THOMSON EFC031E, IFC130 Technical Information
Televisión
IINNFFOORRMMAACCIIOONN TTEECCNNIICCAA
Chasis IFC130 (PLASMA - LCD)
Alimentación
Circuito de deflexión_H
Circuito de deflexión_V
Circuito RF-FI
TRC - Pantalla
Conectores - Scart
Mecánica
Panel de control
Tratamiento de datos
Tratamiento de audio
Sección :
Tratamiento de video
General
1 - ACCESING SERVICE MODE
EFC031E
1.1 TV set ON.
1.2 While keeping pressed the ”VOL-” key on the TV keyboard
press ”EXIT” on the RC until TV set switch on and enter service mode.
(Main menu).
IFC130 - EFC031E (according software version)
1.1 Switch the TV set into the Standby Mode.
1.2 While keeping pressed the ”VOL-” key on the TV keyboard press
”VOL-” on the RC until TV set switch on and enter service mode (Main menu).
2 - TEMPORARY EXIT FROM SERVICE MODE
2.1- 2.1- To temporary leave the Service Mode from the Main menu, goto the point ”Return”.
To access the everyday menus, press the ‘’Menu’’ button on the RCU.
Note :
- According to the type RCU it is possible to temporary leave the Service Mode by pressing Exit or Return key.
RETURN TO THE MAIN MENU
EFC031E
2.2 - To return to the Main menu, While keeping pressed the ”VOL-” key on the TV keyboard press
”Exit” on the RC until TV set switch on and enter service mode.
IFC130
2.2 - To return to the Main menu, press on the magenta key (”text”) on the RCU.
Note :
- A IFC130 menu not used during 3 minutes disappears. Press on the magenta key (”text”) on
the RCU to return to the Main menu.
3 - EXITING FROM SERVICE MODE
3.1- To exit the Service Mode switch off the mains supply to the TV.
All change in service mode will be saved in EEPROM automatically.
4 - EXITING FROM A SUB-MENU
4.1- To exit from a Sub-Menu (see §8) and return to the Main menu press the ”Exit key or the ”Return” key on the
RCU.
5 - NAVIGATION INSIDE THE SERVICE MODE
TV CONTROL PANEL
EFC031E - IFC130
First issue 02 / 06 1
I - SERVICE-MODE
EN
(
Factory setting
EFC031_X181-0
Return
Sound
Video
Field Service
...
...
...
...
Miscellaneous ...
EFC031E MAIN MENU
- Selec option*
- “Change value“
navigation up
Navigation down
VALUE
VALUE
Vol.
+
-
Vol.
PR
VOL
--
+
+
(
Factory setting
EFC031_X181-0
Return
Sound
Video
Field Service
...
...
...
...
Miscellaneous ...
(
Factory setting
EFC031_X181-0
Return
Sound
Video
Field Service
...
...
...
...
Miscellaneous ...
➠
➠
(
Service Menu
BL1.41
Return
Sound
Video
SAA7117AE
...
...
...
PW2300 ...
Misc ...
PW218 1st page ...
PW218 2nd page ...
IFC130 MAIN MENU
* Select option is possible with ”OK”
REMOTE CONTROL
EFC031E - IFC130
2 First issue 02 / 06
6 - DISPLAYING THE VALUE OF THE SETTING
VIDEO
7 - TOGGLE FUNCTION
To enable a function check (tick) the box.
: Implemented function : No implemented function
(Brightness -0003
Affichage
➠
+ >
NVM valeur
Affichage
➠
-
<
NVM valeur
Valeur décimale
Valeur de réglage
: NVM valeur
><
➠
➠
OK
PR
VOL
--
+
+
(
Factory setting
EFC031_X181-0
Return
Sound
Miscellaneous
Video
Field Service
...
...
...
...
...
Alignment
Alignement
Ableigh
Regolazione
Alineacion
Software version
Version Software
Software Version
Versione softaware
Versión software
- Select option*
- “Change“ value
(
Factory setting
EFC031_X181-0
Return
Sound
Video
Field Service
...
...
...
...
Miscellaneous ...
(
Factory setting
EFC031_X181-0
Return
Sound
Video
Field Service
...
...
...
...
Miscellaneous ...
➠
➠
Navigation up
Navigation down
OK
VALUE
VALUE
>
<
* Select option is possible with ”OK”
8 - LITE MENU FOR FIELD SERVICE
MAIN MENU
EFC031E - IFC130
First issue 02 / 06 3
(
Factory setting
EFC031_X181-0
Return
Sound
Miscellaneous
Video
Field Service
...
...
...
...
...
Alignment
Alignement
Ableigh
Regolazione
Alineacion
Software version
Version Software
Software Version
Versione softaware
Versión software
SUBMENU
EFC031E - IFC130
4 First issue 02 / 06
II - EFC031E CHASSIS - ALIGNMENT
1 VIDEO
1.1 Conditions
- The TV set should be warmed up for 60 minutes.
- The following conditions are automatically set when entering the Video submenu.
* Set these conditions in the User menu
1.2 Y, Pb, Pr Component Input
Video test pattern
1.3 VGA Input
Standard Monitor Format (VESA) Standard TV Display Format
Test
Pattern
Philips test pattern 12 steps greyscale
Format 4:3 16:9 4:3 16:9
1H 576i25Hz 1080i25Hz576i25Hz 1080i25Hz
2H 576p50Hz 720p60Hz 576p50Hz 720p60Hz
Test
Pattern
Philips test pattern 12 steps greyscale
Picture
Format 4:3 16:9 4:3 16:9
1H 576i25Hz 1080i25Hz576i25Hz 1080i25Hz
2H 576p50Hz 720p60Hz 576p50Hz 720p60Hz
Test
Pattern
Philips test pattern 12 steps greyscale
Format
640x480@60Hz,
800x600@85Hz,
1280x1024@75Hz
640x480@60Hz,
800x600@85Hz,
1280x1024@75Hz
Function Alignment Value
Brightness Standard
Colour Standard
Contrast Standard (70%)
Black Extand Off...*
Tone Neutral...
Sharpness Not applicable*
Noise reduction Off...*
Couleur NTSC 50%
Mode zoom Standard
EFC031E - IFC130
First issue 02 / 06 5
1.4
Video Calibration
EFC031E
1.4.1 MST9883 ADC Calibration
YPbPr Calibration for TV display format
- Connect Y, Pb, Pr signal to BV280 connector (”Video Components Enter”) with the following standard.
Input signal parameters:
- Exit temporary from Service Mode and select the ”Video Components Enter” (press the magenta key on the
RCU ”Text” to come back at the service mode )
- Video pattern to calibrate
- Select YPbPr and ”Calibration” in the ”Miscelaneous” Menu of Sevice Mode and press on
the RCU OK key .
The screen is flashing few minutes and stable after few seconds.
Signal Value (Vp-p)
Y: Sync to Peak white 0.7
Pr:Sync to Peak white 0.7
Pb:Sync to Peak white 0.7
Calibration Pattern
Color bar with no Gamma correction
Picture
Format 480p60Hz, 1H, 4:3
(
Factory Misc
(
Reset the values to ROM default Yes?
LUMA_TEMPORAL-NR
CHROMA_TEMPORAL-NR
Calibration ...
Debug ...
Reset the Alignment values
Yes?
TT 27Y24 Packet Enable*
Factory setting
EFC031_X181-0
Return
Sound
Video
Field Service
* According software version
...
...
...
...
Miscellaneous ...
EFC031E - IFC130
6 First issue 02 / 06
1.4.2 RGB
RGB Calibration for Standard monitor format (VESA)
- Connect R, G, B Hsync and Vsync with following standard into VGA BV300
connector:
- Exit temporary from Service Mode and select the VGA enter (press the magenta key on the RCU ”Text” to come
back at the service mode)
- Video pattern to calibrate
- Select ”Calibration” in ”Miscelaneous” Menu of the Service Mode and press on the RCU ”OK” key.
The screen is flashing few minutes and stable after few seconds.
Note:
The others items of the ”Miscellaneous” menu are described at § 4.
Signal Value (Vp-p)
R (Red) 0.7
G (Green) 0.7
B (Blue) 0.7
Hsync. 2.4V
Vsync. 2.4V
Calibration Pattern
16 step Gray scale with no gamma
correction
Picture
Format 800x600@85Hz
EFC031E - IFC130
First issue 02 / 06 7
2.1 Cut Off
Cutt Off alignment has to be done for the following standards :
Note: After Cut Off alignment control white point alignment. Repeat the adjustments if necessary.
R offset
G Offset
B Offset
+0007
+0024
+0016
- Insert a grey test pattern giving 15 Nits luminance level
- Measure the color co-ordinates near the screen center.
- Fix B Offset to the centre of the alignment range.
- Adjust R Offset - G Offset:
Colour Co-ordinates Value
x 0.282
y 0.293
Input Video Standard
SCART PAL / SECAM/ RGB
YPbPr SDTV (576i)
HDTV (108i 25)
HDTV (720p 60)
VGA VESA (DMT 1060)
SD Video (576i)
HD Video (1080i 25)
HDMI HDTV (720p 60)
FAV (CVBS) SD Video (576i)
(
Factory video
(Cut Off Alignment ...
Whitepoint alignment ...
Scalling Brightness Alignment ...
Scalling Color Alignment ...
Scale Tint Alignment ...
Peak White Alignment ...
Text Contrast alignment ...
Preset for Video Alignment ...
Factory setting
EFC031_X181-0
Return
Sound
Video
Field Service
...
...
...
...
Miscellaneous ...
EFC031E
2.2 Whitepoint
- Whitepoint alignment has to be done for the same standards of the Cuttoff alignment :
2.3 Scaling Brightness Alignment
- The Scalling Brightness is a factory alignment.
EFC031E: Brightness = +0003
R Gain
G Gain
B Gain
+0496
+0531
+0513
- Insert a grey test pattern with 50 IRE in one of the above mentioned standards.
- Measure the color co-ordinates near the screen center.
- Fix B Gain to the centre of the alignment range.
- Adjust R Gain - G gain to the following color co-ordinates:
Colour Co-ordinates Value
x 0.282
y 0.298
Brightness
-0003
2 - VIDEO ALIGNMENT
EFC031E - IFC130
8 First issue 02 / 06
2.4 Scaling Colour
- Scaling Color Alignment has to be done for the following standards :
- 75% Color bar test pattern.
- Measure the Blue output and adjust Colour to equal levels as shown bellow:
2.5 Scale Tint
- No alignment for EU models.
2.6 Peak White Alignment
- Peak White test pattern (100%).Colourimeter.
- Peak White alignment has to be done for the following standards :
- Adjust Contrast to the level : 450 Nits +20% -15%.
2.7 Text Contrast.
- Selecting this item inserts a white centered pad.
- Measure the optical luminance output level (Y Nits) of the white pad.
- Adjust Text Contrast to the 60% of the PW level.
Colour
+0512
Input Video Standard
SCART PAL / SECAM/ RGB
YPbPr SDTV (576i)
HDTV (108i 25)
HDTV (720p 60)
VGA VESA (DMT 1060)
SD Video (576i)
HD Video (1080i 25)
HDMI HDTV (720p 60)
FAV (CVBS) SD Video (576i)
NTSC Tint
+0000
Contrast
+0534
Input Video Standard
SCART PAL / SECAM/ RGB
YPbPr SDTV (576i)
HDTV (108i 25)
HDTV (720p 60)
VGA VESA (DMT 1060)
SD Video (576i)
HD Video (1080i 25)
HDMI HDTV (720p 60)
FAV (CVBS) SD Video (576i)
Contrast
+0534
Text Contrast 14
EFC031E - IFC130
First issue 02 / 06 9
3 - SOUND
- The items of the SOUND menu are not used
4 - MISCELLANEOUS
- EFC031E
4.1 Reset the values to ROM default
- Reset all the EEPROM data to FF.
Only required if the EEPROM data are corrupted.
After ”reset the values to ROM default” the alignment, calibration and channel installation is necessary.
4.2 LUMA_TEMPORAL_NR
- Temporal noise reduction setting for luminance.
Factory adjusted. It is not necessary to do adjustment on this item.
4.3 CHROMA_TEMPORAL_NR
- Temporal noise reduction setting for chrominance.
Factory adjusted. It is not necessary to do adjustment on this item.
4.4 Calibration
See § 1.4
4.5 Debug
- Bus quiet mode for main I2C Bus. Used only in development purpose.
4.6 Reset the Alignment values
- Reset all alignment values to default value. Used only if the TV need new alignment.
In that case it is necessary to start alignments by Video Calibration (ADC YPbPr).
Note:
After loading of a new software select ” Reset the alignment values” and check the TV alignment.
4.7 TT 27Y24 Packet Enable
According to software version. Factory adjust.
Improve teletext performance for some special French channels
(
Factory Misc
(
Reset the values to ROM default Yes?
LUMA_TEMPORAL-NR
CHROMA_TEMPORAL-NR
Calibration ...
Debug ...
Reset the Alignment values
Yes?
TT 27Y24 Packet Enable*
Factory setting
EFC031_X181-0
Return
Sound
Video
Field Service
* According software version
...
...
...
...
Miscellaneous ...
EFC031E - IFC130
10 First issue 02 / 06
5 - FIELD SERVICE (Spécifique EFC031E)
5.1 Test Patterns
To check the Scaler Board:
- Press ”Left ” or ”Right ” key on RCU activate the purity test patterns in the following order:
Continous, white, black, red, green, blue, off.
5.2 Power Usage - LCD Usage
Power Usage and LCD Usage are time counters.
- ”Power Usage” indicates the Power supply number of service hours and minutes.
- ”LCD Usage” indicates the TV number of service hours and minutes.
The display is decimal.
5.3 Clear Event History
To clear all error codes stored in the NVM.
Action : Select the line and Press the right key on RCU to confirm.
5.4 Error Codes
1 - The last five Error codes are stored and displayed with a time stamp from the runtime counter.
Each each error code in this list has an error counter that counts further occurences of a particular error.
2 - If an error occurs that is already in the list the time stamp is updated and the error counter is
incremented anymore.
3 - The errors are displayed with the most recent error on top on the list. The others follow with descending
time stamps.
Displaying Error Codes with LED
1 - In addition to storing an error code it must also be displayed with TV’s standby LED.
Only the last error that occured is displayed.
2 - Decimal error codes from 11 to 18 are signaled.
3 - The error code is displayed as two separate digits separate by a suitable pause, this is repeated according
to a specific sequence.
For example Error-code 13 will be displayed thus :
1 flash and a short pause
3 flashes and a long pause
......
List of Error Codes
(Specific EFC031E):
11 ERR_EEPROM 15 ERR_TEA6415C
12 ERR_SAA7117A 16 ERR_MSP4411K
13 ERR_MST9883C 17 ERR_MAD4868
14 ERR_MASTER TUNER 18 ERR_TEA6422D
(
Factory setting
EFC031_X181-0
Return
Sound
Video
Field Service
...
...
...
...
Miscellaneous ...
Field Service
(Test patterns Off
Power Usage: 000030:29 LCD Usage: 000030:05
Clear Event History ...
Code Count Timestamp
00 000 000000:00
00 000 000000:00
00 000 000000:00
00 000 000000:00
00 000 000000:00
EFC031E - IFC130
First issue 02 / 06 11
1 VIDEO
1.1 Conditions
- The TV set should be warmed up for 60 minutes.
- The following conditions are automatically set when entering the Video submenu.
* Set these conditions in the User menu
1.2 Y, Pb, Pr Component Input
Video test pattern
1.3 VGA I
Format Moniteur standard (VESA) Format affichage TV standard
Fonction Valeur
Lumière Standard
Couleur Standard
Contraste Standard (70%)
Noir renforcé Inactif*
Tonalité Neutre
Contour 50%
Réducteur de bruit Inactif*
Couleur NTSC 50%
Mode zoom Standard
Test
Pattern
Philips test pattern 12 steps greyscale
Format 4:3 16:9 4:3 16:9
1H 576i25Hz 1080i25Hz576i25Hz 1080i25Hz
2H 576p50Hz 720p60Hz 576p50Hz 720p60Hz
Test
Pattern
Philips test pattern 12 steps greyscale
Picture
Format 4:3 16:9 4:3 16:9
1H 576i25Hz 1080i25Hz576i25Hz 1080i25Hz
2H 576p50Hz 720p60Hz 576p50Hz 720p60Hz
Test
Pattern
Philips test pattern 12 steps greyscale
Format
640x480@60Hz,
800x600@85Hz,
1280x1024@75Hz
640x480@60Hz,
800x600@85Hz,
1280x1024@75Hz
III - IFC130 CHASSIS - ALIGNMENT
EFC031E - IFC130
12 First issue 02 / 06
1.4
VIDEO CALIBRATION
1.4.1 YPbPr Calibration for TV display format
IFC130
- Connect Y, Pb, Pr signal to BV600 (”Video Components Enter”) with the following standard.
- Exit temporary from Service Mode and select the ”Video Components Enter” (press the magenta key on the
RCU ”Text” to come back at the service mode )
- Video pattern to calibrate
- Select ”YPbPr Calibration” in the ”PW218 1st page” Menu of the Service Mode and press the OK key on
the RCU.
The screen is flashing few minutes and stable after few seconds.
Signal Valeur (Vp-p)
Y: Sync to teak white 0.7
Pr:Sync to teak white 0.7
Pb:Sync to teak white 0.7
Calibration Pattern
Color bar with no Gamma correction
Picture
Format 720p60Hz, 2H, 16:9
(
Return
Panel Selection 009
Analog RGB Calibration
YCbCr Calibration
Factory Reset
BW Expand 000
CUEC / ICP 001
FRMEC 001
Flestone Correction 000
Film Mode 000
3:2 Film Sensitivity 000
2:2 Film sensitivity 004
Pixel Boost 000
DCS 000
DCTI 000
Peaking 001
Spatial noise Filter 000
LumaTemp.Noise Filter 064
LAI 000
Service Menu
BL1.41
Return
Sound
Video
SAA7117AE
...
...
...
PW2300 ...
Misc ...
PW218 1st page ...
PW218 2nd page ...
EFC031E - IFC130
First issue 02 / 06 13
1.4 2 RGB
Analog RGB Calibration
- Connect R, G, B Hsync and Vsync with following standard into VGA BV300
connector:
- Exit temporary from Service Mode and select the VGA enter (press the magenta key on the RCU ”Text” to come
back at the service mode)
- Video pattern to calibrate
- Select ”Analog RGB Calibration” in the ”PW218 1st page” menu of the Service Mode and press the OK key on
the RCU.
The screen is flashing few minutes and stable after few seconds.
Note:
The others items of the ”PW218 1st page” are described at § 5.
Signal Value (Vp-p)
R (Red) 0.7
G (Green) 0.7
B (Blue) 0.7
Hsync. 2.4V
Vsync. 2.4V
Calibration Pattern
16 step Gray scale with no gamma
correction
Picture
Format 1024x768@60Hz
(
Return
Panel Selection 009
Analog RGB Calibration
YCbCr Calibration
Factory Reset
BW Expand 000
CUEC / ICP 001
FRMEC 001
Flestone Correction 000
Film Mode 000
3:2 Film Sensitivity 000
2:2 Film sensitivity 004
Pixel Boost 000
DCS 000
DCTI 000
Peaking 001
Spatial noise Filter 000
LumaTemp.Noise Filter 064
LAI 000
Service Menu
BL1.41
Return
Sound
Video
SAA7117AE
...
...
...
PW2300 ...
Misc ...
PW218 1st page ...
PW218 2nd page ...
EFC031E- IFC130
14 First issue 02 / 06
2 - VIDEO ALIGNMENT
2.1 Cut Off
Cutt Off alignment has to be done for the following standards :
Note: After Cut Off alignment control white point alignment. Repeat the adjustments if necessary.
2.2 Whitepoint
-Whitepoint alignment has to be done for the same standards of the Cuttoff alignment :
2.3 Scaling Brightness Alignment
- Scaling Brightness Alignment est un réglage usine.
IFC130 : Brightness = +0024
- Insert a grey test pattern giving 15 Nits luminance level
- Measure the color co-ordinates near the screen center.
- Fix B Cutoff to the centre of the alignment range.
- Ajuster R Cutoff - G Cutoff:
Colour Co-ordinates Value
x 0.282
y 0.293
R Cutoff
G Cutoff
B Cutoff
-0028
-0004
-0016
Input Video Standard
SCART PAL / SECAM/ RGB
YPbPr SDTV (576i)
HDTV (108i 25)
HDTV (720p 60)
VGA VESA (DMT 1060)
SD Video (576i)
HD Video (1080i 25)
HDMI HDTV (720p 60)
FAV (CVBS) SD Video (576i)
IFC130
(
Service Video
(Cut Off Alignment ...
Whitepoint alignment ...
Scalling Brightness Alignment ...
Scalling Color Alignment ...
Scale Tint Alignment ...
Peak White Alignment ...
Text Contrast alignment ...
Preset for Video Alignment ...
Service Menu
BL1.41
Return
Sound
Video
SAA7117AE
...
...
...
PW2300 ...
Misc ...
PW218 1st page ...
PW218 2nd page ...
Coordonnées couleur Valeur
x 0.282
y 0.298
Brightness
-0003
R Gain
G Gain
B Gain
+0528
+0520
+0544
- Insert a grey test pattern with 50 IRE in one of the above mentioned standards.
- Measure the color co-ordinates near the screen center.
- Fix B Gain to the centre of the alignment range.
- Adjust R Gain - G gain to the following color co-ordinates:
EFC031E - IFC130
First issue 02 / 06 15
2.4 Scaling Colour
- Scaling Color Alignment has to be done for the following standards :
- 75% Color bar test pattern.
- Measure the Blue output and adjust Colour to equal levels as shown bellow:
2.5 Scale Tint
-
No alignment for EU models.
2.6 Peak White Alignment
- Peak White test pattern (100%).Colourimeter.
- Peak White alignment has to be done for the following standards :
- Adjust Contrast to the level : 450 Nits +20% -15%.
3 - SOUND
- The items of the SOUND menu are not used.
4 - MISCELLANEOUS
- IFC130
Colour
+0512
NTSC Tint
+0000
Contrast
+0534
Input Video Standard
SCART PAL / SECAM/ RGB
YPbPr SDTV (576i)
HDTV (108i 25)
HDTV (720p 60)
VGA VESA (DMT 1060)
SD Video (576i)
HD Video (1080i 25)
HDMI HDTV (720p 60)
FAV (CVBS) SD Video (576i)
Input Video Standard
SCART PAL / SECAM/ RGB
YPbPr SDTV (576i)
HDTV (108i 25)
HDTV (720p 60)
VGA VESA (DMT 1060)
SD Video (576i)
HD Video (1080i 25)
HDMI HDTV (720p 60)
FAV (CVBS) SD Video (576i)
(
Misc
Return
ADC Calibration ...
Test pattern ...
Service Menu
BL1.41
Return
Sound
Video
SAA7117AE
...
...
...
PW2300 ...
Misc ...
PW218 1st page ...
PW218 2nd page ...
EFC031E - IFC130
16 First issue 02 / 06
4.1 ADC Calibration
- Not used in this Menu.
The ADC Calibration adjustment is done in the ”PW218 1st page” (see § 1.4).
4.2 Test pattern
To check the Scaler Board:
- Press ”Left ” or ”Right ” key on RCU activate the purity test patterns in the following order:
Continous, white, black, red, green, blue, off.
5 -PW218 1st page - PW218 2nd page - PW2300 (spécific IFC130)
NOTE :
The Analog RGB Calibration and YCbCr Calibration items are described at §1.4.
Except other indication the following items , only deal with factory adjustments. Their
meaning is given for information only.
5.1 - PW218 1st page
Panel Selection
- Different panel timing selection.
Factory adjust.
If this item is modified, set it to the previous value (009) then exit from the Service Mode and enter again.
(
Return
Panel Selection 009
Analog RGB Calibration
YCbCr Calibration
Factory Reset
BW Expand 000
CUEC / ICP 001
FRMEC 001
Flestone Correction 000
Film Mode 000
3:2 Film Sensitivity 000
2:2 Film sensitivity 004
Pixel Boost 000
DCS 000
DCTI 000
Peaking 001
Spatial noise Filter 000
LumaTemp.Noise Filter 064
LAI 000
Service Menu
BL1.41
Return
Sound
Video
SAA7117AE
...
...
...
PW2300 ...
Misc ...
PW218 1st page ...
PW218 2nd page ...
!
EFC031E - IFC130
First issue 02 / 06 17
Factory Reset
- Factory reset of EEPROM data to default value.
Used only if the alignment have somthing wrong and need to align the TV again.
Installed channel will lost. ADC calibration no change.
Note:
After loading of a new software select ” Factory reset” and check the TV alignment.
BW Expand: Black expand.
CUEC/ICP: Color Upsampling Error Correction / Inter-Chroma Processing.
FRMEC: Frame Rate Motion Error Correction.
Fleshtone Correction: Color correction.
Film Mode: Film Mode On / Off.
3:2 Film Sensitivity - 2:2 Film Sensitivity: Film Mode 3:2 (or 2:2) sensitivity setting.
Pixel/Boost : Pixel boost On / Off.
DCS: Dynamic Color Saturation.
DCTI: Digital Color Transient Improvement
Peaking: Peaking Gain setting.
Spatial Noise Filter: Spatial Noise Filtering setting.
LumaTemp Noise Filter: Luma temporal Noise filtering setting.
LAI : Low Angle Interpolation
5.2 - PW218 2nd page
Blue Cal: Blue Calibration.
BWE Enable: Black White Expansion On / Off.
BWE Mode : Black White Expansion Mode.
DYNKDEINT Enable: Dynamic Motion weighting factor for DEINTerlacer
5.3 SAA7117AE
Not used.
(
Quit
Blue Cal 000
BWE Enable 000
BWE Mode 000
DYNKDEINT Enable 001
Service Menu
BL1.41
Return
Sound
Video
SAA7117AE
...
...
...
PW2300 ...
Misc ...
PW218 1st page ...
PW218 2nd page ...
EFC031E - IFC130
18 First issue 02 / 06
5.4 PW2300
Selected Feta: Select the PW2300 IC if there are>1.
3D Comb Filter: Validation On / Off de 3D Comb Filter.
FTC Level: Fleshtone correction Level.
FTC Angle: Fleshtone correction Angle.
DCTI Gain: Digital Color Transient Improvement Gain.
DCTI frequency: Digital Color Transient Improvement Frequency.
Luma Peaking Gain: Luma Peaking gain.
Luma Peaking L Threash: Luma Peaking Lower Threshold.
Luma Peaking U Threash: Luma Peaking Upper Threshold.
Luma Peaking L Trans: Luma Peaking Lower Transient.
Luma Peaking U Trans: Luma Peaking Upper Transient.
Luma Sharpness gain: Luma Sharpness Gain.
Luma Sharpness freq: Luma Sharpness Filter Cutoff frequency.
Black Stretch: Black Strech On / Off.
White Stretch: White Strech On / Off..
(
Selected Feta 000
3D Comb Filter 001
FTC Level 128
FTC Angle 035
DCTI Gain 007
DCTI Frequency 000
DLTI Gain 000
DLTI Frequency 000
Luma Peaking Gain 000
Luma Peaking L Threash 001
Luma Peaking U Threash 000
Luma Peaking L Trans 000
Luma Peaking U Trans 000
Luma Sharpness Gain 000
Luma Sharpness Freq 003
Black Stretch 128
White Stretch 128
Service Menu
BL1.41
Return
Sound
Video
SAA7117AE
...
...
...
PW2300 ...
Misc ...
PW218 1st page ...
PW218 2nd page ...
EFC031-IFC130-IFC230
First issue 12/05
IFC130E I/O Concept
Flash Memory
32Mbit
M29W320EB70N6
CH1
32bits data
12bits address
16bits data
21bits address
5 channel
LVDS
signal
CH0
64kbit
EEPROM
14.318
MHz
Scart 1
Scart 2
MA_Tuner
+
MM 1507
MM 1511
MM 1511
Mux/ Drv
MM 1507
Mux/ Drv
+
HALF
SCART
FULL
SCART
cv
cv
TEA6415C
CHR
Y
Y
AV1_CVBS_OUT
AV1_Y_OUT
AV1_CHR_IN
CHR
AV1_CHR_OUT
AV1_CVBS/Y_IN
INTERBOARD
CONNECTION
MA_TUNER_CVBS
AV2_Y_OUT
AV2_CHR_OUT
AV2_CVBS_OUT
AV2_CVBS/Y_IN
AV2_CHR_IN
CVBS_OUT
CVBS_OUT
FAV_CVBS/Y_IN
FAV_CHR_IN
Flat Panel Display
MA_Tuner
_CVBS
'L'=YC
'H'=CVBS
'L'=YC
'H'=CVBS
19
19
TV K B
DVD KB
FRONT CINCH
CVBS SVHS
LVDS OUT
IR
0x40/
0x48H
CVBS_3D
MA_Tuner_CVBS
32.11
MHz
MUX MUX
AV1_CVBS/YC
Scart1
AV2_CVBS/YC
Scart2
FAV_CVBS/YC
FAV
RGB+FB
Scart1
24-bits RGB
H+V+Clock
16MB
SDRAM
VGA_RGB
27
MHz
MU X
MUX
DDR Frame Buffer
4Mx32bitsx4banks
MT46V16M16-6T
256Mbit
(166MHz)
MT46V16M16-6T
256Mbi
(166MHz)
C_AV_IN
YC_SEL_CTRL1
Audio Block
Diagram
VGA_TX, VGA_RX
VGA_Right_Audio
VGA_Left_Audi0
MM1117/
1117/
MM1228
MM1113/
MM1224
C Mux
C_AV1
C_AV2
AV3/FAV_CHR_IN
Y_AV1
Y_AV2
AV3/FAV_CVBS/Y_IN
VGA_RGB
RS232
DRV
VGA
2kbit
EEPROM
COMP_YPbPr1
DVD
Y_AV_IN
YC_SEL_CTRL2
DVD_Right_Audio
DVD_Left_Audio
Master_Mute
Audio_STBY
RESET_AUDIO
YC_SEL_CTRL1
YC_SEL_CTRL2
CVBSOUT_AV1_CTRL
CVBSOUT_AV2_CTRL
YC_DVD_SEL_CTRL
Video
Decoder
PW2300
Video
Decoder
SAA7117A
LCD/Plasma TV
Controller
PW118B
COMP_YPbPr2
Card Reader
Module
FE6233
MM1508
Y Mux
Y Mux
MM1506
C Mux
YC_DVD_SEL_CTRL
Comp IN
UART1
DVD_CVBS
DVD_YC
DVD_CVBS
Audio Jack
H-port 8 bits
I-port 8 bits
H+V+Clock
16-bits YCbCr
H+V+Clock
LINE_O/P_L
LINE_O/P_R
Audio Cinch Output
UART1
COMP_YPbPr2
COMP_YPbPr1
Prepared
2kbit
EEPROM
TMDS
28.322
MHz
HDMI Rx
SiI9011
LRCLK, BCLK,
PCMDATA
HDMI_Right_Audio
HDMI_Left_Audio
CVBSOUT_AV2_CTRL CVBSOUT_AV1_CTRL
0xC2H
I2 C
0x06H
I2 C
0xA0H
I2 C
I
2
CC 0x80, 82, 9AH
VGA_Right_Audio, VGA_Left_Audio
Comp_Right_Audio, Comp_Left_Audio
Comp_Right_Audio
Comp_Left_Audio
Card Reader_Right_Audio, Card Reader_Left_Audio
Card Reader_Right_Audio
Card Reader_Left_Audio
Master_Mute
AUDIO_STBY
RESET_AUDIO
RGB+FB Scart1, AV1_CVBS/YC Scart1
FAV_CVBS/YC FAV
AV2_CVBS/YC Scart2
0x06H
I2 C
0xA0H
I2 C
0x66H
I2 C
0xA0H
I2 C
I
2
C
BLOCK DIAGRAM - SCHEMA SYNOPTIQUE - BLOCKSCHALTBILD - SCHEMA A BLOCCHI - ESQUEMA DE BLOQUES
EFC031-IFC130-IFC230
First issue 12 / 05
Note :
Power Supply primary circuit measurements.
- Use only ( ) connection point.
Attention :
Mesure dans la partie primaire de l'alimentation
- Utiliser la masse du bloc alimentation ( ).
Achtung :
Bei Messungen im Primärnetzteil
- Primärnetzteilmasse verwenden ( ).
Attenzione :
misure nell'alimentatore primario
- usare massa alimentazione primario ( ).
Cuidado :
Medida en el bloque de alimentacion
- Utilizar la masa del bloque de alimentacion ( ).
Part of board connected to mains supply.
Partie du châssis reliée au secteur.
Primärseite des Netzteils.
Parte dello telaio collegata alla rete.
Parte del chasis conectada a la red.
Use isolating mains transformer
Utiliser un transformateur isolateur du secteur
Einen Trenntrafo verwenden
Utilizzare un transformatore per isolarvi dalla rete
Utilizar un transformador aislador de red
!
Indicates critical safety components, and identical components should be used
for replacement. Only then can the operational safety be garanteed.
Le remplacement des éléments de sécurité (repérés avec le symbole ) par
des composants non homologués selon la Norme CEI 65 entraine la non-conformité
de l'appareil. Dans ce cas, la responsabilité dufabricant n'est plus engagée.
!
!
!
!
Wenn Sicherheitsteile (mit dem Symbol gekennzeichnet) durch nicht
normgerechte Teile ersetzt werden, erlischt die Haftung des Herstellers.
La sostituzione degli elementi di sicurezza (marcati con il segno ) con
componenenti non omologati secondo la norma CEI 65 comporta la non conformitá
dell'apparecchio. In tal caso é “esclusa la responsabilità” del costruttore.
La subtitución de elementos de seguridad (marcados con el simbolo ) por
componentes no homologados segun la norma CEI 65, provoca la no
conformidad del aparato. En ese caso, el fabricante cesa de ser responsable.
!
TL431
VAL?
FB
D
D
Vcc
OCP
GND
startup
T500mAL 250V
FP610
CP611
22U
400V
RP612
1R2/2W
DP612
FS1MI
DP613
FS1MI
CP612
1N
1KV
34
562178
STR-A6159
IP610
CP602
220N
1
4
3
2
LP600
1
2
3
4
5
6
BP600
RP611
150K
RP616
1K
FP610A
FP610B
H
DP601
1N4148W
DP614
FS1MI
DP611
FS1MI
CP617
820P
DP616
SR560
CP616
470U
1
2
4
5
10
9
8
7
SMT_STBY8
LP610
CP610
220P
5VSTBY
RP613
62R
RP601
3K3BC848B
TP601
3
2
1
BP610
DP615
FUF4005
GND
5VSTBY
RP618
2K
RP617
2K43
RP615
220R
RP614
10K
RP602
22K
1
2
3
4
IP630
TCET1103G
IP620
DP617
RGP15G
CP618
100N
CP615
680P
CP614
10U
CP613
22U
50V
GNDGND
GND
GND
H
H
PO
5VSTBY
GND
PO
GND
H
4
5
1
2
3
SP600
AC5
AC3
AC4
H
!
!
!
!
!
!
!
!
!
!
!
!
!
!
POWER SUPPLY - ALIMENTATION - NETZTEIL - ALIMENTAZIONE - ALIMENTACIÓN
SCHEMATIC DIAGRAM - SCHEMA DE PRINCIPE - SCHALTBILD - SCHEMA - ESQUEMA
EFC031-IFC130-IFC230
First issue 12/05
9
8
10
11
13
12
14
15
16
17
18
19
20
21
7
5
1
2
3
4
6
1
2
9
8
10
11
13
12
14
15
16
17
18
19
20
21
7
5
1
2
3
4
6
1
2
NSAD500H
*
R_OUT_AV2
L_OUT_AV2
CVBS_OUT
AV1
R_OUT_AV1
R_IN_AV1
L_OUT_AV1
AUDIO-GND
BLUE-GND
L_IN_AV1
CVBS_OUT
CVBS_IN
RGB-GND
SHIELD-GND
RED-GND
SPARE
Green
DATA
GREEN-GND
Blue
SHIELD-GND
CVBS_IN
RGB-GND
RED-GND
GREEN-GND
BLUE-GND
AUDIO-GND
SBLK
Red/Chroma
FBLK
AV2
DIGITAL INTERFACE
AUDIO
L_IN_AV2
R_IN_AV2
DIGITAL INTERFACE
SYNC/CVBS-GND
SYNC/CVBS-GND
CHROMA
AUDIO
FRONT AV
SBLK
AUDIO
*
*
*
*
NOT INSERTED
VIDEO SWITCHING
POWER INTERFACE
VIDEO SWITCHING
AUDIO
DIGITAL INTERFACE
RF Module
VIDEO SWITCHING
DIGITAL INTERFACE
SYNC/CVBS-GND
SYNC/CVBS-GND
TECI
AUDIO VIDEO INPUT (AV IN)
DIGITAL INTERFACE
SCH IFC130E AV BOARD
SW_AV1_CVBS/Y_IN
I2C0/1_DA
I2C0/1_CL
I2C0/1_CLK
I2C0/1_DATA
I2C0_DATA
I2C0_CLK
I2C0_DA
I2C0_CL
DE101
12345678910
BE100
1234
8765
RE101
68R
AGND
AGND
75R
RX110
ZMM6.8
DX206
8K2 1%
RX114
1K 1%
RX122
ZMM6.8
DX103
ZMM6.8
DX105
75R
RX115
CX100
18P0
18P
CX126
CX101
18P
100R
RX212
18P
CX131
CX201
18P0
100R
RX210
100R
RX113
27R
RX100
47R
RX101
ZMM15
DX106
18P0
CX202
18P
CX130
18P
CX218
18P
CX219
18P
CX125
75R
RX211
18P
CX217
1
10
11
12
13
14
15
2
3
4
5
6
7
8
9
BH101
BX101
RX501
47R
RX213
1K 1%
CX200
18P0
DX200
ZMM15
BX200
LX105
27R
RX504
47R
RX503
27R
RX500
27R
RX112
100R
RX108
47R
LX107
120Z
DX100
ZMM6.8
100R
RX131
CX129
18P
DX101
ZMM6.8
27R
RX104
RX102
27R
RX103
47R
CX127
18P
LX106
120Z
47R
RX105
DX102
ZMM6.8
22P
CX509
LX503
120Z
1
2
3
4
5
6
7
8
9
BX500
RX505
237R
1%
JX200
0R
JX100
0R
CX128
18P
RX130
47R
CX102
18P
RX107
27R
LX506
3U3
1%
237R
RX506
22P
CX508
RX202
47R
RX201
27R
LX500
120Z
22P
CX500
LX504
3U3
1%
237R
RX502
LX502
120Z
LX501
120Z
RX208
27R
LX103
120Z
ZMM6.8
DX202
LX207
120Z
LX100
120Z
DX104
ZMM6.8
LX104
120Z
RX209
47R
LX204
120Z
LX101
120Z
LX505
3U3
22P
CX501
RX507
237R
1%
LX507
3U3
ZMM6.8
DX201
LX206
120Z
18P0
CX213
RX200
8K2 1%
LX201
120Z
AGND
SW_AV2_CHR
AGND
AV1_RED/C_IN
AGND
AGND
AGND
AGND
AGND
AGND
AGND
CVBS_AV1_OUT
SW_AV2_CVBS/Y_IN
AGND
AGND
AGND
AGND
AGND
AGND
AGND
SW_AV1_R/CHR
AV1_PIN8_IN
AGND
AV1_PIN16
CVBS_AV2_OUT1
AGND
+6V5
AM_AF
CVBS_IFM
SIF
I2C0_DATA
I2C0_CLK
AV1_BLUE
AV2_PIN8_IN
AGND
AGND
AGND
R_OUT_AV2
AGND
FCB_L_IN
AV1_GREEN
AV2_CVBS/Y_IN
AGND
AGND
AGND
AGND
AGND
FCB_R_IN
AGND
AV1_CVBS/Y_IN
L_IN_AV1
F_CHROMA_IN
AGND
FCB_CHROMA_IN_LOW
AGND
AGND
AGND
AGND
FCB_CVBS/Y_IN_LOW
AGND
AGND
AGND
AGND
AGND
FCB_CHROMA_IN
FCB_CVBS/Y_IN
AGND
AGND
SW_F_CHROMA_IN
SW_F_CVBS/Y_IN
AGND
R_OUT_AV1
R_IN_AV1
L_OUT_AV1
AGND
AGND
AGND
F_CVBS/Y_IN
AGND
AGND
GND
AGND
AGND
AGND
AGND
L_IN_AV2
GND
AGND
R_IN_AV2
AGND
AV2_C_IN
L_OUT_AV2
AGND
MAIN SCHEMATIC DIAGRAM - SCHEMA DE LA PLATINE PRINCIPALE - SCHALTBILD HAUPTPLATINE - SCHEMA DELLA PIASTRA PRINCIPALE- ESQUEMA DE LA PLATINA PRINCIPAL
EFC031-IFC130-IFC230
First issue 08 / 04
8
GND
6
VCC
3
IN2
2
SW1
1
IN1
5
IN3
SW2
4
7
OUT
CLAMP
BIAS
BUF
CLAMP
CLAMP
8
GND
1
IN1
7
OUT
6
VCC
3
IN2
2
SW1
5
IN3
SW2
4
15K
15K
BUF
15K
BIAS
GND
IN1
IN2
OUT
SWVCC
MM1506
BIAS
15k 15k
DRV.
6dB
GND
IN1
IN2
OUT
SWVCC
MM1508
BIAS
CLAMPCLAMP
DRV.
6dB
MM1511
5
GND
6
YIN
4
CIN
2
OUT
1NC3
VCC
BIAS
CLAMP
15k
+
6dB
-6dB
5
GND
6
IN1
4
IN2
2
OUT
1SW3
VCC
MM1507
BIAS
CLAMPCLAMP
DRV.
MM1511
5
GND
6
YIN
4
CIN
2
OUT
1NC3
VCC
BIAS
CLAMP
15k
+
6dB
-6dB
5
GND
6
IN1
4
IN2
2
OUT
1SW3
VCC
MM1507
BIAS
CLAMPCLAMP
DRV.
5
GND
6
IN1
4
IN2
2
OUT
1SW3
VCC
MM1507
BIAS
CLAMP CLAMP
DRV.
1
IN1
3
IN2
5
IN3
6
IN4
8
IN5
10
IN6
11
IN7
20
IN8
2
DATA
4
CLOCK
9
VCC
7
PROG
19
GND2
12
GND1
OUT6
18
17
OUT5
OUT4
16
15
OUT3
OUT2
14
13
OUT1
DIGITAL INTERFACE
H
L
DIGITAL INTERFACE
H
L
DIGITAL INTERFACE
L
H
L
L
AV IN
VIDEO SWITCHING
AV IN
DIGITAL INTERFACE
H
H
L
OUTSW2SW1
LL
H
H-- IN3
IN2
IN1
AV IN
Truth Table
DIGITAL INTERFACE
DIGITAL INTERFACE
MM1113/MM1117
SCH IFC130E AV BOARD
CX600
100N
TEA6415C
IX802
AV3/F_CVBS_IN
AV3/F_CHROMA_IN
F_CVBS/Y_IN
MA_TUNER_CVBS
SW_AV1_R/CHR
SW_F_CHROMA_IN
JX800
0R
YC_SEL_CTRL1
SW_F_CVBS/Y_IN
CX814
100N
10VA
CVBS_AV2_OUT2
CX836
100N
CX827
100N
AGND
AGND
RX859
PREP
RX858
0R
JX801
0R
RX120
100K
CX826
1U
AGND
RX856
100R
I2C0/1_CLK
CX834
33P
CX835
33P
I2C0/1_DATA
AGND
CX809
1UF
AGND
RX846
100K
RX845
100K
CVBS_AV1_OUT
CX815
1U
CVBSOUT_AV2_CTRL
CVBSOUT_AV1_CTRL
CX807
1UF
CX810
1UF
CX806
1UF
CX800
1UF
CX650
1UF
CX104
1UF
CX204
1UF
CX801
1UF
CX105
1UF
CX205
1UF
CX824
100N
YC_SEL_CTRL2
CX825
100N
10VA
10VA
10VA
10VA
CX804
100N
CX802
22N
10VA
10VA
CVBS_AV2_OUT1
RX841
100K
CX812
1UF
RX847
100K
RX844
100K
AGND
AGND
AGND
RX843
100K
CX106
22N
AGND
AGND
RX811
75R
SW_AV2_CHR
AGND
AGND
AGND
F_CHROMA_IN
JX803
0R
JX802
0R
CX811
100N
CX206
22N
CX203
22N
SW_AV2_CVBS/Y_IN
AGND
10V
RX121
100K
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
22N
CX103
CX803
47UF
CX124
22N
CX808
100N
CX816
100N
RX116
100K
RX118
100K
CX813
100N
CX805
100N
RX650
27R
RX651
47R
RX117
100K
RX119
100K
LX800
10UH
CX820
47UF
AGND
RX849
100K
AGND
AGND
RX848
100K
AGND
RX840
100K
AGND
AGND
RX842
100K
AGND
AGND
RX857
100R
10VA
AGND
IX809
IX804
IX803
IX806
IX805
CVBS_IFM
SW_AV1_CVBS/Y_IN
5
6
4
2
13
IX810
100N
CX829
RX853
34R8
0R
JX804
100K
RX839
1UF
CX832
1UF
CX833
100K
RX838
75R
RX854
40R2
RX855
47P
CX854
LX853
10NH
CX855
270P
CX853
470P
560NH
LX852
100N
CX831
0R
JX805
5
6
4
2
13
IX811
RX850
34R8
75R
RX851
CX830
100N
CX850
470P
40R2
RX852
47P
CX851
LX851
10NH
CX852
270P
560NH
LX850
CX828
100N
YC_DVD_SEL_CTRL
AGND
D_Y
AGND
Y_AV_IN
AGND
AGND
AGND
AGND
AGND
AGND
D_CHR
YC_DVD_SEL_CTRL
AGND
C_AV_IN
AGND
AGND
AGND
AGND
AGND
10VA
10VA
MM1113
IX807
MM1117
IX808
D_CVBS
MAIN SCHEMATIC DIAGRAM - SCHEMA DE LA PLATINE PRINCIPALE - SCHALTBILD HAUPTPLATINE - SCHEMA DELLA PIASTRA PRINCIPALE- ESQUEMA DE LA PLATINA PRINCIPAL
EFC031-IFC130-IFC230
First issue 12/05
VIDEO SWITCHING
DIGITAL INTERFACE
SCH IFC130E AV BOARD
10
11 12
13 14
15 16
17 18
19
2
20
21 22
23 24
25 26
27 28
29
3
30
31 32
33 34
35 36
37 38
39
4
40
41 42
43 44
45 46
47 48
56
78
9
1
49
51
53
55
57
59
50
52
54
56
58
60
61
63
65
67
62
64
66
68
69 70
71 72
73
75
74
76
77
79
78
80
BX100
80-WAY
CX702
0R
RX703
75R
D_CVBS
I2C0/1_CLK
I2C0_CLK
I2C0/1_DATA
I2C0_DATA
COMP_R_IN
JX001
0R
CVBSOUT_AV1_CTRL
CVBSOUT_AV2_CTRL
MASTER_MUTE
COMP_L_IN
AV1_CVBS/Y_IN
AV1_PIN8_OUT_6
AV1_PIN16
AV1_RED/C_IN
AV1_GREEN
AV1_PIN8_IN
AV1_BLUE
AV2_CVBS/Y_IN
CVBS_AV2_OUT2
AV1_PIN8_OUT_12
AV2_C_IN
DGND
MA_TUNER_CVBS
DGND
C_AV_IN
Y_AV_IN
YC_SEL_CTRL1AV3/F_CHROMA_IN
AV3/F_CVBS_IN
VGA_R_IN
VGA_L_IN
AUDIO_STBY
CR_R_IN
RESET_AUDIO
CR_L_IN
DVI_R_IN
DVI_L_IN
LINE_O/P_R
BCLK
LINE_O/P_L
LRCLK
PCMDATA0
I2C2_CLK
I2C2_DATA
0R
JX706
0R
JX702
0R
JX701
0R
JX705
0R
JX710
0R
JX713
0R
JX703
0R
JX704
I2C1_CLKI2C1_DATA
AGND
DGND
YC_SEL_CTRL2
JX003
0R
JX002
0R
0R
JX004
AGND
METAL_GND
150R
RX701
150R
RX700
47P
CX700
47P
CX701
RX704
75R
LX700
600
LX701
600
AGND
AGND
AGND
AGND AGND
D_Y
D_CHR
YC_DVD_SEL_CTRL
MAIN SCHEMATIC DIAGRAM - SCHEMA DE LA PLATINE PRINCIPALE - SCHALTBILD HAUPTPLATINE - SCHEMA DELLA PIASTRA PRINCIPALE- ESQUEMA DE LA PLATINA PRINCIPAL
EFC031-IFC130-IFC230
First issue 12/05
GND
OUT
IN
GND
OUT
IN
OUT
IN
GND
GND
OUT
IN
+24V
+12V_UA
+24V_GND
+12V_GND
+6V5
VOLTAGE REGULATOR
1
2
3
4
5
6
7
8
9
10
11
12
13
14
BP100
+24V
+12V
SCH IFC130E AV BOARD
CP110
220N
16V
RP105
560R
16V
100UF
CP104
1
2
3
LD1117DT
ICS
IP103
JP104
0R
JP105
0R
JP106
0R
RP106
3K9
CP105
100UF
16V
3
1
2
KF80BDT
IP104
220N
16V
CP109
16V
220N
CP108
CP116
100UF
16V
220N
CP107
16V
16V
100UF
CP106
220N
CP115
16V
CP101
100UF
16V
220N
CP111
CP102
100UF
16V
2
3
1
LF50CDT
IP106
CP112
220N
16V
10U
CP118
JP002
0R
JP001
0R
0R
JP003
1
2
3
IP101
LD1117DT33
AGND
GND
+24V_GND
+24V_GND
3V3
GND
GND
+12V_GND
8V
5V
10V
+12V_OUT
AGND
+12V_GND
+12V_UA
+12V_UA
MAIN SCHEMATIC DIAGRAM - SCHEMA DE LA PLATINE PRINCIPALE
SCHALTBILD HAUPTPLATINE - SCHEMA DELLA PIASTRA PRINCIPALE
ESQUEMA DE LA PLATINA PRINCIPAL
EFC031-IFC130-IFC230
First issue 12/05
STA515W
OUT2B2
GND2B
GNDSUB
OUT2B1
VCC2B
VCC1A
OUT1A1
OUT1A2
GND1A
IN1A
GND1B
OUT1B2
OUT1B1
VCC1B
VCC2A
OUT2A1
OUT2A2
GND2A
TH-WAR
IN1B
VL
CONFIG
PWRDN
TRI-STATE
FAULT
VDD2
IN2B
GND-CLEAN
GND-REG
IN2A
VCCSIGN1
VCCSIGN2
VSS1
VSS2
VDD1
NC
M14
M16
M3
M2
M5
M4
M17
M15
PROTECTION
&
LOGIC
REGULATORS
AUDIO AMP
SCH IFC130E AV BOARD
AUDIO_STBY1
TS203
RN1402
DS204
IN4148
DS201
IN4148
DS203
IN4148
RS201
10K
TS202
BC856B
DS213
DS212
DS211
DS210
CS205
100N
1K
RS222
47K
RS202
CS232
1MI0F
18R
RS212
2
5
1
3
4
15
17
16
14
29
13
10
11
12
7
8
9
6
28
30
23
24
25
26
27
21
32
19
20
31
36
35
34
33
22
18
IS200
GND
CS220
1UF
CS218
1UF
CS215
470N
5R6
RS210
CS212
100N
CS211
100N
CS207
100N
CS208
100N
0R
JS001
PWM_RM
PWM_RP
PWM_LP
RS220
0R
+24V_GND
+24V_GND
RS208
10R
CS216
680P
+24V_GND
RS209
10R
CS217
680P
+24V_GND
CS219
1UF
LS213
1000 OHM
1
2
3
4
5
6
BS002
LS211
1000 OHM
0R
RS257
LS210
1000 OHM
0R
RS254
0R
RS255
0R
RS256
LS212
1000 OHM
VALIED_LR
0R
RS250
LS204
22UH
LS203
22UH
LS202
22UH
LS201
22UH
CS230
470UF
CS201
470UF
AGND
0R
JS003
0R
JS002
GND
0R
JS004
+24V_GND
DS207
IN4148
CS203
100N
CS214
470N
CS213
100N
CS210
100N
CS209
100N
CS206
100N
CS204
100N
CS202
100N
CS221
1UF
5R6
RS211
18R
RS213
+24V_GND
+24V_GND
+24V_GND
+24V_GND
+24V_GND
+24V_GND
+24V_GND
+24V_GND
0R
JS005
GND
GND
DGND
GND
+24V_GND
3V3
PWM_LM
AUDIO_STBY
+24V
+24V_GND
+24V_GND
+24V_1
L/R_MUTE
+24V_GND
HP_DET
MASTER_MUTE
RS251
470R
MAIN SCHEMATIC DIAGRAM - SCHEMA DE LA PLATINE PRINCIPALE - SCHALTBILD HAUPTPLATINE - SCHEMA DELLA PIASTRA PRINCIPALE- ESQUEMA DE LA PLATINA PRINCIPAL
EFC031-IFC130-IFC230
First issue 12/05
AGNDC
NC1
SC4_IN_L
SC4_IN_R
ASG1
SC3_IN_L
AVSS1
NC2
AVSUP2
ANA_IN1+
ANA_IN-
ANA_IN2+
STANDBYQ
D_CTR_I/O_0
XTAL_OUT
XTAL_IN
D_CTR_I/O_1
SPDIF_OUTTPVALIED_LR
AUD_CL_OUT
VALIED_B
ADR_SEL
TESTEN
AVSUP1
AVSS
SC5_IN_R
VREFTOP
SC5_IN_L
SC2_IN_L
ASG2
SC3_IN_R
I2S_WS
I2S_DA_OUT
I2S_DA_IN1
I2S_DEL_IN
I2S_DEL_OUT
I2S_DEL_CL
I2S_DEL_WS
DVSUP1
DVSUP2
DVSS1
DVSS2
DVSS3
I2S_DA_IN2
I2S_CL3
I2S_WS3
RESETQ
I2S_DA_IN3
I2S_DA_IN4
DACA_R
DACA_L
PWM_BM
PWM_BP
PWM_VDD
VREF2
PWM_VSS
PWM_RM
PWM_RP
PWM_LM
PWM_LP
SC2_OUT_R
SC2_OUT_L
VREF1
SC1_OUT_R
SC1_OUT_L
CAPL_A
AHVSUP
SC3_OUT_R
SC3_OUT_L
AHVSS1
AHVSS2
SC2_IN_R
ASG3
SC1_IN_L
SC1_IN_R
I2C_DA
I2S_CL
I2C_CL
SHUTDOWNQ
MSP46XYK
ROUT2
NCNCL5
L4
L3L2VS
GND
NC
NC
L6
LOUT2
ROUT1
LOUT1
LOUT3
ROUT3
L1 R1
R2R3R4R5R6
CAPA
ADDR
SCL
SDA
AUDIO MSP
component location close to connectors
ESDA14V2L
IA301
CA303
470U0
SCH IFC130E AV BOARD
TA003
RN2042
GND
1N0
CA003
AUDIO_STBY
GND
1
2
3
4
BA301
LRCLK
PCMDATA0
BCLK
15K0
RA001
GND
PWM_LP
PWM_LM
PWM_RP
PWM_RM
RA015
470R0
1U8H
LA004
MUTE
VALIED_LR
VALIED_B
GND
CA036
10U0
CA304
1UF
CA300
1UF
CA052
1N0
4U7
CA024
0R
RA275
CA009
220N0
0R
RA273
LA001
4U7
LA005
4U7
0R
RA274
LA010
4U7
47R0
RA002
RA012
100R0
RA011
100R0
47UF
CA262
45
46
47
48
49
50
62
63
656667
68
80
78
71
70
77
7672757374
79
69
64
61
60
58
59
53
52
51
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
262728252930313233343536373839
40
41
42
43
44
54
55
56
57
1
2
3
4
IA001
470R0
RA277
470R0
RA276
47UF
CA252
47UF
CA225
RA008
100R0
RA009
100R0
47UF
CA273
RA020
1K0
RA021
1K0
GND
CA021
47P0
RA019
1K0
CA025
1UF
COMP_L_IN
100N0
CA023
RA022
1K0
GND
CA022
47P0
COMP_R_IN
CA026
1UF
CA027
1UF
AV2_L_IN
CA029
47P0
CA028
1UF
AV2_R_IN
GND
CA030
47P0
1K0
RA023
AV1_L_IN
CA031
1UF
1K0
RA024
GND
47P0
CA033
CA032
1UF
AV1_R_IN
CA035
100N0
1N0
CA038
RA025
1K0
CA037
1UF
AM_AF
GND
47P0
CA002
RA018
47R0
47R0
RA016
GND
470P0
CA008
GND
180P0
CA019
CA020
180P0
1K0
RA013
1K0
RA014
CA524
1UF
CA517
1UF
GND
GND
RA320
18K0
HP_DET
5V
RA310
18K0
5V
HP_R_IN_FCB
I2C0/1_DATA
I2C0/1_CLK
AV1_R_OUT
AV1_L_OUT
47UF
CA265
AV2_L_OUT
AV2_R_OUT
AV1_L_OUT
AV1_R_OUT
DVI_L_IN
DVI_R_IN
CA518
47UF
100U0
CA048
CA305
470U0
10U0
CA302
10U0
CA306
16V
470UF
CA042
10U0
CA060
10U0
CA012
CA014
10U0
47UF
CA520
CA505
1UF
CA519
100N0
FCB_R_IN
10V
GND
GND
GND
1N0
CA011
GND
GND
CA010
100N0
GND
GND
GND
GND
12457
1011121314 15
16171819202122232526272824
638
9
IA500
TEA6422D
TA001
BC846B
TA002
BC846B
LA301
300R0
10V
3V3
GND
GND
1N0
CA507
100K0
RA505
DVD_L_IN
GND
CA016
470P0
GND
470P0
CA015
470P0
CA007
CA061
100N0
CA062
100N0
LA300
300R0
4R7
RA303
MASTER_MUTE
RESET_AUDIO
3K9
RA300
100R0
RA003
1N0
CA051
RA305
3K9
RA312
18K0
RA304
10K0
RA302
18K0
RA307
18K0
100K0
RA306
4
8
7
5
6
100R0
RA004
GND
AUDIO_STBY
47R0
RA500
47R0
RA501
FCB_L_IN
15U0
LA002
LA003
15U0
470R0
RA017
VGA_R_IN
VGA_L_IN
SIF
18M432
QA001
3P3
CA046
CA045
47P0
CA040
100P0
100N0
CA521
100N0
CA043
PG
2
3
1
8
4
IA300
TS482D
CA044
10N0
GND
CA039
100P0
RA502
100K0
CA514
1N0
GND
47P0
CA001
GND
1K0
RA026
4R7
RA309
CA049
1N0
GND
GND
GND
GND
8V
100N0
CA050
3P3
CA047
CA041
220N0
CA034
47P0
100N0
CA307
100K0
RA301
RA308
10K0
GND
GND
GND
GND
GND GND
GND
DVD_R_IN
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
L/R_MUTE
SUB_MUTE
GND
GND
GND
LA211
300
RA212
4K7
CA210
220P0
LA210
300
4K7
RA210
LA201
300
4K7
RA202
220P0
CA200
RA200
4K7
LA200
300
47K0
RA203
RA201
47K0
220P0
CA201
RA213
47K0
CA212
220P0
CA203
220P0
220P0
CA202
220P0
CA213
47K0
RA211
CA211
220P0
GND
L_IN_AV2
AV2_L_IN
AV1_R_IN
R_IN_AV2
GND
GND GND GND
GNDGND
GND GND
L_IN_AV1
R_IN_AV1
GND GND
AV1_L_IN
GND
AV2_R_IN
LA261
LA260
LA251
LA250
220R0
RA250
220R0
RA252
47K0
RA253
CA260
1N0
47K0
RA251
470P0
CA251
1N0
CA250
RA260
220R0
RA261
47K0
CA261
470P0
CA254
470P0
1N0
CA253
CA263
1N0
RA263
47K0
470P0
CA264
RA262
220R0
L_OUT_AV2
R_OUT_AV2
L_OUT_AV1
GND
GNDGNDGND
GND
GND
GND GND
GND
GND
GND
GND
R_OUT_AV1
GND
CA501
1UF
CA502
1UF
CA506
1UF
CA515
1UF
CA522
1UF
CA516
1UF
CA503
1UF
1
2
3
BA300
GND
HP_L_IN_FCB
DA301
IN4148
LINE_O/P_R
LINE_O/P_L
470P0
CA274
RA272
100R0
GND
47UF
CA271
470P0
CA272
RA271
100R0
GND
AV2_R_OUT
AV2_L_OUT
3V3
5V
8V
GND
MAIN SCHEMATIC DIAGRAM - SCHEMA DE LA PLATINE PRINCIPALE - SCHALTBILD HAUPTPLATINE - SCHEMA DELLA PIASTRA PRINCIPALE- ESQUEMA DE LA PLATINA PRINCIPAL
EFC031-IFC130-IFC230
First issue 12/05
+33V
+5V-IF
+5V-T
AGC
AS
AUDIO
FM-I F
FM-SW
GND
NC2
SCL
SDA
SIF
VIDEO
NC3
NC4
NC5
o/p
(int)
+5V-T
FMinput
NC1
IN
OUT
+33V
+5V-IF
+5V-T
AGC
AS
AUDIO
FM-IF
FM-SW
GND
NC2
SCL
SDA
SIF
VIDEO
NC3
NC4
NC5
o/p
(int)
+5V-T
FMinput
NC 1
(MAIN-TUNER) (SLAVE-TUNER)
33Vdc Invertor
To AV Board
2T RF TUNER
SCH 2T RF MODULE IFC130/230
123456789101112131415
BH101
10U0
LH005
5VT
RH051
0R
8
123
4
9
131415
16
5
6
121011
7
171819
20
NH001FE6233
AGND
AGND
AGND
CH106
220U
10V
+6V5
JH108
0R
LH003
10U0
I2C0_DATA
I2C0_CLK
5V
RH009
2K7
3
2
1
LD1117S50C
IH100
AM_AF
RH006
6K8
RH007
180R0
JH107
5V
5VT
TH100
BC846B
CH050
120P
RH017
91R
5VT
0R
JH106
0R
JH102
DH101
BZX55B33
33V
JH104
0R
0R
JH105
0R
JH101
SIF
RH008
0R
RH103
22R
50V
CH019
1UF
RH101
150R
AGND
CH102
180P
CVBS_IFM
JH003
0R
JH002
0R
JH001
0R
33VT
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
16V
CH006
100UF
CH005
22N0
RH003
1K0
LH050
3U3H
33VT
RH100
10K
10UH
LH002
CH002
1N0
LH001
10U0
RH010
1K5
33P0
CH009
16V
CH007
47UF
RH102
10K
LH100
1MH
RH050
0R
CH101
10N
50V
CH100
22N
CH018
330P0
CH008
33P0
CH004
22N0
1N0
CH003
1N0
CH001
TH001
BC846B
RH011
47R0
RH005
100R0
100R0
RH004
220N
CH107
16V
DH100
BA592
CH105
6N8
CH103
4N7
16V
1UF
CH104
AGND METAL_GND
0R
JH004
AGND
AGND
AGND
LH004
10U0
CH120
220U
10V
AGND
8
123
4
9
131415
16
5
6
121011
7
171819
20
NH002FE6232
33P0
CH013
CH012
33P0
16V
100UF
CH016
22N0
CH015
RH015
2K
2
RH012
0R
1N0
CH011
91R
RH016
10U0
LH007
CH051
120P
100R0
RH014
RH013
100R0
LH006
10UH
CH010
1N0
16V
100UF
CH017
LH051
3U3H
22N0
CH014
AGND
33VT
5VT
AGND AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
MAIN SCHEMATIC DIAGRAM - SCHEMA DE LA PLATINE PRINCIPALE - SCHALTBILD HAUPTPLATINE - SCHEMA DELLA PIASTRA PRINCIPALE- ESQUEMA DE LA PLATINA PRINCIPAL
EFC031-IFC130-IFC230
First issue 12 / 05
SCALER SCHEMATIC DIAGRAM - SCHEMA DE LA PLATINE SCALER - SCHALTBILD SCALER - SCHEMA DELLA PIASTRA SCALER - ESQUEMA DE LA PLATINA SCALER
EFC031-IFC130-IFC230
First issue 12 / 05
SCALER SCHEMATIC DIAGRAM - SCHEMA DE LA PLATINE SCALER - SCHALTBILD SCALER - SCHEMA DELLA PIASTRA SCALER - ESQUEMA DE LA PLATINA SCALER
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