Panasonic WJHDE300 - DIGITAL DISK RECORDER User manual

STANDARD ACCESSORIES
Operating instructions................................................. 1 pc.
The following are for installation.
Power cord ................................................................. 1 pc.
Serial cable ................................................................. 1 pc.
Rack mounting bracket .............................................. 2 pcs.
Bracket fixing screw ................................................... 4 pcs.
HDD fixing screw ...................................................... 16 pcs.
Cable clamp ............................................................. 1 pc.
Clamp fixing screw ................................................... 1 pc.
ORDER NO. AVS0405529C0
S16
Extension Unit
WJ-HDE300
WJ-HDE
300300
Extension Unit
SPECIFICATIONS
Matsushita Electric Industrial Co., Ltd.
All rights reserved. Unauthorized copying and
distribution is a violation of law.
©2004
The Product with PbF
Required power: 120 V AC 60 Hz for WJ-HDE300
220 V AC - 240 V AC 50 Hz for WJ-HDE300/G
Power consumption: 85 W (including 4 HDDs when installed)
Interface: 2-wire serial, 480 Mbps logical speed
Operating temperature: +5 °C to +45 °C (41 °F to 113 °F)
Operating humidity: Less than 85 %
Dimensions: 420 mm (W) x 88 mm (H) x 350 mm (D), rubber feet exclusive
19-9/16" (W) x 3-7/16" (H) x 13-13/16" (D)
Weight: 7.2 kg(16 lbs) (not including hard disk drives)
Weight and dimensions indicated are approximate.
Specifications are subject to change without notice.

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.

SAFETY PRECAUTIONS
GENERAL GUIDELINE
1. When service is required, observe the original lead
dress. Components, wires or cables that indicate
evidence of overheating or other electrical or mechanical
damage should be replaced.
2. After servicing see to that all the protective devices, such
as insulation tape, shields must be properly installed.
3. After servicing, make the following leakage current
checks to prevent the customer from being exposed to
shock hazards.
LEAKAGE CURRENT COLD CHECK
1. Unplug the AC cord and connect a jumper between the
two prongs on the plug.
2. Measure the resistance value, with an ohmmeter,
between the jumpered AC plug and each exposed
metallic cabinet part on the equipment such as
screwheads, connectors, control shafts, etc.
When the exposed metallic part has a return path to the
chassis, the reading should be between 1M Ωand 5.2M
Ω. When the exposed metal does not have a return path
to the chassis, the reading must be ∞(infinity).
Any resistance value below this range indicates an
abnormality which requires corrective action.
3. Repeat the test with the AC switch in the "OFF" position.
LEAKAGE CURRENT HOT CHECK
1. Plug the AC cord directly into adaptor socket and plug
adaptor into the AC outlet. Do not use an isolation
transformer for this check.
2. Connect a 1.5k Ω/10W resistor, paralleled by 0.15 µF
capacitor, between each exposed metallic part on the
unit and a good earth ground such as a water pipe, as
shown in Figure 1.
3. Use an AC voltmeter, with 1000Ω/volt or more sensitivity,
to measure the potential across the resistor.
4. Check all exposed metallic parts of the cover (BNC
connector, Handle bracket, Metallic cabinet,
Screwheads, Metallic overlays, etc.), and measure the
voltage at each point.
5. Reverse the AC plug in the AC plug adaptor and re-peat
each of the above measurements.
6. The potential at any point should not exceed 0.75 V
RMS.
A leakage current tester (SIMPSON MODEL 229 or
equivalent) may be used to make the hot checks.
Leakage current must not exceed 0.5 milliampere.
In case a measurement is outside of the limits specified,
there is a possibility of a shock hazard, and corrective
action must be taken before returning the instrument to
the customer.
AC VOLTMETER
1.5kΩ
0.15µF Water Pipe
(Earth Ground)
Test all exposed
metal parts
DEVICE
UNDER
TEST
AC PLUG
ADAPTOR
AC OUTLET Ground Lead Disconnected during safety check.
Fig. 1 Leakage Current Hot Check
PRODUCT COMPLIESWITH DHHS RULES 21 CFR SUB-
CHAPTER J APPLICABLE AT DATE OF MANUFACTURE

CONTENTS
MAJOR OPERATING CONTROLS AND THEIR FUNCTIONS .........................................................1-1
WIRING DIAGRAM..............................................................................................................................2-1
SCHEMATIC DIAGRAM
MAIN BOARD (1/5)
PARTITION DIAGRAM..............................................................................................................3-1-1
[1]..............................................................................................................................................3-1-2
[2]..............................................................................................................................................3-1-3
[3]..............................................................................................................................................3-1-4
[4]..............................................................................................................................................3-1-5
MAIN BOARD (2/5)
PARTITION DIAGRAM..............................................................................................................3-2-1
[1]..............................................................................................................................................3-2-2
[2]..............................................................................................................................................3-2-3
[3]..............................................................................................................................................3-2-4
[4]..............................................................................................................................................3-2-5
MAIN BOARD (3/5) ..........................................................................................................................3-3
MAIN BOARD (4/5) ..........................................................................................................................3-4
MAIN BOARD (5/5) ..........................................................................................................................3-5
HDD-DC BOARD .............................................................................................................................3-6
POWER DIVIDER BOARD ..............................................................................................................3-7
FRONT SW BOARD ........................................................................................................................3-8
FRONT LED BOARD .......................................................................................................................3-9
AC/DC BOARD FOR WJ-HDE300.................................................................................................3-10
AC/DC BOARD FOR WJ-HDE300/G.............................................................................................3-11
CONDUCTOR VIEW
MAIN BOARD
(COMPONENT SIDE)...................................................................................................................4-1
(PATTERN SIDE)..........................................................................................................................4-2
HDD-DC BOARD .............................................................................................................................4-3
POWER DIVIDER BOARD / FRONT SW BOARD / FRONT LED BOARD .....................................4-4
AC/DC BOARD ................................................................................................................................4-5
EXPLODED VIEW
(1/6)..................................................................................................................................................5-1
(2/6)..................................................................................................................................................5-2
(3/6)..................................................................................................................................................5-3
(4/6)..................................................................................................................................................5-4
(5/6)..................................................................................................................................................5-5
(6/6)..................................................................................................................................................5-6
REPLACEMENT PARTS LIST............................................................................................................6-1

1-1
MAJOR OPERATING CONTROLS AND THEIR FUNCTIONS
■ Front View
ERROR
HDD 1 HDD 2 HDD 3 HDD 4
HDD
POWER
OPERATE
Extension Unit
WJ-HDE
qwe r t
qError indicator [ERROR]
Lights when an error occurs. Refer to TROUBLESHOOT-
ING for details.
Red: System error
Orange: Thermal error or malfunction of the cooling fan.
wHDD power indicator [HDD POWER]
ON: Indicates that HDDs are powered.
OFF: Indicates that the HDDs are not powered.
Note: Do not move the unit until the motors of the HDDs
stop completely. To stop the motors, turn off the
HDD POWER switch behind the front cover. Move
the unit after confirming that the indicator has gone
out.
eOperate indicator [OPERATE]
Lights green when turning on the power switch on the
rear panel.
rHDD access indicators [HDD 1] [HDD 2] [HDD 3]
[HDD 4]
Each indicator lights to indicate the status of the respec-
tive HDD.
Green: Indicates that the respective HDD is running
normally.
Red: Indicates that the respective HDD is the first faulty
drive among the HDDs in the unit.
Red blink: Indicates that the respective HDD is the sec-
ond or subsequent faulty drive among the HDDs in
the unit.
Orange-red alternate blink/Orange: Indicates that the
respective drive is currently being recovered in
RAID level 5 mode.
These indicators normally indicate the status of the
respective drive, but they work as a set when a system
error occurs.
Important
When one of the indicators lights red, replace the
respective HDD immediately. If two or more indicators
light/blink red, it will be impossible to recover data.
There may be cases where it is eventually impossible to
recover data if two drives are coincidentally damaged or
the second drive fails during the data recovery process.
tFront cover
Detach the front cover when it is necessary to install
HDDs or to operate the switches inside the unit.

1-2
ySerial in connector [IN]
Connect the WJ-HD300 series digital disk recorder or
other extension unit with the supplied serial cable.
uSerial out connector [OUT1] [OUT2]
Connect another extension unit with the supplied serial
cable.
iCooling fan
oSignal GND terminal [SIGNAL GND]
Connect this terminal to the SIGNAL GND terminal of
other equipment to avoid possible grounding loop and
noise if required.
!0 Power switch [POWER]
Turn on the power of the unit with this switch before turn-
ing on the power of the digital disk recorder, or turn
them on simultaneously. Otherwise, the HDDs will not be
mounted.
When turning off the power of the unit with this switch,
turn off the power of the digital disk recorder first, and
then turn off the power of this unit after confirming that
all HDD access indicators are not lit or blinking.
!1 AC inlet [AC IN]
Connect the supplied power cord.
!2 Cable clamp fixing hole
■ Rear View
POWER
AC IN
SIGNAL GND
12
IN OUT
EXT
yu i io
!0
!1
!2

1-3
q'Error indicators
Functions as same as that on the front panel.
Red: System error
Orange: Thermal error or malfunction of the cooling fan.
w'HDD power indicator
Functions as same as that on the front panel.
ON: Indicates that HDDs are powered.
OFF: Indicates that the HDDs are not powered.
e'Operate indicator
Functions as same as that on the front panel.
Lights green when turning on the power switch on the
rear panel.
!3 Reset button [RESET]
This button is located inside the unit. To access this but-
ton, it is necessary to detach the front cover. Press this
button using a small screw driver (not supplied).
• When SINGLE is selected
After adding or replacing any of the HDDs, press this
button only.
• When RAID 5 is selected
This button is used in combination with the RECOVER
button and MODE switch after adding or replacing any
of the HDDs.
Important
Do not press the RESET button and the RECOVER
button simultaneously when SINGLE is selected.
Otherwise, the setting of the digital disk recorder
may be initialized and it may cause a malfunction.
!4 Mode switch [MODE]
RAID 5: Applies RAID level 5 mode (striping at the byte
level also stripe error correction information).
SINGLE: Applies SINGLE mode (no striping across dri-
ves for data or error correction information). Default
position
■ Inside the Front Lid
!3
!4
!5
!6
SINGLE RAID5
MODE
RESET
HDD POWER
RECOVER
OFF ON
w’
e’
q’
Important
• Changing the MODE switch will not be accepted when
the ERROR indicator lights red and/or when HDD 1-4
indicate a system error status by lighting red and
orange. When this happens, ask your dealer to solve
the error.
• When set to RAID5, the HDD preinstalled in the digital
disk recorder will not work. Instead, it is applied only to
the HDDs installed in the extension unit and the digital
disk recorder will perform storage and readout of the
image data by accessing the extension unit.
• The position of the MODE switch of all units in a system
must be the same.
• The available disk space of the unit can be logically cal-
culated as follows. The actual space may be several
percent lower than you calculated depending on the
HDD type used and their combination. The most effi-
cient way is to use the same type drives.
When SINGLE is selected, it will be the sum of all
the HDD sizes.
When RAID 5 is selected, it will be as follows.
When 3 HDDs are in the unit: It will be double the
size of the smallest HDD size.
When 4 HDDs are in the unit: It will be triple the size
of the smallest HDD size.
For example, if 4 HDDs of 80 GB, 120 GB, and two
160 GB are mounted, the available disk space will
be 80 G x 3 = 240 GB.
!5 HDD power switch [HDD POWER]
Use this switch in the ON position for normal operation.
ON: Supplies the power to the HDDs and the HDD
power indicators will light. Default position
OFF: Does not supply the power and the HDD power
indicators will go off.
!6 Recover button [RECOVER]
Use this button with the RESET button after replacing
HDDs used in the RAID 5 mode to start data recovery.

2-1
WIRING DIAGRAM
MO3
COOLING
FAN-3
SW11
POWER SWITCH L11
FERRITE CLAMP CN11
AC INLET
MO4
COOLING
FAN-4
MO2
COOLING
FAN-2
MO1
COOLING
FAN-1
TO HDD
HDD 2
TO HDD
HDD 1
TO HDD
HDD 4
TO HDD
HDD 3
1
1
3
33
1
5
7
57
13
CN1
CN2
E13
E14
E15
E26
E11
E20 E23
E21
E17 E16 E19 E18
E22
E24
E25
E12
19
210
CN3
13
CN520
119
110 10 1
220
CN100
119 220
9
10
1 2
CN550 CN500
31
CN522
10 1
10
1
1
2
1
2
39
40
39
40
414 14
1
CN101
CN100
CN102
CN201
CN202
1
2
1
2
39
40
39
31
40
CN203
CN521
CN200
CN103 CN104 14
CN105
111122
101
CN100
CN102
101
13
CN101
CN523
CN101 CN100
MAIN BOARD
AC/DC
BOARD
HDD-DC
BOARD
POWER
DIVIDER
BOARD
FRONT LED BOARDFRONT SW BOARD

3-1-1
PARTITION DIAGRAM FOR SCHEMATIC DIAGRAM
OF MAIN BOARD (1/5)
<LOCATION MARK>
(Refer to the page 3-1-2.)
(Refer to the page 3-1-4.)
(Refer to the page 3-1-3.)
(Refer to the page 3-1-5.)
• The Location Mark indicated in each Schematic Diagram of Main Board (1/5) is as follows.
<Example>
For Schematic Diagram
of Main Board (1/5) [1] :
• The Schematic Diagram of Main Board (1/5) is described by 4 partitions.
• When connecting all the Schematic diagram, refer to this Partition Diagram.
Location of each Schemaitc diagram is marked ( ) in the diagram.
Location Mark
MAIN BOARD (1/5)
1
A
B
C
D
E
F
2345678

3-1-2
SCHEMATIC DIAGRAM OF MAIN BOARD (1/5) [1]
<LOCATION MARK>
D[15]
R111 10k
R133 10k
TD116
Q100
D101
TD104
R103
470
C156 0.1
TD107
R104
330
1/4W
XINIT
Q101
1 25 34
6
R110
10k
V5D
TD100
C133
0.1
XDONE
R101
330
IC
1NC_1
2INPUT
3NC_2
4GND
SU
TD115
TD113
IRQ1
V3D
IC102
OPEN
1
+VS
2VOUT
3
GND
R102
15
TD117
R112 10k
IRQ3
V3D
Q102
C113
0.1
V3D
R108
10k
C117
47/6.3
V5D
C120
0.1
R163
OPEN
OPEN
C100
1
DGND
C135 0.1
C131
0.1
C121
0.1
DGND
R113
10k
R109
10k
R116 10k
10k
10k
R125
OPEN
TD103
TD110
C110
0.01
V3D
IRQ0
R118
10k
IRQ2
V3D
TD105
Z110
1 2 3 45
6 7 8
DGND
C137 470p
R123 10k
C108
OPEN
R119 10k
C126
0.1
DGND
R161
0
R138 10k
C119
0.01
V3D
R137 10k
TD106
TD111
R164
51k
C136 470p
IC101
1MD1
2MD2
3Vcc_1
4NC
5Vcc_2
6Vss_1
7NMI
8IRQ0/PTH[0]
9IRQ1/PTH[1]
10 IRQ2/PTH[2]
11 IRQ3/PTH[3]
12 IRQ4/PTH[4]
13 D31/PTB[7]
14 D30/PTB[6]
15 D29/PTB[5]
16 D28/PTB[4]
17 D27/PTB[3]
18 D26/PTB[2]
19 VssQ_1
20 D25/PTB[1]
21 VccQ_1
22 D24/PTB[0]
23 D23/PTA[7]
24 D22/PTA[6]
25 D21/PTA[5]
26 D20/PTA[4]
27 Vss_2
28 D19/PTA[3]
29 Vcc_3
30 D18/PTA[2]
31 D17/PTA[1]
32 D16/PTA[0]
33 VssQ_2
34 D15 123
WAIT
124
RESETM
125
PTH[5]/ADTRG
126
PTG[7]
127
ASEMD0/PTG[6]
128
ASEBRKAK/PTG[5]
129
UCLK/PTG[4]
130
AUDATA[3]/PTG[3]
131
AUDATA[2]/PTG[2]
132
Vss_4
133
AUDATA[1]/PTG[1]
134
Vcc_5
135
AUDATA[0]/PTG[0]
136
TRST/PTF[7]
137
TMS/PTF[6]
138
TDI/PTF[5]
139
TCK/PTF[4]
140
DMNS/PTF[3]
141
DPLS/PTF[2]
142
TXDPLS/PTF[1]
143
TXDMNS/PTF[0]
144
MD0
145
Vcc-PLL1
146
CAP1
147
Vss-PLL1
148
Vss-PLL2
149
CAP2
150
Vcc-PLL2
151
AUDCK/PTH[6]
152
Vss_5
153
Vss_6
154
Vcc_6
155
XTAL
156
EXTAL
157
STATUS0/PTJ[6]
158
STATUS1/PTJ[7]
159
TCLK/PTH[7]
160
IRQOUT
161
VssQ_9
162
CKIO
163
VccQ_9
164
TXD0/SCPT[0]
165
SCK0/SCPT[1]
166
TXD1/SCPT[2]
167
SCK1/SCPT[3]
168
TXD2/SCPT[4]
169
SCK2/SCPT[5]
170
SCPT[6]
171
RXD0/SCPT[0]
172
RXD1/SCPT[2]
173
Vss_7
174
RXD2/SCPT[4]
175
Vcc_7
176
IRQ5/SCPT[7]
177
IRQ6/PTC[7]
178
IRQ7/PTC[6]
179
XVDATA/PTC[5]
180
TXENL/PTC[4]
181
VssQ_10
182
VBUS/PTD[3]
183
VccQ_10
184
SUSPND/PTD[2]
185
NF/PTC[3]
186
NF/PTC[2]
187
NF/PTC[1]
188
PTC[0]
189
DRAK0/PTD[1]
190
DRAK1/PTD[0]
191
DREQ0/PTD[4]
192
DREQ1/PTD[6]
193
RESETP
194
VccQ_11
195
MD3
196
MD4
197
Vss_8
198
Avss_1
199
AN[0]/PTL[0]
200
AN[1]/PTL[1]
201
AN[2]/PTL[2]
202
AN[3]/PTL[3]
203
PTL[4]
204
PTL[5]
205
AVcc
206
PTL[6]
207
PTL[7]
208
Avss_2
C118
0.1
TD112
C114
0.1
C152
0.1
Z111
1 2 3 45
6 7 8
R132
10k
C105
47/6.3
C129 0.1
L101
R162
100
C109
0.1
R117
10k
C132
0.1
C122
0.01
D100
C155
33/6.3
R136 10k
R124
OPEN
R131 10k
R121 10k
L100
R122 10k
DGND
DGND
DGND
C115
0.1
DGND
R140 10k R139 10k
C102
0.47
TD114
TD108
TD102
TD101
R127
10k
R120
10k
C123
100/6.3
R100
0
TD109
R126
0
R134 470
V3D
IC108
1
VOUT 2
N.C._1 3
N.C._2 4
GND
5N.C._3
6N.C._4
7N.C._5
8+VS
+1.9V
MAIN BOARD (1/5)
D
E
F

3-1-3
SCHEMATIC DIAGRAM OF MAIN BOARD (1/5) [2]
<LOCATION MARK>
A[16]
A[9]
A[10]
A[11]
A[12]
A[13]
A[14]
A[15]
A[18]
A[8]
A[7]
A[6]
A[5]
A[4]
A[3]
A[2]
D[15]
D[7]
D[14]
D[6]
D[13]
D[5]
D[12]
D[4]
D[11]
D[3]
D[2]
D[9]
D[1]
D[8]
A[1]
D[10]
D[0]
A[17]
D[1]
D[2]
D[3]
D[0]
D[7]
D[6]
D[5]
D[4]
A[13]
A[14]
A[11]
A[1]
A[2]
A[3]
A[4]
A[12]
A[10]
A[9]
A[8]
A[7]
A[6]
A[5]
D[8]
D[12]
D[13]
D[14]
D[15]
D[11]
D[10]
D[9]
R141
10k
R133 10k
C147
0.1
IC107
1
NC 2
IN_A 3
GND
4OUT_Y
5VCC
A[1-25]
C156 0.1
V3D
C145
0.1
C157 0.1
C149
0.1
R155
OPEN
IC111
1NC_1
2INPUT
3NC_2
4GND 5
NC_3
6
OUTPUT
7
SUPPLY_VOLTAGE
8
NC_4
Z119
1
2
3
45
6
7
8
DGND
Z112
22 22
22
22
22
22
22
1
2
3
45
6
7
8
R143
OPEN
R152
47
R142
22
R149
0
V3D
V3D
OPEN
Z118
1
2
3
45
6
7
8
V3D
R146
33
C141
0.1
R151
OPEN
DGND
V3D
DGND
C143
33/6.3
IC103
1A15
2A14
3A13
4A12
5A11
6A10
7A9
8A8
9N.C._1
10 N.C._2
11 WE
12 RESET
13 N.C._3
14 N.C._4
15 RY/BY
16 N.C._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
C144
0.1
Z113
1
2
3
45
6
7
8
TD120
C158 0.1
R138 10k R137 10k
DGND
DGND
C138
0.1
X100
(66.666MHz)
1
CONT 2
GND
3OUT
4VDD
V3D
C142
0.1
C151
0.1
R144
OPEN
R132
10k
Z114
22
Z115
22
Z116
1
2
3
45
6
7
8
CN100
OPEN
1
3
5
7
910
8
6
4
2
11 12
13 14
V3D
C140
0.1
R136 10k
DGND
R131 10k
Z117
1
2
3
45
6
7
8
IC104
1VDD_1
2DQ0
3VDDQ_1
4DQ1
5DQ2
6VSSQ_1
7DQ3
8DQ4
9VDDQ_2
10 DQ5
11 DQ6
12 VSSQ_2
13 DQ7
14 VDD_2
15 LDQM
16 WE
17 CAS
18 RAS
19 CS
20 BA0
21 BA1
22 A10/AP
23 A0
24 A1
25 A2
26 A3
27 VDD_3 28
VSS_1
29
A4
30
A5
31
A6
32
A7
33
A8
34
A9
35
A11
36
NC_1
37
CKE
38
CLK
39
UDQM
40
NC_2
41
VSS_2
42
DQ8
43
VDDQ_3
44
DQ9
45
DQ10
46
VSSQ_3
47
DQ11
48
DQ12
49
VDDQ_4
50
DQ13
51
DQ14
52
VSSQ_4
53
DQ15
54
VSS_3
C139
0.1
DGND
DGND
DGND
R140 10k
C146
33/6.3
R139 10k
1
2
3
45
6
7
8
Z120
1
2
3
45
6
7
8
R134 470
V3D
V3D
1
2
3
45
6
7
8
D[0-15]
66.666MHz
<INDEX>
IC100 A2
IC101 B2,B3,B4,
C2,C3,C4,
D2,D3,D4
IC103 E6,F6
IC104 C6,D6
IC105 B7,C7
IC106 B8,C8
IC107 C8,D8
IC108 E2
IC109 A3,A4
IC110 A4
IC111 E5,F5
Q100 E1,F1
Q101 E1
Q102 E5
D100 F1
MAIN BOARD (1/5)

3-1-4
SCHEMATIC DIAGRAM OF MAIN BOARD (1/5) [3]
<LOCATION MARK>
A[1]
A[2]
A[3]
A[4]
A[5]
A[6]
A[7]
A[8]
A[9]
A[10]
A[11]
A[12]
A[13]
A[14]
A[15]
A[16]
A[17]
A[19]
A[20]
A[21]
A[22]
A[23]
A[24]
D[0]
D[1]
D[2]
D[3]
D[4]
D[5]
D[6]
D[7]
D[8]
D[9]
D[10]
D[11]
D[12]
D[13]
D[14]
D[15]
A[25]
A[1] A[2] A[3] A[4] A[5] A[6] A[7] A[8] A[9] A[10] A[11] A[12] A[13] A[14] A[15] A[16] A[17] A[18] A[19] A[20] A[21] A[22] A[23] A[24] A[25]
A[18]
D[15]
D[14]
D[13]
D[12]
D[11]
D[10]
D[9]
D[8]
D[7]
D[6]
D[5]
D[4]
D[3]
D[2]
D[1]
D[0]
XCSZ
Z106
1
2
3
45
6
7
8
R133 10k
TD116
C130
0.1
Z107
1
2
3
45
6
7
8
R115
33
Z100
OPEN 1
2
36
45
45
45
45
7
8
IC110
1IN_B
2IN_A
3GND 4
OUT_Y
5
VCC
C111
0.1
TD115
C124
0.1
CSRZ
DGND
TD117
R106
10k
0.1
DGND
DGND
R158
10
C154 0.1
C116
0.1
V12D
SW101
OPEN
24
13
Z108
1
2
3
45
6
7
8
Z109
1
2
3
45
6
7
8
V5D
IC109
1NC_1
2INPUT
3NC_2
4GND 5
NC_3
6
OUTPUT
7
SUPPLY_VOLTAGE
8
NC_4
DGND
C112
10/16
R130
OPEN
R129
OPEN
R128
470
XWRTZ
C127
0.1
R160
1k
C134
0.1
R165
OPEN
V3D
Z102
1
2
36
7
8
SW100
OPEN
1
2
3
4
5
V3D
C103
0.1
C128
0.1
R107
10k
R166
OPEN
C101
0.1
V3D
C104
0.1
Vcc_3
30 D18/PTA[2]
31 D17/PTA[1]
32 D16/PTA[0]
33 VssQ_2
34 D15
35 VccQ_2
36 D14
37 D13
38 D12
39 D11
40 D10
41 D9
42 D8
43 D7
44 D6
45 VssQ_3
46 D5
47 VccQ_3
48 D4
49 D3
50 D2
51 D1
52 D0
53 A0 54 A1 55 A2 56 A3 57 VssQ_4 58 A4 59 VccQ_4 60 A5 61 A6 62 A7 63 A8 64 A9 65 A10 66 A11 67 A12 68 A13 69 VssQ_5 70 A14 71 VccQ_5 72 A15 73 A16 74 A17 75 A18 76 A19 77 A20 78 A21 79 Vss_3 80 A22 81 Vcc_4 82 A23 83 VssQ_6 84 A24 85 VccQ_6 86 A25 87 BS/PTK[4] 88 RD 89 WE0/DQMLL 90 WE1/DQMLU 91 WE2/DQMUL/PTK[6] 92 WE3/DQMUU/PTK[7] 93 RD/WR 94 AUDSYNC/PTE[7] 95 VssQ_7 96 CS0 97 VccQ_7 98 CS2/PTK[0] 99 CS3/PTK[1]
100 CS4/PTK[2] 101 CS5/PTK[3] 102 CS6 103 PTE[4] 104 PTE[5]
105
CKE/PTK[5]
106
RAS3L/PTJ[0]
107
NF/PTJ[1]
108
CASL/PTJ[2]
109
VssQ_8
110
CASU/PTJ[3]
111
VccQ_8
112
NF/PTJ[4]
113
NF/PTJ[5]
114
DACK0/PTD[5]
115
DACK1/PTD[7]
116
PTE[6]
117
PTE[3]
118
RAS3U/PTE[2]
119
PTE[1]
120
TDO/PTE[0]
121
BACK
122
BREQ
123
WAIT
124
RESETM
125
PTH[5]/ADTRG
126
PTG[7]
127
ASEMD0/PTG[6]
ASEBRKAK/PTG[5]
C114
0.1
Z105
1
2
3
45
6
7
8
RSTI
R105
100
R114
470
XPRGZ
V3D
R135 10k
R131 10k
IC100
1VREF
2RESIN
3CT
4GND 5
RESET
6
RESET
7
VSSENSE
8
VCC
V3D
Z103
OPEN
OPEN
OPEN
1
2
36
7
8
C125
0.1
R157
1k
R159
OPEN
C107
0.1
TD118
C153
0.1
R156
1k
Z104
1
2
3
45
6
710k
10k
10k
10k
10k
10k
8
Z101
1
2
36
7
8
TD119
R134 470
DGND
C106
2.2/50
1
A
B
C
234

3-1-5
SCHEMATIC DIAGRAM OF MAIN BOARD (1/5) [4]
<LOCATION MARK>
R133 10k
TD125
R145
56
TP100
OPEN
WAITZ
CPUCLK
PORSTN
DGND
IC106
11A
21B
31Y
42A
52B
62Y
7GND 8
3Y
9
3A
10
3B
11
4Y
12
4A
13
4B
14
VCC
XCLK
DGND
CSZ
V3D
SW101
OPEN
24
13
R148
22
R130
OPEN
DGND
TD124
BSZ
R154
68
WRZ
R150
68
TD121
TD122
C148
0.1
TD123
R153
68
DGND
RDZ
WE1Z
IC105
11CLR
21D
31CLK
41PRE
51Q
61Q
7GND 8
2Q
9
2Q
10
2PRE
11
2CLK
12
2D
13
2CLR
14
VCC
V3D
R135 10k
TD126
DCLK
R131 10k DGND
C150
0.1
R147
10k
R134 470
WE0Z
33.333MHz
33.333MHz
5678

3-2-1
PARTITION DIAGRAM FOR SCHEMATIC DIAGRAM
OF MAIN BOARD (2/5)
<LOCATION MARK>
(Refer to the page 3-2-2.)
(Refer to the page 3-2-4.)
(Refer to the page 3-2-3.)
(Refer to the page 3-2-5.)
•The Location Mark indicated in each Schematic Diagram of Main Board (2/5) is as follows.
<Example>
For Schematic Diagram
of Main Board (2/5) [1] :
•The Schematic Diagram of Main Board (2/5) is described by 4 partitions.
•When connecting all the Schematic diagram, refer to this Partition Diagram.
Location of each Schemaitc diagram is marked ( ) in the diagram.
Location Mark
9
A
B
C
D
E
F
G
H
MAIN BOARD (2/5)
10 11 12 13 14 15 16 17 18 19

3-2-2
SCHEMATIC DIAGRAM OF MAIN BOARD (2/5) [1]
HDD 4
<LOCATION MARK>
DHD15
DHD0
DHD14
DHD1
DHD13
DHD2
DHD12
DHD3
DHD11
DHD4
DHD10
DHD5
DHD9
DHD6
DHD8
DHD7
DHD0
DHD1
DHD13
DHD15
AHD1 AHD2 AHD4 AHD6 AHD7 AHD8
AHD10 AHD11 AHD13 AHD15
MD0
MD3
MD7
MD11
MD16
MD1
MD4
MD17
MD12
MD22
MD26
MD2
MD5
MD8
MD27
MD23
MD18
MD13
MA2
MA7
MA3
MA8
MA4
MA9
SID[0] SID[1] SID[2] SID[5] SID[7]
SID[10] SID[11] SID[13]
D[7]
DHD14
SID[6]
MD21
CN200
1RST 2GND 3HD7 4HD8 5HD6 6HD9 7HD5 8HD10 9HD4 10HD11 11HD3 12HD12 13HD2 14HD13 15HD1 16HD14 17HD0 18HD15 19GND 20NC 21DMARQ 22GND 23IOW 24GND 25IOR 26GND 27IOROY 28CSEL 29DMACK 30GND 31INTRQ
R239
OPEN
FL2Z
R217 4.7k
R232
0
R216 4.7k
PU_SEOZ TXACT
VTT
FAN9V
WDVLD
FL3Z
TD201
R204 10
SUSPZ
DGND
TD202
R230
OPEN
R237
OPEN
R228
OPEN
TD207
FAN12V
R221 4.7k
R229
0
V3D
R227
0
R219 4.7k
DGND
RXACT
R296
2.2k
VTT
RXVLD
TD204
TD206
XDONE
R222 4.7k
IRQ3 FANSEN
R200 1k
TD203
DCLK
FS_HSZ
TD200
R201 1k
DGND
CPUCLK
R220 4.7k
R206 10
R211 10
IC202
A9 I/O.VREF_1
A10 I/O_6
A11 I.GCK2
A12 NC_3
A13 I/O_7
A14 I/O_8
A15 I/O_9
A16 I/O_10
A17 I/O_11
A18 I/O.VREF_2
A19 I/O.VREF_3
A20 I/O[WRITE]
A21 TDO
A22 GND_2
B1 I/O_12
B2 GND_3
B3 I/O_13
B4 I/O.VREF_4
B5 I/O_14
B6 I/O_15
B7 I/O_16
B8 I/O_17
B9 I/O_18
B10 I/O_19
B11 NC_4
B12 I/O_20
B13 I/O.VREF_5
B14 I/O_21
B15 I/O_22
B16 NC_5
B17 I/O_23
B18 I/O_24
B19 I/O_25
B20 TDI
B21 GND_4
B22 CCLK
C1 I/O_26
C2 NC_6
C3 GND_5
C4 TCK
C5 I/O_27
C6 I/O.VREF_6
C7 I/O_28
C8 I/O_29
C9 I/O_30
C10 I/O_31
C11 I.GCK3
C12 I/O_32
C13 I/O_33
C14 I/O_34
C15 I/O_35
C16 I/O_36
C17 I/O_37
C18 I/O_38
C19 I/O[CS]
C20 GND_6
C21 I/O[DOUT.BUSY]
C22
Y7
I/O 200
Y8
I/O_201
Y9
I/O_202
Y10
I/O.VREF_27
Y11
I.GCK1
Y12
I/O_203
Y13
I/O_204
Y14
I/O_205
Y15
I/O_206
Y16
I/O_207
Y17
I/O_208
Y18
I/O_209
Y19
DONE
Y20
GND_44
Y21
I/O[D7]
Y22
NC_27
AA1
NC_28
AA2
GND_45
AA3
NC_29
AA4
I/O_210
AA5
I/O.VREF_28
AA6
I/O_211
AA7
I/O_212
AA8
I/O_213
AA9
I/O_214
AA10
I/O_215
AA11
NC_30
AA12
I/O_216
AA13
I/O.VREF_29
AA14
I/O_217
AA15
I/O_218
AA16
NC_31
AA17
I/O_219
AA18
I/O_220
AA19
I/O_221
AA20
I/O_222
AA21
GND_46
AA22
I/O_223
AB1
GND_47
AB2
M0
AB3
I/O_224
AB4
I/O_225
AB5
I/O_226
AB6
I/O_227
AB7
NC_32
AB8
I/O_228
AB9
I/O_229
AB10
I/O_230
AB11
I/O_231
AB12
NC_33
AB13
I/O_232
AB14
I/O_233
AB15
I/O_234
AB16
I/O.VREF_30
A8 I/O_5
A3 I/O_1
AB19
I/O.VREF_31
A4 I/O_2
AB18
I/O_236
A5 I/O_3
AB22
GND_48
A6 NC_2
AB20
I/O.VREF_32
AB17
I/O_235
A7 I/O_4
A1 GND_1
A2 NC_1
AB21
NC_34
TD205
R218 4.7k
V3D
BSTAT0
TXRDY
R209 10
R238
OPEN
R236
OPEN
V3D
R208 100
XCLK
R207 10
SID[0-15]
XCSZ
R231
0
R205 10
V3D
D[0-15]
RSTZ
XWRTZ
R215 4.7k
E
F
G
H
MAIN BOARD (2/5)

3-2-3
SCHEMATIC DIAGRAM OF MAIN BOARD (2/5) [2]
TO
HDD
TO
HDD
HDD 1
HDD 2
<LOCATION MARK>
BHD7
BHD8
BHD6
BHD9
BHD5
BHD10
BHD4
BHD11
BHD3
BHD12
BHD2
BHD15
BHD0
BHD14
BHD1
BHD13
BHD0
BHD1
BHD2
BHD3 BHD4 BHD5 BHD6 BHD7 BHD8 BHD9
BHD10 BHD11
BHD12
BHD13
BHD14
BHD15
AHD12
AHD9
AHD6
AHD8
AHD7
AHD14
AHD1
AHD0
AHD3
AHD11
AHD10
AHD4
AHD5
AHD2
AHD15
AHD13
AHD0
AHD1
AHD3 AHD5
AHD6
AHD9
AHD11
AHD12 AHD14
SID[2] SID[3] SID[4] SID[7] SID[8] SID[9]
SID[11] SID[12] SID[14] SID[15]
D[5]
D[6]
A[15]
A[16]
A[17]
A[18]
A[19]
A[21]
A[20]
A[22]
A[25]
A[24]
A[23]
V3D
R279 10
WE0Z
C247 0.01 R285 10
VTT
R245 4.7k
IRQ2
F N9V
WE1Z
R259 4.7k
WRZ
R295 1k
WDVLD
VTT
IRQ1
BSTAT1
C240
0.01
R289 100
VTT
R281 10
CRCACT
R278 10
R250 4.7k
CSRZ
R253 4.7k
WAITZ
C245 47/6.3
R282 10
R249 10k
1 RST
2 GND
3 HD7
4 HD8
5 HD6
6 HD9
7 HD5
8 HD10
9 HD4
10 HD11
11 HD3
12 HD12
13 HD2
14 HD13
15 HD1
16 HD14
17 HD0
18 HD15
19 GND
GND
GND
GND
GND
20 NC
21 DMARQ
22
23 IOW
24
25 IOR
26
27 IOROY
28 CSEL
29 DMACK
30
31 INTRQ
32 I/OCS16
33 DA1
34 PDIAG
35 DA0
36 DA2
37 HCS0
38 HCS1
39 DASP
40 GND
1 RST
2 GND
3 HD7
4 HD8
5 HD6
6 HD9
7 HD5
8 HD10
9 HD4
10 HD11
11 HD3
12 HD12
13 HD2
14 HD13
15 HD1
16 HD14
17 HD0
18 HD15
19 GND
GND
GND
GND
GND
20 NC
21 DMARQ
22
23 IOW
24
25 IOR
26
27 IOROY
28 CSEL
29 DMACK
30
31 INTRQ
32 I/OCS16
33 DA1
34 PDIAG
35 DA0
36 DA2
37 HCS0
38 HCS1
39 DASP
40 GND
R287 10
C235
0.01
R292 1k
CRCERR
R260 4.7k
R291 10
CK0
RXVLD
C259
100p
CN202
R254 4.7k
RDZ
R246 4.7k
IRQ0
DGND
R284 10
R257 10k
TD208
C246 0.1
DGND
R248 4.7k
R286 10
A[1-25]
R294 1k
C260
100p
CN201
R255 4.7k
R252 4.7k
IC202
P10
P11
GND_39
P12
GND_40
P13
GND_41
P14
GND_42
P16
VCCINT_16
P17
VCCO_BANK3_4
P18
I/O_139
P19
I/O_140
P20
I/O_141
P21
I/O_142
P22
I/O_143
R1
I/O_144
R2
I/O_145
R3
NC_19
R4
I/O.VREF_19
R5
I/O_146
R6
VCCO_BANK6_5
R7
VCCINT_17
R16
VCCINT_18
R17
VCCO_BANK3_5
R18
I/O_147
R19
I/O.VREF_20
R20
NC_20
R21
I/O[D5]
R22
I/O_148
T1
I/O_149
T2
I/O_150
T3
I/O.VREF_21
T4
I/O_151
T5
I/O_152
T6
VCCO_BANK6_6
T7
VCCINT_19
T8
VCCINT_20
T9
VCCINT_21
T10
VCCO_BANK5_1
T11
VCCO_BANK5_2
T12
VCCO_BANK4_1
T13
VCCO_BANK4_2
T14
VCCINT_22
T15
VCCINT_23
T16
VCCINT_24
T17
VCCO_BANK3_6
T18
I/O_153
T19
I/O_154
T20
I/O_155
T21
I/O_156
T22
I/O[D6]
U1
I/O_157
U2
I/O_158
U3
NC_21
U4
I/O_159
U5
M1
U6
VCCINT_25
U7
VCCO_BANK5_3
U8
VCCO_BANK5_4
U9
VCCO_BANK5_5
U10
VCCO_BANK5_6
U11
I/O_160
U12
I/O_161
U13
VCCO_BANK4_3
U14
VCCO_BANK4_4
U15
VCCO_BANK4_5
U16
VCCO_BANK4_6
U17
VCCINT_26
U18
NC_22
U19
I/O_162
U20
I/O.VREF_22
U21
I/O.VREF_23
U22
I/O_163
V1
I/O_164
V2
I/O_165
V3
I/O_166
V4
I/O_167
V5
VCCINT_27
V6
NC_23
V7
I/O_168
V8
I/O_169
V9
I/O_170
V10
I/O_171
V11
I/O_172
V12
I/O_173
V13
I/O_174
V14
I/O_175
V15
I/O_176
V16
I/O_177
V17
I/O_178
V18
VCCINT_28
V19
I/O[INIT]
V20
I/O_179
V21
I/O_180
V22
I/O_181
W1
I/O_182
W2
I/O_183
W3
I/O_184
W4
NC_24
W5
I/O_185
W6
I/O_186
W7
I/O_187
W8
I/O.VREF_24
W9
I/O_188
W10
I/O_189
W11
I/O_190
W12
I.GCK0
W13
I/O_191
W14
I/O_192
W15
I/O_193
W16
I/O_194
W17
I/O_195
W18
I/O_196
W19
NC_25
W20
PROGRAM
W21
I/O_197
W22
I/O_198
Y1
I/O.VREF_25
Y2
I/O_199
Y3
GND_43
Y4
M2
Y5
NC_26
Y6
I/O.VREF_26
Y7
I/O_200
Y8
I/O_201
Y9
I/O_202
Y10
I/O.VREF_27
Y11
I.GCK1
Y12
I/O_203
Y13
I/O_204
Y14
I/O_205
Y15
I/O_206
Y16
I/O_207 I/O_208
VTT
C228
0.01
R247 4.7k
R251 4.7k
XINIT
DGND
R290 10
RXERR
R293 1k
R280 10
R288 10
R256 4.7k
MODE3
DGND
R283 100
CSZ
BSZ XPRGZ
R258 4.7k

3-2-4
SCHEMATIC DIAGRAM OF MAIN BOARD (2/5) [3]
TO
HDD
<LOCATION MARK>
DHD2
DHD3
DHD4
DHD5
DHD6
DHD7
DHD8
DHD9
DHD10
DHD11
DHD12
MD2
MD5
MD8
MD13
MD6
MD9
MD14
MD19
MD24
MD28
MD31
MD10
MD15
MD20
MD25
MD29
MD30
MA5
MA10
MA0
MA6
MA11
MA1
D[0]
D[1] D[2] D[8]
MD0
MD1
MD2
MD3
MD7
MD6
MD5
MD4
MA0
MA10
MA3
MA2
MA1
MD19
MD18
MD17
MD16
MD23
MD22
MD21
MD20
MA1
MA0
MA10
MA2
MA3
MD31
MD30
MD29
MD28
MD27
MD26
MD25
MD24
MD15
MD14
MD13
MD12
MD8
MD9
MD10
MD11
MA7
MA8
MA9
MA11
MA4
MA5
MA6
MA4
MA5
MA6
MA7
MA8
MA9
MA11
25IOR 26GND 27IOROY 28CSEL 29DMACK 30GND 31INTRQ 32I/OCS16 33DA1 34PDIAG 35DA0 36DA2 37HCS0 38HCS1 39DASP 40GND
1
2
36
7
8
R239
OPEN
Z206
1
2
36
45
45
7
8
FL0Z
FLT2
DGND
C210
0.1
C202
0.1
TEST1Z
C220
0.01
C201
0.1
C213
0.1
R225 22
Z208
1
2
36
45
45
45
7
8
DGND
AC0Z
Z211
1
2
36
7
8
R210
OPEN
C205
33/6.3
C203
0.1
Z207
1
2
36
7
8
C224 0.01
C216
0.1
1
2
36
7
8
1
2
36
45
45
7
8
DGND
Z202
Z203
1
2
36
7
8
IC201
1
VDD_1 2
DQ0 3
VDDQ_1 4
DQ1 5
DQ2 6
VSSQ_1 7
DQ3 8
DQ4 9
VDDQ_2 10
DQ5 11
DQ6 12
VSSQ_2 13
DQ7 14
VDD_2 15
LDQM 16
WE 17
CAS 18
RAS 19
CS 20
BA0 21
BA1 22
A10/AP 23
A0 24
A1 25
A2 26
A3 27
VDD_3
28 VSS_1
29 A4
30 A5
31 A6
32 A7
33 A8
34 A9
35 A11
36 NC_1
37 CKE
38 CLK
39 UDQM
40 NC_2
41 VSS_2
42 DQ8
43 VDDQ_3
44 DQ9
45 DQ10
46 VSSQ_3
47 DQ11
48 DQ12
49 VDDQ_4
50 DQ13
51 DQ14
52 VSSQ_4
53 DQ15
54 VSS_3
1
2
36
45
45
7
8
R212
OPEN R213
OPEN
Z210
1
2
36
7
8
C223
0.01
C221
0.01
R233
0
Z204
1
2
36
45
45
7
8
DSKCHGZ
Z209
1
2
36
7
8
DGND
TEST0Z
C218
0.01
IC203
1NC1
2VCC
3CS
4SK 5
DI
6
DO
7
GND
8
NC2
C209
0.1
V3D
R224
10k
Z212
1
2
36
45
45
7
8
Z200
22 22
22
22
22
22
Z213
Z216
Z215
Z214
22
22
22
22
22
22
22
22
22
22
22
1
2
36
45
45
45
45
7
8
Z205
1
2
36
7
8
IC200
1
VDD_1 2
DQ0 3
VDDQ_1 4
DQ1 5
DQ2 6
VSSQ_1 7
DQ3 8
DQ4 9
VDDQ_2 10
DQ5 11
DQ6 12
VSSQ_2 13
DQ7 14
VDD_2 15
LDQM 16
WE 17
CAS 18
RAS 19
CS 20
BA0 21
BA1 22
A10/AP 23
A0 24
A1 25
A2 26
A3 27
VDD_3
28 VSS_1
29 A4
30 A5
31 A6
32 A7
33 A8
34 A9
35 A11
36 NC_1
37 CKE
38 CLK
39 UDQM
40 NC_2
41 VSS_2
42 DQ8
43 VDDQ_3
44 DQ9
45 DQ10
46 VSSQ_3
47 DQ11
48 DQ12
49 VDDQ_4
50 DQ13
51 DQ14
52 VSSQ_4
53 DQ15
54 VSS_3
C207
0.1
CPUCLK
R223
10k
AC1Z
R206 10
R211 10
R202
33
AC3Z
C217
0.01
DGND
C204
0.1
V3D
V3D
1
2
36
7
8
FLT1
C15 I/O_35
C16 I/O_36
C17 I/O_37
C18 I/O_38
C19 I/O[CS]
C20 GND_6
C21 I/O[DOUT.BUSY]
C22 I/O_39
D1 NC_7
D2 I/O.VREF_7
D3 TMS
D4 NC_8
D5 I/O_40
D6 I/O_41
D7 I/O_42
D8 I/O_43
D9 I/O_44
D10 I/O_45
D11 I/O_46
D12 I/O_47
D13 I/O_48
D14 I/O_49
D15 I/O_50
D16 I/O_51
D17 I/O_52
D18 NC_9
D19 NC_10
D20 I/O[DIN.D0]
D21 I/O_53
D22 I/O.VREF_8
E1 I/O_54
E2 I/O.VREF_9
E3 I/O_55
E4 I/O_56
E5 VCCINT_1
E6 I/O_57
E7 I/O_58
E8 I/O.VREF_10
E9 I/O_59
E10 I/O_60
E11 I/O_61
E12 I/O_62
E13 I/O_63
E14 I/O.VREF_11
E15 I/O_64
E16 I/O_65
E17 NC_11
E18 VCCINT_2
E19 NC_12
E20 I/O_66
E21 I/O_67
E22 I/O_68
F1 I/O_69
F2 I/O_70
F3 I/O_71
F4 I/O_72
F5 I/O_73 F6 VCCINT_3 F7 VCCO_BANK0_1 F8 VCCO_BANK0_2 F9 VCCO_BANK0_3
F10 VCCO_BANK0_4 F11 I/O_74 F12 I/O_75 F13 VCCO_BANK1_1 F14 VCCO_BANK1_2 F15 VCCO_BANK1_3 F16 VCCO_BANK1_4 F17 VCCINT_4 F18 I/O_76 F19 I/O_77 F20 I/O_78 F21 I/O.VREF_12 F22 I/O_79
G1 I/O_80 G2 NC_13 G3 I/O_81 G4 I/O_82 G5 I/O_83 G6 VCCO_BANK7_1 G7 VCCINT_5 G8 VCCINT_6 G9 VCCINT_7
G10 VCCO_BANK0_5 G11 VCCO_BANK0_6 G12 VCCO_BANK1_5 G13 VCCO_BANK1_6 G14 VCCINT_8 G15 VCCINT_9 G16 VCCINT_10 G17 VCCO_BANK2_1 G18 I/O_84 G19 I/O_85 G20 I/O_86 G21 I/O_87 G22 NC_14
H1 I/O_88 H2 I/O_89 H3 I/O_90 H4 I/O.VREF_13 H5 I/O_91 H6 VCCO_BANK7_2 H7 VCCINT_11
H16 VCCINT_12 H17 VCCO_BANK2_2 H18 I/O.VREF_14 H19 I/O_92 H20 I/O[D2] H21 I/O_93 H22 I/O[D1]
J1 I/O_94 J2 I/O_95 J3 I/O_96 J4 I/O_97 J5 I/O_98 J6 VCCO BANK7 3
AC2Z
V3D
FLT0
R226 22
DGND
C208
0.1
C211
0.1
C219 0.01
C212
0.1
FL1Z
R203
10
DGND
R235
0
DGND
R209 10
TEMP
R208 100
R207 10
XCSZ
C227 0.01
V3D
0
R234
0
Z201
1
2
36
7
8
C225 0.1
C214
0.1
C222
0.01
C226 0.01
C206
33/6.3
C215
0.1
R214
OPEN
C200
100p
9
A
B
C
D
10 11 12 13 14

3-2-5
SCHEMATIC DIAGRAM OF MAIN BOARD (2/5) [4]
TO
HDD
HDD 3
<LOCATION MARK>
CHD7
CHD15
CHD0
CHD14
CHD1
CHD13
CHD2
CHD12
CHD3
CHD11
CHD4
CHD10
CHD5
CHD9
CHD6
CHD8
CHD0 CHD1
CHD2 CHD3
CHD4
CHD6
CHD5
CHD7
CHD8
CHD9
CHD10
CHD11 CHD12
CHD13 CHD14 CHD15
D[1] D[2]
D[3]
D[4]
D[8] D[13] D[9] D[10] D[11] D[12]
D[15] D[14] A[2] A[1] A[6] A[5] A[4] A[3]
A[7]
A[8]
A[9]
A[10]
A[11]
A[12]
A[13]
A[14]
A[19]
V5D
VTT
V12D
DGND
V5D
C234 0.01
DGND
R243
2.2k
DGND
R264 10k
DGND
DGND
DGND
TD209
R244
2.2k
C258
0.1
VTT
TD210
R261 4.7k
R265 4.7k
R274 10
VTT
CN203
1 RST
2 GND
3 HD7
4 HD8
5 HD6
6 HD9
7 HD5
8 HD10
9 HD4
10 HD11
11 HD3
12 HD12
13 HD2
14 HD13
15 HD1
16 HD14
17 HD0
18 HD15
19 GND
GND
GND
GND
GND
20 NC
21 DMARQ
22
23 IOW
24
25 IOR
26
27 IOROY
28 CSEL
29 DMACK
30
31 INTRQ
32 I/OCS16
33 DA1
34 PDIAG
35 DA0
36 DA2
37 HCS0
38 HCS1
39 DASP
40 GND
R268 4.7k
R263 4.7k
R242
300
R240
300
C262 0.1
R272 10
Q200
R262 4.7k
R241
0
V5D
R273 100
C229
0.1
IC204
3Vin
1
Adj
4
Vout
R271 10
R266 4.7k
DGND
C261
100p
C237
0.1
R276 1k R277 1k
R269 10
I/O.VREF_14
H19 I/O_92 H20 I/O[D2] H21 I/O_93 H22 I/O[D1]
J1 I/O_94 J2 I/O_95 J3 I/O_96 J4 I/O_97 J5 I/O_98 J6 VCCO_BANK7_3 J7 VCCINT_13 J9 GND_7
J10 GND_8 J11 GND_9 J12 GND_10 J13 GND_11 J14 GND_12 J16 VCCINT_14 J17 VCCO_BANK2_3 J18 I/O_99 J19 I/O_100 J20 I/O_101 J21 I/O_102 J22 I/O_103
K1 I/O_104 K2 I/O_105 K3 I/O.VREF_15 K4 I/O_106 K5 I/O_107 K6 VCCO_BANK7_4 K7 VCCO_BANK7_5 K9 GND_13
K10 GND_14 K11 GND_15 K12 GND_16 K13 GND_17 K14 GND_18 K16 VCCO_BANK2_4 K17 VCCO_BANK2_5 K18 I/O_108 K19 I/O_109 K20 I/O[D3] K21 I/O.VREF_16 K22 I/O_110
L1 I/O_111 L2 NC_15 L3 I/O.IRDY[1]_1 L4 I/O_112 L5 I/O_113 L6 I/O_114 L7 VCCO_BANK7_6 L9 GND_19
L10 GND_20 L11 GND_21 L12 GND_22 L13 GND_23 L14 GND_24 L16 VCCO_BANK2_6 L17 I/O_115 L18 I/O_116 L19 NC_16 L20 I/O.IRDY[1]_2 L21 I/O_117 L22 I/O_118
M1
I/O.TRDY[1]_1
M2
NC_17
M3
I/O_119
M4
I/O_120
M5
I/O_121
M6
I/O_122
M7
VCCO_BANK6_1
M9
GND_25
M10
GND_26
M11
GND_27
M12
GND_28
M13
GND_29
M14
GND_30
M16
VCCO_BANK3_1
M17
I/O_123
M18
I/O_124
M19
I/O_125
M20
I/O_126
M21
NC_18
M22
I/O.TRDY[1]_2
N1
I/O_127
N2
I/O.VREF_17
N3
I/O_128
N4
I/O_129
N5
I/O_130
N6
VCCO_BANK6_2
N7
VCCO_BANK6_3
N9
GND_31
N10
GND_32
N11
GND_33
N12
GND_34
N13
GND_35
N14
GND_36
N16
VCCO_BANK3_2
N17
VCCO_BANK3_3
N18
I/O_131
N19
I/O_132
N20
I/O_133
N21
I/O.VREF_18
N22
I/O[D4]
P1
I/O_134
P2
I/O_135
P3
I/O_136
P4
I/O_137
P5
I/O_138
P6
VCCO_BANK6_4
P7
VCCINT_15
P9
GND_37
P10
GND_38
P11
GND_39
P12
GND_40
P13
GND_41
P14
GND_42
P16
VCCINT_16
P17
VCCO_BANK3_4
P18
I/O_139
C232
OPEN
C231 0.01
IC205
11G
21A1
32Y4
41A2
52Y3
61A3
72Y2
81A4
92Y1
10 GND 11
2A1
12
1Y4
13
2A2
14
1Y3
15
2A3
16
1Y2
17
2A4
18
1Y1
19
2G
20
VCC
C257
47/6.3
Q201
GS
D
C233
0.1
V5D
R275 10
DGND
C236
47/6.3
R267 4.7k
R270 10
C230 0.01
+2.5V
Important safety notice
Components identified by " " mark have special characteristics for safety.
When replacing any of these components, use only manufacture's specified parts.
14 15 16 17 18 19
<INDEX>
MAIN BOARD (2/5)
IC200 B10,C10
IC201 A10,B10
IC202 B12-B16,
C12-C16,
D12-D16,
E12-E16,
F12-F16
IC203 B13
IC204 A14,A15
IC205 C18,D18
Q200 C17
Q201 C17

3-3
SCHEMATIC DIAGRAM OF MAIN BOARD (3/5)
SID[7]
SID[8]
SID[10]
SID[11]
SID[12]
SID[13]
SID[14]
SID[15]
SID[9]
SID[0] SID[1] SID[2] SID[3] SID[4] SID[5] SID[6]
BSTAT1 BSTAT0
V3D
PU_SEOZ FS_HSZ
RXVLD TXACT
C303
0.01
R300 10k
DGND
DGND
V3D
CRCERR
L300
C301
0.1
DGND
R301 10k
R311
12k
RXACT
DGND
CK0
C311
1
MODE3
TXRDY
R316
33
R318
OPEN
X300
(48.000MHz)
1
CONT 2
GND
3OUT
4VDD
R309 10k
10k
TD300 V3D
DGND
L301
C306 0.01
V3D
DGND
V3D
R313
OPEN
C304
0.1
C309
0.1
V3D
DGND
C308
0.01
DGND
RXERR
R306
39
R310
R308 OPEN
OPEN
RSTZ
WDVLD
DMD3
R304
1.5k
SID[0-15]
IC300
1AVDD_1
2GND_1
3AVDD_2
4GND_2
5REXT
6RPU_ENA
7AVDD_3
8GND_3
9FSDP
10 HSDP
11 HSDM
12 FSDM
13 GND_4
14 AVDD_4
15 VDD_1
16 MODE[0]
17 MODE[1]
18 GND_5
19 MODE[2]
20 MODE[3]
21 RSTN 22 SUSPN 23 BSTAT[0] 24 BSTAT[1] 25 SIE_DAT[0] 26 VDD_2 27 GND_6 28 SIE_DAT[1] 29 SIE_DAT[2] 30 GND_7 31 SIE_DAT[3] 32 VDD_3 33 GND_8 34 SIE_DAT[4] 35 GND_9 36 VDD_4 37 SIE_DAT[5] 38 SIE_DAT[6] 39 VDD18_1 40 GND_10
41
SIE_DAT[7]
42
SIE_DAT[8]
43
SIE_DAT[9]
44
GND_11
45
VDD18_2
46
GND_12
47
VDD_5
48
SIE_DAT[10]
49
SIE_DAT[11]
50
GND_13
51
SIE_DAT[12]
52
GND_14
53
SIE_DAT[13]
54
SIE_DAT[14]
55
GND_15
56
VDD18_3
57
GND_16
58
VDD_6
59
CKOUT
60
SIE_DAT[15]
61
GND_17
62
VDD18_4
63
PU_SE0N
64
FS_HSN
65
GND_18
66
CRCACT
67
TXACT
68
GND_19
69
VDD_7
70
WDVLD
71
TXRDY
72
RXERR
73
CRCERR
74
GND_20
75
RXVLD
76
RXACT
77
VDD_8
78
XIN
79
XOUT
80
GND_21
R315
68
V3D
CLK48M
C302
0.01
R303
390
C310
0.01
IC302 1
NC 2
IN_A 3
GND
4OUT_Y
5VCC
C315 0.1
C305 0.1
C300
100/6.3
R319
82
C313 0.1
C314
0.1
DGND
R320 OPEN
TD301
R302 10k
C312
0.1
R305
39
CRCACT
R307
R312
OPEN
DPD3
SUSPZ
R317
10k
IC301
1Cont 2GND_1 3Np 4
Vout
6
Vin
5
GND_2
C307
0.1
R314
0
+1.8V
48MHz
MAIN BOARD (3/5)
20
A
C
B
21 22 23
IC300 A21,A22,
B21,B22
IC301 B22
IC302 C23
<INDEX>
MAIN BOARD (3/5)

3-4
SCHEMATIC DIAGRAM OF MAIN BOARD (4/5)
1
OUT
CN401
SERIAL OUT
CONNECTOR
CN400
SERIAL IN
CONNECTOR
EXT
IN
2
HSMODE
AMBERBP1
AMBERBP2
AMBERBP3
AMBERBP4
GREENBP1
GREENBP2
GREENBP3
GREENBP4
HSMODE AMBERBP1 GREENBP1 AMBERBP2 GREENBP2 AMBERBP3 GREENBP3 AMBERBP4 GREENBP4
C426
47/16
L405
1
34
2
DGND
V3USB
R421
OPEN
R411
OPEN
CN400
1 VBUS
2D-
3D+
4GND
Attachment1
Attachment2
IC401
OPEN
1ENA
2FLAG_A
3FLAG_B
4ENB 5
OUT_B
6
GND
7
IN
8
ONT_A
C400
47/6.3
R460
OPEN
R409
0
D403 OPEN
C416 0.1
R403
OPEN
TD403
L409
R441 10k
R405
180
C414 OPEN
R415 10k
R419
0
R430
36
R401
OPEN
R445 15k
R400
180
R454
1.5k
L413
L403
1
34
2
C409
0.1
R444 15k
V3USB
DGND
R447 15k
TD405
V3USB
C432 0.01
V3USB
R443
OPEN
V5D
VCCCH2
L402
V3USB
L400
C407
0.1
TD402
C429 0.1
R428 10k
C430
47/6.3
DMD3
R446 15k
R406
180
TD404
+3.3V
C423 OPEN
D405
V5D
TD400
D410
OPEN
D400
R439 10k
C415 OPEN
IC402
3Vin
1
Adj
4
Vout
VCCCH2
R422 10k
R435
9.1k
R431
36
R426
OPEN
R440 15k
DGND
L404
1
34
2
R423 10k
C411 0.01
C413
100/6.3
R432
36
C402 0.01
IC400
1VDD_1
2VSS_1
3X1_CLK
4X2
5VDD_2
6PLLLOCK
7OSL
8TS1
9CLKSEL
10 TS2
11 TS3
12 TS4
13 TS5
14 TS6
15 SYSRSTB
16 VSS_2
17 TS7
18 TS8
19 TSO
20 SMD
21 TS9
22 TS10
23 SCL
24 SDA
25 VDD_3
26 VSS_3 27 PWMODE 28 NUMPORT 29 VBUSM 30 PORTRMV1 31 PORTRMV2 32 CSB1 33 CSB2 34 CSB3 35 CSB4 36 VSS_4 37 PPB1 38 PPB2 39 PPB3 40 PPB4 41 HSMODE 42 AMBERBP1 43 GREENBP1 44 AMBERBP2 45 GREENBP2 46 AMBERBP3 47 GREENBP3 48 AMBERBP4 49 GREENBP4 50 VSS_5
51
VDD_4
52
PORTRMV3
53
PORTRMV4
54
EPERR
55
CLK30MO
56
AVSS_1
57
AVDD_1
58
AVSS_2
59
RREF
60
N.C.
61
VSS_6
62
AVSS_3
63
AVDD_2
64
PC2
65
AVSS_4
66
PC1
67
VSS_7
68
RSDMU
69
DMU
70
VDD_5
71
DPU
72
RSDPU
73
VSS_8
74
RPU
75
VDD_6
76
VSS_9
77
RSDMD1
78
DMD1
79
VDD_7
80
DPD1
81
RSDPD1
82
VSS_10
83
RSDMD2
84
DMD2
85
VDD_8
86
DPD2
87
RSDPD2
88
VSS_11
89
RSDMD3
90
DMD3
91
VDD_9
92
DPD3
93
RSDPD3
94
VSS_12
95
RSDMD4
96
DMD4
97
VDD_10
98
DPD4
99
RSDPD4
100
VSS_13
R450
OPEN
D408
OPEN
D401 OPEN
C428
OPEN
D407
D409 OPEN
R424 0
VCCCH1
DGND
R448 OPEN
R412
10k
R402
OPEN
R408
OPEN
L410
DGND
C405 0.1
R429 10k
L406
1
34
2
R425
15k
R437
36
L401
C410
0.01
DGND
R462 OPEN CN401
A1 VBUS1
A2 D-1
A3 D+1
A4 GND1
B1 VBUS2
B2 D-2
B3 D+2
B4 GND2
Attachment4
Attachment5
Attachment3
Attachment2
Attachment1
R438
OPEN
C406 0.01
V5D
C404 0.01
L408
PORSTN
RSTZ
CLK48M
D406
R417
OPEN
C408
0.01
DGND
C418 10/16
C417
OPEN
R455
OPEN
DGND
R433
36
R413
OPEN
TD401
C427
0.1
R456 0
OPEN
C431
OPEN
R410
OPEN
R442 15k
R407
180
R418
10k
L407
OPEN
R461 OPEN
R427
36
VCCCH1
R404
OPEN
R420 OPEN
R459
33
D402 OPEN
DGND
R436
36
C401 0.1
R457
300
D404 OPEN
R452
OPEN
C412 0.1
R414 OPEN
R451
0
C403 0.1
R434
36
L411
R416
DGND
R449 OPEN
VS400
L412
V5D
DPD3
V3USB
DGND
R458
150
V3USB
Important safety notice
Components identified by " " mark have special characteristics for safety.
When replacing any of these components, use only manufacture's specified parts.
<INDEX>
MAIN BOARD (4/5)
IC400 B25,B26,
C25,C26
IC402 C24
D400 B24
D405 A24,B24
D406 A24
D407 A24
MAIN BOARD (4/5)
24
A
B
C
25 26 27 28