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TA-DA9000ES
SERVICE MANUAL
Ver 1.2 2004.09
AEP Model E Model
This amplifier incorporates Dolby* Digital and Pro Logic Surround and the DTS** Digital Surround System. * Manufactured under license from Dolby Laboratories. Dolby , Pro Logic and the double-D symbol are trademarks of Dolby Laboratories. ** DTS , DTS-ES Extended Surround , and Neo:6 are trademarks of Digital Theater Systems, Inc.
SPECIFICATIONS
Amplifier section
POWER OUTPUT Rated Power Output at Stereo Mode1) (8 ohms, 20 Hz - 20 kHz, THD 0.15%) 200 W + 200 W (4 ohms, 20 Hz - 20 kHz, THD 0.15%) 220 W + 220 W Reference Power Output (8 ohms, 1 kHz, THD 0.09%) FRONT2): 200 W + 200 W CENTER2): 200 W SURR2): 200 W + 200 W SURR BACK2): 200 W + 200 W (4 ohms, 1 kHz, THD 0.09%) FRONT2): 220 W + 220 W CENTER2): 220 W SURR2): 220 W + 220 W SURR BACK2): 220 W + 220 W 1) Depending on the sound field settings and the source, there may be no sound output. 2) Measured under the following conditions:
Area code Power requirements
Power Amp Block
10 Hz - 50 kHz ± 3 dB (8 ohms)
TAPE, MD/DAT Voltage: 170 mV (REC OUT), VIDEO Impedance: 2.2 kilohms 1, 2, 3 (AUDIO OUT) FRONT L/R, CENTER, SURROUND L/R, SURROUND BACK L/R, SUB WOOFER EQUALIZER Gain levels ±10 dB, 1 dB step Voltage: 2 V Impedance: 220 ohms
Inputs (Analog) PHONO Sensitivity: 3.5 mV Impedance: 50 kilohms
S/N3): 90 dB (A, 40 mV4))
CD/SACD, TAPE, Sensitivity: 170 mV MD/DAT, DVD, LD, Impedance: 50 kilohms TV/SAT, VIDEO 1, 2, S/N3): 100 dB (A, 2V4)) 3, 4, 5 3) Input shorted and sealed at VOL MAX. 4) Weighted network + 20 kHz LPF, input level. Inputs (Digital) CD/SACD, DVD, LD, Impedance: 75 ohms VIDEO 1, TV/SAT S/N: 100 dB (Coaxial) (A Network, 20 kHz LPF) CD/SACD, DVD, LD, S/N: 100 dB TV/SAT, MD/DAT, (A Network, 20 kHz LPF) VIDEO1, 3 (Optical) Outputs
Video section
Inputs/Outputs Video: S-video: 1 Vp-p, 75 ohms Y: 1 Vp-p, 75 ohms C: 0.286 Vp-p, 75 ohms COMPONENT VIDEO:Y: 1 Vp-p, 75 ohms PB/CB/B-Y: 0.7 Vp-p, 75 ohms PR/CR/R-Y: 0.7 Vp-p, 75 ohms
CEL TW KR Frequency response PHONO
230 V AC, 50/60 Hz 110 V AC, 60 Hz 230 V AC, 60 Hz
Continued on next page
RIAA equalization curve ±0.5 dB
MULTI-CHANNEL INTEGRATED AMPLIFIER
9-961-291-03
2004I05-1 © 2004.09
Sony Corporation
Audio Group Published by Sony Engineering Corporation
TA-DA9000ES
i.LINK section
Pin Transmission speed 4 pins S200 (Maximum data transmission speed 200 Mbps) Transmission protocol A/M transmission protocol Format (input) Super Audio CD* (DSD PLAIN) 2 channel linear PCM (IEC60958-3) Sampling frequency: 44.1 kHz * Conforms to the copy protection technology of DTLA (Revision 1.2).
Area code
Power requirements
Supplied accessories
AC power coad (1) Easy Setup Guide (1) Remote commander RM-LJ312 (1) Operating Instructions for RM-LJ312 (1) R6 (size-AA) batteries (3) Design and specifications are subject to change without notice.
Korean
220 V AC, 60 Hz
Power consumption 600 W Power consumption (during standby mode) 1W AC outlets
Area code AC outlets
AEP except AEP Dimensions
1 switched, 100 W MAX - (no AC outlet) 430 × 238 × 480 mm including projecting parts and controls 28.5 kg
General
Power requirements
Area code Power requirements
Mass (Approx.)
AEP Taiwan
230 V AC, 50/60 Hz 110 V AC, 60 Hz
Notes on chip component replacement · Never reuse a disconnected chip component. · Notice that the minus side of a tantalum capacitor may be damaged by heat.
SAFETY-RELATED COMPONENT WARNING!! COMPONENTS IDENTIFIED BY MARK 0 OR DOTTED LINE WITH MARK 0 ON THE SCHEMATIC DIAGRAMS AND IN THE PARTS LIST ARE CRITICAL TO SAFE OPERATION. REPLACE THESE COMPONENTS WITH SONY PARTS WHOSE PART NUMBERS APPEAR AS SHOWN IN THIS MANUAL OR IN SUPPLEMENTS PUBLISHED BY SONY.
: LEAD FREE MARK Unleaded solder has the following characteristics. · Unleaded solder melts at a temperature about 40 °C higher than ordinary solder. Ordinary soldering irons can be used but the iron tip has to be applied to the solder joint for a slightly longer time. Soldering irons using a temperature regulator should be set to about 350 °C. Caution: The printed pattern (copper foil) may peel away if the heated tip is applied for too long, so be careful! · Strong viscosity Unleaded solder is more viscou-s (sticky, less prone to flow) than ordinary solder so use caution not to let solder bridges occur such as on IC pins, etc. · Usable with ordinary solder It is best to use only unleaded solder but unleaded solder may also be added to ordinary solder.
2
TA-DA9000ES
TABLE OF CONTENTS 1. 2. SERVICING NOTES ............................................... 5 GENERAL
Location of Controls ....................................................... 10 6-36. Printed Wiring Board I. LINK Board (Component Side) ............................ 58 6-37. Printed Wiring Board I. LINK Board (Conductor Side) .............................. 59 6-38. Schematic Diagram I. LINK Board (1/4) ................ 60 6-39. Schematic Diagram I. LINK Board (2/4) ................ 61 6-40. Schematic Diagram I. LINK Board (3/4) ................ 62 6-41. Schematic Diagram I. LINK Board (4/4) ................ 63 6-42. Printed Wiring Board PREOUT Board ................... 64 6-43. Schematic Diagram PREOUT Board ...................... 65 6-44. Printed Wiring Board VIDEO Board ....................... 66 6-45. Schematic Diagram VIDEO Board ......................... 67 6-46. Printed Wiring Board S-VIDEO Board ................... 68 6-47. Schematic Diagram S-VIDEO Board ...................... 69 6-48. Printed Wiring Board COMPONENT Section (Component Side) .............. 70 6-49. Printed Wiring Boards COMPONENT Section (Conductor Side) ............... 71 6-50. Schematic Diagram COMPONENT Section (1/4) .................................... 72 6-51. Schematic Diagram COMPONENT Section (2/4) .................................... 73 6-52. Schematic Diagram COMPONENT Section (3/4) .................................... 74 6-53. Schematic Diagram COMPONENT Section (4/4) .................................... 75 6-54. Printed Wiring Board MOTHER Board (Component Side) ........................ 76 6-55. Printed Wiring Board MOTHER Board (Conductor Side) .......................... 77 6-56. Schematic Diagram MOTHER Board (1/3) ............ 78 6-57. Schematic Diagram MOTHER Board (2/3) ............ 79 6-58. Schematic Diagram MOTHER Board (3/3) ............ 80 6-59. Schematic Diagram AMP Board (1/5) .................... 81 6-60. Schematic Diagram AMP Board (2/5) .................... 82 6-61. Schematic Diagram AMP Board (3/5) .................... 83 6-62. Schematic Diagram AMP Board (4/5) .................... 84 6-63. Schematic Diagram AMP Board (5/5) .................... 85 6-64. Printed Wiring Board AMP Board (Component Side) ................................ 86 6-65. Printed Wiring Board AMP Board (Conductor Side) .................................. 87 6-66. Printed Wiring Board FCOIL Board ....................... 88 6-67. Schematic Diagram FCOIL Board .......................... 89 6-68. Printed Wiring Board RCOIL Board ....................... 90 6-69. Schematic Diagram RCOIL Board .......................... 91 6-70. Printed Wiring Boards SP Section ........................... 92 6-71. Schematic Diagram SP Section ............................... 93 6-72. Printed Wiring Board DISPLAY Section ................ 94 6-73. Schematic Diagram DISPLAY Section ................... 95 6-74. Printed Wiring Boards PANEL Section .................. 96 6-75. Schematic Diagram PANEL Section ....................... 97 6-76. Printed Wiring Board DC Board (Component Side) ................................... 98 6-77. Printed Wiring Board DC Board (Conductor Side) ..................................... 99 6-78. Schematic Diagram DC Board ............................... 100 6-79. Printed Wiring Board AC Board ............................. 101 6-80. Schematic Diagram AC Board ................................ 102 6-81. IC Pin Function Description .......................................... 119
3.
3-1. 3-2. 3-3. 3-4. 3-5. 3-6. 3-7. 3-8. 3-9. 3-10.
DISASSEMBLY
Disassembly Flow ........................................................... Case (Top)/(Side-L)/(Side-R) ......................................... Bracket (J)/(P-B) ............................................................. AMP Board Block ........................................................... COMPONENT Board Section ........................................ S-VIDEO/VIDEO Board Block ..................................... SUB Board, PREOUT Board, MAIN Board .................. I. LINK Board, DIGITAL Board .................................... MOTHER Board Section ................................................ MOTHER Board ............................................................. 12 13 13 14 14 15 15 16 16 17
4. 5. 6.
6-1. 6-2. 6-3. 6-4. 6-5. 6-6. 6-7. 6-8. 6-9. 6-10. 6-11. 6-12. 6-13. 6-14. 6-15. 6-16. 6-17. 6-18. 6-19. 6-20. 6-21. 6-22. 6-23. 6-24. 6-25. 6-26. 6-27. 6-28. 6-29. 6-30. 6-31. 6-32. 6-33. 6-34. 6-35.
TEST MODE .............................................................. 18 ELECTRICAL ADJUSTMENTS ......................... 21 DIAGRAMS
Block Diagram AUDIO INPUT Section ................. Block Diagram A/D CONVERTER Section ........... Block Diagram DIGITAL INPUT Section .............. Block Diagram I. LINK Section .............................. Block Diagram DSP Section ................................... Block Diagram DIGITAL AUDIO Section ............. Block Diagram AUDIO OUTPUT Section ............. Block Diagram POWER AMP Section ................... Block Diagram VIDEO INPUT/OUT Section ........ Block Diagram COMPONENT VIDEO Section .... Block Diagram DISPLAY/CONTROL Section ...... Block Diagram POWER SUPPLY Section ............. Note for Printed Wiring Boards and Schematic Diagrams ................................................ Printed Wiring Board DIGITAL Board (Component Side) ......................... Printed Wiring Board DIGITAL Board (Conductor Side) ........................... Schematic Diagram DIGITAL Board (1/11) ........... Schematic Diagram DIGITAL Board (2/11) ........... Schematic Diagram DIGITAL Board (3/11) ........... Schematic Diagram DIGITAL Board (4/11) ........... Schematic Diagram DIGITAL Board (5/11) ........... Schematic Diagram DIGITAL Board (6/11) ........... Schematic Diagram DIGITAL Board (7/11) ........... Schematic Diagram DIGITAL Board (8/11) ........... Schematic Diagram DIGITAL Board (9/11) ........... Schematic Diagram DIGITAL Board (10/11) ......... Schematic Diagram DIGITAL Board (11/11) ......... Schematic Diagram MAIN Board (1/3) .................. Schematic Diagram MAIN Board (2/3) .................. Schematic Diagram MAIN Board (3/3) .................. Printed Wiring Board MAIN Board (Component Side) .............................. Printed Wiring Board MAIN Board (Conductor Side) ................................ Printed Wiring Board SUB Board (Component Side) ................................. Printed Wiring Board SUB Board (Conductor Side) ................................... Schematic Diagram SUB Board (1/2) ..................... Schematic Diagram SUB Board (2/2) ..................... 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 55 56 57
3
TA-DA9000ES
7.
7-1. 7-2. 7-3. 7-4. 7-5. 7-6. 7-7. 7-8. 7-9. 7-10. 7-11. 7-12. 7-13.
EXPLODED VIEWS
Case Section ................................................................... 141 Disp Board Section ........................................................ 142 Volume Section .............................................................. 143 Panel (Door) Section ...................................................... 144 Front Panel Section ........................................................ 145 Base Panel Section ......................................................... 146 AMP Board Section ....................................................... 147 Component Board Section ............................................. 148 Main Board Section ....................................................... 149 Digital/I. Link Board Section ........................................ 150 Back Panel Section ......................................................... 151 Transformer Section ....................................................... 152 MOTHER Board Section ............................................... 153
8.
ELECTRICAL PARTS LIST .............................. 154
4
TA-DA9000ES SECTION 1 SERVICING NOTES
NOTES ON REPLACEMENT OF I. LINK BOARD New part of microcomputer (IC3002) and EEPROM (IC3001) on the I. LINK board cannot be used. Therefore, if the mounted I. LINK board (A-4733-835-A) is replaced, exchange new microcomputer and new EEPROM with that used before the replacement. OPERATION CHECK OF STANDING BOARDS ON THE MOTHER BOARD The standing boards connected to the MOTHER board via the connectors can be operated using the jig with the standing boards disconnected from the MOTHER board. In such a case, for the board with the bracket (back panel), remove the board together with the bracket from the MOTHER board, and connect the bracket to the chassis using a cable attached with alligator clips for GND connection. Board DIGITAL board Ref. No. of connector Each board CN2001 CN2002 CN2003 CN2004 CN2005 CN3501 CN3502 CN3503 CN101 CN102 CN103 CN104 CN105 CN1201 CN1203 CN1003 CN1002 CN1001 CN1006 CN302 CN301 CN402 CN401 CN1303 CN1302 CN1301 CN1501 CN1507 CN1508 MOTHER board CNS801 CNS802 CNS803 CNS804 CNS805 CNS806 CNS807 CNS808 CNS810 CNS811 CNS809 CNS825 CNS824 CNS822 CNS823 CNS812 CNS813 CNS814 CNS826 CNS816 CNS815 CNS817 CNS818 CNS819 CNS820 CNS821 CN824 CN816 CN815 Pitch/Pin 1.25mm/20 pin 1.25mm/20 pin 1.25mm/16 pin 1.25mm/18 pin 1.25mm/20 pin 1.25mm/16 pin 1.25mm/18 pin 1.25mm/6 pin 1.25mm/14 pin 1.25mm/14 pin 1.25mm/8 pin 1.25mm/20 pin 1.25mm/10 pin 1.25mm/16 pin 1.25mm/10 pin 1.25mm/14 pin 1.25mm/14 pin 1.25mm/8 pin 1.25mm/12 pin 1.25mm/18 pin 1.25mm/8 pin 1.25mm/20 pin 1.25mm/6 pin 1.25mm/20 pin 1.25mm/16 pin 1.25mm/20 pin 2.5mm/20 pin 2.5mm/6 pin 2.5mm/6 pin Part No. of jig J-2501-260-A J-2501-260-A J-2501-258-A J-2501-259-A J-2501-260-A J-2501-258-A J-2501-259-A J-2501-253-A J-2501-257-A J-2501-257-A J-2501-254-A J-2501-260-A J-2501-255-A J-2501-258-A J-2501-255-A J-2501-257-A J-2501-257-A J-2501-254-A J-2501-256-A J-2501-259-A J-2501-254-A J-2501-260-A J-2501-253-A J-2501-260-A J-2501-258-A J-2501-260-A J-2501-262-A J-2501-261-A J-2501-261-A
I. LINK board
MAIN board
PREOUT board SUB board
VIDEO board S-VIDEO board COMPONENT board
AMP board
Example of Connection
connecting jig connecting jig
aligator clip
connecting jig connecting jig board
5
TA-DA9000ES
Note: Follow the disassembly procedure in the numerical order given.
BOTTOM VIEW
1 nine screws (BV3 × 8)
2 nine screws (BV3 × 8)
3 bottom plate
mother board
FSP board
DC board NOTE: · FSP board can be removed in this state. · In the same state after removing a FSP board, the check of DC board can be performed.
6
TA-DA9000ES
DIGITAL BOARD SERVICE POSITION
Note: Case (top) and Case (side-L)/(side-R) are removed.
digital board aligator clip
Please place a sheet for insulation.
AMP BOARD SERVICE POSITION
Connect jig (J-2501-253-A) to the AMP board (CN1508) and mother board (CN815). Connect jig (J-2501-260-A) to the AMP board (CN1501) and mother board (CN824).
Connect jig (J-2501-253-A) to the AMP board (CN1507) and mother board (CN816).
7
TA-DA9000ES
DISP BOARD SERVICE POSITION
Note: Please open a front panel on the right hand side of the set front.
DISP board
front panel section
· MODEL IDENTIFICATION Back Panel
PART No.
Model AEP model Korean model Taiwan model
PART No. 4-248-144-1[] 4-248-144-2[] 4-248-144-3[]
8
TA-DA9000ES
Ver 1.2
ERROR MESSAGES If there is a malfunction, the display shows a code of two numbers and a message. You can check the condition of the system by message. Refer to the following table to solve the problem. messages DECODE ERROR check code 01 cause and response Appears when the signal which the receiver can not decode (example DSD-CD) is input when "DEC. PRI." in the CUSTOM IZE menu is set to "PCM". Set to "AUTO". Irregular current output to the speakers. Turn off the receiver and check the speaker connection. Then turn on the power again. Be comes this display, When short current flowed with breakage of the power MOS, or when detection resistor becomes open in connection with it. The amplifier section is overheated. Turn off the receiver and check that the ventilation hole is not covered. Leave the receiver for a while and turn on the power again. The power supply section is overheated. Turn off the receiver and check that the ventilation hole is not covered. leave the receiver for a while and turn on the power again. DC between speaker terminal is detected (abnomalities such as DSD 0DATA and signal clip can be considered). Turn off the receiver and check the speaker connection. Then turn on the power again. The receiver can't output the sound due to the copyright protection. The receiver isn't compatible with the format of the input signal.
PROTECTOR
11
PROTECTOR
12
PROTECTOR
13
PROTECTOR
21
PROHIBITED UNKNOWN SIGNAL
71 72
9
TA-DA9000ES SECTION 2 GENERAL
LOCATION OF CONTROLS This section is extracted from instruction manual.
Main unit
1
ALPHABETICAL ORDER
2
3
4 56 7 8 9
A.F.D. 7 BASS ej DECODE PRIORITY wf Digital Cinema Sound indicator 5 DIMMER qh DIRECT wg DIRECT indicator 2 DISPLAY wd Display 3 ENTER wa Input indicators qf INPUT MODE qs INPUT SELECTOR qa IR receptor qg MAIN MENU ed MASTER VOLUME q; MENU ea MOVIE 8 MULTI CH IN 1/2 wh MULTI CHANNEL DECODING indicator qd MUSIC 9 NIGHT MODE qk ON SCREEN ql PHONES jack eh REC OUT SELECTOR +/- wk SB DEC indicator 4 SLEEP qj SPEAKERS FRONT switch ef SPEAKERS SURROUND switch es SURR BACK DECODING wj TEST TONE w; TREBLE eg USER PRESET ws VIDEO 5 INPUT jacks wl
NUMBERS AND SYMBOLS
qg
qf
qd
qs
qa
0
v
qh qj qk ql w; wa ws wd wf wg wh wj
2CH 6 ?/1 (power) 1 -/+ e;
ej eh eg ef ed eseae;
wl
wk
10
TA-DA9000ES
Remote Commander
TV ?/1 AV ?/1 ?/1
Control button w;
RETURN O/EXIT qk
wj
SYSTEM STANDBY
1 2 3
SOUND FIELD
RM SET UP
INPUT SELECTOR
4 5 6 7 8 9 0 qa
wh wg wf wd ws wa w; ql qk qj
I
i
.
>
m
M
H
TOP MENU/GUIDE
X
AV MENU MASTER VOL
x
MUTING
+ --
DISPLAY TV VOL
O RETURN/EXIT
TV CH
TV/VIDEO
MAIN MENU
qs qd
After pressing MAIN MENU, TOP MENU/GUIDE, or AV MENU, move the control button up, down, left or right to select the settings. When you press TOP MENU/GUIDE or AV MENU, press the button to enter the selection. To perform menu operations on the VCR, DVD player, or SAT tuner, do the procedure below. If you do not do this, the cursor buttons merely operate the receiver. 1 Press INPUT SELECTOR and move the easy scroll key to select the input, then press the key to enter the selection. 2 Press MAIN MENU, TOP MENU/ GUIDE, or AV MENU. The CURSOR TYPE list appears. If the list has disappeared before you go on to step 3, press any of the cursor buttons to restore the list. 3 Move the easy scroll key to select the component that you selected in step 1, then press the key to enter the selection.
DISPLAY ql
Press to return to the previous menu or exit the menu while the menu or guide of the VCR, DVD player, or satellite tuner is displayed on the TV screen.
RM SET UP 5
Press to display the set up list.
SOUND FIELD wh
Press to display the sound field list.
TOP MENU/GUIDE wa
Press to display the menu or guide of the DVD player or satellite tuner on the TV screen. Then use the control button to perform the menu operations.
TV ?/1 wj
Press to turn TV on or off.
TV/VIDEO qs
Press to change the input mode of the TV.
TV CH +/ qh
Press to switch the channel of TV.
TV VOL +/ qj
+
+
WIDE ON SCREEN
--
--
qf qg
Press to select information displayed on the TV screen.
Display window 3
Press to adjust the volume of TV.
WIDE qg
qh
Press to switch the TV to the wide mode.
I/i 6
The current status of the selected component or a list of selectable items appears here.
Note
?/1 1
Press to turn the receiver on or off.
AV ?/1 2
Characters other than letters of the alphabet or numbers may be displayed incorrectly on the remote, even if they appear correctly in the display window on the main unit.
Press to turn on or off the components that the remote is programmed to operate. For details on programming procedure, see P rogramming the remote on page 16. If you press the ?/1 switch (1) at the same time, it will turn off the main component and other Sony audio/video components (SYSTEM STANDBY).
No te
Easy scroll key wg
Press to change the information displayed on the display. Press the I button repeatedly to display the RECEIVER menu, press the i button repeatedly to display the SUB menu or NUM menu. In the NUM menu, move the easy scroll key to select the numeric value, then press the key to enter the selection.
H wd
While displaying a list, move up or down to select an item from the list, and then press to enter the selection.
INPUT SELECTOR 4
Press to start play of the playback medium.
X9
Press to display the input (component) list.
MAIN MENU qd
Press to pause play or recording, or press to start recording when the component is in recording standby.
x8
The function of the AV ?/1 switch changes automatically each time you press INPUT SELECTOR (4). Depending on the component, the above operation may not be possible or may operate differently than described.
Press repeatedly to select a menu (SURROUND, etc.) for the receiver.
MASTER VOL +/ qa
Press to stop play. ./> wf Press to skip tracks.
m/M 7
Press to adjust the volume level of all speakers at the same time.
MUTING q;
AV MENU ws
Press to display the menus of the VCR, DVD player, or satellite tuner on the TV screen. Then use the control button to perform the menu operations.
Press to mute the sound.
ON SCREEN qf
Press to fast-forward or rewind, or search tracks in the forward or backward direction.
Press to display the menus of the receiver on the TV screen.
11
TA-DA9000ES SECTION 3 DISASSEMBLY
· This set can be disassembled in the order shown below.
3-1.
DISASSEMBLY FLOW
SET
3-2. CASE (TOP)/(SIDE-L)/(SIDE-R) (Page 12)
3-3. BRACKET (J)/(P-B) (Page 12)
3-4. AMP BOARD BLOCK (Page 13)
3-5. COMPONENT BOARD SECTION (Page 13)
3-6. S-VIDEO/VIDEO BOARD BLOCK (Page 14)
3-7. SUB BOARD, PREOUT BOARD, MAIN BOARD (Page 14)
3-8. I. LINK BOARD, DIGITAL BOARD (Page 15)
3-9. MOTHER BOARD SECTION (Page 15)
3-10. MOTHER BOARD (Page 16)
12
TA-DA9000ES
Note: Follow the disassembly procedure in the numerical order given.
3-2.
CASE (TOP)/(SIDE-L)/(SIDE-R)
3 case (top) 1 three screws (BV/ring)
4 four screws
2 two screws
5 case (side-L)
7 case (side-R)
6 four screws
3-3.
BRACKET (J)/(P-B)
1 four screws (BV3 × 8) 7 three screws (BV3 × 8)
8 bracket (P-B)
2 bracket (J) 5 three screws (BV3 × 8) 3 three screws (BV3 × 8)
4 bracket (D-H)
6 bracket (P-B)
13
TA-DA9000ES
3-4.
AMP BOARD BLOCK
3 two screws (BV3 × 8) 2 screw (BV3 × 8)
6 connector (CN1503)
8 AMP board
1 screw (BV3 × 8)
5
7 three connectors (CN1506, 1512, 1516)
4 three connectors (CN815, 816, 824)
3-5.
COMPONENT BOARD SECTION
1 two screws (BV/ring)
4
5 connector (CN1306)
2 four screws (BV/ring)
6 component board section
3 three connectors (CN819, 820, 821)
14
TA-DA9000ES
3-6.
S-VIDEO/VIDEO BOARD BLOCK
3 two connectors (CN303, 403)
4 S-video/video board block
1 four screws (BV/ring)
2 four connectors (CN815, 816, 817, 818)
3-7.
SUB BOARD, PREOUT BOARD, MAIN BOARD
2 four connectors (CN1001, 1002, 1003, 1006) 7 connector (CN1202) 4 connector (CN1005) 3 1 two screws (BV/ring) 5 SUB board
8 preout board
6 two connectors (CN1201, 1203)
9 two screws (BV/ring)
qa main board
0 five connectors (CN101, 102, 103, 104, 105)
15
TA-DA9000ES
3-8.
I. LINK BOARD, DIGITAL BOARD
1 two screws (BV/ring) 6 two connectors (CN2007, 2008) 2 three connectors (CN3501, 3502, 3503) 4 four screws (BV3 × 8)
3 I. link board
8 digital board section
7 connector (CN2006)
5 five connectors (CN2001, 2002, 2003, 2004, 2005)
3-9.
MOTHER BOARD SECTION
2 two screws (BV3 × 8) 3 ten screws (transistor)
4 mother board section
1 two screws (BV3 × 8)
16
TA-DA9000ES
3-10. MOTHER BOARD
3 mother board 1 four screws (transistor)
2 heat sink
17
TA-DA9000ES
Ver 1.1
SECTION 4 TEST MODE
OPERATION CHECK OF i. LINK TERMINAL
Connect the set to a unit equipped with the i. LINK terminal to check if the communication can be made correctly. By this operation check, a loose connection of the connector or a disconnection of the i. LINK cable can be confirmed. Procedure: 1. Press the I/1 button to turn on the power, and rotate the [INPUT SELECTOR] knob to set the function to the "i. LINK" so that the "No LINC" is displayed. 2. Turn on the power of the unit equipped with the i. LINK terminal. 3. Connect the set to the unit equipped with the i. LINK terminal using the i. LINK cable. At this time, check that "i. LINK CONNECTING" is displayed on the set. 4. After the display of "i. LINK CONNECTING", check that the equipment information is displayed. 5. Moving the i. LINK cable with the i. LINK connection maintained, check that the "i. LINK CONNECTING" is not displayed. If nothing is displayed in step 3 and 4, or if "i. LINK CONNECTING" is displayed continuously, the i. LINK cable will be disconnected or the connector connection will be loose. If "i. LINK CONNECTING" is displayed in step 5 though the cable is not removed, the i. LINK cable will be disconnected or the connector connection will be loose.
TUNER FACTORY PRESET MODE
All preset contents are reset to the default setting. Procedure: 1. While pressing the [SURR BACK DECODING] and [SLEEP] buttons, press the I/1 button to turn on the main power. 2. The message "FACTORY PRESET" appears and the present contents are reset to the default values.
MEMORY CLEARING MODE
All preset contents are cleared when this mode is activated. Use this mode before returning the product to clients upon completion of repair. Procedure: 1. While pressing the [INPUT MODE] and [ENTER] buttons, press the I/1 button to turn on the main power. 2. The message "MEMORY CLEARING..." appears and the memories are reset to the default values. 3. When done, the message "MEMORY CLEARED !" appears.
SWAP MODE
Procedure: 1. While pressing the [2CH] and [ENTER] buttons, press the I/1 button to turn on the main power. 2. The message "SWAP MODE !" appears. 3. Press the [DISPLAY] button. 4. The message "35.5dB" appears. (Volume level is "MID") 5. Press the [DISPLAY] button once again. 6. The message "+22.0dB" appears. (Volume level is "MAX") 7. Press the [DISPLAY] button once again. 8. The message "oodB" appears. (Volume level is "MIN")
FLUORESCENT INDICATOR TUBE PATTERN CHECK MODE
All fluorescent segments are tested. When this test is activated, all segments turn on at the same time, then each segment turns on one after another. Procedure: 1. While pressing the [DISPLAY] and [ENTER] buttons, press the I/1 button to turn on the main power. 2. All segments and all LEDs turn on.
SOUND FIELD INITIALIZE MODE
The preset sound field is cleared when this mode is activated. Use this mode before returning the product to clients upon completion of repair. Procedure: 1. While pressing the [MUSIC] button, press the I/1 button to turn on the main power. 2. The message "S. F. Initialize" appears and initialization is performed.
COMMAND MODE CHANGE MODE
The command mode of the remote-commander which this set receives can be changed. Procedure: 1. While pressing the [INPUT MODE] button, press the I/1 button to turn on the main power. 2. Either the message "COMMAND MODE [AV1]" or "COMMAND MODE [AV2]" appears. Select the desired mode.
SF LOCK ON/OFF CHANGE MODE
Procedure: 1. While pressing the [MUSIC] and [ENTER] buttons, press the I/1 button to turn on the main power. 2. Either the message "SF LOCK [OFF]" or "SF LOCK [ON]" appears.
18
TA-DA9000ES
SPECIAL MENU MODE
Procedure: 1. Press the I/1 button to turn on the main power, then while pressing the [ENTER] button, press the [MUSIC], [DIRECT], [MOVIE] button in order. 2. The message "MENU SPECIALIZED !" appears. 3. Each time the [MENU] dial is turned clockwise, the item is switched in order as follows. 4. To release from this mode, while pressing the [ENTER] button, press the [MUSIC], [DIRECT], [MOVIE] button in order again. 5. The message "MENU SPECIALIZED OFF" appears. Items Version display SPECIAL in the main microprocessor Distinatin change FL display fonts test FL display test Audio swap DSP reset DSP 1 IRAM DSP 1 ARAM DSP 2 IRAM DSP 2 ARAM DSP 2 ARAM 1st bass gain 1st bass frequency 2nd bass gain 2nd bass frequency Bass select Bass management DSP boot error DSP write 1 error DSP write 2 error DSP write 3 error DSP read 1 error DSP read 2 error DSP read 3 error DSP HALT SPECIAL SPECIAL ALL ON SPECIAL SWAP [XXXXXXXXXXX] SPECIAL DSP RESET [XXX] DSP 1 IRAM DSP 1 ARAM DSP 2 IRAM DSP 2 ARAM DSP 2 ARAM SPECIAL SPECIAL SPECIAL SPECIAL SPECIAL SPECIAL BASS MAN. [****] XX SPECIAL SPECIAL SPECIAL SPECIAL SPECIAL SPECIAL SPECIAL SPECIAL Display Remark ###: distination,*.**: main microprocessor software version A9ES ### v*.** XXXX XXXX: Sum value of flash memory
****: destination, XX: at or fx (switching with [--/+] dial) MODEL [AE9S ****]XX
Not used for the servicing FL FONT 0x** = [X] Each time [DISPLAY] button to change as follows. all on t test pattern 1 t test pattern 2 t all off t all on Switching with [--/+] dial XXX: ON or OFF (switching with [--/+] dial) Not used for the servicing I [*****]= XXXX Not used for the servicing D [*****]= XXXXXXXX Not used for the servicing I [*****]= XXXX Not used for the servicing D [*****]= XXXXXXXX Not used for the servicing D [*****]= XXXXXXXX Not used for the servicing 1st BASS GAIN X.XdB Not used for the servicing 1st BASS FREQ XXXHz Not used for the servicing 2nd BASS GAIN X.XdB Not used for the servicing 2nd BASS FREQ XXHz Not used for the servicing BASS SELECT [1st or 2nd] Not used for the servicing Not used for the servicing DSP BOOT ERROR:XXX Not used for the servicing DSP WRT1 ERROR:XXX Not used for the servicing DSP WRT2 ERROR:XXX Not used for the servicing DSP WRT3 ERROR:XXX Not used for the servicing DSP RAD1 ERROR:XXX Not used for the servicing DSP RAD2 ERROR:XXX Not used for the servicing DSP RAD3 ERROR:XXX XXX: ON or OFF (switching with [--/+] dial)
19
TA-DA9000ES
Ver 1.2
Items DSP HALT DSP Version display Volume value display (FL/FR) Volume value display (SL/SR) Volume value display Volume value display (SBL/SBR) EEPROM debug Super reset
Display SPECIAL DSP HALT [XXX] SPECIAL SPECIAL FL **** FR XXXX SPECIAL SL **** SR XXXX SPECIAL (CT/SW) SPECIAL SBL **** SBR XXXX SPECIAL EEPROM [****] XX SPECIAL SUPER RESET [XXX]
Remark XXX: ON or OFF (switching with [--/+] dial) XXX: DSP version DSP Ver 1:vXXX,2:vXXX
****: Front L-ch volume value,
XXXX: Front R-ch volume value
****: Surround L-ch volume value,
XXXX: Surround R-ch volume value
XXXX: Surround back R-ch volume value Not used for the servicing
****: Center volume value, CT **** SW XXXX XXXX: Volume value display ****: Surround back L-ch volume value,
Not used for the servicing If super reset is performed, "up convert signal level adjustment" will also be initialized When EEPROM initialization is required, perform the "memory clearing mode" (see page 18) XX: 2nd zone volume value (oo to ) (switching with [--/+] dial) XX: 3rd zone volume value (oo to ) (switching with [--/+] dial) XXX: Duty value of FL display (0% to 100%) (switching with [--/+] dial) Check the operation of LIP SYNC XXXXX: PASS (OK) or ERROR (NG) Not used for the servicing XXX: sub microprocessor software version
2nd volume value display 3rd volume value display FL display duty change SDRAM check Error count display Version display 958 hats off I.link test mode YUV Y DRIVE YUV U DRIVE YUV V DRIVE Analog direct
SPECIAL 2nd VOLUME XX SPECIAL 3RD VOLUME XX SPECIAL DARK OUT DUTY [XXX%] SPECIAL SDRAM CHECK [XXXXX] SPECIAL SCOM ERROR COUNT XXX SPECIAL Sub Micom Ver. X.XX
SPECIAL Not used for the servicing 958 HATS OFF [SPDIF or PCM] SPECIAL i.LINK TEST MODE IN? SPECIAL YUV Y DRIVE [XX] SPECIAL YUV U DRIVE [XX] SPECIAL YUV V DRIVE [XX] Not used for the servicing Not used for the servicing Not used for the servicing Not used for the servicing
SPECIAL Not used for the servicing ANALOG DIRECT [2Fs or 4FS]
20
TA-DA9000ES
SECTION 5 ELECTRICAL ADJUSTMENTS
OSD ADJUSTMENT
Connection
frequency counter COMPONENT board CN1309 pin 1 or pin 2 +
1. Connect a frequency counter to the CN1309 pin 1 on the COMPONENT board. 2. Press the I/1 button to turn on the main power. 3. Perform the MEMORY CREARING MODE. (See page 17) 4. Press the [ON SCREEN] button on the remote commander (RMLJ312) to display "ON SCREEN [ON]". 5. Turn the [MAIN MENU] dial to display "<< CUSTOMIZE >>". 6. Turn the [MENU] dial to display "COLOR SYSTEM". 7. Turn the [--/+] dial to select PAL. 8. Adjust the CT1304 so that the frequency counter reading is 7.20 MHz. 9. Connect a frequency counter to the CN1309 pin 2 on the COMPONENT board. 10. Adjust the CT1302 so that the frequency counter reading is 4.433618 MHz ± 50 Hz. 11. Turn the [--/+] dial to select NTSC. 12. Adjust the CT1303 (AEP and UK models) or CT1301 (Taiwan and Korean models) so that the frequency counter reading is 3.579545 MHz ± 50 Hz.
Note: The steps 5 to 7, 10 and 11 should be performed to AEP and UK models.
Adjustment and Connection Location:
COMPONENT BOARD (Component Side)
CT1302 CT1303 CT1304 4 1 CN1309 CT1301
21
TA-DA9000ES
UP CONVERT SIGNAL LEVEL ADJUSTMENT
Enter the test mode 1. While pressing the [INPUT MODE] and [DISPLAY] buttons, press the I/1 button to turn on the main power. 2. It enters the test mode, and display as below figure.
Display
HUE [7] CONTRAST [7] COLOR [7]
Procedure: 1. Connect a color pattern generator to the VIDEO 1 S2 VIDEO IN jack (J406) on the S-VIDEO board, and connect an oscilloscope to the COMPONENT VIDEO PB/CB/B-Y jack and COMPONENT VIDEO P R/C R/R-Y jack (J1305) on the COMPONENT board. (75 terminated) 2. Enter the test mode. 3. Input color bars signal from the color pattern generator. 4. Display two waveforms of CB and CR simultaneously. 5. Adjust the [--/+] dial so that the Vp-p value of waveforms of CB and CR both may be most set to 0.7V closely.
CB waveform:
1. Y LEVEL ADJUSTMENT Setting:
COMPONENT board COMPONENT MONITOR OUT oscilloscope S-VIDEO board VIDEO Y jack (AC range) VIDEO 1 S2 VIDEO IN jack (J1305) (J406) color pattern generator color bars 100% set
75
0.7 Vp-p
+
CR waveform:
0.7 Vp-p
Procedure: 1. Connect a color pattern generator to the VIDEO 1 S2 VIDEO IN jack (J406) on the S-VIDEO board, and connect an oscilloscope to the COMPONENT VIDEO MONITOR OUT Y jack (J1305) on the COMPONENT board. (75 terminated) 2. Enter the test mode. 3. Input color bars signal from the color pattern generator. 4. Adjust the [MENU] dial so that the Vp-p value of waveform becomes 1 Vp-p.
Y waveform:
3. HUE LEVEL ADJUSTMENT Setting:
COMPONENT board COMPONENT VIDEO MONITOR OUT oscilloscope S-VIDEO board PB/CB/B-Y jack (J1305) (AC range) VIDEO 1 S2 VIDEO IN jack (J406) color pattern generator color bars 100% set 75 +
1 Vp-p
2. COLOR LEVEL ADJUSTMENT Setting:
COMPONENT board COMPONENT VIDEO MONITOR OUT oscilloscope S-VIDEO board PB/CB/B-Y jack (AC range) (J1305) VIDEO 1 S2 VIDEO IN jack 75 (J406) + color pattern set generator color bars 100% COMPONENT board COMPONENT VIDEO MONITOR OUT PR/CR/R-Y jack (J1305)
Procedure: 1. Connect a color pattern generator to the VIDEO 1 S2 VIDEO IN jack (J406) on the S-VIDEO board, and connect an oscilloscope to the COMPONENT VIDEO PB/CB/B-Y jack on the COMPONENT board. (75 terminated) 2. Enter the test mode. 3. Input color bars signal from the color pattern generator. 4. Adjust the [MAIN MENU] dial so that the waveform as bellow.
CB waveform: A B
75
Adjust so that the height of A and B may be located in a line on this line.
22
TA-DA9000ES SECTION 6 DIAGRAMS
6-1. BLOCK DIAGRAM AUDIO INPUT Section
J1006 (1/2) L VIDEO 1 IN R J1005 (1/2) VIDEO 2 IN L R J1004 (1/2) VIDEO 3 IN L R J1003 (1/2) VIDEO AUDIO VIDEO 4 IN L R L LD IN R J1002 (1/2) L DVD IN R L R LINE AMP IC1011 R-CH LINE AMP TV/SAT-L IC1009 R-CH V5-L BUFFER IC1018 R-CH EQUALIZER AMP IC1002 R-CH LINE AMP IC1006 R-CH MD-L J103 L FRONT R L SURROUND MULTI CHANNEL IN 1 SURR BACK R J104 L R R-CH 1C CENTER SUB WOOFER J105 L FRONT R L SURROUND MULTI CHANNEL IN 2 SURR BACK R J106 L R R-CH 2C CENTER SUB WOOFER 2SW 2SB-L R-CH R-CH 2S-L CD-L LINE AMP IC124 R-CH 2F-L 1SW J102 (1/2) MD-L LINE AMP IC125 R-CH L R L R MD/DAT IN AUDIO 1S-L 2S-L 1S-BL 2S-BL 1C 2C 1F-L 2F-L 1SW 2SW 1SB-L TAPE-L LINE AMP IC126 R-CH J101 (1/3) L R TAPE IN C R-CH W 34 35 9 8 31 8 38 39 41 33 10 29 14 37 MIX AMP IC107 R-CH 1S-L 1F-L TAPE-L MAIN AV L 2ND AV L TUNER-L RY1003 PHONO-L J702 (1/2) RELAY DRIVE Q1005, 1006 RY3 PHONO-L TUNER-L CD-L 2 41 4 39 6 37 8 35 10 33 12 31 L R AUDIO VIDEO 5 INPUT INPUT SELECT IC105 TAPE 26 MD 25 AV OUT 24 PHONO PHONO REC OUT TUNER TUNER REC OUT CD/SACD CD/SACD MD/DAT DSD MD/DAT TAPE/CD-R MAIN TAPE/CD-R LAT DATA AV IN CLK AV IN 16 27 AMP IC106 W C SBL 15 19 23 22 21 SL LAT1 DATA1 CLK1 SL SBL C W SBR-CH SR-CH R-CH DVD-L R-CH L R MD/DAT OUT LINE AMP IC1013 R-CH LINE AMP IC1012 R-CH J102 (2/2) LD-L R-CH L R TAPE OUT AUDIO V4-L TV/SAT-L LINE AMP IC1014 R-CH V3-L LC-L DVD-L LINE AMP IC1016 R-CH V2-L V3-L V4-L V5-L LINE AMP IC1017 R-CH V2-L V1-L V1-L 2 41 5 38 6 37 7 36 4 39 11 32 13 30 9 34 INPUT SELECT IC1015 VIDEO 1 VIDEO 1 VIDEO 2 VIDEO 2 VIDEO 3 VIDEO 3 VIDEO 4 VIDEO 4 VIDEO 5 VIDEO 5 CD CD DVD DVD TV/SAT TV/SAT V1 26 V2 25 V3 24 MAIN 15 2ND 28 REC IN 27 MAIN AV L 2ND AV L R-CH J1004 (2/2) L LAT 23 DATA 22 CLK 21 LAT927 DATA2 CLK2 R-CH J101 (2/2) R VIDEO 3 OUT R-CH J1005 (2/2) L R VIDEO 2 OUT J1006 (2/2) L R VIDEO 1 OUT
VIDEO AUDIO
· R-CH is omitted due to same as L-CH. · SIGNAL PATH : AUDIO (ANALOG)
TV/SAT IN
J1001 L PHONO IN R AUDIO L TUNER IN R
AMP IC112, 123
R-CH
D/A-L D/A-R
2
(Page 27)
W C SBR SBL SR SL R L L SL SBL C W
3
(Page 29)
4
(Page 24)
MIX AMP IC108
INPUT SELECT IC102 41 CH1 SL 39 CH2 SL COM L 24 BUFFER IC111 BUFFER IC109 BUFFER IC127 BUFFER IC110 LAT3 DATA1 CLK1 SL
DATA1 CLK1 LAT1 LAT3
LEVEL SHIFT IC122
LAT-DM LAT-927X
R-CH R-CH
5 4 2
6 LAT 23 DATA 22 CLK 21 AUDIO MIX IC101
R-CH LAT1 DATA1 CLK1 RY3 2 QC S-IN LAT CLK OE 14 12 11 13 DATA2 LAT CLK2 DATA2 CLK2 LATVOL LAT927 LEVEL SHIFT IC1001 DATA LAT-595 CLK LAT-VOL OE
5
(Page 25)
CD/SACD IN
35 CH1 SBL COM SL 37 34 CH2 SBL 31 CH1 C 30 CH2 C 28 CH1 L 26 CH2 L 12 W 13 W COM SBL 33 COM C 29 COM W 14 LAT 23 DATA 22 CLK 21
SBL C W
RELAY CONTROL IC1005
23
23
TA-DA9000ES
6-2.
BLOCK DIAGRAM A/D CONVERTER Section
AMP IC115 A/D CONVERTER IC2011 1 4 VINL+ DSDL 11 5 VINL AMP IC114 SCKI 9 BCK 10 AD-L
L
6
7
2 3
VREF
R-CH
6
7
2 3
1
17 VINR+
DSDR 12
AD-R
VREF
16 VINR AMP IC119 A/D CONVERTER IC2031 1 4 VINL+ DSDL 11 5 VINL AMP IC118 DSDL 9 BCK 10 AD-C
C
6
7
2 3
VREF
(Page 23)
4
W
6
7
2 3
1
17 VINR+
DSDR 12
AD-W
VREF
16 VINR AMP IC117 A/D CONVERTER IC2021 1 4 VINL+ DSDL 11 5 VINL AMP IC116 DSDL 9 BCK 10 AD-SL
6
(Page 28)
SL
6
7
2 3
VREF
SR-CH
6
7
2 3
1
17 VINR+
DSDR 12
AD-SR
VREF
16 VINR AMP IC121 A/D CONVERTER IC2041 1 4 VINL+ DSDL 11 5 VINL AMP IC120 DSDL 9 BCK 10 AD-SBL
SBL
6
7
2 3
VREF
SBR-CH
6
7
2 3
1
17 VINR+
DSDR 12
AD-SBR
VREF
16 VINR AD-BCK 1/2 DIVIDER IC2051 D3.3V I LINK/AD512 X2301 22.5792MHz OSC IC2304 CLOCK SELECT IC2306
+15V
+5V REGULATOR IC113
VREF
B+ SWITCH Q2302, 2303
7 8
(Page 27)
I LINK/AD512
(Page 28)
I512
· R-CH is omitted due to same as L-CH. · SIGNAL PATH : AUDIO (ANALOG) : AUDIO (DIGITAL)
D2301
SWITCHING IC2308
9
22.5792
(Page 26)
HATS ON/OFF 595C
10
(Page 25)
24
24
TA-DA9000ES
6-3.
BLOCK DIAGRAM DIGITAL INPUT Section
SWITCHING IC2089 QE SWITCHING IC2090 QD B A Y INPUT SELECT IC2093 14 15 1 2 3 4 12 D5 D4 D3 D2 D1 D0 D7 Y 5 TV/SAT IN OPTICAL RECEIVER IC2086 OPTICAL RECEIVER IC2087 5 6 7 VIDEO1 LD DVD TV/SAT CD/SACD DIGITAL AUDIO INTERFACE RECEIVER IC2121 4 5 8 9 10 RX2 RX3 RX4 RX5/VI RX6/UI RXOUT 1 RDATA 21 RMCK 16 AUDIO/V0 33 2 RX0 RBCK 17 RLRCK 20 XMCK 27 D. SD DIR-RMCK DIR-AUDIO OPTICAL TRANSCEIVER IC2081 OPTICAL TRANSCEIVER IC2083 VIDEO 1 OUT DIGITAL OPTICAL MD/DAT OUT
· R-CH is omitted due to same as L-CH. · SIGNAL PATH : AUDIO (DIGITAL)
INPUT SELECT IC2095 VIDEO 5 INPUT DIGITAL OPTICAL OPTICAL RECEIVER IC707 OPTICAL RECEIVER IC2082 OPTICAL RECEIVER IC2084 OPTICAL RECEIVER IC2085
VIDEO 1 IN
LD IN
DVD IN DIGITAL OPTICAL
13
DIR-BCK DIR-LRCK DIR-MCK DIR-RERR ERR/AUD SEL X2121 24.576MHz
(Page 27)
A0
A1
A2
11
10
9
A B
12
(Page 27)
MD/DAT IN
QE QD
13 LPF 4 3 15 1
XIN 29 XOUT 28
QG
QH
QE QD
QF
CD/SACD IN
OPTICAL RECEIVER IC2088 J2080
QA QB
2 QR VIDEO1
DIGITAL INPUT/OUTPUT CONTROL IC2451
PLL CLOCK SELECT Q2122, 2123
RERR DO DI CL CE CKST
36 37 38 40 39 34
XMODE 41
S-IN
CLK
LAT
OE
VIDEO 1 IN J2081 LD IN DIGITAL COAXIAL WAVE SHAPER IC2091
SWITCHING IC2602 A B Y D2602 DIR ERR
11 LD
12
13
14 D2201 SWITCHING IC2211
14
DIR CKST ERROR-3210
(Page 28)
COM1-CLK
D-SEL-LAT
DVD IN J2082 TV/SAT IN CD/SACD IN
DVD
COM1-DAT
COM1-DAT COM1-CLK
TV/SAT WAVE SHAPER IC2092
D-595OE
15
(Page 26)
CD/SACD
34
33
21
20
104
(Page 26)
11
958OUT
ERR/AUD-SEL
D595-LAT1
D595-OE
DIR-DO
DIR-CE
COM1-DAT COM1-CLK
COM2-DAT 38 COM2-CLK 39
DATA DECODER IC2461 QA QB QC QD QF QG QH 15 1 2 3 5 6 7
MAIN SYSTEM CONTROLLER IC2601 (1/4)
COM1 DAT 37 COM2 CLK 36 D595-LAT2 35 RY595-LAT FUN LAT D. MIX LAT RY595-OE SVOL LAT 42 46 47 40 48
14 11 12 13
S-IN CLK LAT OE
V POWER I POWER
16
(Page 34)
9 S-OUT
(Page 23)
5
LAT-VOL OE LAT-DM LAT-927X CLK DATA LAT-595 COM2-CLK COM2-DAT COM1-CLK COM1-DAT
CLKSEL SELFS1 SELFS2 SELCF1 SELCF2 COM1-CLK COM1-DAT TA-RST SWAP1
17
(Page 28)
14 11 12 13
S-IN CLK LAT OE
QB QC QD QE QF QG QH
1 2 3 4 5 6 7
18
SWAP2 595C 595C HATS ON/OFF
(Page 28)
(Page 33)
44
DATA DECODER IC2462
10 19 20
(Page 24)
I512 OFF CLK DATA
(Page 26) (Page 32)
25
25
TA-DA9000ES
6-4.
BLOCK DIAGRAM I. LINK Section
DIVIDER IC3009 J3002 i. LINK S200 AUDIO IN 4 QC 12 DI1O 15 14 TRA1P 3 143 TRA1N 142 TRB1P 1 141 TRB1N BIAS 145 DI2O 16 DI5O 19 DI6O 20 DI3O 17 DI4O 18 VALIB OUT 3 ERR_OUT 174 DSD-L DSD-R DSD-SL DSD-SR DSD-C DSD-W 64FS SWITCHING IC3007 (1/2) 1 2 CLR CK C0 15 LOAD ENP 9 7 ERROR-3210 ERROR-3210 1 2 CLR CK ENT 10 LOAD ENP 9 7 IC3007 (2/2)
· SIGNAL PATH : AUDIO (DIGITAL)
TAIP TAIN 2 TBIP TBIN
22
(Page 28) DIVIDER IC3006
15
(Page 25)
SYTOUT 24
35 ERR CLR
DATA0 DATA15 47 40, 38 31 D0 D15 88 73
UN-MUTE 10
58, 69, 81, 95, 120, 124, 135, 6 HD0 HD7 HD0 HD7 7 1, 100
D0 D15
D0 D15
ADDRESS1 ADDRESS8
71 65, 63, 61 57
55 62
A1 A8
A1 A13
A1 A13
XI 130
DT0 DT15
X3001 24.576MHz
2 5, 7 10, 41 44, 46 49
DATA BUS
XO 129
SD-RAM IC3008
ADDRESS BUS
HCNTL0 51 HCNTL1 52 AKE_XF HRDY XHAS XHDS1 XHDS2 XHCS XRS HRW HBIL 19 21 22 23 24 25 26 54 53
39 HCNTL0 46 HCNTL1 27 55 13 127 129 17 98 18 62 XF HRDY HAS HDS1 HDS2 HCS RS HR/W HBIL
I. LINK DSP IC3012
11
(Page 25)
958OUT
164 DOUT
D0 D15
I. LINK INTERFACE IC3003
99 92, 90 83
EEPROM IC3001
11 13, 15 19 D0 D7
D0 D7
I512
27 FSS12 OUT
76 71, 69 66
21 24, 27 32
10 2, 21, 25 23
A0 A12
(Page 24)
22.5792
167 FSS12
A0 A9
A0 A9
9
I. LINK SYSTEM CONTROLLER IC3002
X1 96 X3003 20MHz X2/CLKIN 97
LEVEL SHIFT IC3013
A1 A13
XRAS 78 XCAS 79 XWE 81 XOE 80 171 SACKO 172 LRCKO XRD XWR XCS XRDY 52 51 50 53
21
(Page 27)
DATA BCK LRCK MILES AUDIO MILES RESET
18 34 35 17 33
XRAS UCAS LCAS XWE XOE
CE 20 OE 22 WE 27
48 EEP_CS 44 RD 46 WR 18 MIES AUDIO
IIC DATA 30 IIC CLK 29
I2C-DATA I2C-CLK
23
(Page 33)
RESET 12 49 CXD3270_XCS 39 RDY 89 PHY_BIAS 90 PHY_RST 92 LINK_RST VCO IC3005 4 FINA XOUT 13
RESET SWITCH IC3011
PWD 119 XRESETO 122 XRESETL 165
X3002 10MHz XIN 15
REFOUT 23 PLLCKI 25
5 FINB 3 VCOO VCOX 10
19
(Page 25)
I512 OFF
26
26
TA-DA9000ES
6-5.
BLOCK DIAGRAM DSP Section
F2 SBLR F2 FLFR F2 CSW F2 SLSR F2 LRCK F2 BCK DSP1 IC2201 DIGITAL AUDIO SELECT IC2208 6 1C0 A/D CONVERTER IC2001 D/A-L 1 VINL 2 VINR DOUT 12 5 1C1 3 1C3 10 2C0 11 2C1 2Y 9 18 SDI1 1Y 7 SWITCHING IC2209 115 SDI4 114 SDI3 30 SDI2 SDO1 23 SDO2 24 SDO3 25 SDO4 26 BCKO 20 LRCKO 19 27 SDI1 28 SDI2 35 SDI3 39 SDI4 38 BCKI1 29 LRCKI1 DSP2 IC2251 SDO1 60 SDO2 61 SDO3 25 SDO4 26 BCKO 64 LRCKO 63 GP7 111 SD01 SD02 SD03 SD04 BCK LRCK
24
(Page 28)
26
(Page 28)
2
(Page 23)
D/A-R
79 68 67 58 56 53 51 44 43 32 31 22 20
D. SD DIR-AUDIO DIR-RMCK
14 2 D16 31 11 BCK 10 LRCK 15 SCKI
7 10 13 16 29 32 35 36
A B
D0 15
13
(Page 25)
44 42 27 24 21 18 5 1
CLOCK SELECT IC2205 6 1C0 5 1C1 3 1C3 1Y 7
SWITCHING IC2207 A B Y S
17 29 28 15
BCKI1 BCKI2 LRCKI2 LRCKI1 X2251 13.5MHz
122 114 113 106 105 95 86 78 77 70 69 59 50 42 41 34
DIR-LRCK DIR-BCK DIR-MCK ERR/AUD SEL DIR-RERR
59 EXLOCK S-RAM IC2252 A0 15
A0 15
56 BST
144 MCLK1 139 MCLK2
17 WE 6 CE
129 128 125 123 116 115 104 103 94 92 89 87 80
21
(Page 26)
MILES AUDIO MILES RESET A B
14 2
LEVEL SHIFT IC2203
22 KFSIO 69 GP8
LEVEL SHIFT IC2254 MCLK1 9 2EXLOCK 2HACN 2HDOUT 2HCS 2BST 2GP3 2PM 2XRST DSP HDIN DSP CLK
D0 15 62 KFSIO
7 10 13 16 29 32 35 36
DATA BCK LRCK
A B
10 2C0 11 2C1 13 2C3
2Y 9
BUFFER IC2210
IBST IBST SEL
D0 15
12
(Page 25)
MCLK2 12
A B
44 42 27 24 21 18 5 1
SWITCHING IC2204 Y S
25
(Page 28)
MCK A S Y B
1HACN 1HDOUT 1GP9 1PM 1XRST DSP HDIN DSP CLK 1HCS
32 35 68 112 2 33 34 36
HACN HDOUT GP9 PM XRST HDIN HCLK HCS
X2201 13.5MHz
136 83 82 76 141 120 140 8 74 75
EXLOCK HACN HDOUT HCS BST GP3 PM XRST HDIN HCLK
S-RAM IC2253 A0 15
WEO 85 CSO 84
17 WE 6 CE STOP
7
(Page 24)
I LINK/AD512
2EXLOCK 2HACN 2HDOUT 2HCS 2BST 2GP3 2PM 2XRST 1HACN 1HDOUT 1HCS 1BST 1GP9 1PM 1XRST 1BST SEL DSP HDIN DSP CLK
STOP POW RY2
CLOCK SELECT IC2307
BUFFER IC2704 (1/2) BUFFER IC2703 (1/3)
D2603
STOP ROW-RY2 POW-RY1
ROW-RY2
27
(Page 34)
D2701 19 18 17 16 15 14 13 12 11 10 8 7 6 5 4 3 2 1 89 125 72 23 78 76 75 52 60 54
2EXLOCK 2HACN 2HDOUT 2HCS 2BST 2GP3 2PM 2XRST 1HACN 1HDOUT 1HCS 1BST 1GP9 1PM 1XRST 1BST SEL DSP HDIN DSP CLK FSRATE
STOP POW RY2 POW RY MD2
RS232C
1 2 3 4 5 6 7 8 9
RS-232C DRIVER IC3501 TXD DTR 17 T1OUT 16 R1IN T1IN 13 R1OUT 15
PCM-SEL ILINK RST DIR-DTAAO
A1IN
MD0
J3501
109 SOUT1
A1 OUT SIN1 END-FLAG A1-LAT
51 110 70 71
BUFFER IC2704 (2/2)
SDA
SCL
X1
X0
MAIN SYSTEM CONTROLLER IC2601 (2/4) MBUS-STS0 MBUS-STS1 MBUS-STS2 MBUS-STS3 69 RST TRG 50 64 65 66
113
114
57
58
BUFFER IC2702
5
6
X2601 16.5MHz RESET SIGNAL BUFFER IC2604
26 25 5 23 24 1 44 43 42
SDA
SCL
A1-IN 12 URTIN ENDFLG A1-OUT 11 CTRL-LATCH OUTHI2 SIRCS_INPUT 10 OUTLO2 STAT0 RESET 14 SUB SYSTEM STAT1 CONTROLLER STAT2 XIN 15 IC2701 STAT3 XOUT 16 CARRIER-OUT 2 SIRCS-OUT 33
CONTROL A1 INTERFACE Q2701, 2702
J3533 CTRL A1II SIRCS
28
(Page 33)
RESET SIGNAL GENERATOR IC2706 X2701 7.28MHz LEVEL SHIFT IC704
D+5V
MBUS-STS4 67 RESET SWITCH IC2605 55 RSTX
BUFFER Q2703
41 STAT4 19 RESETC
· SIGNAL PATH : AUDIO (ANALOG) : AUDIO (DIGITAL)
EEPROM IC2603
SIRCS SWITCH IC2705
LED DRIVE Q701 703
D710 713, D716, 717 (IR RECEPTER)
BUFFER IC2703 (2/3)
27
27
TA-DA9000ES
6-6.
BLOCK DIAGRAM DIGITAL AUDIO Section
DC CUT DIGITAL FILTER IC2401 SDO1 SDO2 SDO3 SDO4 BCK LRCK 32 33 34 35 29 30 PIA12 PIA34 PIA56 PIA78 PA BCK PA WCK PIO12 PIO34 PIO56 PIO78 20 21 22 23 66 65 64 63 LIP SYNC ADJUST IC2301
26
(Page 27) F2 FLFR F2 CSW F2 SLSR F2 SBLR
FLFRI SLSRI CSWI DLDRI
24
(Page 27)
DSD SELECT IC2063 DSD-L DSD-R DSD-SL DSD-SR DSD-C DSD-W 64FS AD-L AD-R AD-SL AD-SR 3 6 10 13 B0 B1 B2 B3 2 5 11 14 A0 A1 A2 A3 Y0 Y1 Y2 Y3 4 7 9 12
DSD/PCM CONVERTER IC2161 39 40 41 42 43 44 38 DSIFL POFLR 23 DSIFR POCSW 22 DSICT POSLR 21 DSISW DSISL SEL4FS 3 DSISR PBCK 19 DSBCK PLRCK 20 MCK 27 41 42 43 44 PIB12 PIB34 PIB56 PIB78
D0 15
100 1 5 7 8 90 95 97 98
F2 BCK F2 LRCK
2 3 5 6 8 9 11 12 39 40 42 43 45 46 48 49
DQ0 15
22
(Page 26)
38 PBBCK 39 PBMCK
P0BCK P0WCK INIT BBSEL
17 18 47 11
P0BCK P0WCK INIT BBSEL
17 22 24 29
A0 11
19 24 27 32
SD-RAM IC2302 A0 11 D01 D02
S 1
45 5 4 3 2
27
WE CAS RAS CS CLK CKE
10 11 12 13 14 15
15 16 17 18 35 34
WE CAS RAS CS CLK CKE
D03 D04 LRCK BCK
29
(Page 29)
SELPID SELCF2 SELCF1 SELFS2 SELFS1 PID SCF2 SCF1 SFS2 SFS1
MCK
DSD SELECT IC2064 2 5 11 3 6 A0 A1 A2 B0 B1 Y0 4 Y1 7 Y2 9
DSD/PCM CONVERTER IC2163 39 DSIFL 40 DSIFR POFLR 23 PBCK 19 PLRCK 20 SEL4FS 3 MCK 27
CLK DAT TA-SO TA-XCS TA-XRST
72 74 75 73 70
SCLK SI SO XCS XRST
MCK1 BCKO LRCKO FLFRO SLSRO CSWO BL_BRD 47 46 45 44 35 36 37 38 DATA_1 DATA_2 DATA_3 DATA_4 DIOUT_1 DIOUT_2 DIOUT_3 DIOUT_4 22 21 20 19 BUFFER IC2501 MUTING IC2511 BUFFER IC2504
MCK1 BCKO LRCKO DATA1 DATA2 DATA3 DATA4
30
(Page 30)
CK512
LRCKI BCKI
AD-C AD-W
6
(Page 24) 10 B2
S 1
BUFFER IC2162 BUFFER IC2164
68
59 60
PROGRAMMABLE LOGIC DEVICE IC2426 BUFFER IC2428 (5/5) SHIFT REGISTER IC2429 (2/2) BUFFER IC2428 (2/5) DELAY IC2427 1 EDGE
MUTING CONTROL IC2512
LRCKO
RESET MUTE U-MAIN U-SUB1 U-SUB2
RESET BUFFER IC2503 BUFFER IC2506
P0WCK P0BCK
MUTE 2 BCKIN 60 42 14 64 3 BCK2IN
DSD SELECT IC2052 AD-SBL 10 11 12 13 6 5 4 3 1C0 1C1 1C2 1C3 2C0 2C1 2C2 2C3 1Y 9
8
(Page 24)
I LINK/AD512 BUFFER IC2428 (3/5) SFS1 PID LEVEL SHIFT IC2303 SHIFT REGISTER IC2429 (1/2)
5 MCK SHIFT REGISTER IC2430 LRCKO 23 X1 22 X0
AD-SBR AD-BCK
2Y 7
SELFS1 SELFS2
SWITCHING IC2402 FS SFS2 SCF1 SCF2 CLKSEL CLK DAT
OUTPUT CONTROLLER IC1800 (1/2) X1501 8MHz
17
(Page 25)
B A 2 14
SELCF1 SELCF2 CLKSEL COM1-CLK COM1-DAT MCK
BUFFER IC2428 (1/5)
BUFFER IC2428 (4/5)
BCKO
12 MCKOUT
CLKSEL 32 FS 33
18
(Page 25)
SWAP1 SWAP2 595C TA-RST
25
(Page 27)
1/2 DIVIDER IC2305 TA-XRST
MUTE
TA-XCS TA-SO RESET U-MAIN U-SUB1 U-SUB2
· SIGNAL PATH : AUDIO (DIGITAL)
SYSTEM MUTING SWICTH Q2601 2603
29 30 83 85 87 86
TA-XCS TA-SO SUB-RST MAIN CLK MAIN DATA SUB DATA
9776-INIT BBSEL
INIT BBSEL
25 88 HP IN 115 HP SW
CLKSEL
MCK1
FS
31
(Page 29)
14
(Page 25)
DIR ERR DIR CKST
84 S-MUTE 22 DIR-ERROR 24 DIR-CKST
MAIN SYSTEM CONTROLLER IC2601 (3/4)
28
28
U-SUB2 U-SUB1 U-MAIN MUTE
TA-DA9000ES
6-7.
BLOCK DIAGRAM AUDIO OUTPUT Section
31
(Page 28) HP SW HEADPHONE AMP IC1315 RELAY DRIVE Q1305 J701 PHONES
AUDIO SELECT SWITCH IC1205 L R SL SR SBL SBR C W SWITCHING IC1202 3 2 26 27 COM SL 37 MIX AMP IC1203, 1204 9 28 15 41 2 35 8 31 12 ANA L ANA R ANA SL ANA SR ANA SBL ANA SBR ANA C ANA W
35
(Page 32) ELECTRICAL VOLUME IC1313 T-IN 4
HP RY
RY1305
(Page 23)
3
COM L 24
9
M-IN
M-OUT 6 T-OUT 5 M-OUT 23 T-OUT 24 T-IN 25
J1304 (1/2) LINE AMP IC1314 (L) FRONT (R)
COM R 19 DATA CLK VOL-LAT
20
M-IN
16 DATA 13 CK 17 STB
RELAY DRIVE Q1304
RY1304
4
26 DIGI L
ELECTRICAL VOLUME IC1307 T-IN 4 J1304 (2/2) LINE AMP IC1308 (L) SURROUND (R)
25
17 DIGI R M-IN
M-OUT 6 T-OUT 5 M-OUT 23 T-OUT 24 T-IN 25
+ +
COM SR 6 8 5 6 21 23 24 17 22 12 7 DATA CLK VOL-LAT
20
M-IN
16 DATA 13 CK 17 STB
RELAY DRIVE Q1303
RY1303
ELECTRICAL VOLUME IC1305 T-IN 4 J1303 (1/2) LINE AMP IC1306 (L)
PRE OUT
14 16 15 COM SBL 33 VOUT1 14 D01 D02 45 DATA1 46 DATA2 47 DATA3 31 DATA4 40 BCK 41 LRCK VOUT7 16 VOUT8 20 DA-DAT DA-CLK DA-OUT DA-LAT 34 35 33 36 MDI MC MDO ML VOUT4 11 VOUT2 13 VOUT3 12 L R SL SR LOW-PASS FILTER IC1206 LOW-PASS FILTER IC1207 39 DIGI SL 4 DIGI SB 9 M-IN M-OUT 6 T-OUT 5 M-OUT 23 T-OUT 24 T-IN 25 RELAY DRIVE Q1302
CLK LA DA
SURR BACK (R)
COM SBR 10 DATA CLK VOL-LAT
20
M-IN
29
(Page 28)
D03 D04 BCK LRCK
16 DATA 13 CK 17 STB
RY1302
SBL SBR
LOW-PASS FILTER IC1209
34 DIGI SBL 9 DIGI SBR ELECTRICAL VOLUME IC1302 T-IN 4 J1303 (2/2) CENTER SUB WOOFER
32
(Page 33)
VOUT5 10 VOUT6 9
C W
LOW-PASS FILTER IC1208
30 DIGI C 13 DIGI W COM C 29 9 M-IN
M-OUT 6 T-OUT 5 M-OUT 23 T-OUT 24 T-IN 25
D/A CONVERTER IC2901 DATA LAT CLK LEVEL SHIFT IC1201 22 DATA 23 LAT 24 CLK
COM W 14 DATA CLK VOL-LAT
20
M-IN
LINE AMP IC1303
· SIGNAL PATH : AUDIO (ANALOG) : AUDIO (DIGITAL)
33
(Page 33)
16 DATA 13 CK 17 STB
RELAY DRIVE Q1301
RY1301
DATA CLK VOL-LAT
DATA CLK VOL-LAT PRE OUT
34
(Page 32)
29
29
TA-DA9000ES
6-8.
BLOCK DIAGRAM POWER AMP Section
+V1 CURRENT LIMITER Q1505 PCM/PWM PROCESSOR IC1505 LRCK BCK DATA1 INIT SCDT SHIFT LAT1 SCK 45 LRCK 44 BCK 43 DATA 41 38 37 36 64 73 74 INIT SCDT SCSHIFT SCLATCH XFSIIN FSOCLK FSOI OUT L2+ 18 OUT L2 15 DEAD TIME IC1511 8 2 9 2+ OUT2 11 VBB 12 VBB 16 OUT L1+ 24 OUT L1 OUT R1+ OUT R1 OUT R2+ OUT R2 21 10 7 1 4 DEAD TIME IC1508 3 1 4 1+ OUT1 15 THP 5 R-CH R-CH X1502 49.125MHz FB-RY +V1 DIGITAL POWER AMP IC1513 XFSO IN 28 PCM/PWM PROCESSOR IC1504 LRCK BCK DATA3 INIT SCDT SHIFT LAT3 SCK 45 LRCK 44 BCK 43 DATA OUT L1+ 24 41 38 37 36 64 74 INIT SCDT SCSHIFT SCLATCH XFSIIN FSOI OUT L1 21 OUT R1+ OUT R1 OUT R2+ OUT R2 10 7 1 4 DEAD TIME IC1506 3 1 4 1+ OUT L2+ 15 OUT L2 18 DEAD TIME IC1509 8 2 9 2+ OUT2 11 VBB 12 VBB 16 OUT1 15 THP 5 +V2 CURRENT LIMITER Q1509 LPF OVER LOAD DETECT Q607, 608 LPF R-CH CURRENT LIMITER Q1507 R-CH SUB-B-RY RELAY DRIVE Q618 RY606 TM604 DEAD TIME IC1523 R-CH 8 2 9 2+ OUT2 11 VBB 12 VBB 16 DEAD TIME IC1519 PCM/PWM PROCESSOR IC1516 LRCK BCK DATA4 INIT SCDT SHIFT LAT4 SCK 45 LRCK 44 BCK 43 DATA 41 38 37 36 64 74 INIT SCDT SCSHIFT SCLATCH XFSIIN FSOI XFSO IN 28 OUT L1+ 24 OUT L1 21 OUT L2+ 15 OUT L2 18
SO1/SCDT
R-CH FA-RY LPF RELAY DRIVE Q619 RY603 TM601
OVER LOAD DETECT Q601, 602 LPF
R-CH
R-CH
DIGITAL POWER AMP IC1515 RELAY DRIVE Q620
+ - + - + - + -
L A R FRONT L B R
(Page 28)
30
DATA1 DATA2 DATA3 DATA4 LRCKO BCKO MCK1 BUFFER IC1531
DATA1 DATA2 DATA3 DATA4 LRCK BCK SCK
XFSO IN 28 XFSOUT 77
RY601
CURRENT LIMITER Q1503
C-RY
RELAY DRIVE Q617
RY605 TM603 (1/2)
LPF OVER LOAD DETECT Q605, 606 LPF R-CH SUR-A-RY RELAY DRIVE Q616 RY607
+ -
CENTER
RESET
SPEAKERS IMPEDANCE USE 4 16 A+B USE 8 16
R-CH
DIGITAL POWER AMP IC1529 8 2 9 2+
TM602
XFSOUT 77
DEAD TIME IC1525
OUT2 11 VBB 12 VBB 16
R-CH
PCM/PWM PROCESSOR IC1517 LRCK BCK DATA2 INIT SCDT SHIFT LAT2 SCK 45 LRCK 44 BCK 43 DATA 41 38 37 36 64 74 INIT SCDT SCSHIFT SCLATCH XFSIIN FSOI
XFSO IN 28 XFSOUT 77 OUT L1+ 24 OUT L1 21 OUT L2+ 15 OUT L2 18 OUT R1+ OUT R1 OUT R2+ OUT R2 10 7 1 4 DEAD TIME IC1521 3 1 4 1+
OUT1 15 THP 5 +V2
+ - + - + - + -
L A R SURROUND L B R
DIGITAL POWER AMP IC1527
LPF LPF OVER LOAD DETECT Q611, 612 PROTECT Q834 S601 R-CH Q1513 SB-RY RELAY DRIVE Q615 RY610 IMPEDANCE SELECTOR 4 8 R-CH
+ -
TM603 (2/2)
L SURROUND BACK R
3 1 4 1+
OUT1 15 THP 5
+ -
36
EN
35
DIAG
31
4I-LIMIT
1
4/8 IN
FA-RY FB-RY C-RY SUB-A-RY SB-RY SUB-B-RY
50 47 54 48 55 53
F-A RY F-B RY C RY SR-A RY SB RY SI1/SR-B RY
32
DC
: AUDIO (ANALOG) : AUDIO (DIGITAL)
30
30
INIT SHIFT
SCDT
LAT1 LAT2 LAT3 LAT4
· R-CH is omitted due to same as L-CH. · SIGNAL PATH
OUT R1+ OUT R1 OUT R2+ OUT R2
10 7 1 4
R-CH
INIT SHIFT
LAT1 LAT2 LAT3 LAT4
MD0 MD1
RST
OUTPUT CONTROLLER IC1800 (2/2)
19
20 21
MD2
52
46 45 44 43
38 51
AC-OFF TEMP 4/8 OUT VOL-DATA VOL-CLK VOL-LAT DAC-MUTE
15 3 34 26 25 27 28
AC OFF TEMP 4/8 RY VOL DATA VOL CLK VOL LAT D/A MUTE
36
(Page 34)
TA-DA9000ES
6-9.
BLOCK DIAGRAM VIDEO INPUT/OUT Section
J305(1/2) VIDEO 1 IN J304(1/2) VIDEO 2 IN J303 VIDEO 3 IN VIDEO VIDEO 4 IN J302 LD IN DVD IN TV/SAT IN J702 (2/3) VIDEO 5 INPUT VIDEO V5 LD DVD TV/SAT V2 V1 V3 V5 V4 TV/SAT LD DVD V3 V4 V2 V1 V2 V1 V3 V5 V4 TV/SAT LD DVD
INPUT SELECT (SOUCE) IC307 13 14 15 12 1 5 2 4 X0 X1 X2 X3 X4 X5 X6 X7 X 3 MAIN/2ND 1 3 S-S-A S-S-B S-S-C EN 2
VIDEO SELECT IC308 VIN1 VIN2 SW1 VOUT 7 1 4 7
VIDEO AMP IC304 VIN1 VIN2 VIN3 VOUT1 15 VOUT2 13 VIUT3 11 MUTE1 3 MUTE2 12 MUTE3 10 DATA VIDEO AMP IC305 VI-MUTE V2-MUTE V3-MUTE
J305 (2/2) VIDEO 1 OUT VIDEO 2 OUT J304(2/2) VIDEO 3 OUT
A 11 B 10 C 9 EN 6
VIDEO
· SIGNAL PATH :VIDEO
INPUT SELECTOR CONTROL, VIDEO MUTING CONTROL IC303 S-S-A S-S-B S-S-C V1-MUTE V2-MUTE V3-MUTE MON-MUTE Z2-MUTE 15 1 2 3 4 5 6 7 QA QB QC QD QE QF QG QH S-IN 14
INPUT SELECT (REC) IC306 13 14 15 12 1 5 2 4 X0 X1 X2 X3 X4 X5 X6 X7 X 3
OE 13 LAT 12 CLK 11 S-OUT 9
OE LAT CLK
J301 OUT 1 MONITOR OUT S2 VIDEO OUT 2 MON-MUTE Z2-MUTE DATA OE LAT CLK LEVEL SHIFT IC301 DATA OE-V595 LAT-V595 CLK OE-V595
1 4
VIN1 VIN2
VOUT1 15 VOUT2 13
A 11 B 10 C 9 EN 6
R-S-A R-S-B R-S-C EN
38 39
(Page 33)
INPUT SELECTOR CONTROL IC302 R-S-A R-S-B R-S-C 15 QA 1 QB 2 QC S-IN 14
MUTE1 3 MUTE2 10
(Page 32)
MON-OUT-V OE 13 LAT 12 CLK 11 OE LAT CLK OE VIDEO SELECT IC411 VIDEO AMP IC402 1 4 7 VIN1 VIN2 VIN3 VOUT1 15 VOUT2 13 VOUT3 11 MUTE1 3 MUTE2 12 MUTE3 10 VIDEO AMP IC404 Y 1 EN 4 VIN1 VIN2 VOUT1 15 VOUT2 13 C J401 V1-MUTE V2-MUTE V3-MUTE Y C J404 (2/2) VIDEO 3 OUT Y C J405 (2/2) VIDEO 2 OUT S2 VIDEO VIDEO VIDEO 1 OUT J406 (2/2) MON-IN-V MON-OUT-Y MON-OUT-C MON-IN-C MON-IN-Y
40
(Page 32)
MAIN/2ND EN
5
QF
J406 (1/2) VIDEO 1 IN C Y J405 (1/2) VIDEO 2 IN C Y J404 (1/2) VIDEO 3 IN C Y J403 VIDEO 4 IN C Y C LD IN Y J402 C DVD IN Y TV/SAT IN C Y J702 (3/3) VIDEO 5 INPUT S2 VIDEO C Y V5-C V5-Y TV/SAT-C TV/SAT-Y DVD-C DVD-Y DC SWITCH IC406 V2-C V1-C V3-C V5-C V4-C TV/SAT-C LD-C DVD-C 13 14 15 12 1 5 2 4 X0 X1 X2 X3 X4 X5 X6 X7 X 3 WIDE/L-BOX DETECT IC405 S-S-A S-S-B S-S-C EN WIDE/L-BOX SWITCH Q401 404 LD-C LD-Y V4-C V4-Y V3-C V3-Y V2-C V2-Y V2-Y V1-Y V3-Y V5-Y V4-Y TV/SAT-Y LD-Y DVD-Y V1-C V1-Y MAIN/2ND INPUT SELECT (SOUCE) IC408 V2-C V1-C V3-C V5-C V4-C TV/SAT-C LD-C DVD-C 13 14 15 12 1 5 2 4 X0 X1 X2 X3 X4 X5 X6 X7
1 3 INPUT SELECT (SOUCE) IC410 13 14 15 12 1 5 2 4 X0 X1 X2 X3 X4 X5 X6 X7 X 3 2
VIN1 VIN2 SW1
VOUT 7
VIDEO SELECT IC412 1 3 MAIN/2ND 2 VIN1 VIN2 SW1 VOUT 7
A 11 B 10 C 9 EN 6
S-S-A S-S-B S-S-C EN
X 3 A 11 B 10 C 9 EN 6 S-S-A S-S-B S-S-C
INPUT SELECT (REC) IC409 V2-Y V1-Y V3-Y V5-Y V4-Y LD-Y TV/SAT-Y DVD-Y 13 14 15 12 1 5 2 4 X0 X1 X2 X3 X4 X5 X6 X7 X 3
VIDEO S2 VIDEO
INPUT SELECT (REC) IC407 V2-C V1-C V3-C V5-C V4-C TV/SAT-C LD-C DVD-C 13 14 15 12 1 5 2 4 X0 X1 X2 X3 X4 X5 X6 X7 X 3
MUTE1 3
MON-MUTE
Y OUT 1 C MONITOR OUT S2 VIDEO OUT 2 C
A 11 B 10 C 9 EN 6
R-S-A R-S-B R-S-C EN
A 11 B 10 C 9 EN 6
R-S-A R-S-B R-S-C EN
VIDEO AMP IC401 1 4 7 VIN1 VIN2 VIN3 VOUT1 15 VOUT2 13 VOUT3 11 MUTE1 3 MUTE2 12 MUTE3 10 V1-MUTE V2-MUTE V3-MUTE
Y
A 11 B 10 C 9 EN 6
VIDEO AMP IC403 1 4 VIN1 VIN2 VOUT1 15 VOUT2 13
MUTE1 3
MON-MUTE
31
31
TA-DA9000ES
6-10. BLOCK DIAGRAM COMPONENT VIDEO Section
SYNC DETECT IC1325 D1308 1 IN J1305 (1/2) Y D1315 J1305 (2/2) Y TV/SAT IN PB/CB /B-Y HSYNC 2 Q1311
· SIGNAL PATH :VIDEO
PB/CB /B-Y
COMPONENT VIDEO MONITOR OUT
PR/CR /R-Y
CHROMA DECODER IC1320 SDA 37 SCL 36 18 YOUT 7 U2OUT 6 V2OUT 30 SECAMREF (R, Y) OUT (B, Y) OUT (R, Y) IN (B, Y) IN X443/358 VIDEO AMP IC1326 U2IN 12 V2IN 13 19 UOUT CVBS/YIN 34 20 VOUT CIN 32 VSYNC 38 HSYNC 39 BUFFER Q1312 U-SDA U-SCL
PR/CR /R-Y
43
(Page 33)
Y VIDEO AMP IC1319 MUTE1 MUTE2 3 10 RELAY DRIVE Q1310 RY1306 RY1307 PB/CB /B-Y MUTING Q1326 X1301 3.5795MHz X1302 4.43MHz X1303 500kHz
COMPONENT VIDEO
DVD/LD IN
PB/CB /B-Y
PR/CR /R-Y
XNTSC
16 VIDEO 1 IN
SCP
Y
10
21
22
23
24
26
28
SAND
VO (R-Y)
VO (B-Y)
VI (B-Y)
OSD ON J1306 RY1312 RY1313 RY1310 RY1311 RY1309 RY1308 RELAY DRIVE Q1318 TV-RY VIDEO AMP IC1321 RELAY DRIVE Q1319 DVD-RY RELAY DRIVE Q1322 VI-RY
DELAY IC1318
VI (R-Y)
PR/CR /R-Y
5
11
12
14
16
CERA 1
CPIN
SYNC DETECT IC1328
D1309 S-VIDEO OUTPUT SWITCH IC1322 13
(AEP) DIGITAL COMB FILTER IC1323 13 BUFFER Q1308 2 ADIN AYO 9 LOW-PASS FILTER Q1314, 1317 LOW-PASS FILTER Q1313, 1316 PNR NTPL1 12 1 37 FIN ACO 7 2 OSD ON SWITCH IC1324 1X 0X 1Y 0Y 11 D1316 9 YOUT XOUT Q1315
14
12 11
14
MON-IN-Y
15
2 11 9
15
MON-IN-C
(Page 34)
41 35
OSD ON
OSD ON PNR NTPL1 MOD1 MOD2 23 26 19 17
(Page 29)
HP RY DATA DECODER IC1332 14 S-IN PRE OUT DATA CLK VOL-LAT 13 OE 12 LAT 11 CLK
HP RY
OSD ON MODE
40
(Page 31) MON-IN-V MON-OUT-V MON-OUT-C MON-OUT-Y OSD ON SWITCH IC1327 XCOM 0X 1X 0Z 1Z 0Y 1Y 12 13 5 3 5 3 27 YOUT EXD 15 OSC SIN SCLK CS XD 16 26 COUT CLOCK SELECT IC1331 CLOCK OSC IC1333 X1304 14.31818MHz X1305 17.734475MHz 25 VOUT OSD DRIVER IC1329 XS 9 EXS 8 (EXCEPT AEP) X1306 14.31818MHz CT1301 OSD (AEP)
(Page 29)
34
QF 5 QG 6 QH 7
OSD ON NT/PAL HP RY 14
9 S-OUT DATA DECODER IC1330 (Page 25)
4
ZCOM
15 PNR TV RY DVD RY V1 RY MODE
YCOM
20
DATA CLK DE-V595 LAT-C595 DATA-OSD CLK-OSD LEVEL SHIFT IC1301 DATA OSD CLK OSD
14 S-IN 13 OE 12 LAT 11 CLK QA QB QC QD QE QF 15 1 2 3 4 5
(Page 31)
39
A B C 11 10 9 OSD ON
23 22 24 DATA OSD CLK OSD LAT OSD CT1304 OSD NT/PAL
(Page 33)
42
LAT-OSD P-VOL-LAT LEVEL SHIFT IC1304 LAT OSD
32
32
TA-DA9000ES
6-11. BLOCK DIAGRAM DISPLAY/CONTROL Section
44
(Page 25)
COM1-CLK COM1-DAT COM2-CLK COM2-DAT
D701, 702, 718, D1017 1031 (FUNCTIONS) 1 i 13 19 i 27
LED DRIVE IC702 MAIN SYSTEM CONTROLLER IC2601 (4/4) CLR STB CLK DATA SO 18 17 16 15 14
V595/C595/-OE 41 V595-LAT 43
DATA CLK LAT-V595 OE-V595 CLK DATA LAT DA-CLK DA-DAT DA-OUT DA-LAT
38
(Page 31)
D723 742, 1032 (ILLUMINATION) 1 i 13 19 i 27 DATA CLK STB CLR 15 16 17 18 LEVEL SHIFT IC706
33
(Page 29)
PRE. D. M. LAT 49
123 LED LAT 124 LED CLR
DA-OUT 32 DA-LAT 31
32
(Page 29)
LED DRIVE IC703
SPEAKERS FRONT
ROTARY SWICTH SW701 ROTARY SWICTH SW702 ROTARY ENCODER RV706
116 FSPSW-A 117 FSPSW-B
ILINK DAT 99 ILINK CLK 100
I2C-DTAA I2C-CLK
23
(Page 26)
REAR SPEAKERS SURROUND
138 RSPSW-A 139 RSPSW-B
UPCOM-DAT 107 UPCOM-CLK 108
U-SDA U-SCL
43
(Page 32)
BASS
92 BASS JOG1 93 BASS JOG2
TREBLE
ROTARY ENCODER RV707
OSD-DAT OSD-CLK OSD-LAT C595-LAT PREOUT VOL-LAT
103 104 94 45 50
DATA-OSD CLK-OSD LAT-OSD LAT-C595 P-VOL-DAT
42
(Page 32)
105 TRE JOG1 106 TRE JOG2
MAIN MENU
ROTARY ENCODER RV701
118 MENU JOG1 119 MENU JOG2
MENU
ROTARY ENCODER RV702
120 PAGE JOG1 121 PAGE JOG2
CUE
ROTARY ENCODER RV704
138 +/ JOG1 139 +/ JOG2
SIRCS
28
(Page 27)
INPUT SELCTOR
ROTARY ENCODER RV705
73 FUNC1 74 FUNC2 SIRCS IN 61 BUFFER IC2703 (3/3)
MASTER VOLUME
ROTARY ENCODER RV703
90 VOL JOG1 91 VOL JOG2 FL
REMOTE CONTROL RECEIVER (FRONT) IC701
FL F2
S712 715, S718 732
132 AD1 i i 134 AD3
F1
FLUORESCENT INDICATOR TUBE FL701 FL1-DIN FL1-CLK FL-LAT FL-CLR 112 111 95 96 LEVEL SHIFT IC705 SI CLK LAT BK
62 POWER SW S701
I/
33
33
TA-DA9000ES
6-12. BLOCK DIAGRAM POWER SUPPLY Section
RELAY +12V COMP +9V B+ SWITCH Q1306, 1307 +9V REGULATOR IC1317 FL FL (PANEL) +40V COMP +3.3V +3.3V REGULATOR IC1334 VIDEO +5V +5V +5V REGULATOR IC804 +12V REGULATOR IC802 +12V REGULATOR IC806 12V REGULATOR IC807 +5V REGULATOR IC813 +3.3V REGULATOR IC812 D814 816 F802 RECT D802 F803 +40V REGULATOR Q801 RECT D807, 808, 810, 811
T1 MAIN POWER TRANSFORMER
A+12V +5V +3.3V REGULATOR IC2165 +5V DIGITAL +3.3V (DSP1) +3.3V REGULATOR IC2206 TRX 3.3V DIGITAL +3.3V (DSP2) +3.3V REGULATOR IC2255 DSP 3.8V +3.8V REGULATOR Q802 +5V REGULATOR IC825 D838, 839 A12V
DIGITAL +3.3V (DSD/PCM CONVERTER)
M+9V
D3.3V
+3.3V REGULATOR IC811
+5V REGULATOR IC810 +5V REGULATOR IC808 5V REGULATOR IC809 RY1001 M9V F804 RECT D806 F805 V5V
V+5V
4/8 RY
RELAY DRIVE Q828, 829
RECT D819 +V1 (POWER AMP) + D/A CONVERTER IC819 VOL DATA VOL CLK VOL LAT 6 7 8 DATA A01 1 CLK CE A02 2 THP1 TEMP D/A MUTE AC OFF +3.3V +5V OSD +5V B+ SWITCH Q1320, 1321 VIDEO +5V +3.3V REGULATOR IC820 +5V REGULATOR IC821 +3.3V POWER DOWN DETECT Q831, 833 +9V REGULATOR IC822 9V REGULATOR IC823 F809 RECT D830, 832 834 F807 RECT D826 829 F808 MUTING Q836 MUTING Q837 DISCHARGE Q811, 817, Q824 827 C835 REGULATOR Q807 POWER CONTROL Q809, 812, 813, 820, 822 +V2 (POWER AMP) REGULATOR Q808 POWER CONTROL Q810, 814, 815, 821, 823 RECT D820
36
(Page 30)
+
AMP IC816
AMP IC817 AMP IC818 RY +24V
+24V REGULATOR IC815
F806 RECT D822 825
+9V
41
(Page 32)
OSD ON
B+ SWITCH Q806
9V V+5V
F2 VIDEO 5V POWER ON/OFF CONTROL Q803, 805 B SWITCH Q804 CN2 V5V POW-RY2 P-RY (2) RELAY DRIVE Q12 RY1 RELAY DRIVE Q11 D13, 14 F1 B+ SWITCH Q16 D18 POWER SWITCHING Q14, 15 M+9V RECT D11, 12, 15, 16 T2 SUB POWER TRANSFORMER LINE FILTER LF02, 1 CN1 AC IN RY2 AC OUTLET 1 SWITCHED 100W MAX
V POWER
16
(Page 25) I POWER
27
(Page 27)
POW-RY1 STOP AC DETECT Q13
P-RY (1)
I. LINK +1.8V
+1.8V REGULATOR IC3004 +1.8V REGULATOR IC3010
+3.3V REGULATOR IC3551
B+ SWITCH Q3551, 3552
+9V B+5V +3.3V REGULATOR IC2801
+5V REGULATOR IC12
I. LINK +1.8V
STB +3.3V
34
34
TA-DA9000ES
6-13. NOTE FOR PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS
Note on Printed Wiring Board: · X : parts extracted from the component side. · Y : parts extracted from the conductor side. · x : parts mounted on the conductor side. a · : Through hole. f · : internal component. : Pattern from the side which enables seeing. · (The other layers' patterns are not indicated.) Caution: Pattern face side: (Conductor Side) Parts face side: (Component Side) Parts on the pattern face side seen from the pattern face are indicated. Parts on the parts face side seen from the parts face are indicated.
Note on S