BLM31PG330SN1L

T_P806T_P806

11CT 3.15A

T_P805T_P805

T_P804T_P804

C813

0.1u

C813

0.1u

R812

33k

R812

33k

MAIN_+3.3V

F803 ICPS 0.7F803 ICPS 0.7

MAIN_+5V

CE807

47u/25V+CE807

47u/25V

+

REMO1 4

Q807

DTC114EUAT106

Q807

DTC114EUAT106

1

3 2

Q808

DTA114EUAT106

Q808

DTA114EUAT106

1

3 2

L803 BLM18PG121SN1DL803 BLM18PG121SN1D

REMO2 4

Q809

DTC114EUAT106

Q809

DTC114EUAT106

3 2

Q810

DTA114EUAT106

Q810

DTA114EUAT106

1

3 2

L804 BLM18PG121SN1DL804 BLM18PG121SN1D

Q811

DTC114EUAT106

Q811

DTC114EUAT106

1

Q812

DTA114EUAT106

Q812

DTA114EUAT106

1

L806 BLM18PG121SN1DL806 BLM18PG121SN1D

CE808

47u/25V+CE808

47u/25V

+

F804 ICPS 0.7F804 ICPS 0.7

REMO3 4

1

3 2

R805

10k

R805

10k

R804

10k

R804

10k

R803

10k

R803

10k

F805 11CF 1AF805 11CF 1A

A.GND

C805

10u(2012)

R807 33kR807 33k

MAIN_+3.3V

F806 11CF 2.5AF806 11CF 2.5A

CE809

+

180u/16V(OS)

R810 47kR810 47k

MAIN_+3.3V

1234567

CN801

D

B07B-PASK-1

C

PN-465U CIR CUIT DIAGRA M & PARTS LAYOUT

7 – 13

87654

B

A A

A

9/9POWER-SUPPLY2 circuit of I/F1 PWB

12345678

TH3 4

D902

HZU3.3B2

R901

300

R901

300

R902

1.5k

R902

1.5k

T_P904T_P904

CE902

47u/25V+CE902

47u/25V

+

AMP_+3.3V

D901

5

4

3

NC

GND

VOUT

12

D913

1SS355

D913

1SS355

ON/OFF

VIN

IC901

2

1

C902

F902 ICPS 0.7F902 ICPS 0.7

C901

VIDEO_+5V

+

CE910

L905

B1047AS-100M(DS75LC)

L905

B1047AS-100M(DS75LC)

0.33u

180u/16V(OS)

D

1 2

UDZS4.3B

1 2

PQ033EZ1HZPH

0.1u

A.GND

B

Q905

DTA114EUAT106

1

T_P909T_P909

AMP_+9V

D907

1SS355

D907

1SS355

B

TH5 4

D909

HZU3.3B2

D909

HZU3.3B2

C913

12

1 2

0.1u

R915 3.6kR915 3.6k

3

VOUT

VIN

IC904

1

F904 ICPS 0.7F904 ICPS 0.7

A.GND

R916

1.5k

R916

1.5k

CE906

47u/25V+CE906

47u/25V

+

D908

UDZS10B

D908

UDZS10B

1 2

5

4

NC

GND

ON/OFF

PQ09DZ1UJ00H

2

C912

0.33u

C912

0.33u

CE905

47u/25V+CE905

47u/25V

+

CN905NACN905

NA

123

T_P912T_P912

C916NAC916

F906 NAF906 NA

CE908

NA+CE908

NA

+

L904NAL904

NA

D910NAD910

R925 NAR925 NA

C914NAC914

6

IC905NAIC905

R926 NAR926 NA

C915NAC915

NA

1

3

NA

CB

OUT

ON/OFF

7

FB

NC

5

VIN

GND

2

4

CE907

NA

+

C

AUD_POW : H:ON L:OFF

AUD_POW 4

1

MAIN_+3.3V

3 2

D904NAD904

NA

1 2

C910NAC910

NA

R911 NAR911 NA

A.GND

T_P908T_P908

AUDIO_9.5V

L903

4

IC903

RCP1317-470M

2

OUT

FB

IN

1

F907 11CF 5AF907 11CF 5A

TH1 4

D914

HZU3.3B2

1 2

1.5k

R923

C917

0.1u

C917

0.1u

R922

5.1k

R922

5.1k

TH2 4

D903

HZU3.3B2

1 2

C903

0.1u

C903

0.1u

R903 1kR903 1k

A.GND

R904

1.2k

R904

1.2k

C904

0.1u

C904

0.1u

LCD_+12V

CE903

47u/25V+CE903

47u/25V

+

L902

BLM31PG330SN1L

L902

BLM31PG330SN1L

F903

11CT 6.3A

F903

11CT 6.3A

C909

5

R912NAR912

R913

0.022u

ON/OFF

GND

NA

13k(D)

3

PQ1CY1032Z

CE904

+

D906

330u/35V+CE904

330u/35V

3

+

CE909

330u/35V+CE909

330u/35V

A.GND

PTZ12B

D905

C911

1 2

R914

RB095B-40

1

2

0.33u

3 2

Q904

DTC114EUAT106

R924

10k

R924

10k

2k(D)

A

21

TH6 4

D911NAD911

NA

1 2

NA

R917 NAR917 NA

1 2

A.GND

R9180R918

0

PPWR 4

1

Q903NAQ903

MAIN_+3.3V

3 2

Q902NAQ902

1

3 2

NA

R919NAR919

NA

R920 NAR920 NA

R921NAR921

D912NAD912

3

NA

1 2

NA

T_P902T_P902

T_P903T_P903

T_P901T_P901

F901 11CT 2AF901 11CT 2A

CN901

T_P907T_P907

T_P906T_P906

123

4

B04B-PASK-1

D

T_P905T_P905

CN902

123

4

B4P-VH

B

C

B

T_P911T_P911

T_P910T_P910

CN903NACN903

F905 NAF905 NA

12345

NA

87654

A A

A

PN-465U CIR CUIT DIAGRA M & PARTS LAYOUT

7 – 14

2. PARTS LAYOUT

■ I/F1 PWB

Top side

PN-465U CIR CUIT DIAGRA M & PARTS LAYOUT

7 – 15

Bottom side

PN-465U CIR CUIT DIAGRA M & PARTS LAYOUT

7 – 16

■ I/F2 PWB

PN-465U CIR CUIT DIAGRA M & PARTS LAYOUT

7 – 17

■ OPT PWB

■ KEY PWB

■ TEMP1 PWB

PN-465U CIR CUIT DIAGRA M & PARTS LAYOUT

7 – 18

1 Exteriors

PARTS GUIDE

CODE : 00ZPN465UPG2E

LCD MONITOR

PN-465U

MODEL PN-465E

LEAD-FREE SOLDER MODEL

CONTENTS

2 Packing material & Accessories

3 I/F-1 PWB unit

4 I/F-2 PWB + Key PWB + Sensor PWB unit

■ index

Parts marked with "!" are important for maintaining the safety of the set. be sure to replace these parts with specified ones for maintaining the safety and performance of the set.

This document has been published to be used

SHARP CORPORATION

for after sales service only. The contents are subject to change without notice.

1

Exteriors

PRICE

NEW

NO. PARTS CODE

1 VVLK460D3LZ19 FU E LCD module(46) 2 CPWBY1084MPA1 CL E I/F1 PWB unit 3 CPWBN1085MPS1 BR E I/F2 PWB unit 4 CPWBN1085MPS2 BA E KEY PWB unit 5 CPWBN1085MPS4 BA E Temp sensor 1 PWB unit 6 CPWBN1085MPS5 BA E Temp sensor 2 PWB unit 7 CPWBN1085MPS3 AY E Opt sensor-PWB unit

! 8 RDENC1010MPPZ CC E PS unit(Main) ! 9 RUITK1016MPPZ BE E PS filter PWB unit ! 10 QSW-C1012MPPZ AP B AC switch(AJ7201BF)

11 CPWBN1085MPS6 BA E Temp sensor3 PWB unit 12 QCNW-1288MPPZ BC C LCD cable 13 QCNW-1289MPPZ AP C LCD PS cable 14 QCNW-1290MPPZ BA C AC inlet cable 15 QCNW-1291MPPZ AN C AC PS cable 16 QCNW-1292MPPZ AL C PS cable 1 17 QCNW-1293MPPZ AH C PS cable 2 18 QCNW-1294MPPZ AL C PS cable 3 20 QCNW-1296MPPZ AN C INV cable 1 21 QCNW-1297MPPZ AP C INV cable 2 22 QCNW-1298MPPZ AQ C Key cable 23 QCNW-1299MPPZ AR C Audio cable 24 QCNW-1307MPPZ AN C Temperature sensor cable 1 25 QCNW-1302MPPZ AL C Temperature sensor cable 2 26 QCNW-1303MPPZ AK C Optical sensor cable 27 QCNW-1305MPPZ AN C Temperature sensor cable 3 29 GCABA1041MPZZ BA D Front bezel top 30 GCABA1042MPZZ BA D Front bezel bottom 31 GCABA1043MPZZ BA D Front bezel LR 32 PFILW1011MPZZ AH D IR filter 33 JHNDP1001MPZZ AQ D Handle 34 CANGK1201MP01 BG D Frame top unit 35 CANGK1203MP01 BF D Frame bottom unit 36 CANGK1205MP01 BF D Frame side unit 37 CCOVA1073MP01 BZ D Rear cover unit 38 LANGK1207MPZZ BM D Main frame 39 LANGK1208MPZZ AY D Bridge frame 40 LANGK1209MPZZ AG D Key angle 41 LANGK1210MPZZ AF C Bezel angle A 42 LANGK1211MPZZ AF C Bezel angle B 43 LANGK1212MPZZ BG C Connecter panl 44 LANGT1215MPZZ AQ C Connector angle 45 LANGT1216MPZZ AX C VESA bridge 46 LANGT1217MPZZ AS C Top bridge 48 PCUSS1035MPZZ AE C Shading cushion 49 PSHEZ1114MPZZ AE C LCD dust prevention sheet(Bottom) 50 PSHEZ1115MPZZ AF C LCD dust prevention sheet(Top) 51 PSHEZ1118MPZZ AE C Key wiring sheet(30*15,φ3) 52 PSHEZ1120MPZZ AG C Invertor wiring sheet

TLABM1691MPZZ AR N D Rating label [PN-465E(Europe,U.K,Hong Kong)]

54

TLABM1673MPZZ AR N D Rating label [PN-465E(China)] TLABM1641MPZZ AQ N D Rating label [PN-465U]

55 TLABZ1579MPZZ AK D SHARP logo label 56 TLABZ1622MPZZ AM D I/F label L 57 TLABZ1623MPZZ AH D I/F label R 61 LX-BZ1003MPZZ AE C Screw 63 XBBS860P10000 AC C Screw(6×10) 64 XBBS860P20000 AC C Screw(6×20) 65 XBPSN30P08KS0 AA C Screw(3×8KS) 66 XBPSN40P08KS0 AA C Screw(4×8KS)(Silver) 67 XBPS830P08KS0 AB C Screw(3×8KS)(Black) 68 XBPS850P08KS0 AC C Screw(5×8KS) 69 XBSS830P06000 AC C Screw(3×6) 70 XUBSN30P08000 AA C Screw(3×8) 71 LHLDW0544FCZZ AC C Harness clamp(FCA-10) 72 LHLDW1017MPZZ AC C Cable holder(NPL-1230) 73 LHLDW1018MPZZ AC C Cable holder(NPL-520V0) 74 LHLDW2091SCZZ AD C Wire holder(CKN-07) 75 LHLDW6655RCZZ AB C Cable holder(LWS-2NS) 76 PCUSS1039MPZZ AD C Dustproof cushion 77 PGSK-1018MPZZ AG C Gasket(RFSG-050100) 79 PSHEZ1121MPZZ AD C Option sheet 80 PSHEZ1125MPZZ AC C Part AC cover sheet 81 PSPAZ1029MPZZ AE C LCD spacer 82 PTPEZ1031MPZZ AB D Key fixing tape 83 PTPEZ1032MPZZ AC D Dustproof tape A(20*20mm) 84 PTPEZ1033MPZZ AC D Dustproof tape B(50*25mm) 85 PTPEZ1034MPZZ AC D Dustproof tape C(35*35mm) 86 PTPEZ1036MPZZ AE D Dustproof tape 210 87 PTPEZ1037MPZZ AE D Dustproof tape 257

RANK

MARK

PART RANK

DESCRIPTION

– 1 –

1

42

77

81

71

73

71

65

TP000594

Exteriors

29

70

41

70

31

70

41

70

67

32

70

82

27

5

65

71

11

65

8

65

9

65

55

4

15

40

65

70

65

41

30

41

70

16

65

80

21

65

14

63

67

51

63

63 38

35

67

69

65

71

63

70

43

70

75

10

36

31

18

75

66

67

41

22

70

2

70

17

54

85

65

85

75

61

75

41

65

61

84

67

83

65

72

71

63

70

41

70

86

83

75

70

67

87

66

70

84

7

61

66

63

66

67

56

66

61

67

24

67

76

65

67

66

65

70

49

63

26

23

75 6

65

76

74

67

65

67

25

44

63

65

57

34

66

67

66

67

83

3

63

84

65

85

63

66

65

66

13

67

84

50

46

66

87

45

66

39

66

63

65

67

84

83

84

67

36

84

39

65

33

65

86

68

67

63

67

63

67

68

48

68

83

68

67

64

67

63

67

66

63

79

84

76

83

85

83

1

84

76

46

33

84

66

20

52

66

83

37

83

84

66

67

64

63

67

7412

– 2 –

2

Packing material & Accessories

PRICE

NEW

NO. PARTS CODE

SPAKC1264MPZZ BB N D Packing case [PN-465U]

1

SPAKC1268MPZZ BB N D Packing case [PN-465E] 2 SPAKA1259MPZZ AX D Packing add(Top) 3 SPAK-1263MPZZ AY D Vinyl bag(for SET) 4 SPAKA1258MPZZ AY D Packing add(Bottom) 5 SPAKA1260MPZZ AT D Packing bottom case 6 SPAKF1267MPZZ AN N D Accessory case

! ! QACCB1038MPPZ BD B Power cord(KP624-13A4M) [PN-455E(U.K,Hong Kong)] ! QACCT1035MPPZ BB B Power cord(KP722,KS31A) [PN-465E(China)] ! QACCU1029MPPZ AX B Power cord(VM0089A) [PN-465U]

! 24 UBATU1012ECNA AF B Battery(R6NW2ST)

QACCE1039MPPZ BC B Power cord(KP4819D 4M) [PN-465E(Europe)]

7

8 SSAKA0003HCZZ AA D Vinyl bag(240×360)

10 LCRA-1002MPZZ AC C Cable clamp 11 LCRA-1003MPZZ AM C Power cord clamp 12 TGANE1093MPZZ AD N D Warranty [PN-465U] 13 SSAKH0130QCZZ AA D Vinyl bag(80×140mm)

TINSE1096MPZZ BA N D Operation manual [PN-465U]

14

TINSM1100MPZZ BF N D Operation manual(5 Languages) [PN-465E]

15 RRMCG1003MPPZ AT B Remote control unit 17 UDSKA1039MPZZ AK D CD-ROM(Utility Disk for Windows) 19 TLABZ1577MPZZ AG D Vertical logo sticker(SHARP LOGO)

25 SPAKL1240MPZZ AF D Joint 26 TLABZ1578MPZZ AH D Vertical logo sticker(Key label) 27 TLABZ1640MPZZ AG D Blank seal(Key label)

TLABE1660MPZZ AC N D EAN barcode label [PN-465E(Europe)]

TLABE1680MPZZ AC N D EAN barcode label [PN-465E(U.K,Hong Kong)]

29

TLABE1679MPZZ AC N D EAN barcode label [PN-465E(China)]

TLABR1643MPZZ AC N D UPC barcode label [PN-465U]

30 CSTN-1024MP01 BB N D Temporary stand R ass'y 31 CSTN-1023MP01 BB N D Temporary stand L ass'y

TLABZ1664MPZZ AD N D Hong kong standard label [PN-465E(Hong Kong)]

32

TLABZ1665MPZZ AF N D Chinese standard label [PN-465E(China)]

TLABZ1664MPZZ AD N D Hong kong standard label [PN-465E(Hong Kong)]

33

TLABZ1674MPZZ AD N D Chinese standard label [PN-465E(China)]

RANK

MARK

PART RANK

DESCRIPTION

2

Packing material & Accessories

24

11

10

13

19

27

15

8

26

12

17

32

14

31

33

29

25

1

25

8

7

33

2

25

2

30

4

3

6

5

TP000595

4

– 3 –

3

I/F-1 PWB unit

PRICE

NEW

NO. PARTS CODE

1 QCNCM1100MPPZ AD C Connector(B07B-PASK-1) [CN801] 2 QCNCM1101MPPZ AC C Connector(B04B-PASK-1) [CN901] 3 QCNCM1102MPPZ AC C Connector(B4P-VH(LF)(SN)) [CN902] 4 QCNCM1517ACPA AE C Connector(2pin)(BM02B-SRSS) [CN502] 5 QCNCW1106MPPZ AK C Connector(BM20B-SHLDS-G(LF)(SN)) [CN601] 6 QCNCW1107MPPZ AL C Connector(BM40B-SHLDS-G(LF)(SN)) [CN604] 7 QCNCW1421FCPZ AE C Connector(BM03B-GHS-TBT(LF)(SN)) [CN610] 8 QCNCW1422FCPZ AE C Connector(BM04B-GHS-TBT(LF)(SN)) [CN607] 9 QCNCW1423FCPZ AE C Connector(BM05B-GHS-TBT(LF)(SN)) [CN609]

10 QCNCW1424FCPZ AF C Connector(BM06B-GHS-TBT(LF)(SN)) [CN608] 11 QCNCW1425FCPZ AF C Connector(BM07B-GHS-TBT(LF)(SN)) [CN603] 12 QCNCW1433FCPZ AF C Connector(BM15B-GHS-TBT(LF)(SN)) [CN611]

! 13 QFS-L1002ACZZ AF A Fuse(11CT1.0A) [F301,F602] ! 14 QFS-L1003ACZZ AF A Fuse(11CT-2A) [F901] ! 15 QFS-L1004ACZZ AF A Fuse(11CT-5A) [F603] ! 16 QFS-L1009ACZZ AG A Fuse(11CT-3.15A) [F801] ! 17 QFS-L1009MPPZ AG A Fuse(11CF 1A) [F805] ! 18 QFS-L1012MPPZ AG A Fuse(11CT 6.3A) [F601,F903] ! 19 QFS-L1016MPPZ AG A Fuse(11CF 2.5A) [F802,F806] ! 20 QFS-L1018MPPZ AG A Fuse(11CF 5A) [F907]

21 QJAKF1023MPPZ AQ C Jack(P2473-A) [CN103] 22 QJAKH1022MPPZ AU C Jack(P2472-A) [CN102] 23 QSOCN1025MPPZ AP C Connector(KHEY-15S-1A3F343(LF)) [CN101] 24 QSOCN1028MPPZ AS C Connector(DM10151-P70-4F) [CN701] 25 QSOCZ1031MPPZ AN C Socket(74320-4004) [CN201,CN301] 26 RC-DZ1001MPPZ AX C Capacitor(1.0F)(FT0H105ZF) [CE410,CE411] 27 RCILZ1041MPPZ AF C Coil(B1047AS-100M(DS75LC)) [L905] 28 RCILZ1045MPPZ AG C Coil(RCP1317NP47) [L903] 29 RCILZ1047MPPZ AG C Coil(CDRH103R100) [L802,L812,L813] 30 RCORF1015MPZZ AC C Core(BLM31PG330SN1L) [L606,L801,L814,L902] 31 RCRSC1012MPPZ AH B Crystal(18.432MHz) [Y701] 32 RCRSC1017MPPZ AG B Crystal(MC306 32.76) [Y402] 33 RCRSC1018MPPZ AK B Crystal(19.6608MHz) [Y401] 34 RFILN0051FCZZ AC C Filter(MMZ1608D121B) [L101,L102,L103]

RFILN1017MPPZ AA C Filter(BLM18PG221SN1D) [L201,L202,L204,L301,L302]

35

RFILN1017MPPZ AA C Filter(BLM18PG221SN1D) [L303]

RFILN1062ACZZ AA C Filter(BLM18PG121SN1) [L401,L402,L501,L604,L605]

36

RFILN1062ACZZ AA C Filter(BLM18PG121SN1) [L701,L803,L804,L806,L808]

RFILN1062ACZZ AA C Filter(BLM18PG121SN1) [L809,L810,L811,L815,L816]

37 RMPTR4102ACPZ AA B Block resistor(1kΩ×4) [BR601,BR602]

RMPTR4330ACPZ AA B Block resistor(33Ω×4) [BR201,BR202,BR203,BR204,BR205]

RMPTR4330ACPZ AA B Block resistor(33Ω×4) [BR206,BR307,BR401,BR402,BR403]

RMPTR4330ACPZ AA B Block resistor(33Ω×4) [BR404,BR405,BR406,BR407,BR408]

RMPTR4330ACPZ AA B Block resistor(33Ω×4) [BR409,BR410,BR411,BR412,BR413]

38

RMPTR4330ACPZ AA B Block resistor(33Ω×4) [BR414,BR421,BR422,BR423,BR424]

RMPTR4330ACPZ AA B Block resistor(33Ω×4) [BR425,BR426,BR427,BR428,BR429]

RMPTR4330ACPZ AA B Block resistor(33Ω×4) [BR430,BR431,BR440,BR441,BR442]

RMPTR4330ACPZ AA B Block resistor(33Ω×4) [BR443,BR444,BR701,BR702,BR703]

RMPTR4330ACPZ AA B Block resistor(33Ω×4) [BR704,BR705]

VCAAPC1CJ187M AK C Capacitor(180µ/16V(OS) [CE802,CE805,CE806,CE809,CE810]

39

VCAAPC1CJ187M AK C Capacitor(180µ/16V(OS) [CE910]

VCCCRY1HB101J AA C Capacitor(50WV 100p) [C209,C211,C212,C213,C303]

40

VCCCRY1HB101J AA C Capacitor(50WV 100p) [C304,C305,C308]

41 VCCCRY1HB102J AA C Capacitor(50WV 1000pF) [C804,C806,C811] 42 VCCCRY1HB180J AA C Capacitor(50WV 18pF) [C464] 43 VCCCRY1HB220J AA C Capacitor(50WV 22pF) [C708] 44 VCCCRY1HB270J AA C Capacitor(50WV 27PF) [C463,C707] 45 VCCCRY1HB330J AA C Capacitor(50WV 33pF) [C321,C611,C612] 46 VCCCRY1HB390J AA C Capacitor(50WV 39p) [C115,C116,C118,C119] 47 VCERUD1VN337M AE C Capacitor(330µ/35V) [CE904,CE909]

VCERUL0JM476M AD C Capacitor(UL47µ/6.3V(d5)) [CE401,CE402,CE403,CE404,CE407]

48

VCERUL0JM476M AD C Capacitor(UL47µ/6.3V(d5)) [CE408,CE409,CE501]

49 VCERUL1CM226M AD C Capacitor(16WV 22µF) [CE406]

VCERUL1EM476M AE C Capacitor(47µ/25V) [CE201,CE301,CE601,CE701,CE803]

50

VCERUL1EM476M AE C Capacitor(47µ/25V) [CE804,CE807,CE808,CE902,CE903]

VCERUL1EM476M AE C Capacitor(47µ/25V) [CE905,CE906]

VCKYRI1CB106M AC C Capacitor(16WV 10µF(2012)) [C201,C206,C215,C302,C310]

51

VCKYRI1CB106M AC C Capacitor(16WV 10µF(2012)) [C311,C316,C802,C805]

52 VCKYRI1EB105K AB C Capacitor(1µF/25V(2125)B) [C614] 53 VCKYRN1CB225K AB C Capacitor(16WV 2.2µF(3216)) [C322,C323]

VCKYRN1EB475K AD C Capacitor(25WV 4.7µF) [C121,C127,C133,C142,C143]

54

VCKYRN1EB475K AD C Capacitor(25WV 4.7µF) [C144,C224,C613]

VCKYRY1EB334K AA C Capacitor(0.33µF(B)/25V) [C703,C704,C705,C902,C911]

55

VCKYRY1EB334K AA C Capacitor(0.33µF(B)/25V) [C912]

VCKYRY1HB103K AA C Capacitor(10000pF(B)/50V) [C104,C105,C106,C107,C204]

VCKYRY1HB103K AA C Capacitor(10000pF(B)/50V) [C205,C207,C208,C210,C214]

56

VCKYRY1HB103K AA C Capacitor(10000pF(B)/50V) [C216,C217,C301,C307,C309]

VCKYRY1HB103K AA C Capacitor(10000pF(B)/50V) [C431,C432,C433,C434,C803]

VCKYRY1HB103K AA C Capacitor(10000pF(B)/50V) [C807,C810]

57 VCKYRY1HB104K AA C Capacitor(0.1µF/50V(1608)B) [C120,C126,C128,C129,C131]

RANK

MARK

PART RANK

DESCRIPTION

– 4 –

3

I/F-1 PWB unit

PRICE

NEW

NO. PARTS CODE

VCKYRY1HB104K AA C Capacitor(0.1µF/50V(1608)B) [C145,C146,C147,C317,C318]

57

VCKYRY1HB104K AA C Capacitor(0.1µF/50V(1608)B) [C319,C320,C324,C325,C326]

58 VCKYRY1HB223K AA C Capacitor(50WV 0.022µF) [C909] 59 VCKYRY1HB473K AA C Capacitor(50WV 47000pF) [C701]

VCKYRY1HF104Z AA C Capacitor(50WV 0.1µF) [C102,C103,C108,C109,C110]

VCKYRY1HF104Z AA C Capacitor(50WV 0.1µF) [C117,C125,C130,C148,C149]

VCKYRY1HF104Z AA C Capacitor(50WV 0.1µF) [C150,C202,C218,C219,C220]

VCKYRY1HF104Z AA C Capacitor(50WV 0.1µF) [C221,C312,C313,C314,C315]

VCKYRY1HF104Z AA C Capacitor(50WV 0.1µF) [C415,C416,C430,C435,C438]

60

VCKYRY1HF104Z AA C Capacitor(50WV 0.1µF) [C439,C440,C441,C442,C457]

VCKYRY1HF104Z AA C Capacitor(50WV 0.1µF) [C458,C459,C460,C461,C462]

VCKYRY1HF104Z AA C Capacitor(50WV 0.1µF) [C601,C607,C609,C610,C616]

VCKYRY1HF104Z AA C Capacitor(50WV 0.1µF) [C801,C808,C812,C813,C901]

VCKYRY1HF104Z AA C Capacitor(50WV 0.1µF) [C903,C904,C913,C917]

VCKYRZ1EF104Z AA C Capacitor(25WV 0.1µF(1005)) [C101,C132,C203,C222,C401]

VCKYRZ1EF104Z AA C Capacitor(25WV 0.1µF(1005)) [C419,C420,C421,C422,C423]

VCKYRZ1EF104Z AA C Capacitor(25WV 0.1µF(1005)) [C424,C425,C426,C427,C428]

VCKYRZ1EF104Z AA C Capacitor(25WV 0.1µF(1005)) [C429,C436,C437,C443,C444]

VCKYRZ1EF104Z AA C Capacitor(25WV 0.1µF(1005)) [C445,C446,C447,C448,C449]

61

VCKYRZ1EF104Z AA C Capacitor(25WV 0.1µF(1005)) [C450,C451,C452,C453,C454]

VCKYRZ1EF104Z AA C Capacitor(25WV 0.1µF(1005)) [C455,C456,C472,C473,C474]

VCKYRZ1EF104Z AA C Capacitor(25WV 0.1µF(1005)) [C475,C476,C501,C502,C503]

VCKYRZ1EF104Z AA C Capacitor(25WV 0.1µF(1005)) [C520,C604,C615,C702,C706]

VCKYRZ1EF104Z AA C Capacitor(25WV 0.1µF(1005)) [C709,C710,C711]

VCKYRZ1HF103Z AA C Capacitor(25WV 0.01µF(1005)) [C402,C403,C404,C405,C406]

VCKYRZ1HF103Z AA C Capacitor(25WV 0.01µF(1005)) [C407,C408,C409,C410,C411]

VCKYRZ1HF103Z AA C Capacitor(25WV 0.01µF(1005)) [C412,C413,C414,C417,C418]

62

VCKYRZ1HF103Z AA C Capacitor(25WV 0.01µF(1005)) [C504,C505,C506,C507,C508]

VCKYRZ1HF103Z AA C Capacitor(25WV 0.01µF(1005)) [C509,C510,C511,C512,C513]

VCKYRZ1HF103Z AA C Capacitor(25WV 0.01µF(1005)) [C514,C515,C516,C517,C518]

VCKYRZ1HF103Z AA C Capacitor(25WV 0.01µF(1005)) [C519]

VHD1SS355LF-1 AB B Diode(1SS355) [D803,D805,D808,D810,D907]

63

VHD1SS355LF-1 AB B Diode(1SS355) [D913]

VHDAN217U++-1 AC B Diode(AN217U) [D102,D103,D104,D105,D106]

64

VHDAN217U++-1 AC B Diode(AN217U) [D107,D113,D209,D210,D601]

VHDAN217U++-1 AC B Diode(AN217U) [D602,D605,D606,D607]

VHDBAV99LF+-1 AC B Diode(BAV99) [D108,D109,D110,D111,D112]

65

VHDBAV99LF+-1 AC B Diode(BAV99) [D114,D309,D310,D311]

66 VHDDAN202U+-1 AB B Diode(DAN202U) [D101,D211] 67 VHDRB060M30-1 AD B Diode(RB060M-30) [D802,D807] 68 VHDRB070M30-1 AD B Diode(RB070M-30) [D809] 69 VHDRB095B40-1 AF B Diode(RB095B40) [D801,D905] 70 VHEHZU2R7B1-1 AE B Zener diode(HZU2.7B1) [D603] 71 VHEHZU3R3B2-1 AC B Zener diode(HZU3.3B2) [D312,D902,D903,D909,D914] 72 VHEPTZ12B++-1 AG B Zener diode(PTZ12B) [D906] 73 VHEUDZS010B-2 AC B Zener diode(UDZS010B) [D908] 74 VHEUDZS4R3B-2 AC B Zener diode(UDZS4R3B) [D901] 75 VHI032D7TF3-1 AZ B IC(S29AL032D70) [IC503] 76 VHI1374U33+-1 AR B IC(DS1374U-33+) [IC403] 77 VHI16C2552+-1 BA B IC(TL16C2552) [IC702] 78 VHI16M16P5B-1 BA B IC(MT46V16M16P-5B) [IC501,IC502] 79 VHI1CY103ZH-1 AH B IC(PQ1CY1032ZPH) [IC903] 80 VHI33EZ1HZP-1 AG B IC(PQ033EZ1HZPH) [IC802,IC803,IC901] 81 VHI7SET17FU-1 AE B IC(TC7SET17) [IC108,IC206] 82 VHI8612ARUZ-1 AX B IC(AD8612) [IC105,IC106] 83 VHI8638LF++-1 BR B IC(FLI8638) [IC401] 84 VHIBR2432FV-1 AH B IC(BR24L32FVWE) [IC402,IC404] 85 VHIBR24L02F-1 AF B IC(BR24L02-WE2) [IC101,IC204,IC205] 86 VHIBU4S01G2-1 AE B IC(BU4S01G2) [IC405] 87 VHIBU4S71G2-1 AE B IC(BU4S71G2) [IC704] 88 VHILM3475MF-1 AK B IC(LM3475) [IC801,IC804,IC805] 89 VHILT6554CG-1 AX B IC(LT6554) [IC107] 90 VHILVC125DB-1 AG B IC(SN74LVC125ADBR) [IC104] 91 VHILVC14ADB-1 AF B IC(SN74LVC14ADBR) [IC103,IC601] 92 VHILVC1G80D-1 AE B IC(SN74LVC1G80DBVR) [IC202] 93 VHIM62334FP-1 AK B IC(D/AC(M62334FP)) [IC102] 94 VHIMAX3243C-1 AR B IC(MAX3243CDB) [IC701] 95 VHIPCF8575P-1 AU B IC(PCF8575) [IC406] 96 VHIPQ09DZ1U-1 AF B IC(PQ09DZ1UJ00H) [IC904] 97 VHISM5301CS-1 AQ B IC(SM5301CS-G) [IC302] 98 VHITC7SET8F-1 AD B IC(TC7SET08F) [IC604]

99 VHITFP503++-1 BD B IC(TFP503) [IC201] 100 VHITFP513++-1 BB B IC(TFP513) [IC301] 101 VHITL7712AC-1 AL B IC(TL7712A) [IC603] 102 VHIV4053APW-1 AF B IC(SN74LV4053A) [IC203,IC703] 103 VHVICPS0R7A-1 AD B Varistor(ICPS0.7A) [F803,F804,F902,F904] 104 VPRDNS47M0000 AC C Coil(MLF1608D47NM) [L304,L403]

VRSRCY2AY000J AA C Resistor(1/16W 0Ω ±5%) [L107,L108,L109,L805,L807]

105

VRSRCY2AY000J AA C Resistor(1/16W 0Ω ±5%) [R102,R104,R108,R128,R146] VRSRCY2AY000J AA C Resistor(1/16W 0Ω ±5%) [R159,R209,R228,R229,R232]

RANK

MARK

PART RANK

DESCRIPTION

– 5 –

3

I/F-1 PWB unit

PRICE

NEW

NO. PARTS CODE

VRSRCY2AY000J AA C Resistor(1/16W 0Ω ±5%) [R233,R303,R313,R315,R321] VRSRCY2AY000J AA C Resistor(1/16W 0Ω ±5%) [R339,R408,R409,R410,R416] VRSRCY2AY000J AA C Resistor(1/16W 0Ω ±5%) [R417,R418,R419,R459,R460]

105

VRSRCY2AY000J AA C Resistor(1/16W 0Ω ±5%) [R548,R624,R625,R626,R627] VRSRCY2AY000J AA C Resistor(1/16W 0Ω ±5%) [R645,R652,R660,R663,R707] VRSRCY2AY000J AA C Resistor(1/16W 0Ω ±5%) [R708,R709,R710,R711,R712] VRSRCY2AY000J AA C Resistor(1/16W 0Ω ±5%) [R716,R717,R718,R719,R918]

106 VRSRCY2AY100D AA C Resistor(1/16W 10Ω ±0.5%) [R132,R136,R138] 107 VRSRCY2AY100J AA C Resistor(1/16W 10Ω ±5%) [R135,R154,R168]

VRSRCY2AY101J AA C Resistor(1/16W 100Ω ±5%) [R105,R106,R223,R224,R226]

108

VRSRCY2AY101J AA C Resistor(1/16W 100Ω ±5%) [R630,R631,R651] 109 VRSRCY2AY102J AA C Resistor(1/16W 1.0KΩ ±5%) [R212,R360,R422,R605,R903] 110 VRSRCY2AY103D AA C Resistor(1/16W 10kΩ ±0.5%) [R501,R502]

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R101,R103,R107,R118,R119]

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R124,R125,R195,R214,R215]

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R216,R219,R220,R221,R222]

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R227,R239,R241,R245,R246]

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R247,R307,R353,R355,R361]

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R362,R401,R402,R403,R404]

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R405,R406,R420,R421,R425]

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R426,R434,R436,R437,R438]

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R439,R443,R446,R448,R451]

111

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R452,R458,R506,R507,R508]

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R509,R510,R511,R518,R519]

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R521,R523,R524,R525,R526]

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R527,R534,R535,R536,R537]

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R538,R539,R542,R543,R545]

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R601,R606,R608,R609,R641]

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R642,R646,R647,R648,R658]

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R659,R715,R723,R803,R804]

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R805,R924]

112 VRSRCY2AY104J AA C Resistor(1/16W 100KΩ ±5%) [R183,R185,R187,R322] 113 VRSRCY2AY105J AA C Resistor(1/16W 1.0MΩ ±5%) [R713] 114 VRSRCY2AY122D AA C Resistor(1/16W 1.2kΩ ±0.5%) [R811] 115 VRSRCY2AY122J AA C Resistor(1/16W 1.2kΩ ±5%) [R904] 116 VRSRCY2AY133D AA C Resistor(1/16W 13kΩ ±0.5%) [R913] 117 VRSRCY2AY150D AA C Resistor(1/16W 15Ω ±5%) [R130,R148,R161] 118 VRSRCY2AY152D AA C Resistor(1/16W 1.5kΩ ±0.5%) [R802,R809] 119 VRSRCY2AY152J AA C Resistor(1/16W 1.5kΩ ±5%) [R902,R916,R923] 120 VRSRCY2AY162D AA C Resistor(1/16W 1.6kΩ ±0.5%) [R347,R808] 121 VRSRCY2AY182J AA C Resistor(1/16W 1.8kΩ ±5%) [R610,R611,R644]

VRSRCY2AY200J AA C Resistor(1/16W 20Ω ±5%) [R155,R340,R341,R344,R345] 122

VRSRCY2AY200J AA C Resistor(1/16W 20Ω ±5%) [R348,R349,R350] 123 VRSRCY2AY202D AA C Resistor(1/16W 2kΩ ±0.5%) [R914] 124 VRSRCY2AY203J AA C Resistor(1/16W 20KΩ ±5%) [R640,R653]

VRSRCY2AY220D AA C Resistor(1/16W 22Ω ±0.5%) [R129,R133,R137,R139,R147] 125

VRSRCY2AY220D AA C Resistor(1/16W 22Ω ±0.5%) [R149,R150,R160] 126 VRSRCY2AY221J AA C Resistor(1/16W 220Ω ±5%) [R112,R113,R120,R122]

VRSRCY2AY222J AA C Resistor(1/16W 2.2KΩ ±5%) [R110,R111,R116,R117,R312] 127

VRSRCY2AY222J AA C Resistor(1/16W 2.2KΩ ±5%) [R356,R357,R638] 128 VRSRCY2AY224J AA C Resistor(1/16W 220KΩ ±5%) [R332] 129 VRSRCY2AY271J AA C Resistor(1/16W 270Ω ±5%) [R123,R143,R156] 130 VRSRCY2AY281D AA C Resistor(1/16W 280Ω ±0.5%) [R189,R191,R193,R503,R504] 131 VRSRCY2AY301J AA C Resistor(1/16W 300Ω ±5%) [R639,R901]

VRSRCY2AY330J AA C Resistor(1/16W 33Ω ±5%) [R201,R202,R203,R204,R218]

VRSRCY2AY330J AA C Resistor(1/16W 33Ω ±5%) [R407,R411,R412,R414,R415]

VRSRCY2AY330J AA C Resistor(1/16W 33Ω ±5%) [R423,R424,R429,R430,R431]

132

VRSRCY2AY330J AA C Resistor(1/16W 33Ω ±5%) [R432,R433,R435,R441,R449]

VRSRCY2AY330J AA C Resistor(1/16W 33Ω ±5%) [R453,R455,R636,R650,R655]

VRSRCY2AY330J AA C Resistor(1/16W 33Ω ±5%) [R701,R702,R705,R706,R720]

VRSRCY2AY333J AA C Resistor(1/16W 33KΩ ±5%) [R126,R134,R144,R153,R157]

133

VRSRCY2AY333J AA C Resistor(1/16W 33KΩ ±5%) [R166,R184,R186,R188,R807]

VRSRCY2AY333J AA C Resistor(1/16W 33KΩ ±5%) [R812]

134 VRSRCY2AY334J AA C Resistor(1/16W 330KΩ ±5%) [R333,R334,R336,R337] 135 VRSRCY2AY361J AA C Resistor(1/16W 360Ω ±5%) [R615,R616] 136 VRSRCY2AY362D AA C Resistor(1/16W 3.6kΩ ±0.5%) [R806] 137 VRSRCY2AY362J AA C Resistor(1/16W 3.6kΩ ±5%) [R915] 138 VRSRCY2AY472D AA C Resistor(1/16W 4.7kΩ ±0.5%) [R801] 139 VRSRCY2AY472J AA C Resistor(1/16W 4.7KΩ ±5%) [R237,R238,R305,R306,R363] 140 VRSRCY2AY473J AA C Resistor(1/16W 47KΩ ±5%) [R342,R343,R810] 141 VRSRCY2AY511D AA C Resistor(1/16W 510Ω ±0.5%) [R302] 142 VRSRCY2AY512J AA C Resistor(1/16W 5.1kΩ ±5%) [R922] 143 VRSRCY2AY560D AA C Resistor(1/16W 56Ω ±0.5%) [R152] 144 VRSRCY2AY561J AA C Resistor(1/16W 560Ω ±5%) [R109,R114,R115,R121,R714] 145 VRSRCY2AY680D AA C Resistor(1/16W 68Ω ±0.5%) [R140,R141,R142]

VRSRCY2AY750D AA C Resistor(1/16W 75Ω ±0.5%) [R127,R131,R145,R151,R158] 146

VRSRCY2AY750D AA C Resistor(1/16W 75Ω ±0.5%) [R163] 147 VS2A1610Y3A-1 AE B Transistor(2SA1610) [Q102,Q103,Q104] 148 VS2SJ601ZAZ-1 AL B Transistor(2SJ601ZAZ) [Q601] 149 VS2SK3018++-1 AC B Transistor(2SK3018) [Q205,Q206,Q207,Q303,Q304]

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3

I/F-1 PWB unit

PRICE

NEW

NO. PARTS CODE

149 VS2SK3018++-1 AC B Transistor(2SK3018) [Q401,Q402,Q617,Q618]

VSDTA114EUA-1 AC B Transistor(DTA114EUA) [Q603,Q605,Q620,Q808,Q810] 150

VSDTA114EUA-1 AC B Transistor(DTA114EUA) [Q812,Q905]

VSDTC114EUA-1 AC B Transistor(DTC114EUA) [Q105,Q204,Q301,Q403,Q404]

151

VSDTC114EUA-1 AC B Transistor(DTC114EUA) [Q406,Q602,Q604,Q610,Q612]

VSDTC114EUA-1 AC B Transistor(DTC114EUA) [Q614,Q807,Q809,Q811,Q904]

VSDTC115EUA-1 AC B Transistor(DTC115EUAT106) [Q101,Q202,Q302,Q611,Q613]

152

VSDTC115EUA-1 AC B Transistor(DTC115EUAT106) [Q619,Q701] 153 VSRSQ035P03-1 AE B Transistor(RSQ035P03) [Q802,Q805,Q806]

(Unit)

901 CPWBY1084MPA1 CL E I/F1 PWB unit

4

I/F-2 PWB + KEY PWB + Sensor PWB unit

NO. PARTS CODE

1 QCNCM1125MPPZ AE C Connector(SM03-GHS-TB) [CN401] 2 QCNCW1124MPPZ AF C Connector(53780-0770) [CN501] 3 QCNCW1422FCPZ AE C Connector(BM04B-GHS-TBT(LF)(SN)) [CN301] 4 QCNCW1423FCPZ AE C Connector(BM05B-GHS-TBT(LF)(SN)) [CN202] 5 QCNCW1424FCPZ AF C Connector(BM06B-GHS-TBT(LF)(SN)) [CN303,CN306] 6 QCNCW1433FCPZ AF C Connector(BM15B-GHS-TBT(LF)(SN)) [CN3]

! 7 QFS-L1010MPPZ AG A Fuse(11CF 2A) [F1,F2,F3,F4]

8 QJAKEA043WJPZ AD C Jack(LGY6502-09000FC) [CN2]

9 QJAKH1016MPPZ AG C Connector(LPR6520-G930FM) [CN1] 10 QSW-Q1236ACZZ AE B Switch(SKQGAFE010) [SW501,SW502] 11 QTANA1002MPPZ AG C Connector(LQR1410-0004FM) [CN4] 12 RCILF1034MPZZ AC C Coil(LBC2016T2R2M) [L1,L2,L3] 13 RCILZ1041MPPZ AF C Coil(B1047AS-100M(DS75LC)) [L4,L6,L8,L10] 14 RCORF1014MPZZ AC C Core(BLM31PG121SN1) [L5,L7,L9,L11] 15 RCRSC1012MPPZ AH B Crystal(18.432MHz) [Y1] 16 VCCCRY1HB102J AA C Capacitor(50WV 1000pF) [C30,C31] 17 VCCCRY1HB221J AA C Capacitor(50WV 220pF) [C29] 18 VCCCRY1HB331J AA C Capacitor(50WV 330pF) [C3,C4,C9,C10]

VCCCRY1HB180J AA C Capacitor(50WV 18pF) [C203,C204,C303,C304,C305]

19

VCCCRY1HB180J AA C Capacitor(50WV 18pF) [C306] 20 VCCCRY1HB471J AA C Capacitor(50WV 470pF) [C13,C16,C28] 21 VCCCRY1HB680J AA C Capacitor(50WV 68pF) [C53,C54,C55,C56] 22 VCCCRY1HB681J AA C Capacitor(50WV 680pF) [C42,C46] 23 VCCCRY1HP2R0C AA C Capacitor(50WV 2.0pF) [C23,C24] 24 VCERUL1CM226M AD C Capacitor(16WV 22µF) [CE2,CE3] 25 VCERUL1EM107M AE C Capacitor(100µ/25V) [CE4] 26 VCERUL1HM335M AD C Capacitor(50WV 3.3µF) [CE1] 27 VCKYRI0JB226M AC C Capacitor(22µF/6.3V(2125)B) [C501,C502]

VCKYRI1CB106M AC C Capacitor(16WV 10µF(2012)) [C5,C15,C18,C20,C21] 28

VCKYRI1CB106M AC C Capacitor(16WV 10µF(2012)) [C22]

VCKYRI1EB105K AB C Capacitor(1µF/25V(2125)B) [C34,C38,C39,C40,C41]

29

VCKYRI1EB105K AB C Capacitor(1µF/25V(2125)B) [C43,C45,C402] 30 VCKYRN1EB475K AD C Capacitor(25WV 4.7µF) [C1,C2,C6,C8] 31 VCKYRY1EB183K AA C Capacitor(18000pF 25v) [C25,C26] 32 VCKYRY1EB224K AA C Capacitor(25WV 0.22µF) [C37,C48] 33 VCKYRY1EB334K AA C Capacitor(0.33µF(B)/25V) [C49,C50,C51,C52] 34 VCKYRY1HB103K AA C Capacitor(10000pF(B)/50V) [C19,C36,C57]

VCKYRY1HB104K AA C Capacitor(0.1µF/50V(1608)B) [C7,C11,C32,C33,C35] 35

VCKYRY1HB104K AA C Capacitor(0.1µF/50V(1608)B) [C44,C47,C58,C59,C60]

VCKYRY1HB104K AA C Capacitor(0.1µF/50V(1608)B) [C61,C62]

36 VCKYRY1HB152K AA C Capacitor(1500pF(B)/50V) [C12,C17,C27] 37 VCKYRY1HB473K AA C Capacitor(50WV 47000pF) [C14] 38 VCKYRZ1EF104Z AA C Capacitor(25WV 0.1µF(1005)) [C201,C301,C302,C401,C403] 39 VHD1SS355LF-1 AB B Diode(1SS355) [D5]

VHDAN217U++-1 AC B Diode(AN217U) [D1,D2,D3,D4,D6] 40

VHDAN217U++-1 AC B Diode(AN217U) [D7] 41 VHDDAN202U+-1 AB B Diode(DAN202U) [D13] 42 VHDRB160M30-1 AD B Diode(RB160M-30TR) [D8,D9,D10,D11] 43 VHEPTZ10B++-1 AD B Zener diode(PTZ10B) [D12] 44 VHIDS75S+++-1 AR B IC(DS75S+) [IC201,IC301,IC302] 45 VHIMSP3440C-1 AZ B IC(P3440GQAC12) [IC1] 46 VHIN26901E2-1 AW B Digital audio delay(NJU26901E2) [IC2] 47 VHIYDA138EZ-1 AX B IC(YDA138-EZE2) [IC3] 48 VHLGP1US301-1 AH B IC(GP1US301XP) [IC501] 49 VHPBRPY1201-1 AE B LED(BRPY1201W) [D501] 50 VHPGA1S200W-1 AF B LED(GA1A1S200WP) [IC401] 51 VRSRCY2AY000J AA C Resistor(1/16W 0Ω ±5%) [R35,R43] 52 VRSRCY2AY101J AA C Resistor(1/16W 100Ω ±5%) [R25,R26] 53 VRSRCY2AY102J AA C Resistor(1/16W 1.0KΩ ±5%) [R13,R15,R16,R47]

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R22,R23,R31,R36,R37] 54

VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R39,R40,R42,R45,R48]

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4

I/F-2 PWB + KEY PWB + Sensor PWB unit

PRICE

NEW

NO. PARTS CODE

54 VRSRCY2AY103J AA C Resistor(1/16W 10KΩ ±5%) [R52,R54,R402] 55 VRSRCY2AY104J AA C Resistor(1/16W 100KΩ ±5%) [R49] 56 VRSRCY2AY105J AA C Resistor(1/16W 1.0MΩ ±5%) [R401] 57 VRSRCY2AY151J AA C Resistor(1/16W 150Ω ±5%) [R9,R10] 58 VRSRCY2AY153J AA C Resistor(1/16W 15kΩ ±5%) [R3,R6] 59 VRSRCY2AY182J AA C Resistor(1/16W 1.8kΩ ±5%) [R18,R19] 60 VRSRCY2AY221J AA C Resistor(1/16W 220Ω ±5%) [R1,R2]

VRSRCY2AY330J AA C Resistor(1/16W 33Ω ±5%) [R28,R29,R30,R33,R51] 61

VRSRCY2AY330J AA C Resistor(1/16W 33Ω ±5%) [R201,R202,R301,R302,R319]

VRSRCY2AY330J AA C Resistor(1/16W 33Ω ±5%) [R320]

62 VRSRCY2AY333J AA C Resistor(1/16W 33KΩ ±5%) [R38,R41,R53] 63 VRSRCY2AY470J AA C Resistor(1/16W 47Ω ±5%) [R501] 64 VRSRCY2AY471J AA C Resistor(1/16W 470Ω ±5%) [R4,R7,R14,R17] 65 VRSRCY2AY473J AA C Resistor(1/16W 47KΩ ±5%) [R5,R8,R11,R12] 66 VRSRCY2AY474J AA C Resistor(1/16W 470kΩ ±5%) [R50] 67 VS2SC2412K+-1 AB B Transistor(2SC2412K) [Q3,Q4] 68 VS2SD2704K+-1 AC B Transistor(2SD2704K) [Q1,Q2] 69 VS2SK3018++-1 AC B Transistor(2SK3018) [Q5,Q6] 70 VSDTA114EUA-1 AC B Transistor(DTA114EUA) [Q8] 71 VSDTC114EUA-1 AC B Transistor(DTC114EUA) [Q7,Q10,Q11] 72 VSRK7002+++-2 AC B Transistor(RK7002) [Q9]

(Unit)

CPWBN1085MPS1 BR E I/F2 PWB unit

CPWBN1085MPS2 BA E KEY PWB unit

CPWBN1085MPS3 AY E Opt sensor-PWB unit

901

CPWBN1085MPS4 BA E Temp sensor 1 PWB unit

CPWBN1085MPS5 BA E Temp sensor 2 PWB unit

CPWBN1085MPS6 BA E Temp sensor3 PWB unit

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Index

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PARTS CODE NO.

[C] CANGK1201MP01 1- 34 BG D CANGK1203MP01 1- 35 BF D CANGK1205MP01 1- 36 BF D CCOVA1073MP01 1- 37 BZ D CPWBN1085MPS1 1- 3 BR E

" 4- 901 BR E

CPWBN1085MPS2 1- 4 BA E

" 4- 901 BA E

CPWBN1085MPS3 1- 7 AY E

" 4- 901 AY E

CPWBN1085MPS4 1- 5 BA E

" 4- 901 BA E

CPWBN1085MPS5 1- 6 BA E

" 4- 901 BA E

CPWBN1085MPS6 1- 11 BA E

" 4- 901 BA E

CPWBY1084MPA1 1- 2 CL E

" 3- 901 CL E CSTN-1023MP01 2- 31 BB N D CSTN-1024MP01 2- 30 BB N D

[G] GCABA1041MPZZ 1- 29 BA D GCABA1042MPZZ 1- 30 BA D GCABA1043MPZZ 1- 31 BA D

[J] JHNDP1001MPZZ 1- 33 AQ D

[L] LANGK1207MPZZ 1- 38 BM D LANGK1208MPZZ 1- 39 AY D LANGK1209MPZZ 1- 40 AG D LANGK1210MPZZ 1- 41 AF C LANGK1211MPZZ 1- 42 AF C LANGK1212MPZZ 1- 43 BG C LANGT1215MPZZ 1- 44 AQ C LANGT1216MPZZ 1- 45 AX C LANGT1217MPZZ 1- 46 AS C LCRA-1002MPZZ 2- 10 AC C LCRA-1003MPZZ 2- 11 AM C LHLDW0544FCZZ 1- 71 AC C LHLDW1017MPZZ 1- 72 AC C LHLDW1018MPZZ 1- 73 AC C LHLDW2091SCZZ 1- 74 AD C LHLDW6655RCZZ 1- 75 AB C LX-BZ1003MPZZ 1- 61 AE C

[P] PCUSS1035MPZZ 1- 48 AE C PCUSS1039MPZZ 1- 76 AD C PFILW1011MPZZ 1- 32 AH D PGSK-1018MPZZ 1- 77 AG C PSHEZ1114MPZZ 1- 49 AE C PSHEZ1115MPZZ 1- 50 AF C PSHEZ1118MPZZ 1- 51 AE C PSHEZ1120MPZZ 1- 52 AG C PSHEZ1121MPZZ 1- 79 AD C PSHEZ1125MPZZ 1- 80 AC C PSPAZ1029MPZZ 1- 81 AE C PTPEZ1031MPZZ 1- 82 AB D PTPEZ1032MPZZ 1- 83 AC D PTPEZ1033MPZZ 1- 84 AC D PTPEZ1034MPZZ 1- 85 AC D PTPEZ1036MPZZ 1- 86 AE D PTPEZ1037MPZZ 1- 87 AE D

[Q] QACCB1038MPPZ 2- 7 BD B QACCE1039MPPZ 2- 7 BC B QACCT1035MPPZ 2- 7 BB B QACCU1029MPPZ 2- 7 AX B QCNCM1100MPPZ 3- 1 AD C QCNCM1101MPPZ 3- 2 AC C QCNCM1102MPPZ 3- 3 AC C QCNCM1125MPPZ 4- 1 AE C QCNCM1517ACPA 3- 4 AE C QCNCW1106MPPZ 3- 5 AK C QCNCW1107MPPZ 3- 6 AL C QCNCW1124MPPZ 4- 2 AF C QCNCW1421FCPZ 3- 7 AE C QCNCW1422FCPZ 3- 8 AE C

" 4- 3 AE C

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PARTS CODE NO.

QCNCW1423FCPZ 3- 9 AE C

" 4- 4 AE C

QCNCW1424FCPZ 3- 10 AF C

" 4- 5 AF C QCNCW1425FCPZ 3- 11 AF C QCNCW1433FCPZ 3- 12 AF C

" 4- 6 AF C QCNW-1288MPPZ 1- 12 BC C QCNW-1289MPPZ 1- 13 AP C QCNW-1290MPPZ 1- 14 BA C QCNW-1291MPPZ 1- 15 AN C QCNW-1292MPPZ 1- 16 AL C QCNW-1293MPPZ 1- 17 AH C QCNW-1294MPPZ 1- 18 AL C QCNW-1296MPPZ 1- 20 AN C QCNW-1297MPPZ 1- 21 AP C QCNW-1298MPPZ 1- 22 AQ C QCNW-1299MPPZ 1- 23 AR C QCNW-1302MPPZ 1- 25 AL C QCNW-1303MPPZ 1- 26 AK C QCNW-1305MPPZ 1- 27 AN C QCNW-1307MPPZ 1- 24 AN C QFS-L1002ACZZ 3- 13 AF A QFS-L1003ACZZ 3- 14 AF A QFS-L1004ACZZ 3- 15 AF A QFS-L1009ACZZ 3- 16 AG A QFS-L1009MPPZ 3- 17 AG A QFS-L1010MPPZ 4- 7 AG A QFS-L1012MPPZ 3- 18 AG A QFS-L1016MPPZ 3- 19 AG A QFS-L1018MPPZ 3- 20 AG A QJAKEA043WJPZ 4- 8 AD C QJAKF1023MPPZ 3- 21 AQ C QJAKH1016MPPZ 4- 9 AG C QJAKH1022MPPZ 3- 22 AU C QSOCN1025MPPZ 3- 23 AP C QSOCN1028MPPZ 3- 24 AS C QSOCZ1031MPPZ 3- 25 AN C QSW-C1012MPPZ 1- 10 AP B QSW-Q1236ACZZ 4- 10 AE B QTANA1002MPPZ 4- 11 AG C

[R] RC-DZ1001MPPZ 3- 26 AX C RCILF1034MPZZ 4- 12 AC C RCILZ1041MPPZ 3- 27 AF C

" 4- 13 AF C RCILZ1045MPPZ 3- 28 AG C RCILZ1047MPPZ 3- 29 AG C RCORF1014MPZZ 4- 14 AC C RCORF1015MPZZ 3- 30 AC C RCRSC1012MPPZ 3- 31 AH B

" 4- 15 AH B RCRSC1017MPPZ 3- 32 AG B RCRSC1018MPPZ 3- 33 AK B RDENC1010MPPZ 1- 8 CC E RFILN0051FCZZ 3- 34 AC C RFILN1017MPPZ 3- 35 AA C RFILN1062ACZZ 3- 36 AA C RMPTR4102ACPZ 3- 37 AA B RMPTR4330ACPZ 3- 38 AA B RRMCG1003MPPZ 2- 15 AT B RUITK1016MPPZ 1- 9 BE E

[S] SPAK-1263MPZZ 2- 3 AY D SPAKA1258MPZZ 2- 4 AY D SPAKA1259MPZZ 2- 2 AX D SPAKA1260MPZZ 2- 5 AT D SPAKC1264MPZZ 2- 1 BB N D SPAKC1268MPZZ 2- 1 BB N D SPAKF1267MPZZ 2- 6 AN N D SPAKL1240MPZZ 2- 25 AF D SSAKA0003HCZZ 2- 8 AA D SSAKH0130QCZZ 2- 13 AA D

[T] TGANE1093MPZZ 2- 12 AD N D TINSE1096MPZZ 2- 14 BA N D TINSM1100MPZZ 2- 14 BF N D TLABE1660MPZZ 2- 29 AC N D TLABE1679MPZZ 2- 29 AC N D TLABE1680MPZZ 2- 29 AC N D TLABM1641MPZZ 1- 54 AQ N D

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PARTS CODE NO.

TLABM1673MPZZ 1- 54 AR N D TLABM1691MPZZ 1- 54 AR N D TLABR1643MPZZ 2- 29 AC N D TLABZ1577MPZZ 2- 19 AG D TLABZ1578MPZZ 2- 26 AH D TLABZ1579MPZZ 1- 55 AK D TLABZ1622MPZZ 1- 56 AM D TLABZ1623MPZZ 1- 57 AH D TLABZ1640MPZZ 2- 27 AG D TLABZ1664MPZZ 2- 32 AD N D

" 2- 33 AD N D TLABZ1665MPZZ 2- 32 AF N D TLABZ1674MPZZ 2- 33 AD N D

[U] UBATU1012ECNA 2- 24 AF B UDSKA1039MPZZ 2- 17 AK D

[V] VCAAPC1CJ187M 3- 39 AK C VCCCRY1HB101J 3- 40 AA C VCCCRY1HB102J 3- 41 AA C

" 4- 16 AA C

VCCCRY1HB180J 3- 42 AA C

" 4- 19 AA C VCCCRY1HB220J 3- 43 AA C VCCCRY1HB221J 4- 17 AA C VCCCRY1HB270J 3- 44 AA C VCCCRY1HB330J 3- 45 AA C VCCCRY1HB331J 4- 18 AA C VCCCRY1HB390J 3- 46 AA C VCCCRY1HB471J 4- 20 AA C VCCCRY1HB680J 4- 21 AA C VCCCRY1HB681J 4- 22 AA C VCCCRY1HP2R0C 4- 23 AA C VCERUD1VN337M 3- 47 AE C VCERUL0JM476M 3- 48 AD C VCERUL1CM226M 3- 49 AD C

" 4- 24 AD C VCERUL1EM107M 4- 25 AE C VCERUL1EM476M 3- 50 AE C VCERUL1HM335M 4- 26 AD C VCKYRI0JB226M 4- 27 AC C VCKYRI1CB106M 3- 51 AC C

" 4- 28 AC C VCKYRI1EB105K 3- 52 AB C

" 4- 29 AB C VCKYRN1CB225K 3- 53 AB C VCKYRN1EB475K 3- 54 AD C

" 4- 30 AD C VCKYRY1EB183K 4- 31 AA C VCKYRY1EB224K 4- 32 AA C VCKYRY1EB334K 3- 55 AA C

" 4- 33 AA C VCKYRY1HB103K 3- 56 AA C

" 4- 34 AA C VCKYRY1HB104K 3- 57 AA C

" 4- 35 AA C VCKYRY1HB152K 4- 36 AA C VCKYRY1HB223K 3- 58 AA C VCKYRY1HB473K 3- 59 AA C

" 4- 37 AA C VCKYRY1HF104Z 3- 60 AA C VCKYRZ1EF104Z 3- 61 AA C

" 4- 38 AA C VCKYRZ1HF103Z 3- 62 AA C VHD1SS355LF-1 3- 63 AB B

" 4- 39 AB B VHDAN217U++-1 3- 64 AC B

" 4- 40 AC B VHDBAV99LF+-1 3- 65 AC B VHDDAN202U+-1 3- 66 AB B

" 4- 41 AB B VHDRB060M30-1 3- 67 AD B VHDRB070M30-1 3- 68 AD B VHDRB095B40-1 3- 69 AF B VHDRB160M30-1 4- 42 AD B VHEHZU2R7B1-1 3- 70 AE B VHEHZU3R3B2-1 3- 71 AC B VHEPTZ10B++-1 4- 43 AD B VHEPTZ12B++-1 3- 72 AG B VHEUDZS010B-2 3- 73 AC B VHEUDZS4R3B-2 3- 74 AC B

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PARTS CODE NO.

VHI032D7TF3-1 3- 75 AZ B VHI1374U33+-1 3- 76 AR B VHI16C2552+-1 3- 77 BA B VHI16M16P5B-1 3- 78 BA B VHI1CY103ZH-1 3- 79 AH B VHI33EZ1HZP-1 3- 80 AG B VHI7SET17FU-1 3- 81 AE B VHI8612ARUZ-1 3- 82 AX B VHI8638LF++-1 3- 83 BR B VHIBR2432FV-1 3- 84 AH B VHIBR24L02F-1 3- 85 AF B VHIBU4S01G2-1 3- 86 AE B VHIBU4S71G2-1 3- 87 AE B VHIDS75S+++-1 4- 44 AR B VHILM3475MF-1 3- 88 AK B VHILT6554CG-1 3- 89 AX B VHILVC125DB-1 3- 90 AG B VHILVC14ADB-1 3- 91 AF B VHILVC1G80D-1 3- 92 AE B VHIM62334FP-1 3- 93 AK B VHIMAX3243C-1 3- 94 AR B VHIMSP3440C-1 4- 45 AZ B VHIN26901E2-1 4- 46 AW B VHIPCF8575P-1 3- 95 AU B VHIPQ09DZ1U-1 3- 96 AF B VHISM5301CS-1 3- 97 AQ B VHITC7SET8F-1 3- 98 AD B VHITFP503++-1 3- 99 BD B VHITFP513++-1 3- 100 BB B VHITL7712AC-1 3- 101 AL B VHIV4053APW-1 3- 102 AF B VHIYDA138EZ-1 4- 47 AX B VHLGP1US301-1 4- 48 AH B VHPBRPY1201-1 4- 49 AE B VHPGA1S200W-1 4- 50 AF B VHVICPS0R7A-1 3- 103 AD B VPRDNS47M0000 3- 104 AC C VRSRCY2AY000J 3- 105 AA C

" 4- 51 AA C VRSRCY2AY100D 3- 106 AA C VRSRCY2AY100J 3- 107 AA C VRSRCY2AY101J 3- 108 AA C

" 4- 52 AA C VRSRCY2AY102J 3- 109 AA C

" 4- 53 AA C VRSRCY2AY103D 3- 110 AA C VRSRCY2AY103J 3- 111 AA C

" 4- 54 AA C VRSRCY2AY104J 3- 112 AA C

" 4- 55 AA C VRSRCY2AY105J 3- 113 AA C

" 4- 56 AA C VRSRCY2AY122D 3- 114 AA C VRSRCY2AY122J 3- 115 AA C VRSRCY2AY133D 3- 116 AA C VRSRCY2AY150D 3- 117 AA C VRSRCY2AY151J 4- 57 AA C VRSRCY2AY152D 3- 118 AA C VRSRCY2AY152J 3- 119 AA C VRSRCY2AY153J 4- 58 AA C VRSRCY2AY162D 3- 120 AA C VRSRCY2AY182J 3- 121 AA C

" 4- 59 AA C VRSRCY2AY200J 3- 122 AA C VRSRCY2AY202D 3- 123 AA C VRSRCY2AY203J 3- 124 AA C VRSRCY2AY220D 3- 125 AA C VRSRCY2AY221J 3- 126 AA C

" 4- 60 AA C VRSRCY2AY222J 3- 127 AA C VRSRCY2AY224J 3- 128 AA C VRSRCY2AY271J 3- 129 AA C VRSRCY2AY281D 3- 130 AA C VRSRCY2AY301J 3- 131 AA C VRSRCY2AY330J 3- 132 AA C

" 4- 61 AA C VRSRCY2AY333J 3- 133 AA C

" 4- 62 AA C VRSRCY2AY334J 3- 134 AA C VRSRCY2AY361J 3- 135 AA C VRSRCY2AY362D 3- 136 AA C

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PARTS CODE NO.

VRSRCY2AY362J 3- 137 AA C VRSRCY2AY470J 4- 63 AA C VRSRCY2AY471J 4- 64 AA C VRSRCY2AY472D 3- 138 AA C VRSRCY2AY472J 3- 139 AA C VRSRCY2AY473J 3- 140 AA C

" 4- 65 AA C VRSRCY2AY474J 4- 66 AA C VRSRCY2AY511D 3- 141 AA C VRSRCY2AY512J 3- 142 AA C VRSRCY2AY560D 3- 143 AA C VRSRCY2AY561J 3- 144 AA C VRSRCY2AY680D 3- 145 AA C VRSRCY2AY750D 3- 146 AA C VS2A1610Y3A-1 3- 147 AE B VS2SC2412K+-1 4- 67 AB B VS2SD2704K+-1 4- 68 AC B VS2SJ601ZAZ-1 3- 148 AL B VS2SK3018++-1 3- 149 AC B

" 4- 69 AC B VSDTA114EUA-1 3- 150 AC B

" 4- 70 AC B VSDTC114EUA-1 3- 151 AC B

" 4- 71 AC B VSDTC115EUA-1 3- 152 AC B VSRK7002+++-2 4- 72 AC B VSRSQ035P03-1 3- 153 AE B VVLK460D3LZ19 1- 1 FU E

[X] XBBS860P10000 1- 63 AC C XBBS860P20000 1- 64 AC C XBPS830P08KS0 1- 67 AB C XBPS850P08KS0 1- 68 AC C XBPSN30P08KS0 1- 65 AA C XBPSN40P08KS0 1- 66 AA C XBSS830P06000 1- 69 AC C XUBSN30P08000 1- 70 AA C

RANK

MARK

PART

RANK

PARTS CODE NO.

PRICE

RANK

NEW

MARK

PART

RANK

– 11 –

Right Page

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 2007BY SHARP CORPORATION

Printed in Japan.

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SHARP CORPORATION Information and Communication Systems Group Quality Assurance Department Yamatokoriyama, Nara 639-1186, Japan

2007 March Printed in Japan t