Pioneer SVM-1000 Service manual
2007
MIC
FADER START
HEAD PHONES
VIDEO INPUT
USB
DVD
CH 1
VIDEO
EX
CH 4
MIC OFF ON
TALK
OVER
MIN
DVD/LINE PHONO
MAX
VIDEO
VIDEO
S-VIDEO
EX
VIDEO TRIM
MIC 1
MIC1
LEVEL
MIC2
LEVEL
HI
LOW
CH1
AUDIO INPUT
AUDIO TRIM
dB
OVER
10
7
4
2
1
0
–1
–2
–3
–5
–7
–10
–15
–24
+9
MID
+6-26
HI
+6-26
LOW
CUE
CROSS FADER
ASSIGN
PROFESSIONAL SOUND&VISION MIXER
BA
SVM-1000
+6-26
10
9
8
7
6
5
4
3
2
1
0
A THRU B
1
VIDEO INPUT
DVD
MIN
DVD LINE DIGITAL
MAX
VIDEO
S-VIDEO
VIDEO TRIM
AUDIO INPUT
AUDIO TRIM
dB
OVER
10
7
4
2
1
0
–1
–2
–3
–5
–7
–10
–15
–24
+9
MID
+6-26
HI
+6-26
LOW
CUE
CROSS FADER
ASSIGN
+6-26
10
9
8
7
6
5
4
3
2
1
0
A THRU B
2
VIDEO INPUT
DVD
MIN
DVD LINE DIGITAL
MAX
VIDEO
S-VIDEO
VIDEO TRIM
AUDIO INPUT
CH SELECT
AUDIO TRIM
dB
OVER
10
7
4
2
1
0
–1
–2
–3
–5
–7
–10
–15
–24
+9
MID
+6-26
HI
+6-26
LOW
CUE
CROSS FADER
ASSIGN
+6-26
10
9
8
7
6
5
4
3
2
1
0
CROSS FADER CURVE SD CARD
A THRU B
3
dB
OVER
10
7
4
2
1
0
–1
–2
–3
–5
–7
–10
–15
–24
VIDEO INPUT
DVD
MIN
LINE PHONO
MAX
VIDEO
VIDEO
S-VIDEO
VIDEO TRIM
AUDIO INPUT
AUDIO TRIM
dBLR
OVER
10
7
4
2
1
0
–1
–2
–3
–5
–7
–10
–15
–24
+9
BOOTH MONITOR
0
MID
+6-26
HI
+6-26
LOW
CUE
CROSS FADER
ASSIGN
+6-26
BALANCE
MASTER
RL
CUE
10
9
8
7
6
5
4
3
2
1
0
CH FADER CURVE
VIDEO
MASTER LEVEL
WHITEBLACK
MONO STEREO
A THRU B
4
EX
0
0
0
+12
-12
+12-12
CH2
CH3
CH4
MONOSPLIT STEREO
MIXING
PHONES
MASTER
CUE
LEVEL
AUDIO MASTER LEVEL
0
TIME/
PARAMETER
LEVEL/
DEPTH
EFFECT
CUE
VIDEO FX
PATTERN/
TEXT BANK
MAXMIN
FADER
AV SYNC
VIDEO
SOLO MODE
JPEG
VIEWER
ON/OFF
SET UP
VIDEO EQ
MASTER
MONITOR
SET UP
UTILITY
EFFECT
ON/OFF
2
4
5
6
7
SVM-1000
For details, refer to "Important Check Points for good servicing".
SOUND & VISION MIXER
SVM-1000
THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S).
Model Type Power Requirement Remarks
SVM-1000 KUCXJ AC 120 V
SVM-1000 WYXJ5 AC 220 V to 240 V
SVM-1000 TLXJ AC 110 V to 240 V
ORDER NO .
RRV3678
PIONEER CORPORATION 4-1, Meguro 1-chome, Meguro-ku, Tokyo 153-8654, Japan
PIONEER ELECTRONICS (USA) INC. P.O. Box 1760, Long Beach, CA 90801-1760, U.S.A.
PIONEER EUROPE NV Haven 1087, Keetberglaan 1, 9120 Melsele, Belgium
PIONEER ELECTRONICS ASIACENTRE PTE. LTD. 253 Alexandra Road, #04-01, Singapore 159936
PIONEER CORPORATION
T-ZZR DEC.
2007 Printed in Japan
1
1. SAFETY PRECAUTIONS
The following check should be performed for the
continued protection of the customer and service
technician.
LEAKAGE CURRENT CHECK
Measure leakage current to a known earth ground
(water pipe, conduit, etc.) by connecting a leakage
current tester such as Simpson Model 229-2 or
equivalent between the earth ground and all exposed
metal parts of the appliance (input/output terminals,
screwheads, metal overlays, control shaft, etc.). Plug
the AC line cord of the appliance directly into a 120V
AC 60 Hz outlet and turn the AC power switch on. Any
current measured must not exceed 0.5 mA.
ANY MEASUREMENTS NOT WITHIN THE LIMITS
OUTLINED ABOVE ARE INDICATIVE OF A POTENTIAL
SHOCK HAZARD AND MUST BE CORRECTED BEFORE
RETURNING THE APPLIANCE TO THE CUSTOMER.
2. PRODUCT SAFETY NOTICE
Many electrical and mechanical parts in the appliance
have special safety related characteristics. These are
often not evident from visual inspection nor the protection
afforded by them necessarily can be obtained by using
replacement components rated for voltage, wattage, etc.
Replacement parts which have these special safety
characteristics are identified in this Service Manual.
Electrical components having such features are
identified by marking with a > on the schematics and on
the parts list in this Service Manual.
The use of a substitute replacement component which
does not have the same safety characteristics as the
PIONEER recommended replacement one, shown in the
parts list in this Service Manual, may create shock, fire,
or other hazards.
Product Safety is continuously under review and new
instructions are issued from time to time. For the latest
information, always consult the current PIONEER Service
Manual. A subscription to, or additional copies of,
PIONEER Service Manual may be obtained at a nominal
charge from PIONEER.
Leakage
current
tester
Reading should
not be above
0.5 mA
Device
under
test
Test all
exposed metal
surfaces
Also test with
plug reversed
(Using AC adapter
plug as required)
Earth
ground
AC Leakage Test
(FOR USA MODEL ONLY)
WARNING
This product contains lead in solder and certain electrical parts contain chemicals which are known to the state of California to
cause cancer, birth defects or other reproductive harm.
Health & Safety Code Section 25249.6 - Proposition 65
NOTICE
(FOR CANADIAN MODEL ONLY)
Fuse symbols (fast operating fuse) and/or (slow operating fuse) on PCB indicate that replacement parts must
be of identical designation.
REMARQUE
(POUR MODÈLE CANADIEN SEULEMENT)
Les symboles de fusible (fusible de type rapide) et/ou (fusible de type lent) sur CCI indiquent que les pièces
de remplacement doivent avoir la même désignation.
This service manual is intended for qualified service technicians ; it is not meant for the casual
do-it-yourselfer. Qualified technicians have the necessary test equipment and tools, and have been
trained to properly and safely repair complex products such as those covered by this manual.
Improperly performed repairs can adversely affect the safety and reliability of the product and may
void the warranty. If you are not qualified to perform the repair of this product properly and safely, you
should not risk trying to do so and refer the repair to a qualified service technician.
2 3 4
SAFETY INFORMATION
A
B
C
D
E
F
2
1
2 3 4
SVM-1000
5
6 7 8
(FOR USA MODEL ONLY)
This product contains mercury. Disposal of this material may be regulated due to environmental considerations.
For disposal or recycling information, please contact your local authorities or the Electronics Industries
Alliance: www.eiae.org.
The backlighting lamp of LCD in this equipment contains mercury. Disposal of this material may be
regulated due to environmental considerations according to Local, State or Federal Laws. For disposal
or recycling information, please contact your local authorities or the Electronics Industries
Alliance: www.eiae.org
A
B
C
D
E
F
SVM-1000
5
6 7 8
3
1
2 3 4
[Important Check Points for Good Servicing]
In this manual, procedures that must be performed during repairs are marked with the below symbol.
Please be sure to confirm and follow these procedures.
A
1. Product saf ety
Please conform to product regulations (such as safety and radiation regulations), and maintain a safe servicing environment b y
following the safety instructions described in this manual.
1 Use specified parts for repair.
Use genuine parts. Be sure to use important parts for safety .
2 Do not perform modifications without proper instructions.
Please follow the specified safety methods when modification(addition/change of parts) is required due to interferences such as
radio/TV interference and foreign noise .
B
C
D
3 Make sure the soldering of repaired locations is properly performed.
When you solder while repairing, please be sure that there are no cold solder and other debris.
Soldering should be finished with the proper quantity . (Refer to the e xample)
4 Make sure the screws are tightly fastened.
Please be sure that all screws are fastened, and that there are no loose screws .
5 Make sure each connectors are correctly inserted.
Please be sure that all connectors are inserted, and that there are no imperfect insertion.
6 Make sure the wiring cables are set to their original state.
Please replace the wiring and cables to the original state after repairs.
In addition, be sure that there are no pinched wires, etc.
7 Make sure screws and soldering scraps do not remain inside the product.
Please check that neither solder debris nor screws remain inside the product.
8 There should be no semi-broken wires , scratches, melting, etc. on the coating of the pow er cord.
Damaged power cords may lead to fire accidents, so please be sure that there are no damages .
If you find a damaged power cord, please exchange it with a suitab le one.
9 There should be no spark traces or similar marks on the power plug.
When spark traces or similar marks are found on the power supply plug, please check the connection and advise on secure
connections and suitable usage. Please exchange the po wer cord if necessary .
a Safe en vironment should be secured during servicing.
When you perform repairs, please pay attention to static electricity, furniture, household articles, etc. in order to prev ent injuries.
Please pay attention to your surroundings and repair safely.
2. Adjustments
T o k eep the original performance of the products, optimum adjustments and confirmation of characteristics within specification.
Adjustments should be performed in accordance with the procedures/instructions described in this manual.
3. Lubricants, Glues , and Replacement parts
Use grease and adhesives that are equal to the specified substance.
E
Make sure the proper amount is applied.
4. Cleaning
For parts that require cleaning, such as optical pickups, tape deck heads, lenses and mirrors used in projection monitors, proper
cleaning should be performed to restore their performances.
5. Shipping mode and Shipping scre ws
T o protect products from damages or f ailures during transit, the shipping mode should be set or the shipping screws should be
installed before shipment. Please be sure to follo w this method especially if it is specified in this manual.
F
4
1
SVM-1000
2 3 4
5
6 7 8
CONTENTS
SAFETY INFORMATION......................................................................................................................................2
1. SERVICE PRECAUTIONS................................................................................................................................7
1.1 NOTES ON SOLDERING......................................................... .......................................... ........................7
2. SPECIFICATIONS.............................................................................................................................................7
2.1 ACCESSORIES..........................................................................................................................................7
2.2 SPECIFICATIONS ......................................................................................................................................8
2.3 PANEL FACILITIES........................................................ .......................................... ...................................9
3. BASIC ITEMS FOR SERVICE........................................................................................................................13
3.1 CHECK POINTS AFTER SERVICING .................................................................... .................................13
3.2 PCB LOCATION ..................................................................................... ..................................................14
4. BLOCK DIAGRAM..........................................................................................................................................16
4.1 OVERALL WIRING DIAGRAM ......................................... .......................................... ..............................16
4.2 AUDIO BLOCK DIAGRAM............................................................................................... .........................18
4.3 VIDEO BLOCK DIAGRAM.................................. ... .......................................... .........................................20
4.4 FUNCTION BLOCK DIAGRAM ................................................................................................................22
5. DIAGNOSIS....................................................................................................................................................24
5.1 DIAGNOSIS FLOW.......................................................................................... .........................................24
5.2 POWER ON SEQUENCE............................................................................. ............................................25
6. SERVICE MODE.............................................................................................................................................27
6.1 LIST OF PAGES IN SERVICE MODE.............................. .......................................... ..............................27
6.2 SERVICE MODE........................................................... ... .......................................... ..............................27
6.3 SERVICE MODE IDENTIFICATION .........................................................................................................28
6.4 LIST OF PAGES IN TEST MODO ............................................................................................ ................33
6.5 TEST MODE.......................................................... .. .......................................... .......................................34
6.6 TEST MODE IDENTIFICATION................................................................................................................35
6.7 HOW T O USB DOWNLOAD................................................................... ... ...............................................41
6.8 NOTES ON VARIOUS SETTINGS WHEN THE UNIT ARE REPLACED............................................... ..43
7. DISASSEMBLY ...............................................................................................................................................44
8. EACH SETTING AND ADJUSTMENT............................................................................................................55
9. EXPLODED VIEWS AND PARTS LIST...........................................................................................................56
1 PACKING SECTION........................................................................................................... ......................56
9.
9.2 EXTERIOR SECTION .................................................................................. ............................................58
9.3 BOTTOM SECTION................................................. .......................................... .......................................60
9.4 OPERATION PANEL SECTION............................................................................................. ...................62
9.5 LCD PANEL SECTION ..................................................... .......................................... ..............................64
10. SCHEMATIC DIAGRAM............................................. .. ................................................ ... ... ...........................66
10.1 AUD1 ASSY (1/5)...................................................................................................................................66
10.2 AUD1 ASSY (2/5)...................................................................................................................................68
10.3 AUD1 ASSY (3/5)...................................................................................................................................70
10.4 AUD1 ASSY (4/5)...................................................................................................................................72
10.5 AUD1 ASSY (5/5)...................................................................................................................................74
10.6 AUD2 ASSY (1/5)...................................................................................................................................76
10.7 AUD2 ASSY (2/5)...................................................................................................................................78
10.8 AUD2 ASSY (3/5)...................................................................................................................................80
10.9 AUD2 ASSY (4/5)...................................................................................................................................82
10.10 A
10.11 VIO1 ASSY...........................................................................................................................................86
10.12 MJCK, VIN3 and VIO2 ASSYS.............................................................................................................88
10.13 MAIN ASSY (1/9). .................................................................................................................................90
10.14 MAIN ASSY (2/9). .................................................................................................................................94
10.15 MAIN ASSY (3/9). .................................................................................................................................98
10.16 MAIN ASSY (4/9). ...............................................................................................................................102
10.17 MAIN ASSY (5/9). ...............................................................................................................................106
10.18 MAIN ASSY (6/9). ...............................................................................................................................110
10.19 MAIN ASSY (7/9). ...............................................................................................................................114
10.20 MAIN ASSY (8/9). ...............................................................................................................................118
10.21 MA
10.22 SCPU ASSY (1/2)...............................................................................................................................126
10.23 SCPU ASSY (2/2)...............................................................................................................................130
10.24 CTL1 ASSY ........................................................................................................................................134
10.25 CTL2A ASSY......................................................................................................................................136
10.26 CTL2B, CFD1, CFD2, CFD3 and CFD4 ASSYS................................................................................138
10.27 INVT ASSY.........................................................................................................................................140
10.28 CTL3R ASSY......................................................................................................................................142
UD2 ASSY (5/5) .................................................................................................................................84
IN ASSY (9/9)................................................................................................................................122
A
B
C
D
E
F
SVM-1000
5
6 7 8
5
1
2 3 4
10.29 CTL3LB ASSY...................................................................................................................................144
10.30 CTL3LA, CRFD and DIO2 ASSYS.....................................................................................................146
10.31 DIO1 ASSY (1/2)................................................................................................................................148
10.32 DIO1 ASSY (2/2)................................................................................................................................150
A
10.33 MIDI ASSY......................................................................................................................................... 152
10.34 SDIO ASSY........................................................................................................................................ 154
10.35 USB1 and USB2 ASSYS ...................................................................................................................156
10.36 HAMP ASSY......................................................................................................................................158
10.37 MJCK and ACSW ASSYS.................................................................................................................. 160
10.38 PDIV ASSY........................................................................................................................................162
10.39 REG and ILMR ASSYS...................................................................................................................... 164
10.40 ILML ASSY ........................................................................................................................................ 166
10.41 POWER SUPPLY UNIT......................................................................................................................168
10.42 VOLTAGES......................................................................................................................................... 170
10.43 WAVEFORMS....................................................................................................................................173
11. PCB CONNECTION DIAGRAM................................................................................................................. 186
B
11.1 AUD1 and MJCK ASSYS..........................................................................................................
11.2 AUD2 ASSY......................................................................................................................................... 190
11.3 VIO1 and VIO2 ASSYS........................................................................................................................ 194
11.4 MAIN ASSY ......................................................................................................................................... 198
11.5 SCPU and CRFD ASSYS....................................................................................................................202
11.6 CTL1, CFD1 and CFD2 ASSYS...........................................................................................................206
11.7 CTL2A, CFD3, CFD4 and CTL2B ASSYS........................................................................................... 210
11.8 INVT, CTL3R, CTL3LB and CTL3LA ASSYS....................................................................................... 214
11.9 DIO2, SDIO, USB1 and USB2 ASSYS................................................................................................ 218
11.10 DIO1 and MIDI ASSYS...................................................................................................................... 220
11.11 ACSW, PDIV and REG ASSYS ......................................................................................................... 224
C
11.12 VIN3, ILMR and ILML A
SSYS ...........................................................................................................226
11.13 HAMP and HJCK ASSYS..................................................................................................................228
12. PCB PARTS LIST....................................................................................................................................... 230
........... 186
D
E
F
6
1
2 3 4
SVM-1000
5
• For environmental protection, lead-free solder is used on the printed circuit boards mounted in this unit.
Be sure to use lead-free solder and a soldering iron that can meet specifications for use with lead-free solders for repairs
accompanied by reworking of soldering.
• Compared with conventional eutectic solders, lead-free solders have higher melting points, by approximately 40 °C.
Therefore, for lead-free soldering, the tip temperature of a soldering iron must be set to around 373 °C in general, although
the temperature depends on the heat capacity of the PC board on which reworking is required and the weight of the tip of
the soldering iron.
Compared with eutectic solders, lead-free solders have higher bond strengths but slower wetting times and higher melting
temperatures (hard to melt/easy to harden).
The following lead-free solders are available as service parts:
• Parts numbers of lead-free solder:
GYP1006 1.0 in dia.
GYP1007 0.6 in dia.
GYP1008 0.3 in dia.
• Operating Instructions
(KUCXJ: DRB1421)
(WYXJ5: DRB1422)
(TLXJ: DRB1423)
Accessories
• Power Cord
(KUCXJ : DDG1028)
(WYXJ5 : ADG7062)
(TLXJ : ADG7062)
• Warranty Card
6 7 8
1. SERVICE PRECAUTIONS
1.1 NOTES ON SOLDERING
A
B
2. SPECIFICATIONS
2.1 ACCESSORIES
C
D
E
5
SVM-1000
6 7 8
F
7
1
Power source
KUCXJ model
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
AC 120 V, 60 Hz
TLXJ model . . . . . . . . . . . . . . . . . . AC 110 V to 240 V, 50 Hz/60 Hz
WYXJ5 model
(Except SVM-1000/TLXJ)
2 3 4
2.2 SPECIFICATIONS
A
B
C
D
E
F
8
1
2 3 4
SVM-1000
5
2.3 PANEL FACILITIES
6 7 8
A
B
C
D
E
F
SVM-1000
5
6 7 8
9
1
A
B
2 3 4
C
D
E
F
10
1
2 3 4
SVM-1000
5
6 7 8
A
B
C
D
E
F
SVM-1000
5
6 7 8
11
1
A
B
2 3 4
C
D
E
F
12
1
2 3 4
SVM-1000
5
6 7 8
3. BASIC ITEMS FOR SERVICE
3.1 CHECK POINTS AFTER SERVICING
To ensure the quality of the product after repair, check the recommended items shown below:
Item to be checkedProceduresNo.
A
Check if all the symptoms pointed out by the customer
1
have been addressed.
Check the analog audio inputs. (Make connections for
2
analog audio signals with a DVD player.)
Check the digital audio inputs. (Make connections for
3
digital audio signals with a DVD player.)
Check the video outputs.
4
(Make connections with a DVD player.)
5
Check the buttons.
6
Check the exterior section.10
The symptoms in question must not be reproduced.
Audio and operations must be normal.
Check the output of Audio Master Out connector 1 from all input connectors.
Check the outputs of the all output connectors from the CH1 input connector.
Audio for each channel and operations must be normal.
Input digital signals to CH2 and CH3 and check if the output signals from
the digital output connectors are normal.
Audio for each channel and operations must be normal.
Check the output of the Video Master Out connectors from all input connectors.
Check the outputs of the all output connectors from the CH1 input connector.
Video and operations must be normal.
Audio must be normal, without noise.Check the audio from headphone output.
Operate the buttons of the main unit, and check it operate normally.
Calibration must be terminated.Check the touch panel.7
The video system must be appropriately set for the destination.Check the System Setting.8
The content of utility setup must be the same as before the repair.Check the contents of utility setup.9
Check for any scratches or dirt that have been made or attached on
the exterior section after receiving the product for repair.
See the table below for the items to be checked regarding video and audio:
Item to be checked regarding video Item to be checked regarding audio
Block noise
Horizontal noise
Dot noise
Disturbed image (video jumpiness)
Too dark
Too bright
Mottled color
Distortion
Noise
Volume too low
Volume too high
Volume fluctuating
Sound interrupted
B
C
D
E
F
SVM-1000
5
6 7 8
13
1
3.2 PCB LOCATION
Main Section
A
2 3 4
B
C
Front view
USB2 ASSY
Z
AG
VIN3 ASSY
E
ILML ASSY
ILMR ASSY
AF
3F
2F
MIDI ASSY
W
AUD1 ASSY
A
DIO1 ASSY
V
AUD2 ASSY
B
U
DIO2 ASSY
MJCK ASSY
D
1F
D
E
USB1 ASSY
Y
VIO1 ASSY
C
VIO2 ASSY
F
ACSW ASSY
AC
REG ASSY
AE
POWER SUPPLY UNIT
MAIN ASSY
G
F
14
1
2 3 4
SVM-1000
PDIV ASSY
AD
SDIO ASSY
X
5
6 7 8
Operation Panel Section
Bottom view
CTL2A ASSY
J
CFD4 ASSY
CFD3 ASSY
O
N
CTL2B ASSY
K
SCPU ASSY
H
CRFD ASSY
T
CTL1 ASSY
I
HAMP ASSY
AA
CFD1 ASSY
L
CFD2 ASSY
M
HJCK ASSY
AB
INVT ASSY
P
CTL3R ASSY
Q
LCD Panel
CTL3LA
ASSY
S
CTL3LB
ASSY
R
A
B
C
NOTES: - Parts marked by “NSP” are generally unavailable because they are not in our Master Spare Parts List.
-
The > mark found on some component parts indicates the importance of the safety factor of the part.
Therefore, when replacing, be sure to use parts of identical designation.
Mark No. Description Part No. Mark No. Description Part No.
LIST OF ASSEMBLIES
1..MAIN ASSY DWX2715
NSP 1..SCIV ASSY DWM2302
2..SCPU ASSY DWX2706
2..INVT ASSY DWX2717
NSP 1..AUDI ASSY DWM2303
2..AUD1 ASSY DWX2718
2..DIO2 ASSY DWX2719
2..USB1 ASSY DWX2727
NSP 1..AUIL ASSY DWM2304
2..AUD2 ASSY DWX2721
2..ILMR ASSY DWX2722
2..ILML ASSY DWX2723
NSP 1..DIHP ASSY DWM2305
2..USB2 ASSY DWX2720
2..DIO1 ASSY DWX2724
2..PDIV ASSY DWX2725
2..HAMP ASSY DWX2726
2..SDIO ASSY DWX2728
2..MIDI ASSY DWX2751
2..REG ASSY DWX2767
2..COVER PCB DWX2793
NSP 1..CTVI ASSY DWM2306
2..CTL1 ASSY DWX2729
2..CTL3R ASSY DWX2730
2..VIO1 ASSY DWX2731
2..VIO2 ASSY DWX2732
2..VIN3 ASSY DWX2733
2..HJCK ASSY DWX2734
NSP 1..CTFD ASSY DWM2307
2..CTL2A ASSY DWX2735
2..CTL2B ASSY DWX2736
2..ACSW ASSY DWX2737
2..MJCK ASSY DWX2738
2..CRFD ASSY DWX2739
2..CFD1 ASSY DWX2740
2..CFD2 ASSY DWX2741
2..CFD3 ASSY DWX2742
2..CFD4 ASSY DWX2743
2..CTL3LA ASSY DWX2744
2..CTL3LB ASSY DWX2745
> 1..POWER SUPPLY UNIT DWR1440
> 1..LCD Panel CWX3405
D
E
F
SVM-1000
5
6 7 8
15
1
3
MIC2
7
CH3
VIDEO SYNC
OUT
19
5
1
4
3
OUT DDEN
12
6
5
CN1016
AKM1277-
11
12
FADER_ST_4+
24
V+5D
1
8
3
17
GNDD
12
16
MUTE_OFF1
1
MUTE_OFF
13
CBV_CH1_1
GNDA
DIGI_4896_OUT
15
6
INPUT_SEL4
16
5
RST_HP
2
GNDD
1
GNDA
GNDD
13
GNDA
GPO_CH1START
2
+5V_USB1
7
CBV_CH1_2
GNDA
MAIN_YOUT
7
1
MUTE_OFF2
14
20
26
POWER SUPPLY
UNIT (DWR1440)
29
10
V-15
CH2
VIDEO
INPUT
GNDA
2
GNDD
7
GNDD
MASTER_DATA
4
3
96K_3
R
32
14
GNDA
MMCMD
L
15
DKP3792-
PH
4PIN
MIC_DATA
5
MIC_DATA
8
14
VR_CS_INPUT1
6
12
GNDA
+5V_USB1
GNDD
35
19
GNDA
TO SCPU
VR_CS0
30
CN5009
S7B-EH
ATT
24
16
GNDA
5
SDDAT3
7
16
VR_CS_INPUT2
1
8
5
2
CN7401
CKS4999-
12
6
12
33
9
GNDD
G
14
SWPS
16
SUB_S_YOUT
RSD_AAD
13
1
6
9
7
1
V-BB
G
GNDD
LRCK
+5V_USB2
MAIN_CROUT
DOUT_DATA
GNDA
22
GNDD
VR_SIR_SCK
2
MAIN_MIC_HOT
7
11
5
5
MASTER_DATA
10
VR_CS4
Y_CH3_1
MAIN_MIC_COLD
LRCK
37
GNDD
CH3
VIDEO
INPUT
12
LINE
GNDD
1
Y_CH4_1
GNDD
2
1
DIR_CS2
GNDD
TOP PANEL
CH4_DATA
13
SUB_VOUT
CLK24M_3
L
DSP_RST
4
GNDA
CN4011
DKN1512-
33
4
22
HP_DATA
22
BOOTH
MONITOR
(TRS)
8
96K_2
V-BB
GNDD
GNDD
24
CN8005
VKN1193-
FADER_ST_3+
GNDA
HP_DATA
12
LINE
GNDA
9
V+15
22
DIGITAL
IN
2
6
19
3
XCARDIN
GNDD
8
1
GNDA
26
DIGI_4896_OUT
CN5005
PLUG 19PIN
VKN1775-
22
GNDA
21
6
2
XCARDIN
CN1007
AKM1275-
GNDD
9
GNDD
1
GNDD
9
V+8
13
12
5
GNDD
17
CN1009
VKN1428-
11
L
34
DOUT_DATA
3
R
7
7
13
31
GNDD
LINE
XRESET
10
VR_DATA
17
6
28
1
6
8
15
GNDA
CN8202
S6B-PH-K-S
19
7
13
19
14
OUT DDT11
7
DIGITAL
OUT
V+12
10
DKP3791-
PH 6PIN
SHIELD
1
3
V+3R3
FPGA_TX
11
1
7
14
REC OUT
COMPONENT
2
GNDD
CBV_CH3_1
7
17
CN202
B15B-PH-K-S
CH3
AUDIO
CN6501
DKN1480-
XMMCD
GNDA
19
24
20
1
7
3
DVD
11
9
GNDA
CBV_CH4_2
CBV_CH4_3
V+5
2
CN7403
B4B-PH-K-S
5
MCK
4
CH3_DATA
8
29
CH2
MASTER OUT1
28
2
4
1
GNDD
8
VR_CS2
21
GNDD
GNDD
GNDD
24
1
GNDA
96K_2
CH3_DIGI_INPUT
Y_CH4_1
29
DIR_CS1
V+15A
CLK24M_2
GNDD
GNDA
5
GNDA
GNDA
OUT DDT9
VR_CLK
MAIN_S_DC
31
6
MUTE_OFF
4
D-_USB1
CN1012
VKN1434-
CBV_CH4_3
2
GNDD
11
11
5
TP1_YAD
151413
DDD1384-
1mm FFC 17PIN
REVERSE
13
GPO_CH4START
24
VR_CS_INPUT4
4
1
37
32
CN8651
B4B-PH-K-S
6
GNDA
16
GNDA
TP1_XV
GNDA
3
L
V+5D
VIDEO
SYNC
OUT
GNDD
2
C_CH1_1
GNDA
10
32
D+_USB1
9
2
GNDA
GNDD
SYNC_OUT
21
N
7
TO ILMR
RST_SRC
PF15PP-S17
C_CH3_1
10
1
PHON
17
PF07EE-D12
16
GNDD
V+5D
C_CH1_1
7
GND5
HP L
V+15
GNDA
3
SUB_S_YOUT
13
23
GNDA
4
V+5A
14
8
17
D+_USB1
GLED
GNDA
1
6
GNDD
29
12
OUT DDT10
7
7
27
GNDD
15
21
7
GNDD
2
GNDD
13
DDD1375-
1mm FFC 34PIN
REVERSE
6M_3
TO AUD2
1
16
3
23
1
2
CN1017
AKM1280-
V+15B
REC_DATA
33
GNDD
VR_CS5
3
V-BB
9
GNDD
GNDD
6
CONT
SDPOWER
SUB_S_DC
GNDA
MIDI_TX
7
CH1
AUDIO
GNDA
24
30
C_CH4_1
11
BOOTH_MUTE
12
GNDD
CH1_FADER
36
VR_CLK
DVD
7
1
19
MONITOR
5
34
GNDD
CH3_DATA
PF02EE-D32
18
CBV_CH2_1
21
1
1
12
18
8
24
GNDA
GNDD
MCK
24
9
DDD1381-
1mm FFC 30PIN
REVERSE
5
11
MAIN_CBOUT
27
GNDD
28
FROM PDIV
GNDA
OUT DDT13
GPO_CH3START
31
9
3
2
GNDD
GNDA
CN4016
RECEPTACLE 19PIN
19R-1.25FJ
19
22
40
C_CH2_1
1
5
SDWP
CH3_DIGI_INPUT
GNDA
20
5
GNDA
V-15
SDDAT3
5
12
GNDD
2
17
V+5D
MUTE_OFF1
GNDD
15
CN9157
B2B-EH
10
CN4014
S8B-EH
9
CN5004
PLUG 19PIN
VKN1775-
10
OUT DDT4
GNDD
GNDD
VR_SIR_RX
GNDA
17
5
12
MAIN_S_DC
VR_SIR_TX
1
C_CH2_1
GNDD
KUC DDG1028-
CBV_CH1_2
3
GNDFL
GNDA
6
C_CH4_1
MAIN_VOUT
S-VIDEO
GNDA
GNDA
CN8551
AKM1276-
CN7705
VKN1193-
V+5D
3
22
VR_CS3
5
V-15
JJ BDG1048-
29
14
CH4_DATA
CONT
23
GND15
4
3
CN
B2B
1
WY TL ADG7062-
3
GNDD
4
26
GND5
GNDD
GNDD
GND5
27
EFFECT_ON
CN4002
B3B-PH-K-S
GNDA
MASTER
GNDA
1
13
DIT_CS1
FADER_ST_1-
2
VR_SIR_TX
17
MUTE_OFF2
V+5D
V3R3
27
V+3R3DREF
CBV_CH3_2
18
CN1008
VKN1417-
CRS_FADER
CN4010
DKN1511-
MAIN_S_YOUT
15
S-VIDEO
13
SUB_S_COUT
R
OUT DDT12
25
7
7
5
4
GNDD
20GNDD
GNDD
INPUT_SEL3
8
FPGA_SCLK
7
GNDD
PWRFL(+15)
CN8301
VKN1305-
GNDD
3
4
6
V+15A
GNDA
MIDI_TX
MAIN_S_COUT
9
18
9
CBV_CH4_1
GNDA
CLK24M_3
22
11
VR_MUTE
CN9151
B5B-PH-K-S
2
CH3_DIGI_IN
INPUT_SEL3
GNDA
2
CN3
52492
30
SUB_CPU_BUSY
2
3
9
4
15
28
INPUT_SEL4
ATT
3
JH9201
51048-0400
3
!
GNDD
L
DDD1376-
1mm FFC 17PIN
REVERSE
JUMPER
9PIN
CH1
GNDA
6
8
CONT
10
17
AC INLET ASSY
!
8
GREF1
GNDA
GNDA
V+5D
BOOTH_DATA
4
OUT DDT3
REAR PANEL
17
GNDD
7
25
4
GNDA
GNDA
GNDA
CH2_DATA
INSEL1
L
Y_CH3_1
DDD1377 1mm FFC
12PIN
REVERSE
SD CARD
4
20
2
CH4
VIDEO SYNC
OUT
3
15
CH1_FADER
V+5A
GNDA
CH2_DIGI_IN
GNDA
GNDA
16
N
GNDD
7
BCK
GPO_CH1STOP
5
2
8
GNDD
17
15
23
12
18
GNDA
7
29
GNDD
GNDD
1
13
GNDFL
GNDD
GNDD
PF05EE-D37
GNDA
32
18
22
5
9
25
25
17
GNDA
29
GNDA
4
GNDD
CN1010
VKN1438-
GNDD
28
19
10
CH1_DATA
GPO_CH3STOP
R
GNDA
OUT DDT7
6
OUT DDT15
9
V+5A
19
8
15
VR_CS_MASTER
18
CN1004
VKN1444-
18
13
D-_USB1
FADER_ST_4-
10
MMCMD
32
MIDI_TX
6M_3
MCK
13
INSEL1
GNDD
GNDA
28
CN1006
AKM1276-
PF08EE-
D17
FADER_ST_4-
Y_CH2_1
5
GNDA
GNDD
INPUT_SEL4
GNDD
REC_DATA
6
1
4
4
15
5
14
V-15
9
21
C_CH3_1
24
VLED(+5)
PWRFL(+15)
GNDA
15
MAIN_YOUT
13
13
V+5
CH2
SUB_S_DC
33
TAP_SW
GNDD
2
5
Y
FSYNC
10
GNDD
12
25
6
OUT DDT1
8
V3R3
5
CBV_CH4_2
FADER_ST_2-
CBV_CH3_1
PHONO
8
8
10
3
20
GNDA
15
32
VMUTE
18
19
PF05PP-
D20
22
8
17
OUT DDT14
8
7
12
16
GNDA
BCK
INSEL2
GNDD
GNDD
3
15
7
19
GNDA
GPO_CH2STOP
GNDD
GNDD
2
GNDD
GNDA
FADER_ST_4+
MUTE_OFF2
8
3
CH1_FADER
GNDD
GNDD
BOARD TO BOARD
19PIN
9
GNDD
INSEL3
VLED(+5)
26
3
NEUTRAL
96K_1
30
FADER_ST_3+
GNDA
4
D+_USB2
CBV_CH3_1
11
PHONO
INSEL4
L
39
SDDAT0
SDDAT2
DDD1378-
1mm FFC 24PIN
REVERSE
DCLKO
23
9
CN9152
B15B-PH-K-S
DDD1379-
1mm FFC 34PIN
CBV_CH3_2
2
CBV_CH3_2
N
V+5
SYNC_OUT
DIT_CS1_X
9
4
28
GNDD
23
V3R3
V+5D
V+5D
GNDA
GREF1
23
MAIN_CROUT
8
GND5
17
4
27
VMUTE
4
CN8601
AKM1290-
GNDD
CN
S5
6
BCK
6
GNDD
DIGI_4896_IN
OUT DDT8
GNDD
VR_MUTE
10
5
7
8
L
21
BOOTH_DATA
CBV_CH3_2
GNDA
34
CH2_DATA
V+5D
27
DIGI_4896_IN
DSP_RST
8
GNDD
SDPOWER
CN8701
S3B-PH-K-S
2
GNDD
Y_CH1_1
12
GNDD
GNDD
GNDD
6
9
V+5D
R
WA ADG7105-
5
10
12
30
GNDA
25
VR_CS3
3
GNDA
LINE
4
AC POWER CORD
V+12
VR_CS1
INSEL3
CN8251
VKN1374-
16
1
18
15
5
!
6
5
13
3
GNDD
WYTL WA DKP3762-
1
CH4_DATA
38
CH3_DATA
8
13
19
17
CBV_CH4_2
!
1
7
GNDA
5
V3R3
3
6
34
34
CBV_CH1_3
2
R
GNDA
!
26
GNDA
9
4
CN1001
VKN1434-
9
!
14
3
CBV_CH4_3
19
GNDD
9
GPO_CH2START
19
3
17
2
27
GNDD
31
VR_MUTE
CH4_FADER
14
9
CBV_CH1_3
V-15
GNDD
V+15D
CN1002
VKN1416-
GNDD
CN4015
RECEPTACLE 19PIN
19R-1.25FJ
XRESET
CN7706
VKN2004-
4
VR_DATA
18
V+15
3
12
COMPOSITE
27
GNDD
7
GNDA
GNDA
34
16
VR_CS_INPUT3
2
18
20
3
DIR_CS2
27
GNDA
1
JUMPER
4PIN
GNDD
JH9151
51048-0900
DSP_RST
4
GNDD
2
24
3
MASTER_MUTE_OFF
4
GNDA
GNDD
11
8
GNDA
10
INPUT_SEL3
VSYNC
14
GNDD
4
GNDA
10
6M_1
12
DKP3794-
PH 3PIN
SHIELD
INPUT_SEL2
6
20
GNDD
GNDD
1
3
SYNC_OUTPUT
RST_SRC
11
8
10
11
V+BB
26
20
3
11
OUT DDT5
CN9154
B5B-EH
4
6
2
SDWP
3
5
CN1015
VKN1421-
CBV_CH3_1
16
26
16
10
HP L
GNDD
9
CH1
VIDEO
INPUT
8
6
V+8D
11
15
V+5A
6
14
MIDI OUT
OUT DDT6
26
REC_DATAREC_DATA
R
2
GNDD
V3R3
GNDHP
GNDA
5
CLK24M_2
25
36
GNDA
GNDD
2
20
5
GNDD
V-15
D-_USB2
FADER_ST_4-
GNDA
4
C_CH3_1
12
1
6
SDDAT2
4
28
26
GNDA
1
MAIN_S_COUT
VR_CS4
7
DDD13811mm FFC
13PIN
13
V+15D
VR_CS4
4
31
1
CBV_CH2_2
GNDD
INPUT_SEL1
9
GNDD
GNDD
CBV_CH2_2
23
4
18
2
GNDD
3
18
4
12
Y_CH4_1
23
14
GNDD
VR_SIR_RX
22
11
DKP3799-
2PIN
33
CBV_CH4_2
5
DDD1388-
1mm FFC
5PIN
REVERSE
8
4
3
VR_CLK
GNDD
GNDD
30
CN6503
52147-0410
GNDD
GNDA
V+BB
GNDD
1
5
V+3R3DREF
1
GNDA
AC POWER CORD
6
FADER_ST_1+
CN6
52492
29
30
FADER_ST_3-
GNDD
10
CH3_FADER
MIC1
16
4
VR_SIR_SCK
GNDA
AC INLET ASSY
3
23
VR_MUTE
8
PF07EE-D12
18
3
VR_DATA
KUC JJ DKP3761-
29
15
GNDD
10
27
3
2
38
5
GNDD
JH9501
51048-0900
5
CN1003
VKN1438-
18
20
3
GNDD
1
16
4
6
4
11
3
15
10
V+15B
GNDA
30
6
CN9101
2-178496-4
PF08EE-D30
D+_USB2
C_CH3_1
6
CBV_CH4_3
J9101
(BOARD-IN)
14
MAIN_MIC_HOT
FADER_ST_3-
17
TP1_YV
CLK24M_1
CH2
AUDIO
GLED
6M_2
C_CH4_1
4
CONT
Y_CH2_1
12
16
SUB_CPU_RST
GNDA
14
5
V+5
CH4_DATA
1
1
D-_USB2
5
GNDA
ATT
CBV_CH2_1
6M_2
CN201
B5B-PH-K-S
31
1
2
28
+5V_USB2
4
GNDD
12
13
USB B
1
Y_CH1_1
GNDD
16
3
CH4
AUDIO
INSEL2
2
MASTER
OUT2
GNDD
CH1
VIDEO
INPUT
GNDD
CN6502
VKN1374-
GNDA
GNDD
V+BB
8
11
23
25
33
Cb
2
FADER_ST_2+
3
13
GNDA
35
2
7
MUTE_OFF
VR_CS5
MASTER_DATA
GNDD
TO HAMP
GNDD
11
V+5D
CH2_FADER
CH3_DATA
MMCLK
14
1
11
GNDD
6
21
4
CH1_DATA
VR_CLK
GNDA
25
XRESET
!
FPGA_RX
CH4
VIDEO
INPUT
21
GNDD
2
2
GNDA
2
11
14
ATT
16
MAIN_MIC_COLD
SUB_S_COUT
VR_MUTE
USB A
2
3
OUT DDT2
9
GNDD
GNDD
4
CH3_DIGI_IN
3
GNDA
CN5006
S8B-EH
12
CN9156
B8B-EH
10
GPO_CH4STOP
14
Y_CH3_1
MAIN_CBOUT
GNDA
SDDAT1
L
GNDD
LRCK
6
8
Y_CH4_1
96K_3
4
5
2
5
20
MIDI_TX
GNDA
BOARD TO BOARD
19PIN
GNDA
23
BOOTH_MUTE
15
11
GNDD
30
16
2
21
V+5D
GNDD
14
5
GNDA
11
V+5D
4
VR_CS3
4
10
XMMCD
1
GNDD
4
V+5A
V+8D
26
11
FADER_ST_3+
FADER_ST_4+
24
MMCLK
GNDD
MAIN_S_YOUT
SUB_CPU_INT
SYNC_OUTPUT
17
GNDREF
DDD1382-
1mm FFC 30PIN
MUTE_OFF1
15
GNDD
VIDEO
SYNC
OUT
3
15
GNDHP
4
DDD1383-
1mm FFC 40PIN
C_CH4_1
2
CN9155
B9B-PH-K-S
GND15
OUT DDT0
PF05PP
-S15
MASTER_DATA
GNDA
10
CBV_CH1_1
GNDD
GNDD
GNDA
V+8
FADER_ST_3-
L
10
GND15
29
8
VR_DATA
GNDA
28
GNDA
MAIN_VOUT
PF09PP-
D05
SDDAT1
21
CN9153
B7B-EH
RST_HP
2
1
INL101
B2P3-VH
INSEL4
DIR_CS1
GNDA
17
GNDA
CH3
DIGITAL
IN
GNDD
GNDD
Cr
GND15
11
GNDD
1
2
22
2
9
CBV_CH4_1
VMUTE
40
39
GNDREF
1
CH4
VIDEO
INPUT
7
GNDA
BROWN
1
V+15B
GNDD
9
GNDD
TP1_XAD
VR_CS5
5
25
WHITE
Y_CH3_1
1
V-15
6
SDDAT0
CN7707
VKN1200-
CH2_DIGI_IN
GNDA
19
6
21
V+15B
GNDD
LIVE
5
GNDD
SUB_VOUT
VR_CS_MIC
30
13
14
2
3
GNDD
CN101
Y
USB1 ASSY
(DWX2727)
D
HAMP ASSY
(DWX2726)
HJCK ASSY
(DWX2734)
MJCK A
(DWX27
Z
USB2 ASSY
(DWX2720)
B B( 1/5- 5/5)
B
AUD2 ASSY
(DWX2721)
A A( 1/5- 5/5)
A
AUD1 ASSY
(DWX2718)
G G( 1/9- 9/9)
G
MAIN ASSY
(DWX2715)
V V( 1/2- 2/2)
V
DIO1 ASSY
(DWX2724)
AA
AB
C
VIO1 ASSY
(DWX2731)
F
VIO2 ASSY
(DWX2732)
E
VIN3 ASSY
(DWX2733)
W
MIDI ASSY
(DWX2751)
U
DIO2 ASSY
(DWX2719)
X
SDIO ASSY
(DWX2728)
REG ASSY
(DWX2767)
AE
PDIV ASSY
(DWX2725)
AD
ACSW ASSY
(DWX2737)
AC
4. BLOCK DIAGRAM
4.1 OVERALL WIRING DIAGRAM
A
B
C
D
E
F
16
1
2 3 4
2 3 4
SVM-1000
SW_MAT0
CH3
VIDEO SYNC
OUT
GND
19
14
14
7
22
G5
TOUCH PANEL
20
FFC
4P
4
3
OUT DDEN
29
HP_R
GLED
10
20
CH3_FADER
SW_SCAN4
19
2
V3R3REF1
8
3
23
6
20
17
DDD1385-
1mm FFC 24PIN
REVERSE
GREF1
1
19
CN9001
B2B-EH
GNDD
MUTE_OFF
V3R3
33
4L
3
MIL
SW_MAT5
21
RST_HP
R2
2
11
12
3VT
20
26
1
LED-10
V3R3REF1
2
INSEL1
SW_MAT0
V3R3REF2
19
GREF1
3AT
18
14
26
25
GNDD
1
10
2
17
V3R3REF1
V3R3
18
2
5
40
G4
TP1_XAD
BOTTOM
T_LEDD0A
22
31
2
T_LEDD0
GREF1
V3R3REF1
GNDD
B4
14
16
G2
CH4_FADER
SUB_CPU_INT
6
9
DKP3792-
PH
4PIN
9
5
28
EFF_CH_S0
8
LEDD12B
11
FIL_S1
TP1_XV
V3R3REF1
24
GNDD
6
35
DDD1389-
1.25mm FFC 28PIN
REVERSE
OUT DDT8
LEDD6A
TOP
2
30
1
4
GREF1
7
LEFT
16
V3R3REF1
CN7401
CKS4999-
31
ISNEL1
5
GNDHP
16
GREF1
2
20
23
SW_MAT6
CN3013
52492-2820
2
25
24
GNDHP
SW_SCAN3
GNDD
13
GREF1
TAP_SW
GREF2
SW_SCAN3
T_LEDD2
23
T_LEDD5
3
LED-0
FROM PDIV
14
2
14
6
TAP_SW
23
9
CH2_FADER
7
13
GREF1
11
1
2
37
2
GREF1
LED-6
V3R3REF1
CRS_FADER
18
10
17
18
35
10
SW_MAT4
26
LED-6
19
TOP PANEL
SW_SCAN3
_
2
4
5
V+15D
GNDD
LED-8
B1
22
PF05EE-D37
HP_DATA
10
17
23
SW_MAT2
10
13
T_LEDD0A
DDD1394-
1.25mm FFC
5PIN
REVERSE
1M
HP_DATA
SW_SCAN7
28
16
9
15
22
2
5
V3R3
2
22
GNDD
MAB
TIME_1
LED-4
22
21
LEDD9A
6
GNDD
CN6008
9610S-04B
26
CN1007
AKM1275-
B0
36
GNDD
LEDD14B
R4
TIME_1
BO
30
UP SIDE
TOUCH PANEL
G5
VLED(+5V)
5
2VT
13
12
34
6
25
8
SW7
GNDD
SW_MAT2
PWRFL(+15)
TP2_XV
34
GREF1
11
7
13
GNDD
5
GNDHP_L
5
12
GREF1
23
CLK
24
SMIC_TRIM
SW_MAT3
CN8751
S3B-PH-K-S
2
27
16
U/D
LEDD7B
8
19
CH3_FADER
B4
CN7101
52492-3620
1L
OUT DDT11
GNDD
LEDD7B
CH2_FADER
INSEL4
LEDD11B
FPGA_TX
1
14
LEDD3B
5
20
17
TIME_0
VLED(+5)
28
V3R3
G3
14
27
LEDD3B
19
HPL
23
7
17
LED-10
1
4 SW_MAT2
9
SW3
LCD_SW
CN7403
B4B-PH-K-S
15
10
INSEL4
5
LEDD5A
LED-7
18
OUT DDT15
29
SUB_CPU_BUSY
28
G0
OUT DDT3
GNDD
T_LEDD4
GNDD
19
8
15
10
2M
GLED
5
3
FIL_S1
SW1
28
HIGH VOLTAGE
V3R3
28
9
8
DCLK0
GNDD
3
LEDD11A
4
GND
13
16
OUT DDT9
6
LED0A
MUTE_OFF
EFFECT_ON
1012
GNDD
4
GND15
T_LEDD0A
GREF1
TP1_YAD
19
6
LEDD14B
GNDD
16
7
18
1
17
SW_MAT5
FL_PWR_H1
SW_SCAN3
6
8
HS
LEDD0B
37
CN8651
B4B-PH-K-S
B0
21
GNDD
FIL_S1
TP1_XV
3
INSEL2
20
DDD1390-
1.25mm FFC 36PIN
REVERSE
GNDHP_R
R5
SW_MAT5
SW_MAT5
8
36
V3R3REF1
SW4
14
MIC_TRIM
2
GNDD
16
1
20
G4
LEDD9B
27
28
GREF1
10
PHONES
1
GREF2
3
GNDD
GNDD
HP_L
GLED
GREF1
LEDD5B
3
23
GLED
1VT
10
LEDD6B
5
OUT DDEN
1
29
2L
OUT DDT10
9
INSEL2
GNDD
12
R0
GNDD
VLED(+5V)
SMIC_TRIM
LED-10
23
GNDD
18
CN6001
CKS3836-
GNDFL
GNDD
V3R3
GNDD
OUT DDT12
10
TP2_YV
SW2
3
23
16
OUT DDT4
1H
LEDD11B
1
VLED(+5V)
V3R3
11
33
3
4
2
4
13
5
8
13
2
21
CN3004
52147-0610
LED-2
6
19
CN6002
VKN1814-
16
24
2
12
13
6
LEDD14B
5
CN8452
52492-0620
HSYNC
V+15D
1
SW_SCAN4
12
1
LEDD9B
CH1_FADER
36
7
3
SW_MAT2
13
1
38
5
18
SW_MAT5
T_LEDD5A
14
2
V3R3REF2
25
1
21
22
36
SW7
12
LED-3
DCLKO
V3R3
8 GNDD
CN8951
52492-0520
SW5
DEPTH
GNDD
DIM_DUTY
24
1
GNDD
4
3
TP2_XAD
23
GNDD
(DSX1074)
HPM
GLED
18
OUT DDT13
11
SW_MAT0
SW2
LEDD1A
SW_SCAN4
GNDD
26
3
GNDFL
LEDD9B
14
22
40
22
23
V3R3
2
6
16
LEDD11A
GNDD
LEDD8B
14
35
4
CN3005
S8B-EH
LEDD8A
22
SW_MAT2
19
LEDD1B
GREF1
DIM_DUTY
SW_MAT0
SW4
LEDD13A
33
OUT DDT1
GNDD
TP1_YV
3
29
TP2_YV
4
LEDD6A
OUT DDT4
GNDD
30
V3R3
OUT DDT6
SW_MAT1
1
17
R1
4
GLED
LED-4
V3R3REF1
TP2_XV
21
GNDD
24
8
33
GNDD
GNDD
5
SW_MAT0
T_LEDD1A
29
DEPTH
GND
28
1
GNDD
6
EFFECT_ON
1
LEDD13B
CN7402
B2B-PH-K-S
20
CN3011
52492-3620
1
SW_MAT4
SW_MAT5
13
27
27
EFFECT_ON
GNDD
DKP3797PH
2PIN
SW_MAT0
CH4_FADER
36
SW_MAT3
4AT
1M
5
R1
SW3
V3R3REF1
G2
VSYNC
GLED
1
DDD1395-
0.5mm FFC 40PIN
12
3
4H
28
V3R3REF1
SW_MAT2
SW_SCAN4
LEDD2A
V3R3REF1
4H
3
CH3_FADER
7
GNDHP_R
SW6
27
V+3R3DREF
18
LEDD2B
LEDD8B
26
INSEL3
LEDD9A
CRS_FADER
15
EFFECT_ON
4M
TP1_XV
R0
2
OUT DDT12
7
11
GNDFL
33
GNDD
20
PF08EE-D30
OUT DDT14
GREF2
GNDD
GREF1
2
2
LCD_SW
VDD
TIME_0
GNDFL
FPGA_SCLK
T_LEDD1A
OUT DDT11
3
6
FIL_S1
9
V+5D
1
GND
4
9
4
FL_PWR_L1
_
GREF1
2
1
12
7
CN3006
DKN1480-
CN3007
52492-3620
SW_MAT0
3
28
T_LEDD2A
CH4_FADER
22
TP1_XAD
21
3
11
CH1_FADER
LED2A
6
3
CN8501
VKN1282-
7
1
R5
21
8
9
GREF1
6
40
2
OUT DDT3
B5
TIME_0
24
VDD
ERSE
VML
PF02EED32
CH1_FADER
15
12
T_LEDD4A
7
TAP_SW
LED-1
SW_MAT1
SW_MAT4
GNDD
PWRFL(+15)
TP1_XV
24
3H
11
8
GND
TIME_1
GNDD
14
23
EFF_CH_S0
29
GNDD
LEDD12B
LEDD4A
2
1
4
CH3_FADER
GNDD
23
SW_MAT2
GNDD
32
LEDD2A
8
LED-2
9
32
1AT
34
12
15
32
LED-8
6
1
11
10
PWRFL(+15)
3
LED-3
OUT DDT7
OUT DDT15
39
T_LEDD2A
5
4
LEDD12A
18
21
MAL
FL_PWR_L2
GNDFL
1004
21
5
18
CN3010
VKN1428-
DDD1392-
1.25mm FFC 36PIN
DDD1387-
1mm FFC
11PIN
GNDD
3
CN6005
52151-0610
LEDD3A
INSEL1
4
V3R3REF1
30
2
2H
28
3
19
1
GREF2
10
4
3H14
5
19
4
32
30
15
DE
LEDD5A
21
24
4
24
TP1_YAD
OUT DDT2
6
13
V3R3REF2
32
T_LEDD5A
13
TAP_SW
LED-1
3
8
FSYNC
24
SW_SCAN4
GLED
25
OUT DDT1
GND
5
6
LED3A
CN6007
CKS4428-
1
HERNESS
2PIN
SW_MAT5
GREF1
32
DDD1391-
1.25mm FFC 24PIN
18
1
B3
SW_MAT3
OUT DDT14
7
CH4_FADER
17
EFF_CH_S0
GND15
CH2_FADER
35
INSEL2
27
3
SW_SCAN7
3M
CRS_FADER
7
GNDD
LEDD0A
GNDD
ISNEL1
TP1_YAD
DDD1394-
1.25mm FFC
5PIN
REVERSE
R2
V3R3REF1
CH1_FADER
V3R3
12
GNDD
GNDD
INSEL3
V3R3
33
EFF_CH_S1
30
V3R3REF2
27
LED0A
13
16
LEDD7A
D+_USB2
7
31
LED-10
TOP
39
36
OUT DDT5
3L
DCLKO
23
3
4
21
21
GREF1
4
GLED
GNDD
G1
CN6804
52492-0520
5
15
CH1_FADER
VS
LEDD7A
TP2_YAD
FIL_S0
MAB
TIME_0
CN6003
VKN1814-
LOW VOLTAGE
9
3
35
CN6004
VKN1303-
1
22
18
GREF2
1VT
GREF1
3VT
T_LEDD15
SW_MAT3
OUT DDT9
U/D
2
GND
T_LEDD1
CN8401
52492-0620
17
CN7105
52492-0620
2
CN8601
AKM1290-
CN7402
S5B-EH
T_LEDD3A
5
OUT DDT8
5
5
SW_MAT4
21
VLED(+5)
15
13
GNDD
13
LEDD1A
20
6
LED-4
22
V3R3REF1
12
LEDD14A
LEFT
GNDD
LED0A
EFF_CH_S1
3
T_LEDD15A
GREF1
2
GREF1
12
9
GREF1
GNDD
GNDHP_L
VSYNC
5
VDD
T_LEDD5A
4
GNDD
11
SW_MAT0
DDD1394-
1.25mm FFC
5PIN
REVERSE
LED-3
MIH
17
LED1A
2
15
4
3
V+15D
LEDD14A
LED1A
GREF2
9
LED-3
1L
4
CN6801
52492-2820
MIC_TRIM
38
LEDD8A
8
LED-0
23
4
11
34
3
10
LEDD3A
22
FPGA_SCLK
VLED(+5V)
GNDFL
5
4L
17
3
EFF_CH_S0
17
34
7
6
EFFECT_ON
GNDD
1
21
GLED
26
20
GNDD
9
20
4
LED-10
4AT
15
B5
9
CN6006
CKS3192-
V3R3REF2
19
1
GNDD
27
FROM PDIV
13
SW_MAT5
31
GNDD
GNDD
CH4_FADER
3AT
1
TP1_XAD
7
VML
2
6
SW_MAT0
002
416-
33
LED-9
LEDD12A
24
GREF1
18
1
15
GREF1
LED-9
SW_SCAN4
LEDD10B
12
1
3M
22
3
SW_MAT2
TP2_XAD
27
L/R
6
GNDD
EFFECT_ON
GREF2
16
V3R3REF2
25
V-15A
VR_MUTE
4
11
17
SW_SCAN3
8
GNDD
11
PF02EE-
D32
20
24
RIGHT
SW032
2
4
34
17
4
17
GREF1
V3R3REF2
VSYNC
VLED(+5V)
V3R3REF1
LCD
4
GNDD
4
2
10
SW_MAT6
10
TP1_YV
11
1
3
20
B1
GNDD
4
HPL
21
19
TP1_YV
MIH
SW1
T_LEDD3
LED-3
14
11
8
37
GND
22
11
OUT DDT5
4
SW_MAT6
SW_MAT4
SW_MAT4
5
DEPTH
G3
16
SW_SCAN3
26
SW_MAT6
38
HP_L
V3R3REF1
LEDD4B
GNDD
6
2VT
G0
11
15
SW6
2
LEDD0A
19
INSEL3
OUT DDT6
LEDD4A
PWRFL(+15)
SW_SCAN4
4
GLED
2
GNDD
7
VLED(+5V)
2
SW_MAT1
GNDD
25
3
36
37
17
2
39
LEDD1B
OUT DDT10
1
2
3
1
FFC
4P
GREF1
3
TP1_YAD
29
1AT
EFF_CH_S1
6
25
VLED(+5V)
28
8
26
3
2AT
35
6
CN7103
52492-0520
22
CH4_FADER
10
26
CN3012
52492-2420
PWRFL(+15)
17
24
20
GNDD
9
2M
12
18
LEDD10A
2
GNDD
10
4VT
18
10
T_LEDD15A
LEDD5B
21
HPM
DDD1385-
1mm FFC 24PIN
REVERSE
3
19
LED-4
GNDD
36
8
8
TAP_SW
9
GNDD
V3R3REF1
30
2H
GNDD
15
CN3001
DKN1481-
HP_R
DOWN SIDE
TOUCH PANEL
V3R3REF1
11
7
GNDD
1
32
CN8451
CKS3825-
1
V+3R3DREF
GREF1
21
GNDD
6
CN6802
52492-3620
GNDD
PF03PP-D15
INSEL4
4
GNDD
10
CH3_FADER
8
MIC1
2
GNDD
TP2_YAD
12
LED1A
SW_MAT3
8
19
V3R3REF2
12
GND
HERNESS
2PIN
MIL
GREF1
FL_PWR_H2
19
4VT
25
CN8351
52492-0620
38
5
PWRFL(+15)
SW_MAT1
5
(CWX3405)
20
3
T_LEDD15A
4
SW_SCAN4
B2
LEDD14B
22
SW_MAT2
LEDD2B
LEDD4B
12
GNDD
GREF1
GNDD
D+_USB2
16
GNDFL
7
L/R
CN7104
52492-0520
GNDD
TP1_YV
SW_MAT3
GNDD
15
1
CN7102
52492-2420
INSEL2
15
34
DDD1393-
1.25mm FFC
6PIN
REVERSE
1
CH2_FADER
LED-7
SUB_CPU_RST
3
26
T_LEDD0A
DDD1393-
1.25mm FFC
6PIN
REVERSE
3
1
LEDD0B
_
FSYNC
5
7
15
CH2_FADER
B3
1
EFF_CH_S1
14
31
1
14
9
4
4
29
GNDD
SW_MAT0
2
9
5
4
2
GNDD
T_LEDD5A
16
CN3002
CKS5075-
3
11
16
GREF1
25
GREF1
OUT DDEN
15
7
33
10
CN9051
B2B-EH
30
CN3008
VKN1428-
13
VDD
35
CN8851
52492-0520
GNDD
FPGA_TX
23
DDD1386-
1mm FFC 22PIN
REVERSE
12
T_LEDD5A
GNDD
21
26
13
CH2_FADER
31
LEDD10B
GND
GNDD
CN6009
9610S-04B
GND15
FPGA_RX
19
GND
8
LED4A
TAP_SW
GREF1
CN9002
B2B-EH
LEDD13B
CRS_FADER
BOTTOM
11
4
14
CN3009
S3B-PH-K-S
10
GND
VR_MUTE
GLED
7
USB A
GREF2
17
DDD1394-
1.25mm FFC
5PIN
REVERSE
PWRFL(+15)
OUT DDT2
V3R3REF1
3
GNDD
27
9
SW_MAT5
2
14
29
G1
12
LEDD6B
GNDD
SW_MAT5
T_LEDD3A
16
PF04PPD05
2
4
GREF1
LEDD10B
22
RIGHT
11
15
20
FIL_S0
23
2
LEDD13A
FROM PDIV
11
30
FIL_S0
20
2
GLED
SW5
GNDD
14
JUMPER
6PIN
REVERSE
11
13
DEPTH
1
9
SW_MAT2
GNDFL
T_LEDD4A
4
OUT DDT7
3
GNDD
24
SUB_CPU_RST
1
9
4M
V+15A
SUB_CPU_INT
B2
GNDREF
9
LED-3
5
DDD1382-
1mm FFC 30PIN
OUT DDT13
INSEL3
LED-10
GLED
CH3_FADER
27
SW0
5
DDD1383-
1mm FFC 40PIN
T_LEDD0A
R4
OUT DDT0
3L
CN8901
52492-0520
BO
10
5
3
GNDA
16
4
24
18
GNDD
1
R3
24
PWRFL(+15)
31
24
LEDD9B
22
1H
RST_HP
31
MAL
GNDD
INSEL4
GREF1
5
VLED(+5V)
R3
17
T_LEDD0A
20
5
21
6
7
16
15
18
TIME_1
34
7
29
5
40
39
18
GNDREF
35
GNDD
GREF1
2AT
2L
FIL_S0
2
FPGA_RX
8
6
TP1_XAD
25
25
LEDD10A
OUT DDT0
1
30
10
12
CH1_FADER
LEDD10B
GNDA
CN8801
52492-0520
CN6803
52492-0520
D
HAMP ASSY
(DWX2726)
HJCK ASSY
(DWX2734)
MJCK ASSY
(DWX2738)
Z
H H( 1/2- 2/2)
H
SCPU ASSY
(DWX2716)
ILMR ASSY
(DWX2722)
AF
ILML ASSY
(DWX2723)
AG
L
CFD1 ASSY
(DWX2740)
M
CFD2 ASSY
(DWX2741)
N
CFD3 ASSY
(DWX2742)
O
CFD4 ASSY
(DWX2743)
K
CTL2B ASSY
(DWX2736)
I
CTL1 ASSY
(DWX2729)
J
CTL2A ASSY
(DWX2735)
T
CRFD ASSY
(DWX2739)
P
INVT ASSY
(DWX2717)
R
CTL3LB ASSY
(DWX2745)
Q
CTL3R ASSY
(DWX2730)
S
CTL3LA ASSY
(DWX2744)
Therefore, when replacing, be sure to use parts of identical designation.
When ordering service parts, be sure to refer to "EXPLODED VIEWS and PARTS LIST" or "PCB PARTS LIST".
The > mark found on some component parts indicates the importance of the safety factor of the part.
: The power supply is shown with the marked box.
5
6 7 8
5
SVM-1000
6 7 8
A
B
C
D
E
F
17
1
MIC1, 2
CH1
MIC
D-TRIM
IC4001
IC4003
IC4004
IC4009
MIC1
IC4001
147
MIC2
CH1
D-TRIM
IC4017
DVD
IC4012
IC4011
IC4020
IC4021
RY4001
IC4032
IC1083
IC4026
IC4035
IC4036
RY4002
IC5032
IC5041
IC5042
RY5003
IC5047
IC5056
IC5057
RY5004
PHONO
143
CH2
D-TRIM
DVD
IC4027
IC6503 IC6505
IC6504 IC6506
LINE
CH2
144
DIGITAL
CH3
D-TRIM
IC5038
DVD
IC1084
IC5033
LINE
CH3
145
DIGITAL
CH4
D-TRIM
CH4IC5048
PHONO
146
IC5053
DVD
DSP
IC1001
DIR
SRC
A/D
A/D
A/D
DIR SRC
A/D
A/D
MAIN ASSY
G
4.2 AUDIO BLOCK DIAGRAM
A
2 3 4
B
C
D
E
F
18
1
SVM-1000
2 3 4
5
MUTE
HP HP
13
D-TRIM
MUTE
MASTER MASTER1
27
IC5021
MUTE
MASTER2
BOOTH BOOTH
20
MUTE
MUTE
REC REC
18
D-OUT
DIGITAL OUT
17
IC1003
IC6517 IC6516
IC5020
IC5019
IC4044
IC5004
IC7404
IC7406
L: IC4045
R: IC4046
L: IC5008
R: IC5009
L: IC5011
R: IC5010
L: IC5013
R: IC5012
L: IC5015
R: IC5014
L: IC4048
R: IC4047
IC1101
IC1055 IC1070
MIDI OUT
ADSP BUS
D/A
D/A
D/A
D/A
SRC DIT
SDRAM
FLASH
ROM
FPGA1
CPU BUS
UCOM
6 7 8
A
B
C
D
5
6 7 8
SVM-1000
E
F
19
1
MAIN ASSY
G
CH1
IC1048
S-VIDEO
46
49
VIDEO
DATA
DVD
48
VIDEO
35
CH2
VIDEO EX
36
IC1049
DVD
36
VIDEO
48
OEDIV
DATA
S-VIDEO
46
49
CH3
IC1052
DVD
36
DATA
S-VIDEO
46
49
VIDEO
48
VIDEO
CH4
IC1053
DVD
48
VIDEO
35
S-VIDEO
46
49
VIDEO
DATA
VIDEO EX
36
IC1062 IC1057
ADC
ADC
ADC
ADC
FPGA2
IC1058
SDRAM
DDR
SDRAM
FPGA2_
DDR
BUS
FPGA2_
SDRAM
BUS
4.3 VIDEO BLOCK DIAGRAM
A
B
2 3 4
C
D
E
F
20
SVM-1000
1
2 3 4
IC1035
IC1041
MASTER COMPOSITE (RCA)
IC1038
MASTER COMPOSITE (BNC)
2
6
MASTER S-VIDEO
8
Y
MASTER COMPONENT
16
IC1040
IC1039
MONITOR COMPOSITE (RCA)
2
6
MONITOR S-VIDEO
8
IC1043
IC1044 to IC1047
IC1070
IC1100
IC1036
IC1066
IC1008
IC1009,IC1010
LCD DATA
DAC
VIDEO
AMP
DAC
VIDEO
AMP
SD SLOT
USB
USB MIDI
HOST BUS
SD IC
USB IC
VIDEO
DSP
SDRAM×4
FPGA2_
VDSP
BUS
VDSP_
SDRAM
BUS
LCD
GDC
SDRAM×2
GDC_SDRAM
UCOM
CPU BUS
HOST
HOST
FLASH
SDRAM
CPU BUS
CPU BUS
CPU BUS
11
14
VIDEO
DATA
VIDEO
DATA
CB
CR
5
6 7 8
A
B
C
D
5
6 7 8
SVM-1000
E
F
21
1
MAIN ASSY
G
CRFD ASSY
T
CTL1 ASSY
I
SCPU ASSY
H
CTL3LB ASSY
R
DIO1 ASSY
V
AUD2 ASSY
B
CTL3LA ASSY
S
122
UCOM
IC1070
SUB CPU
IC3010
FPGA2
IC1058
Communication Line
CTL1 SW, SELECTOR
CH1, 2 FADER
CTL1 LED
LED MAT
SW MAT
CTL1 VOLUME
VR IN
LED MAT
SW MAT
CNT3LB SW CNT3LB LED
CNT3LA LEDCNT3LA SW
LED MAT
SW MAT
CROSS FADER
SAMPLING F
SELECTOR
ATT
CPU
BUS
90, 91
94 97
84, 85, 86
2 3 4
4.4 FUNCTION BLOCK DIAGRAM
A
B
C
D
E
F
22
1
2 3 4
SVM-1000
5
CTL2A ASSY
J
CTL2B ASSY
K
CTL3R
ASSY
Q
124
92, 93
170
EFFECT ON/OFF TAP
CTL3R VOLUME
EFFECT CUE
LED MAT
SW MAT
VOLUME
CTL2A SW, SELECTOR
CH3, 4 FADER
CTL2A LED
LED MAT
SW MAT
CTL2A VOLUME
VR IN
LED MAT
Communication Line
SW MAT
TOUCH
PANEL
CROSS FADER
CURVE
SD LAMP
48, 49, 52, 53
82, 29
80, 87,
95, 96
138, 171
6 7 8
A
B
C
D
5
6 7 8
SVM-1000
E
F
23
1
Start of diagnosis
Start up Service mode.
Does the LCD display appear?
Perform diagnosis procedures for each device
indicated on the DEVICE CHECK screen.
GDC NG Sub CPU NG
Yes
Yes
No
No
Is the VIDEO SOLO MODE LED
lit?
To enter Service mode, turn on the unit by
pressing the CH4 FADER START, CH2 CUE,
and FADER AV SYNC buttons simultaneously.
To change pages, press the
EFFECT ON/OFF button.
Diagnosis Flowchart
5. DIAGNOSIS
5.1 DIAGNOSIS FLOW
A
2 3 4
B
C
D
E
F
24
1
2 3 4
SVM-1000
5
5.2 POWER ON SEQUENCE
6 7 8
Main Microcomputer
Power ON.
Resetting of the Main micro-
computer is canceled.
The booting section
starts up.
Booting section
Each device is reset.
Resetting of the Submicro-
computer/GDC is canceled.
The program section is
developed in SDRAM.
Download mode?
No
The compatibility
of the program is
checked.
GOOD
The program starts up.
Yes
NG
Resetting is canceled when
Pin 37 is set to High.
Resetting is canceled when
Pin 83 is set to HIGH.
Process of
Download mode
Program section
Drawing data are transmitted to GDC.
Startup screen 1 is displayed.
A request for start of communication
with the submicrocomputer is issued.
Resetting of VADC/VDAC is canceled.
Waiting for start of communication
with the submicrocomputer.
Communication with the sub-
microcomputer starts.
A request to clear the FPGA1
program is issued.
Loading of the FPGA1
program starts.
A request to clear the FPGA2
program is issued.
Loading of the FPGA2
program starts.
Waiting for startup of FPGA
Resetting of AudioDSP is canceled.
With Pin 171 set to HIGH
With Pin 51 set to HIGH
Waiting time: 10 msec
Start of switching Pin 171 between
H and L triggers communication.
With Pin 74 set to HIGH
The FPGA1 program is cleared with
Pin 69 set to H, data are output
with Pin 81 set to H, and a clock is
output with Pin 50 set to H.
With Pin 70 set to HIGH
The FPGA2 program is cleared with
Pin 53 set to H, data are output
with Pin 81 set to H, and a clock is
output with Pin 50 set to H.
Waiting time: 7 msec
With Pin 86 set to HIGH
A
B
C
Resetting of VideoDSP is canceled.
Waiting for Video DSP stabilization
Resetting of FPGA1 and FPGA2
is canceled.
Waiting for canceling of FPGA reset
Loading of the Video DSP
program
Real-time initialization of the OS
Creation of each task
Real-time startup of the OS
Main task section
Checker mode?
No
Service mode?
No
With Pin 121 set to HIGH
Waiting time: 7 msec
With Pin 61 set to HIGH
Waiting time: 1 msec
Yes
Process of Checker mode
Yes
Process of Service mode
D
E
F
Main process
SVM-1000
5
6 7 8
25
1
AV mixer submicrocomputer
A
Canceling of resetting of
the submicrocomputer
Interrupt mask
Setting of microcomputer
operations
Port setting
2 3 4
B
C
D
Timer setting
Flashing OK?
Yes
The LEDs for TAP and
EFFECT ON/OFF light.
Does the LCD start
normally?
The LCD starts up.
Does the system start
normally?
The LEDs for TAP and
EFFECT ON/OFF go dark.
Setting of AD
converter
Setting of serial
communications
Yes
Yes
*1
No
Error processing
*4
No
*1 LCD's startup is OK with Pin 29 set to H.
(Signal name: SUB_CPU_BUSY)
*2 Set Pin 41 to H. (Signal name: LCD_SW)
*3 Startup of the system is OK with Pin 29 set to L.
*2
(Signal name: SUB_CPU_BUSY)
*4 Waiting for the command for start of downloading from the main microcomputer
(During waiting, the FADER START CH1 to CH4 LEDs cyclically light then go
No
*3
dark.)
Initialization of
global works
Canceling of
interrupt mask
Initialization of the LEDs and
keys, start of the main timer
E
Main process
F
26
1
2 3 4
SVM-1000
5
Page 0 VERSION
Mode to display the versions of the main CPU, sub CPU, Audio DSP, video DSP, FPGA1, and FPGA2
Page 1 Device Check
Mode to check whether the devices are operating
Page 2 Calibration
Touch-Panel Calibration Mode
Page 2-1 Top Panel Calibration
Calibration for the top panel
Page 2-2 Top Panel Check
Calibration check mode for the top panel
Page 3 System Setting
PAL/NTSC setting mode
Page 2-3 Bottom Panel Calibration
Calibration for the bottom panel
Page 2-4 Bottom Panel Check
Calibration check mode for the bottom panel
Press the EFFECT ON/OFF key.
CUE
CH4
POWER
CH-2
Page 1
POWER ON
(Rear panel)
POWER OFF
(Rear panel)
Page 0 Page 2 Page 2-1 Page 2-2
Page 2-3
Page 2-4
Page 3
(Cyclic operations)
Service Mode : ON
Service Mode : CANCEL
FADER
AV SYNC
FADER
AV SYNC
FADER
STAR T
CH2
CUE
EFFECT
ON/OFF
EFFECT
ON/OFF
LCD
TOP PANEL
LCD
BOTTOM PANEL
Service Mode
(Page 0 is
displayed on the
LCD display.)
6 7 8
6. SERVICE MODE
6.1 LIST OF PAGES IN SERVICE MODE
A
B
6.2 SERVICE MODE
C
D
E
5
SVM-1000
6 7 8
F
27
1
2 3 4
6.3 SERVICE MODE IDENTIFICATION
A
Page0 : VERSION
Mode to display the versions of the main CPU, sub CPU,
Audio DSP, video DSP, FPGA1, and FPGA2
B
C
Page2 : Calibration
Touch-Panel Calibration Mode
The versions of the respective devices are displayed.
The version of the main CPU is also used as the
product version.
Page1 : Device Check
Mode to check whether the devices are operating.
D
E
TOP PANEL
Perform calibration for the top panel (page 2-1).
BOTTOM PANEL
Perform calibration for the bottom panel (page 2-3).
F
Any defective blocks of the product can be detected in this mode.
If the corresponding device has been activated normally, “OK” is displayed.
For a device detected to be abnormal, “NG” is displayed.
28
1
2 3 4
SVM-1000
5
6 7 8
Page2-1 : Top Panel Calibration
Calibration for the top panel
A
Perform calibration on point 1 and the subsequent 9 points on the touch panel.
A + symbol is displayed at each point in sequence.
Touch the center of the + symbol with a pointed tool, such as a stylus pen.
When you finish touching all the points, the display changes to Page 2-2.
B
C
D
E
F
SVM-1000
5
6 7 8
29
1
Page2-2 : Top Panel Check
A
Calibration check mode for the top panel
B
2 3 4
Check the result of the calibration.
Touch the center of with a pointed tool, such as a stylus pen.
When the calibration has finished successfully, the color of changes
from blue to white.
SAVE: To store the calibration settings of the top panel.
CANCEL: To cancel the calibration settings of the top panel.
C
D
E
F
30
1
2 3 4
SVM-1000
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