DK1110SI
service manual
Catalog
Chapter One About Maintenance
1.1 Safety precautions
1
1
1.1.1 Power supply
1
1.1.2 Precautions for antistatic
1
1.1.3 Precautions for laser head
1
1.1.4 About placement position
2
1.2 Maintenance method
2
1.2.1 Visualized method
2
1.2.2 Electric resistance method
2
1.2.3 Voltage method
2
1.2.4 Current method
2
1.2.5 Cutting method
2
1.2.6 Element substitution method
3
1.2.7 Comparison method
3
1.3 Required device for maintenance
Chapter Two Functions and Operation Instructions
3
4
2.1 Features
4
2.2 Controls and functions
5
2.2.1 Front panel controls
5
2.2.2 Rear panel connections
5
2.2.3 VFD display general view
6
2.2.4 Remote control general view
6
2.3 Setlist
7
2.4 FUNCTION SETTINGS
7
2.4.1 Function selection and change
7
2.4.2 Language settings
7
2.4.3 Image settings menu
8
2.4.4 Sound settings menu
8
2.4.5 Playback settings
9
2.4.6 Karaoke settings menu
10
2.4.7 Preference settings
10
2.4.8 Family filter settings
10
2.4.9 Initial settings menu
10
2.4.10 Reset settings to default
11
2.4.11 Exit settings menu
11
2.4.12 Channel delay set-up
11
2.5 Technical characteristics
12
Chapter Three Principle and Servicing
Section One Principle of the Player
3.1.1 Features of the player
3.1.2 Block diagram of the player
3.1.3 PCB board composition diagram of the player
14
14
14
14
16
3.1.4 Introduction to IC used in this player
Section Two Unit Circuit Principle
3.2.1 Loader signal explanation
3.2.2 Servo circuit
3.2.3 Mute circuit
3.2.4 Open/close door circuit
3.2.5 Reset circuit
3.2.6 Main axis braking control circuit
17
18
18
19
22
23
24
3.2.7 Disc identification circuit
25
3.2.8 Panel control components
26
3.2.9 Video circuit
27
3.2.10 Input/output circuit
28
3.2.11 Audio power amplifying circuit block diagram
29
3.2.12 Power circuit
31
Section Three Servicing Cases
33
3.3.1 Servicing cases
35
3.3.2 Troubleshooting flow chart
38
Section Four Signal waveform diagram
45
Section Five Function Introduction to IC
47
3.5.1 function introduction to MT1389E
47
3.5.2 function introduction to AT24C02
61
3.5.3 function introduction to 74HCU04
62
3.5.4 function introduction to Lm1117
63
3.5.5 Function introduction to 29LV160BE
63
3.5.6 Function introduction to HY57V641620HGT-7
64
3.5.7 Function introduction to Cd4094
65
3.5.8 Function introduction to D5954
66
3.5.9 function introduction to 4558
67
3.5.10 function introduction to M62429
68
3.5.11 function introduction to TDA8947J
69
3.5.12 function introduction to 4580
70
3.5.13 function introduction to 5340
71
3.5.14 function introduction to Pt2314
72
3.5.15 function introduction to Pt6961
73
3.5.16 function introduction to KA5L0380R & KA1M0880BTU
75
3.5.17 Function introduction to HS817
76
3.5.18 Function introduction to TL431A
76
Chapter Four Disassembly and Assembly Process
78
Chapter Cinque PCB board & Circuit diagram
79
Section One PCB board
79
Section Two circuit diagram
86
Chapter six BOM List
91
Chapter One About Maintenance
1.1 Safety precautions
1.1.1 Power supply
When maintenance personnel are repairing DVD players, he should pay special attention to
the
power board with 220V AC and 330V DC which will cause hurt and damage to persons!
1.1.2 Precautions for antistatic
Movement and friction will both bring static electricity which causes serious damages to integrated
IC. Though static charge is little, when a limited quantity of electric charge is added to largescaleintegrated IC, as the capacitance is very small in the meantime, now the integrated IC is very much
easy to be struck through by static electricity or the performance will decrease. Thus static electricity
prevention is of extraordinary importance. The following are several measures to prevent static
electricity:
1. Use a piece of electric conduction metal with the length of about 2 metres to insert into the earth,
and Fetch the lead wire from the top of the surplus metal and connect to the required static electricity
device. The length and depth of the metal embedded under the earth should be determined according to
the wettability of the local soil. For humid places, it may be shorter, and longer and deeper for dry places.
If possible, it can be distributed and layed in terms of “#” shape.
2. On operating table-board, the antistatic table cushion should be covered and grounded.
3. All devices and equipments should be placed on the antistatic table cushion and grounded.
4. Maintenance personnel should wear antistatic wrist ring which should be grounded.
5. Places around the operating position should also be covered with electric conduction cushion or
Painted with antistatic paint.
1.1.3 Precautions for laser head
1. Do not stare at laser head directly, for laser emission will occur when laser head is working, which
will Hurt your eyes!
2. Do not use wiping water or alcohol to clean laser head, and you may use cotton swab.
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1.1.4 About placement position
1. Never place DVD player in positions with high temperature and humidity.
2. Avoid placing near high magnetic fields, such as loudspeaker or magnet.
3. Positions for placement should be stable and secure.
1.2 Maintenance method
1.2.1 Visualized method
Directly view whether abnormalities of collision, lack of element, joint welding, shedding welding,
rosin joint, copper foil turning up, lead wire disconnection and elements burning up among pins of
elements appear. Check power supply of the machine and then use hands to touch the casing of part of
elements and check whether they are hot to judge the trouble spot. You should pay more attention when
using this method to check in high voltage parts.
1.2.2 Electric resistance method
Set the multimeter in resistance position and test whether the numerical value of resistance of each
point in the circuit has difference from the normal value to judge the trouble spot. But in the circuit the
tested numerical value of resistance is not accurate, and the tested numerical value of integrated IC's
pins can only be used for reference, so the elements should be broken down for test.
1.2.3 Voltage method
Voltage method is relatively convenient, quick and accurate. Set the multimeter in voltage position
and test power supply voltage of the player and voltage of a certain point to judge the trouble spot
according to the tested voltage variation.
1.2.4 Current method
Set the multimeter in current position and test current of the player of a certain point to judge the
trouble spot. But when testing in current method, the multimeter should be series connected in the
circuit, which makes this method too trivial and troublesome, so it is less frequently used in reality.
1.2.5 Cutting method
Cutting method should be combined with electric resistance method and voltage method to use.
This method is mainly used in phenomena of short circuit and current leakage of the circuit. When
cutting the input terminal voltage of a certain level, if voltage of the player rises again, it means that the
trouble lies in this level.
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1.2.6 Element substitution method
When some elements cannot be judged good or bad, substitution method may de adopted directly.
1.2.7 Comparison method
A same good PC board is usually used to test the correct voltage and waveform. Compared these
data with those tested through fault PC board, the cause of troubles may be found.
Through the above maintenance method, theoretical knowledge and maintenance experience, all
difficulties and troubles will be readily solved.
1.3 Required device for maintenance
Digital oscillograph ( 100MHE)
TV set
SMD rework station
Multimeter
Soldering iron
Pointed-month pincers
Cutting nippers
Forceps
Electric screw driver
Terminals connecting cord
Headphone
Microphone
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Chapter Two
Functions and Operation Instructions
2.1 Features
Compatible Disc Types:
#Digital video playback DVD-Video, Super VCD, VCD compatibility.
#MPEG-4 standard support: compatibility with DivX3.11, DivX5, DivX pro, XviD compressed video filies.
#Digital audio playback: CD-DA and HDCD compatibility.
#Fully compatible with compressed audio files such as Mp3 and WMA
#Playback of DVD, VCD, CD+G karaoke discs.
#Digital graphic albums playback: Kodak picture CD, JPEG compatibility.
Audio:
#192KHz/24 bit Audio Digital/Analog converter.
#Coaxial and optical outputs for Dolby Digital/DTS/LPCM digital audio.
#Mixed audio output for amplifier of TV connection
#Stereo signal input for external signal connection.
#Digital multi-channel decoders, providing Dolby Digital/DTS audio stream playing .
#Built-in Dolby Pro Logic ll decoder makes available to convert stereo signal into multi-channel.
#Dual-channel MIC inputs for karaoke function
#Headphones output
Video:
#108MHz/12 bit Video Digital/Analog converter
#Progressive Scan Output(Y Pb Pr) producing flicker-free and stable images
#Composite, component(Y Cb Cr), S-Video and RGB/SCART outputs for various types of connections
#NTSC/PAL transcoder
#Multiple dubbings, angles, subtitles support.
#Sharpness, gamma, brightness, contrast, hue , saturation adjustment.
Others:
#Compatible disc types: CD-R/CD-RW, DVD+R/DVD+RW
#Built-in digital FM/AM tuner with 20 radio stations memory
#KARAOKE+ system expanding karaoke function
#Russia, CIS and Baltic States adaptation interface and filenames, ID3-tags and CD-Text support
simplifies device operation.
#”Memory” function enables to save the last point after stop playback.
#:Q-Play” function provides direct playback and allows to skip commercial that is not possible to rewind.
#”Virtual keyboard” function provides more convenient DVD playback control.
#”Browser” function provides easy access to playback control.
#Automatic screensaver function
#Parental control function to protect children from watching inappropriate discs.
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2.2 Controls and functions
2.2.1 Front panel controls
1
STANDBY/POWER button
8
SOURCE button
Press to switch the device on/into standby.
Press to switch between DVD-receiver/Audio
2
Disc tray
Input/Radio
3
VFD display window
4
Infrared sensor
5
OPEN/CLOSE button
9
Press to adjust volume
10
Press to open/close the disc tray.
6
REW button
Press to fast reverse
11
PLAY/PAUSE button
Forward button
Press to fast forward/radio station tuning
Press to playback/pause
7
VOLUME adjuster
STOP button
12
Dual-channel MIC Inputs
Press to stop the playback
13
Headphones outputs
Left front speaker input (output from the built-in
7
FM Antenna input
amplifier)
8
AM Antenna input
Center speaker input(output fro the built-in
9
Audio input
amplifier)
10
Stereo audio output
Right Surround speaker input(output from the
11
Coaxial digital audio output
built-in amplifier)
12
Component video output Y Cb(pb)Cr(pr)
Left Surround speaker input(output from the
13
Optical digital audio output
built-in amplifier)
14
S-Video output
Subwoofer input(output from the build-in
15
Composite video output
amplifier)
16
SCART
2.2.2 Rear panel connections
1
Right front speaker input(output from the builtin amplifier)
2
3
4
5
6
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2.2.3 VFD display general view
1
Playback/pause
6
Dolby Digital
2
DVD-disc
7
Repeat
3
CD-disc
8
Stereo
4
DTS
9
Friquency
5
Mp3
10 Universal letter-digital indicator
2.2.4 Remote control general view
1
EJECT button
Press to open/close the disc tray.
2
LANG button
Press to change language.
3
NEM button
Press to memorize the point where playback was
stopped/playback fro the previously memorized point.
4
DISP button
Press to display the disc information
5
Numeric buttons
6
BROWSE button
Press to turn on/off the browser function.
7
CURSOR buttons
8
SETUP button
Press to switch to setup mode.
9
Button
Press to start rewind/rewind scanning.
10
KARAOKE button
Press to set the karaoke functions.
11
Button
Press to stip backward
12
Button
Press to skip backward
13
REPEAT button
Press to repeat playback
14
A-B button
Press to repeat the selected protion.
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15
16
17
Button
23
Press to turn on/off the sound.
Press to go one level back/cancel current
VOLUME+/- button
operation
Press to adjust the volume.
24
Ok button
SOURCE button
25
MENU button
Press to change the DVD/RADIO/AUX mode.
18
19
DVD disc menu/PCB function
Button
26
Press to change the camera angel/change the
Button
Mp3 and JPEG files playback mode
27
Button
22
Q-PLAY button
Press to turn the Q-Play mode on.
28
Press to start forward/ffoward scanning
21
ANGEL button
Press to skip forward
Press to stop the playback.
20
CANCEL button
SUBT button
Button
Press to change the subtitles language/change
Press to normal playback/pause
the playback mode of Mp3 and JPEG files.
ZOOM+/- button
29
Press to zoom in/out
Press to switch the device on/into standby.
2.3 Setlist
DVD receiver
Speakers
Subwoofer
Audio/Video Cord
2xRCA-Mini-Jack audio cord
Speaker cord
FM Antenna
AM Antenna
Remote control
AAA size battery
Warranty card
User manual
DM-998 microphone
Karaoke disc
Button
1.For example, if you wish to change the image
settings, you have to select the image item
and press the OK or RIGHT key.
1PCS
5PCS
2PCS
1PCS
1PCS
6PCS
1PCS
1PCS
1PCS
2PCS
1PCS
1PCS
1PCS
1PCS
2.Using the UP/DOWN buttons, select the
desired item and press OK or RIGHT button.
For example, select the Sharpness item.
Settings will appear on the screen. Then
select the desired sharpness level and press
OK for confirmation.
2.4 FUNCTION SETTINGS
2.4.1 Function selection and
change
Press the SETUP key to show the setup
menu. You will see the following image on the
screen, as shown on the figure:
Select the desired menu item using the UP/
DOWN buttons button; Press the OK key for
confirmation.
2.4.2 Language settings
1.Menu: inteerface language set-up
#Options:Rusian, English, Ukrainian
#Default option: Englis
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3.TV Format: image ratio settings
#Options: 4:3 pan&scan, 4:3 letterbox and 16:9
TV.
#Default option: 4:3 letterbox.
#Some discs are recorded with support of only
one ratio. The selected ratio must comply with
the TV screen.
4.Video output: selection of video signal
#Options: S-Video, Comp, RGB.
#Default option: Comp.
5.Sharpness: image sharpness adjustment
#Options: High, Medium, Low
#Default option: Medium.
6.Gamma: adjustment of image color
temperature.
#Options: High, Medium, Low, Off.
7.Brighteness: adjustment of image brightness
8.Contrast: adjustment of image contrast
9.Hues: adjustment of image hues
10.Satruation: adjustment of image saturation
Adjustment of image brightness contrast,
hues and saturation:
#Select the desired item of the image adjustment
section using the UP/DOWN buttons. Press
OK or RIGHT key to start adjusting the
relevant option.
#Upon completion press the LEFT button of the
UP/DOWN buttons to return to image setup
menu.
2.DVD-menu: selection of disc menu language
3.Sound: selection of translation language
#Disc menu/translation language options:
Russian, English, Estonian, Lithuanian,
Kazakh, Romanian, Belarusian, Ukrainian,
Chinese.
#Default menu/translation language option:
English.
#Selection of other languages: select the
OTHERS item using the wheel and press OK.
Enter the language code using the numeric
buttons and press OK.
#If the language you selected is not recorded on
the DVD disc, another available language will
be used.
4.Subtitles: selection of subtitles language
#Options: Off, Russian, English, Estonian,
Lithuanian, Kazakh, Romanian, Belarusian,
Ukrainian, and Chinese.
#Default option: Off.
#Selection of other languages: select the
OTHERS item using the wheel and press OK.
Enter the language code using numeric
buttons and press OK.
#If the language you selected is not recorded on
the DVD disc, another available language will
be displayed.
2.4.4 Sound settings menu
1.Mixer
a)Cofiguration: setting of the mode for
conversion of the 5-channel signal to stereo
signal
#Options: Stereo, 5.1.
#Default option: 5.1.
#5.1 mode must be supported by the disc.
Number of music accompaniment channels
depends on the specific disc.
#Adjustment of the central speaker and surround
speakers is available only if the Configuration
option is set to 5.1 position.
2.4.3 Image settings menu
1.TV system: TV system selection
#Options: Auto, PAL, NTSC.
#Default option: PAL
2.TV scan mode: scan mode selection
#Options: progressive, interlaced.
#Default option: interlaced
#Progressive scan is transferred only via a
component video output.
#Before switching to progressive scan, make
sure that your TV set supports this operation
mode.
b)Stereo mix: playback set-up while playing the
disc with two independent audio channels.
#Options: L+RR, L, R.
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#Default options: L+R.
c)Surr.mix: set-up of surround options while
playing the stereo disc.
#Options: Off, Sum. L+R, Virt. Surr.
#Default options: Sum. L+R,
d)Low band: distribution of low frequencies
through channels.
#Options: Front F, Center C, Surround Sr,
Subwoofer SW.
#Default options: Front F, Subwoofer SW.
#If you want the low-frequency component of the
sound signal enter only the subwoofer channel,
select and confirm the parameter Subwoofer
SW.
#Options: On, Off, Auto.
#Default option: Off.
#In Auto position, the DVD receiver determines
itself, when to use the PRO Logic ll decoder.
Some discs do not support this function.
2.Digital audio output
a)SPDIF format: set-up of digital audio output
options.
#Options: RAW, PCM.
#Default options: RAW.
#When you select the RAW option, the not
decoded signal is transferred to the DVD
receiver’s digital outputs, the decoded signal
is transferred to analog outputs. Decoding is
performed by the built-in decoder of the DVD
receiver. This feature is meant to ensure that
signal decoding at digital outputs is performed
by an external device(e.g.an amplifier).
#If you select the PCM option, a PCM coded
signal will be transferred to the DVD receiver’s
digital outputs.
b)LPCM: set-up of digital audio output options to
comply with different amplifiers and receivers.
#Options: 48 kHz 16 bit, 96kHz 24 bit.
#Default option: 48 kHz 16 bit.
3.Sound correction
A)Max volume: max volume limiting
#Using the cursor buttons, adjust the max
volume level.
#Press the LEFT key to return to sound
correction set-up menu.
b)Equalixer: equalizer modes
#Options: Off, rock, pop, live sound, dance
music, techno, classics, soft sound.
#Default option: Off.
c)Echo: echo effects
#Options: Off, concert, living room, hall,
bathroom, cave, arena, cathedral.
#Default option: Off.
d)Tone balance: adjustment of tone balance
level.
#Adjust the tone balance level using the cursor
buttons.
#Press the LEFT button to return to sound
correction set-up menu.
e)Channel settings: separate adjusting of
volume by channels.
#Select the channel you want to adjust using the
cursor buttons.
#Adjust the sound volume of each channel using
he cursor buttons.
#Press the OK key to return to sound settings
menu.
f)Delay of the channel: set-up of signal delay in
speaker channels(central, rear and subwoofer).
#Using the button of the cursor buttons, select
the channel, for which you want to set up the
delay, and press OK for confirmation.
#Using the cursor buttons set up the desired
distance from the listener to each
speaker(detailed description of this operation
see on page 32).
#Press the LEFT button to return to speaker
configuration menu.
g)PRO Logic ll: function of stereo sound
conversion to 5-channel sound.
2.4.5 Playback settings
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1.DVD
Advertisment skip: skip the unskippable
block while playing a DVD disc.
#Options: Yes, number
#Default option: No.
4.Echo: echo level while playing the karaokedisc
#Adjust the echo level Using the cursor buttons.
#Press the LEFT button to return to karaoke
settings menu.
2.VCD/SVCD
PBS menu: PBC menu on/off
#Options: On, Off.
#Default option: On.
#If On option is set, while reproducing discs, a
menu will appear, in which you can select the
order of playing the disc content. If the Off
option is set, the reproducing of content is
performed in the order, in which it is recorded
on the disc.
3.Files: selection of reproduced files on the disc
#Options: Audio, Pictures, Video.
#Default option: A.P.V.
4.Repeat: file repeat mode
#Options: Off, Single, All.
#Default option: Off.
5.Load effect: type of transition from one JPEG
file to another.
#Options: Off, from Top, from Bottom.
#Default option: Off
2.4.7 Preference settings
1.Equalizer: spectrum analyzer
#Options: On, Off.
#Default option: Off.
2.Sccreensaver: screen saver on/off
#Options: On, Off.
#Default option: On.
2.4.8 Family filter settings
1.Category: set-up of age restrictions to prevent
children fro seeing undesirable discs.
#Options: Any, Kid, G, PG, PG-13, PGR, R, NC17.
#Default option: Any.
2.4.6 Karaoke settings menu
1.Microphone: microphone on/off
#Options: On, Off.
#Default option: Off.
2.Kar.help: karaoke-disc playback mode
#Options: channels L, channels R, No ast, No
voc.
#Default option: Without solo.
2.Change password: set-up of a four-digit
password to change the level of age
restrictions.
#Default option: 7890
3.Volume:
Microphone: microphone sound volume
level.
#Using the wheel adjust the microphone volume
level.
#Press the LEFT button to return to karaoke
settings menu.
2.4.9 Initial settings menu
#Press the RIGHT key to enter the initial settings
menu, then select the desired item using the
cursor buttons and press OK key for
confirmation.
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#While being in this menu section, you cannot
return to the previous level by pressing the
LEFT key.
Set-up of time delay in the central channel
Sometimes several people are listening to
the music, and the space is limited. In this case,
you can install three speakers(two front ones
and a central one)as shown in Fig.1 with the
distance to the listener being approximately the
same. The central channel delay is to be set at
“0”.
Should the central speaker be in close
proximity to left and right front speakers as
shown in Fig.2, of the central speaker be nearer
to listeners when compared with front speakers’
location, or the central speaker be nearer to the
listener by 1 foot, in all these cases you may set
the delay value for the central channel at 1 ms.
For instance, as shown in Fig.2, if the line C
is by 1 foot shorter than the lines R and L, the
delay value is to be set at 1 ms. If you sofa is
broad enough, and there are several listeners
sitting on it, it makes sense to locate the
speakers in one line, as shown in Fig.3 with the
delay value of the central channel to be set at “0”.
Finally, if it will be necessary to install the
central speaker behind the left and right front
speakers, the delay value shall be set at “0”.
2.4.10 Reset settings to default
Resetting all settings and restoring default
options, except age restrictions level and
password.
2.4.11 Exit settings menu
#Select the exit item using the UP/DOWN
buttons and press the OK key to exit the menu.
2.4.12 Channel delay set-up
Set-up of time delay in the surround
channel
Usually, time delay in the Dolby Digital
decoding system is preset to ensure best effect
while installing the Home Theater. However, in
case you wish to adjust your system more
precisely, please consult instructions given in
this manual. Set up of time delay for this device
is possible in both Dolby Digital and Dolby Pro
Logic modes...
To set the desired delay you have to know
the distance from the place where you are, to the
front speakers and Surround speakers as shown
in Fig.1. Consult Fig.2(Dolby Pro Logic mode)
and 3(Dolby Digital mode)in order to determine
the distance to Surround speakers (axis Y in the
figure)and the distance to the front speakers
(axis X in the figure). Crossing point of those two
lines on the chart will give the recommended
delay value.
2.4.13 “Night” mode
He Dolby Digital system provides an extremely
broad dynamic range of playback sound-from
gentle to roaring. It creates the presence effect,
especially while seeing motion pictures.
However, at night a powerful sound with a broad
dynamic range may give pleasure to you, but
disturb and annoy your family and neighbors. If
you just decrease the volume, you will
immediately notice that you ceased to hear, e.g.,
Dialogues as clear as you do at normal volume,
and such sound effects as rustle, whisper etc
have merely disappeared.
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To avoid this, you just have to decrease the
volume of “loud”sounds by simultaneously
increasing the volume of “soft”sounds with the
volume of “average”sounds left unchanged, i.e.
Just decrease the dynamic range of sound
accompaniment. Only Dolby Digital system
provides for such a method of sound control. It
uses the principle of compressing the acoustic
signal’s dynamic range while recording;
therefore, while playing an inverse
transformation(volume expansion)takes place.
This is called “night” mode. The regulation limits
are restricted, however, to avoid distortions of
resultant signal.
Dolby Digital
Rear channel
Dolby Pro Logic surround
Mono channel with limited friq uency range(100 Hz7khz)
Stereo 20 Hz-20khz
Low-frequency
channel(subwoofer)
Sound field distribution
Channels
Available, 20-120Hz
N/a
multivariate
From left to right, from right to left, from front to rear,
from rear to front
6 Independent channels, each
reproducing its own signal at a time
4 segmented channels. Only one channel is decoded at
a time.
Creates an optimum sound field with
The most cost-efficient way to ensure high-quality
illusion of an equal distance from
surround effect.
listener to each speaker.
Allows adjusting the decompression
Surround sound may be received from any signal
degree of an equal distance from
source.
listener to ecach speaker.
Possilility of programmable control
of the decoder to transfer basses into
Compatible with existing and future twolow-frequency channel in systems
channel(stereo)formats.
equipped with broad-band speakers
and a subwoofer.
Miscellaneous
Undoubted progress in sound
Big progress in comparison with conventional ste reo,
recording technology, especially
important for program directors, film the world's most popular surround format.
directors, sound engineers and actors.
2.5 Technical characteristics
Playback discs
DVD-Video, Super VCD, VCD, DivX 4, DivX 5, DivX
Pro, XviD, CD-DA, CD+G, HDCD, MP3, WMA, Kodak
Picture CD, JPEG
Input
2 MIC jacks
FM antenna input
AM antenna input
Stereo audio input(AUX)
DVD receiver
- 12 -
Analog audio output: Stereo
Digital audio output: Coaxial, Optical
Output
Audio output
Video characteristics
Video amplitude:
S-Video amplitde:
Component video amplitude:
1.0Vp-p(75 )
Y:0.7vP-P(75 )
C:0.286vP-P(75 )
1.0vP-P(75 )
Cb/Cr:0.7Vp-p(75 )
Audio characteristics
Frequency response
Signal-to-noise ratio
THD
20-20000Hz( 1 Db)
90(dB)
1%
Operating voltage
Power consumption
~220V,50/60 Hz
250W
Frequency range
Channel separation
87.5-108 MHz
>35dB
DVD receiver
FM Tuner
AM Tuner
Speaker system
Frequency range
522-1611kHz
Output power RMS, 10% THD, 1 kHz DK1110SI
25
Subwoofer(40Hz)
12
Front channel
12
Rear channel
12
Center channel
Maximum power
Subwoofer
Front channel
Rear channel
Center channel
Operating
temperature
40
20
20
20
DK1112SI
25
12
12
12
50
20
20
20
DK1114SI
25
12
12
12
50
20
20
20
5-35
Operating humidity 15-75%(no condensation)
Dimensions of
DVD-receiver
Weight of DVDreceiver
Dimensions of
speakers
60×380×350mm
3.4kg
Subwoofer
Front channel
Rear channel
Center channel
DK1110SI
325 310 200
80 101 165
80 101 165
80 101 165
DK1112SI
325 310 200
80 101 165
80 101 165
80 101 165
DK1114SI
325 310 200
150 90 86
150 90 86
150 90 86
#We are permanently improving the quality of our products; hence the product’s design, functionality
and technical characteristics may be modified without prior notice.
#We do not guarantee that all discs can be played smoothly due to the disc quality, disc recording quality
and recording format.
- 13 -
Chapter Three Principle and Servicing
Section One Principle of the Player
3.1.1 Features of the player
Progressive scanning output to produce steadier and clearer pictures
Composite video, S-video and component video output. 5.1CH output
Digital picture adjustment to the sharpness, brightness, contrast, chroma and saturation of
pictures, gamma correction
Karaoke function. Built-in Dolby digital decoder
Hi-Fi stereo headphone output
FM/AM digital tuning function, capable of storing (memorizing) 20 FM/AM radio stations each
Power amplifier adopts high-performance large-power IC, with complete protection function and
perfect sound quality
Compatible with DIVX, MPEG4 format movie
Subwoofer adopts large-diameter bass unit with large-capacity body, with deep and dynamic
bass effect
3.1.2 Block diagram of the player
This player is composed of decode & servo board, power amplifier board, input/output board, panel,
headphone board, tuner, power board and loader. Block diagram of the player is shown in the figure
3.1.2.1. Except that power board is not shown, other signal flow is shown in the figure basically. Main
function of loader is to read disc information and transmit to MT1389E, MT1389E fulfils servo function
through Ba5954 on decode board and other subsidiary circuit; and ensures normal working of loader
through other circuits. FLASH on decode board is to save system program, SDRAM is to save program
when the player is working and read sound and picture information from disc to ensure smooth output.
The main function of power amplifier board is to perform DA conversion and amplification of analog
signals to output 5.1CH and ensure normal working of external speaker. The main function of AV board
is to output various audio and video signals. This player is also with headphone and microphone to meet
client’s requirements. In addition, there is external sound input , power amplifier board of this player may
be used to amplify power to facilitate to output to speaker. Tuner in this player also makes it have tuning
function.
- 14 -
Composite video S-video Optical Coaxial Y
Cr/Pr Cb/Pb
AUX-in
MIX-out
V
U
1DVR938-3
Y1
SPDIF
Y
C
COMP
SCART
SW3
MT1389E
SROUT
SDA
TROUT/TLOUT
Add/LPF/amplifying
OK
LRSWMUT/SCMUT
Mute control
circuit
LRSWM
MIC1/MIC2
Voltage stabilizing
and filtering
Voltage stabilizing
the second time
Photoelectric
coupler
+12V
SN1692
Digital
potentiometer
+22V
Voltage stabilizing
and filtering
Transformer
6DK1110
J3
De-power amplifier
board
VSTB
J4
Photoelectric
coupler
sampling
9DK1110
MIC socket
Bridge
rectification
Voltage stabilizing
and filtering
KAIM0880
De-power amplifier
board
A+5V
Voltage stabilizing
and filtering
5L0380
-12V
~220V
Voltage stabilizing
and filtering
Transformer
De-decode board
D+5V
D+3.3V
Sampling
Headphone
socket
12V1
De-panel
Loader
BDK1110
COUT
SLOUT
SCM
SCL
TDA8947
CS5340
AUXR/AUXL
- 15 -
LM4580
HL/HR
FLASH
24C02
ROUT
SL/SR/C
PT2314
D5954
Main axis/focus/trace/feed
Mute control signal
Disc data/laser power control identification
Data/address line
TDA8947
LF/RF
LPF/amplifying
SWOUT+
SWOUTLOUT
Mute
Data/
address line
LPF/
amplifying
SDRAM
SDATA0
VSDA/DTSDI
VSCK/DTSCL
LO/RO
Tuner
CD4094
4DK1110
Figure 3.1.2.1 Block diagram of the player
2DK1110
Gating signal
M62429
Add/LPF/amplifying
SW
11
NC
12
NC
13
2
1
3
2
1
SCL1
SL-
2
2 SL-
LIMIT 3
3 LIMIT
GND 4
4 GND
SP+ 5
5 SP+
SP-
6
6 SP-
LO-
1
1 LO-
LO+ 2
2 LO+
TRO 3
3 TRO
GND 4
4 GND
TRI
5 TRI
5
TROUT
7
DTS_CE
8
DTS_DL
9
DTS_DO
11
DGND
13 NC
3 RO
8 AUXL
Decode board
XS303
1
Y1
2
Y2
3
GND
4
Y3
5
GND
6
Y4
7
Y5
8
Y6
HSYNC# 9
9
HSYNC
VSYNC# 10
10
VSYNC
VDATA3 11
11
VDATA3
GND
12
GND
13
SPDIF
R/Y
1
B/C
2
GND
3
CVBS
4
GND
5
G
6
B/C
7
XS302
3 STB
2 CLOCK
1 IR
1
IR
5 J3
4 DATA
6 J4
VSCK 2
5
VSTB 3
6
Front panel
VSDA 4
XS100
8
12
IEC958 13
XS201
XS101
XP102
12 NC
2 D+5V
XP203
XS206
Tuner
DTS_CL
10
6 AGND
J3
2 GND
AGND
6
7 AUXR
J4
1 +5V
TLOUT
5
5 LO
XS202
XS302
+12V
4
1 +12V
P_RST
LRSWMUT
SDAT
Loader board
1 SL+
NC
3
Dv33
1
RXD
2
TXD
3
GND
4
XP401
XP206
Software
upgrading
- 16 -
SCL1
P_RST
4
5
4
SDAT
6
XS303
1
NC
2
4 AGND
R/Y
SL+
1
Speaker
XS207
24PIN XS301
Loader
6
DGND
LRSWMUT3
GND
5
7
GND
6
8
SMCLK
SMCLK
7
9
GND
GND
10
SBCLK
8
11
SLRCLK
SLRCLK 9
12
SCMUT
SCMUT 10
SBCLK
11
13
SCL
GND
12
14
SDA
SCL
13
15
AGND
SDA
14
16
HDET
HDET
17
OK-DAT
OK-DAT 15
18
DTS_DO
DTS_DO 16
19
DTS_CL
DTS_CL 17
DTS_DI
DTS_DI 18
DTS_CE
DTS_CE 19
21 SL
20
GND
21
20
AGND
AGND
22
SL
22
23 SR
SW
GND
23
AGND3
SR
5 AVCC
R
4 GND
5
24
3 DV33
4
25
3
A-GND
A+5V
24
XP203D+3V3
5 -21V
25
2 GND
SW
D-GND 2
AGND
28 L
1 VCC
27 C
28
1
26
+12V
27
AGND
7
26
6
R
4
5
DTS_DL 8
XS100
C
HDET
4
AGND
DTS_CL 9
XP100
PVCC 1
-12V
L
+5V
5
4
DGND
4
3
Power amplifier board
CON7
3
3
2
TLOUT
DTS_DO 10
GND
1
HL
3
Figure3.1.2.1PC Bboard block diagram of the player
DV33
2
+12V
Input/output board
2
1
NC
DTS_CE 7
XS601
PVCC 2
PCB board composition diagram of the player is shown in the figure 3.1.3.1:
DV33
GND
3.1.3 PCB board composition diagram of the player
+5V
+12V
HDET
1
4 FL-
3 FL+
1
4
NC
TROUT
X110
P+28V
GNDP-
P+28V
GNDP-
XS505
HL
AGND
D+5V
2
AGND
XS503
Power
board
RO
2
XS101
1
4
2 D+5V
2
A+5V
A-GND
A+5V
A+5V
A-12V
A-GND
A+12V
1 D-GND
3
1
2
3
4
7
5
6
XS504
3
HR
HR
Headphone
board
AGND
X110
MIC2
1
3
LO
3
4
MIC2
5
2
AUXR
AGND
3
X100
AGND
1
AGND
6
MIC1
MIC1
2
AUXL
MIC
board
1
7
8
X100
3.1.4 Introduction to IC used in this player
Introduction to IC used in DK1110SI is shown in the following table:
PCB semi-finished
product
Decode board
Pow er amp lifie r
board
IC model
Location
Function
MT1389E
U201
Decode chip
24C02
U202
EEPROM
HCU04
U205
Phase inverter
LM1117
U206
Precision voltage stabilizer
29LV160BE
U207
16M FLASH
HY57V641620HGT-7
U208
64M SDRAM
CD4094
U213
Serial and parallel connection conver sion
D5954
U301
Servo driv e
4558
N101 N102,N103,N104
Audio amplifying
M62429
N105
Volume control
TDA8947J
N106,N110
Digital pow er amplifier
RC4580
N107
Audio amplifying
CS5340
N108
A/D conver sion
PT2314
N111
Audio proc essing
PT6961
N100
Panel control IC
HS0038A2
N101
Remote control rec eiver
KA5L0380R
U501
Power sw itch IC
HS817
U502,U506
Photoelectric coupler
TL431
U503,U507
Precision voltage stabilizer
LM7805
U504
Voltage stabilizing tube
KA1M0880BTU
U505
Power sw itch IC
Mainpanel
Powr board
- 17 -
Section Two Unit Circuit Principle
3.2.1 Loader signal explanation
Loader signals explanation is shown in the following table:
Pin
Name
Signal flow
direction
DVD disc
CD disc
No disc
Function description
1
F-
Input loader
2.52
2.34
0.46
2
F+
Input loader
2.49
2.49
0.93
Focus error signal is added to two sides of
pick-up focus coil
3
T+
Input loader
2.53
2.51
0.94
4
T-
Input loader
2.58
2.51
0.93
5
C
Input MT1389
2.2
2.25
2.04
Disc data signal
6
D
Input MT1389
2.2
3.2
2.04
Disc data signal
7
IOA
Input MT1389
0.01
3.2
3.21
Disc identification signal, CD is 3.3V, DVD
is 0V
8
RF
Input MT1389
2.21
2.53
1.28
The sum of disc data signal
9
A
Input MT1389
2.17
2.22
2.04
Disc data signal
10
B
Input MT1389
2.19
2.27
2.04
Disc data signal
11
F
Input MT1389
2.07
2.44
2.03
Supplementary signal us ed in trace
12
GND
Ground
0.01
0.01
0
Grounding
13
V20
Input loader
2.04
2.06
2.03
Reference voltage
14
Vcc
Input loader
5.04
5.04
5.02
Supply voltage for loader
15
E
Input MT1389
2.06
2.45
2.03
Disc data signal
16
Blanking
haning in air
0.01
0
0
unused
17
VR-CD
Input loader
0.21
0.01
0
Through the handling inside loader, make
sure MD11 is 180mV when reading CD
18
VR-DVD
Input loader
0.01
0.2
0
Through the handling inside loader, make
sure MD11 is 180mV when reading DVD
19
LD-CD
Input loader
0.09
2.1
0
CD laser power control signal
20
MDII
Input MT1389
0.21
0.2
0
CD and DVD laser power monitoring
signal
21
HFM
Input loader
5.04
5.04
5.02
High frequency overlapping signal
produces laser with different wave length
inside loader
- 18 -
Trace error signal is added to two sides of
pick-up trace coil
22
Blanking
unused
0.01
0.1
0
23
LD-DVD
Input loader
2.21
0.1
0
DVD laser power control signal
24
GND
unused
0.01
0.01
0
Grounding
Note: 1. When reading DVD, there are only A, B, C, D signals
2. When reading CD, there are A, B, C, D, E, F signals.
3. RFO=A+B+C+D.
4. Focus error signal=(A+C)-(B+D) Trace error signal=E-F.
3.2.2 Servo circuit
1. DK1110SI adopts SANYO HD62 loader and MTK decode solution (MT1389E+FLASH
(16M)+SDRAM (64M)). Its servo circuit is mainly composed of front signal processing and digital servo
processing, digital signal processing IC MT1389E and drive circuit D5954, in which MT1389E is also the
main part of decode circuit, shown in the figure 3.2.2.1:
TROPEN
39
Open/close
electric
machine
and
detect
switch
Open/close circuit
99
TRCLOSE
TROUT
TRIN
DVD laser power control
23
20
21
VCD laser power control
XS301
19
18
Disc identification
circuit
17
23
IOA
90
7
A B C D E F a b c d
2
1
4
15
3
20
13
14
SL+
Feed electric
machine on loader
148
22
20
Loader
150
SL-
12
11
17
18
23
D5954
SPSP+
Main axis
braking circuit
Main axis electric
machine on loader
5
Integration circuit
1
Integration circuit
26
28
Integration circuit
Integration circuit
Figure 3.2.2.1 Servo circuit block diagram
- 19 -
OPO34
ADIN 43
OP- 35
OP+36
MT1389E
2. Working principle: after powering on or disc in, according to IOA signal, disc identification circuit
decides through which path of variable resistor the laser detecting diode gets path to the ground,
meanwhile MT1389E decides whether DVD laser or VCD laser is emitted according to IOA signal, which
can be fulfilled through laser power control circuit. When IOA is high level (3.3V), Mt1389E pulls LOD1 of
Q302 base electrode in laser tube power control connected to VCD down to about 2.2V to make Q302
on and to make VCD laser tube emit beam; then decides whether to pull up or pull down LOD1 according
to voltage after the feedback from MDI1 to control the power of light emission diode. Similarly, when IOA
is low level (0V), MT1389E pulls LOD2 of Q301 base electrode in laser tube power control connected to
DVD down to about 2.2V to make Q301 on and to make DVD laser tube emit beam; then decides
whether to pull up or down LOD2 according to the voltage after the feedback from MDI1.
After loader reading disc information, A, B, C, D, E, F signals are sent out to Mt1389E (DVD only
has A, B, C, D signals), and then inputted from pin 2~11, 18, 19 of MT1389E. After being amplified and
processed by the pre-amplifier inside MT1389E, now signals are separated to two part s for processing
inside Mt1389E.
After being processed by digital servo signal circuit inside MT1389E, one part of signal form
corresponding servo control signals and output FOO, TRO, DMO, FMO digital servo control signals from
pin 42, pin 41, pin 37, pin 38 of MT1389E respectively, then change into analog servo control signal
FOSO, TRSO, DMSO, FMSO through integration circuit composed by resistor capacitor, and send to
driver circuit D5954 for amplification to bring along focus winding, trace winding, main axis electric
machine and feed electric machine after drive amplification. Among these, focus and trace servo are
used to correct objective position accurately; feed servo is used to bring along laser head to make radial
large-scale move which belongs to the preliminary adjustment to pick-up position; and main axis servo is
used to control main axis electric machine to make it read signals in means of constant linear velocity
and bring along disc to rotate.
After processing of amplification by VGA voltage control amplifier and equalization frequency
compensation inside MT1389E, another part of signals are changed into digital signals through internal
A/D converter. When loader is reading CD/VCD signals, these signals are conducted EFM demodulation
inside MT1389E, and then outputted to latter stage for AV decoding after finishing CIRC (CrossInterleaved Reed-Solomon Code) error correction inside. When loader is reading DVD signals, these
signals are conducted ESM demodulation inside MT1389E, and then sent to latter stage for decoding
after finishing RSPC error correction inside.
The other part of servo is open/close disc tray circuit. After panel or remote controller emits
open/close disc tray signal to MT1389E, in usual conditions, TROPEN and TRCLOSE sent out by pin 39,
99 of Mt1389E are both low level, when signal of “open” comes, after Mt1389E makes disc stop rotating
through main axis braking circuit, TRCLOSE is set high to make open/close electric machine on loader
frame run to bring along dist tray to eject. After disc tray ejecting to proper signal of opening to proper
position (TR_OUT) is set high level (0V) through the detecting switch on loader frame, MT1389E pulls
- 20 -
down TRCLOSE and open/close electric machine stop running. When MT1389E receiving “close” signal,
TROPEN is set high level by MT1389E, open/clode electric machine tuns conversely to bring along disc
Tray to close. After disc tray closing to proper position, signal of closing to proper position (TR_IN) is set
low level through the detecting switch on loader frame, MT1389E pulls down TROPEN and electric
machine stops running to finish “close” process.
3. Explanation to servo terms
(1) FOO: for disc make differences, and when rotating disc may probably move upwards or
downwards slightly to make the focus of laser emitted by laser head cannot justly fall on data pit of disc,
now focus point of objective lens is required to adjust to make focus aim at data pit exactly. The acts are
mainly to make objective lens move upwards and downwards.
(2) TRO: data information is saved in disc in form of tracks. When disc is rotating, disc deviation will
produce, now laser head is required to adjust. In this process, objective lens makes forward and
backward movement with small moving range.
(3) FMO: similar to acts of trace, the acts of feed are larger than those of trace. Feed conducts a
large scale movement firstly, and then trace moves slightly in this range. Feed moves for a while, and
does not move for another while; but trace moves all the time. Feed is rough adjustment and trace is fine.
And acts are obvious when power on and selecting track.
(4) DMO: it is the top that holds up disc. Its rotation speed decides that of disc. Its rotation is
generated by an individual DC electric machine, in which rotation speed of DVD is twice over that of CD.
4. Key point voltage (unit: V) is shown in the following table:
Name
w hen reading
disc nor mally
w hen opening door
w hen closing door
w hen no disc
in
TROPEN
0
There is about 3.3V pulse w ith 1S at
the moment of opening door
0
0
TRCLOSE
0
0V
There is about 3.3V pulse w ith 1S at the
moment of opening door
0
TROUT
3.41V
TRIN
0
OPO
2.61V
2.75V
2.64V
2.61V
ADIN
2.61V
2.76V
2.61V
2.61V
OP+
1.66V
1.81V
1.27V
1.81V
OP-
1.85V
2.12V
1.47V
2.04V
3.3V
0V
0V
0V
3.3V
3.3V
- 21 -
3.3V
0V
3.3V
0
3.2.3 Mute circuit
DK1110SI mute control circuit includes power-on mute control, power-off mute control and usual
mute function.
1. Power-on mute is shown in the figure 3.2.3.1. When voltage of pin 5, 10 of power IC TDA8947 is
lower than power supply voltage 3.5V of this IC, this IC enters MUTE mode, from 0 to 0.8V, it is STANBY
mode.
When power on, due to the function of Tc147 charge, V102 cuts off at the beginning, V103 is on,
HERDM is low level, shown in the figure 3.2.3.2. Seen from the figure, when HARDM is low, SCM,
LRSWM are pulled down to fulfil power-on mute.
PVcc
+12V
R180
47K
R178
100K
VD110
1N4148
R181
10K
HARDM
V102
C9014
VD111
5.1V
TC147
22uF/25V
V103
8050
R179
47K
Figure 3.2.3.1 Power-on mute circuit
2. Usual mute: 1389 sends out control signal SCMUT, LRSWMUT to control the on of triode V101,
V104 to make SCM, LRSWM be low level to fulfill mute function.
3. Power-off mute: V100 realizes power-off mute function. When +12V power failure, Tc136 still
keeps high level, now base electrode of V100 is low, V100 is on, base electrode of V101, V104 gets high
level and they are on to realize power-off mute function.
R165
10K
R163
SCMUT
VD128
+12V
PVcc
1N4004
VD105
VD106
C146
104
1N4148
R162
V101
9014
HARDM
R164
VD107
1N4148
V100
8550LRSWMUT VD112
1N4148
16V/100U
TC136
SCM
22K VD108
VD120
12V1
R166
10K
22K
V104
9014
C156
104
220
Figure 3.2.3.2 Mute circuit
- 22 -
1N4148
VD109
1N4148
LRSWM
4. When inserting headphone, friction will produce noise, so these noise should be filtered. When
inserting, HDET pin is grounded and low level, which is sent to 188 pin of 1389E, 1389E receives HDET
low level and sends out control signal to TDA8947, output stops and mute function is realized.
Note: when inserting headphone, mixed left/right channel on AV board has output, audio signals on
power amplifier board have no output; when in mute, all has no output.
3.2.4 Open/close door circuit
1. Open/close door circuit diagram is shown in the figure 3.2.4.1:
MO_VCC
TC306
47uF/16V
TC305
47uF/16V
R323
1.5K
Q306
8550D
Q307
8550D
R324
1.5K
LOAD+
LOAD-
TROPEN
TRCLOSE
R325
510R
Q308
8050D
R327
510R
Q309
8050D
R339
10K
R326
Q310
2.2R\1/4W 9014-S
TROPEN
Figure 3.2.4.1 Open/close door circuit diagram
2. Working principle:
Open door, VCC
Q309CE electrode is on
Q306CE electrode is on
R326
LOAD+
electric machine
LOAD-
ground
When action of opening door is not performed, pin 99 and 39 of MT1389E are low level. When
opening door, pin 99 of MT1389E send out a high level, Q309 is on, collector electrode of Q309 changes
to low level, LOAD- changes to low level, base electrode of Q306 changes to low level, Q306 is on,
collector electrode of Q306 changes to high level and LOAD+ changes to high level.
Close door: VCC
eklectrode is on R326
Q307CE electrode is on
LOAD-
electric machine
LOAD+
Q308CE
ground
When closing door, pin 39 of Mt1389 sends out a high level, Q308 is on, collector electrode
changes to low level, LOAD+ is low level, base electrode of Q307 changes to low level through R324,
Q307 is on, collector electrode of Q307 changes to high level, LOAD- changes to high level.
- 23 -
The function of Q310 is to interlock TRCLOSE and TROPEN signals to ensure that the two are not
high level at the same time. When the two are high level input, the on of Q310 makes base electrode of
Q309 be low level to ensure the normal working of open/clode door circuit, electrolyte capacitor TC306
and TC305 are used to prevent the sudden change of two ends of in/out control electric machine and
make the action gentle.
3.2.5 Reset circuit
1. Reset circuit is shown in the figure 3.2.5.1:
DV33
A
R2011
75K
D215
1N4148
R2025
B
R2022
1K
Q320
8550D
C
R2023
0R(DNS)
47K
TC320
100uF/16V
5
6
C1003 U205C
225
HCU04 C1004
R2024
33R
9 Cs5340
12
102
URST#
D
FLASH
101 MT1389E
Figure 3.2.5.1 Reset circuit diagram
2. Working principle: when power on, voltage on two ends of capacitor Tc320 cannot change
suddenly, anode of capacitor begins charging from 0V, now triode Q320 is on, pin 5 of input end of phase
inverter U205C (HCU04) is high level, pin 6 of output end is low level and performs reset to chip
MT1389E, FLASH, TAS5508 and Cs5340; when capacitor charge is close to 3.3V, triode Q320 cuts off,
pin 5 of input end of phase inverter is low level, phase inverter outputs high level from pin 6 and system
reset finishes.
3. Key point voltage (unit: V) is shown in the following table:
Key point
Position
Voltage
Remark
DV33 (point A)
Diode D215 cathode
3.3V
Af ter pow er of f, TC320 discharge c urrent f rom
this point
point B
Diode D215 anode
Af ter res et finishes , 3.3V
Af ter res et finishes , voltage increas es to 3.3V
fr om 0V
point C
Phase inverter pin 5
Af ter res et finishes , 0V
Af ter res et finishes , voltage decr eases to 0V
fr om 3.3V
URST# (point D)
Joint place of R256 and R253
Af ter res et finishes , 3.3V
Af ter res et finishes , voltage increas es to 3.3V
fr om 0V
- 24 -
3.2.6 Main axis braking control circuit
1. Main axis braking control circuit is shown in the figure 3.2.6.1:
C307 222
SP-
OPO
R320
150K
R318 0R ADIN
R317 680K
R321
1R
OPOP+
C308 222
SPLR319
150K
V1P4
R322
680K
Figure 3.2.6.1 Mai axis braking control circuit
Equivalent circuit is shown in the figure 3.2.6.2:
C307 222
SP-
OPO
R320
150K
R318 0R ADIN
R317 680K
R321
1R
SPLR319
150K
C308 222
3
Internal
processing
OPOP+
V1P4 40
R322
680K
Figure 3.2.6.2 Main axis braking control equivalent circuit diagram
2. In order to prolong the usage life of electric machine and increase the influence of start-up
current to electric machine, when disc is in, R&D personnel design main axis electric machine into
running state all the time, even though STOP button is pressed. Thus, when pressing OPEN button, a
braking signal is required to make main axis electric machine stop rotating immediately to fulfill door
opening in short period.
During the course of playing, if OPEN button is pressed, main axis braking signal disappears, but
main axis electric machine is still in rotating state due to the function of inertia, now the inductive
electromotive force that produces from the rotation of electric machine achieves inductive voltage on
- 25 -
sampling resistor R321, through resistor R319, R320 with pin 35, 36 of MT1389E, after being processed
and amplified inside, output from pin 34, then through R318, send to pin 47 of MT1389E, through
MT1389E internal D/A conversion and relevant processing, pin 37 of MT1389E outputs an instant
electric machine reverse braking signal to make main axis electric machine speed down, when
MT1389E detects that disc stops rotating, disc tray will be out to ensure that disc will not rotate when
door opens.
3. Key point voltage (unit: V) is shown in the following table:
Key point
Position
Normal w orking voltage (V)
Voltage var iation w hen opening door (V )
SP+
pin 11 of D5954, pin 5 of XS303
3.79
3.79 0.70 1.80
SP-
pin 12 of D5954, pin 6 of XS303
1.38
1.38 3.40 1.80
OP+
MT1389E pin 36/B
1.38
1.38 3.10 1.80
OP-
MT1389E pin 35/A
1.53
1.53 3.08 1.98
OPO
MT1389E pin 34/C
2.44
2.44 0.40 2.50
ADIN
MT1389E pin 43/D
2.44
2.41 0.41 2.44
DMSO
D5954 pin 5
1.42
1.42
VIP4
MT1389E pin 40
1.41
1.41
3.2.7 Disc identification circuit
1. Disc identification circuit is shown in the figure 3.2.7.1:
R308
R309
100K
10K
R311
AVCC
IOA
10K
Q305
3904-S
R310
Q303
2SK3018-S
100K
Q304
2SK3018-S
90
Loader
XS301
18
MT1389E
17
Figure 3.2.7.1 Disc identification circuit
2. Working principle: the function of disc identification circuit is to recognise the disc inserted into
loader to judge whether the disc is VCD or DVD to make the relevant control action. When disc is
inserted, decode servo control IC MT1389E defaults disc to be DVD, pin 90 of MT1389E sends out a low
- 26 -
Voltage signal, Q305 and Q304 cut off, Q303 is on, laser receiving tube inside loader selects DVD
channel, now IOA is low level input loader to make loader in DVD reading state, MT1389E analyses
whether initial judgment(DVD is the default disc) is correct through the detection of laser power
feedback signal, when initial judgment is correct through detection, loader runs in DVD reading state;
when initial judgment is incorrect through detection, MT1389E sends out a high voltage signal from pin
90, Q305 and Q304 are on, Q303 cuts off, laser receiving tube inside loader selects VCD channel, now
IOA is high level input loader to make loader in VCD reading state. Whether default disc is VCD or DVD
is set by internal software of MT1389E.
Note: Q303, Q304 are MOS tube.
3.2.8 Panel control components
1. Panel control components block diagram is shown in the figure 3.2.8.1:
Headphone
Microphone
Remote
controller
Decode
board
IR receiver
Digital
potentiometer
CLK STB SDA
Button
N100 PT6961
LED screen
Drive light emission diode Vd109, VD110
Figure 3.2.8.1 Panel control components block diagram
2. MIC board schematic diagram is shown in the figure 3.2.8.2:
2
4
3
1
MIC100
MIC1
MIC1
AGND
MIC2
R100
22K
R101
22K
CON3
C100
104
2
4
3
1
MIC101
MIC2
Figure 3.2.8.2 MIC board schematic diagram
- 27 -
X100
1
2
3
3. Headphone board schematic diagram is shown in the figure 3.2.8.3:
2
6
5
4
9
8
7
CK1
CKX-3.5-01K
C100 104
1
3
RO
AGND
LO
HDET
XP100
1
2
3
4
CON4
Figure 3.2.8.3 Headphone board schematic diagram
4. Working principle: panel is mainly composed of LED screen, drive chip Pt6961, remote control IR
receiver, digital potentiometer, MIC jack, button and indicator light.
The function of N100 (PT6961) is to process data signals sent from decode board to drive display
screen to display relevant state, and scan panel button matrix at the same time, after processing button
information, send to CPU in the means of digital signals to control the player and make it perform the
relevant action.
Pin 3 of remote control IR receiver HS0038A2 is 5V power supply pin, pin 2 is grounded, pin 1 is
output pin; remote control receiver processes button information of remote controller and then outputs
from pin 1 to decode board directly.
Digital potentiometer RP100 is used to adjust volume, which uses the phase difference of pulse
sent from pin 1 and 3 to realize volume adjustment.
3.2.9 Video circuit
1. Video circuit block diagram is shown in the figure 3.2.9.1:
Y
C
170
V-OUT
S-VIDEO
V-OUT
171
Matched
filtering
circuit
MT1389E
Filtering
circuit
Clamping
circuit
Y1
Pb
Pr
168
Component
video
SCART
terminal
164
Figure 3.2.9.1 Video circuit block diagram
- 28 -
2. Working principle: brightness, chroma, CVBS and component video signals decoded by U201
(MT1389E), through low-pass filtering and clamping, are sent to the relevant terminal for output. Take Y
signal as instance, we will introduce working principle of clamping circuit, shown in the figure 3.2.9.2:
This circuit is very simple. R105 is a matched resistor to make signals achieve max power on load,
capacitor C106, C108 and inductor L106 compose a low-pass filter to filter high frequency interference
signals except for useful signals; diode VD108 and VD109 compose a clamping circuit, we know from
features of diode, the max range of chroma signal cannot exceed 5.7V, and cannot be lower than -0.7V
in minimum, thus the high voltage signals from TV set can be prevented from burning down the player.
D+5V
VD109
1N4148
L106
Y
R105
75R
1.8uH
C106
47P
VIDEO_Y
VD108
1N4148
C108
47P
L118
Y
Figure 3.2.9.2 S-VIDEO output circuit diagram
3. Key point voltage (unit: V) is shown in the following table:
Signal
Function
Trouble
DC voltage w ithout disc in
Y
S-VIDEO brightness
S-video no picture/ picture bright/pict ure
dark
0.74
C
S-VIDEO chroma
S-video no color/c olor distortion
1.48
VIDEO
Component video composite signal
Composite video no pictur e/picture
bright/picture dar k
0.74
Y1
Component video brightness
signal
Component video no picture/pic ture
bright/picture dar k
0.76
Component video chr oma signal
Component video color dis tortion
Pb
1.46
Pr
1.75
Note: in actual measurement, voltage of the above signals Y, C, VEDIEO, Y1, Pb, Pr will have some
change, thus the main troubleshooting method is to measure waveform of each signal during the course
of playback.
3.2.10 Input/output circuit
Input/output circuit is often called AV board. AV board processes the video and audio signals sent
from decode board and power amplifier board through coupling and filtering circuit and then outputs
from the relevant terminal, externally-inputted audio signals are sent to power amplifier board and
decode board for processing through AV board. DK1110SI AV board video output (refer to 3.2.9 video
- 29 -
Circuit) circuit includes composite video output terminal, S-video and component video output terminal;
audio circuit includes mixed left/right channel output terminal, digital optical output terminal, coaxial
cable output terminal, SCART terminal and also one channel input terminal, that is left/right channel
input terminal.
1. SCART terminal
SCART is a terminal that integrates video and audio transmission into one. It may transmit video
and audio signals at the same time and it is very convenient for operation. It has 21 pins in all and
locates in the centre at rear side of the player. Pin function is shown in the following table:
Pin
Name
Signal
direction
Function descr iption
Pin
Name
1
A(B)OUT
I
Audio right channel input
12
NC
2
A(B)IN
O
Audio
output
13
RETURN
Pr signal ground
3
A(A)OUT
I
Audio left c hannel input
14
RETURN
Blanking signal ground
4
A-COM
Audio signal ground
15
RED I/O
I/O
Pr signal I/O port
5
RETURN
Pb signal ground
16
BLK I/O
I/O
Blanking signal I/O port
6
A(A)IN
O
Audio left c hannel output
17
RETURN
Blanking signal ground
7
BLUE I/O
I/O
Pb signal I/O port
18
TRTURN
Composite video signal
ground
8
FUNCSW
I
Function selection jack
19
V-OUT
I
Composite video signal
input
9
RETURN
Y1 s ignal ground
20
V-IN
O
Composite video signal
output
10
CONT
I/O
Netw ork
cimmnication
data line 2
21
GND
11
GREEN I/O
I/O
Y1 s ignal I/O port
right
channel
Signal
direction
Function descr iption
Netw ork
cimmnication
data line 2
Common ground
Note: pin 16 is blanking signal and used for the selection of RGB and CVBS mode. I means input, O
means output and I/O means input and output.
2. SCART terminal function selection is shown in the following table:
PDATO
PDAT1
PDAT2
pin 8 of SCART terminal
Function
0
_
0
10V
AV4:3
0
_
1
7.5V
AV16:9
1
_
0
0.90V
TV
1
_
1
0.85V
TV
- 30 -
_
0
_
_
CVBS
MODE
_
1
_
_
RGB
MODE
Note: 1. PDAT0 and PDAT2 are used to control the input voltage on pin 8 of SCART terminal.
PDAT1 is used to control the voltage variation on pin 16 of SCART terminal. The voltage on pin 16
controls whether RGB mode or CVBS mode is selected by SCART.
2. 4:3 and 16:9 mean the display mode of screen and is controlled by voltage on pin 8.
3.2.11 Audio power amplifying circuit block diagram
1. Audio power amplifying circuit block diagram is shown in the figure 3.2.11.1:
Subwoofer
4558
Sw2
Subwoofer
N105
Sw3
M62429
N106
TDA8947J
External
input
AUXL/AUXR
Left output
Right output
N111
L channel
R channel
Tuner
4558
LO
RO
LF/RF
N107
PT2314
RC4580
TLOUT/TROUT
L surround
N110
LF/RF
L SURR
R SURR
Centre
MT1389E
Headphone
Centre
TDA8947J
SL/SR/C
4558
R surround
MIC1
N104
4558
Cs5340
MIC2
Figure 3.2.11.1 Audio power amplifying circuit diagram
- 31 -
MIC
2. Working principle
In power amplifier part, Karaoke processing circuit, external input circuit, headphone output circuit,
power amplifying circuit and mute circuit can be divided. Mute circuit has been introduced in section 2,
so here we will not say it again.
2-channel microphone input signals performs mixed amplification through an addition circuit
composed of operational amplifier N104 (F4558), through the clamping composed of VD122 and VD123,
prevents microphone inputting too large signals to damage rear stage circuit. Through preliminary
addition, amplified MIC signals enter an ADC conversion ship N108 (CS5340) which is controlled by I2S
signal; MO, M1 add pull-up resistor to 3.3V, select Clock Slave mode, output pin (pin 4) adds 10K
resistor to ground, select left align mode; MIC signals, after being processed by CS5340, change into
digital signals to input to 1389E, through 1389E internal processing, mix to left and tight channels for
output.
N111 (PT2314) is a selection switch, which selects left/right channel information of disc signal,
external input signal and tuning signals (external input and tuning only have left and right channels
signals input). In special mode, there is special sound output. PT2314 may process tweeter/bass and
volume adjustment. This player uses 3 of the channels, which are used as left/right channel information,
tuning signal, selection of external input signal and volume/tone adjustment. Through being selected by
PT2314, signals of left/right channel has 3 flow directions: one channel inputs power IC N106 (TDA8947),
one channel inputs to headphone amplifying chip RC4580, one channel inputs to pin 5 of N100 (F4558)
and mix with subwoofer.
Power IC N106 (TDA8947) is a 4-channel power amplifying IC, if single channel outputs, output
power range is from 1W to 25W; if all channels output, output power range is from 4W to 50W, in this
player, take channel 1 and 2 of N106 as the all channels output of subwoofer, rated output power is 15W;
take channel 3 and 4 as power output of lect and right channels, rated output power is 6W. The 3rd
channel is reverse output, so right channel output is reversely connected, its pin 5, 10 are mode
selection pin, this player uses them all together to make it as mute control pin.
RC4580is a dual-channel operational amplifier, as the amplifying output of headphone, its input is
directly connected with output signals of PT2314, after being amplified, output to the output socket of
headphone, mute control circuit is added on its output end.
Subwoofer output of this player is divided into two parts: one part is the subwoofer signals of
decode output to discs inside 1389E and the other part is mixed by left and right channel information
gated by PT2314. When in external input and tuning, without subwoofer signals outputted by 1389, now
all subwoofer is mixed from left and right channels. In subwoofer output channel, another chip M62429
is used. It is a 2-channel electric volume control IC and controlled by I2C signal; subwoofer signals
outputted from M62429, through first level buffer circuit, are sent to power IC for power amlifying,
similarly, in order to protect rear stage circuit, a clamping circuit is added. Power output of subwoofer is
fulfilled by the full connection of channel 1 and 2 of N106 (TDA8947).
- 32 -
Centre and surround power output is fulfilled by N110 (TDA8947). 1389E outputs analog audio
signals directly, after pre-amplifying and low-pass, outputted by N110 power amplifying. Similarly, the
3rd channel is reverse output, so centre is reversely connected to output. Its pin 5 and 10 are connected
together, as mute control pin.
3.2.12 Power circuit
Transformer
Bridge rectification
filtering circuit
Electromagnetic
interference
filtering circuit
220V
Start-up
circuit
1. Power circuit block diagram is shown in the figure 3.2.12.1:
Absorption
loop
Rectifying
diode
Filtering
circuit
P+22V
Rectifying
diode
Filtering
Feedback
circuit
Switch module
A+5V
Absorption
loop
Transformer
Start-up
circuit
5V voltage
stabilizer
Rectifying
circuit
Filtering
circuit
A+12V
Rectifying
circuit
Filtering
circuit
D+5V
Voltage
stabilizing
diode
Rectifying
circuit
Filtering
circuit
-21V
Voltage
stabilizing
diode
Filtering
diode
Filtering
A-12V
Rectifying
circuit
Filtering
circuit
FL+
FL-
Switch module
Rectifying
circuit
Filtering
circuit
D+3V3
Feedback
circuit
Figure 3.2.12.1 Power circuit block diagram
2. Working principle: this power circuit is composed of two parts, with electromagnetic interference
filtering circuit and bridge rectification filtering circuit commonly used. The first part circuit produces
P+22V DC power and uses in power supply of power amplifier circuit; the other part is responsible for
power supply of other module circuit.
Working principle of each part is shown as follows:
(1)Electromagnetic interference filtering circuit: various electromagnetic radiation exits in
surroundings, the input AC power will be disturbed. The function of electromagnetic interference filtering
circuit is to filter these interference to make those that enters bridge rectification circuit is pure AC power.
- 33 -
(2) Bridge rectifying and filtering circuit: the function of this circuit is to produce a DC power about
310V to supply for rear stage.
(3) Start circuit: wen power on, transformer does not begin working, now start circuit provides switch
module with a power supply voltage to make it work, after transformer begins to work, the voltage
supplied by power supply circuit to switch module maintains the working of switch module.
(4) Absorption loop: switch module perform “on” and “off” action in very high frequency, so a strong
self-inductive voltage will produce in transformer primary winding to cause damage to switch module.
The function of absorption loop is to form loop for inductor to ensure normal working of circuit.
(5) Switch module: 310V DC power inputs from transformer. To make transformer work, AC shape
voltage must be shown. Function of switch module is to control this 310V DC power to make it on for a
whole and then off for a while to make a high/low level variation produce in input level of transformer,
thus transformer can work.
(6) Power supply circuit: provides switch module with a power supply voltage.
(7) Rectifying diode: voltage that outputs from transformer is pulse DC, the function of rectifying
diode is to change pulse DC into DC together with filtering circuit.
(8) Feedback loop: the time length of “on” of switch module is decided by feedback loop. Feedback
loop samples output level. When output voltage is too high, voltage sampled is on high side, through
feedback, to make the “on” time of switch module decrease, coupling of transformer reduces and output
voltage decreased. When output voltage is too low, voltage sampled is on low side, through feedback
loop, to make the “on” time of switch module increases, coupling of transformer increases and output
voltage increases, thus through auto control function of feedback loop, power board may output stable
voltage.
(9) Filtering circuit: the function is to produce a stable DC voltage with small ripple. “ "-type filter is
mostly adopted in filtering circuit. Features of capacitor filtering are that when load resistence is high
and current is small, filtering is obvious; as for inductor filtering, when load resistence is small and
current is large, filtering is obvious. Constitute capacitor to “ "-type filter to get better filtering effect.
3. Main function of each voltage of power output board:
(1) +22V: output to power amplifier board and supply power for power amplifier circuit.
(3) D+5V: supply power for panel N100, servo drive chip U301 (D5954) and open/close door circuit.
(4) A-12V, A+12V: supply power for audio power amplifying ship N100
N104 (IC4558), N107
(RC4580) on power amplifier board.
(6) D+3V3 U201 (MT1389E), U207 (FLASH), U208 (SDRAM) and U205 (74HCU04) power supply.
(7) A+5V (pin 5 of XP203): supply power for loader.
(8) A+5V (pin 4 of XS504): supply power for power amplifier board A/D conversion chip N108
(Cs5340).
- 34 -
Section Three Servicing Cases
3.3.1 Servicing cases
[ Example 1] Symptom: not read disc
Description: not read any disc
Analysis and troubleshooting: check laser, light emission, feed, main axis, trace and they are all
normal, but there is no focus action; use multimeter to test pin 13, 14 of U301 (5954), voltage is normal
(about 1.4V); test pin 1, 2 of XS301 and voltage is normal; check nerve flat cable and contact is good, so
we judge that laser head focus winding is burnt down; after changing loader, trouble is removed.
[ Example 2] Symptom: waveform is small
Description: left and right output waveform of mixed audio terminal are small
Analysis and troubleshooting: left and right output waveform of mixed left and right audio terminal
are small, if this kind of case appears, the elements used by two terminals commonly are easier to have
trouble. Firstly check whether the flat cable between AV board and power amplifier board has well
contacted, after removing the above factors, then check power supply of IC with location number N101
on power amplifier board and they are +12V, -12V, which are normal; check flat cable between power
amplifier board and decode board and it is normal; check AD conversion voltage ADACVDD3 of audio
signals and find that it is 2.4V, which should be 3.3V in normal conditions; check and find that resistance
on two ends of C240, Tc210 is infinite, so we can confirm that L204 has trouble, after changing is,
trouble is removed.
[ Example 3] Symptom: headphone has no sound
Description: after inserting headphone, two sides have no sound
Analysis and troubleshooting: after inserting headphone, test voltage of pin 4 on power amplifier
board X110 is 0V, which is normal; test voltage of pin 4, 8 of N107 are -12V and +12V, which is normal;
test pin 1 of N111 and find that voltage is 0V, this pin is power supply pin of IC, which should be 9V in
normal conditions, observe carefully and find that R155 has trouble, after changing it, trouble is
removed.
- 35 -
[ Example 4] Symptom: no MIC
Description: when inserting microphone and speaking, there is no audio output
Analysis and troubleshooting: insert microphone and speak, use oscillograph to test pin 6 and 7 of
power amplifier board N104 and there is signal output; test pin 10 of N108 and there is also signal; test
pin 4 and there is no signal, so we can judge that N108 has been damaged, after changing it, trouble is
removed.
[ Example 5] Symptom: panel indicator light is not on
Description: after power on, panel indicator light is not on
Analysis and troubleshooting: power on, use multimeter to test voltage of base electrode of V110
and it is 5V; test voltage on two ends of R110 and it is also 5V, thus only V100 has trouble, after
changing it, trouble is removed.
[ Example 6] Symptom: display screen flickers when reading disc
Description: when reading disc or opening door, display on screen is not stable, and panel indicator
light flickers
Analysis and troubleshooting: when this kind of case appears, start from power supply. When
checking display screen 5V power supply, after no disc in or disc reading is normal, voltage keeps in
stable state, this voltage varies from 3.5 to 5.5V when reading discs, so the trouble should be caused by
power, voltage also varies the same when checking 5V output voltage of power board, check 5V voltage
filtering circuit elements and there is no abnormality, so we doubt that performance of the diode with
location number D510 is not stable, after changing it, trouble is removed.
[ Example 7] Symptom: speed of opening door is fast
Description: when opening and closing door, speed is fast, disc reading is normal, picture and
sound output is normal.
Analysis and troubleshooting: when this trouble appears, trouble should lie in power circuit, check
power supply voltage of open/close door drive circuit and it increases to 7.5V; check voltage of other
circuit and it also increases, so trouble should lie in output voltage adjustment circuit; test voltage of IC
with location number U503 of power board and it is 3.3V; it is known from working principle of U503,
voltage of this pin is 2.5V when in normal conditions, change IC with location number U503, voltage
resumes to be normal and trouble is removed.
[ Example 8] Symptom: picture has mosaic when playing DVD
Description: when playing other discs, picture output is normal; only when playing DVD disc, two
parallel interfering lines appear on picture
Analysis and troubleshooting: this trouble appears in video decode part always. After power off,
- 36 -
Picture output is normal; after playing for a period (about 5 minutes), picture has interference. To
analyse this trouble, firstly play DVD disc normally after power on, use electric iron to heat chip 1389,
picture has interference after heating; after changing chip 1389, trouble is remove.
[ Example 9] Symptom: power amplifier has no sound output
Description: after playing any disc for one hour, line and headphone sound output is normal, only
power amplifier channel has no sound output with slight noise; power on again after power off for a
period, the player resumes to be normal, after about 1 hour, there is no sound output again.
Analysis and troubleshooting: when this trouble appears, trouble lies in power amplifier output
circuit. Test power supply voltage of power amplifier IC TDA9847 and it is 23V, which is normal; use
oscillograph to test waveform of pin 6, 8, 9, 12 of TDA8947 and they are normal; it is known from
symptom, when there is no sound output, IC should lie on over-heat or over-current protection state; test
SCM control signal and there is no abnormality, so it means that trouble should be caused by power
amplifier IC itself; after changing TDA8947, trouble is removed.
[ Example 10] Symptom: power amplifier has no sound output
Description: when playing disc, player has no sound output, line and headphone have no sound
output; when rotate volume knob, panel display variation is normal, power amplifier output end has no
noise or current sound, disc playing is normal, after switching to tuning state, there is still sound output.
Analysis and troubleshooting: it is known from circuit principle, line, headphone and power amplifier
audio signal are the same signals , which are divided into three-channel signals through PT2314, so
trouble should lie in common channel. In addition, trouble should lie in surroundings of PT2314. Use
oscillograph to test TC145, TC146 location capacitor and there is no audio signal output, then test
TC141, TC132 location capacitor and waveform is normal, test N111 location IC power supply and SDA,
SCL signal and they are all normal; after changing PT2314IC, trouble is removed.
- 37 -
3.3.2 Troubleshooting flow chart
1. Troubleshooting process for “Player has no output” is shown in the figure 3.3.2.1:
Player has no output
Check
whether power
board has voltage
output
Check
whether power
board rectifying circuit
has high
voltage
N
Y
N
Check fuse tube and
power socket
Y
Check
whether decode
N
board +5V, +3.3V voltage
is normal
Check
whether U501 has
voltage output
Change flat cable
Y
N
Change U501
Y
Check
whether feedback
circuit is normal
N
Whether
reset signal is
normal
Check reset circuit
Y
N
Y
Change transformer
whether
clock signal is
normal
N
Change crystal oscillator
Y
Check
whether the
bus between MT1389
and DARAM has
signal
N
Y
Check
whether SDRAM works
normally
N
Change SDRAM
Y
Change 1389E
whether
pin 164 of 1389
has CVBS signal
output
Y
Change decode chip 1389
Figure 3.3.2.1 Troubleshooting flow chart for “Player has no output”
- 38 -
Change photoelectric
coupler
2. Troubleshooting process for “No sound output” is shown in the figure 3.3.2.2:
No sound output
Whether
mixed channel has
output
N
Change MT1389
Y
Y
Whether
N102~N104
has signal output
N
Check each circuit of
power board
N
MT1389 has sound
output
PVCC voltage is
normal
Y
N
Y
N
Check +12V, -12V circuit
+12V, -12V voltage
is normal
Y
N
Change N102~N104
Whether
N102~N104 has
signal output
Y
Change N110, N106
Figure 3.3.2.2 Troubleshooting flow chart for “No sound output”
- 39 -
Change N102~N104
3. Troubleshooting process for “Power amplifier volume invalid” is shown in the figure 3.3.2.3:
Power on and play DVD disc
Check
whether line output
is normal
N
Enter system menu and
perform default setting
Y
Check
whether SDA, SCL
from 1389 to PT2314
are normal
N
Change PT2314
Y
Rotate
potentiometer and
check whether panel J3,
J4 have voltage
change
N
Change 1389E
Y
Check
whether XS101
location flat cable is
loose
N
Insert again or change
flat cable
Y
Change volume
potentiometer
Figure 3.3.2.3 Troubleshooting flow chart for “Power amplifier volume is invalid”
- 40 -
4. Troubleshooting process for “Headphone has no sound output” is shown in the figure 3.3.2.4:
Headphone has no sound output
Whether
pin 1, 7 of N107
have sound output
N
Whether
R125, R126
is short circuited to
ground
N
Weld again
Y
Y
Check flat cable between headphone
board and power amplifier board
Whether
+12V, -12V voltage
is normal
N
Check +12V, -12V voltage
Y
Whether
pin 2, 6 of N107 have
audio signal
N
Change N107
Y
Check the path between
N111 and N107
Figure 3.3.2.4 Troubleshooting flow chart for “Headphone has no sound output”
- 41 -
5. Troubleshooting process for “Power not on” is shown in the figure 3.3.2.5:
Power on
Whether
3.3V, 5V voltage
on power board are
normal
N
Whether
L505, D505 are
circuited
N
Change L505, D505
Y
Y
N
Check 1.8V power supply
circuit
Whether T501 is
normal
Whether
1.8V on decode board
is normal
N
Change T501
Y
Y
N
Check 3.3V power supply
circuit
Whether U501 is
normal
Whether
3.3V voltage of
LFASH, SDRAMH on
decode board is
normal
N
Change U501
Y
Y
Whether
rectifying circuit is
normal
Change firmware
N
Change D512~D515
Y
Whether F501 has cut
off
N
Y
Weld F501 again
Figure 3.3.2.5 Troubleshooting flow chart for “Power not on”
- 42 -
Change F501
6. Troubleshooting process for “power amplifier sound output pauses” is shown in the figure 3.3.2.6:
play DVD disc
A
Y
Check
whether there is
pause in tuning state and
external input
state
N
Check
whether line output
and headphone output
have pause
Y
Check
whether power
amplifier IC has been
damaged
N
N
Check elements around
power amplifier IC
Check
whether 28V
power supply of power
amplifier IC8947
has instability
N
Check whether power
amplifier heat emission is
good
Y
Check
whether power
board U506 is
normal
N
Change U506
Y
Check
whether power board
T502 is good
N
Change T502 location
transformer
Y
Check
whether U505 0880IC
circuit is
normal
N
Change U505
Y
Change rectifying filtering
capacitor
- 43 -
Y
Change power amplifier IC
Change 1389E
Y
Check
whether decode
circuit power supply
is normal
Y
Check
whether PT2314 is
normal
Y
N
Change PT2314
Check
whether power
board U503
is normal
N
Change U503
Y
Check
whether U502 is
normal
N
Change U502
Y
Check
whether T501 is
normal
N
Change T501
Y
Check
whether power board
U501 is normal
N
Change U501
Y
Change rectifying filtering
capacitor
Figure 3.3.2.6 Troubleshooting flow chart for “power amplifier sound output pauses”
- 44 -
A
Section Four Signal waveform diagram
This section collects signal waveform diagram of audio, video and each unit circuit with the purpose
to help servicing personnel to judge where trouble lies in accurately and quickly to improve servicing
skills. For the difference of oscillograph's type, model and tuner, a certain difference may exist, so the
servicing personnel are expected to pay more attention to check in daily operation.
1. Waveform diagram of comparison between reset signal (channel 1) and 3.3V voltage (channel 2):
2. Waveform diagram of the comparison between power-on mute signal (channel 1) and +12V
(channel 2) power supply:
- 45 -
3. Waveform diagram of the comparison between HARDM signal (channel 2) and +12V power
(channel 1) when power off:
4. Waveform diagram of the comparison between LRSWM signal (channel 2) and +12 power
(channel 1) when power on. The increase of LRSWM signal goes through 2 steps: the first is 0.6V with
durable time 6.5 S; the second is 16V with duration time 13.5 S.
5. Waveform diagram of the comparison between LRSWM signal (channel 1) and LRSWMUT signal
(channel 2). When mute is on, 1389 gives out low level signal LRSWMUT mote than 310ms to make
LRSWM signal level pull down to make mute output, and 1389 is mute from inside to make all channels
have no output. Centre, surrond channel mute means is the same with that of main channel.
- 46 -
Section Five Function Introduction to IC
3.5.1 function introduction to MT1389E
1. DESCRIPTION
MT1389E (U201) is a cost-effective DVD system-on-chip (SOC) which incorporates advanced features
like MPEG-4 video decoder, high quality TV encoder and state-of-art de-interlace processing.
Based on MediaTek’
s world-leading DVD player SOC architecture, the MT1389E is the 3rd generation of
the DVD player SOC. It integrates the MediaTek 2nd generation front-end analog RF amplifier and the
Servo/MPEG AV decoder.
To enrich the feature of DVD player, the MT1389 equips a simplified MPEG-4 advanced simple profile
(ASP) video decoder to fully support the DivX1 Home Theater profile. It makes the MT1389-based DVD
player be capable of playback MPEG-4 content which become more and more popular.
The progressive scan of the MT1389E utilized advanced motion-adaptive de-interlace algorithm to
achieve the best movie/video playback. It also supports a 3:2 pull down algorithm to give the best film effect.
The 108MHz/12-bit video DAC provides users a whole new viewing experience.
2. Key Features
RF/Servo/MPEG Integration
Embedded 6ch Audio DAC
Embedded 2ch Audio ADC for Karaoke
High Performance Audio Processor
High Performance Progressive Video Processor
Support Nero-Digital
High Quality 108MHz/12-bit, 4 CH TV Encoder
3. General Feature lists
(1)Integration DVD player single chip
High performance analog RF amplifier
Servo controller and data channel processing
MPEG-1/MPEG -2/JPEG video
- 47 -
Dolby AC-3/DTS Decoder
Unified memory architecture
Versatile video scaling & quality enhancement
OSD & Sub-picture
Built-in clock generator
Built-in high quality TV encoder
Built-in progressive video processor
Audio effect post-processor
Built-in 5.1-ch Audio DAC
Built-in 2-ch Audio ADC for Karaoke
(2)High Performance Analog RF Amplifier
Programmable fc
Dual automatic laser power control
Defect and blank detection
RF level signal generator
(3)Speed Performance on Servo/Channel Decoding
DVD-ROM up to 4XS
CD-ROM up to 24XS
(4)Channel Data Processor
Digital data slicer for small jitter capability
Built-in high performance data PLL for channel data demodulation
EFM/EFM+ data demodulation
Enhanced channel data frame sync protection & DVD-ROM sector sync protection
(5)Servo Control and Spindle Motor Control
Programmable frequency error gain and phase error gain of spindle PLL to control spindle motor on CLV
and CAV mode
Built-in ADCs and DACs for digital servo control
Provide 2 general PWM
Tray control can be PWM output or digital output
(6)Embedded Micro controller
Built-in 8032 micro controller
Built-in internal 373 and 8-bit programmable lower address port
- 48 -
1024-bytes on-chip RAM
Up to 2M bytes FLASH-programming interface
Supports 5/3.3-Volt. FLASH interface
Supports power-down mode
Supports additional serial port
(7)DVD-ROM/CD-ROM Decoding Logic
High-speed ECC logic capable of correcting one error per each P-codeword or Q-codeword
Automatic sector Mode and Form detection
Automatic sector Header verification
Decoder Error Notification Interrupt that signals various decoder errors
Provide error correction acceleration
(8)Buffer Memory Controller
Supports 16Mb/32Mb/64Mb SDRAM
Supports 16-bit SDRAM data bus
Provides the self-refresh mode SDRAM
Block-based sector addressing
(9)Video Decode
Decodes MPEG1 video and MPEG2 main level, main profile video (720/480 and 720x576)
Decodes MPEG-4 Advanced Simple Profile
Support DivX 3.11/4.x/5.x Home Theater Profile
Support Nero-Digital
Smooth digest view function with I, P and B picture decoding
Baseline, extended-sequential and progressive JPEG image decoding
Support CD-G titles
(10)Video/OSD/SPU/HLI Processor
Arbitrary ratio vertical/horizontal scaling of video, from 0.25X to 256X
65535/256/16/4/2-color bitmap format OSD,
256/16 color RLC format OSD
Automatic scrolling of OSD image
(11)Audio Effect Processing
Dolby Digital (AC-3)/EX decoding
DTS/DTS -ES decoding
- 49 -
MPEG-1 layer 1/layer 2 audio decoding
MPEG-2 layer1/layer2 2-channel audio
High Definition Compatible Digital (HDCD)
Windows Media Audio (WMA)
Dolby ProLogic II
Concurrent multi-channel and downmix out
IEC 60958/61937 output
PCM / bit stream / mute mode
Custom IEC latency up to 2 frames
Pink noise and white noise generator
Karaoke functions
Microphone echo
Microphone tone control
Vocal mute/vocal assistant
Key shift up to +/- 8 keys
Chorus/Flanger/Harmony/Reverb
Channel equalizer
3D surround processing include virtual surround and speaker separation
(12)TV Encoder
Four 108MHz/12bit DACs
Support NTSC, PAL-BDGHINM, PAL-60
Support 525p, 625p progressive TV format
Automatically turn off unconnected channels
Support PC monitor (VGA)
Support Macrovision 7.1 L1, Macrovision 525P and 625P
CGMS-A/WSS
Closed Caption
(13)Progressive Scan Video
Automatic detect film or video source
3:2 pull down source detection
Advanced Motion adaptive de-interlace
Minimum external memory requirement
(14)Outline
216-pin LQFP package
- 50 -
3.3/1.8-Volt. Dual operating voltages
4. PIN DESCRIPTION
PIN
Main
Alt
Type
Description
RF interface (26)
191
RFGND18
Ground
Analog ground
192
RFVDD
Power
Analog power 1.8V
212
OSP
Analog output
RF Offset cancellation capacitor connecting
213
OSN
Analog output
RF Offset cancellation capacitor connecting
214
RFGC
Analog output
RF AGC loop capacitor connecting for DVD-ROM
215
IREF
Analog input
Current reference input. It generates reference current for RF
path. Connect an external 15K resistor to this pin and AVSS
216
AVDD3
Power
Analog power 3.3V
1
AGND
Ground
Analog ground
2
DVDA
Analog input
AC couple input path A
3
DVDB
Analog input
AC couple input path B
4
DVDC
Analog input
AC couple input path C
5
DVDD
Analog input
AC couple input path D
6
DVDRFIP
Analog input
AC coupled DVD RF signal input RFIP
7
DVDRFIN
Analog input
AC coupled DVD RF signal input RFIN
8
MA
Analog input
DC coupled main beam RF signal input A
9
MB
Analog input
DC coupled main beam RF signal input B
10
MC
Analog input
DC coupled main beam RF signal input C
11
MD
Analog input
DC coupled main beam RF signal input D
12
SA
Analog input
DC coupled sub-beam RF signal output A
13
SB
Analog input
DC coupled sub-beam RF signal output B
14
SC
Analog input
DC coupled sub-beam RF signal output C
15
SD
Analog input
DC coupled sub-beam RF signal output D
16
CDFON
Analog input
CD focusing error negative input
17
CDFOP
Analog input
CD focusing error positive input
18
TNI
Analog input
3 beam satellite PD signal negative input
19
TPI
Analog input
3 beam satellite PD signal positive input
ALPC (4)
20
MIDI1
Analog input
Laser power monitor input
- 51 -
21
MIDI2
Analog input
Laser power monitor input
22
LDO2
Analog output
Laser driver output
23
LDO1
Analog output
Laser driver output
Reference voltage (3)
28
V2REFO
Analog output
Reference voltage 2.8V
29
V20
Analog output
Reference voltage 2.0V
30
VREFO
Analog output
Reference voltage 1.4V
Analog monitor output (7)
24
SVDD3
25
CSO
26
RFLVL
Power
RFOP
RFON
Analog power 3.3V
1)
Central servo
2)
Positive main beam summing output
1)
RFRP low pass, or
2)
Negative main beam summing output
Analog output
Analog output
27
SGND
Ground
Analog ground
31
FEO
Analog output
Focus error monitor output
32
TEO
Analog output
Tracking error monitor output
33
TEZISLV
Analog output
TE slicing Level
Analog Servo Interface (8)
204
ADCVDD3
Power
Analog 3.3V power for ADC
205
ADCVSS
Ground
Analog ground for ADC
206
RFVDD3
Power
Analog power
207
RFRPDC
Analog output
208
RFRPAC
Analog input
RF ripple detect input (through AC-coupling)
209
HRFZC
Analog input
High frequency RF fipple zero crossing
210
CRTPLP
Analog output
Defect level filter capacitor connecting
211
RFGND
Ground
RF ripple detect output
Analog power
RF Data PLL Interface (9)
195
JITFO
Analog output
196
JITFN
Analog Input
197
PLLVSS
Ground
198
IDACEXLP
Analog output
199
PLLVDD3
Power
200
LPFON
Analog Output
201
LPFIP
Analog input
Output terminal of RF jitter meter
Input terminal of RF jitter meter
Ground pin for data PLL and related analog circuitry
Data PLL DAC Low-pass filter
Power pin for data PLL and related analog circuitry
Negative output of loop filter amplifier
Positive input terminal of loop filter amplifier
- 52 -
202
LPFIN
Analog input
203
LPFOP
Analog output
Negative input terminal of loop filter amplifier
Positive output of loop filter amplifier
Motor and Actuator Driver Interface (10)
34
OP_OUT
Analog output
Op amp output
35
OP_INN
Analog input
Op amp negative input
36
OP_INP
Analog input
Op amp positive input
37
DMO
Analog output
Disk motor control output. PWM output
38
FMO
Analog output
Feed motor control. PWM output
Analog output
Tray PWM output/Tray open output
TROPENPW
39
M
3) 1st General PWM output
40
PWMOUT1
ADIN0
Analog output
4) AD input 0
Tracking servo output. PDM output of tracking servo
41
TRO
Analog output
compensator
Focus servo output. PDM output of focus servo
42
FOO
Analog output
compensator
LVTTL3.3 Input,
FG
ADIN1
Schmitt input, pull up,
(Digital pin)
GPIO
with analog input path
43
1)
Monitor hall sensor input
2)
AD input 1
3)
GPIO
for ADIN1
General Power/Ground (11)
48
84
DVDD18
Power
1.8V power pin for internal digital circuitry
DVSS
Ground
1.8V ground pin for internal digital circuitry
DVDD3
Power
3.3V power pin for internal digital circuitry
DVSS
Ground
3.3V ground pin for internal digital circuitry
132
146
74
120
60
87
108
137
149
Micro Controller and Flash Interface (48)
In/Out 4~16mA,
54
HIGHA0
Microcontroller address 8
SRPU
- 53 -
In/Out 4~16mA,
66
HIGHA1
Microcontroller address 9
SRPU
In/Out 4~16mA,
65
HIGHA2
Microcontroller address 10
SRPU
In/Out 4~16mA,
64
HIGHA3
Microcontroller address 11
SRPU
In/Out 4~16mA,
63
HIGHA4
Microcontroller address 12
SRPU
In/Out 4~16mA,
62
HIGHA5
Microcontroller address 13
SRPU
In/Out 4~16mA,
61
HIGHA6
Microcontroller address 14
SRPU
In/Out 4~16mA,
59
HIGHA7
Microcontroller address 15
SRPU
In/Out 4~16mA,
81
AD7
Microcontroller address/data 7
SRPU
In/Out 4~16mA,
78
AD6
Microcontroller address/data 6
SRPU
In/Out 4~16mA,
77
AD5
Microcontroller address/data 5
SRPU
In/Out 4~16mA,
76
AD4
Microcontroller address/data 4
SRPU
In/Out 4~16mA,
75
AD3
Microcontroller address/data 3
SRPU
In/Out 4~16mA,
73
AD2
Microcontroller address/data 2
SRPU
72
AD1
71
AD0
In/Out 4~16mA,
Microcontroller address/data 1
In/Out 4~16mA,
Microcontroller address/data 0
SRPU
In/Out 4~16mA,
83
IOA 0
Microcontroller address
SRPU
In/Out 4~16mA,
69
IOA 1
Microcontroller address 1/ IO
SRPU
In/Out 4~16mA,
47
IOA 2
Microcontroller address 2/ IO
SRPU
49
IOA 3
In/Out 4~16mA,
- 54 -
Microcontroller address 3/ IO
SRPU
In/Out 4~16mA,
50
IOA 4
Microcontroller address 4/ IO
SRPU
In/Out 4~16mA,
51
IOA 5
Microcontroller address 5/ IO
SRPU
In/Out 4~16mA,
52
IOA 6
Microcontroller address 6/ IO
SRPU
In/Out 4~16mA,
53
IOA 7
Microcontroller address 7/ IO
SRPU
In/Out 4~16mA,
58
Flash address 16
A16
SRPU
In/Out 4~16mA,
82
Flash address 17
A17
SRPU
In/Out 4~16mA,
55
Flash address 18 /IO
A18
SRPD,SMT
In/Out 4~16mA,
56
Flash address 19 /IO
A19
SRPD,SMT
5) Flash address 20 /IO
YUV0
67
In/Out 4~16mA,
A20
6) While External Flash size <= 1MB:
SRPD,SMT
I) Alternate digital video YUV output 0
7) Flash address 21 /IO
YUV7
In/Out 4~16mA,
79
A21
8) While External Flash size <= 2MB:
GPIO
SRPD,SMT
I) Digital video YUV output 7
II) GPIO
In/Out 4~16mA,
80
ALE
Microcontroller address latch enable
SRPD,SMT
In/Out 4~16mA,
70
IOOE#
Flash output enable, active low / IO
SRPD,SMT
In/Out 4~16mA,
57
IOER#
Flash write enable, active low / IO
SRPD,SMT
In/Out 4~16mA,
68
Flash chip select, active low / IO
IOCS#
SRPD,SMT
In/Out 4~16mA,
85
Microcontroller write strobe, active low
UWR#
SRPD,SMT
In/Out 4mA,
86
Microcontroller read strobe, active low
URD#
SRPD,SMT
- 55 -
In/Out 4~16mA,
88
Microcontroller port 1-2
UP1_2
SRPD,SMT
In/Out 4mA,
89
Microcontroller port 1-3
UP1_3
SRPD,SMT
In/Out 4mA,
91
Microcontroller port 1-4
UP1_4
SRPD,SMT
In/Out 4mA,
92
Microcontroller port 1-5
UP1_5
SRPD,SMT
93
94
95
96
UP1_6
UP1_7
UP3_0
UP3_1
In/Out 4mA,
9) Microcontroller port 1-6
SRPD,SMT
10) I2C clock pin
In/Out 4mA,
11) Microcontroller port 1-7
SRPD,SMT
12) I2C data pin
In/Out 4mA,
13) Microcontroller port 3-0
SRPD,SMT
14) 8032 RS232 RxD
In/Out 4mA,
15) Microcontroller port 3-1
SRPD,SMT
16) 8032 RS232 TxD
SCL
SDA
RXD
TXD
17) Microcontroller port 3-4
97
RXD
In/Out 4mA,
SCL
SRPD,SMT
UP3_4
18) Hardwired RD232 RxD
19) I2C clock pin
20) Microcontroller port 3-5
98
RXD
In/Out 4~16mA,
SDA
SRPD,SMT
UP3_5
21) Hardwired RD232 TxD
22) I2C data pin
102
IR
103
INT0#
Input SMT
IR control signal input
In/Out 4~16mA,
Microcontroller external interrupt 0, active low
SRPD,SMT
1)
Audio left/right channel clock
2) Trap value in power-on reset:
I) 1: use external 373
153
YUV1
In/Out 4mA,
GPO
PD,SMT
ALRCK
II) 0: use internal 373
3) While internal audio DAC used:
I) Digital video YUV output 1
II) GPO
4) Audio bit clock
151
YUV0
In/Out 4mA,
GPIO
SMT
5) While internal audio DAC used:
ABCK
I) Digital video YUV output 0
II) GPIO
- 56 -
6) Audio DAC master clock
152
YUV0
In/Out 4mA,
GPIO
SMT
7) While internal audio DAC used:
ACLK
I) Alternate digital video YUV output 0
II) GPIO
8) Audio serial data 0 (Front-Left/Front-Right)
9) Trap value in power-on reset:
I) 1: manufactory test mode
154
YUV2
In/Out 4mA,
GPO
PD,SMT
ASDATA0
II) 0: normal operation
10) While internal audio DAC used:
I) Digital video YUV output 2
II) GPO
11) Audio serial data 1 (Left-Surround/Right-Surround)
12) Trap value in power-on reset:
I) 1: manufactory test mode
155
YUV4
In/Out 4mA,
GPO
PD,SMT
ASDATA1
II) 0: normal operation
13) While only 2 channels output:
I) Digital video YUV output 4
II) GPO
14) Audio serial data 2 (Center/LFE)
15) Trap value in power-on reset:
156
YUV5
In/Out 4mA,
GPO
PD,SMT
I) 1: manufactory test mode
ASDATA2
II) 0: normal operation
16) While only 2 channels output:
I) Digital video YUV output 5 II) GPO
17) Audio serial data 3 (Center-back/
Center-left-back/Center-right-back, in 6.1 or 7.1 mode)
157
YUV6
In/Out 4mA,
GPIO
PD,SMT
ASDATA3
18) While only 2 channels output:
I) Digital video YUV output 6
II) GPIO
19) Microphone serial input
20) While not support Microphone:
INT2#
158
In/Out 2mA,
MC_DATA
I) Microcontroller external interrupt 2
YUV0
II) Digital video YUV output 0
III) GPIO
Output
159
SPDIF
S/PDIF output
4~16mA,
- 57 -
SR: ON/OFF
172
AADVSS
Ground
Ground pin for 2ch audio ADC circuitry
173
AKIN2
Analog
Audio ADC input 2
174
ADVCM
Analog
2ch audio ADC reference voltage
175
AKIN1
Analog
Audio ADC input 1
176
AADVDD
Power
3.3V power pin for 2ch audio ADC circuitry
177
APLLVDD3
Power
3.3V Power pin for audio clock circuitry
178
APLLCAP
Analog In/Out
APLL external capacitance connection
179
APLLVSS
Ground
Ground pin for audio clock circuitry
180
ADACVSS2
Ground
Ground pin for audio DAC circuitry
181
ADACVSS1
Ground
Ground pin for audio DAC circuitry
182
ARF
21) Audio DAC sub-woofer channel output
GPIO
Output
22) While internal audio DAC not used: GPIO
23) Audio DAC right Surround channel output
183
ARS
GPIO
Output
24) While internal audio DAC not used: GPIO
25) Audio DAC right channel output
26) While internal audio DAC not used:
184
AR
GPIO
Output
a. SDATA1
b. GPIO
185
AVCM
Analog
186
AL
Output
Audio DAC reference voltage
27) Audio DAC left channel output 28) While internal audio
DAC not used: a. SDATA2 b. GPIO
29) Audio DAC left Surround channel output
30) While internal audio DAC not used:
187
ALS
Output
c. SDATA0
d. GPIO
31) Audio DAC center channel output
188
ALF
Output
32) While internal audio DAC not used: GPIO
189
ADACVDD1
Power
3.3V power pin for audio DAC circuitry
190
ADACVDD2
Power
3.3V power pin for audio DAC circuitry
Video Interface (12)
160
DACVDDC
Power
3.3V power pin for video DAC circuitry
161
VREF
Analog
Bandgap reference voltage
162
FS
Analog
Full scale adjustment
163
DACVSSC
Ground
Ground pin for video DAC circuitry
- 58 -
In/Out 4mA,
164
CVBS
Analog composite output
SR
165
DACVDDB
Power
3.3V power pin for video DAC circuitry
166
DACVSSB
Ground
Ground pin for video DAC circuitry
167
DACVDDA
Power
3.3V power pin for video DAC circuitry
168
Y/G
In/Out 4mA,
Green, Y, SY, or CVBS
SR
169
DACVSSA
170
B/CB/PB
Ground
Ground pin for video DAC circuitry
In/Out 4mA,
Blue, CB/PB, or SC
SR
In/Out 4mA,
171
R/CR/PR
Red, CR/PR, CVBS, or SY
SR
MISC (12)
In/Out
101
PRST#
Power on reset input, active low
PD,SMT
100
ICE
In/Out PD,SMT
193
XTALO
Output
194
XTALI
Input
Microcontroller ICE mode enable
27MHz crystal output
27MHz crystal input
33) General purpose IO 0
44
VSYN
In/Out 4mA,
YUV1
SR,SMT
GPIO0
34) Vertical sync for video input
35) Digital video YUV output 1
36) General purpose IO 1
HSYN
In/Out 4mA,
45
GPIO1
37) Horizontal sync for video input
INT4#
SR,SMT
38) Microcontroller external interrupt 4
YUV2
39) Digital video YUV output 2
40) General purpose IO 2
46
GPIO2
SPMCLK
In/Out 2mA
41) Audio S/PDIF SPMCLK input
42) General purpose IO 3
INT1#
147
GPIO3
In/Out 2mA
43) Microcontroller external interrupt 1
SPDATA
44) Audio S/PDIF SPDATA input
45) General purpose IO 4
148
GPIO4
SPLRCK
In/Out 2mA
46) Audio S/PDIF SPLRCK input
47) General purpose IO 5
INT3#
150
GPIO5
In/Out 2mA
48) Microcontroller external interrupt 3
SPBCK
49) Audio S/PDIF SPBCK input
- 59 -
In/Out 4mA ,
50) General purpose IO 6
90
GPIO6
YUVCLK
SR,SMT
51) Digital video clock output
In/Out 4mA,
99
GPIO7
52) General purpose IO 7
YUV3
SR,SMT
53) Digital video YUV output 3
Dram Interface (38) (Sorted by position)
145
RA4
In/Out
DRAM address 4
144
RA5
In/Out
DRAM address 5
143
RA6
In/Out
DRAM address 6
142
RA7
In/Out
DRAM address 7
141
RA8
InOu
DRAM address 8
140
RA9
In/Out
DRAM address 9
139
RA11
In/Out Pull-Down
138
CKE
Output
DRAM clock enable
136
RCLK
In/Out
Dram clock
135
RA3
In/Out
DRAM address 3
134
RA2
In/Out
DRAM address 2
133
RA1
In/Out
DRAM address 1
131
RA0
In/Out
DRAM address 0
130
RA10
In/Out
DRAM address 10
129
BA1
In/Out
DRAM bank address 1
128
BA0
In/Out
DRAM bank address 0
127
RCS#
Output
DRAM chip select, active low
126
RAS#
Output
DRAM row address strobe, active low
125
CAS#
Output
DRAM column address strobe, active low
124
RWE#
Output
DRAM Write enable, active low
123
DQM1
In/Out
Data mask 1
122
RD8
In/Out
DRAM data 8
121
RD9
In/Out
DRAM data 9
119
RD10
In/Out
DRAM data 10
118
RD11
In/Out
DRAM data 11
117
RD12
In/Out
DRAM data 12
116
RD13
In/Out
DRAM data 13
115
RD14
In/Out
DRAM data 14
- 60 -
DRAM address bit 11
114
RD15
In/Out
DRAM data 15
113
RD0
In/Out
DRAM data 0
112
RD1
In/Out
DRAM data 1
111
RD2
In/Out
DRAM data 2
110
RD3
In/Out
DRAM data 3
109
RD4
In/Out
DRAM data 4
107
RD5
In/Out
DRAM data 5
106
RD6
In/Out
DRAM data 6
105
RD7
In/Out
DRAM data 7
104
DQM0
In/Out
Data mask 0
3.5.2 function introduction to AT24C02
1. Description
The AT24C02 (U202) provides 2048 bits of serial electrically erasable and programmable read-only
memory (EEPROM) organized as 256 words of 8 bits each. The device is optimized for use in many industrial
and commercial applications where low-power and low-voltage operation are essential. The AT24C02 is
available in space-saving 8-lead PDIP,
8-lead MAP, 8 lead TSSOP and 8-ball dBGA2 packages and is accessed via a 2-wire serial interface. In
addition, the entire family is available in 2.7V (2.7V to 5.5V) and 1.8V (1.8V to 5.5V) versions.
2. Features
◆ Low-voltage and Standard-voltage Operation
– 2.7 (VCC = 2.7V to 5.5V)
– 1.8 (VCC = 1.8V to 5.5V)
◆ Internally Organized, 256 x 8 (2K),
◆ 2-wire Serial Interface
◆ Schmitt Trigger, Filtered Inputs for Noise Suppression
◆ Bi-directional Data Transfer Protocol
◆ 100 kHz (1.8V) and 400 kHz (2.5V, 2.7V, 5V) Compatibility
◆ Write Protect Pin for Hardware Data Protection
◆ 8-byte Page (1K, 2K), Write Modes
◆ Partial Page Writes are Allowed
◆ Self-timed Write Cycle (5 ms max)
◆ High-reliability
◆ – Endurance: 1 Million Write Cycles
- 61 -
◆ – Data Retention: 100 Years
◆ Automotive Grade, Extended Temperature and Lead-Free Devices Available
◆ 8-lead PDIP, 8-lead JEDEC SOIC, 8-lead MAP, 5-lead SOT23,
◆ 8-lead TSSOP and 8-ball dBGA2™ Packages
3. PIN DESCRIPTION
PIN No.
Symbol
I/O
Description
1
A0
I
To Ground
2
A1
I
To Ground
3
A2
I
To Ground
4
VSS
I
To Ground
5
SDA
I/O
Serial Data input
6
SCL
I/O
Serial SCL input
7
TEST
I/O
Test port
8
VDD
I
Positive Power Supply
3.5.3 function introduction to 74HCU04
1. Description
The 74HCU04(U205) is a high-speed Si-gate CMOS device and is pin compatible with low power
Schottky TTL (LSTTL). It is specified in compliance with JEDEC standard no. 7A.
The 74HCU04 is a general purpose hex inverter. Each of the six inverters is a single stage
2. Features
◆ Output capability: standard
◆
ICC category: SSI
3. PIN CONFIGURATION
PIN NO.
SYMBOL
I/O
Description
1, 3, 5, 9, 11, 13
1A to 6A
I
data inputs
2, 4, 6, 8, 10, 12
1Y to 6Y
O
data outputs
7
GND
ground (0 V)
14
VCC
positive supply voltage
- 62 -
3.5.4 function introduction to LM1117
1. Description
The LM1117(U206) series of adjustable and fixed voltage regulators are designed to provide 1A output
current and to operate down to 1V input-to-output differential. The dropout voltage of the device is guaranteed
maximum 1.3V at maximum output current, decreasing at lower load currents.
On-chip trimming adjusts the reference voltage to within 1% accuray. Current limit is also trimmed,
minimizing the stress under overload conditions on both the regulator and power source circuitry.
The BM1117 devices are pin compatible with other three-terminal SCSI regulators and are offered in the low
profile surface mount SOT-223 package and in the TO-252 (DPAK) plastic package.
2. Features
Three Terminal Adjustable or Fixed Voltages 1.5V, 1.8V, 2.5V, 2.85V, 3.3V and 5.0V
Output Current of 1A
Operates Down to 1V Dropout
Line Regulation: 0.2% Max.
Load Regulation: 0.4% Max.
SOT-223 and TO-252 package available
3. PIN DESCRIPTION
PIN No.
Symbol
I/O
Description
1
GND/adjust
I
Ground (fixed)/adjust (adjustable)
2
Vout
O
Voltage output
3
Vin
I
Voltage input
3.5.5 Function introduction to 29LV160BE
29LV160BE (U207) is a 16Mbit FLASH memorizer, and the damage of U214 may cause troubles, such as
power not on, no disc reading and power on picture mosaic. Pin function is shown as the following table:
Pin
Name
Function
1-9、16-25、48
AO-A19
20 bit address bus
11
WE
Write enable signal, low level is effective
3.23V
I
12
RESET
Reset, low level is effective
3.23V
I
10、13、14
NC
Blank pin
15
RY/BY
Ready/system busy
3.23V
O
- 63 -
Voltage (when no disc)
Data direction
I
26
CE
Chip enable, low level effective
27、46
VSS
Ground
28
OE
Output enable signal , low level is effective
29-3、6、38-44
DQ0-DQ14
15 bit data bus
37
VCC
5V power supply
45
DQ15/A-1
0V
I
0V
I
O
+5V
Take word extend mode as data line, and bit extend
I/O
mode as address line
Select 8-bit or 16-bit output mode. High level is 16-bit
47
BYTE
I
output and low level is 8-bit output
3.5.6 Function introduction to HY57V641620HGT-7
64M 16-bit memorizer SDRAM (U208) with the player and the working clock frequency is 166/143MHZ.
The function of 16SDRAM in DVD players is to memorizer the program of AML3298 taken out from FLASH
and information of image and sound taken out from disc to form buffer, add the stability of information output
and add anti-shaking effect of player. Pin function introduction is shown as the following table:
Pin
Name
Function
1
VDD
3.3V power supply
2
DQ0
Data bus
3
VDDQ
4
Signal flow
Pin
Name
Function
Signal flow
28
VSS
Ground
I/O
29
MA4
Address bus
I
3.3V power supply
I/O
30
MA5
Address bus
I
DQ1
Data bus
I/O
31
MA6
Address bus
I
5
DQ2
Data bus
I/O
32
MA7
Address bus
I
6
VSSQ
Ground
33
MA8
Address bus
I
7
DQ3
Data bus
I/O
34
MA9
Address bus
I
8
DQ4
Data bus
I/O
35
MA11
Address bus
I
9
VDDQ
3.3V power supply
36
NC
Blank
10
DQ5
Data bus
I/O
37
CKE
Clock enable signal
I
11
DQ6
Data bus
I/O
38
CLK
System clock input
I
12
VSSQ
Ground
39
UDQM
Data input/output
I
screen-shielded signal
13
DQ7
Data bus
14
VDD
3.3V power supply
I/O
- 64 -
40
NC
Blank
41
VSS
Ground
Data input/output screen-shielded
15
LDQM
I
42
DQ8
Data bus
I/O
signal
16
WE
Write control signal
I
43
VDDQ
3.3V power supply
17
CAS
Line address gating signal
I
44
DQ9
Data bus
I/O
18
RAS
Row address gating signal
I
45
DQ10
Data bus
I/O
19
CS
Chip selection signal
I
46
VSSQ
Ground
20
SD-BS0
Segmanr address 0 gating signal
I
47
DQ11
Data bus
I/O
21
SD-BS1
Segmanr address 1 gating signal
I
48
DQ12
Data bus
I/O
22
MA10
Address bus
I
49
VDDQ
3.3V power supply
23
MA0
Address bus
I
50
DQ13
Data bus
I/O
24
MA1
Address bus
I
51
DQ14
Data bus
I/O
25
MA2
Address bus
I
52
VSSQ
Ground
26
MA3
Address bus
I
53
DQ15
Data bus
27
VDD
3.3V power supply
54
VSS
Ground
I/O
3.5.7 Function introduction to CD4094
1. DESCRIPTION
The CD4094BC (U213) consists of an 8-bit shift register and a 3-STATE 8-bit latch. Data is shifted
serially through the shift register on the positive transition of the clock. The output of the last stage (QS) can
be used to cascade several devices. Data on the QS output is transferred to a second output, Q'S, on the
following negative clock edge.
The output of each stage of the shift register feeds a latch, which latches data on the negative edge of the
STROBE input. When STROBE is HIGH, data propagates through the latch to 3-STATE output gates. These
gates are enabled when OUTPUT ENABLE is taken HIGH.
2.
FEATURES
◆ Wide supply voltage range: 3.0V to 18V
◆ High noise immunity: 0.45 VDD (typ.)
◆ Low power TTL compatibility:
Fan out of 2 driving 74L or 1 driving 74LS
◆ 3-STATE outputs
3.
Pin
PIN DESCRIPTION
Name
Function
Description
Pin
- 65 -
Name
Function
Description
1
STROBE
Store enable
9
QS
Nc
2
DATA
Data input
VS data input:VSDA
10
Q'S
Nc
3
CLOCK
clock
Clock input:VSCK
11
Q8
Nc
4
Q1
Reset inpit: RSR
12
Q7
Mute: LRSWMUT
5
Q2
Mute :SCMUT
13
Q6
VDATA3
6
Q3
AGND
14
Q5
Headphone mute output:
HDET
7
Q4
8
VSS
ground
15
OUTB
Output enable
16
VDD
Power supply
3.5.8 Function introduction to D5954
1. DESCRIPTION
D5954 (U301) is a servo drive IC with built-in 4-channel drive circuit. Digital focus, trace, feed and
mainaxis drive signal outputted by MT1389E is sent to D5954 for amplifying through RC integration circuit.
The focus, trace, feed and main axis drive signal being amplified by D5954 is sent to loader to fulfil the
corresponding servo work.
2. PIN DESCRIPTION
PIN
Symbol
I/O
Description
1
VINFC
I
Focus control signal input
2
CF1
I
External feedback loop
3
CF2
I
External feedback loop
4
VINSL+
I
Forward control input, connected to reference voltage
5
VINSL-
I
Main axis control signal input
6
VOSL
O
External feedback resistor
7
VINFFC
I
Focus feedback signal input
8
VCC
I
5V power supply
9
PVCC1
I
5V power supply
10
PGND
I
Ground
11
VOSL-
O
Main axis drive reverse voltage output
12
VO2+
O
Main axis drive forward direction voltage output
13
VOFC-
O
Focus drive reverse voltage output
14
VOSC+
O
Focus drive forward voltage output
- 66 -
15
VOTK+
O
Trace drive forward direction voltage output
16
VOTK-
O
Trace drive reverse voltage output
17
VOLD+
O
Feed drive forward direction voltage output
18
VOLD-
O
Feed drive reverse voltage output
19
PGND
I
Ground
20
VINFTK
I
Trace feedback signal input
21
PVCC2
I
5V power supply
22
PREGND
I
Ground
23
VINLD
I
Feed control signal input
24
CTK2
I
External feedback loop
25
CTK1
I
External feedback loop
26
VINTK
I
Trace control signal input
27
BIAS
I
1.4V reference voltage input
28
STBY
I
Enable control signal
3.5.9 function introduction to 4558
1. Description
The RC4558 and RM4558 devices (N101, N102, N103, N104) are dual general-purpose operational
amplifiers wit h each half electrically similar to the ？ A741 except that offset null capability is not provided.
The high common-mode input voltage range and the absence of latch-up make these amplifiers ideal for
voltage-follower applications. The devices are short-circuit protected and the internal frequency compensation
ensures stability without external components.
The RC4558 is characterized for operation from 0？ C to 70？ C, and the RM4558 is characterized for
operation over the full military temperature range of –55 C to 125 C.
2.
FEATURES
◆ Continuous-Short-Circuit Protection
◆ Wide Common-Mode and Differential
◆ Voltage Ranges
◆ No Frequency Compensation Required
◆ Low Power Consumption
◆ No Latch-Up
◆ Unity-Gain Bandwidth . . . 3 MHz Typ
◆ Gain and Phase Match Between Amplifiers
- 67 -
◆ Low Noise . . . 8 nV?
Hz Typ at 1 kHz
◆ Designed To Be Interchangeable With
◆ Raytheon RC4558 and RM4558 Devices
3.
PIN CONFIGURATION
Description
PIN No
Symbol
I/O
1
1OUT
O
2
1IN–
I
Inverting Input Pin 1
3
1IN+
I
Non-Inverting Input Pin 1
4
VCC–
I
Negative Power Supply
5
2IN+
I
Non-Inverting Input Pin 2
6
2IN–
I
Inverting Input Pin 2
7
2OUT
O
Output 2
8
VCC+
I
Positive Power Supply
Output 1
3.5.10 function introduction to M62429
1. Description
The M62429 (N105) is a dual channel electronic volume controlled with 2-wire serial data.
The built-in reference circuit can compose of an electronic volume with less external parts.
2. FEATURES
◆ Built-in reference circuit
◆ Control with serial data
Volume 0 to -83dB (1dB/step), －∞
(Independent control is allowed in each channel)
◆ Low noise and low distortion
VNO = 5µVrms (ATT = - , JIS-A)
THD = 0.01% Typ. (V0 = 0.5Vrms, DIN-AUDIO)
3. PIN CONFIGURATION
Description
PIN No
Symbol
I/O
1
Vin1
I
1-ch input pin
2
Vout1
O
1-ch output pin
3
GND
I
Ground pin
- 68 -
4
DATA
I
Control data input pin. Inputs data in synchronization with clock
5
CLOCK
I
Clock input pin for transferring serial data.
6
Vcc
I
Power supply pin. Stabilize the pin with decoupling capacitor
7
Vout2
O
2-ch output pin
8
Vin2
I
1-ch input pin
3.5.11 function introduction to TDA8947J
1. Description
The TDA8947J (N106, N110) contains four identical audio power amplifiers. The TDA8947J can be used
as: four Single-Ended (SE) channels with a fixed gain of 26 dB, two times Bridge-Tied Load (BTL) channels
with a fixed gain of 32 dB or two times SE channels (26 dB gain) plus one BTL channel (32 dB gain) operating
as a 2.1 system.
The TDA8947J comes in a 17-pin Dil-Bent-Sil (DBS) power package. The TDA8947J is pin compatible
with the TDA8944AJ and TDA8946AJ.
The TDA8947J contains a unique protection circuit that is solely based on multiple temperature
measurements inside the chip. This gives maximum output power for all supply voltages and load conditions
with no unnecessary audio holes. Almost any supply voltage and load impedance combination can be made
as long as thermal boundary conditions (number of channels used, external heatsink and ambient
temperature) allow it.
2. FEATURES
◆ SE: 1 W to 25 W, BTL: 4 W to 50 W operation possibility (2.1 system)
◆ Soft clipping
◆ Standby and mute mode
◆ No on/off switching plops
◆ Low standby current
◆ High supply voltage ripple rejection
◆ Outputs short -circuit protected to ground, supply and across the load
◆ Thermally protected
◆ Pin compatible with TDA8944AJ and TDA8946AJ.
3. PIN CONFIGURATION
PIN No
Symbol
I/O
Description
1
OUT1+
O
non inverted loudspeaker output of channel 1
2
GND1
I
ground of channels 1 and 2
- 69 -
3
VCC1
I
supply voltage channels 1 and 2
4
OUT2-
O
inverted loudspeaker output of channel 2
5
MODE2
I
mode selection 2 input: mute and on for channels 3 and 4
6
IN2+
I
input channel 2
7
SGND
I
signal ground
8
IN1+
I
input channel 1
9
IN3+
I
input channel 3
10
MODE1
I
mode selection 1 input: standby, mute and on for all channels
11
SVR
I
half supply voltage decoupling (ripple rejection)
12
IN4+
I
input channel 4
13
CIV
I
common input voltage decoupling
14
OUT3-
O
inverted loudspeaker output of channel 3
15
GND2
I
ground of channels 3 and 4
16
VCC2
I
supply voltage channels 3 and 4
17
OUT4+
O
non inverted loudspeaker output of channel 4
3.5.12 function introduction to 4580
1. Description
RC4580(N107) is the dual operational amplifier, specially designed for improving the tone control,
which is most suitable for the audio application.
Featuring noiseless, higher gain bandwidth, high output current and low distortion ratio, and it is
most suitable not only for acoustic electronic parts of audio pre-amp and active filter, but also for the
industrial measurement tools. It is also suitable for the head phone amp at higher output current, and
further more, it can be applied for the handy type set operational amplifier of general purpose in
application of low voltage single supply type which is properly biased of the low voltage source.
2. FEATURES
◆ Operating Voltage ( ±2V~±18V )
◆ Low Input Noise Voltage ( 0.8µVrms typ. )
◆ Wide Gain Bandwidth Product ( 15MHz typ. )
◆ Low Distortion ( 0.0005% typ. )
◆ Slew Rate ( 5V/µs typ. )
◆ Package Outline DIP8,SIP8,EMP8,SSOP8,DMP8
◆ Bipolar Technology
- 70 -
3. PIN CONFIGURATION
PIN No
Symbol
I/O
Description
1
1OUT
O
Output 1
2
1IN–
I
Inverting Input Pin 1
3
1IN+
I
Non-Inverting Input Pin 1
4
VCC–
I
Negative Power Supply
5
2IN+
I
Non-Inverting Input Pin 2
6
2IN–
I
Inverting Input Pin 2
7
2OUT
O
Output 2
8
VCC+
I
Positive Power Supply
3.5.13 function introduction to 5340
1. DESCRIPTION
The CS5340 (N108) is complete analog-to-digital converter for digital audio systems. It performs
sampling, analog-to-digital conversion and anti-alias littering, generating 24-bit values for both left and right
inputs in serial form at sample rates up to 200 kHz per channel.
The CS5340 uses a 5th-order,multi-bit delta-sigma modulator followed by digital filtering and decimation,
which removes the need for an external anti-alias filter.
The CS5340 is ideal for audio systems requiring wide dynamic range, negligible distortion and low noise,
such as set-top boxes, DVD-karaoke players, DVD recorders, A/V receivers, and automotive applications.
2. FEATURES
Advanced multi-bit Delta-Sigma architecture
24-bit conversion.
Supports all audio sample rates including 192kHz.
101dB Dynamic Range at 5V.
-94
dB
THD+N.
High pass filter to remove DC offsets.
Analog/digital core supplies from 3.3V to 5V..
Linear phase digital anti-alias filtering.
Auto-mode selection.
Pin compatible with the cs5341
3. PIN DESCRIPTION
PIN
Symbol
I/O
Description
PIN
- 71 -
Symbol
I/O
Description
1
M0
I
Mode selection 0
9
/RST
I
Reset
2
MCLK
I
Master clock
10
AINL
I
Analog input L
3
VL
I
Logic power
11
VQ
O
Quiescent voltage
4
SDOUT
O
Serial audio data output
12
AINR
I
Analog input R
5
GND
I
GND
13
VA
I
Analog power
6
VD
I
Digital power
14
REF_GND
I
GND
7
SCLK
I
Serial clock
15
FILT+
I
Positive voltage reference
8
LRCK
I
Left right clock
16
M1
I
Mode selection 1
3.5.14 function introduction to PT2314
1.
DESCRIPTION
PT2314 (N111) is a four-channel input digital audio processor utilizing CMOS Technology. Volume, Bass,
Treble and Balance are incorporated into a single chip. Loudness Function and Selectable Input Gain are also
provided to build a highly effective electronic audio processor having the highest performance and reliability
with the least external components. All functions are programmable using the I2C Bus. The pin assignments
and application circuit are optimized for easy PCB layout and cost saving advantage for audio application.
2.
FEATURES
◆ CMOS Technology
◆ Least External Components
◆ Treble and Bass Control
◆ Loudness Function
◆ 4 Stereo Inputs with Selectable Input Gain
◆ Input/Output for External Noise Reduction System/Equalizer
◆ 2 Independent Speaker Controls for Balance Control
◆ Independent Mute Function
◆ Volume Control in 1.25 dB/step
◆ Low Distortion
◆ Low Noise and DC Stepping
◆ Controlled by I2C Bus Micro-Processor Interface
◆ Available in 28 Pins, DIP/SO Package
3. PIN DESCRIPTION
PIN
Symbol
I/O
1
VDD
-
Description
Supply Input Voltage
- 72 -
2
AGND
-
Analog Ground
3
TREB_L
I
Left Channel Input for Treble Controller
4
TREB_R
I
Right Channel Input for Treble Control
5
RIN
I
Audio Processor Right Channel Input
6
ROUT
O
Gain Output and Input Selector for Right Channel
7
LOUD_R
I
Right Channel Loudness Input
8
RIN4
I
Right Channel Input 4
9
RIN3
I
Right Channel Input 3
10
RIN2
I
Right Channel Input 2
11
RIN1
I
Right Channel Input 1
12
LOUD_L
I
Left Channel Loudness Input
13
LIN4
I
Left Channel Input 4
14
LIN3
I
Left Channel Input 3
15
LIN2
I
Left Channel Input 2
16
LIN1
I
Left Channel Input 1
17
LIN
I
Audio Processor Left Channel Input
18
LOUT
O
Gain Output and Input Selector for Left Channel
19
BIN_L
I
Left Channel Input for Bass Controller
20
BOUT_L
O
Left Bass Controller Output Channel
21
BIN_R
I
Right Channel Input for Bass Controller
22
BOUT_R
O
Right Channel Output for Bass Controller
23
OUT_R
O
Right Speaker Output
24
OUT_L
O
Left Speaker Output
25
DGND
-
Digital Ground
26
DATA
I
Control Data Input
27
CLK
I
Clock Input for Serial Data Transmission
28
REF
-
Analog Reference Voltage (1/2 VDD)
3.5.15 function introduction to PT6961
1. DESCRIPTION
PT6961 (N100) is an LED Controller driven on a 1/7 to 1/8 duty factor. Eleven segment
output lines, six grid output lines, 1 segment/grid output lines, one display memory, control
circuit, key scan circuit are all incorporated into a single chip to build a highly reliable
- 73 -
peripheral device for a single chip microcomputer. Serial data is fed to PT6961 via a
four-line serial interface. Housed in a 32-pin SO Package, PT6961 pin assignments and
application circuit are optimized for easy PCB Layout and cost saving advantages.
2. FEATURES
◆ CMOS Technology
◆ Low Power Consumption
◆ Multiple Display Modes (12 segment, 6 Grid to 11 segment, 7 Grid)
◆ Key Scanning (10 x 3 Matrix)
◆ 8-Step Dimming Circuitry
◆ Serial Interface for Clock, Data Input, Data Output, Strobe Pins
◆ Available in 32-pin, SOP Package
3. PIN DESCRIPTION
PIN
Symbol
I/O
Description
1
OSC
I
Oscillator Input P in
2
DOUT
O
Data output
3
DIN
I
Data input
4
CLK
I
Clock input
5
STB
I
Serial interface strobe
6
K1
I
Key data input
7
K2
I
Key data input
8
K3
I
Key data input
9
VDD
I
Power supply
10
SG1/KS1
O
Segment output
11
SG2/KS2
O
Segment output
12
SG3/KS3
O
Segment output
13
NC
14
SG4/KS4
O
Segment output
15
SG5/KS5
O
Segment output
16
SG6/KS6
O
Segment output
17
SG7/KS7
O
Segment output
18
SG8/KS8
O
Segment output
19
SG9/KS9
O
Segment output
20
SG10/KS10
O
Segment output
- 74 -
21
SG11
O
Segment output
22
SG12/GR7
O
Segment output
23
GR6
O
Grid output
24
GR5
O
Grid output
25
VDD
I
Power input
26
GND
I
Ground
27
GR4
O
Grid output
28
GR3
O
Grid output
29
GND
I
Ground
30
GR2
O
Grid output
31
GR1
O
Grid output
32
GND
I
Ground
3.5.16 function introduction to KA5L0380R & KA1M0880BTU
1. DESCRIPTION
The Fairchild Power Switch(FPS) product family is specially designed for an off-line SMPS with minimal
external components. The Fairchild Power Switch(FPS) consist of high voltage power SenseFET and current
mode PWM IC. Included PWM controller features integrated fixed frequency oscillator, under voltage lock-out,
leading edge blanking, optimized gate turn-on/turn-off driver, thermal shutdown protection, over voltage
protection, and temperature compensated precision current sources for loopcompensation and fault
protection circuitry. Compared to discrete MOSFET and PWM controller or RCC solution, a Fairchild Power
Switch(FPS) can reduce total component count, design size, weight and at the same time increase efficiency,
productivity, and system reliability. It has a basic platform well suited for cost effective design in either a
flyback converter or a forward converter.
2. FEATURES
◆ Precision fixed operating frequency (100/67/50kHz),
KA1M0880BTU (70Hz)
◆ Low start -up current(typ. 100uA)
◆ Pulse by pulse current limiting
◆ Over current protection
◆ Over voltage protecton (Min. 25V), KA1M0880BTU (Min. 23V)
◆ Internal thermal shutdown function
◆ Under voltage lockout
◆ Internal high voltage sense FET
◆ Auto-restart mode
- 75 -
3. PIN DESCRIPTION
PIN
Symbol
I/O
Description
1
GND
I
ground
2
Drain
O
Voltage output
3
Vcc
I
Voltage input
4
FB
I
Feed back
3.5.17 Function introduction to HS817
HS817 (U502, U506) is a photoelectric coupler, shown as the figure 3.5.17.1. The right side is a light
emitting diode, which sends out light of different intensity according to the strength of voltage inputted from the
right side, generates photocurrent of different intensity on the left side according to light of different intensity,
and outputs from position D. The higher of the voltage inputted from the right side, the stronger of the light
emitted from light emitting diode and the larger of the photocurrent produced from position D. The lower of the
voltage inputted from the right side of photoelectric coupler, the weaker of the light emitted from light emitting
diode and the weaker of the current outputted from position D.
Figure 3.5.17.1 2501 outside drawing
3.5.18 Function introduction to TL431A
TL431A (U503, U507) is a 2.5V comparator, shown as the figure 3.5.18.1. Compared the inputted voltage of
R end with 2.5V, when voltage of R end is more than 2.5V, KA end is on and photoelectric coupler starts to send
out photocurrent; when voltage of R end is less than 2.5V, KA end is cutoff and photoelectric coupler does not
send out photocurrent. CPU+3.3V in power board circuit must be kept in 3.3V, for the function of comparator. No
matter more than or less than 3.3V, through on and off status of comparator, it will control the on state of the
output end of photoelectric coupler LM431A to adjust the output space occupation ratio of switch module to
control the output voltage of transformer and masthead the power.
- 76 -
Ｋ
Ｒ
Ａ
Figure 3.5.18.1 LM431A outside drawing
- 77 -
Chapter Four
Disassembly and Assembly Process
DVD players manufactured in BBK are largely identical but with minor differences and are mainly
composed of loader components, control panel components, decode and servo board components,
power board components, power amplifier board components, MIC board components and AV board
components. In order to speed up the compilation of “Service Manual”, we shall not give repeat
explanation to model with minor differences in chapter four “Disassembly and Assembly Process” for the
later compiled service manuals. For disassembly and assembly process in this chapter, please refer to
chapter 4 of “DK1005S Service Manual” or “DK1020S Service” .
The pictures of this model are shown as follows:
- 78 -
Chapter Cinque
PCB board & Circuit diagram
Section One PCB board
+
V100
TC102
VD110
C111
C100
W1
VD105
K105
VD106
C116
+
R110
C113
X100
R111
R100 GND+ 5 V
-
RP100
W6
L100
TC100
C101
VD109
VD101
W3
K104
R112
R107
C112
R106
C103
W7
W10
W4
W12
W19
C102
W15
W14
C106
W18
C108
R103
R116
J3
W9
W17
W5
VD100
- 79 -
K103
C110
W2
C117
X101
C105
R113
-
C107
W11
W16
R104
V
G
C109
W8
J4
+
2006 05 13
DATA
STB
CLOCK
IR
C118
R108
6DK1110-1
O
VD108C115
N101
LED100
W20
+
XJ1
VD107
K102
K100
W13
C104
VD102
K101
R115
R101
R102
R114
C114
-
TC101
-
VD104
R105
R109
VD103
5.1.1 Surface layer of KEY SCAN Board
5.1.2 Bottom layer of KEY SCAN Board
N100
- 80 -
XS206
L376
R2000(DSN)
R206
C216
TC218
L219
2006 05 10
TC216
L218
- 81 -
L223
L224
R2003
R228
XS202
XS201
IR
J4
J3
GND
TC219
TXD
L208
L209
C261
U202
R333
R326
R327
C312
R332
LOAD-
LOAD+
TRIN#
GND
XS302
TC212
L386
L387
L221
L222
R232
R233
R339
TC305
TROUT#
R338
R341
C313
C314
R329
R330
C276
R325
Q308
Q309
A1
XS304
TC217
U207
RXD
R324
Q307
R323
TC306
XS305
XS307
GND DIS TROUT#
28
R316
C306
C254
Q306
R364
Q310
XS303
VCC
TRIN#
GND
VCC
L378
L377
L379
TC205
TC208
TC204
L385
L384
L383
L382
L381
L380
U205
C224
C223
C222
C221
C311
C310
SP+
SPL-
R2010
U208
R320
R319
C316 R322
C317 C308
R201
C210
2DK1110-0
R314
R315
GND
R223
TC320
R321
R312
C304
C212
LIMIT#
U206
C307
C315
SL-
L364
R317
XS306
SL+
RST
SDATA0
SDATA1
SDATA2
GND
SACLK
GND
SBCLK
SLRCK
AUIN_SEL
M0
SCL
SDA
OUT7
QUAL
DTS_DO
VSCK
VSDA
DTS_CE
M0
DAVNIN
GND
M1
HDET_O
M0
RDCL
HDET_I
OK_DAT
R2028
C2159
U301
L301
L302
C2156
C2157
TC304
C2158
1
L360
L374
L362
Q321(DSN)
R2009
R2008
R264
R2007
R2006
R2004
R2005
R2029
U201
C205 C204
L306
L304
TC211
XS207
L350
L389 L353
L351
L354
L357
VS
VS D
TB
VS
CK
Q302
R211
C228
C227
C206
R213R214
C275 R215
V33
C303
L307
C201
C202
C203
C229 X201
L388
L352
L356
L355 U213
L358
L359
L361
L363
L365
L366
L367
L368
L375
L370
L371
Q301
L312
L315
R217
TC303
TC301
R301
L314
L311L305
L310
L309
TC302
C220
C319
R308
Q305
L308
C301
XS301
L203
R302 C318
L215
R309
L207
L313
TC207
TC209
L229
C274
R218
L216
L214
R2024
R2023
L202
C1003
R230
C277
L213
R2025
R2022
R229
R231
TC210
C266
C264
TC206
TC213
L204
TC214
A6
AVCCGND3V3 GNDVCC
Designator17
XS203
Q320 R2011
A3
TC215
A2
IEC958
GND
VDATA3
VSYNC#
HSYNC#
R/Y
B/C
G
GND
CVBS
GND
B/C
R/Y
5.1.3 Surface layer of MPEG&SERVO Board
5.1.4 Bottom layer of MPEG&SERVO Board
D215
C265
C269
C267
C268
R262
R253
L373
R248 R257
R250
R303
L205
L316
R258
R246
C247
C235
C230
L201
C253
Q304
C302
C207
C2154
C2155
C237
C208
C214
C209
RN201
R260 R249
C232
C244
C295
C2145
C250
R241
R243
C2147
R240
R238
R239
C2146
C1001
C1002
C259
C258
C257
C256
C2004
C279
C2142
C249
C2003
C2153
R340
C1004
C248
- 82 -
R377
R381
C309
C246
R242
R202
R203
R204
C213
C305
C211
R313
L303
C2144
C2148
C2141
C2150
C233
C2140
C2151
R305
R304
R234
R307
R306
C215
R235
R205
C234
R318
C2149
C2152
R311
R310
R210
C245
C2143
C260
L206
C225
C239
Q303
C251
C238
C231
R237
R236
R244
C280
R245
C282
C281
R209
C219
C241
C242
C278
C226
L217
C252
C218
C243
R252
R251
R256
R261
R2002(DSN)
R212
R2027
R2026
R247
C236
C217
L369
C2000(DSN)
R216
C240
C2001
R263
R255
R2001(DSN)
5.1.5 Surface layer of AMPLIFIER POWER Board
- 83 -
5.1.6 Bottom layer of AMPLIFIER POWER Board
N111
N108
- 84 -
R515
P-GND
TC501
YC502
T502
R516
C516
5.1.7 POWER Board
C518
TC515
L506
T3.15AL 250V
C523
L505
- 85 -
+28V Pgnd
R530
A+ A+ DG A+ A-1 A g A+1
5V 5V N 5V 2v nd 2v
D
XS503
U503
R509
C512
Dgnd
R512
R507
R511
-21V
FLFL+
D+5V
R508
R513
D+ Dg D+3V Ag A+
5V nd 3 nd 5v
TC510
R510
D502
HIGH VOLTAGE
DANGER
1
U502
@5DK1110-0 UL
2006 05 26
W8
C506
ZD501
TC512
W4
R514
TC511
T501
C515
W7
ZD502
C509
D507
R528 W6
C510
TC509
TC508
XS504 W3
C508
W5
R527
R529
G
TC507
C511
D506
D516 R520
C521
C520
TC505
1
TC506
D501
U507 U504
L504
D504
D505
R521
D511
R519
W10
R526
TC504
C507
ZD504
C503
R504
XS502
XS501
C505
R522
D503
TC502
R505
F501
C504
YC501
R524
C502
XC502
L502
U501
R523
1
R503
R502
C501
D512
RV501
R501
U506
TC503
L501
XC501
ZD503
C522
R517
D509
D513
D515
D514
W1
W2
TC514
L503
TC513
RT501
11
10
7
8
I
C517
TC517
O
R525
C519
W9
4
D510
D508
14
13
U505
R518
TC516
2
XP203
C513
C514
R506
XS505
Seg1
6.2V/0.5W
6.2V/0.5W
VD106
6.2V/0.5W
K101
KEY1
VD101
1N4148
Play/Pause
K102
VD100
Seg2
R100
51K
Play/Pause
K104
DATA1
CLOCK1
STB1
KEY1
KEY2
KEY3
KEY2
Stop
Stop
1N4148
C110
C111
C101 K103
KEY3
121
K105
121
VD104
6.2V/0.5W
Open/Close
VD103
6.2V/0.5W
Open/Close
C100
C101
C102
121
121
121
+5V1
+5V1
Seg1
Seg2
Seg3
Seg10/ks10
Seg9/ks9
Seg8/ks8
Seg7/ks7
Seg6/ks6
Seg5/ks5
Seg4/ks4
Seg3/ks3
OSC
DOUT
DIN
CLK
STB
K1
K2
K3
VDD
SEG1/KS1
SEG2/KS2
SEG3/KS3
NC
SEG4/KS4
SEG5/KS5
SEG6/KS6
R108
300
GND
GR1
GR2
GND
GR3
GR4
GND
VDD
GR5
GR6
SEG12/GR7
SEG11
SEG10/KS10
SEG9/KS9
SEG8/KS8
SEG7/KS7
R106
4.7K
17
Seg10
16
Seg9
15
Seg8
14
Seg7
13
Seg6
12
Seg5
11
Seg4
10
Seg2/ks2
R109
300
Seg4
Seg5
Seg6
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
PT6961
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
Grid1
Grid2
Grid3
Grid4
L100
+5V1
Grid5
Grid6
Grid7
TC100
LED
100uF/10V
Seg10
Seg9
Seg8
Seg7
100U
C104
104
R107
4.7K
X100
RP100
Seg3
9
Seg2
Seg1/ks1
Grid7
8
Seg1
Grid6
7
Grid7
Grid6
6
Grid5
Grid4
5
Grid5
4
Grid4
Grid2
Grid3
3
Grid3
2
Grid2
C114
103
VD107
C115
J4
J3
1
2
3
VD108
103
+5V
GND
C112
102
+5V
R101
10K
R103
10K
+5V
N101
HMMO8518BGYR R114
X101
6
5
4
3
2
1
CON6
IR
CLOCK
STB
DATA
J3
J4
STB1
1
100
R115
R104
10K
CLOCK1
R105
100R
100
R116
DATA1
100
C106
121
IR
GND
OUT
VS
C116
103
R111
300
C117
103
3
HS0038A2
R113
100
C105
121
2
R110
300
VD110
+5V
R102
10K
C107
121
C108
102
TC101
100uF/10V
2
1
CON2
C113
102
RVP
VD109
- 86 -
Grid1
1
Grid1
C103
104
N100
C109
104
V100
C9014
TC102
10U/16V
R112
1K
LED
+5V
Section Two circuit diagram
VD105
5.2.1 KEY SCAN Board
K100
VD102
R251
89V33
89V33
C254
104
U202
AT24C02
1
2
3
4
SDCKE
R232
10K
8
7
6
5
DC/NC
VCC
RST_/NC RST/WP
WP/RST_
SCL
VSS
SDA
R233
10K
C295
20pF
SCL
SDA
C2003 C2004
R2028 33R(DNS) ACLK
R2029
33R(DNS)
102
102
XS201
6
5
4
3
2
1
FBSMT
FBSMT
FBSMT
FBSMT
FBSMT
FBSMT
L386
L387
L221
L222
L223
L224
R234
R235
BA0
BA1
ABCK
DCLK R236
DCKE R237
J4
J3
VSDA/DTSDI
VSTB
VSCK/DTSCL
IR
CS#
RAS#
CAS#
WE#
C1002 C257
C258
C259
C256
100pF
100pF 47pF
47pF
47pF
47pF
23
24
25
26
29
30
31
32
33
34
22
35
20
21
33R
33R
38
37
4
3
2
1
SDCLK
SDCKE
5
6
7
8
XS06
C1001
MA0
MA1
MA2
MA3
MA4
MA5
MA6
MA7
MA8
MA9
MA10
MA11
33R
DBA0
33R
DBA1
RN201
33R
R2003
4.7K
DCS#
DRAS#
DCAS#
DWE#
19
18
17
16
DQM0
DQM1
15
39
36
40
54
41
28
VCC
DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
CLK
CKE
2
4
5
7
8
10
11
13
42
44
45
47
48
50
51
53
DQ7
DQ6
DQ5
DQ4
DQ3
DQ2
DQ1
DQ0
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
SDATA1
LRSWMUT
AGND1
L388
*FBSMT
SCL1
L389
*FBSMT
R262
4094_OUT7
AGND3
R257
*0
R264
*10K
*0
*10K
R258
SD33
/CS
/RAS
/CAS
/WE
VCC
VCC
VCC
1
14
27
SD33
DQML
DQMH
VCCQ
VCCQ
VCCQ
VCCQ
NC
NC
VSSQ
VSSQ
VSSQ
VSSQ
VSS
VSS
VSS
3
9
43
49
R255
*0
4.7K(DNS)
L208
FBSMT
SD33
C2141
C2142
C2143
C2144
C2145
C2146
C2147
C2148
C2149
C2150
C2151
C2152
C2153
104
104
104
104
104
104
104
104
104
104
104
104
104
C279
104
- 87 -
C266
VCC
L214
FB
DV33
GND
AVCC
L215
FB
104
L207
FBSMT
IEC958
10
R230
0R
C265
104
AVCC
11
U205E
HCU04
104
TC213
220uF/16V
12
13
U205F
HCU04
C261
104
XI
R212
0R(DNS)
R216
DV33
0R(DNS)
C275 X201
27pF 27MHz
R2011
75K
R214
0R
D215
1N4148
R2025
1K
Q320
8550D
R2022
5
6
0R(DNS)
TC320
100uF/16V
C276
27pF
R2023
47K
C1003
225
U205C
HCU04
R2024
33R
C1004
102
URST#
U205B
HCU04
XO
R218
10R(DNS)
4.7K
4.7K
4.7K
4.7K
XI
L217
2.7uH(DNS)
R240
R213
0R
R215 100K
4
R241
3
R217
0R
R238
R239
14
2
C274
104
105
89V33
TC218
220uF/16V
103
UPD[15..0]
A16
A15
A14
A13
A12
A11
A10
A9
AA20
PWR#
URST#
C277
10pF(DNS)
C278
27pF(DNS)
R242
4.7K(DNS)
FBSMT
L350
L351 FBSMT(DNS)
L352 FBSMT(DNS)
FBSMT
L353
SACLK
L354
FBSMT
SBCLK
SLRCK
AUIN_SEL
M0
SCL
SDA
4094_OUT7
QUAL
DTS_DO
VSCK/DTSCL
VSDA/DTSDI
DTS_CE
M0
DAVNIN
L355
L356
L357
L358
L359
L360
L373
L374
L361
L362
L363
L364
L365
L366
FBSMT
FBSMT
FBSMT
FBSMT(DNS)
FBSMT
FBSMT
FBSMT(DNS)
FBSMT(DNS)
FBSMT
FBSMT
FBSMT
FBSMT
FBSMT(DNS)
FBSMT
M1
HDET_OUT
M0
RDCL
HDET_IN
OK_DAT1
L367
L368
L369
L375
L370
L371
FBSMT(DNS)
FBSMT(DNS)
FBSMT(DNS)
FBSMT
FBSMT
FBSMT(DNS)
*33R
QUAL
R248
ASR
ASW
R2026
R2027
HDET1
OK_DAT1
R249
R250
A19
A18
A8
A7
A6
A5
A4
A3
A2
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
A15
A14
A13
A12
A11
A10
A9
A8
A19
NC
WE
RESET
NC
VPP
RY/BY
A18
A17
A7
A6
A5
A4
A3
A2
A1
A16
BYTE
Vss
DQ15/A-1
DQ7
DQ14
DQ6
DQ13
DQ5
DQ12
DQ4
Vcc
DQ11
DQ3
DQ10
DQ2
DQ9
DQ1
DQ8
DQ0
OE
Vss
CE
A0
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
XS207
1
2
LRSWMUT3
SDAT
4
5
SMCLK 6
7
SBCLK 8
SLRCLK 9
SCMUT 10
AGND1 11
12
SCL
13
SDA
HDET 14
OK-DAT 15
DTS DO 16
DTS CL 17
DTS DI 18
DTS CE 19
AGND2 20
21
SL
22
23
SR
24
SW
AGND3 25
26
R
27
C
28
L
XS28
P_RST
SCL1
*33R
IIC
IIC
收音电源
RDS数据
方式控制
耳机检测后输出到 5508
方式控制
耳机检入
外部输入 D/A
HDET
OK-DAT
FBSMT
FBSMT
CVBS
L378
FBSMT
G
B/C
R/Y
HSYNC#
VSYNC#
VDATA3
L379
L380
L381
L382
L383
L384
FBSMT
FBSMT
FBSMT
FBSMT
FBSMT
FBSMT
L385
FBSMT
R223
外部输入选择
外部输入选择
*33R SR
*33R SW
*33R
L376
L377
1
2
3
4
5
6
7
8
9
10
11
12
13
75R
ASW
R247
SDATA0
R246
33R(DNS)
U213 CD4094
VSDA/DTSDI
VSCK/DTSCL
VCC
1
2
3
9
10
8
15
16
STR
DATA
CLK
Qs
Q`s
VSS
OUTB
VDD
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
4
5
6
7
14
13
12
11
RST
AUIN_SEL
M0
DTS_CE
HDET_OUT
VDATA3
4094_OUT7
C2001
104
AD6
AD5
89V33
AD4
FV33
R2002(DSN)
10K
M1
AD3
AD2
AD1
AD0
PRD#
GND
PCE#
A1
XS206
XS11
GND
A17
GND
A0
AD7
SACLK
SBCLK
SLRCK
SDATA0
SDATA1
SDATA2
R/Y
B/C
IEC958
33R
U207
RST
SDATA0
SDATA1
SDATA2
1*16MBit_FLASH(TSOP)
FV33
U205A
HCU04
C282 C281
R231
0R
UPA[20..0]
1
R244
200R/1%
ASPDIF
TC214
220uF/16V
7
XS202
XS04(DNS)
89V33
RXD
TXD
GND
104
*10K
V18
89V33
1
2
3
4
R245
100R/1%
C280
TC217
10uF/16V(DNS)
L219
FBSMT
C264
FB
C269
104
R229
0R(DNS)
XS05
VCC L229
C268
104
A20
FB
C267
R243 0R
L213
U206
LM1117-ADJ
AVCC
GND
R228
510R
104
1
2
3
4
5
TC215
47uF/16V(DNS)
89V33
R261
VREF
OUT
IN
L216
FB
DV33
R260
*10K
L209
FBSMT(DNS)
5VV
VCC
VCC
TC219
47uF/16V
TC216
100uF/16V
XS203
DV33
89V33
104
R2010
VCC
6
12
46
52
C2140
33R
33R
33R
33R
33R
33R
R256
*10K
FV33
L218
FBSMT
*10K
*0
R263
AGND2
R2004
R2005
R2006
R2007
R2008
R2009
ACLK
ABCK
ALRCK
ASDAT0
ASDAT1
ASDAT2
*10K
R253
1
2
3
DV33
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10/AP
A11
BA0/A13
BA1/A12
M0
R2000(DSN)
Q321(DSN)
1K
R2001(DSN)
47K
C2000(DSN)
104
89V33
*10K
R252
8050D
5.2.2 MPEG&SERVO Board
U208
SDRAM 64M
HMF
CD-LD
VR-DVD
VR-CD
FBSMT
0R
FBSMT
FBSMT
FBSMT
FBSMT
L304
L303
L302
L301
C253
104
104
C
C201
105
B
C202
105
A
C203
105
D
C204
105
89V33
C244
C245
C246
C247
C248
C249
C250
103
105
104
104
104
104
104
TC209
220uF/6.3V
RFO
C206
101
89V33
L203
FBSMT
C237 C238
C239
222
104
103
ADACVDD3
C240
L204
330uH
TC210
220uF/6.3V
103
C205 105(DNS)
C
B
A
D
SUBA
SUBB
SUBC
SUBD
E
F
29
30
MO_VCC
- 88 -
R312
C304
FMSO
20K
151
TRSO
V1P4
STBY
C305
104
15
16
17
18
19
20
21
VOTK+
VOTKVOLD+
VOLDPGND
VNFTK
PVCC2
22
23
24
25
26
27
28
PREGND
VINLD
CTK2
CTK1
VINTK
BIAS
STBY
R313
10K
R320
150K
SP-
VOFC+
VOFCVO2+
VOSLPGND
PVCC1
VCC
14
13
12
11
10
9
8
VINFFC
VOSL
VINSLVINSL+
CF2
CF1
VINFC
7
6
5
4
3
2
1
MO_VCC
R314
10K
222
R318 0R
R317 680K
C317
104
104
104
R364
10K
R381
330R
R324
1.5K
C2158 C2159
104
1uF
TRCLOSE
R327
510R
Q310
9014-S
TROPEN
R339
10K
C214
1uF
R205
NC
R201
R202
10K
15K
TRSO
FOSO
R203
R204
18K
20K
C210 C211 C212 C213
153 104 331 331
L205
4.7uH
89V33
DACVDD3
C241
104
TC212
10uF/16V
C242
C243
103
105
LOAD+
LOAD-
2
1
1
2
3
4
5
LOADLOAD+
TROUT#
GND
TRIN#
C310
103
R329
10K
104
R340 330R
TROUT
R377 330R
TRIN
C217
C218
TC204
10uF/16V
104
CVBS
G
DACVDD3
R/Y
B/C
152
ADVCM
TC205
10uF/16V
XS2/2.0(DNS)
103
XS306
6P/1.0mm
R333 10K(DNS)
DV33
DISCEJT
1
2
3
4
5
6
SLSL+
LIMIT#
SP+
SPL-
R332 330R(DNS)
TROUT#
1
2
3
XS304
XS3/2.0(DNS)
1
2
3
4
XS305
XS4/2.0(DNS)
C312
103(DNS)
VCC
R338 100R(DNS)
TRIN#
GND
R341 100R(DNS)
R206 560R
FS
AGND
DVDA
DVDB
DVDC
DVDD
DVDRFIP
DVDRFIN
MA
MB
MC
MD
SA
SB
SC
SD
CDFON
CDFOP
TNI
TPI
MDI1
MDI2
LDO2
LDO1
SVDD3
CSO/RFOP
RFLVL/RFON
SGND
V2REFO
V20
VREFO
FEO
TEO
TEZISLV
OP_OUT
OP_INN
OP_INP
DMO
FMO
TROPENPWM
PWMOUT1/ADIN0
TRO
FOO
FG/ADIN1
GPIO0/VSYNC#
GPIO1/HSYNC#
GPIO2
IOA2
DVDD18
IOA3
IOA4
IOA5
IOA6
IOA7
HIGHA0
89V33
104
C311
V18
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
XS307
C313 C314
R330
10K
V2P8
V20
V1P4
FEO
TEO
TEZISLV
OPO
OPOP+
DMO
FMO
TROPEN
V1P4_IN
TRO
FOO
ADIN
VSYNC#
HSYNC#
STBY
A2
A3
A4
A5
A6
A7
A8
89V33
L206
FBSMT
LOAD+
TROPEN
R326
2.2R\1/4W
C209
DMSO
FMSO
89V33
XS302
5P 2.0mm
Q309
8050D
1uF
104
TC211
100uF/16V
LOAD-
Q308
8050D
1uF
C309
102
TC306
47uF/16V
R325
510R
C2156 C2157
104
LIMIT
APLLVDD3
Q307
8550D
RFOP RFVDD3
RFON
1uF
V1P4
MO_VCC
Q306
8550D
1uF
C208
V1P4_IN
C215
NC
MDI
LDO2
LDO1
C2154 C2155
VCC
151
R322 680K
R323
1.5K
C207
104
C306
FOSO
222
TC305
47uF/16V
TC304
100uF/16V
DMSO
R316 20K
XS303
6P 2.0mm
1
SL+
2
SL3 LIMIT#
4
GND
5
SP+
6
SPL-
ADIN
V1P4
C308
C316
L315
FB
R315
20K
89V33
OPOP+
SPL-
C315
V1P4
OPO
C307
R307
1R
SPSP+
U301
BA5954
R321
1R
R319
150K
R306
1R
V1P4
TC206
10uF/16V
U201
MT1389E
LQFP216/SMD
IOA18
IOA19
IOWR#
A16
HIGHA7
DVDD3
HIGHA6
HIGHA5
HIGHA4
HIGHA3
HIGHA2
HIGHA1
IOA20
IOCS#
IOA1
IOOE#
AD0
AD1
AD2
DVSS
AD3
AD4
AD5
AD6
IOA21
ALE
AD7
A17
IOA0
DVDD18
UWR#
URD#
DVDD3
UP1_2
UP1_3
GPIO6
UP1_4
UP1_5
UP1_6
UP1_7
UP3_0
UP3_1
UP3_4
UP3_5
GPIO7
ICE
PRST#
IR
INT0#
DQM0
RD7
RD6
RD5
DVDD3
SL+
SLMO_VCC
GND
GND
R305
1R
C220
474
VREF
C260
104
89V33
TC208
220uF/6.3V
103
R302 LDO-AV33
4.7R
C303
104
R304
1R
C223
20pF
C224
102
RFVDD3
L202
4.7uH
C236
RFVDD3
C302
104
C252
104
TC207
100uF/16V
AADVDD3
TC303
47uF/16V
V20
F
B
A
RFO
IOA
D
C
TKTK+
FC+
FC-
89V33
C251
104
Q302
2SB1132-S
FBSMT
FBSMT
89V33
C229
MDI
LDO1
L306
L305
R303
10R
PLLVDD3
Q301
2SB1132-S
R209 750K
APLLVDD3
AADVDD3
LDO2
TC301
220uF/16V
R210
100K
R211
15K
E
L308
L307
C235
105
RDCL
ASR
ASW
FBSMT
0R
4.7uH
0R
0R
C234
104
JITFN
HDET_IN
DAVNIN
QUAL
L313
L312
L311
L310
L309
C233
104
391
ADACVDD3
100K
AVCC
104
4.7uH
104
C232
104
R301
4.7R LDO-AV33
TC302
47uF/16V
C301
L314
C231
104
JITFN
JITFO
XI
XO
RFV18
GND-LD
DVD-LD
104
C219
216
215
214
213
212
211
210
209
208
207
206
205
204
203
202
201
200
199
198
197
196
195
194
193
192
191
190
189
188
187
186
185
184
183
182
181
180
179
178
177
176
175
174
173
172
171
170
169
168
167
166
165
164
163
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
Q304
2SK3018-S
C230
C222
473
C221
473
PLLVDD3
104
R310
Q303
XS301
2SK3018-S
24P0.5mm
V18
C319
RFVDD3
C318
10K
L201
V18 FBSMT RFV18
V1P4
IOA
LDO-AV33
C226
333
C225
104
Q305
3904-S
JITFO
L316
FBSMT
89V33
AVDD3
IREF
RFGC
OSN
OSP
RFGND
CRTPLP
HRFZC
RFRPAC
RFRPDC
RFVDD3
ADCVSS
ADCVDD3
LPFOP
LPFIN
LPFIP
LPFON
PLLVDD3
IDACEXLP
PLLVSS
JITFN
JITFO
XTALI
XTALO
RFVDD18
RFGND18
ADACVDD2
ADACVDD1
ALF(CTR)
ALS/SDATA0
AL/SDATA2
AVCM
AR/SDATA1
ARS
ARF(SW)
ADACVSS2
ADACVSS1
APLLVSS
APLLCAP
APLLVDD
AADVDD
AKIN1
ADVCM
AKIN2
AADVSS
R/Cr/CVBS/SY
B/Cb/SC
DACVSSA
G/Y/SY/CVBS
DACVDDA
DACVSSB
DACVDDB
CVBS
DACVSSC
10K
R311
55
56
57
58
59
60
A14
61
A13
62
A12
63
A11
64
A10
65
A9
66
A20
67
PCE#
68
A1
69
PRD#
70
AD0
71
AD1
72
AD2
73
74
AD3
75
AD4
76
AD5
77
AD6
78
HDET1
79
ALE
80
AD7
81
A17
82
A0
83
84
UWR#
85
URD#
86
87
88
VSCK/DTSCL 89
IOA
90
VSTB
91
VSDA/DTSDI 92
SCL
93
SDA
94
J4
95
J3
96
RXD
97
TXD
98
TRCLOSE
99
ICE
100
URST#
101
IR
102
INT0#
103
DQM0
104
DQ7
105
DQ6
106
DQ5
107
108
100K
AVCC
A18
A19
PWR#
A16
A15
R309
C228
104
C227
104
R308
V18
89V33
FS
VREF
DACVDDC
SPDIF
MC_DATA
ASDATA3
ASDATA2
ASDATA1
ASDATA0
ALRCK
ACLK
ABCK
GPIO5
DVSS
GPIO4
GPIO3
DVDD18
RA4
RA5
RA6
RA7
RA8
RA9
RA11
CKE
DVDD3
RCLK
RA3
RA2
RA1
DVDD18
RA0
RA10
BA1
BA0
RCS#
RAS#
CAS#
RWE#
DQM1
RD8
RD9
DVSS
RD10
RD11
RD12
RD13
RD14
RD15
RD0
RD1
RD2
RD3
RD4
162
161
160
159
158
157
156
155
154
153
152
151
150
149
148
147
146
145
144
143
142
141
140
139
138
137
136
135
134
133
132
131
130
129
128
127
126
125
124
123
122
121
120
119
118
117
116
115
114
113
112
111
110
109
C216
104
V18
FS
VREF
DACVDD3
ASPDIF
OK_DAT1
DTS_DO
ASDAT2
ASDAT1
ASDAT0
ALRCK
ACLK
ABCK
TROUT
TRIN
LIMIT
MA4
MA5
MA6
MA7
MA8
MA9
MA11
DCKE
DCLK
MA3
MA2
MA1
MA0
MA10
BA1
BA0
CS#
RAS#
CAS#
WE#
DQM1
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
DQ0
DQ1
DQ2
DQ3
DQ4
XP100
R102
L100
VD100 VD101
1N4004 1N4004
DGND
RH-357508
+5V
2
R101
6.8K
DV33
4.7K
C101
102
220
20K
RH-357508
8
6
R107
N100B
IC4558
7
+12V
5
R110
3
SW2
1K
10K
C113
471
1 OUT
2 OUT
+V
V-
1
7
8
4
R190
220
220
R191
+12V
-12V
4
L
R113
R114
C114
47P
6.8K
4.7K
TC104
N101A
IC4558
SW2
1
3
C109
122
R116
C110
102
8
8
10U/16V
R118
47K
SCL
SDA
HDET
OK-DAT
DTS DO
TC105
1
10U/16V
TC155
LO
470
SCMUT
+12V
AGND
3
SDAT
4
Vin1
Vout1
Vin2
Vout2
GND
Vcc
Data
Clock
R192
4.7K
2
7
SR
SW
AGND
R
6.8K
10U/16V
6
4.7K
N101B
IC45587
5
C117
122
R120
47K
LRSWM
RF
RO
4
R138 1K
R141
CON4
10
11
SCLK
VD
GND
VA
14
TC129
4.7U/16V
AINL
AINR
13
SDOUT
REF_GND
15
TC130
4.7U/16V
LRCK
VQ
12
L101
FB
RST
VL
FILT+
16
MCLK
M1
M0
CS5340
1K
6
TC121
5
4
OK-DAT
1
TC133
47U/16V
TC157
10U/16V
SCM
+12V
TC123
0.1U/16V
4.7K
C128
122
WP6
TC134
R147
1
2
3
16
4
13
14
11
17
R161
100K
+12V
+12V
SROUT
6.8K
4.7K
R153
1
TC152
100U/25V
C134
C143
122
N111
RO
47u/16V
VD104
9V
TC131
120/0.5W
TC132
2.2UF/16V
R156
2.7n
2.7n
1K
C149
47n
TC139
AUXR2.2UF/16V
R170
1K
TC140
2.2UF/16V
R171
2.2UF/16V
TC143
C150
100n
1K
LO
TC141
2.2UF/16V
AUXL
TC138
2.2UF/16V
TC142
2.2UF/16V
R169
1K
R167
C151
100n
1
2
C141 3
C142 4
5
6
7
8
9
10
11
12
13
14
VDD
AGND
TREB_L
TREB_R
RIN
ROUT
LOUD_R
RIN4
RIN3
RIN2
RIN1
LOUD_L
LIN4
LIN3
REF
CLK
DATA
DGND
OUT_L
OUT_R
BOUT_R
BIN_R
BOUT_L
BIN_L
LOUT
LIN
LIN1
LIN2
TC135
28
27
26
25
24
23
22
21
20
19
18
17
16
15
N103B
IC4558
7
1K
6
COUT
TC126
220U/25V
TC154
22U/25V
SLOUT
TC127
220U/25V
9
R154
1
10
R152
1
WP6
5.1V
TC147
22uF/25V
R181
10K
C148
104
HR
R187
4.7K
HL
HARDM
VD111 V102
C9014
R160
470
C144
102
R180
47K
R178
100K
V105
S8550
R189
V103
8050
10K
R179
47K
PVcc
V106
S8050
R188
30K
C159
103
V107
S8050
C160
103
22UF/16V
R165
10K
R163
TC145
2.2UF/16V
C152
C153
C154
R172
R173
C155
TC144
2.2UF/16V
5.6K
TC146
2.2UF/16V
R174
LF
SCMUT
470
R175
RF
470
+12V
5.6K
R176
100K
R177
100K
PVcc
VD128
1N4004
VD105
VD106
C146
104
VD120
1N4148
12V1
V100
8550 LRSWMUT
16V/100U
TC136
22K
VD107
1N4148
VD112
1N4148
1K
R168
5
+12V
SCL
SDA
100n
100n
100n
100n
WP6
XL100C
C138
104
103
+9V
R155
8
PVcc
VD110
1N4148
5
10U/16V
7
TC125
220U/25V
PVcc
C147
104
6
R158
WP6
C137
104
1N4148
TC124
0.1U/16V
470
C129
102
R157
4
R135
1
WP6 XL100E
1
15K
C145
151
C
3
TC114
220U/25V
R159
C140
104
2
TC113
220U/25V
C136
104
IN1+
OUT1+
SGND
GND1
IN2+
VCC1
MODE2 VCC2
MODE1 OUT2IN3+
CIV
GND2
OUT3IN4+
SVR
OUT4+
VD103
3
10U/16V
R186
4.7K
1
TC111
22U/25V
R150
100K
-12V
N103A
IC4558
L102
FB
SMCLK
8
7
6
5
10
9
15
12
TC122
0.1U/16V
R149
100K
3
2
R148
470
2
R145
6.8K
DV33
XL100A
XL100D
1
C130
102
R143
SL
12
C124
104
TC112
100U/25V
VD102
TC109
0.1U/16V
15K
C131
151
R139
10K
1N4148
R146
SBCLK
SWOUT-
-12V
3
8 SLRCLK
7
C122
103
R134
1
N104A
IC4558
OK
TC116
10UF/16V
11
WP6
ROUT
TC108
0.1U/16V
SWOUT+
R124
1
N110 TDA8947J
2
4
VD123
1N4148
PVcc
15K
C120
151
R131
47K
8
OK
+5V
PT2314
C156
104
R162
220
CON8
R126
10K
XL100B
8
7
VD125
1N4148
VD124
1N4148
1
2
3
16
4
13
14
11
17
IN1+
OUT1+
SGND
GND1
IN2+
VCC1
MODE2 VCC2
MODE1 OUT2IN3+
CIV
GND2
OUT3IN4+
SVR
OUT4+
R132
C127
122
N108
9
ST-LED
HL
TDA8947J
LOUT
R130
4.7K
N104B
4558
R123
47K
C121
47u/16V 47n
470
C118
102
5
C139
- 89 -
51K
8
7
6
5
10
9
15
12
TC106
10U/16V
1K
LF
R144
6
R140
SW3
6.8K
C125
101
R137
R136 6.8K
R133
1K
TC107
R193
4.7K
7
+5V
L
R185 6.8K
6
R142
10U/16V
C
DGND
DTS DO
DTS CL
DTS DI
DTS CE
TROUT
AGND
TLOUT
+12V
HDET
1
2
3
4
AGND
XL100F
TC149
TC148
R128
4.7K
5 SCL1
M62429
SR
R127
N102B
IC4558
5
+5V
15K
C119
151
AGND
SL
R119
10U/16V
6
R129
DTS CL
DTS DI
DTS CE
P_RST
13
12
11
10
9
8
7
6
5
4
3
2
1
TC102
X110
C115
221
C158
104
N106
-12V
2
10U/16V
SBCLK
SLRCLK
XP102
HR
R125
10K
100U/25V
TC110
TC103
SMCLK
+12V
TC101
330u/16V
330u/16V
RC4580
R122
10K
R121
LF
+12V
R117
N105
VD122
1N4148
104
TC128
47U/16V
1
1 IN1 IN+
2 IN2 IN+
15K
C111
151
SCL1
LRSWMUT
SDAT
MIC1
AGND
MIC2
TC115
10u/16V
N100A
4558
N107
R115
P_RST
X100
2
10K
C107
47P
2
3
6
5
47K
C157
104
TC150
10u/16V
CON3
47K
10K
C106
471
47K
CON28
3
2
1
R108
22K
C104
103
R105
LF
XS100
FROM MAIN BOARD
R104
AGND
+12V
L104
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
R103
RF
-12V
XP101
1
3
C100
122
1N4004
N102A
IC4558
RF
-12V
4
R100
VD121
100uH
L103
C105
123
10K
R111
100U/25V
TC153
CON7
22K
8
10U/16V
SW TC100
C108
221
R112
R109
R106
-12V
4
CON4
1
2
3
4
5
6
7
C103
20P
15K
C102
151
V101
9014
SCM
VD108
HARDM
VD109
R164
1N4148
12V1
VD126
1N4148
1N4148
22K
V104
9014
R166
10K
VD127
1N4148
LRSWM
XS101
+12V
+5V
RO
AGND
LO
AGND
AUXR
AUXL
1
2
3
4
5
6
7
8
CON8
5.2.3 AMPLIFIER POWER Board
PVcc
VD129
1N4004
PGND
1
2
3
4
!
YC502
~400V 102
P-gnd
R518
101
P +22V
47K/2W
103/1KV
D510
!
BYW29E200
T502
2
D511
R520
24K
R530
1K/3W
R519
13
4
6
1uF
C519
U506
C522
47K
104
472
U507
TL431
TC515
2200uF/50V
10
R522
C523
473
101
33R/1W
11
TC513
!
102
BYW29E200
C521
3
HER207
R523
1.5K
C520
14
D508
5
4
3
2
1
L506
C516
10uH/5A
SYNC
FB
VCC
GND
DRAIN
6
7
C518
33R/1W
R516
5.2.4 POWER Board
DCVPP
U505
KA1M0880BTU TO-3P-5L
TC516
2200uF/50V
8
TC517
470uF/50V
ZD503
4.7V
HS817
H-GND
R521
2.2K
BCK-40-0333
P GND
H-GND
D509
C517
104
DCVPP
R515
RT501
10D05
C504
101
L503
H-GND
R503
C501
75K/2W
103/1KV
TC501
330uF/400V
TC504
470uF/25V
68K/2W
16
T501
C507
D501
HER107
75K/2W
14
13
3
- 90 -
H-GND
4
12
6
11
7
10
9
H-GND
XC502
R505 75R
FB RH357508
!
L502
3
4
104 X1
C502
D+5V
D504
SR560
TC506
1000uF/10V
TC502
D502
1N4148
BCK-28-0563
XC501
U501
104X1
5L0380R
RV501
07D471
R501
680K/1W
C508
472
101
R527
TC505
470uF/10V
XS503
104
47uF/50V
D505
SR560
TC508
D506
HER105
C511
101
1M
H-GND
H-GND
!
YC501
~400V 102
4
DCVPP
D+3V3
L505
10uH/1A
AGND
R512
1000uF/10V
2
1
1
2
XS501
~220V
!
A+12V
A-gnd
A-12V
A+5V
A-gnd
A+5V
A+5V
430R/0.5W
TC509
1000uF/10V
33/1W
DGND
R514
10R/0.5W
FL+
TC510
220uF/10V
7
6
5
4
3
2
1
XP203
D+5V
DGND
D+3V3
AGND
A+5V
D+5V
D-gnd
D+3V3
A-gnd
A+5V
1
2
3
4
5
D-gnd
C512
U502
10K
R509
R511
4.7K
220R
C513
102
!
R506
4.7V
DGND
D+5V
FL+
FL-21V
101
TC511
220uF/35V
H-GND
XS505
-21V
47K
U503
ZD501
5.1V/0.5W
C514
104
R508
12K
R510
4.7K
DGND
XS502
Switch
A+12V
AGND
A-12v
A+5V
AGND
A+5V
A+5V
1
2
3
4
FL-
C503
223
ZD504
P+28V
P+28V
P-gnd
P-gnd
R528
R507
1
A-12v
C515
472
D507
HER105
FB
P +28V
P +28V
P GND
P GND
XS504
ZD502 TC512
12V/1W 470uF/25V
TL431
!
C506
472
33/1W
C510
472
!
HS817
F501
T3.15A/250V
TC507
1000uF/10V
R504
GND
!
A+5V
820R
2
D
VCC
2
1
3
L501
JBL2822
!
C505
333
3
L504 10uH/2A
C509
!
Vout
R513
101
2
R524
D515
1N5404
!
HER105
Vin
AGND
15
D513
1N5404
1
22R/0.5W
TC503
1000uF/25V
D503
HER105
U504
LM7805
R529
10uH/2A
A+12V
R502
D514
1N5404
D512
1N5404
H-GND
47K/2W
HER105
TC514
47uF/50v
D516
47R
2
68K/2W
R517
GND
R525
D-gnd
D+5V
FL+
FL-21V
1
2
3
4
5
Chapter six BOM List
MATERIAL
CODE
MATERIAL NAME
SPECIFICATIONS
LOCATION
DK1110SI（RU）SILVER WHITE
AMPLIFIER BOARD:
5448657
0210216 TERYLENE CAPACITOR
50V 104±5% 7mm
C124,C136,C137,C138,C147,C148,C161
0260117 CD
CD11 50V2.2U±20%5×11 C5
TC144,TC145,TC146
0260003 CD
CD11 25V22U±20%5×11 C5
TC135
0260004 CD
CD11 25V220U±20%8×12 C5
TC113,TC114,TC125,TC126,TC127
0000675 CARBON FILM RESISTOR
1/2W 1O±5% SHAPED 12.5
R124,R134,R135,R152,R153,R154,R194
RH-357508
L100
0390009 INDUCTOR
10UH±10% 0307
L101,L102
0570004 DIODE
1N4004
VD101,VD121,VD128,VD129
0881743 IC
F4558 DIP
N100,N101,N102,N103,N104
0881227 IC
RC4558P DIP
①
0880445 IC
4558C DIP
①
0880124 IC
NJM4558D DIP
①
0881393 IC
IL4558N DIP
①
0882375 IC
RC4580 DIP
N107
0882353 IC
CS5340 TSSOP
N108
0881370 IC
PT2314 SOP
N111
1940003 SOCKET
4P 2.5mm
X110
1940002 SOCKET
3P 2.5mm
X100
1940009 SOCKET
8P 2.5mm
XS101
1940140 CABLE SOCKET
14P 1.0mm DUAL RANK STRAIGHT
INSERT
XS100
1940365 CABLE SOCKET
7/6 P 1.25mm DUAL RANK STRINGHT
XP102
INSERT
0390154
1990019
MAGNETIC BEADS
INDUCTOR
EXTERNAL SOURCES
SOCKET
WP12-11
XL100
2122261 FLAT CABLE
4P160 2.5 2 PIN,WHIT NEEDLE
REVERSE
XP100
2120643 FLAT CABLE
7P80 2.5 2 SOCKET WITH NEEDLE
XP101
0210121
METAL POLYESTER FILM
CAPACITOR
CL21X 63V 272±5％ 5
C141,C142
0210111
METAL POLYESTER FILM
CAPACITOR
CL21X 63V 104±5％ 5
C150,C151,C152,C153,C154,C155
F 0.6 SHAPED 5mm
W11,W15,W79,W80,W82
2100010 LEAD
- 91 -
①
MATERIAL
CODE
MATERIAL NAME
SPECIFICATIONS
LOCATION
2100003 LEAD
F 0.6 SHAPED 7.5mm
W2,W5,W7,W8,W9,W12,W13,W23,W24,W26,
W27,W29,W30,W32,W33,W36,W37,W39,W42
,W43,W45,W48,W60,W61,W68,W70,W71,W7
2,W75,W76,W78,R103,W81
2100004 LEAD
F 0.6 SHAPED 10mm
W1,W3,W10,W17,W19,W20,W21,W22,W28,W
34,W35,W38,W40,W41,W53,W54,W55,W56,
W57,W58,W74,W77,W6
2100006 LEAD
F 0.6 SHAPED 12.5mm
W4,W44,W64,W69,W73
2100007 LEAD
F 0.6 SHAPEN 15mm
W18,W25,W31,W49,W50,W51,W52,W59,W67
2100016 LEAD
F 0.6 SHAPEN 18mm
W14,W46,W47,W66
2100017 LEAD
F 0.6 SHAPED 20mm
W62,W63,W65
00003239 CARBON FILM RESISTOR
1/2W150O±5% BELT
R155
00000119 CARBON FILM RESISTOR
1/6W220O±5% BELT
R162
00000169 CARBON FILM RESISTOR
1/6W470O±5% BELT
R116,R130,R147,R148,R160,R174,R175
00000229 CARBON FILM RESISTOR
1/6W1K±5% BELT
R110,R141,R156,R168,R169,R170,R171,R140,
R167
00000349 CARBON FILM RESISTOR
1/6W4.7K±5% BELT
R101,R114,R128,R144,R145,R158,R186,R119,
R187
00000369 CARBON FILM RESISTOR
1/6W5.6K±5% BELT
R172,R173,R113,R127
00000379 CARBON FILM RESISTOR
1/6W6.8K±5% BELT
R100,R136,R142,R143,R157,R185
00000409 CARBON FILM RESISTOR
1/6W10K±5% BELT
R111,R121,R125,R126,R139,R165,R166,R181,
R189,R182
00000439 CARBON FILM RESISTOR
1/6W15K±5% BELT
R102,R115,R129,R132,R146,R159,R137
00000459 CARBON FILM RESISTOR
1/6W20K±5% BELT
R104,R106
00000469 CARBON FILM RESISTOR
1/6W22K±5% BELT
R107,R109,R163,R164,R112,R122
00000499 CARBON FILM RESISTOR
1/6W30K±5% BELT
R188
00000529 CARBON FILM RESISTOR
1/6W47K±5% BELT
R105,R108,R117,R118,R120,R123,R131,R179,
R180
00004089 CARBON FILM RESISTOR
1/6W30O±5% BELT
R190,R191
00000139 CARBON FILM RESISTOR
1/6W330O±5% BELT
R133,R138
00000599 CARBON FILM RESISTOR
1/6W100K±5% BELT
R149,R150,R161,R176,R177,R178
02000319 PORCELAIN CAPACITOR
50V 20P±10% NPO 5mm BELT
C103
02003069 PORCELAIN CAPACITOR
50V 47P±10% SHAPED 5mm BELT
C107,C114
02003079 PORCELAIN CAPACITOR
50V 101±10% SHAPED 5mm BELT
C125
02003089 PORCELAIN CAPACITOR
50V 221±10% SHAPED 5mm BELT
C108,C115
02003309 PORCELAIN CAPACITOR
50V151±10% SHAPED 5mm BELT
C102,C111,C119,C120,C131,C145
02003129 PORCELAIN CAPACITOR
50V 471±10% SHAPED 5mm BELT
C106,C113
02001239 PORCELAIN CAPACITOR
50V 102±10% 5mm BELT
C101,C110,C118,C129,C130,C144
- 92 -
MATERIAL
CODE
MATERIAL NAME
SPECIFICATIONS
LOCATION
02003359 PORCELAIN CAPACITOR
50V 122±10% 5mm BELT
C100,C109,C117,C127,C128,C143
02003109 PORCELAIN CAPACITOR
50V 103±10% SHAPED 5mm BELT
C104,C122,C134,C159,C160
02001389 PORCELAIN CAPACITOR
50V 104±20% 5mm BELT
C139,C140,C146,C156,C158,C162
02102289 TERYLENE CAPACITOR
100V 822±10% SHAPED 5mm BELT
C105
02101489 TERYLENE CAPACITOR
100V 473±10% SHAPED 5mm BELT
C149
02600059 CD
CD11 50V1U±20%5×11 C5 BELT
TC108,TC109,TC122,TC123,TC124
02601179 CD
CD11 50V2.2U±20%5×11 C5 BELT
TC132,TC138,TC139,TC140,TC141,TC142,TC
143
02604389 CD
CD11 16V4.7U±20%5×11C5 BELT
TC129,TC130
02601309 CD
CD110 16V10U±20%5×11 C5 BELT
TC100,TC103,TC105,TC106,TC115,TC116,TC
121,TC134,TC148,TC149,TC150,TC157
02600039 CD
CD11 25V22U±20%5×11 C5 BELT
TC111,TC154
02600029 CD
CD11 16V47U±20%5×11 C5 BELT
TC128,TC131,TC133
02601829 CD
CD11 25V100U±20%6×12 C5 BELT
TC110,TC112,TC136,TC152,TC153,TC147
02607369 CD
CD11 16V330U±20%8×12 C5 BELT
TC101,TC102
5.1V±5% 1/2W BELT
VD111
9.1V±5% 1/2W BELT
VD104
05700069 DIODE
1N4148 BELT
VD105,VD106,VD107,VD108,VD109,VD110,V
D112,VD120,VD122,VD123,VD124,VD125,VD1
26,VD100,VD130,VD131,VD132,VD133
07800499 TRIODE
S8550D BELT
V100,V105
07800329 TRIODE
9014C BELT
V101,V102,V104
07800299 TRIODE
C8050 BELT
V103,V106,V107
1564440 PCB
4DK1110-2
VOLTAGE REGULATOR
DIODE
VOLTAGE REGULATOR
05800099
DIODE
05800069
DK1110SI（RU）SILVER WHITE
DECODE BOARD
2DK1110-0
Ver2.0
0000375 CARBON FILM RESISTOR
1/4W2.2O±5%
R326
0260437 CD
CD11 16V10U±20%5×11C5
TC204~TC206,TC212,TC217
0260002 CD
CD11 16V47U±20%5×11 C5
TC219,TC302,TC303,TC305,TC306,TC215
0260188 CD
CD11 16V100U±20%6×12 C5
TC207,TC211,TC216,TC304,TC320
0260181 CD
CD11 16V220U±20%6×12 C5
TC208,TC209,TC210,TC213,TC214,TC218,TC
301
RH354708
L213~L216,L218,l219
330UH±10％ 0410
L204
0390057
MAGNETIC BEADS
INDUCTOR
0390429 INDUCTOR
0960020
CMETAL OXIDE FILM
27.00MHz 49-S
RESISTORSTAL OSCILLATOR
1940140 CABLE SOCKET
X201
14P 1.0mm DUAL RANK STRAIGHT
INSERT
- 93 -
XS207
MATERIAL
CODE
MATERIAL NAME
SPECIFICATIONS
LOCATION
1940065 SOCKET
13P 2.0mm
XS206
1940005 SOCKET
6P 2.0mm
XS303,XS201
1940024 SOCKET
5P 2.0mm
XS302
1940004 SOCKET
5P 2.5mm
XS203
1940094 CABLE SOCKET
24P 0.5mm SMD SUBMIT MEET WITH
XS301
CLASP
0090001 SMD RESISTOR
1/16W 0O±5% 0603
L305,L309,L310,L312,R213,R214,R217,R230,R
231,R243,R318,R255,R262,R263,R264
0090272 SMD RESISTOR
1/16W 1O±5% 0603
R304~R307,R321
0090106 SMD RESISTOR
1/16W 4.7O±5% 0603
R301,R302
0090003 SMD RESISTOR
1/16W 10O±5% 0603
R303
0090005 SMD RESISTOR
1/16W 33O±5% 0603
R246,R248,R249,R250,R234~R237,R2004~R2
009,R2024,R2026,R2027
0090006 SMD RESISTOR
1/16W 75O±5% 0603
R223
0090016 SMD RESISTOR
1/16W 1.5K±5% 0603
R323,R324
0090009 SMD RESISTOR
1/16W 330O±5% 0603
R340,R377,R381
0090249 SMD RESISTOR
1/16W 510O±5% 0603
R228,R325,R327
0090012 SMD RESISTOR
1/16W 560O±5% 0603
R206
0090014 SMD RESISTOR
1/16W 1K±5% 0603
R2025
0090020 SMD RESISTOR
1/16W 5.1K±5% 0603
R232,R233
0090019 SMD RESISTOR
1/16W 4.7K±5% 0603
R238~R241,R2003
0090023 SMD RESISTOR
1/16W 10K±5% 0603
R201,R309,R311,R313,R314,R329,R330,R339,
R364,R253,R256,R257,R258,R260
0090024 SMD RESISTOR
1/16W 15K±5% 0603
R202,R211
0090188 SMD RESISTOR
1/16W 18K±5% 0603
R203
0090025 SMD RESISTOR
1/16W 20K±5% 0603
R204,R312,R315,R316
0090029 SMD RESISTOR
1/16W 47K±5% 0603
R2023
0090030 SMD RESISTOR
1/16W 56K±5% 0603
R2011
0090197 SMD RESISTOR
1/16W 150K±5% 0603
R319,R320
0090211 SMD RESISTOR
1/16W 680K±5% 0603
R317,R322
0090212 SMD RESISTOR
1/16W 750K±5% 0603
R209
0090609 PRECISION SMD RESISTOR
1/16W 100O±1% 0603
R245
0090626 PRECISION SMD RESISTOR
1/16W 200O±1% 0603
R244
0090034 SMD RESISTOR
1/16W 100K±5% 0603
R210,R215,R308,R310
0100019 SMD RESISTOR NETWORKS 1/16W 33O±5% 8P
RN201
0310085 SMD CAPACITOR
C223,C295
50V 20P±5% NPO 0603
- 94 -
MATERIAL
CODE
MATERIAL NAME
SPECIFICATIONS
LOCATION
0310190 SMD CAPACITOR
50V 27P±5% NPO 0603
C275,C276
0310045 SMD CAPACITOR
50V 47P±5% NPO 0603
C257~C259
0310047 SMD CAPACITOR
50V 101±5% NPO 0603
C206,C256,C1001,C1002
0310051 SMD CAPACITOR
50V 331±5% NPO 0603
C212,C213
0310048 SMD CAPACITOR
50V 151±5% NPO 0603
C304,C306
0310052 SMD CAPACITOR
50V 391±5% NPO 0603
C219
50V 104 ±20% X7R 0603
C207~C209,C211,C214,C216,C217,C225,C227
~C234,C239,C241,C246~C254,C260~C261,C2
64~C269,C274,C279,C280,C301~C303,C305,C
313~C319,C2001,C2140~C2153
②
0310543 SMD CAPACITOR
50V 104±10% X7R 0603
C207~C209,C211,C214,C216,C217,C225,C227
~C234,C239,C241,C246~C254,C260~C261,C2
64~C269,C274,C279,C280,C301~C303,C305,C
313~C319,C2001,C2140~C2153
②
0310234 SMD CAPACITOR
16V 105 +80%-20% Y5V 0603
C201~C204,C235,C243,C245,C282,C2154~C2
159
0310066 SMD CAPACITOR
50V 102±10% X7R 0603
C224,C309,C1004,C2003,C2004
0310067 SMD CAPACITOR
50V 152±10% X7R 0603
C218
0310068 SMD CAPACITOR
50V 222±10% X7R 0603
C237,C307,C308
0310072 SMD CAPACITOR
50V 103±10% X7R 0603
C236,C238,C240,C242,C244,C281,C310,C311
0310201 SMD CAPACITOR
50V 153±10% X7R 0603
C210
0310055 SMD CAPACITOR
16V 333±10% X7R 0603
C226
0310056 SMD CAPACITOR
16V 473±10% X7R 0603
C221,C222
0310362 SMD CAPACITOR
16V474 +80%-20% Y5V 0603
C220
0310566 SMD CAPACITOR
10V 225 +80%-20% Y5V 0603
C1003
0390355 SMD INDUCTOR
4.7UH±10% 1608
L202,L205,L311,L314
0390095 SMD MAGNETIC BEADS
FCM1608K-221T05
L201,L203,L206~L208,L221~L224,L301~L304,
L306~L308,L313,L315,L316,L350,L353~L357,L
359~L364,L366,L370,L375,L376~L387,L388,L3
89
0700007 SMD DIODE
1N4148
D215
0780085 SMD TRIODE
8050D
Q308,Q309
0780129 SMD TRIODE
8550D
Q306,Q307,Q320
0780062 SMD TRIODE
9014C
Q310
0780040 SMD TRIODE
3904(100-300) SOT-23
Q305
0780193 SMD TRIODE
2SK3018
Q303,Q304
0780115 SMD TRIODE
2SB1132
Q301,Q302
0882756 IC
HEF4094BT SOP
U213
0310207 SMD CAPACITOR
- 95 -
MATERIAL
CODE
MATERIAL NAME
SPECIFICATIONS
LOCATION
0880165 IC
74HCU04D SOP
U205
③
0880322 IC
MM74HCU04M SOP
U205
③
0880513 IC
HCU04 SOP
U205
③
0881157 IC
HY57V641620HGT-H TSOP
U208
④
0881661 IC
IC42S16400-7T TSOP
U208
④
0881969 IC
IP1117-ADJ SOT-223
U206
⑤
0881182 IC
LM1117MP-ADJ SOT-223
U206
⑤
0881079 IC
AT24C04 SOP
U202
0882643 IC
MT1389FE/E(E) QFP
U201
0881378 IC
BA5954FP HSOP
U301
0881459 IC
D5954 SOP
1633237 PCB
2DK1110-0
⑥
⑥
DK1110SI（RU）SILVER WHITE
EARPHONE BOARD
5448659
0200178 PORCELAIN CAPACITOR
50V 104±20% 2.5mm
C100
2122263 FLAT CABLE
4P350 2.5 2 PIN,WHIT NEEDLE
TOGETHER DIRECTION
XP100
1980061 EARPHONE SOCKET
CKX-3.5-01K
CK1
1564470 PCB
BDK1110-2
2110484 LEAD
22# 140mm BLACK,WITHf 3 WELD
PIECE
XJ1
DK1110SI（RU）SILVER WHITE
INPUT OUTPUT BOARD:
0390057
MAGNETIC BEADS
INDUCTOR
5448656
RH354708
L100,L102~L105,L118~L122
0780028 TRIODE
8050C(120-200) TO-92
V100~V102
1910225 TERMINAL SOCKET
AV4-8.4-13/PB-1
XC103
1910182 TERMINAL SOCKET
AV4-8.4-13/PB-25
XC104
1860059 SCART SOCKET
CS-111
XC107
1910159 TERMINAL SOCKET
CS TERMINAL DASW-02
XC105
1090024
ELECTRO-OPTIC
TRANSFORMER
TX179AT
XC106
⑦
1090045
ELECTRO-OPTIC
TRANSFORMER
TX179ATW
XC106
⑦
2150292 FLAT CABLE
8P60 2.5 T2 2×2P SHIELD WHIT
NEEDLE TOGETHER DIRECTION
XP401
2122258 SOFT FLAT CABLE
13P60 2.5/2.0 2 PIN,WHIT NEEDLE
TOGETHER DIRECTION
XP206
- 96 -
MATERIAL
CODE
MATERIAL NAME
SPECIFICATIONS
LOCATION
DK1110SI（RU）SILVER WHITE
MIKE BOARD:
5448658
0200178 PORCELAIN CAPACITOR
50V 104±20% 2.5mm
C100
0000046 CARBON FILM RESISTOR
1/6W22K±5%
R100,R101
2150293 FLAT CABLE
3P380 2.5 2 PIN,2P SHIELD WHIT
NEEDLE REVERSE
X100
1980081 MICROPHONE SOCKET
CK3-6.35-19B
MIC100,MIC101
1564357 PCB
9DK1110-0
2110484 LEAD
22# 140mm BLACK,WITHf 3 WELD
PIECE
XJ1
DK1110SI（RU）SILVER WHITE
POWER BOARD:
5448660
2100017 LEAD
F 0.6 SHAPED 20mm
W1,W2
2100003 LEAD
F 0.6 SHAPED 7.5mm
W3,W7,W8
2100004 LEAD
F 0.6 SHAPED 10mm
W4,W5,R514
2100016 LEAD
F 0.6 SHAPEN 18mm
W9
2100007 LEAD
F 0.6 SHAPEN 15mm
W6
0000274 CARBON FILM RESISTOR
1/4W47O±5% SHAPED 10
R517
0000431 CARBON FILM RESISTOR
1/4W75O±5% SHAPED 10
R505
0000362 CARBON FILM RESISTOR
1/4W220O±5% SHAPED 10
R511
0000282 CARBON FILM RESISTOR
1/4W820O±5% SHAPED 10
R513
0000284 CARBON FILM RESISTOR
1/4W1.5K±5% SHAPED 10
R523
0000289 CARBON FILM RESISTOR
1/4W4.7K±5% SHAPED 10
R510
0000294 CARBON FILM RESISTOR
1/4W10K±5% SHAPED 10
R507
0000301 CARBON FILM RESISTOR
1/4W47K±5% SHAPED 10
R506,R522
0000310 CARBON FILM RESISTOR
1/4W1MO±5% SHAPED 10
R504
2W180O±5% SHAPED FLAT 15×7
R512
0010062 METAL FILM RESISTOR
1/4W2.2K±1% SHAPED 10
R521
0010063 METAL FILM RESISTOR
1/4W4.7K±1% SHAPED 10
R509
0010101 METAL FILM RESISTOR
1/4W12K±1% SHAPED 10
R508
0000297 CARBON FILM RESISTOR
1/4W18K±5% SHAPED 10
R520
1W680K±5% SHAPED 15
R501
1/2W22O±5% SHAPED 12.5
R529
1W33O±5% SHAPED VERTICAL 7.5
R518,R519
0010310
METAL OXIDE FILM
RESISTOR
METAL OXIDE FILM
RESISTOR
METAL OXIDE FILM
0010226
RESISTOR
METAL OXIDE FILM
0010275
RESISTOR
0010279
- 97 -
MATERIAL
CODE
0010147
0010157
0010263
0010281
0010288
MATERIAL NAME
METAL OXIDE FILM
RESISTOR
METAL OXIDE FILM
RESISTOR
METAL OXIDE FILM
RESISTOR
METAL OXIDE FILM
RESISTOR
METAL OXIDE FILM
RESISTOR
SPECIFICATIONS
LOCATION
2W47K±5% SHAPED FLAT 15×7
R516,R515
2W68K±5%SHAPED FLAT 15×7
R502,R525
2W75K±5% SHAPED FLAT 15×7
R503,R524
3W1K±5% SHAPED VERTICAL 7.5
R530
1W100O±5% SHAPED VERTICAL 7.5 R527
0200105 PORCELAIN CAPACITOR
50V 100P±10% 5mm
C504,C507,C509,C511,C512,C518,C519
0200123 PORCELAIN CAPACITOR
50V 102±10% 5mm
C513,C520
0200134 PORCELAIN CAPACITOR
50V 223±20% 5mm
C503
0200138 PORCELAIN CAPACITOR
50V 104±20% 5mm
C502,C514,C517,C521
0200224 PORCELAIN CAPACITOR
1000V 103 +80%-20% 7.5mm
C501,C516
0210158 TERYLENE CAPACITOR
100V 472±10% SHAPED 5mm
C506,C508,C510,C515
0210024 TERYLENE CAPACITOR
100V 333±10% 5mm
C505
0210148 TERYLENE CAPACITOR
100V 473±10% SHAPED 5mm
C523,C522
0210204 ANTI-JAMMING CAPACITOR
@MKP61 X2 275VAC 104M 15 UL
XC501,XC502
0200381 CERAMIC CAPACITOR
@Y1 400VAC 221 ±10% 10mm CB
YC501,YC502
0260749 CD
EZ 400V220U±20% 30×30 10
TC501
0260664 CD
CD11K 16V220U±20% 6.3×11 2.5
TC510
0260653 CD
CD11K 16V470U±20%8×14 3.5
TC505
0260597 CD
CD11 105℃ 16V1000U±20%10×20 5
TC506,TC507
0260654 CD
CD11K 16V2200U±20% 10×25 5
TC508,TC509
0260558 CD
CD11T 25V470u±20%10×16 5
TC504,TC512
0260665 CD
CD11K 25V1000U±20% 13×20 5
TC503
0260667 CD
CD11K 50V1U±20% 5×11 2
TC513
0260663 CD
CD11K 35V220U±20% 8×12 3.5
TC511
0260666 CD
CD11K 50V47U±20% 6.3×11 2.5
TC514
0260601 CD
CD11C 105℃ 50V22U±20%6×7 2.5
TC502
0260668 CD
CD11K 50V470U±20% 13×20 5
TC517
0260677 CD
CD11K 50V2200U±20% 16×30 7.5
TC515,TC516
RH-357508
L502
0390340 VERTICAL INDUCTOR
10uH±10% 5A 12.5×26.5 10mm
L506
0410010 CHOKE COIL
VERTICAL 10UH 1A 5mm
L505
0410011 CHOKE COIL
VERTICAL 10UH 2A 5mm
L503,L504
0390154
MAGNETIC BEADS
INDUCTOR
- 98 -
MATERIAL
CODE
MATERIAL NAME
1000010 POWER GRID FILTER
SPECIFICATIONS
LOCATION
JBL2822 30mH±20%
L501
0460513
SWITCH POWER
TRANSFORMER
@BCK-28-0563 VDE
T501
0460630
SWITCH POWER
TRANSFORMER
@BCK-40-0360 VDE
T502
0680065 SCHOTTKY DIODE
SR560 DO-27 SHAPED 20mm
D504,D505
0570006 DIODE
1N4148
D502
0570013 DIODE
HER105
D503,D506,D507,D509,D516
0570014 DIODE
HER107
D501
0570042 DIODE
HER207 SHAPED 12.5mm
D508
0570045 DIODE
BYW29E-200 TO-220
D510,D511
5.1V±5% 1/2W BELT
ZD501
12V±5% 1W
ZD502
0570032 DIODE
1N5408
D512~D515
0880379 IC
LM7805 GOLD SEALED TO-220
U504
⑧
0880247 IC
MC7805CT GOLD SEALED TO-220
U504
⑧
0880499 IC
L7805CV GOLD SEALED TO-220
U504
⑧
0880863 IC
HA17431VP TO-92
U503
⑨
0882041 IC
MIK431C TO-92
U503
⑨
0880553 IC
LM431ACZ TO-92
U507
0880765 IC
5L0380R YDTU
U501
0881500 IC
KA1M0880BTU TO-3P-5L
U505
7D 471±10% 5mm
RV501
NTC SCK-104MS±20%
RT501
@HS817 VDE
U502,U506
4.7V±5% 1/2W
ZD503,ZD504
1940003 SOCKET
4P 2.5mm
XS503
1940001 SOCKET
2P 2.5mm
XS505
1940007 SOCKET
7P 2.5mm
XS504
1940074 SOCKET
2P 7.92mm
XS501,XS502
2122264 FLAT CABLE
5P390 2.5 2 PIN,WHIT NEEDLE
TOGETHER DIRECTION
XP203
2300033 FUSE
@T3.15AL 250V VDE
F501
3020402 FUSE HOLDER
BLX-2
F501
3580195 HEAT RADIATION BOARD
11×15×25 SINGLE HOLE,NOT
OXIDATION
D510,D511,U504
VOLTAGE REGULATOR
DIODE
VOLTAGE REGULATOR
0580022
DIODE
05800069
PRESS SENSITIVITY
RESISTOR
HEAT SENSITIVITY
1050002
RESISTOR
1030007
1080032 PHOTOELECTRIC COUPLER
0580005
VOLTAGE REGULATOR
DIODE
- 99 -
MATERIAL
CODE
MATERIAL NAME
SPECIFICATIONS
LOCATION
3580194 HEAT RADIATION BOARD
40×20×35 DVR938-2 NOT OXIDATION U505
4000453 SELF-TAPPING SCREW
BT 3×8H WHITE NICKEL
4000564 SELF-TAPPING SCREW
PWT 3×12×7H WHITE NICKEL
4000627 SELF-TAPPING SCREW
PWT 2.6×6×5H BLACK ZINC
1570171 PCB
@5DK1110-0 UL
3870591 GROUNDING PIECE
AV100
5234628 PVC PIECE
45×25×0.5 SINGLE-FACED WITH
GLUE IN REAR SIDE
DK1110SI（RU）SILVER WHITE
REMOTE CONTROL
5471769
0310048 SMD CAPACITOR
50V 151±5% NPO 0603
C802,C803
0630009 EMISSION PIPE
TSAL4400
LED801
0700007 SMD DIODE
1N4148
D801~D803
⑩
0700001 SMD DIODE
LS4148
D801~D803
⑩
0700002 SMD DIODE
LL4148
D801~D803
⑩
0780130 SMD TRIODE
STC3265
Q801
0970003 CERAMIC RESONATOR
455E
X801
0090272 SMD RESISTOR
1/16W 1O±5% 0603
R801
0880220 IC
PT2222 SOP
U801
⑾
0882379 IC
S0102B SOP
U801
⑾
4000038 SELF-TAPPING SCREW
PB 2.3×6 COLOR ZINC
1564324 PCB
8516SI-3
3031876
SURFACE CASING OF
REMOTE CONTROL
RC026-06R BLACK
3051319
BATTERY CASE DOOR OF
REMOTE CONTROL
RC026 BLACK 2#
3041399
BOTTOM CASING OF
REMOTE CONTROL
RC026 BLACK 2#
3051273
GLASS OF REMOTE
CONTROLLER
RC026 MING PURPLE
3850124 ANODE SPRING
RC026
3850125 CATHODE SPRING
RC026
3850126 ANODE/CATHODE SPRING
RC026
4631052
CONDUCT GLUE OF REMOTE
RC026-01R 4#
CONTROL
5070070 GLUE BAG
85×250
DK1110SI（RU）SILVER WHITE
- 100 -
MATERIAL
CODE
MATERIAL NAME
SPECIFICATIONS
SURFACE CONTROL BOARD:
LOCATION
5448655
2100010 LEAD
F 0.6 SHAPED 5mm
W12
2100003 LEAD
F 0.6 SHAPED 7.5mm
W1,W2,W3,W4,W5,W6,W7,W8,W9,W10,W11
2100004 LEAD
F 0.6 SHAPED 10mm
W13~W17
2100006 LEAD
F 0.6 SHAPED 12.5mm
W18,W19
2100016 LEAD
F 0.6 SHAPEN 18mm
W20
0000122 CARBON FILM RESISTOR
1/6W100O±5% SHAPED 7.5
R105,R113~R116
0000726 CARBON FILM RESISTOR
1/6W300O±5% SHAPED 7.5
R108~R111
0000129 CARBON FILM RESISTOR
1/6W1K±5% SHAPED 7.5
R112
0000133 CARBON FILM RESISTOR
1/6W4.7K±5% SHAPED 7.5
R106,R107
0000137 CARBON FILM RESISTOR
1/6W10K±5% SHAPED 7.5
R101~R104
0000145 CARBON FILM RESISTOR
1/6W51K±5% SHAPED 7.5
R100
0200061 PORCELAIN CAPACITOR
50V 121±10% 2.5mm
C100,C101,C102,C105,C106,C107,C110,C111
0200077 PORCELAIN CAPACITOR
50V 102±10% 2.5mm
C112,C113,C108
0200092 PORCELAIN CAPACITOR
50V 103±20% 2.5mm
C114~C117
0200138 PORCELAIN CAPACITOR
50V 104±20% 5mm
C103,C104,C109,C118
2110484 LEAD
22# 140mm BLACK,WITHf 3 WELD
PIECE
XJ1
0260019 CD
CD11 16V10U±20%5×11 2
TC102
0260027 CD
CD11 16V100U±20%6×12 2.5
TC100,TC101
0390013 INDUCTOR
100UH±10% 0307
L100
0620101 RADIATION DIODE
3O 3PC COLORLESS WITH ORANGE VD107~VD110
0570036 DIODE
1N4148 SHAPED 10mm
VD100,VD101
VOLTAGE REGULATOR
0580007
DIODE
6.2V±5% 1/2W
VD102,VD103,VD105,VD106
0780032 TRIODE
9014C
V100
0881687 IC
SN1692 SOP
N100
2360021 IR SENSOR
AT138BV3
N101
1200799 LED DISPLAY SCREEN
HMMOY85186B15
LED100
KFC-A06-2WB L3.8
K100~K105
0160201 DIGITAL POTENTIOMETER
EC12P24L25F12
RP100
2122381 FLAT CABLE
6P360 2.0 2 PIN,WITH L NEEDLE
REVERSE MAGNETISM RING
X101
2122260 FLAT CABLE
2P450 2.5 2 PIN,WHIT L
NEEDLE,TOGETHER DIRECTION
X100
3072152 LED BRACKET
DK1110SI
1340064
LIGHT TOUCH RESTORE
SWITCH
- 101 -
MATERIAL
CODE
MATERIAL NAME
SPECIFICATIONS
5235156 SOFT SPONGE SPACER
6×6×11.5 DOUBLE-FACED,HARD
5233552 SOFT SPONGE SPACER
15×15×8.5 DOUBLE-FACED,HARD
1564439 PCB
6DK1110-2
LOCATION
DK1110SI（RU）SILVER WHITE
PROGRAM FLASH ROMDK1110SIRU-0A(16M)
0911761
881998
IC
AT49BV162A 70TI TSOP
U207
⑿
881754
IC
29LV160BE-70NC TSOP
U207
⑿
- 102 -