Page 1
SERVICE MANUAL
SERVICE MANUAL
DVD Player
DV-S353
DV-S353
Ref. No.3693
072001
Black model
UDD 120V AC, 60Hz
SAFETY-RELATED COMPONENT
WARNING!!
COMPONENTS IDENTIFIED BY MARK ON THE
SCHEMATIC DIAGRAM AND IN THE PARTS LIST ARE
CRITICAL FOR RISK OF FIRE AND ELECTRIC SHOCK.
REPLACE THESE COMPONENTS WITH ONKYO
PARTS WHOSE PART NUMBERS APPEAR AS SHOWN
IN THIS MANUAL.
MAKE LEAKAGE-CURRENT OR RESISTANCE
MEASUREMENTS TO DETERMINE THAT EXPOSED
PARTS ARE ACCEPTABLY INSULATED FROM THE
SUPPLY CIRCUIT BEFORE RETURNING THE
APPLIANCE TO THE CUSTOMER.
RC-458DV
Page 2
SPECIFICATION
DVD Player
Power supply AC 120 V, 60 Hz
Power consumption 16 W
Weight 8.2 lbs
1
External dimensions 17
Signal system NTSC
Frequency range (digital audio) DVD linear sound: 48 kHz sampling 4 Hz to 22 kHz
Signal-to-noise ratio (digital audio) More than 95 dB
Audio dynamic range (digital audio) More than 95 dB
Harmonic distortion (digital audio) Less than 0.005 %
Wow and flutter Below measurable level
Operating conditions Temperature: 5˚C to 35˚C (41˚F to 95˚F), Operation status: Horizontal
/8" x 3 7/8" x 12 11/16" (W/H/D)
96 kHz sampling 4 Hz to 44 kHz
DV-S353
Outputs
Video output 1.0 V (p-p), 75 ohm , negative sync., pin jack × 1
S-video output (Y) 1.0 V (p-p), 75ohm , negative sync., Mini DIN 4-pin × 1
(C) 0.286 V (p-p), 75ohm
Component video output (Y) 1.0 V (p-p), 75ohm , negative sync., pin jack × 1
(PB)/(PR) 0.7 V (p-p), 75ohm pin jack × 2
Audio output (digital output Optical) Optical connecter × 1
Audio output (digital output Coaxial) 0.5 V (p-p), 75ohm , pin jack × 1
Audio output (2-Channel Audio) 2.0 V (rms), 320ohm , pin jack (L, R) × 1
Supplied Accessories
Audio/video connection cable 1
Remote controller (RC-458DV) 1
Batteries (size AAA/R3) 2
Specifications and features are subject to change without notice.
Page 3
SERVICE NOTES
WARNING
DV-S353
WARNING:
TO REDUCE THE RISK OF FIRE OR ELECTRIC SHOCK,
DO NOT EXPOSE THIS APPLIANCE TO RAIN OR
MOISTURE.
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.
LASER CAUTION
This unit contains a semiconductor laser system and is classified as a
“CLASS 1 LASER PRODUCT”. So, to use this model properly, read
this Instruction Manual carefully. In case of any trouble, please contact
the store where you purchased the unit. To prevent being exposed to the
laser beam, do not try to open the enclosure.
CAUTION:
VISIBLE LASER RADIATION WHEN OPEN AND INTERLOCK
FAILED OR DEFEATED. DO NOT STARE INTO BEAM.
CAUTION:
THIS PRODUCT UTILIZES A LASER. USE OF CONTROLS OR
ADJUSTMENTS OR PERFORMANCE OF PROCEDURES OTHER
THAN THOSE SPECIFIED HEREIN MAY RESULT IN
HAZARDOUS RADIATION EXPOSURE.
WARNING
RISK OF ELECTRIC SHOCK
DO NOT OPEN
The lightning flash with arrowhead symbol, within an equilateral
triangle, is intended to alert the user to the presence of uninsulated
ìdangerous voltageî within the productís enclosure that may be of
sufficient magnitude to constitute a risk of electric shock to persons.
The exclamation point within an equilateral triangle is intended to alert
the user to the presence of important operating and maintenance
(servicing) instructions in the literature accompanying the appliance.
The label on the right is
applied on the rear
panel except for USA
and Canadian models.
1. This unit is a CLASS 1 LASER PRODUCT and employs a laser
inside the cabinet.
2. To prevent the laser from being exposed, do not remove the
cover. Refer servicing to qualified personnel.
“CLASS 1 L AS ER
PRODUCT”
AVIS
RISQUE DE CHOC ELECTRIQUE
NE PAS
OUVRIR
LASER DIODE
Never look at the laser light beam through the objective lens. The visible las er beam may harm
the human eye. Use an appropriate viewer or TV camera to observe the laser beam.
Any laser diode will be damaged by a large current or pulse. Avoid current surges and
electrostatic discharges. Safety grounding of the hum an body and all measuring equipm ent, jigs
and tools is absolutely necessary. The use of a grounding mat on the workbench and floor is
necessary. Even a small electrostatic discharge from the human body may destroy the laser
diode instantaneously or reduce its life time.
The pins of the laser diode may be shorted at the factory by a solder bridge at the FPC for
protection during transportation and storage of the unit. If this is the case, open the short circuit
(accessible from the bottom side of the module) quickly with grounded soldering iron (less than
300ÞC).
The damage of the diode might be indicated by an increase of the laser current.
Page 4
EXPLODED VIEW
S5
31
S1
U1
S4
27
29
21
22
S2
28
50
25
35
31
Include the display
PC board ass'y
DV-S353
D
V
D
70
U5
23
MSW1
S4
33
32
30
S4
31
S1
19
S1
11
Include the display
PC board ass'y
Power supply PC
S3
S1
S1
S1
U2
Disp
la
y
circuit PC
b
o
a
rd
30
31
S1
30
31
S1
24
26
board
S5
S3
S5
34
O
utput t
er
minal P
C
board
S4
60
10
U1
30
31
S1
Main circuit
PC
board
S1
CC201
CC801
CC802
S1
U3
S2
S1
Page 5
y
PARTS LIST (Exploded view)
REF. NO. PART NO. DESCRIPTION
U1 JE010073001A Output terminal PC board ass'y
U2 JE010069001A Display circuit PC board ass'y
U3 JE010063001A Main circuit PC board ass'
U5 J4090010150X Power supply PC board ass'y
10 J65100000100 Cord bushing
11 J85820001100 Spacer, PC board
13 J67300026000 3.5MM, sponge
19 J60550012000 Badge, DVD
20 20370190XX Wire tie
21 J85000034000 Front panel
22 J85510003000 Badge, ONKYO
23 J85600024000 Door tray
24 J85200158000 Button, PLAY
25 J85200160000 Knob, POWER
26 J85200157000 Button, OPEN/CLOSE
27 J85200159000 Button, POWER
28 J85300036000 Clear plate
29 J85400058000 Facet, Standby ind.
30 55125120XX Leg (Rear)
31 55141370XX Rubber, leg
32 J60000005300 Chassis
33 J60100015000 Top cover
34 J60110018000 Rear panel
35 J67200019000 Cover, Sensor
50 J85820004000 Shaft power
60 J43730100100 Power cord
70 10675110XX DVD mechanism ass'y, TVM 502 C
CC201 J4112191201X Flexible Flat cable,19P 120mm 1.25mm
CC801 J4112250901X Flexible Flat cable,25P 90mm 1.25mm
CC802 J4112150601X Flexible Flat cable,15P 60mm 1.25mm
S1 833130088 3TTB+8B, Self tapping screw
S2 55127180XX 3 x 8, Flat head bind screw
S3 55127290XX 3 x 18, Bind screw
S4 838430088 3TTB+8(BC), Self tapping screw
S5 J81000300810 3 x 8, Bind screw
MSW1 J46203000101
DV-S353
Power switch
NOTE: THE COMPONENTS IDENTIFIED BY MARK
ARE CRITICAL FOR RISK OF FIRE AND
ELECTRIC SHOCK. REPLACE ONLY WITH
PART NUMBER SPECIFIED.
Page 6
DV-S353
BLOCK DIAGRAM
POWER SUPPLY
PC BOARD
DISPLAY CIRCUIT PC BOARD
OUTPUT TERMINAL PC BOARD
DVD MECHANISM
F/E & MECHA.
Page 7
DV-S353
SCHEMATIC DIAGRAM
Front circuit PC board
To main circuit PC board
Power switch PC board
To power supply PC board
Standby LED PC board
IC901
IC-CXP82324
From Power supply PC board
FL tube
FL901
RED
PLAY/PAUSE
Search backward
Search forward
Skip backward
Skip forward
STOP
OPEN/CLOSE
Page 8
DV-S353
SCHEMATIC DIAGRAM
Main circuit PC board
From Main PC board to Pick up
M GND
From Pickup to main PC board
+8V Motor loading VCC
+5V Digital VCC
From main PC board to front PC board
Page 9
DV-S353
JIG
DXX INTERRUPT (IRQ2)
F RESET
IC201
ST15519
PCM DATAD
PCM BICK
PCM LRCLK
PCM CLK
R OUT
G OUT
SPDF
GND
To CP802
To Output terminal PC board
To CP801
Page 10
SCHEMATIC DIAGRAM
Output terminal PC board
DV-S353
From Main PC board
From Main PC board
Page 11
PC BOARD CONNECTION DIAGRAM
AC Cord
DV-S353
WHT
CN4
AGND
+12V (SCART)
RESET
+3V5D
DGND
+2V5D
+5VD
+12V (MOTOR)
GND (MOTOR)
+8V (LOADING)
CN-2.5-12P
CN1
+8V (VIDEO & AUDIO)
-8V (VIDEO & AUDIO)
Power supply PC board
CN2
GND
+FL (AC4V5)
-27V
-FL (AC4V5)
+5VS
CN3
BLK
MCN1
Mecha. F/E PC board
Power switch
MSW-1
PC board
Power switch
CN805
CN-2.5-12P
+8V (VIDEO & AUDIO)
AGND
-8V (VIDEO & AUDIO)
+12V (SCART)
RESET
+3V5D
DGND
+2V5D
+5VD
+12V (MOTOR)
GND (MOTOR)
+8V (LOADING)
CP2
MGND
CP802
FPC-ST-15P
CP204FPC-ST-15P
CN204
Out put terminal PC board
B
+8V (LOADING)
MGND
+12V (MOTOR)
+2V5D
DGND
NC
DGND
SECTOR START
DATA VALID
DATA (EXT DATA)
BIT CLOCK (EXT BCLK)
DGND
RESET (+3V3 RESET)
DXX INTERRUPT (IRQ2)
12C CLOCK (SCL)
12C DATA (SDATA)
DGND
MOTOR GND
+3V3
+5V
DGND
AGND
+12V DISC MOTOR
+8V TRACK MOTOR
+5VD
DGND
+3V3D
+5V6S
A-MUTE
V-MUTE
+5VA
AGND
RESET
CP201
CN-2.0-19P
AGNDGAGNDRAGNDYAGND
CP801
FPC-ST-29P
Main circuit PC board
CVBS
AGNDCAGNDNCDAC AGND
CP205
DAC DGND
PCM1748E CS
PCM1748E CLK
PCM1748E DA
PCMCLK
BCK
PCMOUT
LRCLKNCNC
DGND
RESET MAIN
TXD
RXD
TV/AUX
CP803
CN205
CN201
SPDIF
DGND
Standby LED
PC board
GND
LED
KEYIN1
S 5V
CP903
CN901
4
3
2
1
4
1
3
2
1
2
3
4
5
6
GND
+FL (AC4V5)
-27V
-FL (AC4V5)
+5VS)
Front display PC board
CN902
RESET MAIN
TXD
RXD
TV/AUX
Page 12
PARTS LIST (PRINTED CIRCUIT BOARD)
DV-S353
Main circuit PC board
REF. NO. PART NO. DESCRIPTION
ICs
IC201 55130350NR STi5519 Decoder
IC202 20940740NR M24C02-MN6 EEPROM
IC301 55156290NR HY57V651620BLTC-8 DRAM
IC301 55156420NR KS641632D DRAM
IC401 55136720NR M29W800AT-90N1 Flash
IC501 55133310NR 74HCU04M1R Inverter
ICM21 J2113232001X KA8082 Motor driver
Transistors
Q201,Q202, 2097046092 KTC3875S
QM201
Q220B,Q220G, 5513869056 KTN2907A
Q220R
QM202 2097048092 KTA1504S Chip
Resonator
X501 55128980NR 27.000MHz 16.5PF HC-49/S
Diodes
DM201 2041428016 MTZ J 5.6B
DM202 J2221510304X RB441Q-40 Schottky
DM203,DM204 7043654016 1N4148
Coils
L204-L207, 5512667050 FCM2012H-102T04 1kohm
L210
L220B,L220G, 1404175091 2.7uH Chip
L220R
L501,R415 5512667050 FCM2012H-102T04 1kohm
Sockets
CP201 55124600XX 19P 1.25mm ST GF120-19S-TS
CP202,CP203 55125910XX 1.0mm 15P 00-6232-015-006-800
CP204 55124580XX 15P 1.25mm ST GF120-15S-TS
CP205 55124630XX 25P 1.25mm ST GF120-25S-TS
Plugs
CN204 J4420040271X
Sockets AS
CN205 J4335300105X 2P 250MM 2.0mm AGW#26
Connectors
CN201 55123330XX 2.0mm ST GIL-S-6P-S2T2
Capacitors
C204,C206, 2026894030 100uF,10V+/-20%, 5 x 11
C210,C221,
C232,C311,
C406
Display circuit PC board
REF. NO. PART NO. DESCRIPTION
FL tube
FL901 55151330NR HNV-12SM14
Remote sensor
RM901 J2411320014X RPM6938524 -38kHz
Resonator
X901 55126140NR 10.0MHZ
ICs
IC901 55151320NR CXP82532-187Q,
Microprocessor
IC903 J2112505044X KIA7045P 4.5V, Reset
Transistor
Q904 5505124092 KRC107S NPN
LED
D904 55125510NR LTL-1CHE3
Diode
D906 J2242510011X RB510V-40 Schottky
FIG90,FIG92 J65540001200
Coil
L901 1403936091 22uH, Chip
Capacitors
C901 2026783041 47uF,16V+/-20%, 5 x 7
C906 2025205041 100uF,6.3V+/-20%, 5 x 7
C907,C917 2026862041 470uF,6.3V+/-20%, 8 x 9
C909 J3470910970X 1uF,50V+/-20%, 5 x 7
Sockets AS
CN901 J4300200104X 6P 300MM
CN902 J4300200107X 6P 80MM
MCN1 J4300200108X
CN903 J4335300101X 4P 160MM 2.0MM
Resistors
L905,L906 J3013100320X 10 ohm, 1/5W,Metal oxide
Switches
MSW1 J46203000101 SDDLB14700, Power switch
SW901,SW903, J46500500501 SKQNAE, Tact
SW911-SW913,
SW921-SW923
Others
050 J67300026000 3.5MM, sponge
060 J67300025000 6MM, Sponge for sensor
C220B,C220G, 2025267030 470uF,10V+/-20%, 5 x 11
C220R
C223B,C223G, 2025265030 220uF,16V+/-20%, 8 x 11.5
C223R
C228-C231 2026783030 47uF,16V+/-20%, 5 x 11
C233,C505 2026862030 470uF,6.3V+/-20%,
CM203 2026884030 1uF,50V+/-20%, 5 x 11
CM204 1500213030 10uF,16V+/-20%, 5 x 11
CM205 2026902030 100uF,16V+/-20%
Page 13
DVD SOFTWARE DOWNLOAD
1. Connect the printer cable to your PC printer port and connected with down load jig.
2. Set the PC mode into the DOS mode.
3. Copy the driver program ‘DVD_DOWN.EXE’ and main program
same directory( Ex. DVDDL ) then move into the directory.
(3 numeric means version number )
4. Insert the FFC cable to the CP202 silk screened ‘DOWN LOAD’ on the main Board.
5. Turn on the product and make sure the LED on the jig will be light.
6. type 'DVD_DO
file size 1897904
word size 978952
Do you want to program FLASH MEMORY? (y/n).
Then press ‘y’
It’ll takes 2 min to be complete down load.
WN 353v .bin'
then you will see the message below
DV-S353
‘353v .bin’ into the
To check embed program version.
Press ‘FR ‘ and ‘standby-on’ button at the same time.
Then fl display below
.
7 : (fixed number means ONKY
;Version
; Compile date.
Number
O )
Main circuit PC board
CP202
1 15
Page 14
IC TERMINAL DESCRIPTION
DV-S353
K4S641632D (SDRAM)
PIN FUNCTION DESCRIPTION
Pin Name Input Function
CLK System clock Active on the positive going edge to sample all inputs.
CS Chip select
CKE Clock enable
A
0 ~ A11 Address
BA0 ~ BA1 Bank select address
RAS Row address strobe
CAS Column address strobe
WE Write enable
L(U)DQM Data input/output mask
0 ~ 15 Data input/output Data inputs/outputs are multiplexed on the same pins.
DQ
DD/VSS Power supply/ground Power and ground for the input buffers and the core logic.
V
DDQ/VSSQ Data output power/ground
V
N.C/RFU
No connection
/reserved for future use
Disables or enables device operation by masking or enabling all inputs except
CLK, CKE and L(U)DQM
Masks system clock to freeze operation from the next clock cycle.
CKE should be enabled at least one cycle prior to new command.
Disable input buffers for power down in standby.
Row/column addresses are multiplexed on the same pins.
Row address : RA
0 ~ RA11, Column address : CA0 ~ CA7
Selects bank to be activated during row address latch time.
Selects bank for read/write during column address latch time.
Latches row addresses on the positive going edge of the CLK with
Enables row access & precharge.
Latches column addresses on the positive going edge of the CLK with
Enables column access.
Enables write operation and row precharge.
Latches data in starting from
Makes data output Hi-Z, t
CAS, WE active.
SHZ after the clock and masks the output.
Blocks data input when L(U)DQM active.
Isolated power supply and ground for the output buffers to provide improved noise
immunity.
This pin is recommended to be left No Connection on the device.
PIN CONFIGURATION (Top view)
VDD
DQ0
DDQ
V
DQ1
DQ2
SSQ
V
DQ3
DQ4
V
DDQ
DQ5
DQ6
V
SSQ
DQ7
DD
V
LDQM
WE
CAS
RAS
CS
BA0
BA1
A10/AP
A0
A1
A2
A3
DD
V
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
RAS low.
CAS low.
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
VSS
DQ15
SSQ
V
DQ14
DQ13
DDQ
V
DQ12
DQ11
V
SSQ
DQ10
DQ9
V
DDQ
DQ8
SS
V
N.C/RFU
UDQM
CLK
CKE
N.C
A11
A9
A8
A7
A6
A5
A4
SS
V
Page 15
IC TERMINAL DESCRIPTION
N
N
[5]
]
[6]
]
[7]
]
[0]
]
[1]
]
[2]
]
[3]
]
[4]
]
[5]
]
[6]
]
[7]
]
[0]
]
[1]
]
[2]
]
[3]
]
[4]
]
[5]
]
[6]
]
[7]
]
Q
Q
STI5519 Microprocessor terminal description
DV-S353 MAIN IC201 STI5519 PIN LIST
PIN NUMBER DESCRIPTIO
PIN NAME MAIN FUNCTIO
DV-S353
TYPE
1 PIOs and communication PIO2
2 PIOs and communication PIO2
3 PIOs and communication PIO2
4 - VDD3_3 3.3V POWER SUPPLY POWER
5 - VSS GROUND POWER
6 PIOs and communication PIO3
7 PIOs and communication PIO3
8 PIOs and communication PIO3
9 PIOs and communication PIO3
10 PIOs and communication PIO3
11 PIOs and communication PIO3
12 PIOs and communication PIO3
13 PIOs and communication PIO3
14 - VDD2_5 2.5V POWER SUPPLY POWER
15 - VSS GROUND POWER
16 Front-end B_DATA I2S DATA I
17 Front-end B_BCLK I2C BIT CLOCK I
18 Front-end B_FLAG I2S ERROR FLAG DVD I
19 Front-end B_SYNC I2S SECTOR/ABS TIME I
20 RESERVED RESERVED - I/O
21 RESERVED RESERVED - I/O
22 RESERVED RESERVED - I/O
23 RESERVED VDD_RGB VDDA_RGB=2.5V POWER 2.5V
24 RESERVED VSS_RGB VSSA_RGB=GND POWER GND
25 Video DAC B_OUT B_OUT O
26 Video DAC G_OUT G_OUT O
27 Video DAC R_OUT R_OUT O
28 Video DAC V_REF_RGB V_REF_DAC_RGB I
29 Video DAC I_REF_RGB I_REF_DAC_RGB I
30 Video DAC VDD_YCC VDDA_YCC=2.5V POWER 2.5V
31 Video DAC VSS_YCC VSSA_YCC=GND POWER GND
32 Video DAC Y_OUT Y_OUT O
33 Video DAC C_OUT C_OUT O
34 Video DAC CV_OUT CV_OUT O
35 Video DAC V_REF_YCC V_REF_DAC_YCC I
36 Video DAC I_REF_YCC I_REF_DAC_YCC I
37 - VDD2_5 2.5V POWER SUPPLY POWER
38 - VSS GROUND POWER
39 PIOs and communication PIO4
40 PIOs and communication PIO4
41 PIOs and communication PIO4
42 PIOs and communication PIO4
43 PIOs and communication PIO4
44 PIOs and communication PIO4
45 PIOs and communication PIO4
46 PIOs and communication PIO4
47 - VDD3_3 3.3V POWER SUPPLY POWER
48 AUDIO_DAC VDD_PCM VDD FRE
49 AUDIO_DAC VSS_PCM VSS FRE
50 - VSS GROUND POWER
51 AUDIO_DAC DAC_SCLK OVER SAMPLING CLK O
52 AUDIO_DAC DAC_PCMOUT0 PCM_OUT0 O
53 AUDIO_DAC DAC_PCMOUT1 PCM_OUT1 I/O
54 AUDIO_DAC DAC_PCMOUT2 PCM_OUT2 O
55 AUDIO_DAC DAC_PCMCLK PCM_CLOCK I/O
56 AUDIO_DAC DAC_LRCLK LEFT/RIGHT CLK O
57 AUDIO_DAC SPDIF_OUT SPDIF_OUT O
PIO2[5
PIO2[6
PIO2[7
PIO3[0
PIO3[1
PIO3[2
PIO3[3
PIO3[4
PIO3[5
PIO3[6
PIO3[7
PIO4[0
PIO4[1
PIO4[2
PIO4[3
PIO4[4
PIO4[5
PIO4[6
PIO4[7
SYNTHE=2.5V POWER 2.5V
SYNTHE=GND POWER GND
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
Page 16
PIN NUMBER DESCRIPTIO
N
N
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
y
]
y
]
y
y
y
y
y
y
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
y
]
y
]
y
]
y
]
y
]
y
]
K
PIN NAME MAIN FUNCTIO
TYPE
58 Share memor
59 Share memor
60 Share memor
61 Share memor
62 Share memor
63 Share memor
interface SMI_ADR[4
interface SMI_ADR[5
interface SMI_ADR[6
interface SMI_ADR[7
interface SMI_ADR[8
interface SMI_ADR[9
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
64 - VDD2_5 2.5V POWER SUPPLY POWER
65 - VSS GROUND POWER
66 Share memor
67 Share memor
68 Share memor
69 Share memor
70 Share memor
71 Share memor
72 Share memor
73 Share memor
74 Share memor
75 Share memor
76 Share memor
77 Share memor
78 Share memor
79 Share memor
80 Share memor
interface SMI_ADR[0
interface SMI_ADR[1
interface SMI_ADR[2
interface SMI_ADR[3
interface SMI_ADR[10
interface SMI_ADR[11
interface SMI_ADR[12
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
interface SMI_ADR[13] ADDRESS BUS SDRAM O
interface SMI_CS[0
interface SMI_CS[1
CHIP SELECT BANK0 O
CHIP SELECT BANK1 O
interface SMI_RAS RAS SDRAM O
interface SMI_CAS CAS SDRAM O
interface SMI_WE SDRAM WRITE ENABLE O
interface SMI_DQML DQ MASK EN LOW O
interface SMI_DQMU DQ MASK EN UP O
81 - VDD3_3 3.3V POWER SUPPLY POWER
82 Share memor
interface SMI_CLKIN SDRAM CLOCK IN O
83 - VSS GROUND POWER
84 Share memor
85 Share memor
86 Share memor
87 Share memor
88 Share memor
89 Share memor
90 Share memor
91 Share memor
92 Share memor
93 Share memor
interface SMI_DATA[0
interface SMI_DATA[1
interface SMI_DATA[2
interface SMI_DATA[3
interface SMI_DATA[4
interface SMI_DATA[5
interface SMI_DATA[6
interface SMI_DATA[7
interface SMI_DATA[8
interface SMI_DATA[9
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
94 - VDD2_5 2.5V POWER SUPPLY POWER
95 Share memor
interface SMI_CLKOUT SDRAM CLOCK OUT O
96 - VSS GROUND POWER
97 Share memor
98 Share memor
99 Share memor
100 Share memor
101 Share memor
102 Share memor
interface SMI_DATA[10
interface SMI_DATA[11
interface SMI_DATA[12
interface SMI_DATA[13
interface SMI_DATA[14
interface SMI_DATA[15
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
103 RESERVED RESERVED I/O
104 RESERVED RESERVED I/O
105 RESERVED RESERVED I/O
106 RESERVED RESERVED O
107 - VDD3_3 3.3V POWER SUPPLY POWER
108 - VSS GROUND POWER
109 JTAG TRAT4 TEST RESET I
110 JTAG TMS TEST MODE SELECT I
111 JTAG TDO TEAT DATA OUT O
112 JTAG TDI TEST DATA IN I
113 JTAG TC
TEST CLOCK I
114 TIMER PWM2 PULSE WITDH MODULA2 I/O
115 TIMER PWM1 PULSE WITDH MODULA1 I/O
116 TIMER PWM0 PULSE WITDH MODULA0 I/O
Page 17
PIN NUMBER DESCRIPTIO
N
N
Q2[2]
Q)
Q2[1]
Q)
Q2[0]
Q)
[0]
[1]
[4]
[3]
[2]
[0]
[0]
[1]
[0]
]
[1]
]
[2]
]
[3]
]
[4]
]
[5]
]
[6]
]
[7]
]
[8]
]
[9]
]
[10]
]
[11]
]
[12]
]
[13]
]
[14]
]
[15]
]
[1]
]
[2]
]
[3]
]
[4]
]
[5]
]
[6]
]
[7]
]
[8]
]
[9]
]
[10]
]
[11]
]
PIN NAME MAIN FUNCTIO
117 EMI Interface CPU_OE OUTPUT_ENABLE I/O
118 EMI Interface CPU_RAM_CLK SDRAM CLOCK O
119 - VDD2_5 2.5V POWER SUPPLY POWER
120 CLOCK & RESET PIX_CLK 27 MHz main clock I
121 - VSS GROUND POWER
122 CLOCK & RESET VDD_PLL VDD PLL=2.5V POWER 2.5V
123 CLOCK & RESET VSS_PLL GND PLL=GND POWER GND
124 CLOCK & RESET RESET CHIP RESET I
125 INTERRUPT IR
126 INTERRUPT IR
127 INTERRUPT IR
128 EMI Interface CPU_BE
129 EMI Interface CPU_BE
IRQ[2](MD_IR
IRQ[1](ATAPI IR
IRQ[0](SERVO_IR
BYTE0 ENABLE O
BYTE1 ENABLE O
130 EMI Interface CPU_RW READ-NOT WRITE O
131 EMI Interface CPU_WATE WATE STATE I
132 EMI Interface CPU_CE
133 EMI Interface CPU_CE
134 EMI Interface CPU_CE
135 EMI Interface CPU_CE
CHIP SEL.BANK3 O
CHIP SEL.BANK2 O
CHIP SEL.BANK1 O
DARAM_RAS0 O
136 - VDD3_3 3.3V POWER SUPPLY POWER
137 - VSS GROUND POWER
138 EMI Interface CPU_RAS1 DARAM RAS I/O
139 EMI Interface CPU_CAS
140 EMI Interface CPU_CAS
141 EMI Interface CPU_DATA
142 EMI Interface CPU_DATA
143 EMI Interface CPU_DATA
144 EMI Interface CPU_DATA
145 EMI Interface CPU_DATA
146 EMI Interface CPU_DATA
147 EMI Interface CPU_DATA
148 EMI Interface CPU_DATA
DARM CAS0 O
DRAM O
DATA[0
DATA[1
DATA[2
DATA[3
DATA[4
DATA[5
DATA[6
DATA[7
149 - VDD2_5 2.5V POWER SUPPLY POWER
150 - VSS GROUND POWER
151 EMI Interface CPU_DATA
152 EMI Interface CPU_DATA
153 EMI Interface CPU_DATA
154 EMI Interface CPU_DATA
155 EMI Interface CPU_DATA
156 EMI Interface CPU_DATA
157 EMI Interface CPU_DATA
158 EMI Interface CPU_DATA
DATA[8
DATA[9
DATA[10
DATA[11
DATA[12
DATA[13
DATA[14
DATA[15
159 - VDD3_3 3.3V POWER SUPPLY POWER
160 - VSS GROUND POWER
161 EMI Interface CPU_ADR
162 EMI Interface CPU_ADR
163 EMI Interface CPU_ADR
164 EMI Interface CPU_ADR
165 EMI Interface CPU_ADR
166 EMI Interface CPU_ADR
167 EMI Interface CPU_ADR
168 EMI Interface CPU_ADR
169 EMI Interface CPU_ADR
170 EMI Interface CPU_ADR
ADR[1
ADR[2
ADR[3
ADR[4
ADR[5
ADR[6
ADR[7
ADR[8
ADR[9
ADR[10
171 - VDD2_5 2.5V POWER SUPPLY POWER
172 - VSS GROUND POWER
173 EMI Interface CPU_ADR
ADR[11
174 EMI Interface CPU_ADR[12] ADR[12] O
TYPE
I
I
I
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
O
O
O
O
O
O
O
O
O
O
O
Page 18
PIN NUMBER DESCRIPTIO
N
N
[13]
]
[14]
]
[15]
]
[16]
]
[17]
]
[18]
]
[19]
]
[20]
]
[21]
]
[0]
]
[1]
]
[2]
]
[3]
]
[4]
]
[5]
]
[6]
]
[7]
]
[0]
]
[1]
]
[2]
]
[3]
]
[4]
]
[5]
]
[0]
]
[1]
]
[2]
]
[3]
]
PIN NAME MAIN FUNCTIO
TYPE
175 EMI Interface CPU_ADR
176 EMI Interface CPU_ADR
177 EMI Interface CPU_ADR
178 EMI Interface CPU_ADR
179 EMI Interface CPU_ADR
180 EMI Interface CPU_ADR
181 EMI Interface CPU_ADR
182 EMI Interface CPU_ADR
183 EMI Interface CPU_ADR
ADR[13
ADR[14
ADR[15
ADR[16
ADR[17
ADR[18
ADR[19
ADR[20
ADR[21
O
O
O
O
O
O
O
O
O
184 - VDD3_3 3.3V POWER SUPPLY POWER
185 - VSS GROUND POWER
186 PIOs and communication PIO0
187 PIOs and communication PIO0
188 PIOs and communication PIO0
189 PIOs and communication PIO0
190 PIOs and communication PIO0
191 PIOs and communication PIO0
192 PIOs and communication PIO0
193 PIOs and communication PIO0
194 PIOs and communication PIO1
195 PIOs and communication PIO1
196 PIOs and communication PIO1
197 PIOs and communication PIO1
PIO0[0
PIO0[1
PIO0[2
PIO0[3
PIO0[4
PIO0[5
PIO0[6
PIO0[7
PIO1[0
PIO1[1
PIO1[2
PIO1[3
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
198 - VDD2_5 2.5V POWER SUPPLY POWER
199 - VSS GROUND POWER
200 PIOs and communication PIO1
201 PIOs and communication PIO1
PIO1[4
PIO1[5
I/O
I/O
202 PIOs and communication TRIGGER_IN TRIGGER_IN FOR DCU I/O
203 PIOs and communication TRIGGER_OUT TRIGGER_OUT FOR DCU I/O
204 PIOs and communication PIO2
205 PIOs and communication PIO2
206 PIOs and communication PIO2
207 PIOs and communication PIO2
PIO2[0
PIO2[1
PIO2[2
PIO2[3
I/O
I/O
I/O
I/O
208 PIOs and communication PIO2[4] PIO2[4] I/O
Page 19
IC TERMINAL DESCRIPTION
FUNCTIONAL BLOCK DIAGRAM
Bank Select
DV-S353
LWE
Data Input Register
LDQM
CLK
ADD
Refresh Counter
Row Buffer
Address Register
LRAS
LCBR
LCKE
LRAS LCBR LWE LDQM
CLK CKE
Samsung Electronics reserves the right to change products or specification without notice.
*
CS RAS CAS WE L(U)DQM
Row Decoder Col. Buffer
LCAS
Timing Register
1M x 16
1M x 16
1M x 16
1M x 16
Column Decoder
Latency & Burst Length
Programming Register
LWCBR
Sense AMP
Output BufferI/O Control
DQi
Page 20
Output terminal PC board
REF. NO. PART NO. DESCRIPTION REF. NO. PART NO. DESCRIPTION
ICs Plugs
IC806 55124000NR KIA7906API, Regulator CP803 55090070XX
IC802 55128990NR BA4560F, Op.amp. CP802 55124580XX
IC801 55156030NR PCM1748KE S, DAC CP801 55124630XX
Remote sensor Terminals
IC805 J2123829001X GP1F32T JK801 J44301000900 RCA 1P
Transistors JK802 J44302000600 RCA 2P, JE020
Q801,Q814 2097046092 KTC3875S JK804 J44303000200 RCA 3P RBG
Q802 2097048092 KTA1504S Chip PNP JK803 J44312000100 RCA+S GNDCAP
Q803L,Q803R 5503943092 DTC323T Chip NPN Wire buss
Q805 5513318092 DTC114YKA NPN L801,L804, 20441240XX Wire buss 7.5mm
Q804L 5513319092 DTA114YKA Chip PNP L808
Q803,Q804, 5513869056 KTN2907A PNP L803,L810, 20441210XX Wire buss 20mm
Q807 L811 20441240XX
Q808,Q809, 5513871092 KTD130 NPN L809 20441180XX Wire buss 10mm
Q810-Q813
Diodes
D804 2049651091 1SS355 Chip
D805 7043654016 1N4148
Coil inductors
L805-L807 J2616227920X LAL02 2.7uH
Capacitors
C807 20252680AM 100uF,10V+/-20%, 10 x 16
C809 1500213030 10uF,16V+/-20%,5 x 11
C857,C864, 2025265030 220uF,16V+/-20%, 8 x 11.5
C869
C824,C860 2025267030 470uF,10V+/-20%,
C866 2025267030
C802,C805, 2026783030 47uF,16V+/-20%, 5 x 11
C811L,C811R,
C816L,C816R,
C819,C820
C836 2026894030 100uF,10V+/-20%, 5 x 11
C825 2026911030 330uF,6.3V+/-20%, 6.3 x 11
Socket AS
CN805 J4300200110X 12P 60MM
DV-S353
Page 21
IC TERMINAL DESCRIPTION
NU
R
(
(
(
(
(
(
(
,
;
Q
CXP82532 (Microprocessor)
DV-S353 FRONT IC901 CXP82532 PIN LIST
PIN
MBE
10 PB4/SOO SERIAL DATA
11 PB5/'SCK1 SERIAL CLOCK
12 PB6/SI1 SERIAL DATA
13 PB7/SO1 SERIAL DATA
14 PCO/KRO KEY RETURN INPUT FOR FDP SEGMENT SIGNAL WITCH PERFORMS KEY SCANNING. I/O
15 PC1/KR1 KEY RETURN INPUT FOR FDP SEGMENT SIGNAL WITCH PERFORMS KEY SCANNING. I/O
16 PC2/KR2 KEY RETURN INPUT FOR FDP SEGMENT SIGNAL WITCH PERFORMS KEY SCANNING. I/O
17 PC3/KR3 KEY RETURN INPUT FOR FDP SEGMENT SIGNAL WITCH PERFORMS KEY SCANNING. I/O
18 PC4/KR4 KEY RETURN INPUT FOR FDP SEGMENT SIGNAL WITCH PERFORMS KEY SCANNING. I/O
19 PC5/KR5 KEY RETURN INPUT FOR FDP SEGMENT SIGNAL WITCH PERFORMS KEY SCANNING. I/O
20 PC6/KR6 KEY RETURN INPUT FOR FDP SEGMENT SIGNAL WITCH PERFORMS KEY SCANNING. I/O
21 PC7/KR7 KEY RETURN INPUT FOR FDP SEGMENT SIGNAL WITCH PERFORMS KEY SCANNING. I/O
22 PA0/AN0 ANALOG INPUT TO A/D CONVERTER. I/O
23 PA1/AN1 ANALOG INPUT TO A/D CONVERTER. I/O
24 PA2/AN2 ANALOG INPUT TO A/D CONVERTER. I/O
25 PA3/AN3 ANALOG INPUT TO A/D CONVERTER. I/O
26 PA4/AN4 ANALOG INPUT TO A/D CONVERTER. I/O
27 PA5/AN5 ANALOG INPUT TO A/D CONVERTER. I/O
28 PA6/AN6 ANALOG INPUT TO A/D CONVERTER. I/O
29 PA7/AN7 ANALOG INPUT TO A/D CONVERTER. I/O
30 'RESET SYSTEM RESET
31 EXTAL CONNECTION FOR SYSTEM CLOCK OSCILLATION CRYSTAL. I
32 XTAL CONNECTION FOR SYSTEM CLOCK OSCILLATION CRYSTAL. 33 VSS GND 34 PD0/S0 8-BIT DEDICATED OUTPUT PORT/SEGMENT SIGNAL OUTPUT FOR FDP. O
35 PD1/S1 8-BIT DEDICATED OUTPUT PORT/SEGMENT SIGNAL OUTPUT FOR FDP. O
36 PD2/S2 8-BIT DEDICATED OUTPUT PORT/SEGMENT SIGNAL OUTPUT FOR FDP. O
37 PD3/S3 8-BIT DEDICATED OUTPUT PORT/SEGMENT SIGNAL OUTPUT FOR FDP. O
38 PD4/S4 8-BIT DEDICATED OUTPUT PORT/SEGMENT SIGNAL OUTPUT FOR FDP. O
39 PD5/S5 8-BIT DEDICATED OUTPUT PORT/SEGMENT SIGNAL OUTPUT FOR FDP. O
40 PD6/S6 8-BIT DEDICATED OUTPUT PORT/SEGMENT SIGNAL OUTPUT FOR FDP. O
41 PD7/S7 8-BIT DEDICATED OUTPUT PORT/SEGMENT SIGNAL OUTPUT FOR FDP. O
42 PF0/S8 8-BIT DEDICATED OUTPUT PORT/SEGMENT SIGNAL OUTPUT FOR FDP. O
43 PF1/S9 8-BIT DEDICATED OUTPUT PORT/SEGMENT SIGNAL OUTPUT FOR FDP. O
44 PF2/S10 8-BIT DEDICATED OUTPUT PORT/SEGMENT SIGNAL OUTPUT FOR FDP. O
45 PF3/S11 8-BIT DEDICATED OUTPUT PORT/SEGMENT SIGNAL OUTPUT FOR FDP. O
46 PF4/S12 8-BIT DEDICATED OUTPUT PORT/SEGMENT SIGNAL OUTPUT FOR FDP. O
47 PF5/S13 8-BIT DEDICATED OUTPUT PORT/SEGMENT SIGNAL OUTPUT FOR FDP. O
48 PF6/S14 8-BIT DEDICATED OUTPUT PORT/SEGMENT SIGNAL OUTPUT FOR FDP. O
49 PF7/S15 8-BIT DEDICATED OUTPUT PORT/SEGMENT SIGNAL OUTPUT FOR FDP. O
50 S16 SEGMENT SIGNAL OUTPUT FOR FDP. O
51 S17 SEGMENT SIGNAL OUTPUT FOR FDP. O
52 S18 SEGMENT SIGNAL OUTPUT FOR FDP. O
53 S19 SEGMENT SIGNAL OUTPUT FOR FDP. O
54 S20 SEGMENT SIGNAL OUTPUT FOR FDP. O
55 T15/S21 DUAL PURPOSE OUTPUT FOR FDP TIMING AND SEGMENT SIGNAL. O
56 T14/S22 DUAL PURPOSE OUTPUT FOR FDP TIMING AND SEGMENT SIGNAL. O
57 T13/S23 DUAL PURPOSE OUTPUT FOR FDP TIMING AND SEGMENT SIGNAL. O
58 T12/S24 DUAL PURPOSE OUTPUT FOR FDP TIMING AND SEGMENT SIGNAL. O
59 T11/S25 DUAL PURPOSE OUTPUT FOR FDP TIMING AND SEGMENT SIGNAL. O
60 T10/S26 DUAL PURPOSE OUTPUT FOR FDP TIMING AND SEGMENT SIGNAL. O
61 T9/S27 DUAL PURPOSE OUTPUT FOR FDP TIMING AND SEGMENT SIGNAL. O
62 T8/S28 DUAL PURPOSE OUTPUT FOR FDP TIMING AND SEGMENT SIGNAL. O
63 T7 TIMING SIGNAL OUTPUT FOR FDP O
64 T6 TIMING SIGNAL OUTPUT FOR FDP O
65 T5 TIMING SIGNAL OUTPUT FOR FDP O
66 T4 TIMING SIGNAL OUTPUT FOR FDP O
67 T3 TIMING SIGNAL OUTPUT FOR FDP O
68 T2 TIMING SIGNAL OUTPUT FOR FDP O
69 T1 TIMING SIGNAL OUTPUT FOR FDP O
70 T0 TIMING SIGNAL OUTPUT FOR FDP O
71 VFDP PROVIDES VOLTAGE FOR FDP 72 VDD POSITIVE POWER SUPPLY PIN. 73 VPP POSITIVE POWER SUPPLY FOR THE PROGRAMMABLE ON-CHIP PROM. 74 PG0 4-BIT IN/OUTPUT PORT
75 PG1 4-BIT IN/OUTPUT PORT;SINGLE BIT ADDRESSABLE I/O
76 PG2 4-BIT IN/OUTPUT PORT;SINGLE BIT ADDRESSABLE I/O
77 PG3 4-BIT IN/OUTPUT PORT;SINGLE BIT ADDRESSABLE I/O
78 PE0/'EC0/INT0 INPUT FOR EXTERNAL INTERRUPT RE
79 PE1/'EC1/INT1 INPUT FOR EXTERNAL INTERRUPT REQUEST. I
80 PE2/IN2 INPUT FOR EXTERNAL INTERRUPT REQUEST. I
PIN NAME MAIN FUNCTION IN/OUT
1 PE3/INT3 INPUT FOR EXTERNAL INTERRUPT REQUEST. I
2 PE4/RMC INPUT FOR REMOTE CONTROL RECEIVING CIRCUIT. I
3 PE5 - I
4 PE6 - O
5 PE7/TO OUTPUT PIN FOR 16-BIT TIME/COUNTER RECTANGULAR WAVEFORM. O
6 PBO/CINT EXTERNAL CAPTURE INPUT FOR 16-BIT TIME/COUNTER. I/O
7 PBI/'CSO CHIP SELLECT INPUT FOR SERIAL INTERFACE
8 PB2/'SCKO SERIAL CLOCK
9 PB3/SIO SERIAL DATA
CH0) INPUT/OUTPUT. I/O
CH0) INPUT. I/O
CH0) OUTPUT. I/O
CH1) INPUT/OUTPUT. I/O
CH1) INPUT. I/O
CH1) OUTPUT. O
ACTIVE "L" I/O
SINGLE BIT ADDRESSABLE I/O
CH0). I/O
UEST. I
DV-S353
Page 22
PACKING VIEW/ PARTS LIST
20
18
17
Accessory
6
15
Front
Tape
8
DV-S353
7
23 (Poly bag)
Rear
Right side
5
5
Front
Rear
DV-S353(B)
21
16
Front
REF. NO. PART NO. DESCRIPTION REF. NO. PART NO. DESCRIPTION
5 J96000041000 Carton box 12 20194780XX Cable tie
6 J97200046010 Pad R 14 J94310007000 1P 01000, Pin cord
7 J97200046020 Pad L 15 J90300022000 Warrany card
8 J94330001000 3P1500, Audio connection cable J90400048000 POS label
with poly cover
10 J97000501010 Poly bag, Power cord
with poly cover
11 J97000002000 Poly bag
16
17 55167260XX Remote controller RC-458DV
with poly cover
18 3010054 Battery UM3
20 J90200021000 Instruction manual
21 29110141 PP tape
22 29100097-1A Poly bag 350 x 250
29100037-1A Poly bag 650 x 50023
Page 23
DVS353
ONKYO CORPORATION
Sales & Product Planning Div. : 2-1, Nisshin-cho, Neyagawa-shi, OSAKA 572-8540, JAPAN
Tel: 072-831-8111 Fax: 072-833-5222
ONKYO U.S.A. CORPORATION
18 Park Way, Upper Saddle River, N.J. 07458, U.S.A.
Tel: 201-785-2600 Fax: 201-785-2650 E-mail: onkyo@onkyousa.com
Page 24
PIN NUMBER DESCRIPTIO
N
N
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
y
]
y
]
y
y
y
y
y
y
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
]
y
y
]
y
]
y
]
y
]
y
]
y
]
K
PIN NAME MAIN FUNCTIO
TYPE
58 Share memor
59 Share memor
60 Share memor
61 Share memor
62 Share memor
63 Share memor
interface SMI_ADR[4
interface SMI_ADR[5
interface SMI_ADR[6
interface SMI_ADR[7
interface SMI_ADR[8
interface SMI_ADR[9
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
64 - VDD2_5 2.5V POWER SUPPLY POWER
65 - VSS GROUND POWER
66 Share memor
67 Share memor
68 Share memor
69 Share memor
70 Share memor
71 Share memor
72 Share memor
73 Share memor
74 Share memor
75 Share memor
76 Share memor
77 Share memor
78 Share memor
79 Share memor
80 Share memor
interface SMI_ADR[0
interface SMI_ADR[1
interface SMI_ADR[2
interface SMI_ADR[3
interface SMI_ADR[10
interface SMI_ADR[11
interface SMI_ADR[12
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
ADDRESS BUS SDRAM O
interface SMI_ADR[13] ADDRESS BUS SDRAM O
interface SMI_CS[0
interface SMI_CS[1
CHIP SELECT BANK0 O
CHIP SELECT BANK1 O
interface SMI_RAS RAS SDRAM O
interface SMI_CAS CAS SDRAM O
interface SMI_WE SDRAM WRITE ENABLE O
interface SMI_DQML DQ MASK EN LOW O
interface SMI_DQMU DQ MASK EN UP O
81 - VDD3_3 3.3V POWER SUPPLY POWER
82 Share memor
interface SMI_CLKIN SDRAM CLOCK IN O
83 - VSS GROUND POWER
84 Share memor
85 Share memor
86 Share memor
87 Share memor
88 Share memor
89 Share memor
90 Share memor
91 Share memor
92 Share memor
93 Share memor
interface SMI_DATA[0
interface SMI_DATA[1
interface SMI_DATA[2
interface SMI_DATA[3
interface SMI_DATA[4
interface SMI_DATA[5
interface SMI_DATA[6
interface SMI_DATA[7
interface SMI_DATA[8
interface SMI_DATA[9
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
94 - VDD2_5 2.5V POWER SUPPLY POWER
95 Share memor
interface SMI_CLKOUT SDRAM CLOCK OUT O
96 - VSS GROUND POWER
97 Share memor
98 Share memor
99 Share memor
100 Share memor
101 Share memor
102 Share memor
interface SMI_DATA[10
interface SMI_DATA[11
interface SMI_DATA[12
interface SMI_DATA[13
interface SMI_DATA[14
interface SMI_DATA[15
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
DATA BUS SDRAM I/O
103 RESERVED RESERVED I/O
104 RESERVED RESERVED I/O
105 RESERVED RESERVED I/O
106 RESERVED RESERVED O
107 - VDD3_3 3.3V POWER SUPPLY POWER
108 - VSS GROUND POWER
109 JTAG TRAT4 TEST RESET I
110 JTAG TMS TEST MODE SELECT I
111 JTAG TDO TEAT DATA OUT O
112 JTAG TDI TEST DATA IN I
113 JTAG TC
TEST CLOCK I
114 TIMER PWM2 PULSE WITDH MODULA2 I/O
115 TIMER PWM1 PULSE WITDH MODULA1 I/O
116 TIMER PWM0 PULSE WITDH MODULA0 I/O
Page 25
PIN NUMBER DESCRIPTIO
N
N
Q2[2]
Q)
Q2[1]
Q)
Q2[0]
Q)
[0]
[1]
[4]
[3]
[2]
[0]
[0]
[1]
[0]
]
[1]
]
[2]
]
[3]
]
[4]
]
[5]
]
[6]
]
[7]
]
[8]
]
[9]
]
[10]
]
[11]
]
[12]
]
[13]
]
[14]
]
[15]
]
[1]
]
[2]
]
[3]
]
[4]
]
[5]
]
[6]
]
[7]
]
[8]
]
[9]
]
[10]
]
[11]
]
PIN NAME MAIN FUNCTIO
117 EMI Interface CPU_OE OUTPUT_ENABLE I/O
118 EMI Interface CPU_RAM_CLK SDRAM CLOCK O
119 - VDD2_5 2.5V POWER SUPPLY POWER
120 CLOCK & RESET PIX_CLK 27 MHz main clock I
121 - VSS GROUND POWER
122 CLOCK & RESET VDD_PLL VDD PLL=2.5V POWER 2.5V
123 CLOCK & RESET VSS_PLL GND PLL=GND POWER GND
124 CLOCK & RESET RESET CHIP RESET I
125 INTERRUPT IR
126 INTERRUPT IR
127 INTERRUPT IR
128 EMI Interface CPU_BE
129 EMI Interface CPU_BE
IRQ[2](MD_IR
IRQ[1](ATAPI IR
IRQ[0](SERVO_IR
BYTE0 ENABLE O
BYTE1 ENABLE O
130 EMI Interface CPU_RW READ-NOT WRITE O
131 EMI Interface CPU_WATE WATE STATE I
132 EMI Interface CPU_CE
133 EMI Interface CPU_CE
134 EMI Interface CPU_CE
135 EMI Interface CPU_CE
CHIP SEL.BANK3 O
CHIP SEL.BANK2 O
CHIP SEL.BANK1 O
DARAM_RAS0 O
136 - VDD3_3 3.3V POWER SUPPLY POWER
137 - VSS GROUND POWER
138 EMI Interface CPU_RAS1 DARAM RAS I/O
139 EMI Interface CPU_CAS
140 EMI Interface CPU_CAS
141 EMI Interface CPU_DATA
142 EMI Interface CPU_DATA
143 EMI Interface CPU_DATA
144 EMI Interface CPU_DATA
145 EMI Interface CPU_DATA
146 EMI Interface CPU_DATA
147 EMI Interface CPU_DATA
148 EMI Interface CPU_DATA
DARM CAS0 O
DRAM O
DATA[0
DATA[1
DATA[2
DATA[3
DATA[4
DATA[5
DATA[6
DATA[7
149 - VDD2_5 2.5V POWER SUPPLY POWER
150 - VSS GROUND POWER
151 EMI Interface CPU_DATA
152 EMI Interface CPU_DATA
153 EMI Interface CPU_DATA
154 EMI Interface CPU_DATA
155 EMI Interface CPU_DATA
156 EMI Interface CPU_DATA
157 EMI Interface CPU_DATA
158 EMI Interface CPU_DATA
DATA[8
DATA[9
DATA[10
DATA[11
DATA[12
DATA[13
DATA[14
DATA[15
159 - VDD3_3 3.3V POWER SUPPLY POWER
160 - VSS GROUND POWER
161 EMI Interface CPU_ADR
162 EMI Interface CPU_ADR
163 EMI Interface CPU_ADR
164 EMI Interface CPU_ADR
165 EMI Interface CPU_ADR
166 EMI Interface CPU_ADR
167 EMI Interface CPU_ADR
168 EMI Interface CPU_ADR
169 EMI Interface CPU_ADR
170 EMI Interface CPU_ADR
ADR[1
ADR[2
ADR[3
ADR[4
ADR[5
ADR[6
ADR[7
ADR[8
ADR[9
ADR[10
171 - VDD2_5 2.5V POWER SUPPLY POWER
172 - VSS GROUND POWER
173 EMI Interface CPU_ADR
ADR[11
174 EMI Interface CPU_ADR[12] ADR[12] O
TYPE
I
I
I
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
O
O
O
O
O
O
O
O
O
O
O
Page 26
PIN NUMBER DESCRIPTIO
N
N
[13]
]
[14]
]
[15]
]
[16]
]
[17]
]
[18]
]
[19]
]
[20]
]
[21]
]
[0]
]
[1]
]
[2]
]
[3]
]
[4]
]
[5]
]
[6]
]
[7]
]
[0]
]
[1]
]
[2]
]
[3]
]
[4]
]
[5]
]
[0]
]
[1]
]
[2]
]
[3]
]
PIN NAME MAIN FUNCTIO
TYPE
175 EMI Interface CPU_ADR
176 EMI Interface CPU_ADR
177 EMI Interface CPU_ADR
178 EMI Interface CPU_ADR
179 EMI Interface CPU_ADR
180 EMI Interface CPU_ADR
181 EMI Interface CPU_ADR
182 EMI Interface CPU_ADR
183 EMI Interface CPU_ADR
ADR[13
ADR[14
ADR[15
ADR[16
ADR[17
ADR[18
ADR[19
ADR[20
ADR[21
O
O
O
O
O
O
O
O
O
184 - VDD3_3 3.3V POWER SUPPLY POWER
185 - VSS GROUND POWER
186 PIOs and communication PIO0
187 PIOs and communication PIO0
188 PIOs and communication PIO0
189 PIOs and communication PIO0
190 PIOs and communication PIO0
191 PIOs and communication PIO0
192 PIOs and communication PIO0
193 PIOs and communication PIO0
194 PIOs and communication PIO1
195 PIOs and communication PIO1
196 PIOs and communication PIO1
197 PIOs and communication PIO1
PIO0[0
PIO0[1
PIO0[2
PIO0[3
PIO0[4
PIO0[5
PIO0[6
PIO0[7
PIO1[0
PIO1[1
PIO1[2
PIO1[3
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
198 - VDD2_5 2.5V POWER SUPPLY POWER
199 - VSS GROUND POWER
200 PIOs and communication PIO1
201 PIOs and communication PIO1
PIO1[4
PIO1[5
I/O
I/O
202 PIOs and communication TRIGGER_IN TRIGGER_IN FOR DCU I/O
203 PIOs and communication TRIGGER_OUT TRIGGER_OUT FOR DCU I/O
204 PIOs and communication PIO2
205 PIOs and communication PIO2
206 PIOs and communication PIO2
207 PIOs and communication PIO2
PIO2[0
PIO2[1
PIO2[2
PIO2[3
I/O
I/O
I/O
I/O
208 PIOs and communication PIO2[4] PIO2[4] I/O
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