Panasonic SA-PT950P DVD Home Theater Sound System User Manual

DVD Home Theater Sound System
SA-PT950P
SA-PT950PC
Colour
(K)…………………..Black Type

SA-PT950P DVD Home Theater Sound System

Specifications
lGENERAL

(16-15/16”×2-15/16”×16-11/16”)
Mass:| Main unit 5 kg (11.02 Ibs)
Operating Temperature Range:| +5°C to +35°C (+41°F to +95°F)
Operating Humidity Range:| 5% to 90% RH (no condensation)

lAMPLIFIER SECTION
RMS Output Power: Dolby Digital Mode
lTotal RMS Dolby Digital mode power: 1200 W
At 1 kHz and total harmonic of 10%

At 100 Hz and total harmonic of 10%
lSubwoofer Ch: 250 W / Channel (6 Ω)
FTC Output Power: Dolby Digital Mode
lTotal FTC Dolby Digital mode power: 472 W
At 120 Hz – 20 kHz and total harmonic of 1%

At 45 Hz – 120 Hz and total harmonic of 1%
lSubwoofer Ch: 95W / Channel (6Ω)
lFM/AM TUNER, TERMINALS SECTION
Preset Memory: FM 30 stations
AM / MW 30 stations
Frequency Modulation (FM)

Frequency range:| 87.9-107.9 MHz
(200-kHz step)
87.5-108.0 MHz
(100-kHz step)
---|---
Sensitivity:| 2.5 µV (IHF)
S/N 26 dB:| 2.2 µV
Antenna terminals:| 75 Ω (unbalanced)
Amplitude Modulation (AM/MW):
Frequency range:| 520-1710 kHz (10-kHz step)
AM Sensitivity S/N 20 dB at
1000 kHz:| 560 µV/m
Phone Jack:|

© 2007 Matsushita Electric Industrial Co., Ltd. All rights reserved. Unauthorized copying and distribution is a violation of law.
Terminal: Stereo, 3.5 mm (1/8”) jack
Music Port (Front):
Sensitivity: 100 mV, 1.2 kΩ
Terminal (Input): Stereo, 3.5 mm (1/8”) jack
Discs played [8 cm (3”) or 12 cm (5”)]:

1. DVD (DVD-Video)
2. DVD-RAM [DVD-VR, MP3 (2, 5), JPEG (4, 5)]
3. DVD-R [DVD-Video, DVD-VR, MP3 (2, 5), JPEG (4, 5)]
4. DVD-R DL (DVD-Video, DVD-VR)
5. DVD-RW [DVD-Video, DVD-VR, MP3 (2, 5), JPEG (4, 5)]
6. +R, +RW (Video)
7. +R DL (Video)
8. CD, CD-R/RW [CD-DA, Video CD, SVCD (1), MP3 (2, 5), WMA (3, 5), JPEG (4, 5), HighMAT Level 2 (Audio and Image)] 1 Conforming to IEC62107
   2 MPEG-1 Layer 3, MPEG-2 Layer 3
   3 Windows Media Audio Ver.9.0 L3
   lNot compatible with Multiple Bit Rate (MBR)
   4 Exif Ver 2.1 JPEG Baseline files
   lPicture resolution: between 160 x 120 and 6144 x 4096 pixels (Sub sampling is 4:0:0, 4:2:0, 4:2:2 or 4:4:4).
   Extremely long and narrow pictures may not be displayed.
   *5 The total combined maximum number of recognizable audio and picture contents and groups: 4000 audio and picture contents and 400 groups

Pick Up:

Wavelength:
lCD:| 785 nm
---|---
lDVD:| 662 nm
Laser power:
lCD / DVD: (P)| CLASS I / CLASS II
lCD / DVD: (PC)| CLASS 1M / CLASS 1
Audio Output (Disc):
Number of channels:| 5.1 ch (FL, FR, C, SL, SR,
SW)
lVIDEO SECTION
Video System:| NTSC
Composite Video Output:
lOutput level:| 1 Vp-p (75 Ω)
lTerminal:| Pin jack (1 system)
Component Video Output (480p/480i):
lY output level:| 1 Vp-p (75 Ω)
lPB output level:| 0.7 Vp-p (75 Ω)
lPR output level:| 0.7 Vp-p (75 Ω)
lTerminal:| Pin jack (Y: green, PB : blue, PR : red) (1 system)
HDMI AV Output:
lTerminal:| Type A connector (19-pin),
CEC Ver.1.3a

Power Consumption in Standby Mode: approx. 0.5 W

Note:

1. Specifications are subject to change without notice.
   Mass and dimensions are approximate.

Manufactured under license from Dolby Laboratories.
“Dolby”, “Pro Logic” and the double-D symbol are trademarks of Dalby Laboratories.
“DTS” and “DTS Digital Surround” are registered trademarks of DTS, Inc.
Apparatus Claims of U.S. Patent Nos. 4,631,603, 4,577,216, and 4,819,098, licensed for limited viewing uses only.
This product incorporates copyright protection technology that is protected by method claims of certain U.S. patents and other intellectual property rights owned by Macrovision Corporation and other rights owners. Use of this copyright protection technology must be authorized by Macrovision Corporation, and is intended for home and other limited viewing uses only unless otherwise authorized by Macrovision Corporation. Reverse engineering or disassembly is prohibited.
Windows Media and the Windows logo are tlademarks or registered trademarks of Microsoft Corporation in the United States and/or other countries.
This product is protected by certain intellectual property rights of Microsoft Corporation and third parties. Use or distribution of such technology outside of this product is prohibited without a license from Microsoft or an authorized Microsoft subsidiary and thitd parties.
WMA is a compression format developed by Microsoft Corporation. It achieves the same sound quality as MP3 with a file size that is smaller than that of MP3.
HighMAT™ and the HighMAT logo are either trademarks or registered trademarks of Microsoft Corporation in the United States and/or other countries.
1IDMI, the 1IDMI logo and I ligh-Definition Multimedia Interface are trademarks or registered trademarks of HDMI Licensing LLC.
HDAVI Control™ is a trademark of Matsushita Electric Industrial Co., Ltd.
The XM name and related logos are registered trademarks of XM Satellite Radio Inc. All rights reserved.
iPod is a trademark of Apple Computer, Inc., registered in the U.S. and other countries.
Built-in decoders
You can play discs with these symbols. WARNING
This service information is designed for experienced repair technicians only and is not designed for use by the general public.
It does not contain warnings or cautions to advise non-technical individuals of potential dangers in attempting to service a product.
Products powered by electricity should be serviced or repaired only by experienced professional technicians. Any attempt to service or repair the product or products dealt with in this service information by anyone else could result in serious injury or death.

Safety Precautions

1.1. GENERAL GUIDELINES

1. When servicing, observe the original lead dress. If a short circuit is found, replace all parts which have been overheated or damaged by the short circuit.
2. After servicing, see to it that all the protective devices such as insulation barriers, insulation papers shields are properly installed.
3. After servicing, carry out the following leakage current checks to prevent the customer from being exposed to shock hazards.

1.1.1. LEAKAGE CURRENT COLD CHECK

1. Unplug the AC cord and connect a jumper between the two prongs on the plug.
2. Measure the resistance value, with an ohmmeter, between the jumpered AC plug and each exposed metallic cabinet part on the equipment such as screwheads, connectors, control shafts, etc. When the exposed metallic part has a return path to the chassis, the reading should be between 1MΩ and 5.2MΩ.
   When the exposed metal does not have a return path to the chassis, the reading must be

1.1.2. LEAKAGE CURRENT HOT CHECK

1. Plug the AC cord directly into the AC outlet. Do not use an isolation transformer for this check.
2. Connect a 1.5kΩ, 10 watts resistor, in parallel with a 0.15µF capacitors, between each exposed metallic part on the set and a good earth ground such as a water pipe, as shown in Figure 1.
3. Use an AC voltmeter, with 1000 ohms/volt or more sensitivity, to measure the potential across the resistor.
4. Check each exposed metallic part, and measure the voltage at each point.
5. Reverse the AC plug in the AC outlet and repeat each of the above measurements.
6. The potential at any point should not exceed 0.75 volts RMS. A leakage current tester (Simpson Model 229 or equivalent) may be used to make the hot checks, leakage current must not exceed 1/2 milliamp. In case a measurement is outside of the limits specified, there is a possibility of a shock hazard, and the equipment should be repaired and rechecked before it is returned to the customer.

1.2. Before Repair and Adjustment
Disconnect AC power to discharge unit AC Capacitors as such C5700, C5701, C5703, C5704, C5705 through a 10 Ω,10W resistor to ground.
Caution:
DO NOT SHORT-CIRCUIT DIRECTLY (with a screwdriver blade, for instance), as this may destroy solid state devices.
After repairs are completed, restore power gradually using a variac, to avoid overcurrent.
Current consumption at AC 120 V, 60 Hz in NO SIGNAL mode volume minimal should be ~ 900 mA.
1.2.1. Caution for fuse replacement 1.3. Protection Circuitry
The protection circuitry may have operated if either of the following conditions are noticed:

• No sound is heard when the power is turned on.
• Sound stops during a performance.

The function of this circuitry is to prevent circuitry damage if, for example, the positive and negative speaker connection wires are “shorted”, or if speaker systems with an impedance less than the indicated rated impedance of the amplifier are used.
If this occurs, follow the procedure outlines below:

1. Turn off the power.
2. Determine the cause of the problem and correct it.
3. Turn on the power once again after one minute.

Note:
When the protection circuitry functions, the unit will not operate unless the power is first turned off and then on again.

1.4. Safety Parts Information
Safety Parts List:
There are special components used in this equipment which are important for safety.
These parts are marked by in the Schematic Diagrams & Replacement Parts List. It is essential that these critical parts should be replaced with manufacturer’s specified parts to prevent shock, fire or other hazards. Do not modify the original design without permission of manufacturer.
Table 1

Prevention of Electro Static Discharge (ESD) to Electrostatically

Sensitive (ES) Devices

Some semiconductor (solid state) devices can be damaged easily by static electricity. Such components commonly are called Electrostatically Sensitive (ES) Devices. Examples of typical ES devices are integrated circuits and some field-effect transistors and  semiconductor “chip” components. The following techniques should be used to help reduce the incidence of component damage caused by electro static discharge (ESD).

1. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off any ESD on your body by touching a known earth ground. Alternatively, obtain and wear a commercially available discharging ESD wrist strap, which should be removed for potential shock reasons prior to applying power to the unit under test.

2.  After removing an electrical assembly equipped with ES devices, place the assembly on a conductive surface such as aluminum foil, to prevent electrostatic charge buildup or exposure of the assembly.

3. Use only a grounded-tip soldering iron to solder or unsolder ES devices.

4. Use only an anti-static solder removal device. Some solder removal devices not classified as “anti-static (ESD protected)” can generate electrical charge sufficient to damage ES devices.

5. Do not use freon-propelled chemicals. These can generate electrical charges sufficient to damage ES devices.

6. Do not remove a replacement ES device from its protective package until immediately before you are ready to install it. (Most replacement ES devices are packaged with leads electrically shorted together by conductive foam, aluminum foil or comparable conductive material).

7. Immediately before removing the protective material from the leads of a replacement ES device, touch the protective material to the chassis or circuit assembly into which the device will be installed.
   Caution:
   Be sure no power is applied to the chassis or circuit, and observe all other safety precautions.

8. Minimize bodily motions when handling unpackaged replacement ES devices. (Otherwise harmless motion such as the brushing together of your clothes fabric or the lifting of your foot from a carpeted floor can generate static electricity (ESD) sufficient to damage an ES device).

Precaution of Laser Diode

CAUTION:
This unit utilizes a Class I/Class II (P), Class 1M/Class 1 (PC) laser.
Invisible laser radiation is emitted from the optical pickup lens.
Wavelength: 662nm(DVD)/785nm(CD).
Maximum output radiation power from pickup: 100µW/VDE
When the unit is turned on:

1. Do not look directly into the pick up lens.
2. Do not use optical instruments to look at the pick up lens.
3. Do not adjust the preset variable resistor on the pickup lens.
4. Do not disassemble the optical pick up unit.
5. If the optical pick up is replaced, use the manufacturer’s specified replacement pick up only.
6. Use of control or adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure.

CAUTION:
THIS PRODUCT UTILIZES A LASER.
USE OF CONTROLS OR ADJUSTMENTS OR PERFORMANCE OF PROCEDURES OTHER THAN THOSE SPECIFIED HEREIN MAY RESULT iN HAZARDOUS RADIATION EXPOSURE.

About Lead Free Solder (PbF)

4.1. Service caution based on legal restrictions
4.1.1. General description about Lead Free Solder (PbF)
The lead free solder has been used in the mounting process of all electrical components on the printed circuit boards used for this equipment in considering the globally environmental conservation.
The normal solder is the alloy of tin (Sn) and lead (Pb). On the other hand, the lead free solder is the alloy mainly consists of tin (Sn), silver (Ag) and Copper (Cu), and the melting point of the lead free solder is higher approx.30 degrees C (86°F) more than that of the normal solder.
Definition of PCB Lead Free Solder being used
The letter of “PbF” is printed either foil side or components side on the PCB using the lead free solder.
(See right figure)
PdF
Service caution for repair work using Lead Free Solder (PbF)

• The lead free solder has to be used when repairing the equipment for which the lead free solder is used.
  (Definition: The letter of “PbF” is printed on the PCB using the lead free solder.)

• To put lead free solder, it should be well molten and mixed with the original lead free solder.

• Remove the remaining lead free solder on the PCB cleanly for soldering of the new IC.

• Since the melting point of the lead free solder is higher than that of the normal lead solder, it takes the longer time to melt the lead free solder.

• Use the soldering iron (more than 70W) equipped with the temperature control after setting the temperature at 350±30 degrees C (662±86°F).

Recommended Lead Free Solder (Service Parts Route.)

• The following 3 types of lead free solder are available through the service parts route.

RFKZ03D01K———–(0.3mm 100g Reel)
RFKZ06D01K———–(0.6mm 100g Reel)
RFKZ10D01K———–(1.0mm 100g Reel)
Note

• Ingredient: tin (Sn), 96.5%, silver (Ag) 3.0%, Copper (Cu) 0.5%, Cobalt (Co) / Germanium (Ge) 0.1 to 0.3%

Handling Precautions for Traverse Unit

The laser diode in the optical pickup unit may break down due to static electricity of clothes or human body. Specia l care must be taken avoid caution to electrostatic breakdown when servicing and handling the laser diode.
5.1. Cautions to Be Taken in Handling the Optical Pickup Unit
The laser diode in the optical pickup unit may be damaged due to electrostatic discharge generating from clothes or human body.
Specia l care must be taken avoid caution to electrostatic discharge damage when servicing the laser diode.

1. Do not give a considerable shock to the optical pickup unit as it has an extremely high-precise structure.
2. To prevent the laser diode from the electrostatic discharge damage, the flexible cable of the optical pickup unit removed should be short-circuited with a short pin or a clip.
3. The flexible cable may be cut off if an excessive force is applied to it. Use caution when handling the flexible cable.
4. The antistatic FPC is connected to the new optical pickup unit. After replacing the optical pickup unit and connecting the flexible cable, cut off the antistatic FPC.

5.2. Grounding for electrostatic breakdown prevention
Some devices such as the DVD player use the optical pickup (laser diode) and the optical pickup will be damaged by static electricity in the working environment. Proceed servicing works under the working environment where grounding works is completed.
5.2.1. Worktable grounding

1. Put a conductive material (sheet) or iron sheet on the area where the optical pickup is placed, and ground the sheet.

5.2.2. Human body grounding

1. Use the anti-static wrist strap to discharge the static electricity form your body.

Accessories

Operation Procedures

7.1. Remote Control Key Buttons Operations 7.2. Main Unit Key Buttons Operations 7.3. Wireless Surround
7.3.1. Wireless System Key Buttons Operations (SE-FX65) 7.3.2. Digital Transmitter Connection (SH-FX65T)
Do not insert or remove while the main unit is on. 7.4. Using the EZ Sync HDAVI Control What is EZ Sync HDAVI Control?
EZ Sync HDAVI Control is a convenient function that offers linked operation of this unit and Panasonic TV (VIERA) with EZ Sync HDAVI Control. You can use this function by connecting the equipment with the HDMI cable. For operational details, see the operating instructions of the connected equipment.
This unit supports “HDAVI Control 2” function.
The TV with “HDAVI Control 2” function enables the following operation:
EZ Sync Control only with TV s remote control (for “HDAVI Control 2”)( right)
Preparation

• Confirm that the HDMI connection ( OI page 7) has been made.
• Set “EZ Sync” to “On” ( OI page 26, “HDMI” menu).
• To complete and activate the connection correctly, turn on all EZ Sync HDAVI Control compatible equipment and set the television to the corresponding HDMI input mode for the home theater system.

Whenever the connection or settings are changed, reconfirm the points above.
One touch play
You can turn on the home theater system and television, and start playing the disc in the play position with a single press of a button.
Press [ONE TOUCH PLAY].
Theater speakers will be automatically activated (→ below).

• This function also works if you press [ PLAY ] on the home theater remote control during home theater standby mode.

[Note]
Playback may not be immediately displayed on the television. If you miss the beginning portion of playback, press [ ] or [ ] to go back to where playback started.
Auto input switching

• When you switch the television input to:
  – TV tuner mode, the home theater system will automatically switch to “AUX” .
  – HDMI input mode for the home theater system, the home theater system will automatically switch to “DVD/CD” if it is in “AUX” mode.

• When you start disc play, the television will automatically switch to the HDMI input mode for the home theater system.
  To toggle the mode that this function works with, press [SETUP] while the main unit is in “AUX” or “D-IN” mode.
  – The default setting is “AUX”.

Speaker control

You can select whether audio is output from the home theater system or the television speakers by using the television menu settings. For details, refer to the operating instructions of your television.
Home theater
Theater speakers are active.

• When the home theater system is in standby mode, changing the television speakers to theater speakers in the televison menu will automatically turn the home theater system on and select “AUX” as the source.
• The television speakers are automatically muted.
• You can control the volume setting using the volume or mute button on the TV s remote control. (The volume level is displayed on the main unit s FL display.)
• To cancel muting, you can also use the home theater remote control (→ OI page 12).
• If you turn off the home theater system, television speakers will be automatically activated.

TV
Television speakers are active.

• The volume of the home theater system is set to “0”.
  This function works only when “DVD/CD” or “AUX” is selected as the source on the home theater system.

• Audio output is 2-channel audio.

• When switching between the theater and television speakers, the TV screen may be blank for several seconds.

To toggle which input source the main unit will automatically switch to, press [SETUP] while the main unit is in “AUX” or “D-IN” mode.
The default setting is “AUX”.
Power off link
When the television is turned off, the home theater system goes into standby mode automatically.

• This function works only when “DVD/CD” or “AUX” is selected as the source on the home theater system.
• When the television is turned on, the home theater system does not turn on automatically. (Power on link is not available.)

** For “AUX” or “D-IN” mode, power off link can be set to work with one or the other. To toggle the mode that this function works with, press [SETUP] while the main unit is in “AUX” or “D-IN” mode.
The default setting is “AUX”.
[Note]**
Only the home theater system turns off when you press [ ] for shutting it down. Other connected equipment compatible with EZ Sync HDAVI Control stay on.
EZ Sync Contol only with TV’s remote control (for “HDAVI Control 2”)
You can control the disc menus of the home theater system with the TV s remote control when using the t “DVD/CD” source. When operating the TV s remote control, refer to the below illustration for operation buttons.

1. Select the theater operation menu by using the television menu settings.
   (For details, refer to the operating instructions of your television.)
   • The home theater system will automatically switch to “DVD/CD” if it is in “AUX” mode. **** To toggle the mode that this function works with, press [SETUP] while the main unit is in “AUX” or “D-IN” mode.
   The default setting is “AUX”.

2. Select the desired item.
   • “TOP MENU”: Shows a disc top menu (→ OI page 17, 20) or program list (→ OI page 21).
   • “MENU”:
   Shows a disc menu or play (→ OI page 17, 20) list (→ OI page 21).
   • “Control Panel”: The basic operations for discs are available.

[Note]

• Depending on the menu, some button operations cannot be performed from the TV s remote control.
• “Control Panel” can be selected directly by using a button on the TV s remote control (e.g. [SUB MENU]).

7.5. Using the XM® Satellite Radio Radio operations are described mainly with the remote control.
You can alternatively use the corresponding button on the main unit.
1 [SELECTOR] 2 [X TUNING W] 3 [MEMORY] 4 [ TUNE MODE] XM Satellite Radio
XM Satellite Radio is the provider of satellite radio. XM offers more than 170 digital radio channels with music, talk, news, sports, comedy, traffic and weather reports. To enjoy XM Satellite Radio, subscription is required.
For more information, visit XM on the Web at www.xmradio.com for U.S. customers, or www.xmradio.ca for Canada customers.
How to Subscribe
XM monthly service subscription sold separately. XM Connect & Play antenna, or XM Passport Mini-Tuner and Home Dock (includes home antenna) required to receive XM service (sold separately). Channels with frequent explicit language are indicated with an XL. Channel blocking is available for XM radio receivers by calling 1-800-XMRADIO (U.S. residents) or 1-877-GET-XMSR (Canada residents). Subscriptions subject to Customer Agreement available at xmradio.com (U.S. residents) and xmradio.ca (Canada residents).
Only available in the 48 contiguous United States and Canada.
2006 XM Satellite Radio Inc. All rights reserved. All other trademarks are the property of their respective owners.

• To subscribe in the U.S., visit XM on the Web at www.xmradio.com or call
  XM s Listener Care at 1-800-XMRADIO (1-800-967-2346).
  To subscribe in Canada, visit XM on the Web at www.xmradio.ca or call
  XM s Listener Care at 1-877-GET-XMSR (1-877-438-9677).

You should have your Radio ID ready (→ right).
Preparation
The XM Satellite Radio ID
Please confirm your XM Satellite Radio ID necessary for activating
XM Satellite Radio as follows.

1. Press [TUNER/BAND]*1 to select “XM”.
   • Ensure the antenna is connected (OI page 8).”

2. Press [PLAY MODE]*4 to select “MANUAL”.
   Each time you press the button: MANUAL → PRESET

3. Press [0] to select “XM 0” (XM channel 0).
   “RADIO ID”is indicated in the display briefly, followed by an 8-digit alphanumeric ID.

4. Note your XM Satellite Radio ID.
   • To avoid ambiguity, the letters I, O, S and F are not used in the ID. To exit, press [ *** ]2 to select another channel.

Optimizing the XM signal reception
The main unit has a signal strength indicator function that allows you to optimize the XM signal reception.

1. Press [TUNER/BAND]*1 to select “XM”.
   • Ensure the antenna is connected (OI page 8).

2. Press and hold [FL DISPLAY] until the XM signal status is displayed.

3. Position the antenna for the best possible satellite signal reception.
   The display changes depending on the signal strength.
   • If the satellite signal is weak or not available, you can optimize for the terrestrial signal (where available).

4. Press [FL DISPLAY] to return to the previous display.

Tips for optimizing reception

• To prevent interference with wireless equipment, place the antenna away from this unit, Panasonic wireless sound system SH-FX80/SH-FX85, Panasonic wireless system SH-FX50/SH-FX60/SH-FX65, and other equipment that emits radio waves (such as radio equipment and microwave ovens).
• Place the antenna near a south-facing window with an unobstructed view of the sky for the best satellite signal reception.
• Refer also to the operating instructions of your XM antenna.

7.6. Using the Music Port

Preparation

• To avoid distorted sound, make sure that any equalizer function of your external device is turned off.
• Reduce the volume of the main unit and external device.

1. Connect the external device (not included).
   Plug type: ∅ 3.5 mm (‘1/8″) stereo mini plug

2. Press [ >, < SELECT] repeatedly to select “MUSIC P.”.
   ● Adjust the volume on the external device to a normal listening level, and then adjust the volume of the main unit.
   ● You can enjoy sound from all speakers when you press [SRD MUSIC] to turn on Surround Music (→ Ol page 32).

7.7. About iPod
7.7.1. iPod Connection

Charging time

iPod nano 2nd generation (aluminum)
iPod 5th generation (video)
iPod nano 1st generation| Until iPod is fully charged
---|---
iPod 4th generation (color display)
iPod 4th generation
iPod mini| 5 hours (fixed)

[Note]

• AC cord must be connected with the main unit.

• OPTION will be shown on the main unit’s display during iPod charging in main unit standby mode. It will go off when charging is finished.
  For the above models under “fixed 5-hour charging”, “OPTION continues to be displayed throughout this duration, even when your iPod is fully charged. You can turn off this display by removing the iPod from the dock.

• Compatibility depends on the software version of your iPod.

7.7.2. Using the iPod

Preparation

• Adjust the volume on the iPod to a normal listening level.
• Reduce the volume of the main unit.
• Confirm the iPod connection (→ OI page 10).

1. Press [>, < SELECT] repeatedly to select “OPTION”.
   The iPod turns on.

2. Press [▶ PLAY] to play th e iPod.
   Adjust the volume of the main unit.
   You can enjoy surround sound when you press [PL/S.SRD] to turn on Super Surround ( → OI page 32).

track
(During play/pause) or press and hold Alternatively, press and hold [ ] on the main unit.| To search the current track

When you select another source, or turn the main unit off, the iPod turns off.
[Note]
Image/video display through the home theater is not available.
Compatible iPod

iPod nano
2nd generation (aluminum)| 4GB, 6GB
iPod
5th generation (video)| 2GB, 4GB, 8GB
iPod
5th generation (video)| 60GB, 80GB
iPod nano
1st generation| 30GB
iPod
4th generation (color display)| 1GB, 2GB, 4GB
iPod
4th generation (color display)| 40GB, 60GB
iPod
4th generation| 20GB, 30GB
iPod
4th generation| 40GB
iPod mini| 20GB

• Compatibility depends on the software version of your iPod.

7.8. Disc Information
7.8.1. Disc Playability (Media)
Commercial discs

discs
Video CD| | [VCD]| Music discs with video Including SVCD (Conforming to IEC62107)
CD| | [CD]| Music discs

Recorded discs (  : Playable, : Not playable)

Disc| Logo| Recorded on a DVD video
recorder, etc.| Recorded on a personal computer, etc.| Finalizing 6
---|---|---|---|---
[DVD-VR] 2| [DVD-V] 4| [WMA]| [MP3]| [JPEG]
DVD-RAM| | | –| x| | | Not Necessary
DVD-R/RW| | | | x| | | Necessary
DVD-R DL| | 3| | x| x| x| Necessary
+R/ +RW| –| x| ( ) 5| x| x| x| Necessary
+R DL| –| x| ( ) 5| x| x| x| Necessary
CD-R/RW 1| –| –| –| | | | Necessary 7

• It may not be possible to play all the above-mentioned discs in some cases due to the type of disc, the condition of the recording, the recording method, or how the files were created [→ Refer to Section 7.8.2. File Extension Type Support  (WMA/MP3/JPEG)]

1. This unit can play CD-R/RW recorded with CD-DA or Video CD format. [WMA] [MP3] [JPEG] This unit also plays HighMAT discs.
2. Discs recorded on DVD video recorders or DVD video cameras, etc. using Version 1.1 of the Video Recording Format (a unified video recording standard).
3. Discs recorded on DVD video recorders or DVD video cameras using Version 1.2 of the Video Recording Format (a unified video recording standard).
4. Discs recorded on DVD video recorders or DVD video cameras using DVD-Video Format.
5. Recorded using a format different from DVD-Video Format, therefore some functions cannot be used.
6. A process that allows play on compatible equipment. To play a disc that is indicated as “Necessary”, the disc must first be finalized on the device it was recorded on.
7. Closing the session will also work.

Discs that cannot be played
DVD-RW version 1.0, DVD-Audio, DVD-ROM, CD-ROM, CDV, CD-G, SACD, DivX Video Disc and Photo CD, DVD-RAM that cannot be removed from their cartridge, 2.6-GB and 5.2-GB DVD-RAM, and “Chaoji” VCD available on the market including CVD, DVCD, and SVCD that do not conform to IEC62107.

Note about using a DualDisc
The digital audio content side of a DualDisc does not meet the  echnical specifications of the Compact Disc Digital Audio (CD-DA) format so playback may not be possible.

7.8.2. File Extension Type Support (WMA/MP3/JPEG)

play WMA files that are copy-protected.
This unit does not support Multiple Bit Rate (MBR: an encoding process for audio content that produces an audio file encoded at several different bit rates).
[MP3]| DVD-RAM DVD-R/RW CD-R/RW| “.MP3”
“.mp3”| Compatible compression rate:
between 32 kbps and 320 kbps for sampling frequencies of 32 kHz and above between 8 kbps and 160 kbps for sampling frequencies of 24 kHz and below
This unit does not support ID3 tags. Compatible sampling frequencies:
DVD-RAM, DVD-R/RW:
11.02, 12, 22.05, 24, 44.1 and 48 kHz CD-R/RW:
8, 11.02, 12, 16, 22.05, 24, 32, 44.1 and 48 kHz
[JPEG]| DVD-RAM DVD-R/RW CD-R/RW| “.JPG”
“.jpg”
“.JPEG”
“.jpeg”| JPEG files taken on a digital camera that conform to DCF Standard (Design rule for Camera File system) Version 1.0 are displayed.
Files that have been altered, edited or saved with computer picture editing software may not be  isplayed.
This unit cannot display moving pictures, MOTION JPEG and other such formats, still pictures other  han JPEG (e.g. TIFF), or play pictures with attached audio.

• When there are more than 8 groups, the eighth group onwards will be displayed on one vertical line in the menu screen.
• There may be differences in the display order on the menu screen and computer screen.
• This unit cannot play files recorded using packet write.

At the time of recording, prefix folder and file names. This should be with numbers that have an equal number of digits, and should be done in the order you want to play them (this may not work at times).
Naming folders and files (Files are treated as contents and folders are treated as groups on this unit.) DVD RAM

• Discs must conform to UDF 2.0.

DVD R/RW

• Discs must conform to UDF bridge (UDF 1.02/ISO9660).
• This unit does not support multi-session. Only the default session is played.

CD-R/RW

• Discs must conform to ISO9660 level 1 or 2 (except for extended formats).
• This unit supports multi session but if there are many sessions it takes more time for play to start. Keep the number of sessions to a minimum to avoid this.

New Features

8.1. About HDMI
8.1.1. What is HDMI?

AN_INTERFACE DESIGNED FOR THE DIGITAL REVOLUTION

From broadcast equipment to TVs, the AV world is going digital. As this digital revolution unfolds, there’s a growing need for an interface that digitally transmits signals between connected equipment. The solution: HDMI, or High-Definition Multimedia Interface.
HDMI transmits digital video and audio signals at speeds up to 5 Gps without compr essing them. It supports high- definition images up to 1080p and high- quality , multi-channel audio formats such as DVD-Audio. And it provides all this performance with the ease of connecting a single cable.
Also equipped with a copyright protection function, HDMI is a simple, high- performance interface that supports the growing digital age.

8.1.2. _ Advanced Digital Pictures
Compare HDMI connection with conventional analog connection, using the DVD player as an example. With an analog connection, the digital signal from the DVD player is converted to analog and sent to the TV, then converted back to digital and displayed. Inevitably, there is some loss of picture quality due to conversion errors and to noise and signal degradation that occurs as the signal travels through the cable.
With HDMI, on the other hand, the DVD signal is transmitted to the TV in its original digital form. There is no conversion from digital to analog and back, and thus no quality loss from conversion errors. Image quality is thus higher, Plus, because HDMI  supports 480p, 1080i, and up  to 1080p high-definition images with copy protection, itproduces images with quality that is ideal for large-screen viewing.

1. ADVANCED DIGITAL PICTURES
   Digital transmission of video signals helps maximize the quality of HDTV images.

2. ADVANCED DIGITAL SOUND
   Digital transmission of multi-channel audio signals, such as DVD-Audio signals, provides an exceptionally pure sound.

3. EASY TO USE
   Both video and audio signals are transmitted over a single cable, so connection is easier and there’s less clutter.

| Video Signal Type| Audio Signal| Copyright Pr otection| Signal Compr ession
---|---|---|---|---
HDMI| Digital| •| •| Without
compr ession
IEEE 1394| Digital| •| •| Compression
DVI + HDCP| Digital| –| •| Without
compression
DVI| Digital| –| –| Without
compression

Video Signal Transmission — HDMI vs. Analog

Monitors that Maximize HDMI’s Advantages In plasma display panels, liquid crystal displays, and LCD projectors, the image processing and display systems are digital. When a set-top box or DVD player is connected to one of these monitors via HDMI, the signal processing is digital all the way from transmission to display, so the images are beautiful.

8.1.3. Advanced Digital Sound
The super -high-quality linear PCM sound provided by DVD- Audio is not given its full potential when the digital signal is transmitted through an analog cable.
With a conventional analog connection, the digital signal carrying DVD-Audio’s detailed audio data is converted to analog before being sent to the amplifier and output. Sound quality is diminished due to noise and signal degradation.
HDMI, on the other hand, transmits the signal in its original digital form, so the sound is extremely pure. HDMI also Supports up to eight channels of multi- channel sound. Plus, it connects the player and amplifier with a single cable, rather than the multiple cables needed  in conventional connection. 8.1.4. Easy to Use
HDMI transmits both video and audio signals over a_ single cable, so connection is quick and easy and the area around the TV remains uncluttered.
Also, when each of the connected units is HDMI-compatible, control signals can be exchanged among them. This means that, in the future, it will be possible to operate several units from a single remote control, or to operate several units via linked control. 8.1.5. HDMI Compatible Products 8.2. Wireless Features
8.2.1. Function Overview
Year 2007 PT models support wireless which includes FX65/FX66, wireless subwoofer and FX85 as described below:-
8.2.1.1. FX65/FX66

• The FX65/FX66 supports one-way wireless transmission only, that is, it will only transmit wireless audio signal to the rear surround speakers. The FX65/FX66 receiver module includes a D-AMP and SMPS. The transmitter interfaces with the main unit using serial communications to communicate information such as mute command request, link detection and ID setting request.
  Maximum range attainable is 15 meters.

8.2.1.2. Wireless Subwoofer (For PT1050 only)

• The wireless subwoofer receiver module is similar in operation with FX65/FX66 in such a way that it only supports one-way wireless transmission. It also includes a D-AMP and SMPS. The difference in the wireless subwoofer receiver module is the way its hardware interprets the audio it receives from the transmitter since it is the same audio received by the FX65/FX66 receiver. Maximum range attainable is 30 meters.

8.2.1.3. FX85

• The FX85 supports the multi-room function wherein it operates as a second room wireless receiver (up to a maximum of two).
  Maximum range attainable is 30 meters. It can send commands to the main unit to control functions such as Play, Stop, Forward Skip/Channel Up, Reverse Skip/Channel Down. It also has a built-in DAP pocket for stand-alone operation by inserting a DAP device (e.g. iPod) in the DAP pocket to play the device only via the device’s own control buttons, FX85 cannot control the device using its own buttons. The transmitter interfaces with the main unit using serial communications to communicate information such as mute command request, link detection, ID setting request and button commands from the FX85 buttons (Play, Stop, Forward Skip/Channel Up, Reverse Skip/Channel Down). The FX85 receiver module has the following functions/terminals/buttons:

8.2.2. Block Diagram

• There are two types of transmitter cards, Type A and Type B, and two types of receiver modules, Type 1 and Type 2 for the wireless configuration. The block diagrams below describe the differences of each of the types.

8.2.2.1. TX-TYPE A / RX-TYPE 1

• Type A transmitter uses one ADC (Analog to Digital Converter) and transmits audio through Channel 2. Type 1 receiver (Rx) uses one DAC and output audio through Channel 2. The firmware (that is downloaded to EEPROM IC) multiplexes which channel to listen to (in this case Channel 2 since type A is transmitting from channel 2 In) by setting the baseband accordingly.

8.2.2.2. TX-TYPE B / RX-TYPE 2

• Type B transmitter uses two ADC (Analog to Digital Converter) to send audio streams from Channel 1 and Channel 2 for the FX65/FX66 surround sound and FX85 second room audio, respectively. Type 2 receiver outputs audio through Channel 2. The software multiplexes which channel to listen to by setting the baseband accordingly. For example, if the receiver is configured as an FX85 receiver (Type 2), the baseband is configured to accept Channel 1 audio transmission and redirect it to Channel 2 Out. If the receiver is set as an FX65/FX66 or wireless subwoofer, the baseband is configured to accept channel 2 audio transmission and redirect it to the same Channel 2 Out.

8.2.3. Activation

• FX65/FX66 can be activated in the main unit by using either transmitter Type A or Type B and enabling surround sound by selecting Surround Music, DPL or Super Surround (Music/Movie).
•  FX85 Wireless feature is enabled by default when the user uses transmitter type B.

8.2.4. LED Indication

• For FX65/FX66, there will be two-color LED that will be used to indicate Power On and Link. If link, the two-color LED will be green, else, it will be red.

For FX85, the front panel will have LED indicators for Standby,, Wireless Link, Charge, Option and Music Port. During Power On, Standby LED will be OFF. Only during power OFF will this LED be ON (Red). Wireless Link indicator will be ON (Green) when link is established between TX and RX and OFF when link is lost. Pressing the selector button will toggle from any of the selector modes Wireless, Option and Music port. Only the currently selected mode will be ON (Green), the other two will be OFF. Charge LED will be ON (Red) once iPod charging is initiated.

8.2.5. Key Operation (FX85)

• Selector Button
  This button will be used to select Wireless, Option or M.Port and enabling the corresponding LED indicators for each mode. During Power On, by default, selector mode is set to Wireless when power is initially supplied to the system. But during Power On/OFF button, it will remember the last selector mode setting.

• Play Button
  This button will send command to the main unit to play CD/DVD as well as the iPod. This function is therefore meaningful only  if the second room selector is in Main Source (with the first room user in CD/DVD or iPod) and iPod.

• Stop Button
  This button will send command to the main unit to stop CD/DVD as well as the iPod. This function is therefore meaningful only if the second room selector is in Main Source (if the first room user is in CD/DVD mode or iPod) and iPod.

• Forward Skip/Channel Up
  This button depends on the second room source currently selected. It will be interpreted as a Forward Skip by the main unit if the second room source is in Main Source (with the first room user is in CD/DVD or iPod mode) and iPod. It will be interpreted as a Channel Up (preset channels only) if the second room source is in FM, AM, or XM.

• Reverse Skip/Channel Down
  This button depends on the second room source currently selected. It will be interpreted as a Reverse Skip by the main unit if the second room source is in Main Source (if the first room user is in CD/DVD or mode) and iPod. It will be interpreted as a Channel Down (preset channels only) if the second room source is in FM, AM, or XM.

• Volume Control
  Volume control will be local to the FX85 module only. Default volume (TBD) will be set every time power is first supplied to the system or during exit from stand by mode.

• ID-setting Operation
  ID setting operation can be invoked by pressing fast-forward key in the main unit and three [3] key in the remocon. Once ID- setting is triggered, the receiver must press its ID-setting button within 60 seconds. During this period, the transmitter will be in
  open connect mechanism whereby any receiver can pair with the transmitter. After this period elapsed, the transmitter will revert back to using close connect code whereby only those receivers which have the same ID as the transmitter will be able to link. The user also has the option to exit the ID setting operation by pressing the same keys.

• iPod Detection and Charging
  iPod is detected once inserted on the FX85 and battery charging automatically starts.

•  − The iPod Charging in Standby Mode:
  lUpon iPod insertion detection and FX85 is in Power OFF (stand by), FX85 set will enter iPod charging Standby Mode.
  lThe FX85’s CHARGE LED will light up whenever the iPod is charging.
  lFX85 will charge the battery up to five hours. After this period, FX85 will not try to recharge the iPod.
  lAfter battery full condition, even if the iPod is operated such as play, FX85 will not retry to recharge the iPod (timer will start immediately once iPod is inserted).
  lRe – charging of the battery in iPod Charging Standby Mode can be done only by removing and reinserting the iPod to the dock.
  − The iPod charging in Power On Mode:
  lThe iPod automatically charges its battery whenever it is connected during Power ON.
  lThe FX85’s CHARGE LED will light up whenever the iPod is charging.
  lFX85 will continue charging the iPod as long as it is inserted (no charging time limit of five hours).

8.2.6. FX Configurations
There are four types of configurations for the FX series. This is explained by the following illustrations below:
Case 1: FX65/FX66

• This is the basic configuration of FX65/FX66 whereby it is only receiving wireless surround audio signal from the main set. This uses a Type A transmitter which is only able to send audio in one direction. Audio is sent using streams AB through Ch 2.

Case 2 A: FX65/FX66 + FX85

• In this configuration, a second receiver, an FX85, in another room is listening to another audio source from the main set. The FX85 also is able to send command to the main set such as Play, Stop, Skip, and Preset Tuner Channel Up/Down. This configuration uses Type B transmitter which is an upgrade of the Type A and can be used on Type 1 (FX65/FX66). This transmitter is able to send audio signal for second room via Ch 1 and first room via Ch 2.
  In this configuration, streams AB is used to transmit the audio from main unit to the first room Type 1 receiver (FX65/FX66) via Ch 2. While the second room audio is transmitted through stream CD via Ch 1.

Case 3 A: Wireless Subwoofer

• This configuration, Type A transmitter send signals to subwoofer and Type 1 receiver (FX65/FX66) via channel 2, which is the same audio signals sent to FX65/FX66 as well. The subwoofer only decodes the low frequency signal.

Case 3 B: FX65/FX66 + FX85 + Wireless Subwoofer (for PTX7, PT1050)

• In this configuration, all audio source for the Type 1 subwoofer and Type 1 first room receiver (FX65/FX66) through streams AB via Ch 2 and Type 2 second room receiver (FX85) comes from transmitter B through streams CD via Ch 1. For this  configuration, the user must perform ID setting for FX85 if it is sold as an accessory, but for bundled type, it already is paired with the transmitter.

8.2.7. User Operation Flow

8.2.8. Baseband Settings Update from EEPROM IC

• The software will read from an external EEPROM IC to get the selected baseband IC settings. Not all baseband register settings (a total of 512 bytes) will be read from the EEPROM IC, though. Aside from getting the baseband settings from the EEPROM IC, it is also used to enable FCC testing, select the application type and entering into doctor mode (this can be enabled also by sending a command via the main unit).

8.2.9. Doctor Mode

• For normal operation but automatic frequency selection is disabled, it can enter into Doctor Mode. This feature is hidden from normal user and will be used by the service center to fix to a particular RF Channel. With doctor mode, the user can disable frequency automatic allocation and sniffer and be able to select a fix RF Channel (Channels 1, 2 or 3) by a combination or remote control keys. Refer to Section 9.4 for Wireless Doctor Mode.

Self-Diagnosis and Special Mode Setting

9.1. Service Mode Summary Table
The service modes can be activated by pressing various button combination on the main unit and remote control unit.
Below is the summary for the various modes for checking:

Player buttons| Remote control unit buttons| Application| Note
---|---|---|---
STOP| 0| Error code check.| (Refer to the section “9.2.1. Service Mode
Table 1” for more information.)
5| Jitter checking.
PAUSE| Initial setting of laser drive current.
FUNCTIONS| DVD laser drive current check.| (Refer to the section “9.2.2. Service Mode Table 2” for more information.)
1| ADSC internal RAM data check.
3| CD laser drive current check.
6| Region display and mode.| (Refer to the section “9.2.3. Service Mode Table 3“ for more information.)
7| Micro-processor firmware version check.
| Initialization of the player (factory setting is restored).
Used after replacement of Micro-processor (DV5 LSI) IC, FLASH ROM IC (IC8651), EEPROM IC (IC8611) and DVD Module P.C.B.
8| DVD Module P.C.B. firmware version check.| (Refer to the section “9.2.4. Service Mode Table 4“ for more information.)
MENU| Communication error display.
TOP MENU| ECC error check.
EQ| CPPM/CRM keys check.
ENTER| DVD Module P.C.B. reset.
▲| Timer 1 check.| (Refer to the section “9.2.5. Service Mode Table 5“ for more information.)
▼| Timer 1 reset.
◀| Timer 2 check.
▶| Timer 2 reset.
STOP+| 1| Combination reliability test mode.| (Refer to the section “9.2.7.1. Test Mode List” for more information.)
2| OPEN/CLOSE reliability test mode.
3| Tray rotation reliability test mode.

Note:
An error code will be canceled if a power supply is turned OFF.
1: CPPM is the copy guard function beforehand written in the disk for protection of copyrights.
2: CEC is the consumer electronic control used for high-level user control of HDMI-connected devices.
*3: HDCP is the specification developed to control digital audio & video contents transmission for DVI or HDMI connections.

9.2. Service Mode Table (Main Unit)
By pressing various button combinations on the main unit and remote control unit, you can activate the various service modes for checking.
Special Note:
Due to the limitations of the no. characters that can be shown on the FL Display, the “FL Display” button on the remote control unit can be used to show the two display pages. (Display 1 / Display 2).

• Refer to Section 7.1 for the section on “Remote Control Key Buttons Operations“.

9.2.1. Service Mode Table 1

Jitter rate is measured and displayed.
Measurement is repeatedly done in the cycle of one second. Read error counter starts from zero upon mode setting.
When target block data failed to be read out, the counter advances by one increment. When the failure is caused by minor error, it may be corrected when retried to enable successful
reading.
In this case, the counter advances by one. When the error persists even after retry, the counter may jump by two or more.
FL Display sequence:
Display 1    2.| Jitter rate is shown in decimal notation to one place of decimal.
Focus drive value is shown in hexadecimal
notation.| In STOP (no disc) mode, press [STOP] button on the main unit, and [5] button on the remote control unit.
Press [POWER] button to exit.
Press [FL Display] on remote control unit for next page (FL Display).
Error code check| Error code check
The latest error code stored in the EEPROM IC is displayed.
Note: Refer to “Section 9.5 DVD Self Diagnostic Function-Error Code” for more detailed  information on the errorcodes.| Error code (play_err) is expressed in the
following convention.
Error code = 0 x DAXX is expressed: DVDnn U12
Error code = 0 x DBXX is expressed: DVDnn H12
Error code = 0 x DXXX is expressed: DVDnn F123
Error code = 0 x 0000 is expressed: DVDnn F–
“xx” denotes the error code| In STOP (no disc) mode, press [STOP] button on the main unit, and [0] button on the remote control unit. * With pointing of cursor up and down on display.
Cancelled automatically 5 seconds later.
To exit, press [POWER] button on main unit or remote control.
Initial setting of laser drive current| Initial setting of laser drive current.
Initial current value for the DVD laser and CD laser is separately saved in the EEPROM IC.
FL Display sequence:
Display 1 2.|
The value denotes the current in decimal
notation. The above example shows the initial current is XXXmA and YYYmA for CD laser and DVD laser respectively when the laser is switched on.| In STOP (no disc) mode, press [STOP] button on the main unit, and [3] button on the remote
control unit.
Cancelled automatically 5 seconds later.
Press [FL Display] on remote control unit for next page. (FL Display)

9.2.2. Service Mode Table 2

DVD laser drive current
measurement| DVD laser drive current measurement.
DVD laser drive current is measured and the result is displayed together with the initial value stored in the EEPROM IC.
After the measurement, DVD laser emission is kept on. It is turned off when POWER key is switched off.
FL Display sequence: Display 1 → 2.|
The value denotes the current in decimal
notation. The above example shows the initial current is XXXmA and the measured value is YYYmA.| In STOP (no disc) mode, press [STOP] button on the main unit, and
[FUNCTIONS] button on the remote control unit.
Cancelled automatically 5 seconds later.
Press [FL Display] on remote control unit for next page (FL Display) on values of dvd drive current.
ADSC internal RAM data
check| ADSC internal RAM data check.
ADSC internal RAM data is read out and displayed.|
The value is shown in hexadecimal notation. The above example shows the data in ADSC address FBOh is XXXXh.| In STOP (no disc) mode, press [STOP] button on the main unit, and [1] button on the remote
To exit, press [POWER] button.
CD laser drive current
measurement| CD laser drive current measurement.
CD laser drive current is measured and the result is displayed together with the initial value stored in the EEPROM IC.
After the measurement, CD laser emission is kept on. It is turned off when POWER key is switched off.
FL Display sequence:
Display 1→ 2.|
The value denotes the current in decimal
notation.
The above example shows the initial current
is 0XXmA and the measured value is 0YYmA.| In STOP (no disc) mode, press [STOP] button on the main unit, and [3] button on the remote
control unit.
Cancelled automatically 5 seconds later.
Press [FL Display] on remote control unit for next page. (FL Display)

9.2.3. Service Mode Table 3

Micro-processor firmware version display & EEPROM checksum
display.| Micro-processor firmware version display & EEPROM checksum display.
EEPROM checksum is only available due to existence of EEPROM IC.
Note: Condition 1/2/3 shows the state of EEPROM IC. It is indicated in Display 2.
FL Display sequence:
Display 1→ 2 →3.| If the version of the EEPROM does not match,
[NG] is displayed. (a) If there is NO EEPROM header string OR
(b) If there is no EEPROM (no data is received
by Micro-processor), [NO] is displayed. If the EEPROM version matches, checksum
[YYYY] is displayed.
| Cancelled automatically In STOP (no disc) mode, press [STOP] button on the main unit, and [7] button on the remote control unit. 5 seconds later.
Press [FL Display] button on
remote control unit for next page. (FL Display)
Initialization| Initialization.
User settings are cancelled and player is initialized to factory setting.
It is necessary when after replacement of Micro-processor (DV5 LSI) IC, FLASH ROM IC (IC8651), EEPROM IC (IC8611) & DVD Module P.C.B.| | In STOP (no disc) mode, press [STOP] button on the main unit,
and [ 10] button on the remote control unit. Cancelled automatically 5 seconds later.
Region display| Region code display, TV broadcasting system & the model no. information.
Note: Refer to Figure 2 for “Video Design Information”.| | In STOP (no disc) mode, press [STOP] button on the main unit,
and [6] button on the remote control unit.
Cancelled automatically 5 seconds later.
Model Series| Country Region| Region Code| TV Broadcasting System| Product
---|---|---|---|---
Signal System (Default)| Region Display (Default)| OSD Menu Language
P, PC, PX| USA, Canada, PX| 1| NTSC| NTSC (A)| 1PN| English, Spanish, Canadian French
(S)| Japan| 2| NTSC| NTSC (A)| 2PN| Japanese, English
E| Europe| 2| PAL| PAL (*C)| 2P6| English, French, German, Spanish, Polish, Russian, Czech, Hungarian
EB, EG| Europe| 2| PAL| PAL (*C)| 2P6| English, French, German, Italian, Spanish, Polish, Swedish, Dutch
GC, GS| Middle East| 2| PAL| PAL (*C)| *** 2P6| English, French, German, Spanish, Polish, Russian, Czech, Hungarian
GCS, GD,
GT, GCT| South East Asia,
Korea, Taiwan| 3| PAL NTSC| NTSC (B)| 3PN| English, Traditional Chinese
GN| New Zealand, Australia| 4| PAL| * PAL (C)| ** 4P6| English, French, German, Italian, Spanish, Polish, Swedish, Dutch
PL, GCP, LB| Central/South/ Latin America| 4| NTSC| NTSC (*D)| 4PN| English, Spanish, French,

Brazilian Portuguese

EE| CIS| 5| SECAM| * PAL (C)| ** 5P6| English, French, German, Spanish, Polish, Russian, Czech, Hungarian
GK| China| 6| PAL| NTSC (*B)| 6PN| English, Simplified Chinese

NTSC (*A)

NTSC (DVD-A/VCD)

NTSC (*B)

PAL60
PAL disc| PAL60

PAL (*C)

NTSC
PAL disc| PAL

NTSC (*D)

Explanation of Display

9.2.4. Service Mode Table 4

DVD Module
P.C.B. firmware
version display| DVD Module P.C.B. firmware version is displayed on the FL Display.
The firmware version can be updated using recovery disc.
Note: It is necessary to check for firmware version before carrying out the version up using the disc.| | In STOP (no disc) mode, press [STOP] button on the main unit,
and [8] button on the remote control unit.
Cancelled automatically 5 seconds later.
Communication error display| Displays frequency of communication errors between system control IC and mechanism control IC in the DVD Module P.C.B.| | In STOP (no disc) mode, press [STOP] button on the main unit,
and [MENU] button on the remote control unit.
Cancelled automatically 5 seconds later.
ECC Error Check| ECC refers to Error Correction Code. It
describes the error correction code that was carried out for the decoding of audio & video.
FL Display sequence:
Display 1→2.| | In STOP (no disc) mode, press [STOP] button on the main unit,
and [TOP MENU] button on the remote control unit.
Press [POWER] button to exit.
Press [FL Display] on remote control unit for next page (FL Display).
CPPM/CRM Keys Check| CPPM/CRM refers to the Content
Protection for Recordable Media and Pre-Recorded Media. It displays the existence of the keys as “1” or “0”.
OK: Existing of keys.
NG: Non existing of keys.| | In STOP (no disc) mode, press [STOP] button on the main unit,
and [EQ] button on the remote control unit.
Cancelled automatically 5 seconds later.
DVD Module P.C.B. Reset| To reset DVD Module P.C.B.
This process is used when the DVD Module P.C.B. or FLASH ROM IC is replaced with a new one.| | While in initialization mode, press & hold [STOP] button on the main unit, follow by [ENTER] button on the remote
control unit.
Cancelled automatically 5 seconds later.

9.2.5. Service Mode Table 5

Laser operation timer is measured separately for DVD laser and CD laser.
FL Display sequence:
Display 1 →2.|
Shown to the above is DVD laser usage time, and to the below is CD laser usage time.
Time is shown in 5 digits of decimal notation
in a unit of 10 hours.
“00000” will follow “99999”. (DVD laser) Time is shown in 6 digits of decimal notation
in a unit of 10 hours.
“000000” will follow “999999”. (CD laser)| In STOP (no disc) mode, press [STOP] button on the main unit,
and [▲] button on the remote control unit.
Cancelled automatically 5 seconds later.
Press [FL Display] button for next page of FL Display.
Timer 1 reset| Timer 1 reset
Laser operation timer of both DVD
laser and CD laser is reset all at once.| Time is shown in 5 digits of decimal notation
in a unit of 10 hours.
It will clear to “00000” upon reset.| While displaying Timer 1 data, press [STOP] button on the main unit, and [▼] button on the remote control unit.
Cancelled automatically 5 seconds later
Timer 2 check| Timer 2 check
Spindle motor operation timer| Time is shown in 5 digits of decimal notation in
a unit of 1 hour.
“00000” will follow “99999”.| In STOP (no disc) mode, press [STOP] button on the main unit,
and [▶] button on the remote control unit.
Cancelled automatically 5 seconds later.
Timer 2 reset| Timer 2 reset
Spindle motor operation timer| Time is shown in 5 digits of decimal notation in
a unit of 1 hour.
It will be cleared to “00000” upon activating
this.| While displaying Timer 2 data, press [STOP] button on the main unit, and [◀] button on the remote control unit.
Cancelled automatically 5 seconds later.

9.2.6. Optical Pick-up Self-Diagnosis
The optical pickup self-diagnosis function and tilt adjustment check function have been included in this unit. When repairing, usethe following procedure for effective self-diagnosis and tilt adjustment. Be sure to use the self- diagnosis function before replacing the optical pickup when “NO DISC” is displayed. As a guideline, you should replace the optical pickup when the value of the laser drive current is more than the specified value.
Note:
Press the power button to turn on the power, and check the value within three minutes before the unit warms up. (Otherwise, the result will be incorrect.)

9.2.7. Reliability Test Mode (RC1 Mechanism)
9.2.7.1. Test Mode List

the tray open/close, tray rotation, and the TOC.
Below is the flow sequence:-
It is a PLAY position about DISC1. – >
Tray OPEN(DISC1,5) ->
Tray CLOSE ->
DISC1 TocRead ->
Tray OPEN ->
Tray CLOSE ->
DOWN ->
Tray Turn (The opposite direction 2 section)->
DISC4 TocRead ->
DOWN ->
Tray Turn (The right direction 1 section) ->
DISC5 TocRead ->
DOWN ->
Tray Turn (The right direction 2 section) ->
DISC2 TocRead ->
DOWN ->
Tray Turn (The right direction 1 section) ->
DISC3 TocRead ->
DOWN ->
Tray Turn (The opposite direction 2 section)->
DISC1 -> From the beginning| The number of times of a test is displayed on the FL Display of main unit with the number of 10.
The maximum display: 999999 A counter will be reset if secondary power -off is carried out.| In STOP mode, press & hold [STOP] button with [ ] button on the main unit, followed by [1] button on the remote control unit.
To exit, press [POWER] button on the main unit or remote control unit.
OPEN/ CLOSE reliability| The operation of the RC1 mechanism is carried out for the tray open/close.
Below is the flow sequence:-
It is a PLAY position about DISC1. – >
Tray OPEN(DISC3,4) ->
Tray CLOSE ->
DISC2 TOCRead ->
DOWN ->
Tray OPEN(DISC4,5) ->
Tray CLOSE ->
DISC3 TocRead ->
DOWN ->
Tray OPEN(DISC5,1) ->
Tray CLOSE ->
DISC4 TocRead ->
DOWN ->
Tray OPEN(DISC1,2) ->
Tray CLOSE ->
DISC5 TocRead ->
DOWN ->
Tray OPEN(DISC2,3) ->
Tray CLOSE ->
DISC1 TocRead ->
DOWN ->From the beginning| The number of times of a test is displayed on the FL Display of main unit with the number of 10.
The maximum display: 999999 A counter will be reset if secondary power -off is carried out.| In STOP mode, press & hold [STOP] button with ] button on the main unit, followed by [2] button on the remote control unit.
To exit, press [POWER] button on the main unit or remote control unit.
Tray rotation reliability| The operation of the RC1 mechanism is carried out for the tray rotation & the TOC.
Below is the flow sequence:-
DISC1, Play Position ->
DISC1 TocRead ->
DOWN ->
DISC2, Play Position ->
DISC2 TocRead ->
DOWN ->
DISC3, Play Position ->
DISC3 TocRead ->
DOWN ->
DISC4, Play Position ->
DISC4 TocRead ->
DOWN ->
DISC5, Play Position ->
DISC5 TocRead ->
DOWN -> From the beginning| The number of times of a test is displayed on the FL Display of main unit with the number of 10.
The maximum display: 999999 A counter will be reset if secondary power -off is carried out.| In STOP mode, press & hold [STOP] button with [ ****] button on the main unit, followed by [3] button on the remote control unit.
To exit, press [POWER] button on the main unit or remote control unit.

9.2.7.2. Error Code Table Display

• The mechanism unit is equipped with fail-safe protection for the “OPEN/CLOSE”, “TURN” & “UP/DOWN” operations. When it detects any abnormalities, the fail-safe protection will be performed with an error code being memorized & the power supply  “OFF” will be carried out.
• Below is the error code display:-

Mecha o peration| The k ind o f e rror| FL D isplay
---|---|---
OPEN/ CLOSE| The OPEN error under clamp rise| H01 0
The OPEN error under clamp down| H01 1
The CLOSE error under clamp rise| H01 2
The CLOSE error under clamp down| H01 3
UP/ DOWN| UP error| H01 4
DOWN error| H01 5
TURN| Right rotation error| H01 6
Reverse rotation error| H01 7
TOC READ| TOC READ error| H01 8
FOCUS| Timeout error| H01 9
TURN| The right rotation direction stop position error| H01 10
The reverse rotation direction stop position error| H01 11

9.3. Wireless Service Mode Summary Table
The service modes can be activated by pressing various button combination on the player and remote control unit.
Below is the summary of major checking:

Player buttons| Remote control unit buttons| Application| Note
---|---|---|---
FAST FORWARD| 3| ID setting| (Refer to the section  9.4.1. Service Mode
Table 1” for more  information).
| SECOND SELECTOR (press & hold)| Active transmitter display
STOP (only in AUX)| 4| RF channel 1 display| (Refer to the section “9.4.2. Service Mode Table 2” for more information).
5| RF channel 2 display
6| RF channel 3 display
7| Auto RF channel display

Note: Main room refers to the location of the main unit.

9.4. Service Mode Table (Wireless)
By pressing various button combinations on the player and remote control unit, you can activate the various service modes for checking.
9.4.1. Service Mode Table 1

[P] will be displayed for 60 seconds to indicate it is in “Pairing Mode”.
During this condition, the “ID set” button on the receiver unit can be pressed to pair the Tx & Rx.
After 60 seconds, the FL display will return to its previous display.
FL Display sequence:
Display 1 → 2 → 3.
Note: Carry out pairing when Tx or Rx
has been changed.| | Main room is in CD/DVD mode.
Press and hold [FAST FORWARD] button on the
main unit, and [3] button on the remote control unit.
After 10 seconds.
To cancel, press the same buttons.
Active Transmitter Type Display| To check the type of transmitter inserted into the main unit. There are two types of transmitter card. (Type A & Type B).
Type A: FX65/FX66/Wireless Active Woofer
Type B: FX85 (For multiroom features) In normal condition,with transmitter operating properly and slotted in the main unit, it shows on FL Display in Condition 1.
FL Display sequence:
Display 1→  2 → 3.| | Main room is in CD/DVD mode.
Press and hold [SECOND SELECTOR] button on the remote control unit.
After 2 seconds.

9.4.2. Service Mode Table 2

RF Channel Selection Display

| RF Channel 1 Display
FL Display sequence:
Display 1→ 2 → 3| | Main room is in AUX mode.
Press and hold [STOP] button on the main unit, and [4] button on the remote control unit.
After 2 seconds.
RF Channel 2 Display
FL Display sequence:
Display 1 → 2→  3| | Main room is in AUX mode.
Press and hold [STOP] button on the main unit, and [5] button on the
remote control unit.
After 2 seconds.
RF Channel 3 Display
FL Display sequence:
Display 1 → 2 → 3| | Main room is in AUX mode.
Press and hold [STOP] button on the main unit, and [6] button on the
remote control unit.
After 2 seconds.
Auto RF Channel Display
FL Display sequence:
Display 1 → 2 → 3| | Main room is in AUX mode.
Press and hold [STOP] button on the main unit, and [7] button on the
remote control unit.
After 2 seconds.

Note: This mode is for purpose of disabling/enabling the frequency of automaticNote: This mode is for purpose of disabling/enabling the frequency of automatic allocation and be able to select a fixed allocation and be able to select a fixed RF channel (channels 1, 2 or 3). RF channel (channels 1, 2 or 3).

9.5. DVD Self Diagnostic Function-Error Code
9.5.1. Mechanism Error Code Table

Error Code| Diagnosis Contents| Description of error| Automatic FL Display| Remarks
---|---|---|---|---
H01| Tray loading error| The tray opening and closing is
abnormal. CLOSE and OPEN of the   tray cannot be carried out properly. Loading motor error, DV5 LSI IC (IC8001) error.| | Press [ STOP] on main unit for next error.
(OPEN time: OPEN→ CLOSE → OPEN→
H01 at CLOSE: →  CLOSE
OPEN → CLOSE  → H01)
H02| Spindle servo error| The spindle servo/motor is abnormal. The FG pulse is abnormal. CLV servo error.| | Press [ STOP] on main unit for next error.
H03| Traverse servo error| The traverse is abnormal. (Traverse servo, DV5 LSI IC (IC8001), TRV motor error.)| | Press [   STOP] on main unit for next error.
H04| Tracking servo error| Tracking coil NG (OPU unit abnormal), DV5 LSI IC (IC8001) error.| | Press [   STOP] on main unit for next error.
H05| Seek time out error| It is not possible to access the disc.  TOC cannot read. Abnormal disc etcPickup abnormal or disk is dirty.
(TRV motor error, DV5 LSI IC
(IC8001) error.)| | Press [ STOP] on main unit for next error.
H07| Driver IC thermal shut down| The spindle motor is abnormal. (shorbetween brushes)| | Press [ STOP] on main unit for next error.
H15| Disc tray open detection switch failure| The disc tray cannot be opened & it closes spontaneously.| | Press [ STOP] on main unit for next error.
H16| Disc tray close detection switch failure| The disc tray cannot be closed & it opens spontaneously.| | Press [ STOP] on main unit for next error.
U11| Focus servo error| Focus coil, FE signal error.| | Press [ STOP] on main unit for next error.
(Unfinalized DVD-R is likely to beocme U11.)
U15| Unfinalized DVD-R|
F500| DSC error| DV5 LSI IC (IC8001) stops in the occurance of servo error (startup, focus error, etc)| | Press [ STOP] on main unit for next error.
F506| Invalid media| Disc is flipped over, TOC unreadable, incompatible disc.| | Press [ STOP] on main unit for next error.
F620| OPU unit abnormality temperature| Laser protection at high temperature.| | Press [ STOP] on main unit for next error.
F621| OPU unit circuitry temperature| Laser protection at circuit failure.| | Press [ STOP] on main unit for next error.

9.5.2. DVD Module Error Code Table

Error Code| Diagnosis Contents| Description of error| Automatic FL Display| Remarks
---|---|---|---|---
U702| HDMI/DVI I2C communication error| The communication error of I2C when connecting it with HDMI/ DVI. For instance, when EDID
information to which information on the TV set side has been described cannot be read, it is generated.|

| Press [  STOP] on main unit for next error.
U703| HDMI/DVI attestation error| When attestation (HDCP) with the TV side fails when connecting it with HDMI/DVI, it is generated.|

| Press [  STOP] on main unit for next error.
U704| HDMI/DVI SRM Riborcerar| It is generated at the equipment to which the TV set is Riborced when connecting it with HDMI/DVI.|

| Press [ STOP] on main unit for next error.
U705| HDMI/DVI SRM disk falsification check error| It is generated at the time of it is time when illegal the SRM data of the reproducing disk (verify error), when connecting it with HDMI/DVI.|

| Press [ STOP] on main unit for next error.
F740| HDMI device key| I2C error when writing HDMI Key device into transmitter.|

| Press [ STOP] on main unit for next error.
F893| FLASH ROM IC data falsification error| Firmware error, DV5 LSI IC (IC8651) error.|

| Press [  STOP] on main unit for next error.
F894| EEPROM IC abnormality error| When failing in the access to EEPROM IC located in the DVD (HDMI) Module P.C.B. (IC8611)|

| Press [ STOP] on main unit for next error.
F895| Language area abnormal| Firmware version agreement check for factory preset setting failure prevention.|

| Press [ STOP] on main unit for next error.
F896| No existence model| Firmware version agreement check for factory preset setting failure prevention.|

| Press [  STOP] on main unit for next error.
F897| Initialization error| Incomplete initialization after writing of new firmware (Factory preset setting failure prevention)|

| Press [ STOP] on main unit for next error.
F898| Disagreement of hardware and software| Unsuitable combination of AV Decoder, SDRAM & FLASH ROM IC (firmware).|

| Press [ STOP] on main unit for next error.
F899| The communication specification disagreement between micro-processor| Unsuitable combination of number of system com and panel com used. (Frimware)|

| Press [ STOP] on main unit for next error.

9.5.3. Power Supply Error Code Table

Error Code| Diagnosis Contents| Description of error| Automatic FL Display| Remarks
---|---|---|---|---
F61| The abnormalities in an output or power supply circuit of POWER AMP| In normal operation, when DCDET2 goes to “L” (Low) (Not during POWER OFF condition), F61 appears on FL Display and PCONT goes to “L” (Low).
This is due to speaker output has DC voltage or fan is not working.| | Press [ STOP] on main unit for next error.
F76| Abnormality in the output voltage of stabilized power supply| In normal operation when DCDET1 is detected “L” (Low) for two consecutive times, F76 is displayed on FL for 2 seconds and after that PCONT will be turned to “L” (Low). This is due to any of the DC voltages (+9V, +7V, -7V, +5V,
+5.3V etc.) not available.| | Press [ STOP] on main unit for next error.

9.5.4. ECC Error Code Table

Error Code| Diagnosis Contents| Description of error| Automatic FL Display| Remarks
---|---|---|---|---
F600| Administrative information cannot be  acquired by the recovery error.| It becomes impossible NaviPack etc. were done, and not to be able to acquire necessary information in the navigation’s changing due to wound etc. of DISC, and to have done the
reproduction transition.| | Press [ STOP] on main unit for next error.
F601| Irregular sector ID was demanded.| It tried to access the position that did not exist on DISC by the recording error etc. of authoring.| | Press [ STOP] on
main unit for next error.
F603| KEYDET cannot be acquired by the recovery error.| The data for decoding copyright protection (CSS) cannot be acquired due to wound etc. of DISC, and it is not possible to reproduce.| | Press [ STOP] on
main unit for next error.

9.5.5. XM Satellite Radio Code Table

Error Code| Diagnosis Contents| Description of Contents| Automatic FL Display| Remarks
---|---|---|---|---
XM RADIO| XM Radio Selection| It takes a short time for the XM radio to power up after selecting the sourceon the main unit. During this time, the FL display shows the message.Wait for a few seconds for the process  to completeIf not, check on the XM
antenna if it is connected or damaged.| |
ANTENNA| XM connectivity| The XM antenna is not properly connected or the antenna cable is damaged.| | For more information, refer to operating instruction manual
for connection of antenna.
UPDATING| XM Encryption Code| 1) The XM antenna is being updated with the latest encryption code.
(Wait for few seconds for the updating to be completed.) 2) The selected XM channel has been blocked, or isno longer available with
the subscription package.| |
NO SIGNL| XM Signal receptivity| The XM Signal is too weak. Re-oriented the XM antenna for betterreception.| | For more information,
refer to operating
instruction manual
for optimizing the signal reception.
OFF AIR| XM Channel Broadcasting| The selected XM channel is not currently broadcasting information.| | For more information,
refer to operating
instruction manual for optimizing the signal reception.
XM —| XM Channel Broadcasting| The selected XM channel is not available. Selection of a different channel.| | For more information,
refer to operating instruction manual
for selection of the channels.
XM ERROR| XM Module Abnormality| The XM radio module is performing abnormally. Turn the main unit off and
power on. The XM antenna may be defective.| |

Special Note: XM Satellite Radio ID is necessary for the activation of the XM Satellite Radio.

9.5.6. USB Error Code Table

Error Code| Diagnosis Contents| Description of error| Automatic FL Display| Remarks
---|---|---|---|---
F650| USB device: Devices other than mass storage| Devices other than the mass storage class are connected.| | Press [ STOP] on
main unit for next error.
F651| USB device: Non- Full Speed Device| The device that the transfer rate did not correspond to Full Speed was connected.| | Press [ STOP] on
main unit for next error.
F652| USB device: Interface NG| The device in the interface (subclass) outside correspondence was connected. (correspondence interface) 001b: Reduced Block Commands (RBC)
010b: SFF-8020i. MMC-2 (ATAPI)
110b: SCSI transparent command set.| | Press [ STOP] on
main unit for next error.
F655| USB device: Overcurrent detection| The overcurrent of 500mA or more was detected in VDD USB, and the USB device driver function was intercepted.
(To intercept the current.)| | Press [   STOP] on
main unit for next error.

9.6. Sales Demonstration Lock Function
This function prevents discs from being lost when the unit is used for sales demonstrations by disabli ng the disc eject function.
“LOCKED” is displayed on the unit, and ordinary operation is disabled.
9.6.1. Setting
Prohibiting removal of disc

1. Select the DVD/CD function.
2. At POWER ON condition, press and hold down the button and the power button on the player for at least three seconds. (The message, “__LOCKED” appears when the function is activated.)

Note:
OPEN/CLOSE and DISC EXCHANGE buttons are invalid and the player displays “__LOCKED” while the lock function mode is entered.

Prohibiting operation of selector and disc

1. Select the DVD/CD function.
2. At POWER ON condition, press and hold down the button and the power button on the player for at least three seconds. (The message, “__LOCKED” appears when the function is activated.)

Note:
The following buttons are invalid and the player displays “__LOCKED” while the lock function mode is entered.

RETURN, FL DISPLAY, SETUP, CH SELECT, QUICK OSD, DISC, SELECT, MUTING, MENU & 2ND SELECT

9.6.2. Cancellation
The lock can be cancelled by the same procedure as used in setting. (“UNLOCKED” is displayed on cancellation. Disconnecting the power cable from power outlet does not cancel the lock.)

9.7. Service Precautions
9.7.1. Recovery after the DVD player is repaired

• When the FLASH ROM IC or DVD Module P.C.B. is replaced, carry out the recovery processing to optimize the drive.
  Playback the recovery disk to process the recovery automatically.

• Recovery disc (Product number: RFKZD03R005) [SPG]

• Performing recovery process

1. Load the recovery disc RFKZD03R005 on to the player and run it.
2. Recovery is performed automatically. When it is finished, a message appears on the screen.
3. Remove the recovery disc.
4. Turn off the power.
5. Initialize the player.

9.7.2. Firmware version-up of the DVD player

• The firmware of the DVD player may be renewed to improve the quality including operability and playab ility to the substandard discs.processing to optimize the drive.
  The recovery disc has also firmware version-up.

• After version-up, recovery processing is executed automatically.

• Part number of the recovery disc for version-up will be noticed when it is supplied.

• Updating firmware

1. Load the recovery disc on to the player and run it.

2. Firmware version of the player is automatically checked. Appropriate message appears whenever necessary.

3. Using remote controller´s cursor key, select whether version updating is to be done or not. (Selection of Yes/No)

4.  a. If Yes is selected, version updating is performed.
   b. If No is selected, only recovery is performed.

5.  a. When updating is finished, remove the disc according to the message appearing on the screen.
   b. Remove the disc according to the message appearing on the screen.

6. Turn off the power.

Note:
If the AC power supply is shut out during version-up due to a power failure, the version-up is improperly carried out.
In such a case, replace the FLASH ROM IC and carry out the version-up again.
9.7.3. DVD Module P.C.B. Reset

• When after replacing FLASH ROM IC or DVD Module P.C.B., FL displays error code “ DVD F897”. This means the unit is not initialized properly and the following process needs to be carry out.
• Procedures:

1. Press on remote control while pressing “STOP” button on main unit. (To enter into initialization)
2. FL display show “INIT”
3. While still pressing “STOP” button on main unit, press “ENTER” on remote control. (To reset the unit)
4. FL will display “RESET” before FL display will change to TOC reading again.
5. Power off unit. Unplug the AC cord.
6. Power on the unit. It should be no problem. If problem persist check on the DVD Module P.C.B. or FLASH ROM IC.

Assembling and Disassembling

“ATTENTION SERVICER”
Be careful when disassembling and servicing.
Some chassis components may have sharp edges.

Special Note:

1. This section describes the disassembly procedures for all the major printed circuit boards and main components.

2. Before the disassembly process was carried out, do take special note that all safety precautions are to be carried out.
   (Ensure that no AC power supply is connected during disassembling.)

3. For assembly after operation checks or replacement, reverse the respective procedures. Special reassembly procedures are described only when required.

4. The Switch Regulator IC may have high temperature after prolonged use.

5. Use caution when removing the top cabinet and avoid touching heat sinks located in the unit.
   CAUTION: HOT!!
   PLEASE DO NOT TOUCH THE HEAT SINK

6. Select items from the following index when checks or replacement are required.
   · Disassembly of Top Cabinet
   · Disassembly of Tray Lid Assembly
   · Disassembly of Front Panel
   · Disassembly of Panel & Key P.C.B.
   · Disassembly of Tray Base Assembly
   · Disassembly of Mechanism Base Assembly
   · Disassembly of Rear Panel
   · Disassembly of XM Module P.C.B.
   · Disassembly of Wireless Adapter P.C.B.
   · Disassembly of Tray P.C.B.
   · Disassembly of D-Amp P.C.B.
   · Disassembly of Digital Amp IC (IC5000)
   · Disassembly of DVD Module P.C.B.
   · Disassembly of Main P.C.B.
   · Disassembly of Regulator IC (IC2903)
   · Disassembly of SMPS & AC-Inlet P.C.B.
   · Disassembly of D-Port P.C.B.
   · Disassembly of Switch Regulator IC (IC5701)
   · Disassembly of Regulator Diode (D5803)
   · Disassembly of Regulator Diodes (D5801 & D5802)
   · Disassembly of Regulator Diode (D5702)
   · Disassembly of Tray Guide (L) & Tray Guide (R)
   · Disassembly of Rotary Tray
   · Disassembly of Open Lock Gear
   · Disassembly of Close Lock Gear
   · Disassembly of Tray Motor P.C.B.
   · Disassembly of Sensor P.C.B.
   · Disassembly of Traverse Unit
   · Disassembly of Pulley Gear
   · Disassembly of Loading Motor P.C.B.
   · Disassembly of Drive Gear (A) & Drive Gear (B)
   · Disassembly of Magnet Holder, Washer, Magnet & Clamper
   · Disassembly of Support Piece, Change Lever, Slide Plate (L) & Slide Plate (R)
   · Disassembly of Cam Gear
   · Assembly of Tray Base Assembly

CAUTION NOTE :
Please use original screw and at correct locations.
Below shown is the part no. of different screw types used:

a :RHD30007-k2J
b :RHD30119-S
c :RHD26046
d .XTB3+16JFJ
e :RHD30107-1
f :RHD30111-3
g :XTW3+8TFJ| h :XTB3+10JFJ
i :.XxTWS3+10SFJ
j .XTN26+8GF J
k :XTN26+14JFUK
i .XTB3+8JFJ
m :XTB3+6JFJ
---|---

10.1. Disassembly Flow Chart
10.2. Main Components and P.C.B. Locations

10.3. Disassembly of Top Cabinet
Step 1 Remove 4 screws from the top cabinet.

Step 2 Remove 3 screws from the rear panel.
Step 3 Lift up and remove the top cabinet.

Note: You can push back the tray base assembly by keeping the open lock gear pressed in anti clockwise direction.

10.4. Disassembly of Tray Lid Assembly
· Follow (Step 1) to (Step 3) of Item 10.3.
Step 1 Keep the close lock gear pressed in clockwise direction, then move the tray base assembly halfway out in the direction of the arrow. Step 2 Release the claws at the bottom of the tray lid assembly.
Step 3 Remove the tray lid assembly in the direction of arrow.

10.5. Disassembly of Front Panel

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.

Step 1 Detach FFC cable from the connector (CN7002) on Tray P.C.B.

Step 2 Release the tabs at the bottom of the front panel. Step 3 Release the tabs at each side of the front panel.
Step 4 Remove the front panel in the direction of arrow. 10.6. Disassembly of Panel P.C.B. & Key P.C.B.

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Disassembly of Panel Bracket

Step 1 Remove 3 screws.
Step 2 Release the claws on the front panel.
Step 3 Remove the panel bracket.

· Disassembly of Panel P.C.B. & Key P. C. B.
Step 4 Remove 7 screws.
Step 5 Remove Panel P.C.B. and Key P.C.B.

10.7. Dissassembly of Tray Base Assembly

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.

Step 1 Keep the close lock gear pressed in clockwise direction and move the tray base assembly in the direction of the arrow until the end of it.
Note: Make sure the open lock gear is kept at the position as shown in the diagram below. Step 2 Press and hold the open lock gear in anti clockwise direction, then push and release the claw at each side of the tray base assembly in the direction of arrow. Step 3 Detach FFC cable from the connector (CN7003) on Tray P.C.B.
Step 4 Remove the tray base assembly in the direction of the arrow. Caution: Avoid using excessive strong force when removing the tray base assembly.

10.8. Disassembly of Mechanism Base Assembly

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.

‘Step 1 Remove 2 screws from each side of the mechanism base assembly.
Caution: Take note of the screw type used. During assembling, use the correct screw type and at the correclocation.
Step 2 Detach FFC cable from the connector (CN2005) on Main P.C.B. Step 3 Lift up the right side of the mechanism unit to detach FFC cables from the connectors (FP8251 & FP8531) on DVD Module P.C.B.
Step 4 Remove the mechanism base assembly. Caution: Do not use strong or excessive force to avoid damage to FFC cables.
10.9. Disassembly of Rear Panel

• Follow (Step 1) to (Step 3) of Item 10.3.

Step 1 Remove 8 screws from the rear panel. Step 2 Remove the wire clamp to detach FFC cable from the connector (CN5501, fan unit) on D-Amp P.C.B.
Step 3 Detach FFC cable from connector (CN2012) on Main P.C.B.
Step 4 Release the tabs of the rear panel in the direction of the arrow.
Step 5 Remove the rear panel in the direction of arrow.

10.10. Disassembly of XM Module P.C.B.

• Follow (Step 1) to (Step 3) of Item 10.3

Step 1 Remove 1 screw from the rear panel.

Step 2 Detach FFC cable from the connector (CN2012) on Main P.C.B.
Step 3 Lift up and remove the XM Module P.C.B. from the rear panel. 10.11. Disassembly of Wireless Adapter P.C.B.

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.
• Follow (Step 1) to (Step 4) of Item 10.8.

Step 1 Remove 1 screw from Wireless Adapter P.C.B.
Step 2 Detach FFC cable from the connector (CN2003) on Main P.C.B. Step 3 Remove 4 screws on rear panel.
Step 4 Release the tab in direction of the arrow.
Step 5 Remove the Wireless Adapter P.C.B.

10.12. Disassembly of Tray P.C.B.

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
•  Follow (Step 1) to (Step 4) of Item 10.7.
• Disassembly of Tray Guide (R)

Step 1 Remove 1 screw.
Step 2 Remove the tray guide (R) in the direction of the arrow.

Disassembly of Tray P.C.B.
Step 3 Remove 2 screws
Step 4 Detach FFC cable from the connectors (CN7001 & CN7004) on Tray P.C.B.
Step 5 Remove Tray P.C.B. 10.13. Disassembly of D-Amp P.C.B

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.
• Follow (Step 1) to (Step 4) of Item 10.8.
• Disassembly of P.C.B. Bracket

Step 1 Remove 1 screw from AC-Inlet P.C.B.
Step 2 Remove the P.C.B. bracket. Disassembly of D-Amp P.C.B.
Step 3 Remove 3 screws from D-Amp P.C.B.
Step 4 Detach FFC cable from the connectors (CN2009) on Main P.C.B., and (CN5801) on SMPS P.C.B.
Step 5 Remove the wire clamp to detach FFC cable from the connector (CN5501) on D-Amp P.C.B. Step 6 Remove 5 screws on the rear panel.
Step 7 Release the tab in the direction of the arrow.
Step 8 Remove D-Amp P.C.B. Caution: Be careful of the Heatsink Unit A, which has high temperature after prolonged use, when removing D-Amp P.C.B.
10.14. Disassembly of Digital Amp IC (IC5000)

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.
• Follow (Step 1) to (Step 4) of Item 10.8.
• Follow (Step 1) to (Step 8) of Item 10.13.

Step 1 Desolder pins of the digital amp IC (IC5000) on the back side of D-Amp P.C.B. Step 2 Remove 1 screw from the top of the heatsink unit A.
Step 3 Remove the TR spring in the direction of arrow.
Step 4 Remove the digital amp IC (IC5000) from the heatsink unit A.
Caution: Handle the heatsink unit A with caution due to its high temperature after prolonged use. Touching it may lead to injuries. Note : For disassembly of the digital amp ICs (IC5200, IC5300 & IC5400), repeat the (Step 1) to (Step 4). Refer to the diagrams of D-Amp P.C.B. (Item 10.13.) for location of the parts.
10.15. Disassembly of DVD Module P.C.B.

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.
• Follow (Step 1) to (Step 4) of Item 10.8.
• Follow (Step 1) to (Step 8) of Item 10.13.

Step 1 Remove 2 screws on DVD Module P.C.B.
Step 2 Remove the top FFC cover from Main P.C.B.
Step 3 Remove the mecha bracket. Step 4 Detach FFC cable from the connectors (CN2001 & CN2010) on Main P.C.B.
Step 5 Remove DVD Module P.C.B. Caution: Do not use strong or excessive force to avoid damage to FFC cables.
10.16. Disassembly of Main P.C.B.

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.
• Follow (Step 1) to (Step 4) of Item 10.8.

Step 1 Remove the holder A & B from Main P.C.B.
Step 2 Remove the top FFC cover from Main P.C.B.
Step 3 Remove 3 screws from Main P.C.B. Step 4 Detach FFC cable from the connectors (CN5802) on SMPS P.C.B. and on Main P.C.B. (CN2001, CN2003, CN2007, CN2008, CN2009, CN2010, CN2011, CN2012) Step 5 Remove 3 screws from the rear panel.
Step 6 Release the tab in the direction of arrow.
Step 7 Remove the Main P.C.B.

10.17. Disassembly of Regulator IC (IC2903)

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.
• Follow (Step 1) to (Step 4) of Item 10.8.
• Follow (Step 1) to (Step 7) of Item 10.16.

Step 1 Desolder pins of the regulator IC (IC2903) on the back side of Main P.C.B. Step 2 Remove 1 screw.
Step 3 Remove the regulator IC (IC2903) from the heatsink extrussion. Note : Refer to the diagrams of Main P.C.B. (Item 10.16.) for location of the part.
10.18. Disassembly of SMPS & ACInlet P.C.B.

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.

Step 1 Detach FFC cable from the connectors (CN5801 & CN5802) on SMPS P.C.B.
Step 2 Release the lead clamper.
Step 3 Remove 2 screws from AC-Inlet P.C.B. & 5 screws from SMPS P.C.B.
Step 4 Remove the P.C.B. bracket. Step 5 Remove 1 screw from the rear panel.
Step 6 Release the tab in the direction of arrow. Step 7 Remove SMPS & AC- Inlet P.C.B. Caution: Be careful of power heatsinks located on D-Amp P.C.B., which has high temperature after prolonged use, when removing it.
10.19. Disassembly of D-Port P.C.B.

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.
• Follow (Step 1) to (Step 4) of Item 10.8.

Step 1 Remove 1 screw from the rear panel.

Step 2 Detach FFC cable from the connector (CN2008) on Main P.C.B.
Step 3 Remove D-Port P.C.B.

10.20. Disassembly of Switch Regulator IC (IC5701)

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.
• Follow (Step 1) to (Step 7) of Item 10.18.

Step 1 Desolder pins of the switch regulator IC (IC5701) on the back side of SMPS P.C.B. Step 2 Remove 1 screw.
Step 3 Remove the switch regulator IC (IC5701) from the heatsink unit B.
Caution: Handle the heatsink unit B with caution due to its high temperature after prolonged use. Touching it may lead to injuries. Note : Refer to the diagrams of SMPS P.C.B. (Item 10.18.) for location of the parts.
10.21. Disassembly of Regulator Diode (D5803)

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.
• Follow (Step 1) to (Step 7) of Item 10.18.

Step 1 Desolder pins of the regulator (D5803) on the back side of SMPS P.C.B. Step 2 Remove 1 screw.
Step 3 Remove the diode (D5803) from the heatsink unit C.
Caution: Handle the heatsink unit C with caution due to its high temperature after prolonged use. Touching it may lead to injuries. Note : Refer to the diagrams of SMPS P.C.B. (Item 10.18.) for location of the parts.
10.22. Disassembly of Regulator Diodes (D5801 & D5802)

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.
• Follow (Step 1) to (Step 7) of Item 10.18.

Step 1 Desolder pins of the regulator diodes (D5801 & D5802) on the back side of SMPS P.C.B.

Step 2 Remove 2 screws.
Step 3 Remove the regulator diodes (D5801 & D5802) from the heatsink unit D.
Caution: Handle the heatsink unit D with caution due to its high temperature after prolonged use. Touching it may lead to injuries. Note : Refer to the diagrams of SMPS P.C.B. (Item 10.18.) for location of the parts.
10.23. Disassembly of Regulator Diode (D5702)

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.
• Follow (Step 1) to (Step 7) of Item 10.18.

Step 1 Desolder pins of the regulator diode (D5702) on the back side of SMPS P.C.B. Step 2 Remove 1 screw.
Step 3 Remove the regulator diode (D5702) from the small heat sink.
Caution: Handle the small heat sink with caution due to its high temperature after prolonged use. Touching it may lead to injuries. Note : Refer to the diagrams of SMPS P.C.B. (Item 10.18.) for location of the parts.
10.24. Disassembly of Tray Guide (L) & Tray Guide (R)

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.

Step 1 Remove 2 screws from the tray guide (L) and the tray guide (R) .
Step 2 Remove the tray guide (L) and the tray guide (R) in the direction of arrow. 10.25. Disassembly of Rotary Tray

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.

Step 1 Remove the screw and the tray spring.
Step 2 Remove the rotary tray in the direction of arrow. 10.26. Disassembly of Open Lock Gear

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.

Step 1 Rotate the open lock gear in the direction of arrow. (Anti-clockwise) Step 2 Release the claw of the open lock gear.
Step 3 Remove the open lock gear in the direction of arrow. 10.27. Disassembly of Close Lock Gear

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.

Step 1 Remove 1 screw from the close lock gear.

Step 2 Hook the close lock gear spring to claw (a).
Step 3 Rotate the close lock gear in the direction of arrow (1).
Step 4 Release claw (b) and pull out the close lock gear in the direction of arrow (2).

10.28. Disassembly of Tray Motor P.C.B.

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.

Step 1 Remove 2 screws from Tray Motor P.C.B.
Step 2 Release 2 claws at Tray Motor P.C.B.
Step 3 Remove Tray Motor P.C.B. from the tray base assembly.

10.29. Disassembly of Sensor P.C.B.

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.

Step 1 Remove 1 screw from Sensor P.C.B.
Step 2 Release 2 claws at Sensor P.C.B.
Step 3 Remove Sensor P.C.B. from the tray base assembly. 10.30. Disassembly of Traverse Unit

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.
• Follow (Step 1) to (Step 4) of Item 10.8.

Step 1 Rotate the cam gear anti-clockwise. (Align at position (A) as marking on the gear with arrow) Step 2 Flip the mechanism base assembly and place it in vertical position.
Step 3 Press upward (a), push backward (b) and press (c) to left to release the traverse unit. 10.31. Disassembly of Pulley Gear

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.
• Follow (Step 1) to (Step 4) of Item 10.8.

Step 1 Remove the tray belt from the mechanism base assembly. Step 2 Flip the mechanism base assembly to its reverse side.
Step 3 Release the 2 claws in the direction of arrow (1), and then press the pulley pin in the direction of arrow (2). Step 4 Remove the pulley gear.

10.32. Disassembly of Loading Motor P.C.B.

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.
• Follow (Step 1) to (Step 4) of Item 10.8.

Step 1 Remove 2 screws from Loading Motor P.C.B.
Step 2 Remove Loading Motor P.C.B. from the mechanism base assembly.

10.33. Disassembly of Drive Gear (A) & Drive Gear (B)

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.
• Follow (Step 1) to (Step 4) of Item 10.8.

Step 1 Release the claws in the direction of arrow (1), and then pull up the drive shaft. Step 2 Remove the drive gear (A) and drive gear (B) from the mechanism base assembly . 10.34. Disassembly of Magnet Holder, Washer, Magnet & Clamper

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.
• Follow (Step 1) to (Step 4) of Item 10.8.
• Follow (Step 1) to (Step 3) of Item 10.30.

Step 1 Flip the mecha base to show the reverse side of the clamp plate. Step 2 Release 3 claws at the clamp plate in the direction of arrow.
Step 3 Remove the magnet holder, washer, magnet & clamper. 10.35. Disassembly of Support Piece, Change Lever, Slide Plate (L) & Slide Plate (R)

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.
• Follow (Step 1) to (Step 4) of Item 10.8.
• Follow (Step 1) to (Step 3) of Item 10.30.
• Disassembly of Support Piece.

Step 1 Rotate the cam gear anti-clockwise. (Align at position (A) as marking on the gear with arrow.)Step 2 Remove the support piece screw from the top of support piece.
Step 3 Remove support piece.

• Disassembly of Change Lever, Slide Plate (L) & Slide Plate (R).

Step 4 Press the claw and pull up the slide plate (L). Step 5 Remove the change lever, slide plate (L) & slide plate (R) in the direction of arrow. 10.36. Disassembly of Cam Gear

• Follow (Step 1) to (Step 3) of Item 10.3.
• Follow (Step 1) to (Step 3) of Item 10.4.
• Follow (Step 1) to (Step 4) of Item 10.5.
• Follow (Step 1) to (Step 4) of Item 10.7.
• Follow (Step 1) to (Step 4) of Item 10.8.
• Follow (Step 1) to (Step 3) of Item 10.30.
• Follow (Step 1) to (Step 2) of Item 10.33.
• Follow (Step 1) to (Step 5) of Item 10.35.

Step 1 Remove the cam gear from the mecha base in the arrow of direction. 10.37. Assembly of Tray Base Assembly

• Reverse (Step 1) to (Step 4) of Item 10.8.

Step 1 Rotate the cam gear anti-clockwise. (Align at position (B) as marking on gear with arrow.)
Step 2 Make sure drive gear (A) is in vertical position.
Step 3 Keep the open lock gear pressed in the position shown.
Step 4 Connect FFC cable at the connector (CN7003) on Tray P.C.B. Step 5 Align the tray base assembly to the tray guide (L) & tray guide (R).
Step 6 Push the tray base assembly in the direction of arrow shown.

Service Fixture and Tools

Prepare service tools before proccess service position.

Service Tools

Loadin g Motor P.C.B. – Main P.C.B.| REEX0633 (11 pin)

Service Positions

12.1. Checking & Repair XM Module P.C.B.
Step 1 Disassemble the top cabinet.
Step 2 Disassemble XM Module P.C.B.
Note: Refer to items in Chapter 10 for disassembly procedures of respective Part & P.C.B.
Step 3 Desolder the the claws of the XM shield plate and then remove it from XM Module P.C.B. in the direction of arrow. Step 4 Connect FFC cable at the connector (CN2012).
Step 5 Turn over XM Module P.C.B. and place it according to the diagram shown below.

12.2. Checking & Repair D-Port P.C.B.
Step 1 Disassemble the top cabinet.
Step 2 Disassemble the rear panel.
Note: Refer to items in Chapter 10 for disassembly procedures of respective Part & P.C.B.
Step 3 Remove the D-Port cover by releasing the claws from D-Port P.C.B. Step 4 Connect FFC cable at the connector (CN5501).
Step 5 Turn over D-Port P.C.B. and place it according to the diagram shown below. 12.3. Checking & Repair Panel P.C.B. & Key P.C.B.
Step 1 Disassemble the top cabinet.
Step 2 Disassemble the tray lid assembly.
Step 3 Disassemble the front panel.
Step 4 Disassemble Panel & Key P.C.B.
Note: Refer to items in Chapter 10 for disassembly procedures of respective Part & P.C.B.
Step 5 Connect FFC cable at the connector (CN7002) on Tray P.C.B.
Step 6 Turn over Panel P.C.B. & Key P.C.B. horizontally and place them according to the diagram shown below.

12.4. Checking & Repair Main P.C.B.
· Disassembly of P.C.B. & Part
Step 1 Disassemble the top cabinet.
Step 2 Disassemble the tray lid assembly.
Step 3 Disassemble the front panel.
Step 4 Disassemble Panel & Key P.C.B.
Step 5 Disassemble the tray base assembly.
Step 6 Disassemble the mechanism base assembly.
Step 7 Disassemble the rear panel.
Step 8 Disassemble XM Module P.C.B.
Step 9 Disassemble Wireless Adapter P.C.B.
Step 10 Disassemble Tray P.C.B.
Step 11 Disassemble D-Amp P.C.B.
Step 12 Disassemble DVD Module P.C.B.
Step 13 Disassemble Main P.C.B.
Step 14 Disassemble SMPS & AC-Inlet P.C.B.
Step 15 Disassemble D-Port P.C.B.
Note: Refer to items in Chapter 10 for disassembly procedures of respective Part & P.C.B.
· Servicing Position of Main P.C.B.
Step 16 Position the mechanism base assembly, tray base assembly, Panel & Key P.C.B., XM Module P.C.B., Wireless Adapter P.C.B., Tray P.C.B., D-Amp P.C.B., DVD Module P.C.B., Main P.C.B., D-Port P.C.B., SMPS & AC-Inlet P.C.B. according to the diagram shown below.
Note: Avoid the contact between the mechanism base assembly and the DVD Module P.C.B. by placing an object beneath the mechanism base assembly.Step 17 Change cable (REEX0524) to extended cable (REEX0633).
Step 18 Connect FFC cable at all the connectors. (CN2001, CN2003, CN2005 CN2007, CN2008, CN2009, CN2010, CN2011, CN2012, CN5501, CN5801, CN5802, CN7001, CN7002, CN7003, CN7004, FP8251 & FP8531)Step 21 Connect the AC cord and switch on the power.
Step 22 Place a CD/DVD onto the tray base assembly and play it by selecting one of the DISC SELECTOR button on Power Button P.C.B.
Step 23 While the CD/DVD is being played, remove the tray base assembly in the direction of arrow by repeating the (Step1) to (Step 4) of Item 10.7.Step 24 Turn over Main P.C.B. vertically and place it according to the diagram shown below. 12.5. Checking & Repair SMPS P.C.B.

• Follow (Step 1) to (Step 23) of Item 12.4.

Step 1 Turn over SMPS P.C.B. vertically and place it accord to the diagram shown below. Note: AC-Inlet P.C.B can be placed on an object (eg. box) to avoid its contact with mechanism base assembly.
Caution: Be careful of power heatsinks located on SMPS P.C.B., which has high temperature after prolonged use, when servcing the P.C.B.
12.6. Checking & Repair D-Amp P.C.B.

• Follow (Step 1) to (Step 23) of Item 12.4.

Step 1 Turn over D-Amp P.C.B. vertically and place it according to the diagram shown below. Caution: Be careful of power heatsink located on D-Amp P.C.B., which has high temperature after prolonged use, when servcing the P.C.B.
12.7. Checking & Repair DVD Module P.C.B.

• Follow (Step 1) to (Step 23) of Item 12.4.

Step 1 Turn over DVD Module P.C.B. vertically and place it according to the diagram shown below.

Measurements and Adjustments

13.1. Service Tools and Equipment

13.2. Important points in adjustment
13.2.1. Important points in optical adjustment

• Before starting optical adjustment, be sure to take anti-static measures.
• Optical pickup tilt adjustment is needed after replacement of the following components.

1. Optical pickup unit
2. Spindle motor unit
3. Optical pickup peripheral parts

Notes
Adjustment is generally unnecessary after replacing other parts of the traverse unit. However, make adjustment if there is a noticeable degradation in picture quality. Optical adjustments cannot be made inside the optical pickup. Adjustment is generally  unnecessary after replacing the traverse unit.
13.2.2. Important points in electrical adjustment

• Follow the adjustment procedures described in this manual.

13.3. Storing and handling of test discs

• Surface precision is vital for DVD test discs. Be sure to store and handle them carefully.

1. Do not place discs directly onto the workbench, etc., after use.
2. Handle discs carefully in order to maintain their flatness. Place them into their case after use and store them vertically. Store discs in a cool place where they are not exposed to direct sunlight or air from air conditioners.
3. Accurate adjustment will not be possible if the disc is warped when placed on a surface made of glass, etc. If this happens, use a new test disc to make optical adjustments.
4. If adjustment is done using a warped disc, the adjustment will be incorrect and some discs will not be playable.

13.4. Optical adjustment
13.4.1. Optical pickup tilt adjustment

value.

13.4.1.1. Adjustment procedure

1. While pressing STOP button on the main unit, press “5” on the remote control unit.

2. Confirm that “J_xxx/yyy_zz” (Display 1/Display 2) is shown on the front display.
   For your information:
   “yyy” and “zz” have nothing to do with the jitter value.
   “yyy” is the error counter, while “zz” is the focus drive value.
   Note:
   Jitter value appears on the front display.

3. Play test disc T30 (center periphery).

4. Adjust tangential adjustment screw so that the jitter value is minimized.

5. Play test disc T30 (center periphery).

6. Adjust tilt adjustment screw 1 so that the jitter value is minimized.

7. Play test disc T30 (center periphery).

8. Adjust tilt adjustment screw 2 so that the jitter value is minimized.

9. Repeat adjusting tilt adjustment screws 1 and 2 alternately until the jitter value is minimized.

13.4.1.2. Important points

1. Make tangential adjustment first, and then make tilt adjustment.
2. Repeat adjusting two or three times to find the optimum point.
3. Finish the procedure with tilt adjustment.

13.4.1.3. Check after adjustment
Play test disc or any other disc to make sure there is no picture degradation in the inner, middle and outer peripheries, and no audio skipping. After adjustment is finished, lock each adjustment screw in position using screw lock.
13.4.1.4. Procedure for screw lock

1. After adjustment, remove top cover, tray, clamper base and traverse unit in this sequence.
2. Lay the traverse unit upside down, and fix adjustment screw with screw lock.
3. After fixing, reassemble traverse unit, clamper base, tray and top cover.

Abbreviations

ACLK
AD0~UP
ADATA
ALE
AMUTE
AREQ
ARF
ASI
ASO
ASYNC| ADDRESS
AUDIO CLOCK
ADDRESS BUS
AUDIO PES PACKET DATA
ADDRESS LATCH ENABLE
AUDIO MUTE
AUDIO PES PACKET REQUEST
AUDIO RF
SERVO AMP INVERTED INPUT
SERVO AMP OUTPUT
AUDIO WORD DISTINCTION SYNC
B| BCK
BCKIN
BDO
BLKCK
BOTTOM
BYP
BYTCK| BIT CLOCK (PCM)
BIT CLOCK INPUT
BLACK DROP OUT
SUB CODE BLOCK CLOCK
CAP. FOR BOTTOM HOLD
BYPATH
BYTE CLOCK
C| CAV
CBDO
CD
CDSCK
CDSRDATA
CDRF
CDV
CHNDATA
CKSL
CLV
COFTR
CPA
CPCS
CPDT
CPUADR
CPUADT
CPUIRQ
CPRD
CPWR
CS
CSYNCIN
CSYNCOUT| CONSTANT ANGULAR VELOCITY
CAP. BLACK DROP OUT
COMPACT DISC
CD SERIAL DATA CLOCK
CD SERIAL DATA
CD RF (EFM) SIGNAL
COMPACT DISC-VIDEO
CHANNEL DATA
SYSTEM CLOCK SELECT
CONSTANT LINEAR VELOCITY
CAP. OFF TRACK
CPU ADDRESS
CPU CHIP SELECT
CPU DATA
CPU ADDRESS LATCH
CPU ADDRESS DATA BUS
CPU INTERRUPT REQUEST
CPU READ ENABLE
CPU WRITE ENABLE
CHIP SELECT
COMPOSITE SYNC IN
COMPOSITE SYNC OUT
D| DACCK
DEEMP
DEMPH
DIG0~UP
DIN
DMSRCK
DMUTE
DO
DOUT0~UP
DRF
DRPOUT
DREQ
DRESP
DSC
DSLF
DVD| D/A CONVERTER CLOCK
DEEMPHASIS BIT ON/OFF
DEEMPHASIS SWITCHING
FL DIGIT OUTPUT
DATA INPUT
DM SERIAL DATA READ CLOCK
DIGITAL MUTE CONTROL
DROP OUT
DATA OUTPUT
DATA SLICE RF (BIAS)
DROP OUT SIGNAL
DATA REQUEST
DATA RESPONSE
DIGITAL SERVO CONTROLLER
DATA SLICE LOOP FILTER
DIGITAL VIDEO DISC
E| EC
ECR
ENCSEL
ETMCLK
ETSCLK| ERROR TORQUE CONTROL
ERROR TORQUE CONTROL
REFERENCE
ENCODER SELECT
EXTERNAL M CLOCK (81MHz/40.5MHz)
EXTERNAL S CLOCK (54MHz)
F| FBAL
FCLK
FE
FFI
FEO
FG
FSC
FSCK| FOCUS BALANCE
FRAME CLOCK
FOCUS ERROR
FOCUS ERROR AMP INVERTED INPUT
FOCUS ERROR AMP OUTPUT
FREQUENCY GENERATOR
FREQUENCY SUB CARRIER
FS (384 OVER SAMPLING) CLOCK
G| GND| COMMON GROUNDING (EARTH)
H| HA0~UP
HD0~UP
HINT
HRXW| HOST ADDRESS
HOST DATA
HOST INTERRUPT
HOST READ/WRITE
I| IECOUT
IPFRAG
IREF
ISEL| IEC958 FORMAT DATA OUTPUT
INTERPOLATION FLAG
I (CURRENT) REFERENCE
INTERFACE MODE SELECT
L| LDON
LPC
LRCK| LASER DIODE CONTROL
LASER POWER CONTROL
L CH/R CH DISTINCTION CLOCK
M| MA0~UP
MCK
MCKI
MCLK
MDATA
MDQ0~UP
MDQM
MLD
MPEG| MEMORY ADDRESS
MEMORY CLOCK
MEMORY CLOCK INPUT
MEMORY SERIAL COMMAND CLOCK
MEMORY SERIAL COMMAND DATA
MEMORY DATA INPUT/OUTPUT
MEMORY DATA I/O MASK
MEMORY SERIAL COMMAND LOAD
MOVING PICTURE EXPERTS GROUP
O| ODC
OFTR
OSCI
OSCO
OSD| OPTICAL DISC CONTROLLER
OFF TRACKING
OSCILLATOR INPUT
OSCILLATOR OUTPUT
ON SCREEN DISPLAY
P| P1~UP
PCD
PCK
PDVD
PEAK
PLLCLK
PLLOK
PWMCTL
PWMDA
PWMOA, B| PORT
CD TRACKING PHASE DIFFERENCE
PLL CLOCK
DVD TRACKING PHASE DIFFERENCE
CAP. FOR PEAK HOLD
CHANNEL PLL CLOCK
PLL LOCK
PWM OUTPUT CONTROL
PULSE WAVE MOTOR DRIVE A
PULSE WAVE MOTOR OUT A, B
R| RE
RFENV
RFO
RS
RSEL
RST
RSV| READ ENABLE
RF ENVELOPE
RF PHASE DIFFERENCE OUTPUT
(CD-ROM) REGISTER SELECT
RF POLARITY SELECT
RESET
RESERVE
S| SBI0, 1
SBO0
SBT0, 1
SCK
SCKR
SCL
SCLK
SDA
SEG0~UP
SELCLK
SEN
SIN1, 2
SOUT1, 2
SPDI
SPDO
SPEN
SPRCLK
SPWCLK
SQCK
SQCX
SRDATA
SRMADR
SRMDT0~7
SS
STAT
STCLK
STD0~UP
STENABLE
STSEL
STVALID
SUBC
SBCK
SUBQ
SYSCLK| SERIAL DATA INPUT
SERIAL DATA OUTPUT
SERIAL CLOCK
SERIAL DATA CLOCK
AUDIO SERIAL CLOCK RECEIVER
SERIAL CLOCK
SERIAL CLOCK
SERIAL DATA
FL SEGMENT OUTPUT
SELECT CLOCK
SERIAL PORT ENABLE
SERIAL DATA IN
SERIAL DATA OUT
SERIAL PORT DATA INPUT
SERIAL PORT DATA OUTPUT
SERIAL PORT R/W ENABLE
SERIAL PORT READ CLOCK
SERIAL PORT WRITE CLOCK
SUB CODE Q CLOCK
SUB CODE Q DATA READ CLOCK
SERIAL DATA
SRAM ADDRESS BUS
SRAM DATA BUS 0~7
START/STOP
STATUS
STREAM DATA CLOCK
STREAM DATA
STREAM DATA INPUT ENABLE
STREAM DATA POLARITY SELECT
STREAM DATA VALIDITY
SUB CODE SERIAL
SUB CODE CLOCK
SUB CODE Q DATA
SYSTEM CLOCK
T| TE
TIBAL
TID
TIN
TIP
TIS
TPSN
TPSO
TPSP
TRCRS
TRON
TRSON| TRACKING ERROR
BALANCE CONTROL
BALANCE OUTPUT 1
BALANCE INPUT
BALANCE INPUT
BALANCE OUTPUT 2
OP AMP INPUT
OP AMP OUTPUT
OP AMP INVERTED INPUT
TRACK CROSS SIGNAL
TRACKING ON
TRAVERSE SERVO ON
V| VBLANK
VCC
VCDCONT
VDD
VFB
VREF
VSS| V BLANKING
COLLECTOR POWER SUPPLY
VOLTAGE
VIDEO CD CONTROL (TRACKING
BALANCE)
DRAIN POWER SUPPLY VOLTAGE
VIDEO FEED BACK
VOLTAGE REFERENCE
SOURCE POWER SUPPLY VOLTAGE
W| WAIT
WDCK
WEH
WSR| BUS CYCLE WAIT
WORD CLOCK
WRITE ENABLE HIGH
WORD SELECT RECEIVER
X| X
XALE
XAREQ
XCDROM
XCS
XCSYNC
XDS
XHSYNCO
XHINT
XI
XINT
XMW
XO
XRE
XSRMCE
XSRMOE
XSRMWE
XVCS
XVDS
XVSYNCO| X´ TAL
X ADDRESS LATCH ENABLE
X AUDIO DATA REQUEST
X CD ROM CHIP SELECT
X CHIP SELECT
X COMPOSITE SYNC
X DATA STROBE
X HORIZONTAL SYNC OUTPUT
XH INTERRUPT REQUEST
X´ TAL OSCILLATOR INPUT
X INTERRUPT
X MEMORY WRITE ENABLE
X´ TAL OSCILLATOR OUTPUT
X READ ENABLE
X SRAM CHIP ENABLE
X SRAM OUTPUT ENABLE
X SRAM WRITE ENABLE
X V-DEC CHIP SELECT
X V-DEC CONTROL BUS STROBE
X VERTICAL SYNC OUTPUT

Voltage and Waveform Chart

15.1. DVD Module P.C.B.

15.2. Main P.C.B. 15.7. D-Port, Tray Motor, Loading Motor, Sensor & Tray P.C.B.

15.8. Waveform Chart
15.8.1. Waveform 1

15.8.2. Waveform 2

Illustration of IC’s, Transistors and Diodes

Wiring Connection Diagram

Block Diagram

18.1. System Control

18.2. DVD(Servo)

18.3. DVD (Video/Audio)

18.4. DVD Interface

18.5. Audio

18.6. Audio Digital Amp

18.7. Power

Schematic Diagram Notes

• This schematic diagram may be modified at any time with the development of new technology.

Notes:

• Important safety notice:
  Components identified by mark have special characteristics important for safety.
  Furthermore, special parts which have purposes of fire-retardant (resistors), high-quality sound (capacitors), lownoise (resistors), etc. are used.
  When replacing any of components, be sure to use only manufacturer´s specified parts shown in the parts list.

• In case of AC rated voltage Capacitor, the part no. and values will be indicated in the Schematic Diagram.
  AC rated voltage capacitor:
  C5700, C5701,C5703, C5704, C5705

• Resistor
  Unit of resistance is OHM [Ω] (K=1,000, M=1,000,000).

• Capacitor
  Unit of capacitance is µF, unless otherwise noted. F=Farad, pF=Pico-Farad

• Coil
  Unit of inductance is H, unless otherwise noted.

• Voltage and signal line

| : +B signal line
---|---
| : -B signal line
| : DVD RF signal line
| : Motor Drive signal line
| : DVD Audio signal line
| : DVD Video signal line
| : CD Head signal line
| : DVD Head signal line
| : Main signal line
| : Tracking Error signal line
| : Focus Error signal line
| : FM, XM signal line
| : AUX, Music Port, Ipod signal line

CAUTION: FOR CONTINUED PROTECTION
AGAINST FIRE HAZARD,
REPLACE ONLY WITH SAME
TYPE 233 F1 8.0A 125V FUSE RISK OF FIRE-REPLACE FUSE AS MARKED.
FUSE CAUTION
These symbols located near the fuse indicates that the fuse used is a fast operating type. For continued protection against fire harzard, replace with the same type fuse. For fuse rating. refer to the marking adjacent to the symbol.

Schematic Diagram

20.1. DVD Module (DV5/HDMI) Circuit

20.2. XM Module & Main Circuit 20.3. D-Port & Panel Circuit

20.4. D-Amp & SMPS Circuit

20.5. Tray, Key, Wireless Adapter, AC- Inlet & Loading Motor Circuit

20.6. Tray Motor, Sensor & Optical Pickup Unit

Printed Circuit Board

21.1. DVD Module P.C.B.

21.2. XM Module,D-Port & AC-Inlet P.C.B.

21.3. Main P.C.B.

21.4. Panel, Key & Wireless Adapter P.C.B. 

21.5. D-Amp P.C.B.

21.6. SMPS P.C.B.

21.7. Tray, Loading Motor, Tray Motor & Sensor P.C.B.

Basic Troubleshooting Guide

22.1. Basic Troubleshooting Guide for Traverse Unit (DVD Module P.C.B)

circuitry (+5V)

| IC8251 Pin 8, 21
b) Check laser drive circuitry (Voltages & current)| Q8551, Q8552, Q8561, Q8562
c) Check LSI IC connection to motor drive circuitry
*Compare the above with  OK condition HDMI Module P.C.B.| IC8001 Pin 144 ,145

• Check for solder short and/or component missing/damaged
  3)  Disc not spinning
  4)  Traverse not moving
  5)  Traverse and spindle abnormal movement| a) Check connection from HDMI Module to Traverse
  unit| FP8251
  b) Check motor driver circuitry on the voltages and control signals
  Compare the above with OK condition HDMI
  Module P.C.B| IC8251
  Check for solder short and/or component damaged

6. Cannot read the disc but spindle motor is spinning
   – Cannot read CD/DVD| a)  Check laser drive circuitry (voltages and current)- Check CD Laser Drive
   –   Check DVD Laser Drive

• Check voltages and LD
  current and compare with OK condition HDMI Module P.C.B.| Q8551, Q8552, LB8531
  (For DVD Laser Drive current)
  Q8561, Q8562, LB8561
  (For CD Laser Drive current)

7. Block Noise during play| a) Check SDRAM address and data bus signal| IC8051
8. Jitter out of specification| a)  Check LD current
   b)  Check OPU
   (Change to other unit and confirmed operating condition)| OPU Unit (Traverse unit), FPC connection

22.2. Basic Troubleshooting Guide for HDMI AV output

*This year HDMI always
ON. No need check Setup Menu.
If no resolution selection GUI, then only check SETUP.
2) +5V Supply to the TV| IC3952 (Pin 4)
3) HDMI Connector Solderability condition| P3901
4) HDMI Output TDMS signal lines (IC3901) – Data (Pin 72, 73, 76, 77, 80, 81) – Clock (Pin 10,12)| L3906 L3903, L3904, L3905,
5) HDMI Transmitter communication lines to TV
– Data, SDA (Pin 120, IC8001)
– Clock, SCL (Pin 121, IC8001)| LB3905, R3905, Q3902, R3904
LB3904, R3907, Q3903, R3906
6) HDMI Transmitter communications from LSI
(IC8001)| RX3901
7) Local Port Slave Address setting resistor| R3921
8) HDMI Transmitter +3. 3V Supply| LB3901, IC3901 (Pin 26, 42, 47, 52, 70, 84, 100, 106, 115)
9) HDMI Transmitter +1.2V Supply| IC3901 (Pin 5, 26, 47, 42, 55, 75, 85, 102, 109, 116, 123), LB3908, IC8151 (Pin 2, 4)
10) HDMI Up-Con +3.3V Supply| LB3901
11) HDMI Pixel Clock Output from Up-Con to HDMI Transmitter| R8902
12) Up -Con IC I2C Data and Clock Line| RX3706
13) Hot-Plug Signal| LB3906, R3902, R3903, Q3901, D3901
14) TDMS Output swing amplitude control resistor| R3901
15) Host Interface External Input Clock from LSI (IC8001) to Up- Con IC (IC3901)  OSC27M| LB8702
16) Video Data Lines from LSI (IC8001) to Up-Con
(IC3901)| RX3707, RX3708
2) When switching the video output mode from 480P to 720p/1080i, TV display becomes blank| 1) Supply for Up-Con (IC3901)
– Pin 9, 124
2) GND for Up-Con – Pin 7, 125
3) Check for capacitor short to GND| LB3902 C3902, C3928, C3925
3) Color Problem. TV
screen is White/Blue/
Purple| 1) Check digital video data line from LSI (IC8001) to
Up-Converter (IC3901), VOUT0-VOUT7.| RX3707, RX3708
4) HDMI got no audio output| 1) Audio data lines
2) Check setting of the set in Setup Menu whether the
HDMI Audio output is turned ON| R8402, RX8402

• Check for solder short and/or component missing/damaged as well as signal condition.

Overall Block for PT950

23.1. SC-PT950 Main Circuit Block

23.2. SC-PT950 SMPS Circuit Block

Terminal Function of ICs

24.1. IC2001 (C2CBYY000442):
System Control IC

Antenna)
52| HBASS_SW| O| HBASS Control
53| XMLINK ACT| I| XM Link Active (H: Link Active) (L: No Data transfer)
Pin No.| Terminal Name| I/O| Function
---|---|---|---
54| MULTI_1| O| Multi Room selector 1
55| MULTI_2| O| Multi Room selector 2
56| POS_SW (INT)| I| Position Sensor (RC1)
57| TURN_FWD| O| Tray Motor Control (Turn – RC1)
58| TURN_REV| O| Tray Motor Control (Turn – RC1)
59| SENS1| I| Digital Amp Output Sensor 1
60| ACKIN| I| Acknowledge Signal from iPod
61| OPT_EN| I| Optical IN Enable (L=Disable, H=Enable)
62| VCC| –| POWER SUPPLY 5.0V
63| DC_DET2| I| DC Detection Circuit 2
64| VSS| –| GND (0V)
65| XM_DAC_RST| O| XM DAC RESET
66| EXP_STROBE| O| IO Expander Strobe for D-Port Playback Control
67| HOP_DA| O| Frequency Hop Control DA
68| MUTE_C_S| O| Center and Surround L & R Mute
69| MUTE_F_SW| O| Front L & R Mute and SubWoofer Mute
70| AMBP| O| AM Beat Proof for SMPS
71| MOD_DA| O| Digital Amp Standby Control
72| PCONT| O| Power Control of XM Module
73| CEC_OUT| I| Output Port for HDMI/CEC
74| ACS_MUTE| O| ACS Mute Control
75| CEC_IN| I| HDMI/CEC Input
76| JOG_A/ VOL_UP| I| Signal A from Volume JOG / Volume Up Button
77| JOG_B/ VOL_DOWN| I| Signal B from Volume JOG / Volume Down Button
78| HP_MUTE| O| Head Phone Mute signal
79| BATT_PCONT| O| Power Control for Battery Charging
80| XM_I2SRATE| I| XM I2SRATE
81| DPORT_DET2| I| D-Port Detection 2
82| IPOD DETECT| I| iPod Detection
83| EXP_CLK| O| IO Expander Clock for D-Port Playback Control
84| EXP_DATA| O| IO Expander Data for D-Port Playback Control
85| FLD_CLK| O| Clock Signal for the FL Driver
86| FLD_STB| O| FL Strobe
87| FLD_OUT| O| FL Data Out
88| DPORT_DET1| I| D-Port Detection 1
89| MD3| I| Model Code 3
90| MD2| I| Model Code 2
91| KEY2| I| Key 2 line input
92| ACS| I| Auto Calibration
93| DISC_SENSE| I| Disc Sense
94| DES2| I| Model Selector
95| DES1| I| REGION Setting for Tuner
96| AVSS| –| Analog Power Supply Input
97| KEY1| I| Key 1 Line input
98| VREF| –| Reference Voltage Input
99| AVCC| –| Analog Power Supply Input
100| DISC1_LED| O| Changer Disc 1 LED Indicator

Exploded Views

25.1. Cabinet Parts Location

25.2. Packaging

Replacement Parts List

Notes:
Important safety notice:
Components identified by mark have special characteristics important for safety purpose.
Furthermore, special parts which have purposes of fire-retardant (resistors), high-quality sound (capacitors), low-noise (resistors), etc. are used.
When replacing any of components, be sure to use only manufacture’s specified parts shown in the parts list.
Warning: This product uses a laser diode. Refer to caution statements.
Capacity values are in microfarads (µF) unless specified otherwise, P=Pico-farads (pF), F=Farads (F).
Resistance values are in ohms, unless specified otherwise, 1K=1,000 (OHM), 1M=1,000K (OHM).
The parenthesized indications in the Remarks columns specify the model names and areas. (Refer to the cover page)
The marking (RTL) indicates the retention time is limited for this item. After the discontinuation of this assembly in production, it will no longer be available.
Parts mentioned [M] are supplied from PAVCSG.
Parts mentioned [SPG] are supplied from PAVC.

26.1. Component Parts List