Panasonic WJRT416 - 16CH DIGITAL RECORDER User manual

ORDER NO. AVS0703869C8
Digital Disk Recorder
WJ-RT416 Series
ERROR
SEQUENCE
SETUP
ESC
SEARCH
COPY
STOP
PLAYPAUSEREC
REC STOP
SET
HDD
1
2
3
1234
5678
9
10/0
11 12
13 14 15 16
4
5
6
ALARM MULTI
SCREEN
TIMER
ALARM
RESET
OPERATE
REVFWD SKIP
Digital Disk Recorder WJ-RT416
SPECIFICATIONS
Matsushita Electric Industrial Co., Ltd.
All rights reserved. Unauthorized copying and
distribution is a violation of law.
©2007
The Product with PbF
k11K614TR-JWthgieW g{24.28 lbs.} WJ-RT416 12 kg{26.49 lbs.}
General
Power source
Power consumption
Ambient operating temperature
Ambient operating humidity
Dimensions
220 - 240 V AC, 50 Hz
5 °C - 45 °C {41 °F - 113 °F}
110 W
5 % - 90 % (non condensing)
430 mm (W) x 88 mm (H) x 459 mm (D) {16-15/16" (W) x 3-7/16" (H) x 18-1/16"(D)}
(excluding rubber feet and projections)

CAUTION
RISK OF ELECTRIC SHOCK
DO NOT OPEN
CAUTION:
TO REDUCE THE RISK OF ELECTRIC SHOCK,
DO NOT REMOVE COVER (OR BACK). NO USER
SERVICEABLE PARTS INSIDE.
REFER SERVICING TO QUALIFIED SERVICE
PERSONNEL.
This symbol warns the user that uninsulated voltage within
the unit may have sufficient magnitude to cause electric
shock. Therefore, it is dangerous to make any kind of contact
with any inside part of this unit.
This symbol alerts the user that important literature concerning
the operation and maintenance of this has been included.
Therefore, it should be read carefully in order to avoid
any problems.
There are special components used in this equipment which are important for safety. These parts are indicated
by the ” Y” mark on the schematic diagram and the replacement parts list. It is essential that these critical
parts should be replaced with manufacturer's specified parts to prevent X-radiation, shock, fire, or other hazards.
Do not modify the original design without permission of manufacture.
IMPORTANT SAFETY NOTICE
About Lead Free Solder (PbF)
Distribution of PbF PCB:
PCBs (manufactured) using lead free solder (PbF) will have a stamp on the PCB.
Caution:
8Lead free solder has a higher melting point than standard solder. Typically the melting points is 35 °C – 40 °C
(95 °F – 104 °F) higher. Please use a soldering iron with temperature control and adjust it to 360 °C – 370 °C
(680 °F – 698 °F). In case of using high temperature soldering iron, please be careful not to heat too long.
8Lead free solder will tend to splash when heated too high (600 °C / 1112 °F).
8Lead free solder (Sn - 3.0Ag – 0.5Cu) or equivalents are recommended on repairing our lead free soldered PCB.
YWARNING
This service information is designed for experienced repair technicians only and is not designed for use by the
general public.
It does not contain warnings or cautions to advise non-technical individuals of potential dangers in attempting to
service a product.
Products powered by electricity should be serviced or repaired only by experienced professional technicians. Any
attempt to service or repair the product or products dealt with in this service information by anyone else could
result in serious injury or death.
LITHIUM BATTERY
WARNING
The lithium battery in this equipment must only be
replaced by qualified personnel. When necessary, contact
your local Panasonic supplier.
CAUTION
Danger of explosion if battery is incorrectly replaced.
Replace only with the same or equivalent type recom-
mended by the equipment manufacturer. Discard used
batteries according to manufacture's instructions.

AUDIO IN connectors –10 dBv 51 kΩ, unbalanced, x16 (CH1 - 6: RCA, CH7 - 16,
D-SUB 25-pin)
Audio
AUDIO OUT connector –10 dBv 1 kΩ, unbalanced, x 1 output (RCA)
External AUDIO IN connector –52dBv 2.2 kΩ, unbalanced, x1 input (RCA)
ALARM IN Non-voltage make contact, pulse width 100 ms or more,
x16 input (D-SUB, 25-pin)
Alarm
ALARM OUT Normally open/Normally closed/Common, 1A 30 V DC max.,
4 each output (D-SUB, 25-pin)
10BASE-T/100BASE-TX x1 (RJ-45)Network (10/100BASE-T) port
RS485 x1 (RJ-11)RS485 (CAMERA) port
RS485 x1 (RJ-11) (Currently unavailable)Data port (DATA)
SERIAL interface, x2COPY port
MPEG-4
Field (704 x 288), SIF (352 x 288)
Max. 25 ips (for each channel)
Image compression method
Resolution
Rec. Frame Rate
Input/Output
Function
Video VIDEO IN connectors Composite video input signal 1 V[P-P]/75 Ω, x16 input
(BNC) Control-signal multiplex x4 input (CH1–CH4)
*CH5 - CH8 (when an optional board is installed)
VIDEO OUT connectors Composite video output signal 1 V[P-P]/75 Ω, x1 output
(BNC)
Active-through output 1V[P-P]/75 Ωx4 output (CH1 - CH4)
Loop-through output (auto termination) 1V[P-P]/75 Ωx12
output (CH5 - CH16)
* When an optional board is installed
Active-through output 1V[P-P]/75 Ωx8 output (CH1 - CH8)
Loop-through output (auto termination) 1V[P-P]/75 Ωx8
output (CH9 - CH16)
Monitor terminal (VGA) RGB output x1 (D-SUB, 15-pin)
STANDARD ACCESSORIES
CD-ROM* ............................................................................................................. 1 pc.
Installation Guide .................................................................................................. 1 pc.
* The following are included on the CD-ROM.
• Operating instructions of the monitoring software (PDF)
•Monitoring software (RT4Client)
Power cable ........................................................................................................ 2 pcs.
HDD mounting screw, sleeve, damper for the WJ-RT416K .................... 24 pcs. each
HDD mounting screw, sleeve, damper for the WJ-RT416 ...................... 20 pcs. each
Rack mounting brackets .................................................................................... 2 pcs.
Fixing screw for rack mounting brackets ........................................................... 8 pcs.

RECORDING TIME LENGTH
LIMITATION OF LIABILITY
DISCLAIMER OF WARRANTY
Rec. Frame Rate
Approximate possible recording time length (days) is as follows.
Possible recording time length varies depending on object of shooting.
• Camera channel: 16 channels
• Audio: Off
• I Frame Interval: 4 (Default)
• Resolution: Field
*1 Consisted of two 250 GB HDDs
*2 Consisted of four 250 GB HDDs
*3 Consisted of six 250 GB HDDs
Full
Rec. Quality
SP Fine
Fine
Normal
Extended
Rec. Duration: 10 hours/day
HDD capacity
500 GB*1
3.0
3.7
4.7
6.6
6.0
7.3
9.4
13
9.0
11
14
19
1.2
1.5
2.0
2.7
2.5
3.1
3.9
5.5
3.7
4.6
5.9
8.2
1000 GB*21500 GB*3
Rec. Duration: 24 hours/day
HDD capacity
500 GB*11000 GB*21500 GB*3
THIS PUBLICATION IS PROVIDED "AS IS" WITHOUT WAR-
RANTY OF ANY KIND, EITHER EXPRESS OR IMPLIED,
INCLUDING BUT NOT LIMITED TO, THE IMPLIED WAR-
RANTIES OF MERCHANTABILITY, FITNESS FOR ANY PAR-
TICULAR PURPOSE, OR NON-INFRINGEMENT OF THE
THIRD PARTY’S RIGHT.
THIS PUBLICATION COULD INCLUDE TECHNICAL INAC-
CURACIES OR TYPOGRAPHICAL ERRORS. CHANGES
ARE ADDED TO THE INFORMATION HEREIN, AT ANY
TIME, FOR THE IMPROVEMENTS OF THIS PUBLICATION
AND/OR THE CORRESPONDING PRODUCT (S).
IN NO EVENT SHALL MATSUSHITA ELECTRIC INDUSTRI-
AL CO., LTD. BE LIABLE TO ANY PARTY OR ANY PER-
SON, EXCEPT FOR REPLACEMENT OR REASONABLE
MAINTENANCE OF THE PRODUCT, FOR THE CASES,
INCLUDING BUT NOT LIMITED TO BELOW:
(1) ANY DAMAGE AND LOSS, INCLUDING WITHOUT LIM-
ITATION, DIRECT OR INDIRECT, SPECIAL, CONSE-
QUENTIAL OR EXEMPLARY, ARISING OUT OF OR
RELATING TO THE PRODUCT;
(2) PERSONAL INJURY OR ANY DAMAGE CAUSED BY
INAPPROPRIATE USE OR NEGLIGENT OPERATION
OF THE USER;
(3) UNAUTHORIZED DISASSEMBLE, REPAIR OR MODIFI-
CATION OF THE PRODUCT BY THE USER;
(4) ANY PROBLEM, CONSEQUENTIAL INCONVENIENCE,
OR LOSS OR DAMAGE, ARISING OUT OF THE SYS-
TEM COMBINED BY THE DEVICES OF THIRD PARTY;
(5) ANY CLAIM OR ACTION FOR DAMAGES, BROUGHT
BY ANY PERSON OR ORGANIZATION BEING A PHO-
TOGENIC SUBJECT, DUE TO VIOLATION OF PRIVACY
WITH THE RESULT OF THAT SURVEILLANCE-CAMER-
A’S PICTURE, INCLUDING SAVED DATA, FOR SOME
REASON, BECOMES PUBLIC OR IS USED FOR THE
PURPOSE OTHER THAN SURVEILLANCE.

Fig. 1
DIP SWITCH SETTING
1. Codec Board
8When replacing the Codec Board Ass'y or the Dip Switches (S1, S2, S3 and S4) on the Codec Board,
set switches as shown in Fig. 1.
S2 S3 S4 S1
Codec Board
(Component Side)
(Front)
S2 (1,2ch)
12
ON
OFFOFF
S3 (3,4ch)
12
ON ON ON
OFFOFF
S4 (5,6ch)
12
ONON
S1 (7,8ch)
12
ONON
ON
OFF
Fig. 2
2. CPU Board
8When replacing the CPU Board Ass'y or the Dip Switches (S1 and S2) on the CPU Board,
set switches as shown in Fig. 2.
CPU Board
(Component Side)
(Front)
S1
S2
(BZ1)
(BT1)
(U29)
S1
12
ON
ON
ON
ON OFF <For NTSC model>
S2
18765432
ON
OFF
ON
OFF OFF OFF OFF
OFFON OFF ON
<For PAL model>
S2
18765432
ON
OFF
ON
OFF OFF OFF OFF
OFFOFF OFF ON
2-1

2-2
Fig. 3
(CN709)
SW702
SW818
(CN102)(CN304)(CN3)
ON
O N
O N
1 2 3 4
1 2 3 4
5 6 7 8
OFF
ON
OFF
OFF
OFF
OFF
OFF
OFF
OFF
ON
OFF
OFF
ON OFF
OFF
MPX Board (Component Side)
(Front)
3. MPX Board
8When replacing the MPX Board Ass'y or the Dip Switches SW702 and SW818 on the MPX Board,
set SW702 and SW818 as shown in Fig. 3.

CONTENTS
MAJOR OPERATING CONTROLS AND THEIR FUNCTIONS...............................................................................1-1
DIP SWITCH SETTING ............................................................................................................................................2-1
CAUTION ON XXX BOARD EXCHANGE ...............................................................................................................2-
WIRING DIAGRAM ..................................................................................................................................................3-1
SCHEMATIC DIAGRAM
MPX BOARD (1/4) (CPU, ROM / RAM, PIO, DIP SW) ........................................................................................4-1
MPX BOARD (2/4) (RS485, POWER, VD IN/OUT)..............................................................................................4-2
MPX BOARD (3/4) (ANALOG MASTER) .............................................................................................................4-3
MPX BOARD (4/4) (CAMERA CONTROL G/A, VD / VD2 / ERASE GENERATOR) ...........................................4-4
AUDIO BOARD.....................................................................................................................................................4-5
FRONT BOARD / USB BOARD ...........................................................................................................................4-6
DC/DC BOARD.....................................................................................................................................................4-7
AC/DC BOARD / POWER SW BOARD................................................................................................................4-8
CONDUCTOR VIEW
MPX BOARD (COMPONENT SIDE) ....................................................................................................................5-1
MPX BOARD (PATTERN SIDE)...........................................................................................................................5-2
AUDIO BOARD.....................................................................................................................................................5-3
FRONT BOARD / USB BOARD ...........................................................................................................................5-4
DC/DC BOARD.....................................................................................................................................................5-5
AC/DC BOARD / POWER SW BOARD................................................................................................................5-6
EXPLODED VIEW
(1/9) (MAIN UNIT-1) .............................................................................................................................................6-1
(2/9) (MAIN UNIT-2) .............................................................................................................................................6-2
(3/9) (MAIN UNIT-3) .............................................................................................................................................6-3
(4/9) (MAIN UNIT-4) .............................................................................................................................................6-4
(5/9) (FRONT PANEL UNIT) ................................................................................................................................6-5
(6/9) (HDD UNIT (A) / HDD UNIT (B) / HDD CASE UNIT) ...................................................................................6-6
(7/9) (FRONT ANGLE UNIT / REAR ANGLE UNIT) ............................................................................................6-7
(8/9) (AC/DC BOARD UNIT / DC/DC BOARD UNIT / POWER SW BOARD /
FAN UNIT (A) / FAN UNIT (B) / FAN UNIT (C))..........................................................................................6-8
(9/9) (PACKAGING)..............................................................................................................................................6-9
REPLACEMENT PARTS LIST ................................................................................................................................7-1

1-1
MAJOR OPERATING CONTROLS AND THEIR FUNCTIONS
ERROR
ALARM
TIMER
OPERATE
HDD
1
2
3
4
5
6
SEQUENCE
SETUP COPY
SEARCH
ESC
SET
MULTI
SCREEN
ALARM
RESET
1
5
9
13
234
678
10/0 11 12
14 15 16
+–
SKIPFWDREV
STOP PLAY PAUSE REC
REC STOP
COPY2
y !0 !1 !6 !7 !8 @2!2 !3
q
w
e
r
tui o !4 !5 !9 @0 @1
Inside the cover
Digital Disk Recorder WJ-RT416
qError indicator (ERROR)
Blinks orange when an error that may interfere with the
unit’s operation occurs. (e.g. thermal error, cooling fan
malfunction, etc.)
wAlarm Indicator (ALARM)
Blinks red when an alarm occurs. The indicator will stop
blinking and light red steadily when the alarm is reset.
The blinking or lighting indicator will go off when the
[ALARM RESET] button is pressed.
eTimer Indicator (TIMER)
Lights orange when the timer recording is set.
Blinks while the timer recording is being performed.
rOperate Indicator (OPERATE)
Lights green when the power is turned on.
tHDD Access Indicators (HDD1/HDD2/HDD3/HDD4/
HDD5/HDD6)
Blinks green when the hard disk is accessed respec-
tively.
When an error is detected, the indicator will light red.
ySequence button (SEQUENCE)
Images from the connected cameras will be displayed
sequentially (sequential display) when this button is
pressed. To stop the sequential display, press this but-
ton again.
uMulti-screen button (MULTI SCREEN)
Images from the connected cameras will be displayed
on a multi-screen (4/6/9/16) when this button is
pressed. Each time this button is pressed, the multi-
screen will change as follows.
16 (CAM1 - CAM16) →4A (CAM1 - CAM4) →
4B (CAM5 - CAM8) →4C (CAM9 - CAM12) →
4D (CAM13 - CAM16) →6A (CAM1 - CAM6) →
6B (CAM7 - CAM12) →9 (CAM1 - CAM9) →
16 (CAM1 - CAM16)
iAlarm reset button (ALARM RESET)
The unit will be released from the alarm status when this
button is pressed.
oCamera selection buttons
Images from the camera selected using these buttons
will be displayed.
The button will light orange to indicate the camera
channel of which images are currently being recorded.
The camera selection buttons (1 - 10/0) can be used to
enter numbers when operating the setup menu.
!0 Setup button (SETUP)
Press this button to display the setup menu.
!1 Search button (SEARCH)
Press this button to display the time & date search win-
dow or the list search window.
!2 Copy button (COPY)
Press this button to display the copy window.
!3
Use this button for the following.
• To move the cursor to select an area (camera chan-
nel) when displaying images on a multi-screen.
• To move the cursor when operating the setup
menu.
When a user is currently logged in the recorder, the
indicator on the button will light blue.
Front View
Arrows button ( )
!4 Escape button (ESC)
Press this button to mute audio when displaying
live/recorded images. When operating the setup menu,
press this button to cancel the settings currently being
edited and go back to the previous page.

1-2
!5 Set button (SET)
Press this button to determine the settings when operat-
ing the setup menu.
!6 Stop button (STOP)
Press this button to stop playback.
!7 Play/Pause button (PLAY/PAUSE)
Press this button to start playback of the latest recorded
image from the currently selected camera channel.
When this button is pressed during playback, playback
will be paused. Press this button again to release paus-
ing and resume playback. This button lights green dur-
ing playback and blinks green during pausing.
!8 Record/Record stop button (REC)
Press this button to manually start recording images
from all camera channels (manual recording). When
this button is held down for 2 seconds or more, the
manual recording will stop.
This button lights orange during recording.
!9 Fast reverse playback button (REV)
Press this button to start fast reverse playback.
Playback speed can be changed in 6 steps.
When this button is pressed during pausing, the
previous frame is displayed.
@0 Fast forward playback button (FWD)
Press this button to start fast forward playback.
Playback speed can be changed in 7 steps.
When this button is pressed during pausing, the
frame by frame playback will start.
@1 Skip buttons (SKIP)
Press these buttons to skip to the previous/next record-
ed images. When operating the setup menu, pressing
this button moves the cursor between the setup items
or change the settings.
@2 Copy 2 port (COPY2)
When an external recording device is connected to this
port, images recorded on the built-in HDD can be
copied onto it.

1-3
qAudio out connector (AUDIO OUT)
Audio will be output from this connector. Audio being
input to the AUDIO IN/ALARM OUT terminal or to the
AUDIO IN connectors will be output. When playing
recorded images, audio recorded with the images will
be output.
wAux in connector (AUX IN)
Use for audio communication between the recorder and
the PC (remote talk). Audio from the microphone con-
nected to this connector will be input.
eVideo out connector (BNC) (VIDEO OUT)
Images from the cameras connected to the VIDEO IN
connectors will be output.
rSerial terminal (D-SUB, 9-pin) (SERIAL)
Connect a PC to this terminal when maintenance is
required.
tMonitor terminal (D-SUB, 15-pin) (MONITOR)
Connect a video monitor to this connector.
yRS485 port (RS485 (CAMERA))
Connect an RS485 combination camera to this port.
uData port (DATA)
Connect a PS·Data compatible device to this port.
(Currently unavailable)
iMode switch (MODE)
Use to determine the operational mode of this recorder.
(Currently unavailable)
oNetwork port (10/100BASE-T)
Connect a LAN cable between this port and the net-
work port of a PC. When the recorder is connected with
a network correctly, the link indicator beside the port
will light orange. When data flows through the network
port, the access indicator beside the port will blink
green.
!0 Copy 1 port (COPY1)
When an external recording device is connected to this
port, images recorded on the built-in HDD can be
copied onto it.
!1 Audio in/Alarm out terminal (D-SUB, 25-pin) (AUDIO
IN/ALARM OUT)
Connect an alarming device such as a buzzer or an
alarm lamp to this terminal. When a device such as a
microphone amplifier is connected, audio from it will be
input. Audio being input to this terminal will be output
from the AUDIO OUT connector of the unit and the con-
nected PC.
!2 Alarm in/Control terminal (D-SUB, 25-pin) (ALARM
IN/CONTROL)
Connect an alarming device such as a sensor or a door
switch to this terminal.
!3 Audio in connectors (RCA) (AUDIO IN, 1 - 6)
This connector is the line-in connector. Connect a
device such as a microphone amplifier to input audio
from it. Audio being input to this terminal will be output
from the AUDIO OUT connector of the unit and the con-
nected PC.
!4 Signal ground terminal (SIGNAL GND)
Connect a grounding wire between this terminal and
the signal ground terminal of the other device in the
system.
Otherwise, it may cause oscillation or noise.
!5 Power button (POWER ON/OFF)
When this button is pressed and the power is turned on,
the unit starts operation.
When this button is pressed again and the power is
turned off, operation stops.
!6 Coolingfan
When the temperature inside the unit becomes high,
this fan starts automatically.
AUX IN
AUDIO OUT
IN
OUT
16 15 14 13 12 11 10 9 8 7 6 5 4 3
531
642
12
14 13 12 11 10 9 8 7 6 5 4 3 2 116 15
VIDEO OUT MONITOR
RS485(CAMERA)
MODE
12
DATA
1YPOCT-ESAB001/01 ALARM IN/CONTOROL
AUDIO IN
SIGNAL GND
POWER
ON
OFF
AC IN
AUDIO IN/ALARM OUT
VIDEO
SERIAL
w
erty uio
!8
q
!7
!0 !1 !2 !3 !4 !5 !6
Rear View

1-4
!7 Power cord inlet (AC IN)
Connect the provided power cord to this inlet.
!8 Video in connectors (BNC) (VIDEO IN 1 - 16)/
Video out connectors (BNC) (VIDEO OUT 1 - 16)
Images (video signals) from the cameras connected to
the VIDEO IN connectors will be looped through to the
VIDEO OUT connectors.
Connect system cameras or combination cameras to
the VIDEO IN connectors. The VIDEO IN 1 - 4 connec-
tors are compatible with coaxial cable. When connect-
ing a combination camera, connect it either to the
VIDEO IN 1 - 4 connectors.

1-5
Image display
When displayingimages on a 16-split screen
Example: When displayingimages from camera channel 1
12 3 4
56 7 8
9 10 11 12
14 15 1613
SEP-04-2006
16:00:00
Mute icon
Time and date
Currently selected
camera channel
Camera title
When displaying on a 16-screen,
numbers 1-16 will be displayed as
shown in the illustration regardless
of the camera title setting.
CAM1 MANUAL NQ PLAY
SEP-03-2006 15:00:00
Playback
Timer recording
Sequential display
Playback status
PLAYBACK
Terminal recording
VMD recording
Information of the recorded images currently being played
Time and date
of recording
Recording
icon (indicates
that recording
is in progress)
Live icon
(indicates that
live image
transmission to a
PC is in progress)

3-1
WIRING DIAGRAM
L11 FERRITE CORE
CN11
POWER CORD
INLET
(AC IN)
TO
MPX
BOARD
CN102
TO
MPX
BOARD
CN304
TO
MPX
BOARD
CN3
TO
MPX
BOARD
CN709
MO3
COOLING FAN
(REAR)
MO4
COOLING FAN
(HDD-1)
MO2 COOLING FAN (RIGHT SIDE-2)
E11
E12
GROUND
E14
E22
E19 E20
E27
E28
E26
E24
E23
E21
E18
E17
E30
E31
E29
E25
E32
(2/3)
E32
(1/3)
E32
(3/3) E33
(2/3)
E33
(1/3) E34
(2/3)
E34
(1/3)
E34
(3/3)
E33
(3/3)
E16
MO5
COOLING FAN
(HDD-2)
MO1
COOLING FAN
(RIGHT SIDE-1)
E15
E13
102
91
CN3
1537
CN2
136
CN3
12 1
CN102
81
CN1 15
CN2
13 1
CN304
81
CN3
14
CN709
1
2
29
30
CN2
1
2
19
20
CN1
(J15)
(J10) (J11) (J12) (J13)
(J10)
(J11)
(J31)
(J17) (J14)
(J35)
(J17)
(J20)
(J14)
(J22)
(J24)
(J16)
(J23)
(J24)
(J25)
(J32) (J39)
(J23)
(J21)
(J18)
(J12)
(J19)
(J15)
(J9)
(J22)
31
CN1
102
10 1 91
CN400
(J16)
E400
E101
13
3
1
57
WJ-RT416 : TO HDD
WJ-RT416K : TO HDD (OPTION)
HDD1
HDD2
(J26)
(J33) (J40)
TO HDD (OPTION)TO HDD (OPTION)
TO HDD (OPTION)
TO HDD (OPTION)
TO HDD (OPTION)
HDD3
HDD4
(J27)
(J20)
(J34) (J41)
HDD5
HDD6
(JK1)
(SW702)
(SW818)
(CN1)
(CN3)
BT1
LITHIUM
BATTERY
AUDIO BOARD
CPU BOARD
CODEC
BOARD
AC/DC BOARD
DC/DC BOARD
POWER
SW
BOARD
(WV-PB4164 : OPTION)
MPX
BOARD
FRONT BOARD
USB
BOARD

4-1
SCHEMATIC DIAGRAM OF MPX BOARD (1/4) (CPU, ROM / RAM, PIO, DIP SW)
A[18] A[17] A[16] A[8] A[9] A[10] A[11] A[12] A[13] A[14] A[15] A[19]
AD[5] AD[4]
A[19] A[18] A[17] A[16] A[15] A[14] A[13] A[12] A[11] A[10] A[9] A[8] A[7] A[0] A[1] A[2] A[3] A[4] A[5] A[6]
CAMD[1]
CAMD[2]
CAMD[3]
CAMD[5]
CAMD[6]
CAMD[7]
CAMD[0]CAMD[0]
CAMD[1]
CAMD[2]
CAMD[3]
AD[3]
PKEY[0] PKEY[1] PKEY[2] PKEY[3] PKEY[4] PKEY[5] PKEY[6]
SYER[1]
SYER[2]
SYER[3]
SYER[4]
CMPM[1]
CMPM[2]
CMPM[3]
CMPM[4]
CMPL[1]
CMPL[2]
CMPL[3]
CMPL[4]
VD2S[4] VD2S[3] VD2S[2]
CSZ[4] CSZ[3] CSZ[2] CSZ[1]
SYDT1[4-1] SYDT2[4-1]
SYDT2[4]
SYDT2[3]
SYDT2[2]
SYDT2[1]
SYDT1[4]
SYDT1[3]
SYDT1[2]
SYDT1[1]
ALMO[4-1]
ALMO[1]
ALMO[2]
ALMO[3]
ALMO[4]
A[3] A[2] A[1] A[0]
AD[7] AD[6] AD[5] AD[4] AD[3] AD[2] AD[1] AD[0]
ADR[2] ADR[1] ADR[0]
CAMD[4]
AD[2]
AD[1]
AD[0]
CAMD[4]
CAMD[5]
CAMD[6]
CAMD[7]
KEYS[0]
KEYS[1]
KEYS[2]
KEYS[2]
KEYS[1]
KEYS[0]
AD[0]
AD[1]
AD[2]
AD[3]
AD[4]
AD[7]
AD[6]
AD[5]
AD[3]
AD[2]
AD[1]
A[7]
A[5]
A[4] A[3]
A[2]
AD[7]
AD[6]
AD[5]
AD[4]
A[1]
A[0]
AD[7]
AD[6]
AD[5]
AD[4]
AD[3]
AD[0]
AD[1]
AD[2]
A[10]
A[11]
A[9]
A[8]
A[13]
A[14]
A[17]
A[16]
A[15]
A[12]
A[7]
A[6]
A[5]
A[4]
A[3]
A[2]
A[1]
A[0]
AD[1]
AD[0]
AD[2]
AD[3]
AD[4]
AD[5]
AD[6]
AD[7]
A[0]
A[17]
A[2]
A[3]
A[16]
A[15]
A[14]
A[13]
A[12]
A[11]
A[10]
A[9]
A[8]
A[7]
A[6]
A[5]
A[4]
A[6]
AD[0]
A[3]
A[4]
A[14]
A[12]
A[7]
A[6]
A[5]
A[13]
A[11]
A[9]
A[8]
AD[7]
AD[6]
AD[5]
AD[4]
AD[3]
AD[2]
AD[1]
AD[0]
A[1]
A[2]
A[10]
A[15]
A[16]
AD[7] AD[6]
A[0]
PKEY[1]
PKEY[2]
PKEY[3]
PKEY[4]
PKEY[5]
KEYS[0]
KEYS[1]
KEYS[2]
VD2S[1] PKEY[7]
PKEY[0]
A[1]
ADR[0] ADR[1] ADR[2]
A[17] A[18] A[19]
PKEY[0] PKEY[1] PKEY[2] PKEY[3] PKEY[4] PKEY[5] PKEY[6]
+5V-A
+5V-B
PKEY[6]
PKEY[0]
PKEY[1]
PKEY[2]
PKEY[3]
PKEY[0]
PKEY[1]
PKEY[2]
PKEY[4]
PKEY[3]
PKEY[2]
PKEY[1]
PKEY[6]
PKEY[5]
PKEY[0]
CN1
OPEN
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80
CN18
(CN18 : IC SOCKET)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16 17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
IC5
1A
2B
3C
4G2A
5G2B
6G1
7Y7
8GND 9
Y6
10
Y5
11
Y4
12
Y3
13
Y2
14
Y1
15
Y0
16
VCC
IC6
1A
2B
3C
4G2A
5G2B
6G1
7Y7
8GND 9
Y6
10
Y5
11
Y4
12
Y3
13
Y2
14
Y1
15
Y0
16
VCC
IC7
11G
21A
31B
41Y0
51Y1
6Y12
71Y3
8GND 9
2Y3
10
2Y2
11
2Y1
12
2Y0
13
2B
14
2A
15
2G
16
VCC
IC9 (1/4)
1A
2B
13 C12
Y
IC9 (2/4)
3A
4B
5C6
Y
IC9 (3/4)
9A
10 B
11 C8
Y
IC9
14
VCC
7
GND
Z21
1 2 36
7 8
Z20
1 2 36
7 8
Z19
1 2 36
7 8
Z18
1 2 36 100
100 100 100
10k 10k 10k 10k 10k
45 45 45 45
7 8
Z6
1 2 36
7 8
Z7
1 2 36
7 8
Z5
1 2 3
10k 10k 10k 10k
6
45 45
7 8
Z13
100
1 2 36 45
7 8
Z17
1
2
36
45
7
8
Z4
100
Z3 100
Z10
1
2
36
7
8
Z26
1 2 36
7 8
Z2
1
2
36
7
8
10k
Z1 10k
1
2
36
45
45
7
8
1
2
36
7
8
1
2
36
45
45
7
8
Q3
OPEN
SW5
OPEN
1
2
3
4
L5
8.2
+5V
C24 100/6.3 C25 OPEN
R12 OPEN
C38
0.01
C44
0.01
C47
0.01
C11 0.01
C12 0.01
C13 0.01
C15 0.01 C14 0.01
R13
9.1k
R14
3.3k
R18
7.5k
R19
3.3k
TP1
OPEN
R69 1M
C39
0.01
X1
(16.000MHz)
12
R67
100
R43 10k
R40 10k
C18
0.01
Q1
R38
OPEN
Z29
10k
10k
1
2
36
45
45
45 45
7
8
D10 D11
R46
10k
R28
10k
C16
0.01
1 23
4 5
Z30
1
2
3 6
7
8
R58
1k
R59
1k
Q2
GND
R84
10k
0R2
R3 0
R74 OPEN R75 OPEN R76 OPEN R77 OPEN R78 OPEN
C1 0.01
C4 0.01
TP3
WR
OPEN
TP4
RD
OPEN
VD
RXTXZ
RDWTZ
OEZ
TXD1
R63
100
R66
100
R61
OPEN
CLK
GND
R64
100
R60
OPEN
GND
R65
10k
IC22 (1/7)
IC22 (2/7)
34
IC22 (3/7)
56
IC22 (4/7)
98
IC22 (5/7)
11 10
IC22 (6/7)
13 12
IC22
(7/7)
(3/3)
14
VCC
7
GND
TXD1EN
C5
0.01
Z9
1
2
36
7
8
C7 0.01
C8 0.01
C9
0.01
C10
0.01
L1
8.2
R80 10k
R37
0
R42
10k
+5V+5V–C
IC16
(1/3)
2D
6
Q
1
CLR
3CLK
5
Q
4
PRE
IC16
(2/3)
12 D
8
Q
13
CLR
11 CLK
9
Q
10
PRE
IC16
14
VCC
7
GND
IC8 (1/5)
1A
2B
3
Y
IC8 (2/5)
IC8 (3/5)
4A
5B6
Y
9A
10 B8
Y
IC8 (4/5)
12 A
13 B
11
Y
IC8
(5/5) (4/4)
14
VCC
7
GND
CMPL[4-1]
CMPM[4-1]
SYER[4-1]
CSZ[4-1]
SYDT1[4-1]
SYDT2[4-1]
ALMO[4-1]
R45
OPEN
R82
OPEN
D701D702
1 23
4 5
*
R764
R765 0
R766 OPEN
R767 OPEN
IC703
1A
2B
3C
4G2A
5G2B
6G1
7Y7
8GND 9
Y6
10
Y5
11
Y4
12
Y3
13
Y2
14
Y1
15
Y0
16
VCC
C717 0.01
CAMD[7-0]
TP2
ADR[2-0]
RESET
TXD2
TXD2EN
10k 10k
Z700
1 2 36
7 8
Z701
1 2 36
7 8
R68
OPEN
GND
IC99
1
P32/SCK0
2
P33/SO0
3P34/TO0
4P35/TO1
5P36/TO2
6P37/TO3
7RESET
8VDD1
9X2
10 X1
11 VSS1
12 P00
13 P01
14 P02
15 P03
16 P04
17 P05
18 P06
19 P07
20
P67/REFRQ/HLDAK
21
P66/WAIT/HLDRQ
22 WR 23 RD 24 P63/A19 25 P62/A18 26 P61/A17 27 P60/A16 28 A15 29 A14 30 A13 31 A12 32 A11 33 A10 34 A9 35 A8 36 AD7 37 AD6 38 AD5 39 AD4 40 AD3
41
AD2
42
AD1
43
AD0
44
ASTB
45
VSS0
46
TEST
47
P10/PWM0
48
P11/PWM1
49
P12/ASCK2/SCK2
50
P13/RxD2/SI2
51
P14/TxD2/SO2
52
P15
53
P16
54
P17
55
VDD0
56
P70/ANI0
57
P71/ANI1
58
P72/ANI2
59
P73/ANI3
60
P74/ANI4
61
P75/ANI5
62
P76/ANI6
63
P77/ANI7
64
AVDD
65
AVREF1
66
AVSS
67
ANO0
68
ANO1
69
AVREF2
70
AVREF3
71
P20/NMI
72
P21/INTP0
73
P22/INTP1
74
P23/INTP2/CI
75
P24/INTP3
76
P25/INTP4/ASCK/SCK1
77
P26/INTP5
78
P27/SI0
79
P30/RxD/SI1
80
P31/TxD/SO1
C2
0.01
C3
10/16
GND
R15
10k
R26
1k
C6
47/16
GND
GND
GND
C17
0.01
C41 OPEN
R1
10k
C26 0.01
DLP
WENZ
VD2S[4-1]
COL
RXD1
RXD2
C40
OPEN
GND
GND
GND
R4 0
TD2
TD3
TD1
TD4
C23 0.1
C34 0.1
C35 0.1
C36
0.1
C37
0.1
C52
OPEN
C48
OPEN
C49
2.2
CN4
OPEN
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20 29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
21
22
23
24 25
26
27
28
Attachment1
Attachment2 Attachment3
Attachment4
Z27
1 2 3 45 5
6 7 8
Z8
1 2 3 4
4 5
5
6 7 8
Z15
1
2
3
45
6
7
8
Z16
100
100
10k 10k
10k
100
1
2
3
45
6
7
8
Z23
1 2 3 45
6 7 8
Z24
1 2 3 45
6 7 8
Z25
1 2 3 4
4 5 6 7 8
Z11
1
2
3
4
4
5
5
45
6
7
8
R5 0
IC21
1CS
2SK
3DI
4DO 5
GND
6
NC1
7
NC2
8
VCC
IC3
22 OE
23 A11
24 A9
25 A8
26 A13
27 W
28 VCC
1A14
2A12
3A7
4A6
5A5
6A4
7A3 8
A2
9
A1
10
A0
11
DQ1
12
DQ2
13
DQ3
14
GND
15
DQ4
16
DQ5
17
DQ6
18
DQ7
19
DQ8
20
S
21
A10
IC18
OPEN
1VPP
2A16
3A15
4A12
5A7
6A6
7A5
8A4
9A3
10 A2
11 A1
12 A0
13 Q0
14 Q1
15 Q2
16 VSS 17
Q3
18
Q4
19
Q5
20
Q6
21
Q7
22
E
23
A10
24
G
25
A11
26
A9
27
A8
28
A13
29
A14
30
A17
31
P
32
VCC
IC4
1A15
2A14
3A13
4A12
5A11
6A10
7A9
8A8
9NC_1
10 NC_2
11 WE
12 RESET
13 NC_3
14 NC_4
15 RY/BY
16 NC_5
17 A17
18 A7
19 A6
20 A5
21 A4
22 A3
23 A2
24 A1 25
A0
26
CE
27
VSS_1
28
OE
29
DQ0
30
DQ8
31
DQ1
32
DQ9
33
DQ2
34
DQ10
35
DQ3
36
DQ11
37
VCC
38
DQ4
39
DQ12
40
DQ5
41
DQ13
42
DQ6
43
DQ14
44
DQ7
45
DQ15/A-1
46
VSS_2
47
BYTE
48
A16
IC10
1VDD_1 2P81 3P82 4P83 5P84 6P85 7P86 8P87 9P90
10 P91 11 P92 12 P93 13 P94 14 P95 15 P96 16 P97 17 P10 18 P11 19 P12 20 P13 21 P14 22 P15 23 P16 24 P17 25 VDD_2
26
VSS_1
27
P20
28
P21
29
P22
30
P23
31
P24
32
P25
33
P26
34
P27
35
P30
36
P31
37
P32
38
P33
39
P34
40
P35
41
P36
42
P37
43
P40
44
P41
45
P42
46
P43
47
P44
48
P45
49
P46
50
VSS_2
51
VDD_3
52
P47
53
D0
54
D1
55
D2
56
D3
57
D4
58
D5
59
D6
60
D7
61
#RESET
62
#CS
63
#RD
64
#WR
65
A0
66
A1
67
A2
68
A3
69
lOS0
70
lOS1
71
lOS2
72
MS
73
P50
74
P51
75
VDD_4
76 VSS_3
77 P52
78 P53
79 P54
80 P55
81 P56
82 P57
83 P60
84 P61
85 P62
86 P63
87 P64
88 P65
89 P66
90 P67
91 P70
92 P71
93 P72
94 P73
95 P74
96 P75
97 P76
98 P77
99 P80
100 VSS_4
R20
10k
C27 100/6.3
IC1
1NC_1
2IN
3NC_2
4GND 5
DELAY_CAPACITOR
6
OUT
7
SUPPLY_VOLTAGE
8
NC_3
IC13
1NC_1
2IN
3NC_2
4GND 5
DELAY_CAPACITOR
6
OUT
7
SUPPLY_VOLTAGE
8
NC_3
R39
2.2k
C30
27p
C29
27p
SW818
1
2
3
4
5
623
23
7
8
SW702
1
2
23
23
3
4
5
6
7
8
9
10
11
12
13
14
15
16
R768 OPEN
R769 OPEN
R770 OPEN
D703
1
4
5
D704
1
4
5
D818
1
4
5
R771 0
R772 OPEN
R773 OPEN
D9
1
4
5
IC2
1OUTPUT_ENABLE
2Q0
3D0
4D1
5Q1
6Q2
7D2
8D3
9Q3
10 GND 11
LATCH_ENABLE
12
Q4
13
D4
14
D5
15
Q5
16
Q6
17
D6
18
D7
19
Q7
20
VCC
ALARM ALARM
SUSPEND
PROM /CS
SRAM /CS
FLASH /CS
PIO /CS
UNIT No.
TO (4/4)
(CAMERA
CONTROL
G/A)
TO (3/4)
(ANALOG
MASTER)
TO (4/4)
(CAMERA
CONTROL
G/A)
TO (2/4)
(RS485)
RESET
GND
NTSC PAL
R764 OPEN 0
*marked part is shown in below.
REF.NO.
MPX BOARD (1/4)
(CPU, ROM / RAM, PIO, DIP SW)
1
A
B
C
D
E
F
23456789
<INDEX>
MPX BOARD (1/4)
IC1 D1,D2
IC2 D6
IC3 D7,E7
IC4 D7,D8,
E7,E8
IC5 C6
IC6 C6
IC7 C7
IC8 B7,C6,C7
IC9 B7,C7
IC10 A4,A5,
B4,B5
IC13 D2
IC16 E1,E2
IC18 OPEN
IC21 E5
IC22 D1,E2,E3
IC99 D4,E4
IC703 B6
Q1 B3
Q2 B3
Q3 OPEN
D9 A8
D10 C3
D11 C3
D701 A7,B7
D702 A7
D703 B7,B8
D704 B7,B8
D818 A7,A8

4-2
SCHEMATIC DIAGRAM OF MPX BOARD (2/4) (RS485, POWER, VD IN/OUT)
+5V–F
C46
100/16
GND
C45
100/16
+5V +9V
GND
+5V–C
CF1
3
4
5
6
7
8
9
10
12
R11
2.2k
D8 D7
D5D6
R99 2.2k
R98 2.2k
R54
36k
+5V
L4
8.2
R55
36k
R10
2.2k
R7
1
R16
36k
R17
36k
C53
2.2
GND
TXD1
R31
10k
RXD1
TXD1EN
RXD2
R22 1k
R32
10k
TXD2 R52 0
R23 OPEN
D3
OPEN
D4
OPEN
D2
OPEN
D1
OPEN
R24 1k
R51 0
R49 0
TXD2EN
R25 1k
IC15
11A
21B
31CLR
41Q
52Q
62Cext
72Rext/Cext
8GND 9
2A
10
2B
11
2CLR
12
2Q
13
1Q
14
1Cext
15
1Rext/Cext
16
Vcc
C51 0.1
C50 0.1
C54 0.1
GND
R27
10k
COL
C22
0.1
R36
150k
R57
150k
C33 0.1
R33 OPEN
C32
220/10
VS4 OPEN VS2 OPEN VS1 OPEN VS3 OPEN
C21 100p C20 100p
C19
100p
R8
4.7
R9
4.7
R96 OPEN
R97 OPEN
R50 4.7k
IC11
1NC1
2R
3RE
4DE
5D
6GND1
7GND2 8
NC2
9
Y
10
Z
11
B
12
A
13
VCC1
14
VCC2
IC12
1NC1
2R
3RE
4DE
5D
6GND1
7GND2 8
NC2
9
Y
10
Z
11
B
12
A
13
VCC1
14
VCC2
VD-EXTOUT
VD-EXTIN
D12 1
2
3
D13 1
2
3
GND
R47 47
R48 47
CN709
1+9V
2+5V
3 GND
4 Reserved
Attachment1
Attachment2
CN3
1 TXD+
2TXD–
3RXD+
4RXD–
5GND
6BOARD DET
7 VD IN
8VD OUT
Attachment1
Attachment2
RA
RB
TB
TA
TO (4/4)
(CAMERA
CONTROL
G/A,
VD GEN.)
TO (1/4)
(CPU)
TO CPU
TO CPU
1/4W
1/4W
1/4W
TO
CPU
BOARD
(TO J15)
TO
CPU
BOARD
(TO J14)
MPX BOARD (2/4)
(RS485, POWER, VD IN/OUT)
10
A
B
C
11 12 13
<INDEX>
MPX BOARD (2/4)
IC11 B11
IC12 A11,B11
IC15 A10
D1 OPEN
D2 OPEN
D3 OPEN
D4 OPEN
D5 B12
D6 B12
D7 B12
D8 B12
D12 B12,C12
D13 B12

4-3
SCHEMATIC DIAGRAM OF MPX BOARD (3/4) (ANALOG MASTER)
Q401
+5V–I
+5V–J
+5V–K
+9V–B +9V–D
+9V–C
GND
GND
C122
330/6.3
+5V
+9V
DGP[1]
DIN[1]
R124
6.8k
Q101
Q102
R106
2.2k
ERASE[1]
SYER[1]
R144
100
R145 0 SYNC[1]
C106
0.1
C105 100p
C103
22/16
R143
100
D101 1
2
3
C111
47/16
GND
C104 22/16
C108 22/16
C107 0.1
R142
0
R103
1.5k1.5k
R104
DOUT[1]
C110 0.1
VD2[1]
R139
2.2k
C114 22/16 C113 0.1 C116 0.1
C117 22/16
C102
OPEN
R120
1k
R121
1k
CMPM[1]
CMPL[1]
R112
1k
GND
D102 1
2
3
C118
22/16
R109 1k
GND
R113 390
R114 3.6k
R115 2.7k R116 270
R117 6.2k
R118 220 R119 3.3k
R122
10k
R123
10k
IFCP[1]
R111
22k
C123
0.1 0.1
L101
10
C133
C121
OPEN
R108 1k
R901
(L102)
10
1/4W
R902
(L202)
10
1/4W
C119 22p C120 22p
C125
39p
C132 39p
C130 OPEN
C126
100p
C127
51p
C128
51p
C129
68p
R110 10k
GND
R223
10k
R239
2.2k
R221
1k
VD2[2]
C217 22/16
C211
47/16
C216 0.1
C226
100p
CMPL[2]
C232 39p
IFCP[2]
C220 22p
GND
GND
L201
10
R209 1k
Q202
R203
1.5k1.5k
R224
6.8k
R220
1k
SYER[2]
DGP[2]
GND
R206
2.2k
R215 2.7k
R245 0
C208 22/16
R218 220
R210 10k
C219 22p
C221
OPEN
C233
0.1
R216 270
D202 1
2
3
C210 0.1
ERASE[2]
GND
C205 100p
C218
22/16
R244
100
C204 22/16
R212
1k
R242
0
C228
51p
R208 1k
C214 22/16
Q201
C227
51p
C222
330/6.3
R214 3.6k
SYNC[2]
+9V
C207 0.1
R243
100
C203
22/16
R222
10k
+5V
D201 1
2
3
CMPM[2]
C223
0.1
R217 6.2k
DOUT[2]
C206
0.1
R213 390
C225
39p
C230 OPEN
C213 0.1
R204
R211
22k
R219 3.3k
DIN[2]
C229
68p
GND
IC201
1
DGP
2
DATAOUT
3
NC_1
4
SEPALEVEL
5
Y2
6
NC_2
7
VIDEOOUT
8
NC_3
9
GND1
10
SW1
11
SW2
12
NC_4
13 VREF2V
14 NC_5
15 SYNCOUT
16 YIN
17 NC_6
18 NC_7
19 GND2
20 V2OUT
21 V2C
22 VIN+
23 VIN–
24 V1OUT
25 NC_8 26 NC_9 27 DATAIN 28 VD2IN 29 YD2OUT 30 +9V
31 DRIVEOUT
32 AUDIOIN 33 VIDEOIN 34 AMPOUT 35 AMPIN 36 VREF4V
37
NC_10
38
COMPIN
39
FBIN
40
FBOUT
41
COMPOUT
42
NC_11
43
NC_12
44
+5V
45
CLAMPIN
46
CLAMPSW
47
NC_13
48
CPIN
IC101
1
DGP
2
DATAOUT
3
NC_1
4
SEPALEVEL
5
Y2
6
NC_2
7
VIDEOOUT
8
NC_3
9
GND1
10
SW1
11
SW2
12
NC_4
13 VREF2V
14 NC_5
15 SYNCOUT
16 YIN
17 NC_6
18 NC_7
19 GND2
20 V2OUT
21 V2C
22 VIN+
23 VIN–
24 V1OUT
25 NC_8 26 NC_9 27 DATAIN 28 VD2IN 29 YD2OUT 30 +9V 31 DRIVEOUT 32 AUDIOIN 33 VIDEOIN 34 AMPOUT 35 AMPIN 36 VREF4V
37
NC_10
38
COMPIN
39
FBIN
40
FBOUT
41
COMPOUT
42
NC_11
43
NC_12
44
+5V
45
CLAMPIN
46
CLAMPSW
47
NC_13
48
CPIN
R321
1k
R342
0
C433
0.1
GND
ERASE[4]
R322
10k
D401 1
2
3
R309 1k
C313 0.1
L401
10
C319 22p
C316 0.1
C404 22/16
R443
100
C321
OPEN
R306
2.2k
C411
47/16
C413 0.1
CMPM[4]
R310 10k
R445
0
CMPL[3]
C408 22/16
C329
68p
+5V
R415 2.7k
R422
10k
C305 100p
C332 39p
C326
100p
DOUT[4]
C428
51p
C307 0.1
GND
C310 0.1
R412 1k
VD2[3]
C430 OPEN
R419 3.3k R418 220
SYNC[3]
C410 0.1
C318
22/16
DGP[4]
R423
10k
C306
0.1
GND
GND
R304
1.5k
DGP[3]
C422
330/6.3
R318 220
C317 22/16
R424
6.8k
C425
39p
D402 1
2
3
C421
OPEN
GND
C420 22p
C423
0.1
C311
47/16
C323
0.1
D302 1
2
3
C308 22/16
IFCP[4]
C328
51p
DIN[4]
R409 1k
R312
1k
GND
+9V
R303
1.5k
C407 0.1
IC301
1
DGP
2
DATAOUT
3
NC_1
4
SEPALEVEL
5
Y2
6
NC_2
7
VIDEOOUT
8
NC_3
9
GND1
10
SW1
11
SW2
12
NC_4
13 VREF2V
14 NC_5
15 SYNCOUT
16 YIN
17 NC_6
18 NC_7
19 GND2
20 V2OUT
21 V2C
22 VIN+
23 VIN–
24 V1OUT
25 NC_8 26 NC_9 27 DATAIN 28 VD2IN 29 YD2OUT 30 +9V
31 DRIVEOUT
32 AUDIOIN 33 VIDEOIN 34 AMPOUT 35 AMPIN 36 VREF4V
37
NC_10
38
COMPIN
39
FBIN
40
FBOUT
41
COMPOUT
42
NC_11
43
NC_12
44
+5V
45
CLAMPIN
46
CLAMPSW
47
NC_13
48
CPIN
ERASE[3]
SYNC[4]
DIN[3]
R414 3.6k
C330 OPEN
C417 22/16
C406
0.1
GND
D301 1
2
3
DOUT[3]
R413 390
R317 6.2k
CMPM[3]
R344
100
R316 270
R406
2.2k
C322
330/6.3
IC401
1
DGP
2
DATAOUT
3
NC_1
4
SEPALEVEL
5
Y2
6
NC_2
7
VIDEOOUT
8
NC_3
9
GND1
10
SW1
11
SW2
12
NC_4
13 VREF2V
14 NC_5
15 SYNCOUT
16 YIN
17 NC_6
18 NC_7
19 GND2
20 V2OUT
21 V2C
22 VIN+
23 VIN–
24 V1OUT
25 NC_8 26 NC_9 27 DATAIN 28 VD2IN 29 YD2OUT 30 +9V 31 DRIVEOUT 32 AUDIOIN 33 VIDEOIN 34 AMPOUT 35 AMPIN 36 VREF4V
37
NC_10
38
COMPIN
39
FBIN
40
FBOUT
41
COMPOUT
42
NC_11
43
NC_12
44
+5V
45
CLAMPIN
46
CLAMPSW
47
NC_13
48
CPIN
C320 22p
SYER[3]
C327
51p
C429
68p
Q302
C426
100p
R404
1.5k
R324
6.8k
R444
100
R345
0
R343
100
VD2[4]
R313 390
Q402
C325
39p
GND
C419 22p
R442
0
R411
22k
C416 0.1
SYER[4]
R416 270
R421
1k
R410 10k
C403
22/16
R308 1k
+5V
R315 2.7k
GND
R420
1k
C432 39p
GND
+9V
R417 6.2k
C304 22/16
Q301
C418
22/16
R323
10k
C333
0.1
R439
2.2k
C303
22/16
C414 22/16
C405 100p
R403
1.5k
C427
51p
GND
R320
1k
R408 1k
R314 3.6k
CMPL[4]
C314 22/16
R339
2.2k
R319 3.3k
IFCP[3]
L301
10
R311
22k
GND
L103
8.2
L203
8.2
L403
8.2
L303
8.2
C115 0.01
C215 0.01
C415 0.01 C315 0.01
R102
68
R202
68
R302
68
R402
68
IC103
OPEN
1IN_B
2IN_A
3GND 4
OUT_Y
5
VCC
IC203
OPEN
1IN_B
2IN_A
3GND 4
OUT_Y
5
VCC
C202
OPEN
IC303
OPEN
1IN_B
2IN_A
3GND 4
OUT_Y
5
VCC
C302
OPEN
IC403
OPEN
1IN_B
2IN_A
3GND 4
OUT_Y
5
VCC
C402
OPEN
L104
22
L204
22
L404
22
L304
22
D103 1
2
3
D203 1
2
3D403 1
2
3
D303 1
2
3
C337
2.2
C437
2.2
C237
2.2
C137
2.2
GND
GND
GND
Q106
C138
47/16
C109
1000/6.3
C209
1000/6.3
C409
1000/6.3
C309
1000/6.3
C238
47/16
Q206 Q406
C438
47/16
Q306
C338
47/16
CN102
1VIDEO IN[1]
2GND
3VIDEO OUT[1]
4GND
5VIDEO DEC[1]
6GND
7VIDEO IN[2]
8GND
9VIDEO OUT[2]
10GND
11VIDEO DEC[2]
12GND
Attachment1
Attachment2
CN304
1VIDEOIN[3]
2GND
3VIDEOOUT[3]
4GND
5VIDEODEC[3]
6GND
7VIDEOIN[4]
8GND
9VIDEOOUT[4]
10GND
11VIDEO DEC[4]
12GND
13GND
Attachment1
Attachment2
C324
150p
C424
150p
C224
150p
C124
150p
R105
75
R305
75
R405
75
R205
75
TO (3/4)
(PIO)
TO (4/4)
(CAMERA
CONTROL
G/A,
ERASE GEN.)
TO (4/4)
(CAMERA
CONTROL
G/A,
VD2 GEN.)
TO (3/4)
(PIO)
TO (3/4)
(PIO)
TO (4/4)
(CAMERA
CONTROL
G/A,
ERASE GEN.)
TO (4/4)
(CAMERA
CONTROL
G/A,
VD2 GEN.)
TO (3/4)
(PIO)
TO (3/4)
(PIO)
TO (4/4)
(CAMERA
CONTROL
G/A,
ERASE GEN.)
TO (4/4)
(CAMERA
CONTROL
G/A,
VD2 GEN.)
TO (3/4)
(PIO)
TO (3/4)
(PIO)
TO (4/4)
(CAMERA
CONTROL
G/A,
ERASE GEN.)
TO (4/4)
(CAMERA
CONTROL
G/A,
VD2 GEN.)
TO (3/4)
(PIO)
R903
(L302)
10
1/4W
R904
(L402)
10
1/4W
TO CODEC TO CODEC
VIDEO
IN/OUT 1
VIDEO
IN/OUT 3
VIDEO
IN/OUT 4
VIDEO
IN/OUT 2
TO
CODEC
BOARD
(TO J10)
TO
CODEC
BOARD
(TO J11)
MPX BOARD (3/4)
(ANALOG MASTER)
14
A
B
C
D
E
15 16 17 18 19 20 21
<INDEX>
MPX BOARD (3/4)
IC101 D2,D3,E2
IC103 OPEN
IC201 A15,B15,B16
IC203 OPEN
IC301 D19,E19
IC303 OPEN
IC401 A19,B19
IC403 OPEN
Q101 D16
Q102 D16
Q106 C2
Q201 A16,B16
Q202 A16,B16
Q206 A15
Q301 D20
Q302 D20
Q306 C18
Q401 A20,B20
Q402 A20,B20
Q406 A18
D101 D1,D2
D102 D2
D103 D1,D2
D201 A14,A15
D202 A15
D203 B14,B15
D301 D18
D302 D19
D303 D18
D401 A18
D402 A19
D403 B18

4-4
SCHEMATIC DIAGRAM OF MPX BOARD (4/4) (CAMERA CONTROL G/A, VD / VD2 / ERASE GENERATOR)
SYNC[1] DIN[1] SYNC[2] DIN[2]
SYNC[4]
DIN[4] DIN[3]
SYNC[3]
CAMD[0]
CAMD[1]
CAMD[2]
CAMD[3]
CAMD[4]
CAMD[5]
CAMD[6]
CAMD[7]
RXTXZ
SYDT1[1] SYDT2[1]
SYDT1[4] SYDT2[4]
SYDT2[3]
SYDT1[3]
SYDT1[2]
SYDT2[2]
ALMO[1] ALMO[2] ALMO[3]
ALMO[4]
CSZ[1] CSZ[2]
CSZ[4] CSZ[3]
VPZ[1] VPZ[4]
VPZ[3]
VPZ[2]
WENZ
RDWTZ
OEZ
ADR[2]
ADR[1]
ADR[0]
SYDT2[1]
SYDT2[2]
SYDT2[3]
SYDT2[4]
VD2S[1]
VD2S[2]
VD2S[3]
VD2S[4]
DGP[1]
DGP[2]
DGP[4]
DGP[3]
VPZ[1]
VPZ[2]
VPZ[3]
VPZ[4]
DLP
DIN[1] DIN[2] DIN[3] DIN[4] DOUT[1] DOUT[2] DOUT[3] DOUT[4]
DGP[1] DGP[2] DGP[3]
DGP[4]
IFCP[4]IFCP[1]
IFCP[2]
IFCP[3]
DOUT[1] DOUT[2]
DOUT[4] DOUT[3]
+5V–L
VD2–MASTER
VD2–MASTER
VD2S[2]
VD2S[1]
VD2S[4]
VD2S[3]
ERASE[1]
ERASE[2]
VD2[4]
VD2[3]
VD2[2]
ERASE[3]
ERASE[4]
+5V-N
+5V–N
VD2[1]
VD2+delay
VD2–ERASE
EXT/INT
VD
+5V–M
+5V
GND
L501
8.2
C517
470/10
IC501
1VDD0 2VSS0 3SYDT11_P00 4ERASE1 5SYDT21_P01 6TO1_P02 7IFCP1 8VPZ1 9IFFLD1
10 GPOSL1 11 GPOSL2 12 DGP31 13 VSS1 14 VDD1 15 VD2O1 16 ALMO1 17 SYDT31_P03 18 DOUT1 19 VD2SW1 20 TI1L_P04 21 SYNC1 22 GPO1 23 DIN1 24 ALMI1 25 CSZ1_CSZ 26 CSZ2_TO10 27 ALMI2 28 DIN2 29 GPO2 30 SYNC2 31 TI2L_P05 32 VD2SW2 33 DOUT2 34 SYDT32_P06 35 ALMO2 36 VD2O2 37 DGP32 38 TO2_P07 39 VSS2 40 VDD2
41
VDD3
42
VSS3
43
DT_POOL
44
IFFLD2
45
VPZ2
46
IFCP2
47
TEST
48
SYDT22_P10
49
ERASE2
50
SYDT12_P11
51
DFULLZ
52
ORUN
53
VSS4
54
VDD4
55
BFEMPZ
56
WENZ_WRENZ
57
RDWTZ_TO5
58
TIMS
59
NTZPAL
60
EXOR
61
OEZ_IORDZ
62
XVD2SWZ
63
UGPSL
64
ADR2_ADR5
65
ADR1_ADR4
66
ADR0_ADR3
67
TO3_ADR2
68
TO4_ADR1
69
TI3H_ADR0
70
PITHRH
71
SYDT13_P12
72
ERASE3
73
SYDT23_P13
74
TO6_P14
75
IFCP3
76
VPZ3
77
IFFLD3
78
TO7_P15
79
VSS5
80
VDD5
81
VDD6
82
VSS6
83
TO8_P16
84
DGP33
85
VD2O3
86
ALMO3
87
SYDT33_P17
88
DOUT3
89
VD2SW3
90
TI4L_P20
91
SYNC3
92
GPO3
93
DIN3
94
ALMI3
95
CSZ3_TO11
96
CSZ4_TO12
97
ALMI4
98
DIN4
99
GPO4
100
SYNC4
101
TI5L_P21
102
VD2SW4
103
DOUT4
104
SYDT34_P22
105
ALMO4
106
VD2O4
107
VDD7
108
VSS7
109
DGP34
110
ALMINFZ
111
SYINFZ
112
IFFLD4
113
VPZ4
114
IFCP4
115
DSYNCO
116
SYDT24_P23
117
ERASE4
118
SYDT14_P24
119
VSS8
120
VDD8
121 VDD9
122 VSS9
123 D0
124 D1
125 D2
126 D3
127 D4
128 D5
129 D6
130 D7
131 DATAS
132 CLKS1
133 CLKS2
134 MDCNG
135 RESET
136 VSS10
137 CLKIN
138 VDD10
139 VSS11
140 CXOUT
141 CXIN
142 VDD11
143 TO9_P25
144 XVD2O
145 VSS12
146 CXCHK
147 XVD2I
148 TI6L_P26
149 RXTXZ_TO13
150 DLP_IOWTZ
151 DVDI
152 TI7H_P27
153 XVD2EI
154 XVD2EO
155 VD2ER
156 VDR
157 WHD
158 FLD
159 VSS13
160 VDD12
GND
SYNC[4-1],DIN[4-1],DGP[4-1],IFCP[4-1],DOUT[4-1]
R530
10k
R528
OPEN
R529
OPEN R531
10k
R517
22k
SYDT1[4-1],SYDT2[4-1],ALMO[4-1]
CSZ[4-1]
WENZ,RDWTZ,OEZ,ADR[2-0],DLP,RXTXZ
RESET
CLK
CAMD[7-0]
R508
22k
CT501
30p
R516
22k
R515
22k
R512
22k
R511
22k
C516
0.1
C515
0.1
C514
0.1
C504
0.1
C505
0.1
C507
0.1
C523
0.1
C511
0.1
C513 0.1
*X501
R567
1M
R566
100
TP507
RCTCTED
OPEN
IC505
1
2
3
4
5
6
7
89
10
11
12
13
14
15
16
C508 0.1
C509
1000p
C503
1000p
C512
IC506
1
2
3
4
5
6
7
89
10
11
12
13
14
15
16
C502
100p
R533
22k
+5V
C501
47/16
GND
L502
8.2
VD
IC508
(1/3)
2D
6
Q
1
CLR
3CLK
5
Q
4
PRE
IC508
(2/3)
12
8
13
11
9
10
IC508
14
VCC
7
GND
C528 0.1
IC507
11A
21B
31CLR
41Q
52Q
62Cext
72Rext/Cext
8GND 9
2A
10
2B
11
2CLR
12
2Q
13
1Q
14
1Cext
15
1Rext/Cext
16
Vcc
IC509
11A
21B
31CLR
41Q
52Q
62Cext
72Rext/Cext
8GND 9
2A
10
2B
11
2CLR
12
2Q
13
1Q
14
1Cext
15
1Rext/Cext
16
Vcc
C529 0.1
C533 0.1
0.1 0.1 0.1
IC511 (1/5)
1A
2B
3
Y
IC511 (2/5)
4A
5B
6
Y
IC511 (3/5)
9A
10 B
8
Y
IC511 (4/5)
12 A
13 B
11
Y
IC511
14
VCC
7
GND
GND
GND
GND
IC510
(1/3)
2
6
1
3
5
4
IC510
(2/3)
12
8
13
11
9
10
IC510
14
VCC
7
GND
C534 C535
C525
47/16
+5V
L503
8.2
GND
IC512 (1/5)
1A
2B
3
Y
IC512 (2/5)
4A
5B
6
Y
IC512 (3/5)
9A
10 B
8
Y
IC512 (4/5)
12 A
13 B
11
Y
IC512
14
VCC
7
GND
C536
VD2S[4-1]
VD2[4-1]
IC516 (1/5)
1A
2B
3
Y
IC516 (2/5)
4A
5B
6
Y
IC516 (3/5)
9A
10 B
8
Y
IC516 (4/5)
12 A
13 B
11
Y
IC516
(5/5)
(3/3) (3/3)
(5/5)
(5/5)
(5/5) (5/5)
14
VCC
7
GND
ERASE[4-1]
C522 0.1
C537 0.1
C524
0.1
R520
10
R521
10
R522
10
R523
10
R526
1M
R524
1M
R527
1M
R525
1M
R535
1M
C510
180p
C520
0.1
C506
0.1
0.1
C519
C518
0.1
R518
4.7k
*R505
R506
OPEN
R507
22k
GND
R514
OPEN
R513
OPEN
R510 OPEN
R509
OPEN
R504
OPEN
R503
OPEN
R502
OPEN
R501
OPEN
TD536
TD537
TD538
TD521 TD522 TD523 TD524 TD531 TD532 TD533 TD534
TP602
RCTCTED
OPEN
R565
0
R537
OPEN
IC504 (1/7)
12
34
56
98
IC504 (2/7)
IC504 (3/7)
IC504 (4/7)
IC504 (5/7)
1110
IC504
1312
IC504
(7/7)
(6/7)
14
VCC
7
GND
R125
330
R225
330
R325
330
R425
330
R426
100
R107
820
C112
82p
C431
330p
R126
100
C131
330p
R326
100
R226
100
C231
330p
C331
330p
R207
820
C212
82p
C312
82p
C412
82p
R407
820
R307
820
C526
10/16
C530
10/16
C532
10/16
C527
10/16
GND
IC517 (1/5)
1A
2B
3
Y
IC517(2/5)
4A
5B
6
Y
IC517 (3/5)
9A
10 B
8
Y
IC517 (4/5)
12 A
13 B
11
Y
IC517
14
VCC
7
GND
C540 0.1
R519
0
R534
3.3k
R532
10k
GND
R538
100
R539
100
R540
100
R541
100
R542
OPEN
OPEN
OPEN
OPEN
R905
(C542)
100
R543
R544
R545
GND
R906
(C543)
100
GND
R907
(C544)
100
GND
R908
(C545)
100
GND
C649 0.10.1
IC608
11A
21B
31CLR
41Q
52Q
62Cext
72Rext/Cext
8GND 9
2A
10
2B
11
2CLR
12
2Q
13
1Q
14
1Cext
15
1Rext/Cext
16
Vcc
IC602
1IN_B
2IN_A
3GND 4
OUT_Y
5
VCC
R677
10
TD535
R671
3.3k
C650
1000p
R676
3.3k
C651
1000p
C652 0.1
C647 0.1
C648
0.047
VD-EXTIN
R688
100
IC611
1
2
3
4
5
6
7
89
10
11
12
13
14
15
16
R668
1M
R667
1M
C645 0.1
GND
C646
100p
VD-EXTOUT
R564
47
R601
15k
*C531
IC513 (1/5)
IC513 (2/5)
1A
2B
3
Y
4A
5B
6
Y
IC513 (3/5)
9A
10 B
8
Y
IC513 (4/5)
12 A
13 B
11
Y
IC513
14
VCC
7
GND
IC610
1COMMON
2INH
3VEE
4VSS 5
A
6
ch1
7
ch0
8
VDD
C521
180p
R536
1M
TO (3/4)
(ANALOG
MASTER)
TO (2/4)
(VD
IN/OUT)
TO (1/4)
(PIO)
TO (1/4)
(CPU)
D
Q
CLR
CLK
Q
PRE
D
Q
CLR
CLK
Q
PRE
D
Q
CLR
CLK
Q
PRE
1A
1B
1CLR
1Q
2Q
2Cext
2Rext/Cext
GND 2A
2B
2CLR
2Q
1Q
1Cext
1Rext/Cext
Vcc
1A
1B
1CLR
1Q
2Q
2Cext
2Rext/Cext
GND 2A
2B
2CLR
2Q
1Q
1Cext
1Rext/Cext
Vcc
1A
1B
1CLR
1Q
2Q
2Cext
2Rext/Cext
GND 2A
2B
2CLR
2Q
1Q
1Cext
1Rext/Cext
Vcc
NTSC PAL
R505 OPEN 0
C531 12p 15p
X501 14.31818MHz 14.1875MHz
*marked parts are shown in below.
REF.NO.
MPX BOARD (4/4)
(CAMERA CONTROL G/A, VD / VD2 / ERASE GENERATOR)
22
A
B
C
D
E
F
23 24 25 26 27 28 29
<INDEX>
MPX BOARD (4/4)
IC501 C24,C25,
D24,D25
IC504 B26,C23,C26,
D26,E25
IC505 A24
IC506 A24,A25
IC507 D26,D27,
E26,E27
IC508 D26,D27,D28
IC509 C26,C27
IC510 B26,B27,C26,
C27,D28
IC511 B27,C27,
D27,D28
IC512 B27,C27,
D27,D29
IC513 B28,C28,D28
IC516 E28,F28
IC517 E28
IC602 A26
IC608 A25,A26
IC610 A22
IC611 A23

4-5
SCHEMATIC DIAGRAM OF AUDIO BOARD
AUDIO_IN[7]
AUDIO_IN[8]
AUDIO_IN[9]
AUDIO_IN[10]
AUDIO_IN[11]
AUDIO_IN[12]
AUDIO_IN[13]
AUDIO_IN[14]
AUDIO_IN[15]
AUDIO_IN[16]
ALARM_IN[1]
ALARM_IN[2]
ALARM_IN[3]
ALARM_IN[4]
ALARM_IN[5]
ALARM_IN[6]
ALARM_IN[7]
ALARM_IN[8]
ALARM_IN[9]
ALARM_IN[10]
ALARM_IN[11]
ALARM_IN[12]
ALARM_IN[13]
ALARM_IN[14]
ALARM_IN[15]
ALARM_IN[16]
AUDIO_IN[7]
AUDIO_IN[8]
AUDIO_IN[9]
AUDIO_IN[10]
AUDIO_IN[11]
AUDIO_IN[12]
AUDIO_IN[13]
AUDIO_IN[14]
AUDIO_IN[15]
AUDIO_IN[16]
ALARM_OUT1_NO
ALARM_OUT1_NC
ALARM_OUT2_COM
ALARM_OUT2_NO
ALARM_OUT2_NC
ALARM_OUT3_COM
ALARM_OUT3_NO
ALARM_OUT3_NC
ALARM_OUT4_COM
TIME_ADJIN
SYS_ERROROUT
HDD_ERROROUT
HDD_ERROR
SYS_ERROR
TIME_ADJUST
ALARM_IN[2]
ALARM_IN[3]
ALARM_IN[4]
ALARM_IN[5]
ALARM_IN[6]
ALARM_IN[7]
ALARM_IN[8]
ALARM_IN[1]
HDD_ERROR
ALARM_IN[9]
ALARM_IN[10]
ALARM_IN[11]
ALARM_IN[12]
SYS_ERROR
ALARM_IN[13]
ALARM_IN[14]
ALARM_IN[15]
ALARM_IN[16]
TIME_ADJUST
SYS_ERROROUT
ALARM_OUT1_NC
ALARM_OUT1_COM
ALARM_OUT1_NO ALARM_OUT2_NO
ALARM_OUT2_NC
ALARM_OUT2_COM
ALARM_OUT3_NO
ALARM_OUT3_NC
ALARM_OUT3_COM
ALARM_OUT4_NO
ALARM_OUT4_NC
ALARM_OUT4_COM
TIME_ADJIN
HDD_ERROROUT
ALARM_OUT1_COM
ALARM_OUT4_NO
ALARM_OUT4_NC
AUDIO_IN[16]
AUDIO_IN[15]
AUDIO_IN[14]
AUDIO_IN[13]
AUDIO_IN[12]
AUDIO_IN[11]
AUDIO_IN[10]
AUDIO_IN[9]
AUDIO_IN[8]
AUDIO_IN[7]
AUDIO_IN[6]
AUDIO_IN[5]
AUDIO_IN[4]
AUDIO_IN[3]
AUDIO_IN[2]
AUDIO_IN[1]
AUDIO_IN[5]
AUDIO_IN[6]
AUDIO_IN[3]
AUDIO_IN[4]
AUDIO_IN[1]
AUDIO_IN[2]
D39
OPEN
VS38
D28
OPEN
D25
OPEN
D31
OPEN
1
23
1
23
1
23
1
23
1
23
1
23
1
23
1
23
1
23
1
23
GND
D42
OPEN
VS24
D38
OPEN
D32
OPEN
D19
OPEN
D30
D6
+12V
RL3
1
2
3
5
6
7
4
8
D9
1 23
VS37
GND
+5V
D22
OPEN
D1
1 23
VS14
D4
D33
OPEN
D13
1 2
3
VS31
GND
VS30
D27
Q2
VS17
+5V
+12V
R2
3.3k
GND
VS10
D44
OPEN
+5V
D36
OPEN
D12
D46
OPEN
VS11
+5V
D14
1 2
3
Q1
Q3
RL4
1
2
3
5
6
7
4
8
VS36
RL1
1
2
3
5
6
7
4
8
CN1
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
A21
A22
A23
A24
A25
B1
B2
B3
B4
B5
B6
B7
B8
B9
B10
B11
B12
B13
B14
B15
B16
B17
B18
B19
B20
B21
B22
B23
B24
B25
Attachment1
Attachment2
Attachment3
Attachment4
VS35
VS32
D3
1 23
VS39
GND GND
GND
+5V
D7
1 23
D8
D23
OPEN
D16
VS6
VS34
D15
1 23
D10
GND
D43
OPEN
VS13
D18
1 23 1 23 1 23 1 23 1 23 1 23 1 23 1 23
VS15 VS25
D37
OPEN
D11
1 23
JK1
3
1
6
4
9
7
2
5
8AV2
AV1
AV4
AV3
AV6
AV5
+5V
VS27
D26
OPEN
VS40
D45
OPEN
D2
VS1
VS9
D41
OPEN
1 23
1 23 1 23 1 23
1 23 1 23
RL2
1
2 3
5 6 7
4
8
VS23
R1
33k
+5V
D24
CN3
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
Attachment1
Attachment2
D35
OPEN
D5
1 23
D17
1 23
GND
VS5
VS29
+5V
VS19 VS41
D34
OPEN
VS28
D29
OPEN
D20
OPEN
VS33 VS21
D21
+5V
VS20
D40
OPEN
CN2
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
Attachment1
Attachment2
Attachment3
Attachment4
C4
C5
1000p
C1
C2 1000p
C6
1000p
1000p1000p
1000p
C3
AUDIO IN_1
AUDIO IN_2
AUDIO IN_3
AUDIO IN_4
AUDIO IN_5
AUDIO IN_6
AUDIO IN_7
AUDIO IN_8
AUDIO IN_9
AUDIO IN_10
AUDIO IN_11
AUDIO IN_12
AUDIO IN_13
AUDIO IN_14
AUDIO IN_15
AUDIO IN_16
+5V
+5V
+12V
+12V
+12V
TIME_ADUST
ALARM_IN_1
ALARM_IN_2
ALARM_IN_3
ALARM_IN_5
ALARM_IN_6
ALARM_IN_4
ALARM_IN_7
HDD_ERROR
ALARM_IN_8
ALARM_IN_10
ALARM_IN_12
ALARM_IN_11
ALARM_IN_9
GND
GND
ALARM_IN_14
ALARM_IN_13
ALARM_IN_16
ALARM_IN_15
SYS_ERROR
ALARM_OUT1
ALARM_OUT3
ALARM_OUT4
ALARM_OUT2
ALARM_IN_2
ALARM_IN_8
ALARM_IN_4
ALARM_IN_3
ALARM_IN_6
ALARM_IN_7
ALARM_IN_1
ALARM_IN_5
ALARM_IN_11
ALARM_IN_9
ALARM_IN_12
ALARM_IN_10
ALARM_IN_13
ALARM_IN_15
ALARM_IN_16
ALARM_IN_14
TIME_ADJIN
SYS_ERROROUT
HDD_ERROROUT
GND
GND
GND
GND
GND
GND
GND
AUDIO_IN_7
AUDIO_IN_8
AUDIO_IN_10
AUDIO_IN_9
AUDIO_IN_11
AUDIO_IN_12
AUDIO_IN_15
AUDIO_IN_16
AUDIO_IN_14
AUDIO_IN_13
ALARM_OUT1_COM
ALARM_OUT1_NO
ALARM_OUT1_NC
ALARM_OUT2_NO
ALARM_OUT2_NC
ALARM_OUT2_COM
ALARM_OUT3_NO
ALARM_OUT3_NC
ALARM_OUT3_COM
ALARM_OUT4_NO
ALARM_OUT4_COM
ALARM_OUT4_NC
GND
+12V
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
TO
CPU
BOARD
(TO J10)
CN1
A1-A25 :
ALARM IN/CONTROL TERMINAL
(ALARM IN/CONTROL)
B1-B25 :
AUDIO IN/ALARM OUT TERMINAL
(AUDIO IN/ALARM OUT)
TO
CODEC
BOARD
(TO J15)
JK1
AUDIO IN
CONNECTORS
(AUDIO IN, 1-6)
AUDIO BOARD
1
A
B
C
D
2345
<INDEX>
AUDIO BOARD
Q1 A1,A2
Q2 A2
Q3 A2
D1 D2
D2 C1,C2
D3 D2
D4 C2
D5 D2
D6 C2
D7 D2
D8 C2
D9 D2
D10 C2
D11 D2
D12 C2
D13 A2
D14 A2
D15 D2
D16 C2
D17 D2
D18 C2
D19 OPEN
D20 OPEN
D21 A3
D22 OPEN
D23 OPEN
D24 A3
D25 OPEN
D26 OPEN
D27 A3
D28 OPEN
D29 OPEN
D30 A4
D31 OPEN
D32 OPEN
D33 OPEN
D34 OPEN
D35 OPEN
D36 OPEN
D37 OPEN
D38 OPEN
D39 OPEN
D40 OPEN
D41 OPEN
D42 OPEN
D43 OPEN
D44 OPEN
D45 OPEN
D46 OPEN

4-6
SCHEMATIC DIAGRAM OF FRONT BOARD / USB BOARD
LED_S_CLK
LED_N
CH_L[5]
CH_L[6]
CH_L[7]
CH_L[8] CH_L[1]
CH_L[2]
CH_L[3]
CH_L[4]
CH_L[15]
CH_L[13]
CH_L[10]
CH_L[11]
CH_L[9]
CH_L[12]
CH_L[14]
CH_L[16]LED_N
LED_S_CLK
CH_L[12]
CH_L[16]
CH_L[9]
CH_L[10]
CH_L[15]
CH_L[11]
CH_L[13]
CH_L[14]
K[4]
LED_TIMER
K[0]
K[1]
K[2]
K[3]
KS[7]
KS[6]
KS[5]
KS[4]
KS[3]
KS[0]
KS[1]
KS[2]
LED_ALARM
LED_ERR_SY
KS[0]
KS[2]
LED_LATCH
CH_L[1-16],HDDERR[1-6]
HDDERR[6]
HDDERR[5]
HDDERR[3]
HDDERR[4]
LED_S_CLK
HDDERR[1]
HDDERR[2]
CH_L[6]
CH_L[3]
CH_L[5]
CH_L[8]
CH_L[2]
CH_L[7]
CH_L[4]
CH_L[1]
KS[2]
KS[3]
KS[5]
KS[6]
KS[1]
KS[7]
KS[2]
KS[5]
KS[0]
KS[4]
KS[2]
KS[3]
KS[5]
KS[0]
KS[6]
KS[1]
KS[7]
K[0]
K[0] K[1] K[2] K[3] K[4]
LED_ALARM
LED_TIMER
LED_ERR_SY
LED_S_IN
LED_LOG
KS[7]
KS[6]
KS[0]
KS[4]
KS[3]
KS[2]
KS[1]
LED_LATCH
LED_S_CLK
LED_LATCH,LED_N,LED_S_CLK
LED_S_IN
LED_TIMER
KS[5]
KS[6]
KS[1]
KS[3]
KS[4]
K[1]
KS[4]
KS[0]
K[2]
KS[1]
K[3]
LED_S_IN
LED_LOG
LED_ERR_SY
KS[3]
LED_REC
LED_ALARM
LED_PLAY
LED_PLAY
LED_REC
K[4]
KS[0]
KS[1]
KS[2]
KS[3]
KS[4]
KS[5]
KS[6]
KS[7] LED_REC
LED_PLAY
LED_LOG
DGND
HDDERR[1]
DGND
IC11
1
Reset 2
Q0 3
D0 4
D1 5
Q1 6
Q2 7
D2 8
D3 9
Q3 10
GND
11 Clock
12 Q4
13 D4
14 D5
15 Q5
16 Q6
17 D6
18 D7
19 Q7
20 VCC
DGND
SW17
SW31
DGND
HDDERR[3]
SW7
CN2
1
2
3
4
5
6
7
8
Attachment1
Attachment2
SW11
SW32
DGND
D27
34
12
D1
ERROR
+5V
R29
470
IC5
1A1
2A2
3QA
4QB
5QC
6QD
7GND 8
CLOCK
9
RESET
10
QE
11
QF
12
QG
13
QH
14
VCC
D32
34
12
SW12
R43
470
+5V
SW3
R9
10k
+5V
L2
+5V
C10
C1 30p
SW27
D13
D3
C13
47/16
SW2
R5
24k
R35
330
DGND
DGND
+5V
R3
10k
Q2
1D_1
2D_2
3G4
S
6
D_4 5
D_3
+5V
DGND
D20
TIMER
SW6
+5V
DGND
DGND
C14 0.1
DGND
D15
D26
ALARM
C9 0.1
0.1
C7
0.1
R4
10k
D10
D18
DGND
DGND
Z1
10k
10k
10k
10k
10k
1
2
36
45
45
45
45
45
7
8
+5V
C8 0.1
+5VD
R40
470
R39
470
+5V
R41
470
HDDERR[4]
HDDERR[4]
D30
34
12
IC10
1A1
2A2
3QA
4QB
5QC
6QD
7GND 8
CLOCK
9
RESET
10
QE
11
QF
12
QG
13
QH
14
VCC
DGND
R37
330
D24
HDDERR[5]
Q1
+5V
+5V
HDDERR[3]
IC7
1OE1
2A1
3A2
4A3
5A4
6A5
7A6
8A7
9A8
10 GND 11
Y8
12
Y7
13
Y6
14
Y5
15
Y4
16
Y3
17
Y2
18
Y1
19
OE2
20
VCC
SW30
R7
10k
1 GND
2TXD
3 +5VD
4 RXD
5 HDD_LED[0]
6 HDD_LED[1]
7 HDD_LED[2]
8 +5VD
9NC
10 GND
11 GND
12 FRONTDET
13 +5VD
14 HDD_LED[3]
15 HDD_LED[4]
16 HDD_LED[5]
17 M_RST
18 +5VD
19 NC
20 GND
Attachment1
Attachment2
DGND
Z2
1
2
36
7
8
SW4
C6 0.1
SW19
SW26
D7
D12
C15 0.1
IC2
1
A2
B3
GND
4Y
5Vcc
SW35
IC4
1
Reset 2
Q0 3
D0 4
D1 5
Q1 6
Q2 7
D2 8
D3 9
Q3 10
GND
11 Clock
12 Q4
13 D4
14 D5
15 Q5
16 Q6
17 D6
18 D7
19 Q7
20 VCC
+5V
DGND
+5V
D31
34
12
+5V
DGND
SW18
Q3
R31
470
L1
Z4
1
2
36
7
8
DGND
+5V
Z3
1
2
36
7
8
R12 10k
+5V
nRESET
R2 100
D19
PLAY/PAUSE
SW34
D22
HDDERR[2]
R30
470
D33
1
2
3
R11
OPEN
X1
(11.0592MHz)
D16
R1 100
IC6
1A1
2A2
3QA
4QB
5QC
6QD
7GND 8
CLOCK
9
RESET
10
QE
11
QF
12
QG
13
QH
14
VCC
SW25
+5V
Z5
1
2
36
7
8
D8
SW1
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
IC1
11 [T1]P3.5 23
P2.5[A13]
20 [A10]P2.2 35
P0.2[AD2]
30
P0.7[AD7]
34
P0.3[AD3]
16 GND_1 21 [A11]P2.3 15 XTAL1
5[RXD]P3.0
14 XTAL2
27
ALE/PROG
31
P0.6[AD6]
10 [T0]P3.4
12 [WR]P3.6
37
P0.0[AD0]
40
P1.0[T2]
44
P1.4
7[TXD]P3.1
43
P1.3
19 [A9]P2.1
29
EA/VPP
26
PSEN
4RST
33
P0.4[AD4]
2[MISO]P1.6
9[INT1]P3.3
39
NC_3
36
P0.1[AD1]
42
P1.2
18 [A8]P2.0 17 GND_2
28
NC_2
13 [RD]P3.7
6NC_1
32
P0.5[AD5]
22 [A12]P2.4
3[SCK]P1.7
41
P1.1[T2EX]
24
P2.6[A14]
25
P2.7[A15]
38
VCC
8[INT0]P3.2
1[MOSI]P1.5
SW20
DGND
D34
1
2
3
SW28
R32
470
D14
+5V
DGND
R8
470
D17
HDDERR[6]
R33
470
SW14
DGND
SW13
SW15
DGND
R6 10k
R44
470
R38
470
DGND
D4
DGND
HDDERR[6]
SW33
R42
470
SW9
IC12
1NC_1
2IN
3NC_2
4GND 5
DELAY_CAPACITOR
6
OUT
7
SUPPLY_VOLTAGE
8
NC_3
SW24
D23
DGND
D11
C2 30p
D6
C3
0.1
C11 0.1
SW8
12
12
12
12
12
12
12
D28
34
12
R36
330
C5
0.1
SW22
HDDERR[5]
D29
34
12
SW10
SW21
HDDERR[1]
D5
+5V
IC3
1
Reset 2
Q0 3
D0 4
D1 5
Q1 6
Q2 7
D2 8
D3 9
Q3 10
GND
11 Clock
12 Q4
13 D4
14 D5
15 Q5
16 Q6
17 D6
18 D7
19 Q7
20 VCC
SW41
SW5
R34
(BLUE)
(ORANGE) (ORANGE)
(ORANGE)
(ORANGE)
(ORANGE)
(ORANGE)
(ORANGE)
(ORANGE)
(ORANGE)
(ORANGE)
(ORANGE)
(ORANGE)
(ORANGE)
(ORANGE)
(ORANGE)
(ORANGE)
(ORANGE)
(ORANGE)
(ORANGE) (GREEN)
(GREEN)
(RED)
(BLUE) (BLUE) (BLUE)
330
DGND
nRESET
D9
R10
10k
SW23
TD1
C12
10/16
SW29
HDDERR[2]
+5V
D2
OPERATE
C4
0.1
D21
D25
REC
R45
10k
R18
330
R19
330
R16
330
R17
330
R13
330
R24
330
R22
330
R23
330
R21
330
R15
330
R20
330
R25
330
R28
330
R27
330
R14
330
R26
330
RIGHTLEFT DOWNUP
ALARM RESET
SELECT
SEQUENCE
SEARCH
REV
FWD
SKIP_B
SKIP_F
STOP
PLAY
REC
COPY
15
9
11
10
13
14
12
16
UP
DOWN
LEFT
RIGHT
MENU
SET
ESC
1
2
3
4
5
6
7
8
CN1
(GREEN)
(RED)
(GREEN)
(RED)
(GREEN)
(RED)
(GREEN)
(GREEN)
(GREEN)
(RED)
(RED)
(RED)
CH11
CH1
CH13
CH8
CH16
CH5
CH10
CH14
CH6
CH12
CH15
CH2
CH9
CH4
CH3
CH7
VBUS
D–
D+
CN1
1
2
3
4
5
6
7
8
Attachment1
Attachment2
DGND
DGND
DGND
DGND
D1
4 6
3
21 21
5
CN2
1VBUS
2D–
3D+
4GND
5GND
Attachment1
Attachment3
Attachment4
Attachment2
CN3
1
2
3
4
Attachment1
Attachment2
Attachment3
Attachment4
Attachment5
Attachment6
Attachment7
R1
15k
R2
15k
L1
1
34
2
D2
4 6
3 5
TO
CPU
BOARD
(TO J20)
D27-32
HDD ACCESS INDICATORS
(HDD1/HDD2/HDD3/
HDD4/HDD5/HDD6)
SW33
ALARM RESET
BUTTON
(ALARM RESET)
SW34
MULTI-SCREEN
BUTTON
(MULTI SCREEN)
D20
TIMER
INDICATOR
(TIMER)
D1
ERROR
INDICATOR
(ERROR)
D2
OPERATE
INDICATOR
(OPERATE)
D26
ALARM
INDICATOR
(ALARM)
TO
CPU
BOARD
(TO J19)
TO
CPU
BOARD
(TO J22)
CN3
COPY 2
PORT
(COPY2)
SW25
FAST REVERSE
PLAYBACK
BUTTON
(REV)
SW26
FAST FORWARD
PLAYBACK
BUTTON
(FWD)
SW27,28
SKIP BUTTONS
(SKIP)
SW29
STOP BUTTON
(STOP)
SW30 (D19)
PLAY/PAUSE
BUTTON
(PLAY/PAUSE)
SW31 (D25)
RECORD/
RECORD STOP
BUTTON
(REC)
SW1-8 (D3-10)
CAMERA
SELECTION
BUTTONS
SW16-24 (D11-18)
CAMERA
SELECTION
BUTTONS
SW14
SET BUTTON
(SET)
SW15
ESCAPE BUTTON
(ESC)
SW32
COPY BUTTON
(COPY)
SW35
SEQUENCE
BUTTON
(SEQUENCE)
SW41
SEARCH BUTTON
(SEARCH)
SW9-12 (D21-24)
ARROWS
BUTTON
( )
SW13
SETUP BUTTON
(SETUP)
FRONT BOARD
USB BOARD
1
A
B
C
D
E
2345678
<INDEX>
FRONT BOARD
USB BOARD
IC1 D2,D3,
E2,E3
IC2 E1
IC3 E4,E5
IC4 D4,D5
IC5 E4
IC6 D4
IC7 B5
IC10 C4,D4
IC11 C4,C5,
D4,D5
IC12 D5,D6
Q1 C5
Q2 C5,C6
Q3 E1
D1 B6
D2 B6
D3 E6
D4 E6
D5 E6
D6 E6
D7 D6,E6
D8 D6
D9 D6
D10 D6
D11 D6
D12 D6
D13 D6
D14 D6
D15 C6,D6
D16 C6
D17 C6
D18 C6
D19 B6
D20 B6
D21 B5
D22 B5,B6
D23 B6
D24 B6
D25 B6
D26 B6
D27 D1
D28 D1
D29 C1
D30 C1
D31 C1
D32 C1
D33 D1
D34 D1
D1 B7
D2 B7

4-7
SCHEMATIC DIAGRAM OF DC/DC BOARD
TO
AC/DC
BOARD
CN3
TO
CODEC
BOARD
(TO J16)
D302
D303
C312
0.33
D301
DGND
C313
10
C301
10
C300
10
DGND
L301
10
DGND
R305
1k
R310
240
R309
3k
R303
OPEN
R304
OPEN
L201
10
R203
OPEN
D201
DGND
D203
R209
3k
C212
0.33
DGND
D202
R205
1k
R204
OPEN
R206
100
IC200
1
R/C
2
Vref
3
OSC
4
GND_1
5
LC
6
VCC
7
Vboot
8
P.GND1
9
VGL
10
N/C_1
11
VOUT_1
12
VOUT_2
13
VOUT_3
14
VOUT_4
15
N/C_2
16
P.GND2
17 N/C_3
18 VDD_1
19 VDD_2
20 VDD_3
21 VDD_4
22 N/C_4
23 VGH
24 VB
25 OCL+
26 GND_2
27 OCL–
28 ampOUT
29 amp–
30 ampIN
31 2.5V/3.3V
32 S/S
C213
10
C113
10
IC100
1
R/C
2
Vref
3
OSC
4
GND_1
5
LC
6
VCC
7
Vboot
8
P.GND1
9
VGL
10
N/C_1
11
VOUT_1
12
VOUT_2
13
VOUT_3
14
VOUT_4
15
N/C_2
16
P.GND2
17 N/C_3
18 VDD_1
19 VDD_2
20 VDD_3
21 VDD_4
22 N/C_4
23 VGH
24 VB
25 OCL+
26 GND_2
27 OCL–
28 ampOUT
29 amp–
30 ampIN
31 2.5V/3.3V
32 S/S
R106
100
R104
OPEN
R105
1k
D102
DGND
C112
0.33
R109
5.1k
C103
10
C100
10
D103
DGND
D101
R101
100k
R102
OPEN
R103
OPEN
D100
L101
10
C106
1000p
C101
10
IC300
1
R/C
2
Vref
3
OSC
4
GND_1
5
LC
6
VCC
7
Vboot
8
P.GND1
9
VGL
10
N/C_1
11
VOUT_1
12
VOUT_2
13
VOUT_3
14
VOUT_4
15
N/C_2
16
P.GND2
17 N/C_3
18 VDD_1
19 VDD_2
20 VDD_3
21 VDD_4
22 N/C_4
23 VGH
24 VB
25 OCL+
26 GND_2
27 OCL–
28 ampOUT
29 amp–
30 ampIN
31 2.5V/3.3V
32 S/S
C303
10
R301
100k
R302
OPEN
D300
C306
1000p
R306
100
L100
3.3
L300
3.3
E400
1 V12A
2 V12B
3 GND
4 V5A
5 3.3V
6 GND
7 V3.3
8 V3.3
9 GND
10 GND
DGND
R107
22
R207
22
R307
22
R308
1k
R208
1k
R108
1k
CN400
112V
212V
312V
412V
5GND
612V-3.3V
712V-5V
812V-5V
9GND
1012V-5V
C102
180/16
C302
180/16
C111
220/6.3
C211
220/6.3
C311
220/6.3
L102
3.1
L202
3.1
L302
3.1
C314
220/6.3
C214
220/6.3
C114
220/6.3
C304
0.1
C208 0.1
C108 0.1
C104
0.1
C308 0.1
C310
1
C209
1
C309
1
C109
1
C210
1
C105
1
C305
1
C110
1
R300
R100
5A
5A
5A
C200
10
C201
10
L200
3.3
C202
180/16
R200
C307
0.01
R110
270
R210
240
SCR100
SCR200
SCR300
C107
0.01
C203
10
R201
100k
R202
OPEN
D200
C206
1000p
C204
0.1
C205
1
C207
0.01
Important safety notice
Components identified by " " mark have special characteristics for safety.
When replacing any of these components, use only manufacture's specified parts.
DC/DC BOARD
1
A
B
C
D
2345
DC/DC BOARD
IC100 D3
IC200 B3,C3
IC300 A3,B3
D100 D2
D101 D3
D102 D4
D103 D4
D200 C2
D201 B3
D202 C4
D203 C4
D300 A2
D301 A3
D302 A4,B4
D303 A4
<INDEX>