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llfliA" SERVICE MANUAL SEGA SATURN (PAL)
NO. 013- 1
ISSUED JUNE, 1995
CONTENTS
1. SPECIFICATIONS · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 3
2. IDENTIFYING PARTS · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 4
3. ACCESSORIES· · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 5
4. IDENTIFICATIONS AND LOCATIONS OF CIRCUIT BOARDS · · · · 5
5. DISASSEMBLY PROCEDURE································· 6
6. CD DRIVE MAINTENANCE AND ADJUSTMENT· · · · · · · · · · · · · · · · 8
7. BLOCK DIAGRAM · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 11
8. SCHEMATIC DIAGRAMS · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 13
9. CIRCUIT BOARD DIAGRAMS · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 27
10. PARTS SPECIFICATIONS .. ··· .. · .. · .. ··· .... ····· .. ···· .. · .. 32
11. EXPLODED VIEW & PARTS LIST · .. · · .. · · ...... · .. · ...... · .. 70
11-1. Exploded View··········································· 70
11-2. Mechanical Parts List · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 71
11-3. Electrical Parts List · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 72
11-4. Accessories/Package list · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 77
Sega Enterprises, Ltd.
PROTECTION OF EYES FROM LASER BEAM DURING SERVICING This set employs laser. Therefore, be sure to follow carefully the instructions below when servicing.
Warning When servicing, do not approach the laser exit with the eye too closely. In case it is necessary to confirm laser beam emission. Be sure to observe from a distance of more than 30 em from the surface of the objective lens on the optical pick-up block.
£ Cautio"' Invisible laser radiation when open and interlocks defeated avoid exposure to beam
Caution Use of controls or adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure.
This console is classified as a CLASS 1 LASER product.
SAFETY PRECAUTIONS Notice: Comply with all cautions and safety related notes located on or inside the cabinet and on the chassis. I. When replacing a chassis in the console, all the protective devices must be put back in place, such as barriers, non-metallic
knobs, adjustment and compartment covers/shields, isolation resistors/capacitors, etc. ' When service is required, observe the original lead-dress. Extra precautions should be taken to assure correct lead dress in
the high voltage circuit. 3. Always use the manufacturer's replacement components. Especially critical components as indicated on the circuit diagram
should not be replaced by other manufacturer's. Furthermore, where a short-circuit has occurred, replace those components that indicate evidence of overheating.
PRODUCT SAFETY NOTICE Many electrical and mechanical parts have special safety-related characteristics. These are often not evident from visual inspection nor can the protection afforded by them necessarily be obtained by using replacement components rated for higher voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in this Service Manual. Electrical components having such features are identified by marking with a it, in the parts list in this Service Manual. The use of a substitute replacement component which does not have the same safety characteristics as the SEGA recommended replacement one, shown in the parts list in this Se[Vice Manual, may create shock, fire, or other hazards. Product Safety is continuously under review and new instructions are issued from time to time.
CAUTION ON FUSE REPLACEMENT Caution: For continued protection against risk of fire, replace only with same type, amperage, volt fuse. Attention: Afin d'assurer une protection permanente contre tout risque d'amon;age electrique, replacer uniquement
par un fusible de meme type et de amperes volts.
8 This symbol indicates a Fast Operating Type Fuse .
.8. This symbol indicates a Time Lag Type Fuse.
-2-
Audio CD:
SATURN COMPATABILITY
The normal audio Compact Disc is playable on the Saturn machine, and can be altered with all the effects of a modern Hi-fi and more. Surround sound, vocal cut-out for Karaoke, program sequence of tracks and shuffle to name but a few. You need no extra equipment to play music CDs on your Saturn.
CD+G:
CD and Graphics are a format where simple visuals can appear on the screen that relate to the music. These visuals might include stills of the band, or other pictures. You need to buy no extra equipment to use CD+G on your Saturn.
CD+EG:
CD and extended graphics is a new medium ready to be utilised by the music community. It is basically an enhanced version of what is described above in CD+G. You need no extra equipment to use CD+EG on your Saturn.
MPEG:
MPEG is the standard industry format for compressing Full Motion Video footage. This means that the footage takes up less disk space, and when it is to be viewed, the MPEG program decodes the footage and plays it on screen. The MPEG add-on is needed in order to use the MPEG video CDs and Philips CDi. At the current rate of compression one movie can fit on two CDs.
', I
Developed by Philips, CDi is an interactive CD format that can be used in a variety of educational and entertainment purposes. Using video footage and CD quality sound CDi has become an industry leader in the field of interactive fun._ The MPEG add-on is required to access the full range of CDi software
Kodak Photo CD:
Photos stored on CD have theoretically infmite life, are always picture perfect and will never fade or be otherwise damaged. The Saturn can access Kodak Photo CDs with the use of another Saturn CD which allows the user to see display the photos in various ways. There are many Kodak Photo CD stores open in the major cities.
Frame Buffering: A technique to maximise graphic display performance by letting the graphics processor chip "set aside" images it has already calculated, allowing it to work on enerating the next fraction of a seconds visual images, all while the screen is still busy painting the last fraction of a second's display.
Playfields: The background(s), anything that is on screen that it not a . sprite. When two playfields (layers of bacground) are contolled properly, parrallax scrolling can result.The Sega Saturn has a whole chip dedicated to controllingbackgrounds (the VDP2 or Video Display Processor 2") that can generate 5 distict layers of background at the same time.
Polygons/Second: (1000's of) The number of polygons of a given size that can be drawn on the screen in one second. This figure does not include the size of the polygons, nor their texturing, shading, or lighting.
Realtime: An important adjective that usually indicates the game display is being re-calculated every second, taking into account the full effects of the player's actions. When reffering to a game's response or speed, it means the game responds instantly to the player's commands.
Render: Drawing 3D graphical objects on a computer or game machine. "BUG" and "Clockwork Knight" are filled with beautifully rendered characters.
Texture Mapping: Copying a bit-map onto the faces of selected polygons to give the illusion of surface texture. "Daytona USA" is a great example of a texture mapped game.
Wireframe: A connect the dots approach to showing graphical objects by drawing lines between sets of points that make up a geometric outline.
Dynamic Perspective: Constantly changing the point of view ("camera angle") so that the players feel that they are weaving in and around the on-screen action. Typically requires strong scaling and rotational capabilities. This can be seen on Sega Sports games on Saturn.
1. SPECIFICATIONS
Ratings
Model MK - 80200-50
Power supply AC220-240 V 50/60 Hz
Power consumption Approx. 20W
Operating environment Temperature 5 °C to 35 °C HumiditylO% to 80% RH (no condensation)
Dimensions 260 mm(W) X 230 mm(L) X 83 mm(H) (10.2 inches) x (9.0 inches) x (3.2 inches)
Specifications
Master 32bit RISC SH2 (28.4 MHz, 25MIPS)
CPU Slave 32bit RISC SH2 (28.4 MHz, 25MIPS)
Sound 68ECOOO (11.3 MHz)
Work RAM 16 Mbit
Video RAM 12 Mbit
Sound RAM 4Mbit Memories
CD Buffer RAM 4Mbit
IPLROM 4Mbit
Backup RAM 256 Kbit
Resolution 320 x 224 dot etc.
Graphics Colors 1024/2048 (16,770,000 simultaneous transmission)
Sprite Enlargement, Reducation, Rotation, Transformation
5 screen maximum
XY Scroll 4
Rotation 2
Enlargement I reduction 2 Scroll
Windo~ 2
Vertical cell scroll
Special features Lateral line scroll
Enlargement I reduction
Polygons Specialized hardware
Wire frame CG Functions
Special features Flat shading
Gouraud shading
32 channels
Sound PCM & FM sound source 16 bit sampling Sampling rate 44.1 kHz max. AudioDSP
CD-ROM Intelligent double-speed CD drive
[Note] Characteristics and specifications may be changed without notice.
-3-
2. IDENTIFYING PARTS
2-1. Front View of Console 2-3. Control pad
OPEN Button Cartridge Slot
ACCESS Light
CONTROL PORT 1 CONTROL PORT 2
2-2. Back View of Console
Master Reset Switch
DIRECTIONAL Button START Button
2
RIGHT SHIFT Button
A Button B Button C Button
POWER Jack
AN OUT Jack
-4-
3. ACCESSORIES
Positive Side
B Lithium Battery (CR2032) RGB Cable
AC Cable [UK] AC Cable [SOE] AC Cable [AUSTRALIA]
4. IDENTIFICATIONS AND LOCATIONS OF CIRCUIT BOARDS
CD Drive Unit
P. SW Board
Main Board
R. SW Board
Fig. 4-1
-5-
5. DISASSEMBLY PROCEDURE 5-1. Top Case Removal
1) Remove six screws ® and then the top case in the direction of the arrow.
Fig. 5-1
5-2. CD Compartment lid Removal 1) Remove two screws ® and then the bracket lid CD
spring. 2) Remove spring © . 3) Remove two screws@ and then the oil dumper. 4) Push the lever in the direction of arrow ® to
release the boss and then push the lever in the direction of arrow ® to remove the CD compartment lid.
Fig. 5-2
5·3. CD Drive Unit Removal 1). Disconnect two connectors and one flat cable. 2) Remove the CD drive unit in the direction of arrow
©.
Fig. 5-3
5-4. SH-1 Board Removal
-6-
l) Remove four screws ® and then the top shield plate.
2) Remove screw CD and release three tabs, then lift the SH-1 board in the direction of arrow Q) to remove it.
Fig. 5-4
5-5. Main Board Removal 1) Remove four screws ® holding the CD drive
unit supports. 2) Remove five screws © and then the main board.
Fig. 5-5
5·6. Power, Power Indicator and R. SW Boards Removal
I) Remove three screws If@ and then the power
board.
2) Remove screw ® and then the power indicator
board.
3) Remove two screws @ and then the R. SW board.
R.SWBoard
Fig. 5-6
-7-
6. CD DRIVE MAINTENANCE AND ADJUSTMENT
6-1. Maintenance of Pickup
I) Checking the laser diode
As the laser diode wears out, the RF level
(amplitude of eye pattern) becomes lower.
Check that the RF level is 0.8V - l.4Vp-p during
maintenance. If the RF level is less that 0.8Vp-p
then the pickup should be replaced.
2) Variable resistor on the APC board
The variable resistor attached to the pickup on the
APC board is used to adjust the output power of the
laser. This adjustment is done at the facto!}' and
can not be performed in the field. If the laser's
output power is low, the laser diode has worn out
and should be replaced. Adjusting this variable
resistor may cause damage to the laser diode.
6-2. Laser Pickup Replacement Procedure
-8-
Turn the power switch off and unplug the power cord from the AC outlet.
1 Replace the pickup.
1 Set the door close detection switch to on manually and turn the power switch on. Check that the laser emits light for approx. 3 seconds and the pickup lens moves up and down.
[Note] Be careful not to bring your eyes too near to the laser and do not look straight at it as this is dangerous.
l Check the FE bias.
I Adjust the focus gain.
1 Adjust the TE balance.
l Adjust the tracking gain.
I f
Check that the eye pattern waveform can be
observed at the RF test point. (0.8-1.4Vp-p)
I i
Replacement complete
[Note] Since the adjutments influence each other, it may be necessal}' to repeat them 2 to 3 times. times.
Adjustment Preparation Apply markings to the positions of the variable resistors
before adjustment. If the adjustment are out of the
specifidtions, the following symptoms may occur.
[Focus gain] If the focus adjustment is too low the pickup lens will not
be able to focus properly and the disk will not rotate. If the
adjustment is too high portions of a track may be skipped
and noise will increase.
[Tracking gain] If the tracking adjustment is too low the drive is more
susceptable to shocks or bumps, portions of a track may be
skipped or the disk time counter may stop.
If the adjustment is too high the pickup lens may oscillate
leading to unstable or distorted sound.
The focus and tracking adjustments are done so as to
mutually satisfy conflicting characteristics.
6-3. Test equipment and tools necessary for adjustment
I. Oscilloscope
2. DC voltmeter
3. Non-metallic adjustment screwdriver
4. Test CD (A-BEC TCD-792A)
6-4. CD Drive Unit Adjustment Procedure
r--------------------------, : : , , ' I ' ' I ' ' ' : $ ~-- ____ B ____________ r ____ !
IC201 ! \ €>C401 'I
'' '' ' ' I I
' ' I I
' ' ' ' ' ' ' ' : '
'
10k Q
FEIN
vc
10k Q
BPI.._
0
IW Fig. 6-2
Oscilloscope
Fig. 6-3 ' r----------------- '-------------------------------------------------------··---------------------------------------
R104 R111 R113 R118 R114
t:rn ~ L@] I BPij I F. OFFI FE IN. GND
Fig. 6-1
-9-
6-4-1. FE (Focus Error) bias adjustment and focus gain adjustment
I. Connect the oscilloscope to test point FE IN as
shown in Fig. 6-2.
2. Turn the power switch on and set the CD drive to
the stop mode.
3. Adjust Rll4 (FE bios) so the DC voltage at the
test point (FE IN) is OV.
4. Play the first track of the test CD and adjust
Rill (Focus gain) so the DC voltage is - 7mV.
6-4-2. FE balance and tracking gain adjustments
I. Connect the oscilloscope to test point BP IN as
shown in Fig. 6-3.
2. Turn the power switch on and play the first track
of the test CD.
3. After play has begun, connect the TEST pin to
GND.
4. Adjust RI04 (FE balance) so the center voltage
of the waveform is OV.
5. Adjust Rll3 (tracking gain) so the amplitude of
the wavefonn is 0.4V as in Fig. 6-4.
Fig. 6-4
-10-
2
3
4
5
6
7. BLOCK DIAGRAM
CLOCK!
POWER SUPPLY BOARD
/CN3 t +9V (CO DRIVE. FOR PLLlUSED FOR THE POWER SUPPLY +SV (VCC. AVCC2l USED FOR ALL CHIPS OTHER THAN SDRAM +3 3V ~VCD USED FOR SDRAM ..__ _ __,
fCtRTRI DGE CONNECTOR L CNl
I ~XBGO-EXBG2~ t__~.:.::.:;.:.......:-=-::=-:.:_--l,~ I 0 [)
SHI ~ BOARD CONNECTOR
.-----------------· 1 MPEG 1 1 CO~TOR 1 I ~103) I I I I I I I
I lJ I I I I ~ I 1 OCU I
14 ~ PLL ~~~~~~~t~ I C20 MCLKO MCLKI
~ J ,I 1 ~t~l 1. UP TO S BACKGROUND SCREENS (SCROLL SCREENS)
•DISPLAY PRIORITY ·CAN MOVE SCREEN UP. DOWN. RIGHT. LEFT. ROTATE MAGNIFY AND REDUCE
•COLOR OFFSET
I IC301 I I I I I I I I I 1 _ SHl 1 1 1----. IC!OI I I I
I \ ~:1 (Ng~o8~~Dl /'1/ NTs/ // DOTSEL EXTCLK
·SHADOW
• OSP FUNC Tl ONS LIKE CO-PROCESSOR FOR SH2
• INTERNAL WORK RAM
D. AUDIO t__---+---t MULTIPLEX
IC33
1 _ BUFFER ---.. RAM
I CI02
4Mb it
I I I I
·28. 6MHz 32bit RISC CPU
·4Kbyte CACHE • INTERNAL MATH PROCESSOR
•32bit INTERNAL/EXTERNAL
.---·j SH2 (MASTERl
!Cl
A-BUS ( ADO-AD IS. AAO-AA25.)
;,..__ ____ ...., A-CONTROL \ scu 1+----------\\--L__----f---+--_j
~--------.--------+! ·DSP ([ 4 3MHz)
J~~~~--- -1~102~--- -~ J
SH2 J (SLAVE:) IC2
L---..
C-BUS
( CDO-CD3l. ) -CAO-CA24. CONTROL
DCC IC6
[-----.
-
f-----.
WORK RAM HIGH IC3 -4Mb it
(SORAMl
WORK -4Mb it RAM HIGH IC4
(SDRAMl
·3DMA CHANNELS I CS 1------,-----~,-------r-t------t---1 SCSP DAC
B-BUS 1 ' IC17 IC~2 ( BOO-BOIS. ) ~ ·DSP (SOUND> 1
B-CONTROL L--r--.---' • ~~~~~ELS •PIXELS SPRITES. ~ ....-~--.. ·FM 8CHANNELS
POLYGONS .. l ---- VOP I ""-----~ VDP2 1----, •COLOR CALCULATION')~ ICIO IC14 •TEXTURE •SHADING
2Mb it
SPR l TE CHARACTER I-
RAM ICll
--FRAME - 2Mb i t
1-- RAM IC12
VIDEO 1------- RAM
!CIS SOUND
SOUND - 4Mb i t L__,. RAM
ICI9
4Mb it I §~~ JI C26~ r c1o Ec-sus
4Mbit ~VER (ECDO-ECDIS.)
IV~~ ==------------ ECA I -ECA 19
--.--
CPU ~:16bit CISC CPU 68ECOOW •II. 3MHz ICI8
r---------, I I I MPEG I 1 r--e- VIDEO 1 I IC301 I I I I + I I 9 I I I I BUFFER I I lC302 I
4Mb it I I I I 1 MPEG 1 1 j----. AUDI 0 I I IC40 I I I I I I I I
: PROGRAM --i-4Mbit
I '- ~~~~3 I I I I I- UP TO 72 Ml NUTES I MPEG I (30 FRAMES PER SECONDl I I I BOARD I POSSIBLE ON ONE co.
l <OPT I ONAU l L---------.J
r----, I 1 ~ 1- X2 SPEED 1 V () \ 1 CD-ROM I 1\ } I I 1 '-....-/ I I L...y- I CD I T :DRIVE L ____ J
•32bit RISC CPU •20MHz •4Kbyte CACHE ·INTERNAL DAC • 32b it INTERNAL. 16b it EXTERNAL •INTERNAL MATH PROCESSOR
DATA __,. r~~ll< ~ ~I ~C~7 - 4Mb it
FRAME -2Mb it L..... RAM
VIDEO ~RAM
IC16 '-------t·l RGB ENCODER
-~ IC21 TO TV
ONLY -- r-===~ L....--
.--WCRK
y illRc",hlC BACKUP - 256Kb i t [-----. RAM
IC32 IC8 CLOCK3
4Mbit4 TMHz
TO n -....1----.. f___- (~~~i~OL ) X3 CONTROL ul----1+------t SMPC ~ PADS [2_0-- IC9
BATTERY (CR2032l
A B c - 11 --
CLOCK4 32 768KHz
X4
·VDPI READS DRAW COMMANDS FROM HERE AND THE DRAWS TO THE FRAME RAM
[ c 13
'--2Mb it
j INPUT: MRES FROM SW3. SRES FROM SWl SYSTEM RESET CONTROL l OUTPUT: CORES. COPRORES. SNORES.
~ SYSRES. MSHRE~ SSHRES
D E
CNS
F G H
8. SCHEMATIC DIAGRAMS 8-1. Schematic Diagram-1 [Main C.B- 1/6)
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~j~*~~~~~==j:~~~j ~:~ I'-'C"'D;;I2 __ -il.!i50<-l COI 2 NC"'Olo\11 __ -:lc;:48H COli
1'-'~~~9,_' o __ -;:.:;:~,..... : o cOB 145 COB COl l4l COl CD6 142 C06 cos 141 cos
~~~ :~ C04
C02 ll6 : COl IJS COl coo 134 coo
I'-~CA~24;-..cl~l3;...~ CA24 I'-~CA'='2lf--il""l2~ CAZl I'--7.CA~22;---il"'ll<-l CA22 l'--7.cA~21;-_,.;I:,;:lOH CA2I J'--7,CA7;20;-_,.;1'"'28;'-J CA20 I'-~CA7.19;--il""26,..... CA 19
~==~~:;:~t=~:~~~~ ~::~ f'---;C"A~16c.._-71~23;..J CA 16 l'-~cA71S,_-il'='22~ CA IS I'--'C;:;A~I4---717;20;..! CA 14 f'--...;C"A"'Il:---71.;.,:19;-t CAll 1'-~CAC!-'12;----il'-"18'-f CAl 2 I'-~CA7.IIf--il~l6~ CA II I'--7.CA:,c10,__-il~l4;1 CAl O l'--7.cA,;-9 --_,.;lc.;;llH CA9 I'--7.CATB --...;1:7'121-1 CAB 1'-~CA:;,-7 ---il:,oll<-1 CA 7 I'--7.CA,._6 ---ii"'09;1 CA6 I'--7.CA:.;-5 ---ii~OB0-1 CAS J'--7,CA;4 --_,.;1~07;..-j CA4 I'-~CA7J __ -ii~06H CAl I'--7.CA:;.2---ii~OlH CA2 I'--7.CA:;,I ---ii~02;-t CA I '-....::!.CA,_O ---'1"'-0 1'--J CAO
~ SiPAsSCAPACJT~ rri"rCi------ ~ ~ Bir/:ssciPACir~ r!Jlrtz------ ~
1 vee M21~i f~2.4Ma 54. 6a 67. 84. 9t. 1 1 vee t,J\~i ~~2.4Ma 54 60 67. 84. 9t. 1
I GilL!. 14. 2a 26. ll42. 50. 56. 69. 78. 8f> I I G!IJ,6. !Ua 26. 3l 42. 50. 56. 69. 78. 86. I I 91.98 115. 121. ll4. 141 I I 91.98. liS. 121. 134. 141 I I vee I I vee I
I I I I
: d:C67 J~ "Jc3 CE2 : : .G;- J:C69 J:C6 CE4 : I I a. ,. I o.,. I 0.1• ,. I :fa.,. T~'· TD.I• I• I
I 01P'l7 I I 1 I
L---------------JL---------------J
r-~--:~""'7""---,-r7""":r7-:r7""7"""-----------------'BO!!!B-t--<= 88USC~rnQ ® ~1;:S1il'i' tl .-.imm
res l!S-5688
scu
z 1--MC\1__.<::1
~~~~~
I
~l~~ vee
vee 00.:1 RICO !OK 0011 RIO! !OK 0012 RI02 !OK
R9B ID!l R!Ol !OK !OK CRil Ri04 !OK
MIREO ~ MIRQ © CRAS RlOS !OK
1'~~~~~::~~6~7~r.:~~~~~
ADIS ~15c.._ __ ,;:AD;;_I5~~
AOU ~:~:----~:~g_:;._; ---.J :~:; ~12:_ __ .;:A0;;_12;.._~I AOll h'IOc.._ __ ,;:AO;;_I,;_I --~I AOIO ~~ ----~~gi'!..O ---..1
:~ !-;;..6 ____ ,;:AA008~7--~I A07 i--<-5 ---,;:;;.--~1 A116 !+~ ----~:~~---..1 AilS 1,..;.2 ____ ,;:A0~4--~I
A04 207 AOl AOJ 206 A02 ADZ 205 AOI
:~: 204 ADO
eeSI RIOB !OK eesz RI09 !OK eeSJ RIIO !OK CIVECF Rill !OK CBS Rll2 !OK CRill Rill !OK CVAIT Rll4 NOT USED CIRLO RIIS NOT USED CIRLI Rll6 NOT USED ciRL2 Rill NOT USED CIRLl Rll8 NOT USED BRLS Rl19 NOT USED BGl Rl20 !OK BACK Rl21 NOT USED BRfO Rl22 !OK
vee
RAS IOK•B 5
AA2S ~20~l--__,;!AA~2?-5--.. AOIS I r---"-
AA24 ~~~~===j:~~~;=~: 1,....0~'=-0:o..;~--!;-; -1---\,M.r-e AA2l .-45 AA22 AOI2 4
::~! :~4:2a===~AAA~~A:I09I=~ ::~~~!.!:;.:;:~~~8~"!-~VINJI\r~ AA 19 l-'l;;9------'A~A'-.;l8~1 1,..-':::=----!;-9 -1---\,1\1\r-e AAIBI-JB~--...!A~A~II~I 1..--'=----'-+-vv\.4 AA17l-l~l---!A~A~I6--J 81~2 --.o AAI6 1-'36~---'A~A~IS~I AA IS l-'lf'4------'A~A'-'14---1 Q AA 14 !-'3:;;;3------'A~A~IJ---,J vee AA I J l-l~2---!A~A,.,I2--J AAI2 ~30------'A;;A~ll~l AAII 1-29~---'A;;A~IO~I AAIO I-'2~8----'A~A9;;-,I
AA9 I-'2~6'-----'A~A8!__,1 AA8 ~zs'-----'A;;A~7 ~I AA7 24 AA6 AA6 23 AAS AAS 22 AA4 AA4 1-'2~0------'A;;A;.l ~I AAl ~18'---'A;;A;..2 ~I AA2 ~17:------'A~A;-.1 --J
::: ~16:_____,A~A,_O ~I
Rl24 4/K
A07 A06 ADS
AOJ
AD! ADO
vee
RA4 lOK•B 5 I ...----"+-2 3 -v
BIJ97~
vee
Rl25 ~7!(
88
'---'00~=> AA8US
'-...;...:,..:>....:>...::.....::.....::..._:,_..:...._ ________ .:._ __ ~882<:::> ABUSC(JfrnQ CD r-----------------, I 8YPA1S CAPACITOR F<Jl ICS I
I VCC ,9. 21. 31 . 41. 55. 69. 79. 94. lOS. 117. I 1 121. 139. 149. !60. !Ia 184. 193. 208 I
I IN) ~~1 lol9d~: rfs.4M2·1~ al::v. I 1 1\1.157.164. 112. 179.189. 199 ~ 1
I V I 1_r.: T T j_ I 1 C72 *~71 *CIO ::;::C9 CE7 1 I ~; I a. I• I o. I• I 0. bo I• I
I 1 I
L- -------- ----J
2
3
4
5
6
~------~A~------~--------~B~------~---------~C~-------L--------~0~-------L--------~E--------~--------F~------~---------G~------~--------~H~------~ 13 - 14-
1
2
3
4
5
6
8-2. Schematic Diagram-2 [Main C.B - 2/6]
@ EXIIC IB YIIEO@
GD~~~~ ~~~~~--~------------------------------------------------------------------------~~ ±~fUSED
OOTQ..K2 ® ® BIBJS 88
® r£U( I ,.....__.!i_ IQK
@ STSRES ~ RESET
SCSI 11 ~
=~ _R( ijj IROI 21 0Tr N~--------=:d mo '-.-=:BRil.:_:__ll _______ 2::!d; ~
l'--i800Sf.'------- ----!8 ~! 'IIIUSO 1'--'BO~l---------*-125 'IIIUSI 1'--602~-------~ 27 '18US2 1'--i:~--------i<i;-1 28 'IIIUSJ I'--BO;<;;IJ5;;-----·---_l9_-;;;;-t '18US4 l'--'eo""IJ60'-----··- - ---7Ju:<-l vaus5 ('-- lll ... U::i--1----- - ---ili-il '18US6 1'-~re:;,----------'<JJM '18US7 r-~:;;----------'<7-1 vaus8 1'----lO::f.------- ---iH VBUS9 1'-----.<iiirr-------- ---i;'-1 'IIIUSIO 1'-~;;.,;.-----·----'<:-1 'IIIUSll 1'-~~--------'<:-1 '18US12 r---;;;;:i-7------ --7i-l 'IIIUSll ('-_,BO~I4;_ ______ ~ 40 VBUS14 '---'BO""'-'lS,__ _______ ~ VBUSlS
_\'fS 14, YeS
.--------------~~~-----~~ ICll
c3/ .. CKESIJ-Riolt-411 RAS j)i·lc;-7 _____ -iVmRAS _______ +;IIl;<1, Vi!AS .___ Y--:-:«1 ~;E ru ~ 16 vc to: veE
.__ __ _:_:lBQ; CS LOilft - 14 VLOOI1 8" VLOOM
~:~ ~ uo,llft ~ ~~ ~- ~~n VR' o 000 VR 001 VR 002 VR OOJ VR 004 ~ 9 005
VROb DlJ6 VHU• 007 VRII8 ]9 008
_YRll9_ 40 009
~:~:o 0010 VR012 45 OOI1 VROIJ 46 0012 VRDI4 48 lllll
~ _49 :::~
AD 21 Al -~ A2 2' AJ 24 A4 , 27 !5 28 A6 29 A7 30 A8 20 !9 19
VRAO VRAl VRA2 VRA; VHA4 VRAS VRA6 VRAI VRAB VRA9
:~~ VRAM~O VRAMAI
::: vRAMA2 165 VRAMAJ
loo ::~~ 167 VRAMA6
VRAII~l
4 ::::
vee ic-- VI ..lli. VRA/100 vee r-- 144 VRAt10 1
:~~~ E ~ "; ~~~~ :~~~ 1t= y VIi :~: :: vss '26 e:;3f ~~l.f~'t:fK'f:fv--c.; ~:-:·;;.; -~ ::: VSS f¥- " VRAt109
VSSQ Vf< VRAt1011 vssa ~ vR 155 VRAt1DIO
VSSQ :: :~; VRAt1012
~H~lT-ACH_I_v_sso__,~ ::,l !58 :::~ C4 [,---"0=---'-16~0 VRAt1015
r--------- - ---- -, I BYPASS CAP~Cl TOO FOR lCIO I
1 veed ~3~52.75.9~ 11 7. 1 l6. 159 1
I GJ«J fo; t [2.2M\ K i!l614l0 ~~~ 89. 9' - I I I I ~ I I y I
: I I I I • CES I I ~
I I L- ------ ----- -- - ~
A B
- 15-
IClO JIS-5689 VOPl
c
nBb-~~========~FOeS==========================~~ 1"0\l I)~ fOwt
!C12
F'mru ,60 FOR~S t: m SD-RAM-2M ~ Ln
Fnro l:l:;T--61-----~ FOCC~.~S------ii<lll CAS liE J)~,.._---' FIUXJI "62 FIIWin 1_4 LOO~ cs J)l,_B __ _, FIILOJI 6J ~oWin uoc~
FOCLK ~ FOCI cu:
FO~O !~ F,IAO 21 ~O FOAl "' IAl 22 Al F0~2 1-_;':T------;;::;1.<2:;------~-t ~2
~::~ 49 ::! :! FOAS ~: lA~ AS FOA6 · '' 1~6 ~6 F0~7 ~~ ::! ~7 :::: 55 IA9 _1'1_ ~
FOOO 1-:;7---~-~~:~~'-----. ::~ l-7i;-67_-;,;; FOOii-2'.! FOOl 1-':T-::- -.;,;; F00;7-l'.! FOIJ4 f-*--i~~:~---.J ~:~ l-'7i'i-2--:F~006-J FOOl I-'7J.T---:-¥o&f~-J ~:~ J-,7;:.;-6-~F009:.---J
FOOlO l-'77ii;---;F~OO!O;:---J FOOl! IT.-~FODlC\--JI roo12 1-'8<7--1 -~~:~:~~~ FOOIJ I-;8~2-~F001~4I
~:~:~ 1-'8"'--J -'· Fco=ODl~'--J
-----;;; vee ,____£ vee 3. vccc
LAC VCCI I vee~
J,, vcea fo--i. +~;t:f~tf 26 vss
~vss ~vsso
vssa vssa
~ vsso
t£ ~26 t£ ~27
000 H----'.~',;---..,_0 001 t-F--F.<ii;i-J 002 1-7--=-J 0031+-~-J
: r' 9;,--~FOII;;;-----.J fUll
:: 12 FOD 008 39 009 ! 40
0010 1-'1 4;:;.---2 ---;,;;s-..J 0011 l-'1 ":F---;,;"*"..J 0012 1-' 4;;---5 ~*'-..l 0013 1-1 4;r-6 ~iif7--.J 0014 1-'' 411:;-----;,;~..J 0015 1-'1 4;_:_9___:_:::..:..:_-.J
tEe
cs
~~,1~107~----'~~leS_;_ ___ _ ________ __ , I'Jil 106 Fl\IE
:.C13 stRAn-2M ~
FTiUS j)i.lcc.;--D9 ____ F~IR~7-S-----T,II7<1,"ffi~ FICAS 110 ~~~~: 16; ru ;;or r:r.;---'
FlllXJ1 ~:~~ ~- LOlli! CS p1~8 ---' r;~ to6 ~ te J; ~~ t£ i J3 ~ 30
FIAO II FlAO 21 AO FIAI I-T,--f------;,;Fil'i:<-Al _____ ---i22;H AI FIA2 ~IA2 2l ~2 FlAJ FlAl 24 Al
~ ::~ 120 ~::~ ~~ :~ FI A6 FlAb 29 A6 FIA7 ' " FIA7 30 ~~
••• FlAB 20 ~::: 122 FIA9 19 ::
F wo 86 Fl oo ___!_ vee
FIOI 87 HOI 3~ vee F 102 88 Fl02 9C VCeQ F IOJ :~ F :~~ VCCQ
Flll4 92 FI05 ,------~~>----ft"-'"'--1 :~~~
~:~ hH7--T.ifi---J f~li, f~' ~f~'i!f ci:S 26
~ :~ 91 §t2!. FIDlO 98 liD FIDI I F_l_Ol! F1012 Dl< FIOIJ lUI. F1014 lDI4 fiOIS 1015_
Vll'l -2 llf B8
0
vss vss VSSQ vsso vsso vsso
t£~31 OOO ! 2 FIOD
001 : 5 ~:~~ 002 I 6 FlOc IJQ3 I 8 F104 004 I 9 FillS : ~ 1116 007 FIOi 008 _FI
009~-~..---.J 00101-7<- ;,;;;;-"-'1 0011 r.,;-;,;;;;;,--.,1
::~ t-4;r-6--T.iif7--.J 0014 1-': !=.:---:~~~ 0015 1--'-'--:.=:-=--..j
NEe
@ NTSC ,____1!_ NTSCIPAL "'"'"' ~~~ ~ ~
8 IT
)0
80S lllJ6 IIlli ll8
BV Btl
@ IQ.KO 76 u
@ EXSL ~EX§:
@ STSilfS ~ UT
@ExL ~WT
@ EXSYI«: ---.£c Effiii
]~ ~
4( Offii
'' RrnW ~
4' VlNf HINT
20 vuo 21 VDI 22 Yll2 23 V03 25
V04 26 VU5 21 V06 28 VU7 30 Jl V08
32 V09 VDlO J3 VDll ]4 VD12
35 VDll l7 VOI4 J6
VOIS
1'-------i~QI~-----~ 48 EXBGO ~-~~-------~49 E~I ~-~~-------~~~EXBV2 1'--~~------T.--1 EXBGJ ~-~~-------~~; E~4 ~-~~-------~55E~5 1'--~~------~~~~ 1'--~~-------FH~~E~l 1'-----1~;--------T.-1 EX8G8 I'--~~.1~0 ------~~:E~9 1'-t -~~7-------T.-t60 EXBGIO
s--------~61 EXBGll "1T------7;.-.J62 EXBG12
E~ ~~ ~:~ 1'-~ -~~7--------7i-!65 E~15
'i-';----- - - 7;'-166 E~l6
~---i~'i-i;--------;6TJB EXBGL 7 r--~~---------::;c-1 EXBGIB 1'-~ -~;;;;;;;;,;---------*--!;~ EXBV19
~~o------------T,411 E~O El ~~ 12 E~l E~lG2l E~22
_fXON_ 74 ~J
E
IC14 315-5690
VOP2
F
~~-~~~'---------rn7R~----------------------~ w 11a u~t:
IClS
~Wm ~-~:+11'5;-------F.'ii:::~---ii<Jr m'ill-R»t-:m ~ ~-18m •• RM.Ot ~ ': : tD RAL~ " ~ ••~~-----' RALOI go_ RAWI I.()Qft Jl
RClJ( 140 RACLK , • II: -H--o 48 IC -"'-o 49
21 AO OOO 2 R~OO 22 Al 1111 J R~
R~AO IO RAAI lO
10
RAA2 RAAJ RAA4 RAAS R~A6
RAA7 RAA8 RAA9
R~O
R~l RA02 R~J
RA04 RAOS RAD6 R~7
RAre R~
RADIO RADII RADI2 RADIJ R~l4
R~lS
J-+.<>-------j--im~------:5T1 A2 002 RA ~~--------+-~~---------f.HAJ OU 8 : ~~--------+-~~--------~MA4 ~~--~~-.J 1-+.;~--------+--~RA~S-f----------~~ 005 KA ~T---------t--~KAA6~--------f,rl~6 006 -~ ~7---------+--~RA~~7--------~~? ~l R~ 1-T,-~----~-~RAAII;------'iH All Dll8 RA ~~--------~-~KAA9'----------~~9 IJQ9 KA
R~O
RADl RA02 RAO:
"'"' RAI
,10
t i-,--
115
0010 1-*----:~:;--..J 0011 1-7____,~;\--.J 0012 1-*--i~H 001 J r.;-----,~7--..J 0014 ..=.---:=;;-.J 00151-'-'---'=-=-..J
llDCS -' 1!1!'0£ t::4 RBCS RillE
IC16
llllm _2
llllm RBL~ -6
RBLOI
RSRAS I SO-RAn-2M ~ ~-----f--~RBCA;:;..-S------,;;<:1 ffi CXE ~ OT-----+---;;;;;:;;:;--------;-;<:~ ru ~;E IY.f-----' 1-T-------+-~ ::L:!:;;-------.:i-1 LOCIIt fS !:>'-"------'
L_ _____ _;<:. ~~ II: ~ 50
t£ .l.!__Q 51
:~~ :: !-"--- -;;;;; RBDii-3'.!
004 19 : :: 106 007 12 lUI 008 ]9 108
:o~Hi¢ OOI1 RB012 0012 R801! 0013 48 RB014 ::~ 49 RB015
RBAO 1-;;-98 - --------;<;Bi7i-AO ____ ~cf ~0 RBAl ~I
~::~ IAl :~ RB~4 14 ::~ A4
~i:~ :: ::: :~ ~::: 19 R8~9 ::
142 RS~O B ::~ RB :~~ RB02 144 1<t1 9 P. veco RIIOJ 145 veco RII04 147 vcea RBOS 148 +~i. + veco RII06 ~~~ i. . CIJ6
:: :~ '" Btl• 26 vss RII09 .54 RBDIO VSS
RSOIO _55 RSDI : VSSO RSO II _ RBOI2 vssa RBOI2 lSI!_ ___Rilllll_ ~ YVSSSSOO RSOIJ 159 RHU14 f----='- tEe =~:~ 160 RBUI ' L...----,0,...,-14
r ------------------ ----, I BYPASS CAPACITOR FOO le14 I
I vee, 10. 29. 4l 75. 69. Ill. 13n 151 Avec2 B5 I I Gill ;-,~5.1~ ~55~4~\~ 97. 106. A002 81 I I I I g ~~ I
I Q ~ I I I I I I eEl2 I
I 1• AIHI3 = ~~42 I
L--------------~-------J
G H
- 16 -
8-3. Schematic Diagram-3 (Main C.B - 3/6]
@ STSRES
~ ~~~ ® OOBUS 811
~! ® lllUSCOHROL Ell
~ _,,... ~ ~~
g
=
o N
@ rnK I ~ ti:QK ~~~ BOO 6
ti:CO 801 I 802 6 lOll
803 4 tlll2
804 3 IOJJ
80S 2 IOJ4
806 l MC05
807 126 10)6
lOll
BCSS l2S tin 8R!JYS 9 ii:R!!i IRQS 10 iWlT IC19
tt15 l4210AJ-I
t«:~l5 Ill AS " ti:ASO 28 1lE
16 MAO 32 IUo£ 12 "CAS AO
17 MAl 33 MAO
IUo£ l l Ul AI 18 MA2 34
MAl
I« 2 {AI; A2
19 MAl 35 MA2
C92 ::!: C9l li' Al
22 MA4 36 MAl A4
23 MAS 31 MA4
I«Jilli«JT AS MAS USED USED 24 MA6 39 A6 2S MA7 40 MA6
AI 26 MAS 41 MA7
36~ AB ltA8
t«: . 37c--ii NC 00 2 MOO 42
MOO JBo--1! NC Ol 3 MDI 43 MD I
02 4 M02 44
lll2 5 MOl 46 Ol 7 M04 47 MOl
04 B MOl 4B M04
b 05 9 MOb 49 IllS 06
10 M07 so lll6 01 ll MOB Sl M07
vee DB 32 M09 53
MOB
0 vee 09
33 MalO 54 M09 vee 010
34 MDII 55 MaiO
+ f20,+CEl7 Oil 36 M012 56 MOll
0. I• I• 21 012 37 MO ll 57 MDI2
p VSS OIJ 38 M014 58 MOl3
VSS 014 39 MD IS 60 M014 vss DIS MD IS
0
HITACH I
~~ ~~~~i ~g~ E305
=itt ~~~ -=~
'"'"'"' NN -
..-. ~
0
~m~ B~ ~~ ~ "'"' >= >=
~ =-N
~~ ~ ~IS! ~::3V}
~ ~~}A ~~ ~§~
c; "''"' ~ = ~ ~ ~~ ---
~ ~~~ ;~~~~ MACK ~ SCSPCLK
69 SCAI SCAI 68 SCA2
SCA2 Bl SCAl
SCAl 86 SCA4
SCM BS SCAS SCAS B4 SCA6
SCA6 Bl SCAI SCAI SCAB 82 SCAB
SCA9 61 SCA9
SCA IO 19 SCA IO
SCAli 78 SCAli 77 SCAl2 SCA l2 16 SCAll SCAl3 75 SCA14 SCA ll 14 SCA !S SCA !5 73 SCAI6
SCA l6 72 SCAli SCAl i 71 SCAI8 SCA l8 69 SCAI9 SCAI9
68 SCA20 IC17 SCA20 67 SCA2l
SCA2 l l !S-5681 66 SCA22 SCSP SCA22 65 SCA23
SCA2l
SCDO 105 SCDO
SCOI 106 saJI
saJ2 lOB SC02 109 S<Dl
SCOJ 110 SC04 saJ4 Ill saJS SC05 112 SC06 SC06
Ill saJI SCD7 114 saJB SC08
11 6 saJ9 SC09 117 S<D!O
saJIO liB S<DII saJII 120 saJI2 5al l2 121 S<Dll saJl J 122 SCOl4
YAMAHA SUl14 123 saJIS saJ lS
"'z o-a c ~~~ ~ai§ "'"' ~N
lr ~ ..-. "'- E3 NN ~ ~ ~ ~
"'z o- "' 00 ><U u~
~~ "'"' '=3 5 OB
Rl29 Rll O
@ ICIB 68ECOOOFN 12
l4o------% AO AS
33 AI UIJS
34 A2 LDS
J6 Al
37 A4 RAI 36 AS
l9 A6 DTACK AI 40 A8 00 41 A9 !PIT
42 AIO IPLO
43 All
" AVEC 45 Al2
46 All
41 Al4
48 All FCO
49 Al6 FCI
50 All FC2
51 AlB
52 Al9
54 A20 A21 t100E
55 56 A22
A2l BERR
6 00 iiR 5
Dl 4 02 iiG
3 2 Ol
68 04
67 05 HALT
66 06 RESET
65 07
64 06
6l 09 NC!
62 010
61 011 CLK
60 012
59 Oll
58 014 DIS
IIJTOROLA
E29B
SI.OOA TA @
I SCAS a scoos 9 SCLDS
10 SCR/\1
ll SCDIACK
L2S SCIPL2 26 SCIPLI 21 SCIPLO
23 SCAVEC
30 SCFCO 29 SCFCI 2B SCFC2
vee
19
UR49 RSO 4. 7K 4 )!(
13
12 41
20
~SI«JRES 2
22 42
~SCPUCLK 21 ®
sc
TP23 FB3
4-----~~-<~~--~--------
v:x:
~~ C21
l33P
F244 ~
u ~ ~
J PIS
tf'SEL
J OOTSEL
100 100 EX68KNMI @ SYSRES
@ O.AWIO IIF IB
1' RIJS IOK
A
IC33 74t£ 157
ILRCI: 2 AI Tl ' ELRCK 3 7 IBCK 5 81 12 9 EBCK 6
A2 Yl
ISO II 82 Y4 rE---o40 Al
ESO 10 83 -4 A4 ..14- 84
SSEL I SEL
I .....!?.: G
. -------- ---, I BYPASS CAPAe!TIJl FOR IC33 I I vee I I Q I I j_ I 1 TCIOS 1 I m O. l• I
L - ------- - --1
B
i BYPASSCAPAClTOO FoRICl7- ----- ~
I vee , I I. I! 31. 45. 59. B~ 99. l iS. 127 GNJ,s. 1121 Ja s2. 10. 90. 101. tl9. 12~
vee
CE ll IQ.o
I I I I I I I I
I I L- - ------------- J
c - 17-
BB MIDI IIF@
i BYPAsSCAPACl TOO FOR-1Cl8-- -- - - ~
I vee , 14. IS. 53 GNJ , 1. 11. ta JS. 61
vee
CE!b lQ.o
I I I I I I I I
I I L---------------J
D
@ SCPUCLK
EXT OJ<
IP22 (l
FB4
IN)
TEST
~~---n~~~ ~~----~ SCI'eLK
FBS
el6 T t«JT mUSED
AVCCI
~JP4 Fl65
JP5
Fl69
E
EXTCLK
~
..1'3 F29
AVCet
~ ~ l<l ~ ~ N
~ i z ffi g ~ 0 g
IC20 3!5-SI4b
~ N
~ ~ ~ :g ~ ~ ~
R29 I«JT USED
C32 0.0
C33 C34 I«JT NOT USED USED
F
Rl43 510
Rl44 510
..-. "' "' "'
j z u
~ ~
APOI 20
AVOOI 19
OOTCLK 18
Gill TAB
SNlCLK 17
AV002 (6
AP02 IS
HITACHI
~ z
~ ~ ~ ~ :! Fl
R2b R27 16K 361(
CJll 27P
- 18-
R25 . JOK I
CE2! l!lo
G
IC23 TP!4
IC24 I~VHC04
8 NCII
NCI4
.-----------, 1 BYPASS CAPACITOR Fa! IC2l24 1 I vee,l4 I I 001 vcc VCC I
: ~~ ~~ : : ro.,. ro.J. : L-----------l
H
2
3
rnK3
ti:LK2
@ 4
ti:LKI
5
6
8-4. Schematic Dlagram-4 [Main C.B- 4/6)
TRCl. 118
18 -
118
1 ECAaJS
IC3D 74l5245
CAl 2 10 80 18 r< IP43 ECAl
Cl2 3 II 81 17 r< IF44 ECA2 CAJ 4 16 [-< TNS ECAJ CA4 s 12 82
15 r- IF46 ECA4 AJ 83 CAS 6 A4 84
14.[: TP47 ECAS CA6 7 13 r-- TP48 ECA6 CA7 8 AS 8S 12 r IP49 ECA7
16 86 CAS 9 A7 87 II r:- IPSO ECA8
~ ii[
OIR
G1952 2
IC29 74LS24S
CA9 2 18 r TP~l £m AO 80
CAIO J 11 81 17 r TP52 ECA!O
CAll 4 12 82 16 r- TP~\3 ECAll CA12 s Al 83 15 r- 11'54 ECA12 CAll 6 A4 84 14i-- TP55 ECAIJ CAI4 7 AS 85
11 r- IPS6 ECA14 CAIS 8 12 r- IPSl ECAIS CAI6 9 16 86 11 r IPS8 ECI16
A7 87
~ ii'
OIR
G1953
3 IC28 74ACT245
@ooTQK2
CAll 2 18 rOIP5'! EeA17 AO 80 CAIB J AI Bl 17 I-OTP60 EeA18
CA19 4 16 i-C TP6, ECA19 A2 82 ~ AJ BJ r-H--oNCI ~ 14 84 ~11:2 ...-+ 15 85 Ht-or~:J Rl60
Ollttl 8 A6 86 DOTQKI)® L ___.1.. II 17 87
ur± DOTQKO
~ ii' I O!R
G1980 vee vee
RAI IOK•B
4 5 CNl2810 10
,....,_ r ,.....
IC27 74LS245
I 2 J 4 6 7 8 9 coo 2 AO 80 18 r< IP67 ECDO COl J
AI 81 17 r< IP68 ECDI C02 4 A2 82
16__r: TP69 ECD2 COl 5 A3 Bl 15 r IP70 ECD3 CD4 6 14 84 14r IP71 ECD4 CDS 7 IJ r IP72 ECDS AS 85 CD6 8 12 r IP73 ECD6 Cll7 9 A6 86
11 r- IP74 ECD7 A? 87
19 ii[
5 I vee vee
OIR Rl2 IOK•8
G1955 5 CNl2810 10
,.....-r<
IC26 74LS245
I 2 j 4 6 !•19 CD6 2 18 r< IP75 I ECD8 CD9 3
AO 80 17 r- IP76 EC09
COlO ' AI Bl
16 r- TP77 ECOID A2 82
COil 5 A3 83 IS__i::: TP78 ECDII CDI2 6
A4 84 14 r IP79 ECD12 COil 7 IJ r IPSO ECDIJ CD" 8
IS 85 12 r IPS I ECD14
A6 86 CDIS 9
A7 87 II [-< TP82 ECDIS
19 ii[
6 I DIR
G1954
A B
- 19-
ECOIIUS
IC6 31S-5778
@rm4 :!:: 81
CLK TEST! +--o TP8J C65
Cll 27 TESTO r---o 75 I«JTJ AI USED CA2 28 A2 6 OAO
CAl 29 OAO DAO AJ 7 011
CA4 30 OAI 012 OAI CAS 31 14 012 J-- OAJ OA2
AS 9 CA6 32 3A3
~- OA4 OAJ CAl JJ A6 014 OAS DA4
A7 II CAB 34 015 DA5
A8 12 016 CA9 JS 016 lJ Oil DA6 CliO 36
19 017 DA8 DA7 110 14
CAll 31 018 018 em 38
All 17 ORASO
112 -CAll 39 OR ISO 18 ORIS! OUCAS
All ORIS! CA14 42 A14 ORAS2 :>lJ---o 106
IUAS CAIS 4l
115 ORAS3 ~101 ORASO CA16 " 116 lli.CAS
OLCAS 1M CAl? 45
All OUCAS 21 OLCAS DOE
CAI8 46 Al8 u;;r 23 1)1,{
em 41 24 DOE CA20 48 Al9 DOE
CA21 49 A20 A21
CA22 50 A22 RME
~--I CA2l 51 A2J rtlE ~-ti)E CA24 52 A24 SRI,.;E .Jl---- SRAI1CE @
CR/\1 58 RIJI\ii tWl ~-tWl CRO 59 Rl) vee ccso 6J m SlfCCE .J!--• SlfCCE CCSI 62
ces2 61 CSI ~82 ,--< ~ EXCEO
R% R97 EXCE l ~-<l8J ()QH( 68 ~T ~T \lEI EXCE2 ~-<ll08 U$!'0 USED OQHO 69
\lEO IOCE ~-<li09 ®(~II 78
~II SF II 79 SF II iiTiiT ~-~ BACK 71 BACK VINf EX8ACK 72 55 BIRL2
BRLS 7 £imf i1ill 54 B!Rll BGR 75 au IRED!
BREQ 76 8GR EXBREQ n; iiR£ij
-t--EX8REG BEN CIIAIT 64 wm BOIR
OAO CBS 84 OAI
~
~: OA2
CIIATIN 67 DAJ iiiTii ' CIVECF 57 fillr E\11 5 OA4
' OAS
@ STSRES~ DE CON OA6 RESET OA7
TOSIII BA OA8
DCC G6 OUCAS OLCAS ORASI 1M DOE
r-- - ----- - -----------, I I
BYPASS CAPACITOR FOR IC26. IC27. IC28. IC29. ICJO I VCC .20 I I GIIQ , (O I I I I vee vee vee vee vee I I ~C87 ~CBS ~C89 ~C90 ~C91 I I I I JOI• JOL• JD. I• ro.t, JO I• I I I I I ~ -- --- - --- -- -------- -~ I I BYPASS CAPAC!TOR FOR le6
VCe •l6. 21> 41. 56. 65. 90. 91 I GIIO ·S. IS. 25 40. 5160. 61> 70. 74. 82. 90. IOU I I vee I 2 I I
lc57 l c i06 l c to7 lm8 I
10 I• ro ,, ro. l. T O. I• I I l I
L- ------------ -------
,_
c D E
IC31 ~14260 1-701
76 o---H- II: I ECII 9
-i}-o 77 ECA2 8 AO 11:2 17 ECA3 7 18
AI 11:3 -¥n----o 78 ECA4 6 12 NC4 ~ 79 19 ECAS 5 22
A3 ECA6 4 A4
2J ECA7 J AS 24 ECA8 2 25 16
ECA9 40 11 26 2 ECDO ECAIO 39 A8 DO
J ECOl ECAII 38 01 28 4 £C02 ECAI2 37 LOS 02
29 LCAS OJ 5 ECOJ ECA13 36
14 RAS 04
7 ECD4 ECA14 J5 13 il 05
8 EC05 ECAIS J4 27 ii[ 06
9 EC06 ECAI6 JJ
C97 J_p8 :!::f99 07 10 ECOl ECAll 32
NOT ~T ~T ll EC08 ECAI8 I l USED l US!'O l USED 08 32 EC09 ECA I9 2
09 JJ ECOIO
010
k Oil J4 ECDll
@~: 10
012 36 ECD12
VCCI 013 ll ECDll 12
VCC2 014 l8 EC014 TP I20
0 VCCJ DIS J9 EC015
f~55,fti40 0 1• I• 21 VSSI
-~ VSS2 VSSJ 0
HITACHI
G1363
ECAI 10 EeA2 9 EeAJ 8 IC32 EC14 7
~14260 1-701 ECA5 6
84 o---H- ECA6 5 II: I AD NC2 -i}-o 89
ECA7 ' 17 EeA8 J 18
AI NCJ -¥n----o 88 EeA9 25 19
A2 NC4 ~87 ECAIO 24 AJ
22 ECAII 21 23
A4 ECAI2 23
24 AS
EeAIJ 2 25
A6 EC114 26
26 A7
2 EeOO ECI IS I 18 00 J EeOI 01
28 LOS 02 ' EC02 29
LCAS OJ 5 ECOJ @ SCE2 ,...___R 14 RAS 04
7 EC04 ll ~ 05
8 EC05 27 ii' 06
9 EC06 [~~~ ::!:~ 1 02 07 10 EC07 @ 27 NOT Jl ECD8 JuS!'o 06 lftiR ~
32 EC09 09 Jl ECOID
k 010
34 ECOII Oil 36 ECD12 012 J7 ECOIJ VCCI Oil l8 ECOI4 VCC2 014
VCCJ DIS J9 EC015
+~56' =f Cl41 0. I• I• 21 VSSI
-~ VSS2 VSSJ 0
Hl TACH!
G1364
F G
-20-
IC7 TCS742000
10 00 13 ECOO 15 ECDI AI 01 ll ECD2
12 02 19 ECD3 AJ OJ
22 ECD4 14 04 24 ECDS 15 05 26 ECD6
A6 06 28 ECD7 Al Dl
14 ECD8 A8 08
16 ECD9 19 09 18 ECD10 A10 010 20 ECDll All 011
112 012 2l ECD12
All Oi l 25 ECDIJ
114 014 21 ECD14
AIS 015 29 ECDI5
Ai6
9 All
in Al8 lilt' vee I
iE :bcsl, fcm
11 _To ,. 10. a: Gill Gill ~ HITACHI
G1569
ICB lP04J257B 1-1201
II ECDO AO IIlli 12 ECDI II llll2 IJ ECD2
12 1/0J IS ECDJ A3 llll4 16 ECD4 14 1105 17 ECDS
AS l/ 06 16 (/ 07 18 ECD6
19 ECD7 A7 l/08 A8 19 AID All Al2 All Al4
B?
CE2 vee 28
ffs'.fCEJ8 0. I• NOT iE Glf) 14
,),. USED
il I£C
G3
BB
BB
88
H
ECABUS ® ECI8JS ®
IIBUSC!»>TROL ®
8-5. Schematic Diagram-5 [Main C.B - 5/6]
® ECAIIUS IB
@ECIIIUS ~
' .----...__!!__
AYCC2 vee
CEll llo
RISl 1«11
@IEEII lJS8)
svec
e48 1«11 USED
10
IP65 svee IC35
II J.3 ~X3 li 41ttz
·fit R69 01 Rl37 ~9 IOK ISSI84 • lOOK
1«11 USED
R"l !~lS cso R68 S. IK 47• f-r lJOK
IN l H475 Sill~ ::!: X4 "RES %our CSI 1_32. 768KHz
~OP H2311
'
(~ vee vee ® RA8 I OKx8 0. 0 I ROY 5
...-.- ,_... ® EXL
( nt~ @ 51110 Alii I 2 3 4 6 7 B 9
Rl45 IOK
ECAI EeA2 EeAl ECA4 EeAS EeA&
ECDO ECOI EC02 ECOl EC04 ECDS EC06 EC07
IC22 vee TDAI38bT
IISCI: TPIIl 12 SYSCLK Y!Dl
24 DRCK TPIII I1RClJ( IP112 sex C62 oso TPIIO ws 23 IJ_ I•
DATA VSSO
CI(Sl2 YREF 22
CI(Sll CEl2 RH TEST!
21 10. 100 TES12 \UI
VIDA 20 C61 FILleR 0."' 19
VSSA FJLTQ
Aliil2 V{J_ 18
10 Y!Dl
C61 17 0. I• AI'PO lb VSSO N'PI IS N'P2
N'Pl Pill LIPS AI'P3
Rl57
RISb NOT USED
f-o J:~ ~ R67 IC9 1n
f-o~~~ 315-5744
Jf'IO q RSO TEST r-oJPII.~ b
JPI2 7 RSI R52 R70 f--o JPil 8 RSJ R71
' _r::QW93 R72
l 10 OSCI R73 r{ W94 II
OSC2 rl: W9S 13 f-()W96 14 X2 01
XI D2 04
IS REID OS 06
17 ~ 07
18 Rl\j DB
49 INTVliOI 09
010 47 EXL Dl
so DO
bl R60 Plll68 62 R61 PIDSB
j 128 63 Rll8 7~~
R62 Pl048 IDK Rbl PIOJB
PI02B 19 AI PIOIB
20 21
A2 PIOOB
22 Al
23 A4
24 AS PIObA Ab PIOSA
25 Pl04A
26 080 PIOJA
27 OBI PI02A
28 082 PIOIA 083 PIODA
29 lO
084
ll 085
l2 086 vee 087
~ INTil/013 Gill
HITACHI
SHPC HS
@ SCE2
@ VIOEO 18
CEll RISO 22,o SIQ
Sllll
R45 lOOK
RISI 510
SIO..
R4b lOOK vee
Rb6 srSREs@
AGIIl2 A!Hl2 4.11:
A B c 21
vee vee vee vee RI·J IOK><8
vee 5 ctll2UIO 10 5 RA6 IOKxB 10 CN2XB lH ~ t>-t- I vee
r-m R74 2 1014 IOK l II'
r-}--o 12 ' TH 6 7 8 9 I 2 3 4 6 7 8 9 5 TR t+---o 7l
I 2 l 4 vee 6 TL
WlES 7 R!Qtl 4 C!f'RORES C(_ -3 8 l£FT
NC6 _l Ell25 2 9 Gill 51 eRIGO -IJ
~112 200ioN I Elt26 2 H498 SlOES 211' _IJ
55 STSRES @ 2TH
~ E1127~ 2TR 5b nSHRES CN2B 57 HSHNHI 2TL L~oo~ _d 1Pl4 58 2R1Qtl _IJ IPlS II vee
SSHRES M 59 2LEfl Ell29 t2f--~l IP36
12 1014 SSHNHI M 13 II' bO DOTSEL -IJ l --'=' IP!7 14 IH 53
I 000 ~ l TP38 SRES --'= IS TR
I -;;-tt-r- r TPl9 16 TL r TP40 RIQtl 46 21H -IJ TP41
17 r 18 l£F1 45 2TR I En32 2 IP42 __c- 19 Gill 44 2TL _r--
43 2Rlll1T H3 42 2LEfT ' FB9
2
41 21014 vee vee TIT 40 211' HSSl
5 RA7 IOK•B 10 CN2XA 39 ITH ...-.- I vee 38 ITR 2 1014 37 Ill l II' 36 IRIQtT 4 TH 35 Il£F1 I 2 3 4 b 7 8 9 5 IR l4 IIXMI vee 6 TL 33 liP 7 RIQtT <(_ r-l sv;:c 02 0 NC7 I Enl7 2 8 l£F1
() ~ t---Il 9 Gill 16 l 2 IIXMI
I Enl8 f.- 1-530 J:es2 ~ p liP
ITH L~t--l N~~. ITR L!_ Enl9 ?---I r--l CN2A IlL
~: Elt20 ~ __c- lP2S IR!Qtl I vee I LEfT ~: --'= IP26
2 1014
I l _c: TP27 IC25
t--Il IP28 l II' S-80741AL -A7
9ee I _c:
' TH
IP? lr ~:L
I En22 2 r lP29 5 TR
des vee 12 'r--IJ r IPlO
6 TL I Elt2J 2 TP31
~ l
__c-7 RIQtl l .I r--IJ _i: TP32
Gill t-'i::;12
I Elt24 2 __c- IPll 8 l£FT Hl41 J} Hllii0202A ~ .___r- 9 Gill
NCIS H4 PD6 I FBIO
I HMJ202A TIT
1P24o-lfS5I
3
T BAT TIT CR20l2
4
TP4
eSYNC
IC21 .PI6 OAI645n IJ_ 390HH
RED
GREEN
BLUE
RlO IK
-= AGNJl AQtDl
AGIIll
Rl6 75 CE24 RIN ROUT
23
22 Rl7 75 CE25 GIN GOUT
21 Rl8 75 CE2b BIN BOOT
10 20 Rl9 75 CE27
SYNC IN CYOUT
lb R40 75 CE28 YOU!
IS R41 75 CE29
eOUJ
CN5
' vee l S. RIQtl 2 S.l£FT I c. srNC 5 R 6 c 7 B 8 Yl((O 9 y 5 10 e II CASE.!Ml
R42 13
Jf'21 18 16KUIII
BFOUT FO
Rl42 NTSCIPAL
17 ITRAP
JP20 @sc . 2-2K IK
C41 'iP
em SCIN 14
10. YREF
AYCCl rQPC
VCCI VCC2
I REF CElO 100.
JM)J
SONY Glll2
CN6 vee niDUit n1o wn nrxo
6 IIRXD 7 ltSCI(
8 Gill 9 srxo 6 10 SRID
AGIIll II SSCIC Alillll 12 Gill
@ nJDI 1/F 118 u
®SERIAL 1/F 118
D E F H
-22-
1
2
3
4
5
6
8-6. Schematic Diagram-& [Main C.B - 6/6)
@ XIMTA
@ O.AI.IIIOIIf
@es @MillS <D AllJSIDIIR(l
®AIBJS
@(~! 55111111 <DES
.!!!.
..!!.
~ -__!! -...!!. -...!!. -
@ STSAES
@ SCSI'CU
~ ~ ~ ~
~ ~ ~ ~
• EXBGI6 EXBGI8 EX8G20
. EX8G22
~ @m
® OOTCI.KI
@ CRTGO
CNlD
@ EXI>lll:llll -----w~~[j
A
~I! I~ CNl
r---~
~
~ r-
i:: ~
r-- i ~ ~ ~
Al ~ >--.~ ...!!!!..
IE!_ ~ Will
:!!£
11:15 If!!.
8
-23-
c
OSD ~
--
CNl _
- Rr-- tlo--=
--
~ EXIIGIS ~
~ . EX8G2.
_tftGOH
@ EXSTI«:
AA __@_ SlllO
AA6 .. ,
.!
I! ! ! r--- !l ; .m.~· ~ll£.l
0
!!K !QL
vee CN4 r- L!l
r---t'- !!. 53- ~
E!. EBCJ(® OEEI1
ESD ~ ~
r---~ ...lli.!!
r---Aloi!O
5.4 ~ N-l A~
-~
AOl r----~
AIJf @_
lE! _!!!!... r---t-LB! ~
r---1 A22 ~ I All ~ I Al~ ~ IA:".i __Aill2_
_AOII AO!l AU~
r---1 All ~ I A2o ~ ~ ~
AA3 . ., ... AC>l
EXBG6 t-
;;--:;:----:;------
~ ~ ~
"!~ li~~ ~ ~~ ~Sl_!)l(
~~ f!!i_ ® OOICI.XO-
~ t- 2'!i '---t- 148 1 vc
r--- , .. , .... t-- 1>0 ~
rfr
E F
AOIO
~
~ ~ ~RI~ UIDK.
vee
Rl48 390
Cl24 = IIDI'r
G
-24-
IIC9
.--• a.t3 LDl~ ·
LBIOIEBI t a.t2
2 All J IJ() ~J
J3396 A7 •
i PO~R BO~RD I ,- LBI~ I
CN14 ~
181 ~
H
8-7. Schematic Dlagram-7 [SH-1 C.B] RIIO vee 4 1K _A RIDS
'--' I ~ TPJ r-----~--------------------------------------------~~~_,--~ r-------------------------------4------·~~~~
TPI o----,i _i ~ ~ !1T VCC
vee
Allllll
Ul. AFel A IRQ
El02 52610
RESET GNJ
COAT A tllATA
CQIIEQ COtiU CIJIISOC
GNJ liCK GNJ DAS CKX II'X GNJ C2F SII'X SCKX SOAS GNJ
ACCESS
ltYR2 IIYR4 ltYR2 IIYRI triG6 ltYG4 IIWG2 II¥GO -IMI4
rnn12
l 2 3 4 5 6 7 8 9 10 II 12 ll 14 15 16 17 18 19 20
IIYBO 1111'111 DTW YSYI«:
A
com
R~SED tflATA l e125 NIT USED
IXllflEQ ,__ Rll7 NIT USED
~ - f"N\'1 ClllnK
- l e126 NIT USED
ClltSYt«:
----m ----m DIS
CXX II'X
----m-C2F SII'X SCXX SDAS
1m-
RIDS 471(
RIOl 4. 71(
RI06 41K
8
vee
ltYR7 ltYR5 ltYR3 ltYRI IIYG7 IIYG5 II'IG.l triG I IMI7 IMI'.i IMI IMII
GNJ ¥II'
HSYI«:
e12l
TP4 9 N- =1~"' ;g 19 ~ ~ ~ § ~ :: ~ ~ ~~;:::.IS! o: ~ ~l:g :o .:: "'1£~1----t-...,blr--l,o-6-~f.-e-<122 gg~~cg> ~ > > >~~~~~~~~ Jr ~~~t;;~~::lli!l!ll!!l!~~gii::lli!ll!8~::l~~;:;~~g 0. 01 NITUSED
.---------..,;1-1 IML ~:;; '2 vee ~ .-------- - 2'{-1 TI!Qii I!! vee !-*--82
r------------:;..--t-+------;. m+ vss t02 ~ n: = 5 ~~ till~ Rill'! 0 IC102 SDt2 6 02 ~rn--m 2.21: '-,. ttt514260 Sllil 7 OJ ~ 78
~+SDt'"'"'o-.1~-fvv~ec:""""--;:vs;]s !h Sllil5 = ~ : ~~ I ~75~ ~ DO DIS l6 Sllil4 S1Jt6 10 D6 ~ Dl Dl4 J7 511113 SDt7 II 07 X~~~ ~ ~ 02 DIJ l6 Sllil2 ~ ~J VSS EXTAl 7l 1-==----t DJ ~5512 35 ~ '" " 72
XlOl 2tntz
SIJt4 1 vee 011 l34nr Sllill SDt9 14 08 IC101 vss lifm ~SlitS B ~ 010 JJ SlliiO vee >---+.=.------Tisi-1 ~ tll64J7097 ~~ ~
SIJt6 9 D9 l2 Slllt9 _ I SDtiD 16 DIO - 69 lllEOI ~ ~ 08 l l S11iB ~~~rT SDtll 17 Oil IJlEQI 68 DACKI
~01 1 etol:!: O~ lOP l ~~41
vee II t«: t«: J0 fh- ~1123 18 012 = 67 lllEOO
Rl04 !OK
RI02 IOK 12 t«: ffiS 29 ~:~ ;;14 ~ DIJ ~ ~ DACKO
liAS :! Ws ~ ~ SRD SIJtiS 21 Dl4 !lOCAl L6~4---t--+--::----t-----H----------------, 15 t«: A8 26 519 22 DIS rRifWT t-' 6;i;J- -"Atv-+-- -t--Q ~ 10 Al 25 SA8 SAO mij- VSS ~ 62 Rill vee ~ II A6 24 Sl7 SAl 24 :~ VSS 1-4.-:01 NI~T USED r,!( ).#..-4 12 IS 23 SA6 Sl2 25 l2 ~ 1 60 m T ~~3 M 22 SIS Sl3 26 A3 R!j 59 RD 1
+-----1f+-~204Lv-ec ___ v_ss_.~ SA4 27 "" i.iiH 58 lo1lH
T Cl20 I '" SIS 28 AS I~ IoRI. 57 J. WRl Rll2
rJr 0. 01 -o,....~a:~o-~~~~~~~~~tl~e:~N u~~~~~~:::l~o T~6 tKJT-••••••••••••••••••••~~~-~-~• USED
() vee
Nl~~~r ~~----------------------------------~~---------+-~-------------------------------,
112 1M
AA12 1114
l l l e121 CIIS Cll4 CIIS
47/6. J 0. 01 NIT USED NIT USED
9 l
Cll9 0. 01
l ± l CI08 CI09 etJO
I«<T USED 0. 0 I NIT USED
c 25-
9 vee Cl29 /""\
"J; NIT USED YcC
0 E F
l Cll2
1«11 USED
::!: ellt
ll '- 01 CliO
I«<T USED
G H
-26-
2
3
4
5
6
9. CIRCUIT BOARD DIAGRAMS 9-1. Main Circuit Board
1
2
3
4
5
6
A
~=--~·""-j-......--.• ... -· ~ .. __
,_ D
64.
Ct39
837-11493 IC BO SATURN 171-69638 PC BO SATURN
~~(M\
MAIN VAO PAL MAIN VAO PAL
26
@SEGA 1995 27
MADE IN JAPAN
CE46. CE45
43
44"
FUSE
o~ .-' -~-----eillj B
·- 27~
.. IC32
.DIRECTiON
• 0 RA2
D
c 0 E F G H
28
TPH C70
D
A B c 29-
Cl36
CJ
D E
,0· 0 OD ~~~Ill"'
TI'N TPte !TI' ••
Tl'a7
2
3
4
5
6
F G H
-30-
9-2. SH-1 Circuit Board
1
2
3
4
5
6
A B c 0
- 31-
11. PARTS SPECIFICATIC•It.JS
IC1/2
IC H06417095F28 QFP HITACHI
Parts No.: 315-0922A
•Top View 108
109
i i ! I i i
114 i
• Description
73
HD6417095
38
i i i i i i i
72
37
IG H06417095SF28 QFR HITACHt
Parts No. : 315-0998
No. 1/0 Pin Name
1 Dll 2 1/0 012 Data bus 3 013 4 VCCl Power supply (SV) 5 1/0 014 Data bus 6 VSSI Power supply (OV) 7 015 8 016 ·---9 l/0 017 Data bus ·-10 018 --11 019 12 VCC2 Power supply (SV) 13 1/0 D20 Data bus 14 - VSS2 Power supply (OV) 15 D21 16 1/0 D22 Data bus --17 D23 18 VCC3 Power supply (SV) 19 1/0 D24 Data bus -· 20 - VSS3 Power supply (OV) 21 D25 --22 1/0 D26 Data bus --23 D27
·-· 24 - VCC4 Power supply (SV)
·-25 l/0 D28 Data bus 26 - VSS4 Power supply (OV) 27 D29 ·--28 I!O D30 Data bus 29 031 30 AO ---31 1/0 AI Address bus 32 A2 33 - vsss Power supply (OV) 34 A3 ---35 A4 --36 AS 37
1/0 A6 -- Address bus
---38 A7 39 A8 -40 - vccs Power supply (SV) .
-32-
Function
-
No. 1/0 Pin Name Function
41 1/0 A9 Address bus 42 - YSS6 Power supply (OV)
43 A10 44 All 45 I/0 A12 Address bus 46 A13 47 Al4 48 - YCC6 Power supply (5Y)
49 1/0 A15 Address bus 50 - YSS7 Power supply (OY)
51 Al6 52 I/0 Al7 Address bus 53 A18 54 - VCC7 Power supply (5Y)
55 1/0 Al9 Address bus 56 - YSS8 Power supply(OY) 57 A20 58 1/0 A21 Address bus
59 A22 60 - VCC8 Power supply (5Y)
61 1!0 A23 Address bus 62 - VSS9 Power supply (OY) 63 A24 64 1/0 A25 Address bus 65 A26 66 0 DACKO DMACO acknowledge 67 - YCC9 Power supply (5Y) 68 0 DACK1 DMACl acknowledge 69 - VSSIO Power supply (OY) 70 I DREQO DMACO request 71 I DREQ1 DMAClrequest 72 0 cso I Chip select 0 73 0 CS1 Chip select I 74 0 CS2 Chip select 2 75 0 CS3 Chip select 3 76 I/0 BS Bus cycle start 77 1/0 RD/WR Read/write 78 - YSSll Power supply (OY) 79 0 RAS, CE RAS for DRAM/SDRAM, CE for PSRAM 80 0 CAS,OE CAS for SDRAM/OE for PSRAM 81 0 CASHH, DQMUU, WE3 Each memory most significant byte select signal 82 0 CASHL, DQMUL, WE2 Each memory 2nd significant byte select signal 83 0 CASLH, DWMLU, WEI Each memory 3rd significant byte select signal 84 - YCClO- Power supply (5Y) 85 0 CASLL, DQMLL, WEO Each memory least significant byte select signal 86 - YSS12 Power supply (OY) 87 0 RD Read pulse 88 0 CKE SDRAM clock enable control 89 I WAIT Hardware wait request 90 0 BEN Reserve 91 - YSS13 Power supply (OY) 92 I BACK, BRLS Bus right permission in slave mode/Bus right acknowledge in master mode. 93 0 BREQ,BGR Bus right request in slave mode/Bus right acknowledge in master mode 94 0 WDTOYF Watch dog timer output 95 0 FTOB Free-running timer output B 96 - VCC11 Power supply (SY) 97 0 FTOA Free-running timer output A 98 - VSS14 Power supply (OY) 99 I FTI Free-running timer input 100 I FTC! Free-running timer clock input 101 I RXD Serial data input 102 0 TXD Serial data output 103 1!0 SCK Serial clock input/output
-33-
No. 1/0 Pin Name Function
104 - VCC(PLL)I2 Power supply (5V) of built-in PLL 105 I MDO Operation mode pin 106 - VSS(PLL)I5 Power supply (OV) of built-in PLL 107 I MDI Operation mode pin 108
0 CAP!
External capacitor connection pin for PLL 109 CAP2 110 I MD2 Operation mode pin Ill 0 CKPACKN Clock pause acknowledge output 112 I CKPREQN Clock pause request input 113 - VCC13 Power supply (5V) 114 - N.C Not connected. 115 - VSS16 Power supply (OV) 116 - N.C Not connected. 117 I MD3 Operation mode pin 118 I/0 CKIO System clock input/output 119
I MD4
Operation mode pin 120 MD5 121 - VSSI7 Power supply (OV) 122 I RES Reset 123 - VCC14 Power supply (5V) 124 0 IVECF Interrupt vector fetch cycle 125 I NMI Non-maskable interrupt request 126 IRL3 127
I IRL2 External interruput factor input
128 IRLI 129 IRLO 130
I/0 DO
Data bus 131 Dl 132 - VCC15 Power supply (5V) 133 I/0 D2 Data bus 134 - VSS18 Power supply (OV) 135 D3 136
1/0 D4
Data bus 137 D5 138 D6 139 - VCCI6 Power supply (5V) 140 1!0 D7 Data bus 141 - VSSI9 Power supply (OV) 142 D8 143 1!0 D9 Data bus 144 DIO
-34-
• Block Diagram
~ MULT
(/)
::l co (/) (/) LU CPU v-- a: (/)
-~ CACHE TAG 1:==1 §_~ ::l co <(
i LU-_/ 1-::r: <( A C) 0 <( LU C) ::r: EXCEPTION
~ C) PROCESS <( C) INTERRUPT - ..J
~(I CACHE CONTROLLER - <(
CONTROLLER z " u; 16-bit 1-
I K=1 l=REE-RUNNING 0... ::l TIMER a: ffi
h 1-;; ~ k
(/)
..J ::l <( co
v z (/)
CACHE BREAK a: (/) SERIAL LU LU DATA
()=~ CONTROLLER 1- a: COMMUNI-;; 0 ~
CATIONS 0 1'-' <( INTERFACE
co ..J (/) ::l
~i ~
<( co a: <( <( LU 0 ::r: 1-..J 0... <(
<( VECTOR ADDRESS a: 0 z LU
DIVU 1-~ a: 0... ..J WATCH DOG LU ~-§y 1- <( TIMER z a:
..J ::r: <( 0... z a: a: LU I I LU
~ 1- BUS STATE 0...
DIRECT _____/ ;;
CONTROLLER -MEMORY ACCESS
CONTROLLER r--; OpERATION
(X2 CHANNELS) MODE CONTROLLER
OSCILLATOR
""'/ ""'-/ EXTERNAL BUS
INTERFACE
0 0
-35-
IC3/4/11 4-Mbit SDRAM
IC HM5241605TT-17 TSOP
Parts No.: 315-0928-17 IC UPD4504161 GS-A 12 TSOP
Parts No.: 315-1022-12
• Top View & Pin Layout
1/05
VssO 1/06
1/07
CAS 1
AS
Vee
• Block Diagram
0::: w 0 0 (.) w 0 z ::!!: ::> -' 0 (.)
o8 a:: UJ il: ::; g_ :IE < UJ If) z UJ If)
Vss 1/015
1/014
VssO 1/013
1/012
VeeO 1/011
1/010
1Vssa 1/09
1/08
VeeO NC
DQMU
CLK
CKE
NC
GND
A7
A6
A5
A4
Vss
MEMORY ARRAY BANKO
512 X 256 X HI bit
•Pin Name
Pin Name
A0-A9
I/00-I/015
AO -A7
cs RAS
CAS
WE
DQMU
DQML
CLK
CKE
Ycc
Yss
YccO
YssO
NC
0::: w 0 0 (.) w 0 z ::!!: ::> -' 0 (.)
-36-
IC HM5241605TT-15 TSOP
Parts No. : 315-0928-15
Function
Address inputs Row addresses AO-A8 Column addresses AO-A 7 Bank select address A9
Data inputs/outputs
Chip select
Row address strobe command
Column address strobe command
Write enable
High-order byte input/output mask
Low-order byte input/output mask
Clock input
Clock enable
Power supply
Ground
Power supply of l/0 pins
Ground of I/0 pins
Not connected
AO -A9
MEMORY ARRAY BANK1
512 X 256 X 16 bit
CONTROL LOGIC & TIMTING GENERATOR
ICS SCU {Custom Gate Array)
IC CUSTOM CHIP SCU QFP
Pans No.: 315-5688
•Top View
52
53
• Description
No. 1/0
I -2 1!0 3 1/0 4 1/0 5 1/0 6 I/0 7 I/0 8 1!0 9 -10 I/0 11 -12 I/0 13 I/0 14 1!0 15 1/0 16 0 17 0 18 0 19 -20 0 21 -22 0
157
104
156 I I
105
Name
VSS AD4 ADS· AD6 AD7 AD8 AD9 ADIO VDD ADII vss
AD12 AD13 AD14 ADIS AAO AAl AA2 vss AA3 VDD AA4
• Block Diagram
INT f--
'---z:-----1~ <••n••••••••·••••·ln.·••••••·•••••••••• p-> CPU
1/F
A-Bus
1/F DMA
-TIMER .__ :: -1-_:-+---ilB
B-Bus
1/F
DSP
Function
GND A-bus data bit 4 A-bus data bit 5 A-bus data bit 6 A-bus data bit 7 A-bus data bit 8 A-bus data bit 9 A-bus data bit 10 Power supply +5V A-bus data bitll GND A-bus data bit 12 A-bus data bit 13 A-bus data bit 14 A-bus data bit 15 A-bus address bit 0 A-bus address bit 1 A-bus address bit 2 GND A-bus address bit 3 Power supply +5V A-bus address bit 4
-37-
No. 1/0 Pin Name Function
23 0 AA5 A-bus address bit 5 24 0 AA6 A-bus address bit 6 25 0 AA7 A-bus address bit 7 26 0 AA8 A-bus address bit 8 27 - VSS GND 28 0 AA9 A-bus address bit 9 29 0 AAIO A-bus address bit 10 30 0 AAll A-bus address bit 11 31 - VDD Power supply +5V 32 0 AA12 A-bus address bit 12 33 0 AA13 A-bus address bit 13 34 0 AA14 A-bus address bit 14 35 - vss GND 36 0 AA15 A-bus address bit 15 37 0 AA16 A-bus address bit 16 38 0 AA17 A-bus address bit 17 39 0 AA18 A-bus address bit 18 40 0 AA19 A-bus address bit 19 41 - VDD Power supply +5V 42 0 AA20 A-bus address bit 20 43 - vss GND 44 0 AA21 A-bus address bit 21 45 0 AA22 A-bus address bit 22 46 0 AA23 A-bus address bit 23 47 0 AA24 A-bus address bit 24 48 0 AFCO A-bus function code bit 0 49 0 AFCI A-bus function code bit 1 so 0 AAS A-bus address strobe 51 0 ACSO A-bus chip select 0 52 ' - VSS GND 53 0 ACSI A-bus chip select 1 54 0 ACS2 A-bus chip select 2 55 - VDD Power supply +5V 56 I AWAIT A-bus external wait 57 I All:«) A-bus external interrupt factor 58 I TEST Test mode selection (normally, input "H") 59 0 ARD A-bus read pulse 60 0 AWRU A-bus byte 0 (AD15-8) write pulse 61 0 AWRL A-bus byte 1 (AD7-0) write pulse 62 - VSS GND 63 0 ATIMO A-bus external access timing 0 64 0 A TIM I A-bus external access timing 1 65 0 ATIM2 A-bus external access timing 2 66 1/0 BDO B-bus address/data bit 0 67 1/0 BDl B-bus address/data bit 1 68 1/0 BD2 B-bus address/data bit 2 69 - VDD Power supply +5V 70 1/0 BD3 B-bus address/data bit 3 71 - VSS GND 72 1/0 BD4 B-bus address/data bit 4 73 1/0 BD5 B-bus address/data bit 5 74 1/0 BD6 B-bus address/data bit 6 75 1/0 BD7 B-bus address/data bit 7 76 1/0 BD8 B-bus address/data bit 8 77 I/0 BD9 B-bus address/data bit 9 78 1/0 BDlO B-bus address/data bit 10 79 - VDD Power supply +5V 80 1/0 BOll B-bus address/data bit 11 81 - vss GND 82 I/0 BD12 B-bus address/data bit 12 83 1/0 BD13 B-bus address/data bit 13 84 I/0 BD14 B-bus address/data bit 14
-38-
No. I 1/0 Pin Name Functior:.
85 I I/0 BOIS B-bus address/data bit 15
86 I IROL Light pen interrupt
87 I IRQV VDP2•V blank interrupt
88 ' I IRQH VDP2•H blank interrupt
89 I BRDY2 VDP2 data ready
90 0 BCS2 VDP2 chip select
91 0 BADDT · B-bus address/data switching signal 92 - VSS GND 93 0 BDTEN B-bus data enable 94 - VDD +SV Power supply 95 0 BCSS SCSP chip select 96 I BRDYS SCSP data ready 97 I IRQS SCSP interrupt 98 0 BCSI VDPI chip select 99 I BRDY1 VDPI data ready 100 I IR1)1 VDPI interrupt 101 1/0 CAD C-bus address bit 0 102 1/0 CAl C-bus address bit 1 103 1/0 CA2 C-bus address bit 2 104 - vss GND 105 - VDD +SV Power supply 106 I/0 CA3 C-bus address bit 3 107 1/0 CA4 C-bus address bit 4 108 1/0 CAS C-bus address bit 5 109 1/0 CA6 C-bus address bit 6 110 - VSS GND Ill 1/0 CA7 C-bus address bit 7 112 1/0 CAS C-bus address bit 8 113 1/0 CA9 C-bus address bit 9 114 1/0 CAlO C-bus address bit 10 115 - VSS GND 116 1/0 CAll C-bus address bit 11 117 - VDD +SV Power supply 118 1/0 CA12 C-bus address bit 12 119 1/0 CA13 C-bus address bit 13 120 1/0 CA14 C-bus address bit 14 121 - vss GND 122 I/0 CA15 C-bus address bit 15 123 I/0 CA16 C-bus address bit 16 124 I/0 CA17 C-bus address bit 17 125 I/0 CA18 C-bus address bit 18 126 I/0 CA19 C-bus address bit 19 127 - VDD +SV Power supply 128 l/0 CA20· C-bus address bit 20 129 - vss GND 130 1/0 CA21 C-bus address bit 21 131 1/0 CA22 C-bus address bit 22 132 l/0 CA23 C-bus address bit 23 133 1/0 CA24 C-bus address bit 24 134 1!0 coo C-bus data bit 0 135 l/0 CDl C-bus data bit 1 136 1/0 CD2 C-bus data bit 2 137 - VSS GND 138 1/0 CD3 C-bus data bit 3 139 - VDD +SV Power supply 140 1/0 CD4 C-bus data bit 4 141 1/0 CDS C-bus data bit 5 142 I/0 CD6 C-bus data bit 6 143 1/0 CD7 C-bus data bit 7 144 - vss GND 145 1/0 CDS C-bus data bit 8 146 1/0 CD9 C-bus data bit 9
-39-
No. 1/0 P.in"Name Function
147 1/0 COlO C-bus data bit I 0 148 1/0 COil C-bus data bit 11 149 - VOO +5V Power supply ISO 1/0 CDI2 C-bus data bit 12 151 - VSS GNO 152 1/0 CDI3 C-bus data bit 13 153 1!0 CDI4 C-bus data bit 14 154 1/0 CDIS C-bus data bit 15 155 1/0 C016 C-bus data bit 16 !56 1/0 CDI7 C-bus data bit 17 157 - vss GND !58 1/0 CDI8 C-bus data bit 18 !59 1!0 CDI9 C-bus data bit 19 160 - VOO +5V Power supply 161 1/0 C020 C-bus data bit 20 162 1/0 C02! C-bus data bit 21 163 1/0 C022 C-bus data bit 22 164 - VSS GND 165 1!0 CD23 C-bus data bit 23 166 1!0 C024 C-bus data bit 24 167 1/0 CD25 C-bus data bit 25 168 1/0 CD26 C-bus data bit 26 169 1!0 CD27 C-bus data bit 27 170 - VOO +5V Power supply 171 1/0 CD28 C-bus data bit 28 172 - VSS GNO 173 1!0 CD29 C-bus data bit 29 174 I/0 CD30 C-bus data bit 30 175 1/0 CD31 C-bus data bit 31 176 I CCSI C-bus chip select 1 177 I CCS2 C-bus chip select 2 178 0 CCS3 C-bus chip select 3 179 - VSS GND 180 I RESET Initial reset 181 I CLK28 System clock 182 1/0 CRDWR C-bus read/write 183 I CRO C-bus read pulse 184 - VDO +5V Power supply 185 1!0 CDQMUU SDRAM byte 0 (CD31-24) write pulse 186 IJO CDQMUL SDRAM byte I (C023-I6) write pulse 187 I/0 CDQMLU SDRAM byte 2 (CD! 5-8) write pulse 188 I/0 C:DQMLL SDRAM byte 3 (C07-0) write pulse 189 - VSS GND 190 0 RAS ·- SDRAMRAS 191 0 CAS SDRAMCAS 192 0 CWAIT C-bus external wait 193 - VDO +5V Power supply 194 I CIVECF C-bus interrupt vector fetch sycle 195 0 CIRLO C-bus external interrupt factor 0 196 0 CIRLI C-bus external interrupt factor 1 197 0 CIRL2 C-bus external interrupt factor 2 198 0 CIRL3 C-bus external interrupt factor 3 199 - VSS GND 200 0 CBREO C-bus right request 201 I CBACK C-bus right acknowiedge 202 I MIREQ System manager interrupt 203 0 AA25 A-bus address bit 25 204 I/0 ADO A-bus data bit 0 205 l/0 AD! A-bus data bit I 206 I/0 AD2 A-bus data bit 2 207 1!0 AD3 A-bus data bit 3 208 - VDO +5V Power supply
-40-
IC6 DCC IC CUSTOM CHIP DCC QFP
Parts No. : 315-5778
•Top View 80
81
100
•Pin Name
No. 1/0
I I I
2 0
3 0
4 0
5 -6 0
7 0
8 I 0
9 0
10 0
II 0
12 0
13 0
14 0
15 -16 -17 0
18 0
19 0
20 0
21 0
22 0
23 0
24 0
25 -26 -27 I
28 I 29 I 30 I
31 I
32 I
33 I
34 I
Name
TESTl TESTO BEN BDIR VSS DAO
DAI DA2 DA3 DA4 DAS DA6 DA7 DA8 vss VDD
DRASO DRASl DRAS2 DRAS3 DUCAS DLCAS DWE DOE vss VDD Al A2 A3 A4 A5 A6 A7 AS
51
30
50
I I
! I
31
No.
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
1/0
I
I I
I I
--I I I I I
I I I
I
I
I
-0
0
-I
I I -I I I
0
--I
I
-41-
Name No. 1/0 Name
A9 69 I I WEO AlO 70 - vss All 71 0 BACK Al2 72 0 EXBACK A13 73 0 BRLS VSS 74 - VSS VDD 75 I BGR A14 76 I I BREQ Al5 77 I I EXBREQ Al6 78 0 MFT1 A17 79 0 SFTl Al8 80 - VDD A19 81 I I CK A20 82 - VSS A2l 83 I RESET A22 84 I BS A23 85 I EWT A24 86 0 IOCE vss 87 0 EXT CEO
IREQl 88 0 EXTCEI IREQ2 89 0 EXTCE2 VDD 90 - vss
IVECF 91 - VDD RD/WR 92 I HINT
RD 93 I VINT vss 94 I DECON CS2 95 0 ROMCE CSl 96 0 SMPCCE cso 97 0 SRAMCE
WAIT 98 0 MOE VDD 99 0 MWR
vss 100 - vss WTIN WEI
IC7 IPL ROM OS SATURN IPL-ROM PAL DIP
Parts No.: EPR-17933 Parts No.: MPR-17933
• Top View & Pin Layout
010
03 011
ICS BACKUP RAM
AS AS A10
A11 A12
A13
A14 A15 A16
1 BY'i'E GND D151A-1 07 014 06
013 05 012 D4
IC CXK58267 AM-1 OL SOP Parts No. : 315-0948-10
IC SRM20257LLM1 0 SOP
Parts No. : 315-0965-10
II Block Diagram
A14
A13
A12 A11
AS AS
A7 AS
AS
A 10 o+++.f':5l5:t==f A4 A3
A2
A1
AO
CE1 o----or-...., CE20•---t
•Pin Name
A0-Al7 Address inputs
CE Chip enable
OE Output enable
GND Ground
BYTE
DO-DIS Data inputs/outputs
Vee +SV power supply
IC UPD43257B-1 OLL SOP IC M5M5255BFP-12LL SOP Parts No. : 315-0930-10 Parts No.: 315-0964-10
IC UM62257M-70LL SOP
Parts No.: 315-1002-70
II Top View & Pin Layout A14 vee
WE A13
Vee AS
MEMORY AS MATRIX A11
512 X 512 CE2 GND
CE1 1 II OS
1101 1/07 1102 1106 1/03 1105 GND
I!OGATE COLUMN
DECODER • Description
Name Function
AO-Al4 Address inputs
1!01-I/08 Data inputs/outputs
CEl, CE2 Chip enable inputs
WE Write enable input
Vee +5V power supply
1101 1108 GND Ground
-42-
IC9 SMPC IC CUSTOM CHIP SMPC QFP
Parts No.: 315-5744
•Top View
64 52
19
20 32
• Description
No. 1/0 Name
1 R70 -2 R71
3 R72 1!0
4 R73
5 R50
6 R51 I
7 R52
8 R53
9 - TEST
10 OSCl I!O
11 OSC2
12 - GND
13 X2 1!0
14 XI
15 RESET
16 - vee 17 I cs 18 I R/W
19 AI
20 A2
21 A3
22 I/0
A4
23 AS
24 A6
25 DBO
26 DBI
27 DB2
28 DB3
29 l!O
DB4
30 DBS
31 DB6
32 DB7
I 51
I
33
Function
Not connected.
Reset control
Jumper configuration input
Not connected ~GND
Clock 3
Ground
Clock 4
Master reset input
Power
Chip select input
Read/write input
Address bus
Data bus
-43-
No. 1/0
33
34
35
36 I/0
37
38
39
40
41
42
43 I/0
44
45
46
47 I
48 I
49
50 l/0
51
52 -53
54
55
56
57 1/0
58
59
60
61
62 1/0
63 -64
Name Function
PIOOA
Pl01A
PI02A
PI03A Control pad
PI04A
PI OSA
PI06A
PIOOB
PIOlB
PI02B
PI03B Control pad
PI04B
PIOSB
PI06B
EXL Input
INTO/D13 Input
INT2!R01 Backup RAM reset control
DO Reset control
Dl D2 Not connected.
D3
D4
DS
D6 Reset control
D7
D8
D9
DlO R60
Reset control R61
R62 Not connected.
R63
IC10 VDP1 IC CUSTOM CHIP VDP1 QFP IC CUSTOM CHIP VDP1 S QFP
Parts No. : 315-5689 Parts No. : 315-5883
•Top View 126
127
I I I I
• Description
No.
I 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
1/0
-
0
-0 0 0 -0 0 -0 0 I
----0 0
0
-
0
' -
0
-
0
85
84
43
42
Name Function
Ne Not connected. VRAMA7 VRAMA8 Address bus (VRAM) VRAMA9
VSS Ground for 1/0 pin veLK Clock (VRAM)
VUDQM Upper byte input/output mask(VRAM)
VLDQM Lowerbyte input/output mask(VRAM) VSS Ground for internal circuit
veASN Column address asserted (VRAM)
VRASN Row address asserted (VRAM) vee Power supply
VWEN Write enable (VRAM)
veSN Chip select (VRAM) MeLK Master clock
RESETN Reset vss Ground for 1/0 pin
esN Chip select
ADN Address/data select
DTEN Data enable
IRON Interrupt request
READYN Ready VBUSO VBUSl Address/data bus (Syscon) VBUS2 vss Ground for 1!0 pin
VBUS3 VBUS4 VBUS5 Address/data bus (Syscon) VBUS6 VRUS7
vee Power supply VBUS8 VBUS9
Address/data bus (Syscon) VBUSlO VBUSll
vss Ground for internal circuit VBUS12 VBUS13 Address/data bus (Syscon) VBUS14
-44-
No. I 110 Name Function
4! ! 0 VBUS15 Address/data bus (Syscon) 42 NC
Not connected. -43 NC 44 FOAO 45 0 FOAl Address bus (FBO) 46 FOA2 47 I - VSS Ground for 1/0 pin 48 0 FOA3 Address bus (FBO) 49 I 0 FOA4 Address bus 50 0 FOAS Frame buffer (FBO) 51 0 FOA6 Address bus (FBO) 52 - vee Power supply 53 FOA7 54 0 FOA8 Address bus (FBO) 55 FOA9 56 0 FOCSN Chip select (FBO) 57 - vss Ground for internal circuit 58 0 FOWEN Write enable (FBO) 59 0 FOCLK Clock (FBO) 60 0 FRRASN Row address asserted (FBO) 6! 0 FOCASN Column address asserted (FBO) 62 0 FOLDQM Lower byte input/output mask (FBO) 63 0 FOUDQM Upper byte input? output mask (FBO) 64 - vss Groun for 1/0 pin 65 FODO 66 FODl 67 0 FOD2 Data bus (FBO) 68 FOD3 69 FOD4 70 - vss Ground for internal circuit 71 FODS 72
0 FOD6
Data bus (FBO) 73 FOD7 74 FOD8 75 - vee Power supply 76 FOD9 77
0 FODIO
Data bus (FBO) 78 FODll 79 FODI2 80 - vss Ground for I/0 pin 81 FOD13 82 0 FOD14 Data bus (FBO) 83 FOOlS 84 NC
Not connected. -85 NC 86 FIDO 87 0 FlDl Data bus (FBI) 88 F1D2 89 - vss Ground for I/0 pin 90 FlD3 91
0 FID4
Data bus (FBI) 92 FIDS 93 FID6 94 - vee Power supply 95 FID7 96
0 FID8
Data bus (FBI) 97 FlD9 98 FIDlO 99 - vss Ground for internal circuit 100 FIDll 101 FID12 102 0 FID13 Data bus (FB 1) 103 FlD14 104 FID15
-45-
No. 1/0 N~me Function
105 - VSS Ground for 1/0 pin 106 0 FICLK Clock (FBI) 107 0 FICSN Chip select (FBI) 108 0 FIWEN Write enable (FBI) 109 0 FIRASN Row address asserted (FBI) 110 0 FICASN Column address asserted (FBI) Ill 0 FlLDQM Lower byte input/output mask (FB 1) 112 - vss Data bus (FB l) 113 0 FIUDQM Lower byte input/output mask (FB 1) 114 FIAO 115 0 FlAl Address bus (FBI) 116 FIA2 117 - vee Power supply 118 FIA3 119 0 FIA4 Address bus (FBI) 120 FlA5 121 0 FIA6 Address bus (FB 1) 122 - VSS Ground for I/0 pin 123 0 FIA7 124 0 F1A8 Address bus (BF1) 125 0 FIA9 126
NC Not connected. -127 128 - HTIMN Horizontal sync timing 129 - VTIMN Vertical sync timing 130 0 V2CLK Video clock (1!2 MCLK) 131 - vss Ground for 1/0 pin 132 0 VOUTO 133 0 VOUTI
Display start address/video data 134 0 VOUT2 135 0 VOUT3 136 - vee Power supply 137 0 VOUT4 Display start address/video output data 138 0 VOUT5 139 0 VOUT6 Video output data 140 0 VOUT7 141 - vss Ground for internal circuit 142 0 VRAMDO 143 0 VRAMDI 144 0 VRAMD2 VRAM data bus 145 0 VRAMD3 146 0 VRAMD4 147 - VSS Ground for 1!0 pin 148 0 VRAMD5 149 0 VRAMD6 150 0 VRAMD7
VRAM data bus 151 0 VRAMD8 152 0 VRAMD9 153 0 VRAMDlO 154 - VSS Ground for internal circuit 155 0 VRAMD11 156 0 VRAMD12
VRAM data bus 157 0 VRAMD13 158 0 VRAMD14 159 - vee Power suppiy 160 0 VRAMDI5 VRAM data bus 161 0 VRAMAO 162 0 VRAMAI 163 0 VRAMA2 164 0 VRAMA3 VRAM address bus 165 0 VRAMA4 166 0 VRAMA5 167 0 VRAMA6 168 - NC Not connected.
-46-
IC12/13/15/16
IC UPD4502161G5-A12 TSOP NEC Parts No.: 315-0910-12
IC HM5221605TT-17 TSOP HITACHI Parts No.: 315-1017-17
IC LC382161T-17 TSOP SANYO Parts No. :315-1012-17
• Top View & Pin Layout •Pin Name
Vss A0-A9 Address inputs
0015 0014
DQO-DQ5 Data inputs/outputs
Vss CLK System clock input
0013 CKE Clock enable 0012
Vee 7 Vee cs Chip select
004 0011 RAS Row address strobe command 005 0010
1Vss CAS Col/ address strobe command
009 WE W ritre enable 008
Vee DQML,DQMU DQ mask enable
NC OOMU
Vee Supply voltage
CAS 1 CLK Vss.GND Ground CKE NC No connection NC GNO
AS 1 GNO A7 A6 AS
A3 A4
Vee Vss
• Description
No. 1/0 Pin Name Function
l' 7, 13, 25, 38, 44, - vee Power supply of internal circuits. 50
4, 10,26,41,47,50 - vss Ground pins.
2, 3, 5, 6, 8, 9, 11' 12, 39, 40, 42, 43, l/0 DQ1-DQ16 l/0 pins are the same as conventional DRAM. 45,46,48,49
DQMU controls upper byte and DQML controls lower byte input/output buffers. In read mode, DQMU, DQML control output buffer impedance like conventional OE. If DQMU, DQML is high, output buffers become high
14,36 I DQML,DQMU impedance. If DQMU, DQML is low, output buffers become low imedance. If DQMU, DQML is low, output buffers become low impedance. And when device in write mode, DQMU, DQML control word mask. If DQMU, DQML is high input data is not written to memory cell. If DQMU,
DQML is low input data is written to memory cell.
WE CAS RAS have the same names with conventional DRAM. But these pins 15, 16, 17 I WECASRAS have different definitions with conventional ones. All of these pins only define
command cycle definition. For detail information see command table.
CS low start the command input cycle. When CS is high, all input are not
18 I cs referenced. But even if CS is high, internal operations i.e. bank active or burst are not changed.
19 I A9 A9 is bank select signal (BS). In command cycle, A9=low select bank A and A9=high select bank B.
-47-
No. 1/0 Pin Name Function
Row address (AX0-AX6, AX8) is detennined by A0-A8 level at the bank active command cycle CLK rising edge. (AX7 is don't care.) Column address (A YO-A Y7) is detennined by AO-A 7 level at read or write command cycle CLK rising edge. And this column address become bun;t
20,21-24,27-30 I AO-A8 access start address. A8 define precharge mode command cycle, both banks are prechareged. But A8=low in when A8=high in precharge command cycle, only one bank that is selected A9 (BS) is precharged. And when A8=high in read or
write command cycle, the precharge cycle start automatically after the last data in bun;t accessing.
31,32 - GND Ground 33,37 - NC Not connected.
CKE detennine next CLK is valid or not. If CKE is high next CLK rising edge is valid. But if CKE is low, next CLK is invalid. If CLK rising edge is invalid,
34 I CKE internal clock is not asserted and J.l PD4504161 becomes halt operation. And when J.l PD4502161 does not in bun;t mode and CKE is negated, J.l PD4502161 enter power down mode. During power down mode CKE must keep low level.
35 I CLK CLK is the master clock input pin. The other inputs signals are referenced at CLK rising edge.
IC14 VDP2 IC CUSTOM CHIP VDP2 QFP YAMAHA IC CUSTOM CHIP VDP2 QFP HH IC CUSTOM CP VDP2 S QFP YAMAHA
Parts No. : 315-5690 Parts No. : 315-5690-02 Parts No. : 315-5890
•Top View 120
121
160
81
40
80
I I
41
• Block Diagram
scu
I Bus control
Scroll picture block
Normal Rotation picture t--<r- picture
coordinate coordinate calculation calculation
i Pattern Window name fo-< f.- control control
Character I-< f.- Line picture control control
VRAM Dot data control r-1 control
VRAM
-48-
VDP2
~ "
;1- -A '-.r-11
-
HN counter & timing generator r Video process
Color offset r----& shadow
Color computing 1--
control
Priority f---.-control
Expanded picture circuit
Output data control
Color RAM
Color RAM control
Sprite control
VDP1
1--
I
r--
f-
No. 1/0 "Pin Name Function
1 I 0 RBCS VRAM-B chip select
2 0 RBRAS VRAM-B row address strobe
3 0 RBCAS VRAM-B column address strobe r
4 0 RBWE VRAM-B write enable
5 - vss GND
6 0 RBLDM VRAM-B DQ low-order mask enable
7 0 RBUDM VRAM-B DQ high-order mask enable
8 0 RBAO VRAM-B address bit 0
9 I 0 RBA1 VRAM-B address bit 1
10 - VDD +5V power supply
11 I 0 I RBA2 VRAM-B address bit 2
12 0 RBA3 VRAM-B address bit 3 13 0 RBA4 VRAM-B address bit 4 14 0 RBA5 VRAM-B address bit 5
15 - VSS GND 16 0 RBA6 VRAM-B address bit 6 17 0 RBA7 VRAM-B address bit 7 18 0 RBA8 VRAM-B address bit 8 19 0 RBA9 VRAM-B address bit 9 20 1/0 VDO SYSCON interface data bit 0 21 1!0 VOl SYSCON interface data bit 1 22 1!0 VD2 SYSCON interface data bit 2 23 I/0 VD3 SYSCON interface data bit 3 24 - vss GND 25 I/0 VD4 SYSCON interface data bit 4 26 1!0 VD5 SYSCON interface data bit 5 27 1/0 VD6 SYSCON interface data bit 6 28 I/0 VD7 SYSCON interface data bit 7 29 - VDD +5V power supply 30 1!0 VD8 SYSCON interface data bit 8 31 1!0 VD9 SYSCON interface data bit 9 32 1/0 VDlO SYSCON interface data bit 10 33 1!0 VDll SYSCON interface data bit 11 34 1!0 VD12 SYSCON interface data bit 12 35 1!0 VDl3 SYSCON interface data bit 13 36 - vss GND 37 1!0 VD14 SYSCON interface data bit 14 38 1!0 VD15 SYSCON interface data bit 15 39 I AD SYSCON interface address/data selection 40 I DTEN SYSCON interface data enable 41 0 READY SYSCON interface data ready 42 I cs SYSCON interface chip select 43 - VDD +5V power supply 44 0 VINT · SYSCON interface vertical interrupt 45 0 HINT SYSCON interface horizontal interrupt 46 I EXLAT External latch strobe input 47 I EXSYN External sync signal input 48 1!0 EXBGO External input data bit 0 I Test input/output (in test mode) 49 1!0 EXBG1 External input data bit 1 I Test input/output (in test mode) 50 1!0 EXBG2 External input data bit 2 I Test input/output (in test mode) 51 110 EXBG3 External input data bit 3 I Test input/output (in test mode) 52 - VSS GND 53 110 EXBG4 External input data bit 4 I Test input/output (in test mode) 54 l/0 EXBG5 External input data bit 5 I Test input/output (in test mode) 55 110 EXBG6 External input data bit 6 I Test input/output (in test mode) 56 110 EXBG7 External input data bit 7 I Test input/output (in test mode) 57 110 EXBG8 External input data bit 8 I Test input/output (in test mode) 58 1/0 EXBG9 External input data bit 9 I Test input/output (in test mode) 59 1/0 EXBG10 External input data bit 10 I Test input/output (in test mode) 60 1/0 EXBGII External input data bit 11/ Test input/output (in test mode) 61 1/0 EXBGI2 External input data bit 12/ Test input/output (in test mode) 62 1/0 EXBG13 External input data bit 13/ Test input/output (in test mode) 63 I/0 EXBG14 External input data bit 14 I Test input/output (in test mode)
-49-
No. 1/0 Pin Name Function
64 1!0 EXBGI5 External input data bit I5 I Test input/output (in test mode) 65 1/0 EXBGI6 External input data bit I6/ Test input/output (in test mode) 66 1/0 EXBG17 External input data bit 17 I Test input/output (in test mode) 67 - YSS GND 68 I 1/0 EXBG18 External input data bit 18/ Test input/output (in test mode) 69 I/0 EXBG19 External input data bit 19/ Test input/output (in test mode) 70 1/0 EXBG20 External input data bit 20 I Test input/output (in test mode) 71 1/0 EXBG21 External input data bit 21 I Test input/output (in test mode) 72 I/0 EXBG22 External input data bit 22 I Test input/output (in test mode) 73 I/0 EXBG23 External input data bit 23 I Test input/output (in test mode) 74 I EXON External input data display timing 75 - YDD +5Y power supply 76 I CLK Main clock input 77 0 EXSL External video select signal 78 I RESET Initial reset input 79 I NTSC NTSC/PAL selection 80 - YSS GND 81 - AYSS GND of linear RGB 82 0 R Linear R output 83 0 G Linear G output 84 0 B Linear B output 85 - AYDD +5Y power supply of linear RGB 86 0 CSYNC Composite sync signal output 87 0 YSYNC Vertical sync signal output 88 0 HSYNC Horizontal sync signal output 89 - YDD +5Y power supply 90 0 DCLK Dot clock output 91 0 HTIM YDP1 interface H timing 92 0 YTIM YDP1 interface Y timing 93 1/0 FBDO YDP1 interface data bit 0 94 1/0 FBDI YDPI interface data bit I 95 1/0 FBD2 YDP1 interface data bit 2 96 1/0 FBD3 YDPl interface data bit 3 97 - YSS GND 98 I/0 FBD4 YDPI interface data bit 4 99 1/0 FBD5 YDPl interface data bit 5 100 1/0 FBD6 YDPl interface data bit 6 101 I/0 FBD7 YDPI interface data bit 7 102 0 RAAO VRAM- A address bit 0 103 0 RAAl YRAM- A address bit I 104 0 RAA2 VRAM- A address bit 2 105 0 RAA3 VRAM- A address bit 3 106 - vss GND 107 0 RAA4 ·- VRAM- A address bit 4 108 0 RAA5 VRAM-A address bit 5 109 0 RAA6 VRAM- A address bit 6 110 0 RAA7 VRAM- A address bit 7 I II - VDD +5V power supply 112 0 RAA8 VRAM- A address bit 8 Il3 0 RAA9 YRAM- A address bit 9 ·-114 0 RACS VRAM=A chip select 115 0 RARAS VRAM- A row address strobe 116 - vss GND ll7 0 RACAS VRAM- A column address strobe 118 0 RAWE VRAM- A write enabie 119 0 RALDM VRAM- A DQ low- order mask enable 120 0 RAUDM VRAM- A DQ high- order mask enable I2I I/0 RADO VRAM- A data bit 0 122 1/0 RADI VRAM- A data bit 1 123 1/0 RAD2 VRAM- A data bit 2 124 1/0 RAD3 VRAM- A data bit 3 125 - vss GND 126 I/0 RAD4 VRAM- A data bit 4
-50-
No. I 1/0 Pin Name Function ~
127 1/0 i RAD5 YRAM - A data bit 5
128 I 1/0 RAD6 YRAM - A data bit 6
129 i 110 I RAD7 YRAM - A data bit 7 I 130 I - I VDD +5Y power supply
131 i 1/0 I RAD8 VRAM - A data bit 8
132 I 1/0 ! RAD9 YRAM - A data bit 9
133 j 1/0 I RADIO I YRAM - A data bit 10
134 1/0 I RADII VRAM - A data bit 11
135 ! - I VSS GND 136 I 1/0 RADI2 VRAM - A data bit 12 137 I 1/0 l i RAD13 VRAM - A data bit 13 138 1/0 RAD14 YRAM - A data bit 14 139 I 1/0 RADI5 YRAM- A data bit 15 140 l 0 RCLK YRAM - AlB clock 141 I I TEST Test mode selection (normally, connected to VDD) 142 1!0 RBDO VRAM - B data bit 0 143 I 110 I RBD1 YRAM - B data bit 1 144 1/0 RBD2 YRAM - B data bit 2 145 1!0 RBD3 YRAM - B data bit 3 146 J - vss GND !47 I 1/0 RBD4 VRAM - B data bit 4 148 1/0 RBD5 VRAM - B data bit 5 149 i 1/0 RBD6 VRAM - B data bit 6 150 1/0 RBD7 YRAM - B data bit 7 151 - VDD +5V power supply 152 1/0 RBD8 YRAM - B data bit 8 153 1!0 RBD9 VRAM - B data bit 9 154 1/0 RBDIO YRAM - B data bit 10 155 I/0 RBDI1 YRAM - B data bit 11 156 - vss GND 157 1!0 RBDI2 VRAM- B data bit 12 !58 1/0 RBDI3 YRAM - B data bit 13 159 1/0 RBD14 YRAM - B data bit 14 160 I 1/0 RBDIS VRAM- B data bit 15
-51-
IC17 SCSP
IC CUSTOM CHIP SCSP QFP YAMAHA
Parts No. : 315-5687
•Top View 96
97
• Description
No.
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
1/0
I/0
-
1!0
0 0 -I -I
I
-I I I I -0 0 0 0
0
0 -
0
-
0
1!0
65
64
33
32
Pin Name
MCD6 MCD5 MCD4 MCD3 vss
MCD2 MCDI MCDO
MCRDYN MCINTN
VDD
RESETN vss
MACK
INT2N INTlN INION VDD ESD
EBCK ELRCK
MIDIINP VSS
MIDI OUT
MRASN MWEUN MWELN MCASON MCASIN MOEN VDD MAO MAl MA2 MA3 MA4 MAS vss MA6 MA7 MAS MDO
Function
MCPU data bus
GND
MCPU data bus
Ready signal to MCPU Interrupt request to MCPU Power supply (Sv) SCSP reset input GND SCSP master clock: 512fs (22.58MHz)
SCSP external interrupt request input
Power supply (Sv) Digital audio interface serial data input Digital audio interface BCK Digital audio interface LRCK MIDI input
·. GND MIDI output RAS signal Write signal corresponding to MD[IS-8] Write signal corresponding to MD[7-0]
CAS signal
Sound memory data output enable Power supply (Sv)
Sound memory address
GND
Sound memory address
Sound memory data
-52-
No. 1/0 .. Pin Name Functior,.
43 1!0
MDI Sound memo!)' data
44 MD2 45 - YDD Power supply (5Y) r
46 MD3 47 MD4
48 1/0
MD5 Sound memo!)' data
49 MD6 50 MD7 51 MD8 52 - vss GND 53 MD9 54 MDIO 55
1/0 MDII
Sound memo!)' data 56 MD12 57 MD13 58 MD14 59 - YDD Power supply (5Y) 60 l/0 MD15 Sound memo!)' data 61 0 DSD DAC interface serial data output 62 0 DBCK DAC interface BCK 63 0 DLRCK DAC interface LRCK 64 0 DSCK DAC interface system clock [256fs clock] 65 SCA23 66 SCA22 67 I SCA21 SCPU address bus 68 SCA20 69 SCA19 70 - YSS GND 71 SCA18 72 SCA17 73 SCA16 74 SCA15 75 I SCA14 SCPU address bus 76 SCA13 77 SCA12 78 SCAli 79 SCAlD 80 - YDD Power supply (5Y) 81 SCA9 82 SCAB 83 SCA7 84 SCA6 85 I SCA5 SCPU address bus 86 SCA4, 87 SCA3 88 SCA2 89 SCAI 90 - vss GND 91 SCFCO 92 I SCFCI SCPU status input 93 SCFC2 94 I SCWTN SCPU write 95 I SCLDSN SCPU SCD [7 -0] strobe 96 I SCUDSN SCPU SCD [15-8] strobe 97 I SCASN SCPU address strobe 98 - TESTN LSI test signal (Not connected) 99 - YDD Power supply (5Y) 100 0 SCDTAKN SCPU data acknowledge 101 0 SCAYECN SCPU auto vector interrupu specification 102 SCIPLON 103 0 SCIPLlN SCPU interrupt level specification 104 SCIPL2N 105 1/0 SCDO SCPU data bus
-53-
No. 1/0 Pin" Name Function
106 1!0 SCDI SCPU data bus 107 - vss GND 108 SCD2 109 SCD3 110 SCD4 Ill I/0 SCDS SCPU data bus 1!2 SCD6 1!3 SCD7 1!4 SCD8 !IS - VDD Power supply (SV) 116 SCD9 117 l/0 SCDIO SCPU data bus 118 SCDll 119 - vss GND 120 SCD12 121
1/0 SCD13
SCPU data bus 122 SCD!4 123 SCDIS 124 - vss GND 125 I MCCSN Select signal from MCPU 126 I MCCK 28 MHz clock from MCPU 127 - VDD Power supply (SV) 128 I/0 I MCD7 MCPU data bus
• SCSP Chip Block Diagram
l SCPUI (SOUND CPU) I I LFO (LOW FREQ OSCILLATOR) I ALFO PLFO
I MCPUI (MAIN CPU} I I 7f I DMA I IPLFO I PG(PITCH GENERATOR)
I
:MIDI I I ADP (ADDRESS POINTER) I l EXT(AUDIO INPUT) I 7
I MEMCT (MEMORY CONTROLLER)
I 6 +16
[EG (ENVELOPE GENERAT~~ I liNTER (INTEPOLA TOR}
_t_1o t2o
l -lEG ALFOL PCM DATA I MULTI (MULTIPLIER)
~ ...... , : sous
2o············· r- : .. :-.. : .. :: .. :-------;: .. ~-~ .-: .. :,- -; .. :i:::-.:;- 1
: EXTS : : MIXS : : MEMS: ..... l .. , I
·····T···· ..... T ..... J
I I
I "DSP"
...... ! .... ,
~ L~~;~~.J • . .. J ... , : SEL :
------------- -~---~--------·····.:.r;··· I 16
I DIRECT EFFECT OMIX (OUTPUT MIXER)
I t
DAC
-54-
I
16
I
r
~ - DRAM
IC18 SOUND CPU (68000) IC MC68ECOOOFN12 PLCC MOTOROLA
Parts No.: 315-0941
•Top View 9
26
27
• Description
No. I
1/0 Name
I - GND 2 D4 3 I D3 4 l/0 D2 5 Dl 6 DO ..,
AS I
8 0 UDS
9 LDS 10 RIW
61
60
44
43
Function
Data bus
Address strobe Upper data strobe Lower data strobe Read/write
• Signal Description
PROCESSOR{ STATUS
SYSTEM{ CONTROL
vee GND
CLK
FCO
FC1
FC2
BERR
RESET
HALT
No.
35 36 37 38 39 40
r--;n 42 43 44
MC68ECOOO
1/0 Name
- GND A4 AS A6 A7 A8 A9
AlO All
0 Al2 II I DTACK Data transfer acknowledge 45 Al3 12 0 BG Bus grant 46 A14 13 I BR Bus request 47 Al5 I4 vee Power -IS
48 Al6 49 A17
16 I CLK Clock 50 Al8 17
GND Ground -18
51 Al9 52 A20
19 I MODE 8 bit/16 bit select 53 - vee 20 1/0 HALT Halt 54 A21 21 l/0 RESET Reset 55 0 A22 22 - NC Not connected 56 A23 23 I AVEC 57 - GND 24 I BERR Bus error 58 DIS 25 IPL2 59 D14 26 I IPLI Interrupt control 60 Dl3 27 IPLO 61 D12 28 FC2 62 Dll 29 0 FCI Processor status 63 I/0 DIO 30 FCO 64 D9 31 AO 65 D8
32 0
AI Address bus
33 A2
66 D7 67 D6
34 A3 68 D5
-55-
ADDRES!iBU s 3-Al )A2
DATA BUS 01
AS
Rfii
uos > Ios DTACK
BR } BG
IPLO
iPTI IPL2 > AVEC J
Ground
5-00
ASYNCHRONOUS BUS CONTROL
BUS ARBITRATION CONTROL
INTERRUPT CONTROL
Function
Address bus
Power
Address bus
Ground
Data bus
IC19 Sound DRAM
IC HM514270AJ-8 SOJ HITACHI Parts No. : 315-0777-80
IC UPD424270LE-70 SOJ NEC Parts No.: 315-0739-70
IC MN414270SJ-08 SOJ PANASONIC Parts No. : 315-0822-80
• Top View & Pin Layout
Vss
1/015
1/014
1/013
11012
Vss
1/0ll
11010
IIOg
Input State
RAS CAS UWE
H H D H L H L L H L L L2) L L L2) L L H~L
L H D H~L L D
L H~L H L H--+L L2) L H-+L L2) L H~L H-+L
Output
LWE State
D Open H Valid H Valid
L2) Open L 2) Underlined
H--+L Valid D Open D Open H Valid
L2) Open L2) Underlined
H-+L Valid
IC HM514270Aj-7 SOJ HITACHI Parts No.: 315-0777-70
Operation Mode
Standby Standby Read cycle Early write cycle Delayed write cycle Read modified write cycle
RAS onlY_ refresh 9:_cle CAS before !RAS refresh 9:_cle High-speed page mode read cycle High-speed page mode early write cycle High-speed page mode delayed write cycle High-speed page mode read modified write cycle
1 1108
NC NC
CAS
oe As A7
As As A4
Note: H=High(inactive), L=Low(active), D=Don't care.
IC20 PLL IC CUSTOM CHIP PLL HQFP
Parts No.: 315-5746
II Top View
6
28
20
15 § §
7 14 ~ ~
~--~4~--------------------~3~--~~~
OSIN1
NPSEL 1 }------1----'
DO~EL 2r----------+~====~------------~~r-~ SYSRES 3
DVOD
OSIN2
OSOUT2
EXTCLK 1}----f---'
oscsw 7)-----4-----'
-56-
• Description No. 1/0 Name
1 NPSEL 2
I OOTSEL
3 SYSRES 4 TEST 5 I 0 I SCPCLK 6 EXTCLK
7 I oscsw
8 - DGND 9 0 OSOUT2 10 I I I OSIN2 I 11 - OSVDD2 12 0 POOUT2 13 I VCOIN2 14 -e;-,_ AC2 15 0 AP02 16 - AVDD2 17
1/0 SNDCLK
18 OOTCLK 19 - AVDDI 20 0 APOl 21 I - ACl 22 I VCOIN1 23 0 POOUTl 24 - OSVDDl 25 I OS!Nl 26 I 0 OSOUTl 27 - DVDD 28 I 0 FSC
IC21
IC CXA 1645M SOP SONY
Parts No.: 315-5314
• Block Diagram
GND2 ROUT GOUT
GND1 RIN GIN BIN
Fun-ction
NTSC (SV)IPAL (OV) mode switching control 320PIX (OV)I352PIX (5V) mode switching control Reset (OV reset) Test pin Clock signal output External clock input I CMOS I with pull-down resistor incorporated
Czystal oscillation/external clock signal input switching control (5V: Crystal oscillation, OV: External clock signal) I CMOS I with pull-up resistor incorporated
Ground of digital circuits Czystal oscillator output (OSC2) I Oscillation output 0 Czystal oscillator input (OSC2) I Oscillation input I VDD of czystal oscillator (0SC2) Phase detector (PD2) output VC02 input I Analog I Phase compensator pin I Analog VC02 amp output I Analog 0 Analog VDD of VC02 Clock signal output Clock signal output Analog VDD ofVCOI VCOl amp output I Analog 0 Phase compensator pin I Analog VC01 input I Analog Phase detector (PD 1) output VDD of crystal oscillator (0SC1) Czystal oscillator input (OSCl) I Oscillation input I Czystal oscillator output (0SC1) I Oscillation output 0 VDD of digital circuits
I Clock output signal
CVOUT VCC2 FO YTRAP YOUT COUT VREF I REF
NC SCIN NPIN BFOUT YCLPC SYNCIN NC VCC1
-57-
• Description No. 1/0
1 -
2 3 I 4 5 -6 I 7 I 8 0 9 -10 I I I -
12 -
13 -I4 -I5 0 16 0
I7 -
18 -
19 -20 0 21 22 0 23 24 -
IC22 DAC
IC TDA1386T SOP PHILIPS
Parts No.: 313-5313
Pin Name
GNDl
RIN GIN BIN NC
SCIN NPIN
BFOUT YCLPC
SYNC IN NC
YCCI !REF VREF COUT YOUT
YTRAP
FO
YCC2 CYOUT BOUT GOUT ROUT GND2
II Top View • Description
VDOO No. 1/0 Vss--. Vsso 1 -
Vm 2 -1 VCR 3 I
FILTCR 4 I 1 FILTCL 5 I
VOL 6 I APPo 7 I
1 APP1 8 I 1 APP2 9 -
TEST 11 APPL 10 -SYSCLK APP3 11 1
12 -13 I 14 I 15 I 16 I 17 I tQ A .u v
19 -
20 -
21 0
22 -23 -24 -
Function
Ground of circuits other than RGB, composite video and Y /C output circuits.
Analog RGB signal inputs. The signals should be input with 100%=1 Yp-p (max.).
Not connected. Subcarrier input NTSCIPAL mode switching pin BF pulse monitoring output Time constant which determines the Y signal clamp is connected. Composite sync signal input. Receives it at the TTL leveL Not connected. Power supply of circuit other than RGB, composite video and Y /C output Pin to determine the internal reference current leveL Internal reference voltage pin. Chroma signal output. Can drive a 75 Q load. Y (luma) signal output. Can drive a 75 Q load.
Reduces cross-color caused by subcarrier frequency components contained in the Y signaL
Adjusts fo of the internal filter. Connect the following resistor between this pin and ground depending on the NTSC or PAL mode. Power supply of RGB, composite video and Y/C output circuits. Composite video signal output. This can drive a 75 Q load.
Analog RGB signal outputs. These can drive a 75 Q load.
Ground ofRGB, composite video and Y/C output circuits.
Pin Name Function
VDDA Analog sul'_ply voltage VSSA Analog ground TEST! Test input 1; pin should be connected to ground.
BCK Bit clock input. WS Word select input.
DATA Data input CKSLl Format selection 1. CKSL2 Format selection 2. YSSD Digital ground VDDD Digital supply voltage. TEST2 Test input 2 ; pin should be connected to ground.
SYSCLK System clock 256 fs APP3 Application mode 3 input. APPL Application mode selection input. APP2 Application mode 2 input.
APPl Application mode 1 input. APPO Application mode 0 input. VOL Left channel output.
FILTCL Capacitor for left channel first-order filter function, should be connected between pins 19 and 18.
FILTCR Capacitor for right channel first-order filter function, should be connected between Pins 20 and 21.
YOR Right channel output.
VREF Internal reference voltage for output channels (O.SV ooo typ. ).
vsso Operational amplifier ground. VDDO Operational amplifier supply voltage.
-58-
• Block Diagram
6 DATA---t-"------1 SERIAL
5 WS DATA
BCK 4 INPUT
TEST1
TEST2
3
11
FILTCL 19
1 nF
VOL
10 IJ. F'l
RCONV1
4fs DIGITAL UP-SAMPLE FILTER AND FEATURES
CKSL1 CKSL2
13
9
20
RCONV2
VssA J
.____231~1---11-21---Vsso Vooo
-59-
SYSCLK
APPL
APPO
APP1 APP2 APP3
Vooo
Vsso
FILTCR
IC23/24 74VHC04 IC 74VHC04 SOP 300MIL
Parts No. : 314-0632
II Top View & Pin Layout
IC25 IC S-80741AL-AS CHIP
Parts No. : 313-5322
II Top View
Top View
2 3
IC26/27/29/30 74LS245 IC 74LS245 SOP 300MIL
Parts No. : 314-0563
II Top View & Pin Layout
1 OUT 2 VDD 3 vss
1Y 2
2Y 4
3Y 6
4Y 8
SY 10
6Y 12
r----------------------------------,
I __________________________________ J
II Function Table
-60-
Enable !Direction
G Control
DIR L L
L H
H X
H : High level L: Low level X: "H" or "L"Ievel
Operation
B data to A bus
A data to B bus
Isolation
OUT
IC28 OCTAL BUS TRANSCEIVER IC 74ACT245 SOP 300MIL
Parts No. : 314-0649
BTopView
IC31/32 DRAM
IC HM514260AJ-7 SOJ
Parts No.: 315-0947-70
IC KM416C256BJ-7 SOJ SUMSUNG
Parts No.: 315-0983-70
BTop View
vee 1/015
1/014
1/013
1/012
Vss 1/011
1/010
1/09
1 1/0s
NC
LCAS
UCAS OE' AS
A7
AB
A5
A3 A4
B Logical Operation Circuit
IC UPD424260LE-70-E2 SOJ NEC
Parts No. : 315-0985-70
IC M8814260-70PJ-G SOJ FUJITSU
Parts No. : 315-0984-70
-61-
B Truth Value Table
INPUT FUNCTION OUTPUT STATE
G IDIR ABUS I BBUS
LlL OUTPUT INPUT A=B
L I H INPUT OUTPUT B=A
H lx High impedance z X: Don't care Z: High impedance
IC TC514260BJ-70 SOJ TOSHIBA
Parts No.: 315-0986-70
IC HY514260BJC-70 SOJ HYUNDAI
Parts No.: 315-1030-70
iC33 IC 74HC157 SOP Parts No. : 314-0634
II Top View
IC34 IC UPC78L05T CHIP Parts No. : 313-5323
II Top View
IC35
1. OUTPUT 2. COMMON
(SHIELD PLATE) 3.1NPUT
IC S-80723AN-DL CHIP Parts No. : 313-5328
•Top View
0 0 0 2 3
Y1 Y2
4 7
IC TA78L05F CHIP Parts No. : 313-5323-01
1. OUT 2.VDD 3. vss
liD escnptron No. Name Function
I SEL Common data select input 2 AI Data inputs from source 0 3 81 Data inputs from source 1 4 Yl Multiplexer outputs 5 A2 Data inputs from source 0 6 82 Data inputs from source I 7 Y2 Multiplexer outputs 8 GND Ground (OV)
9 Y3 Multiplexer outputs 10 83 Data inputs from source 1
Data inputs from source 0 Y3 Y4
9
11 A3 12 12 Y4 Multiplexer outputs
13 84 Data inputs from source I 14 A4 Data inputs from source 0 15 G Enable input (active LOW) 16 Vee Positive supply voltage
r---------------------~ I
I I
I I
L---------------------~
-62-
SH1 BOARD IC1 01 SHJ CPU "
IC CUSTOM CHIP SHi QFP
Parts No.: 315-5785
•Top View 112
28
29
• Description
No. I 1/0
I i 2 3 I 4 s 6 7 I
I/0 8 9 10 11
12 -
13 I/0
14 15 -
16 17 18
1/0 19 20 21.
22 -
23 24 2S . 26
0 27 28 29 30 31 -32 33 34 3S
0 36 37 38 39 40 -41
0 42 43 -44 45
0 46 47 48 0 49 0
IC CUSTOM CHIP SH1 A QFP
Parts No. : 3l5-5785A
85
56
Pin Name Function
IROL Host command intenupt input (level detection) IRQH CD-ROM sync detection, subcode sync detection intenupt input (level detection) VSS Ground ADO ADI ADZ AD3
Data input/output AD4 ADS AD6 AD7 VSS Ground ADS
Data input/output AD9 vee +SV AD10 AD11 AD12
Data input/output AD13 AD14 ADIS VSS Ground AO A1 A2 A3
Address output A4 AS A6 A7
VSS Ground A8 A9 AIO All
Address output A12 Al3 AI4 AIS vss Ground AI6
Address output Al7 vee +5V AI8 Al9
Address output A20 A21 NC Not connected.
CASH DRAM CASH output
-63-
r-No. 1/0 Pin Name Function
50 0 CS2 CS2 output (GA, MPEG, other area 2 access) 51 0 CASL DRAM CASL output 52 vss Ground
53 l TIOCAO MPEG A data transfer (DMA3) request input (edge detection) 54 0 RAS DRAM CASL output 55 l/0 CS6 CS6 output (area 6 access)
56 - NC Not connected. 57 0 WRL WRLoutput 58 0 WRH WRH output 59 0 RD RD output 60 0 RESET GA reset output. Lo: RESET, Hi: Release 61 - VSS Ground 62 0 NC Not conncted. 63 0 IRQOUT Spare (Spare to output "Lo" during intenupt process) 64 I TIOCAI MPEG V data transfer (DMA2) request input (edge detection) 65 0 NC Not conncted. 66 0 DACKO DMAO (for CD-ROM sector data input) ACK output (toGA) 67 I DREOO DMAO (for CD-ROM sector data input) REQ input (from GA) 68 0 DACKI DMA1 (for host data input/output) ACK output (toGA) 69 I DROOl DMA1 (for host data input/output) REQ output (from GA) 70 - vee +SV 71 0 CK SH-1 system clock output (20MHz) (toGA) 72 - VSS Ground 73 I EXTAL A crystal oscillator is connected. 74 I XTAL A crystal oscillator is connected. 75 - vee +SV 76 I NMI +SV 77 - vss Ground 78 - NC Not conncted. 79 I RESET Reset input (reset at "Lo") 80 MOO 81 I MDI MCU operation mode setting pins. The built-in ROM is effective. 82 MD2 83 - vee +5V 84 - vee +5V 85 - vee +5V (power supply of analog circuits) 86 - VREF +5V (analog reference power supply) 87 NC 88 NC
Ground (not used) -89 NC 90 NC 91 - AVSS Ground (analog ground) 92 - NC Ground (not used)
93 I VCD ·• Input to detect whether VCD is connected or not. Lo: CD drive connected, Hi: VCD connected.
94 - NC Ground (not used) 95 - NC Ground 96 - VSS Ground 97 I MPEGAIRQ MPEG A intenupt input (edge detection) 98 I MPEGVIRQ MPEG V intenupt input (edge detection) 99 - vee +5V 100 I COMSYNC CD communications start signal input. Lo: Start, Hi: In the middle
101 I COMREQ CD communications sync intenupt input (edge detection). Lo: Duringclock transfer, Hi: During interval.
102 - NC Not conncted. 103 - NC Not conncted. 104 {"\ DEMP Deemphasis output. Lo: DEMP OFF, Hi: DEMP ON '-'
105 - NC No conncted. 106 - VSS Ground 107 I CDATA CD communications data input (SCKO used) 108 0 HDATA CD communications data output (SCKO used) 109 I TEST Test control input. Lo: Test mode, Hi: Normal mode 110 0 TDATA Test data output Ill 0 COMCLK CD communications clock output (SCKO used) ll2 0 TCLK Clock output for test data
-64-
SH1 BOARD IC1 02 DRAM IC HM514260AJ-8 SOJ IC HM514260AJ-7 SOJ
Pans No.: 315-0947-80 Pans No.: 315-0947-70
• Top View & Pin Layout •Pin Name
Vss 1/015
1/014
7 1/013
1/012
Vss 1/011
1/0!0
1/09
1 1/08 NC LCAS
liCAS OE
A8
A7
As A5
A4
• Block Diagram
RAS
1/0 1 1/0 2 I I
1110 BUFFER
I '(7
C/) a: :J w ID >
C/) g a: 0 0 :E <1!1 <1!1
~ 256k en a: 0 w
ti MEMORY :E 0 :E CELL e:. 0 < (.)
w ARRAY ti w C/) :::E 0 z < z w w :::E C/) C/) :J
z _, w 0 C/) (.)
~ WORD L;'). jV DRIVER
ROW DECODER
I
~7
C/) :J ID
g <1!1
en ·-
0 :E e:. ti :E < w C/) z w C/)
Pin Name
A0-A8
AO-A8
1!01-1/04
RAS
CAS
WE
OE
Ycc
Yss
1/0 3 1/0 4 I I
1110 BUFFER
II
en en 0 0 :E :E
256k ~ ~ 256k MEMORY ti ti MEMORY
CELL :E :::E CELL c( c(
ARRAY w w ARRAY C/) C/) z z w w C/) C/)
WORD WORD DRIVER DRIVER
ROW ROW DECODER DECODER
Function
I address input
Refresh address input
Data input/output
Row address strobe
Column address strobe
Write enable
Output enable
Power suppply ( +SY)
Ground
~~ 1 C/) a: C/) :J w :J ID > ID
g a: g 0
oo!! <1!1 <1!1
en a: en 256k 0 w 0 :E 0 :E MEMORY e:. 0 e:. CELL (.)
ti w ti ARRAY :::E 0 :E < z < w :E w C/) :J C/) z _, z w 0 w C/) (.) C/)
-<~ WORD DRIVER
ROW DECODER
I ROW ADDERSS BUFFER I I COLUMN ADDRESS BUFFER I
ir ~t AO-A8 I
-65-
C/)
0 :::E ~ ti :E < w C/) z w C/)
SH1 BOARD !C103 IC CUSTOM CHIP OCU YGR019A
Parts No. : 315-5873
IITopView 168
42
I I I
43
127
126
85
84
II Block Diagram
SH uP
OESCRAMBLE T SUBCODE
IRQ 1 ~'"'""I "" (Upper) ~mrQ~b~ IRQ2 Jf ROTECTO
L ~C(CRCC>!-H CTRL ADR DATA (4M DRAM)
GACTRL l CDIROMSKJ (Upper) [ SPDATA 1- { L SUBCODE
W·-r~t I GASTAT 18 I-- 8
~ 18 .......... --~
: = I== = = F= r--
'7 '7 '7 '"[> : J& v <l -' VIC: 18
~: ~ I L ~ J "0 VIW
ISH-FIF~ we :za: \ DATA -~ a:o .......-:E:z eo CTRL - COUNTER i=O ow CD I ROMS~ COl RQREQJ ~COMMANDd (.) <e (Lower) (Lower) , REG. o-3 - v_
'7 - lsummj -' VIC: HI ROMSK I L HI ROOREO] ~RESPONSE! I L
oo VIW DATA -r _<\t_ :za: we STAT -~ a:o ~ r-~ • r REG. o-a :E:z Ct.> t-BUS FIF~ i=O ow '\ '7 \ 7 J: , COUNTER (.) <e
.,~ I A-bus DATA I
II I. ir II IRQ ~ 18 Auod
HOST SYSTEM
-66-
CD SIGNAL PROCESSOR
CD-ROM Data
CO-DA
HD49232
v: ~
:~ rr: MPEG Audio
.~ !--; -
: ~ : =~ MPEG
Video
SHDATA BUS (BufferedSUB)
18
' RGB '7 25
II Description I
1/0 Name "Function No. I I
I I MVPRT Video transparency control signal
2 MVR7 '
3 MVR6
4 I MVR5 Video red color data
5 MVR4
6 MVR3
7 - vee Power supply
8 - VSS Ground
9 MVG7
10 MVG6
11 I MVG5 Video green color data
12 MVG4
13 MVG3
14 I MVB7 Video blue color data
15 - vss Ground
16 MVB6
17 MVB5 Video blue color data I
18 MVB4
19 MVB3
20 AAl
21 I AA2 A-BUS address bus
22 AA3
23 - VSS Ground
24 AA4
25 AA16 A-BUS address bus I
26 AA17
27 AA18
28 I AeS2 Chip select signal from A-BUS
29 I WTRS Wait control signal used to transfer MPEG video frame data
30 - vss Ground
31 0 FDACK MPEG video frame data transfer control signal
32 0 MVCS MPEG video chip select signal
33 0 MACS MPEG audio chip select signal
34 0 TP5 Test pin
35 - vee Power supply
36 - vss Ground
37 I RESET Gate array system reset signal
38 I MABieK Sync clock used to transfer MPEG audio serial data
39 I MASDATAI MPEG audio serial data signal
40 I MALRCLK Clock used to detect MPEG audio serial data L/R
41 I TP2 Test pin
42 I seS6 SH chip select 6
43 - vss Ground
44 SDLO
45 SDLI
46 I SDL2 SH uP subdata bus
47 SDL3
48 SDL4
49 - vee Power supply
50 - VSS Ground
51 SDLS
52 SDL6
53 SDL7 SH uP subdata bus I
SDLB 54
55 SDL9
56 SDLIO
-67-
.. No. 110 Name Function
57 - vss Ground
58 SDLll
59 SDL12
60 I SDL13 SH uP subdata bus
61 SDL14
62 SDL15
63 - vee Power supply
64 - vss Ground
65 SA21
66 SA20
67 I SA4 SH uP address bus
68 SA3
69 SA2
70 I SRD SH uP read enable signal
71 - vss Ground
72 I SHCK 20MHz clock
73 I SAl SH uP address bus
74 I IRQOUT SH uP interrupt factor generation signal
75 I SCS2 SH uP chip select 2
76 I DACKl Channel 1 DMA transfer response
77 - vee 78 - vss Ground
79 I DACKO Channel 0 DMA transfer response
80 CASH DRAM control signal
81 I
CASL 82 I SWRH SH uP upper byte write enable signal
83 I SWRL SH uP lower byte write enable signal
84 I SA19 SH uP address bus
85 I TP3 Test pin
86 - vss Ground
87 0 DSWR Delayed write cycle control signal
88 0 DREQ1 Channel 1 DMA transfer request
89 0 DREQO Channel 0 DMA transfer request
90 I SDH15 SH uP main data bus
91 - vee Power supply
92 - VSS Ground . 93 SDH14
94 SDH13
95 I SDH12 SH uP main data bus
96 SDH11
97 SDH10
98 - VSS Ground
99 SDH9 Power supply
100 SDH8
101 I SDH7 SH uP main data bus
102 SDH6
103 SDH5
104 - vee Power supply
105 - vss Ground
106 SDH4
107 SDH3
108 I SDH2 SH uP main data bus
109 SDH1
110 SDHO
111 0 SIRQH SH uP upper byte (CD-ROM) interrupt signal
112 - vss Ground
-68-
No. 1/0 Name Functfon
113 0 I SIRQL SH uP lower byte (A-BUS) interrupt signal
114 I 0 BCK Audio serial data sync clock
115 0 LRCK Audio L!R channel switching signal
116 - vee I Power supply
117 0 SD Audio serial data
118 i 0 SUBCK Subcode input clock
119 I - vee Power supply
120 I - vss Ground
121 I CFCKO Frame sync signal
122 I SUBOUT CD subcode data
123 I SI Subcode block sync signal
124 I DAS CD-DA audio serial data
125 I CKX CD audio serial data sync clock
126 I MPX CD audio L!R channel switching signal
127 - VSS
128 I C2F C2 error flag
129 I ' SMPX CD-ROM data byte sync signal
130 I SDAS CD-ROM serial data
131 I SCKX CD-ROM serial data bit sync signal
132 - vss Ground
133 - vee Power supply
134 - vss Ground
135 ATIM1 A-BUS timing control signal
136 I
ATIMO
137 I I ARD A-BUS read signal
138 - VSS Ground
139 I AFCO A-BUS timing control signal
140 I AWRO A-BUS lower byte write signal
141 I AWR1 A-BUS upper byte write signal
142 I AFCl A-BUS timing control signal
143 - vss Ground
144 0 AWAIT A-BUS wait control signal
145 0 AIRQ A-BUS interrupt signal
146 - T Test signal for scan pass
147 ADO
148 I
AD! A-BUS data bus
149 - vee Power supply
150 - vss Ground
151 AD2
152 I
AD3 A-BUS data bus
153 AD4
154 ADS
155 - VSS Ground
!56 AD6
157 AD7
158 I AD8 A-BUS data bus
159 AD9
160 ADlO
161 - vee Power supply
162 - VSS Ground
163 ADII
164 AD12
165 I AD13 A-BUS data bus
166 ADI4
167 AD15
168 - vss Ground
-69-
& PARTS LIST LODEDVIEW 11. EXP loded View ~ 54
11-1. Exp I / _
6
4
6
A
', ' I I I
5
.....,."'""""' i ~~:2J .1--·;--
B
- 70 ···.~
1-2
21
r----. -------~--I
I • I I I I I I I
- --:
-----, I
I I
[__-- -=----_-_-_-_-:_-_ r I I I I I I
_I - - -::..::. =::..-::..::.. ~
I I
L__
c 0
I I
CNI I I I I
I I
j
11-2. Mechanical Parts List Ref. Parts No. Description Ref. Parts No. Oeser i pt ion No. No.
1 610-5862 ASSY TOP CASE SATURN EUR [1] 54 601-7815 STAELE PROTECTION SHEET SAT 1 610-5927 ASSY TOP CASE SATURN AUS [2]
1-1 610-5864 ASSY LID CD SATURN EUR 1-2 253-7015 TOP CASE SATURN EUR 1-3 253-7013 LID CRTG SATURN USA 1-4 253-6917-03 BUTTON OPEN SATURN USA 1-5 253-6919-03 BUTTON RESET SATURN USA
1-6 253-6920 BUTTON OPEN LEVER SATURN JPN 1-7 253-7012 MOUNT POWER UNIT PCB SAT USA 1-8 253-7010 PANEL DEC. FRONT SATURN USA 1-11 601-7774 OIL DUMPER SATURN 1-12 250-5404 BRACKET LEVER SATURN JPN
1-13 250-5423 BRACKET LID CD SPRING SAT USA 1-14 250-5424A BRACKET LID CD HOLDER SAT USA A 1-17 125-5125 SPRING LID CD SATURN JPN 1-18 125-5126 SPRING LID CRTG SATURN JPN 1-19 125-5127 SPRING ARM SATURN JPN
1-20 510-5068 DETECTOR SW SPPB11 1-21 600-6536 WIRE HARN 2P FOR DETECTOR USA 1-22 601-7726 PLATE SEVER SMALL SATURN JPN
2 610-5863 ASSY BOTTOM CASE SATURN USA
2-1 253-7016 BOTTOM CASE SATURN EUR 2-2 601-7658 RUBBER FOOT SATURN JPN
3 837-11492 ASSY IC BD SATURN VAO PAL 5 838-10834 IC BD SATURN SH1
6 610-5679-20 ASSY CD DRIVE UNIT SATURN 6 610-5679-21
7 400-5271 AC POWER UNIT SATURN EUR 7 400-5272 AC POWER UNIT SATURN EUR
e,.7-1 601-7672 INLET FOR UL/CSA SATURN e,.7-2 514-5066 FUSE 1.6A 080026
10 253-6915-03 LID BATTERY SATURN EUR
11 253-6918-03 BUTTON POWER SATURN USA 11 253-6918A-03 BUTTON POWER SATURN USA A
12 253-6921 MOUNT MECHA SATURN JPN 13 253-6932 SLIDE RAIL SATURN JPN 14 510-5069 POWER SW SDDLD 15 601-7979 PLATE SEVER LARGE SATURN USA 16 600-6416 WIRE HARN 5P FOR ST CD
17 600-6560 WIRE HARN 2P FOR P.SW NEW
18 600-6431 FFC 20P L=180w.l 18 600-6431-01 FFC 20P L=180w.l
21 270-5094 FERRITE CORE BP53RB120070060M 21 270-5095 FERRITE CORE L6 T12.5X5.5X7
38 250-5417 BRACKET 9P CONN HOLDER 39 253-6922 BAT HOLDER SATURN MATSUSHITA 40 029-000034 B-TITE SCR PH 3X8 41 029-000034-0B B-TITE SCR PH BLK 3X8 42 029-000035 B-TITE SCR PH 3X10
43 029-000035-0B B-TITE SCR PH BLK 3X10 44 029-000036 8-TITE SCR PH 3X12 45 029-000049 B-TITE SCR BRH 2.6X8 46 029-000061 B-TITE SCR PH 3X14 47 029-000063 S-TITE SCR Bl H2X4
48 029-000049 B-TITE SCR BRH 2.6X8 49 029-000049-0B B-TITE SCR BRH BLK 2.6X8 50 029-000052 B-TITE SCR PH 2X8 51 029-000067-0B B-TITE SCR BRH BLK 2.6X6 52 029-000064 S-TITE SCR PH 2X8
53 401-0054 BATTERY CR2032/1F
[Note] (1]····EUR [2]····AUSTRALIA -71-
11 =3. Electrical Parts List ..
Circuit Circuit Parts No. Description Parts No. Description No. No.
11-3-1. IC BD STATURN MAIN VAO USA IC31 315-0985-70 IC UPD424260LE-70-E2 SOJ NEC IC31 315-0986-70 IC TC514260BJ-70 SOJ TOSHIBA
!Cl 315-0922A IC HD6417095F28 OFP H !TACH! IC31 315-0983-70 IC KM416C256BJ-7 SOJ SUMSUNG !Cl 315-0998 IC HD6417095SF28 OFP HITACHI IC31 315-0984-70 IC M8814260-70PJ-G SOJ FUJITSU
IC31 315-1030-70 IC HY514260BJC-70 SOJ HYUNDAI IC2 315-0922A IC HD6417095F28 OFP HITACHI IC2 315-0998 IC HD6417095SF28 OFP HITACHI IC32 315-0947-70 IC HM514260AJ-7 SOJ
IC32 315-0985-70 IC UPD424260LE-70-E2 SOJ NEC IC3 315-0928-17 IC HM5241605TT-17 TSOP HITACHI IC32 315-0986-70 IC TC514260BJ-70 SOJ TOSHIBA IC3 315-1022-12 IC UPD4504161G5-Al2 TSOP NEC IC32 315-0983-70 IC KM416C256BJ-7 SOJ SUMSUNG IC3 315-0928-15 IC HM5241605TT-15 TSOP HITACHI IC32 315-0984-70 IC MB814260-70PJ-G SOJ FUJITSU
IC32 315-1030-70 IC HY514260BJC-70 SOJ HYUNDAI IC4 315-0928-17 IC HM5241605TT-17 TSOP HITACHI IC4 315-1022-12 IC UPD4504161G5-A12 TSOP NEC IC33 314-0634 IC 74HC157 SOP IC4 315-0928-15 IC HM5241605TT-15 TSOP HITACHI
IC34 313-5323 IC UPC78L05T CHIP NEC IC5 315-5688 IC CUSTOM CHIP SCU OFP YAMAHA IC34 313-5323-01 IC TA78L05F CHIP TOSHIBA IC6 315-5778 IC CUSTOM CHIP DCC OFP TOSHIBA
IC35 313-5328 IC S-80723AN-DL CHIP SEIKO IC7 EPR-17933 OS SATURN IPL-ROM PAL DIP IC7 MPR-17933 OS SATURN IPL-ROM PAL DIP CN1 209-5070 EDGE CONN 134P N630-9523-T006
CN1 209-5070A EDGE CONN 134P N630-9523-T006A IC8 315-0948-10 IC CXK58267AM-10L SOP IC8 315-0930-10 IC UPD43257B-10LL SOP CN2 209-5074 CONN 9P*2 CSS5018-0101R ICB 315-0964-10 IC M5M5255BFP-12LL SOP CN2XA NOT USED NOT USED ICB 315-0965-10 IC SRM20257LLM10 SOP CN2XB NOT USED NOT USED IC8 315-1002-70 IC UM62257M-70LL SOP
CN3 212-5453 CONN 6P B5P6-VH IC9 315-5744 IC CUSTOM CHIP SMPC QFP CN4 212-5440 CONN lOOP FX6A-100S-0.8SV2
IClO 315-5689 IC CUSTOM CHIP VDP1 QFP CN5 212-5431 MINI DIN CONN lOP FOR A/V HOSI IC10 315-5883 IC CUSTOM CHIP VDPl S OFP CN5 212-5481 MINI DIN lOP TCS7716-432010
CN5X NOT USED NOT USED ICll 315-0928-17 IC HM5241605TT-17 TSOP HITACHI IC11 315-1022-12 IC UPD4504161G5-A12 TSOP NEC CN6 209-5075 CONN liP TCX3072-010100 HOSHID IC11 315-0928-15 IC HM5241605TT-15 TSOP HITACHI CNB 212-5454 CONN 5P B4(5)B-PH-K-S
CN9 212-5454 CONN 5P B4(5)B-PH-K-S IC12 315-0910-12 IC UPD4502161G5-A12 TSOP NEC CNlO NOT USED NOT USED IC12 315-1017-17 IC HM5221605TT-17 TSOP HITACHI CNll NOT USED NOT USED IC12 315-1012-17 IC LC382161T-17 TSOP SANYO
CN12 212-5457 CONN 3P SJ21-03WT IC13 315-0910-12 IC UPD4502161G5-A12 TSOP NEC IC13 315-1017-17 IC HM5221605TT-17 TSOP HITACHI Sl¥3 510-5063 TACT SYI SKEYAC ALPS IC13 315-1012-17 IC LC382161T-17 TSOP SANYO
Dl 481-5072 DIODE CHIP 1SS184 TOSHIBA IC14 315-5690 IC CUSTOM CHIP VDP2 OFP YAMAHA IC14 315-5690-02 IC CUSTOM CHIP VDP2 OFP HH D2 481-5168 DIODE CHIP HRYI0202A HITACHI IC14 315-5890 IC CUSTOM CP VDP2 S OFP YAMAHA D2 481-5199 DIODE CHIP 1SS377 TOSHOBA
D2 481-5201 DIODE CHIP RB415D ROHM IC15 315-0910-12 IC UPD4502161G5-A12 TSOP NEC IC15 315-1017-17 IC HM5221605TT-17 TSOP HITACHI D3 481-5168 DIODE CHIP HRW0202A HITACHI IC15 315-1012-17 IC LC382161T-17 TSOP SANYO D3 481-5199 DIODE CHIP 1SS377 TOSHIBA
D3 481-5201 DIODE CHIP RB415D ROHM IC16 315-0910-12 IC UPD4502161G5-A12 TSOP NEC IC16 315-1017-17 IC HM5221605TT-17 TSOP HITACHI D4 481-5072 DIODE CHIP 1SS184 TOSHIBA IC16 315-1012-17 IC LC38161T-17 TSOP SANYO D5 481-5179 DIODE CHIP MA153A MATSUSHITA
IC17 315-5687 IC CUSTOM CHIP SCSP QFP YAMAHA 06 481-5168 DIODE CHIP HRW0202A HITACHI IC18 315-0941 IC MC68ECOOOFN12 PLCC MOTOROLA D6 481-5199 DIODE CHIP 1SS377 TOSHIBA
06 481-5201 DIODE CHIP RB415D ROHM IC19 315-0777-80 IC HM514270AJ-8 SOJ HITACHI IC19 315-0739-70 IC UPD424270LE-70 SOJ NEC TR1 482-5126 XSTR 2SC1623 L5 .. 7 CHIP NEC IC19 315-0777-70 IC HM514270AJ-7 SOJ HITACHI TR2 482-5125-01 XSTR 2SA812 CHIP M5 .. 6 NEC IC19 315-0822-80 IC MN414270SJ-08 SOJ PANASONIC TR3 482-5260 XSTR 2SD2114K(V.W)CHIP ROHM
TR4 482-5260 XSTR 2SD2114K(V.YI)CHIP ROHM IC20 315-5746 IC CUSTOM CHIP PLL HOFP IC21 313-5314 IC CXAI645M SOP SONY L1 180-5137 CHIP INDUCTOR 100UH 10~ KOA IC22 313-5313 IC TDA1386T SOP PHI Ll PS L1 180-5137-01 P.COIL CHIP 100UH ELJFA101KF IC23 314-0632 IC 74VHC04 SOP 300MIL IC24 314-0632 IC 74VHC04 SOP 300MIL L2 180-5137 CHIP INDUCTOR 100UH 10~ KOA
L2 180-5137-01 P.COIL CHIP 100UH ELJFA101KF II"?~': 313-5322 IC S=80741AL=A5 CHIP SEIKO '"'""" IC26 314-0563 IC 74LS245 SOP 300MIL L3 180-5142 P.COIL CHIP IOOUH LOH3C101K04 IC27 314-0563 IC 74LS245 SOP 300MIL L3 180-5142-01 P.COIL CHIP lOOUH NLFC322522T IC28 314-0649 IC 74ACT245 SOP 300MIL IC29 314-0563 IC 74LS245 SOP 300MIL L4 180-5142 P.COIL CHIP 100UH LOH3C101K04
L4 180-5142-01 P.COIL CHIP 100UH NLFC322522T IC30 314-0563 IC 74LS245 SOP 300MIL
L5 180-5142 P.COIL CHIP lOOUH LOH3C101K04 IC31 315-0947-70 IC HM514260AJ-7 SOJ LS 180-5142-01 P.COIL CHIP lOOUH NLFC322522T
-72-
Circuit Parts No. Description Circuit Parts No. Description No. No.
L6 180-5142 P. COIL CH I.P 1 OOUH LOH3C1 01 K04 C11 151-0265 CAP CER CP 0. 1UF 25V ZF2125 L6 180-5142-01 P. COIL CHIP 100UH NLFC322522T C12 151-0265 CAP CER CP 0. 1UF 25V ZF2125
C13 151-0265 CAP CER CP 0. 1 UF 25V ZF2125 L8 180-5142 P. COIL CHIP 100UH LOH3C101K04 C14 151-0265 CAP CER CP 0. 1 UF 25V ZF2125 L8 180-5142-01 P. COIL CHIP 100UH NLFC322522T C15 151-0265 CAP CER CP 0. 1 UF 25V ZF2125
L9 180-5142 P.COIL CHIP 100UH LOH3C101K04 C16 151-0265 CAP CER CP 0. 1UF 25V ZF2125 L9 180-5142-01 P.COIL CHIP 100UH NLFC322522T C17 NOT USED NOT USED
C18 151-0265 CAP CER CP 0. 1 UF 25V ZF2125 L10 180-5142 P.COIL CHIP 100UH LOH3C101K04 C19 151-0265 CAP CER CP 0. 1UF 25V ZF2125 L10 180-5142-01 P.COIL CHIP 100UH NLFC322522T C20 151-0265 CAP CER CP 0. 1UF 25V ZF2125
FB3 NOT USED NOT USED C21 151-0307 CAP CER CP 0. 022UF 50V ZF2125 FB4 476-2330-J-10 RES CHIP 33 OHM 1/10\¥ 5% C22 151-0307 CAP CER CP 0. 022UF 50V ZF2125 FB5 NOT USED NOT USED C23 151-0621 CAP CER CP 30PF 50V JCH2125 FB6 NOT USED NOT USED C24 151-0621 CAP CER CP 30PF 50V JCH2125 FB7 NOT USED NOT USED C25 151-0305 CAP CER CP 1000PF 50V KB2125
FBB NOT USED NOT USED C26 151-D521 CAP CER CP 470PF 50V SL2125 FB9 NOT USED NOT USED C27 151-0318 CAP CER CHIP 33PF 50V CH2125 FB10 NOT USED NOT USED C28 151-0307 CAP CER CP 0.022UF 50V ZF2125 F813 NOT USED NOT USED C29 151-0307 CAP CER CP 0. 022UF 50V ZF2125 FB15 NOT USED NOT USED C30 151-0478 CAP CER CP 27PF 50V CH2125
FB16 NOT USED NOT USED C31 151-0377 CAP CER CP 100PF 50V KCH2125 F817 NOT USED NOT USED C32 151-0307 CAP CER CP 0.022UF 50V ZF2125 F818 479-5005-0000 RES CHIP 0 OHM 1/10W 2125 C33 NOT USED NOT USED
~AI YO C34 NOT USED NOT USED
EM12 271-0045 EMI FILTER STB101KB C35 151-D320 CAP CER CP 68PF 50V J CH2125 EMI3 271-0045 EM! FILTER STB101KB TAl YO EMI5 271-0045 EMI FILTER STB101KB TAl YO C36 NOT USED NOT USED EM16 271-0045 EM! FILTER STB101KB TAIYO C37 151-0265 CAP CER CP 0. 1 UF 25V ZF2125 EM17 271-0045 EM! FILTER STB101KB TAIYO C38 151-0265 CAP CER CP 0. 1 UF 25V ZF2125
C39 151-0265 CAP CER CP 0. 1UF 25V ZF2125 EMIB 271-0045 EM! FILTER STB101KB TAl YO C40 151-0270 CAP CER CP 47PF 50V KSL2125 EM19 271-0045 EMI FILTER STB101KB TAl YO EMI10 271-0045 EMI FILTER STB101KB TAIYO C41 151-0S92 CAP CER CP 5PF/50V CCH2125 EMI11 271-0045 EMI FILTER STB101KB TAIYO C42 151-0265 CAP CER CP 0. lUF 25V ZF2125 EM112 271-0045 EMI FILTER STB101KB TAl YO C43 151-0265 CAP CER CP 0. 1UF 25V ZF2125
C44 151-0361 CAP CER CP 15PF 50V CH2125 EM113 271-0045 EM! FILTER STB101KB TAl YO C45 NOT USED NOT USED EM114 271-0045 EM! FILTER STB101KB TAl YO EMI15 271-0045 EMI FILTER STB101KB TAl YO C46 NOT USED NOT USED EM116 271-0045 EMI FILTER STB101KB TAl YO C47 1S1-0318 CAP CER CHIP 33PF 50V CH2125 EM117 271-0045 EM! FILTER STB101KB TAIYO C48 NOT USED NOT USED
C49 NOT USED NOT USED EM118 271-0045 EM! FILTER STB101KB TAIYO C50 151-0319 CAP CER CHIP 20PF 50V CH2125 EM119 271-0045 EMI FILTER STB101KB TAIYO EM120 271-0045 EM! FILTER STB101KB TAl YO C51 1S1-0319 CAP CER CHIP 20PF 50V CH2125 EM121 271-0045 EM! FILTER STB101KB TAIYO CS2 1S1-026S CAP CER CP 0. 1UF 25V ZF212S EM122 271-0045 EM! FILTER STB101KB TAl YO C53 1S1-026S CAP CER CP 0. 1UF 25V ZF2125
C54 1S1-026S CAP CER CP 0. 1UF 2SV ZF2125 EM123 271-0045 EM! FILTER STB101KB TAIYO C55 1S1-0265 CAP CER CP 0. 1UF 25V ZF2125 EMI24 271-0045 EM! FILTER STB101KB TAIYO EM125 271-0045 EMI FILTER STB101KB- TAIYO CS6 1S1-026S CAP CER CP 0. 1UF 25Y ZF2125 EMI26 271-0045 EM! FILTER STB101KB TAIYO C57 151-026S CAP CER CP 0. 1UF 25V ZF2125 EMI27 271-0045 EM! FILTER STB101KB TAIYO C58 1Sl-026S CAP CER CP 0. 1UF 2SY ZF2125
C59 1S1-026S CAP CER CP 0. lUF 2SV ZF212S EMI28 271-004S EM! FILTER STB101KB TAl YO C60 1S1-026S CAP CER CP 0. 1UF 2SV ZF2125 EMI29 271-004S EMI FILTER STB101KB TAIYO EMI30 271-0045 EMI FILTER STB101KB TAIYO C61 151-026S CAP CER CP 0. 1UF 2SY ZF212S EM131 271-004S EMI FILTER STB101KB TAIYO C62 1S1-026S CAP CER CP 0. 1UF 2SV ZF2125 E~dl32 271-0045 EMI FILTER STB101KB TAIYO C63 1Sl-0305 CAP CER CP lOOOPF SOY KB2125
C64 1S1-030S CAP CER CP 1000PF 50V KB212S EMI33 271-0045 EM! FILTER STB101KB TAIYO C6S NOT USED NOT USED EM134 271-004S EMI FILTER STB101KB TAIYO EM13S 271-0045 EM! FILTER STB101KB TAIYO C66 151-026S CAP CER CP 0. 1UF 25V ZF212S
C67 1S1-026S CAP CER CP 0. 1UF 25V ZF2125 C1 1S1-0307 CAP CER CP 0.022UF SOY ZF212S C68 1S1-026S CAP CER CP 0. lUF 2SY ZF212S C2 1S1-0S21 CAP CER CP 470PF SOY SL2125 C69 1S1-026S CAP CER CP 0. 1UF 2SY ZF212S C3 1S1-026S CAP CER CP 0. 1UF 2SY ZF212S C70 1S1-026S CAP CER CP 0. 1UF 2SY ZF2125 C4 1S1-0307 CAP CER CP 0.022UF SOY ZF212S cs 151-0S21 CAP CER CP 470PF SOY SL212S C71 1S1-026S CAP CER CP 0. lUF 2SV ZF212S
C72 1S1-026S CAP CER CP 0. 1UF 2SV ZF212S C6 1S1-0265 CAP CER CP 0. 1UF 2SY ZF2125 C73 151-0265 CAP CER CP 0. 1UF 25V ZF2125 C7 151-026S CAP CER CP 0. 1UF 2SV ZF2125 C74 1S1-0265 CAP CER CP 0. 1UF 2SV ZF212S CB 151-026S CAP CER CP 0. lUF 25Y ZF2125 C75 151-0265 CAP CER CP 0. 1UF 25V ZF2125 C9 1S1-026S CAP CER CP 0. 1UF 25Y ZF2125 C10 151-026S CAP CER CP 0. 1UF 25V ZF2125 C76 1S1-026S CAP CER CP 0. 1UF 2SV ZF2125
C77 1S1-026S CAP CER CP 0. 1UF 2SV ZF212S
-73-
-Circuit Parts No. Description Circuit Parts No. Desc r i pt ion
No. No.
C78 151-0265 CAP CER CP 0. lUF 25V ZF2125 CE4 151-0622 CAP CER CP 1UF 16V ZF3216 C79 151-0265 CAP CER CP 0. 1UF 25V ZF2125 C80 151-0265 CAP CER CP 0. 1UF 25V ZF2125 CE6 150-0313-04 CAPE CP 100UF6.3V MV6.3VC100M
CE6 150-0313-01 CAPE CP 100UF 6.3V ECEVOJA101 C81 151-0265 CAP CER CP 0. 1UF 25V ZF2125 CE6 150-0313-03 CAPE CP 100UF6.3V UWXOJ101MCR C82 151-0265 CAP CER CP 0. 1UF 25V ZF2125 CE6 150-0313-05 CAPE CP 100UF 6.3V REV C83 151-0265 CAP CER CP 0. 1UF 25V ZF2125 C84 151-0265 CAP CER CP 0. 1UF 25V ZF2125 CE15 150-0464 CAP E CP 10UF16V MV16VC10MD55 C85 151-0265 CAP CER CP 0. 1UF 25V ZF2125 CE15 150-0464-01 CAP E CP 10UF 16V ECEV1CA100
CE15 150-0464-02 CAP E CP 10UF 16V UWX1C100MCR1 C86 151-0265 CAP CER CP 0. 1UF 25V ZF2125 CE15 150-0464-03 CAP E CP 10UF16V REV C87 151-0265 CAP CER CP 0. 1 UF 25V ZF2125 C88 151-0265 CAP CER CP 0. 1UF 25V ZF2125 CE16 150-0464 CAP E CP 10UF16V MV16VC10MD55 C89 151-0265 CAP CER CP 0. lUF 25V ZF2125 CE16 150-0464-01 CAP E CP 10UF 16V ECEV1CA100 C90 151-0265 CAP CER CP 0. 1 UF 25V ZF2125 CE16 150-0464-02 CAP E CP 10UF 16V UWX1C100MCR1
CE16 150-0464-03 CAP E CP 10UF16V REV C91 151-0265 CAP CER CP 0. 1UF 25V ZF2125 C92 NOT USED NOT USED CE18 150-0313-04 CAPE CP 100UF6.3V MV6.3VC100M C93 NOT USED NOT USED CE18 150-0313-01 CAPE CP 100UF 6.3V ECEVOJA101 C94 NOT USED NOT USED CE18 150-0313-03 CAPE CP 100UF6.3V UWXOJ101MCR C95 NOT USED NOT USED CE18 150-0313-05 CAPE CP 100UF 6.3V REV
C96 151-0270 CAP CER CP 47PF SOY KSL2125 CE19 150-0313-04 CAPE CP 100UF6.3V MV6.3VC100M C97 NOT USED NOT USED CE19 150-0313-01 CAPE CP 100UF 6.3V ECEVOJA101 C98 NOT USED NOT USED CE19 150-0313-03 CAPE CP 100UF6.3V UWXOJ101MCR C99 NOT USED NOT USED CE19 150-0313-05 CAPE CP 100UF 6.3V REV C102 NOT USED NOT USED
CE20 15Qr.0464 CAP E CP 10UF16V MV16VC10MD55 C103 151-0265 CAP CER CP 0. 1UF 25V ZF2125 CE20 150:.0464-01 CAP E CP 10UF 16V ECEV1CA100 C104 151-0265 CAP CER CP 0. 1UF 25V ZF2125 CE20 150-0464-02 CAP E CP 10UF 16V UWX1C100MCR1 C105 151-0265 CAP CER CP 0. 1UF 25V ZF2125 CE20 150-0464-03 CAP E CP 10UF16V REV C106 151-0265 CAP CER CP 0. 1UF 25V ZF2125 C107 151-0265 CAP CER CP 0. 1UF 25V ZF2125 CE21 150-0464 CAP E CP 10UF16V MV16VC10MD55
CE21 150-0464-01 CAP E CP 10UF 16V ECEV1CA100 C108 151-0265 CAP CER CP 0. 1UF 25V ZF2125 CE21 150-0464-02 CAP E CP 10UF 16V UWX1C100MCR1 C109 151-0298 CAP CER CP lOOPF SOV JSL2125 CE21 150-0464-03 CAP E CP 10UF16V REV C110 151-0298 CAP CER CP 100PF SOV JSL2125 C111 151-0592 CAP CER CP 5PF/50V CCH2125 CE22 150-0496 CAP E CP 4. 7UF 25V MV25VC4R7M C112 NOT USED NOT USED CE22 150-0496-01 CAP E CP 4. 7UF 25V ECEV1EA4R7
CE22 150-0496-02 CAP E CP 4. 7UF25V UWX1E4R7MCR1 C114 NOT USED NOT USED CE22 150-0496-03 CAP E CP 4. 7UF25V REV C115 151-0265 CAP CER CP 0. 1UF 25V ZF2125 C116 151-0265 CAP CER CP 0. 1UF 25V ZF2125 CE23 150-0464 CAPE CP 10UF16V MV16VC10MD55 C117 151-0265 CAP CER CP 0. 1UF 25V ZF2125 CE23 150-0464-01 CAP E CP 10UF 16V ECEV1CA100 C118 151-0265 CAP CER CP 0. lUF 25V ZF2125 CE23 150-0464-02 CAP E CP 10UF 16V UWX1C100MCR1
CE23 150-0464-03 CAP E CP 10UF16V REV C119 151-0265 CAP CER CP 0. 1UF 25V ZF2125 C120 151-0265 CAP CER CP 0. 1UF 25V ZF2125 CE24 150-0423 CAP E CP 220UF 4V MV4VC220MF55 C121 151-0298 CAP CER CP 100PF SOV JSL2125 CE24 150-0423-01 CAP E CP 220UF 4V ECEVOGA221 Cl22 151-0298 CAP CER CP 100PF 50V JSL2125 CE24 150-0423-02 CAP E CP 220UF 4V UWXOG221MCR1 C123 151-0298 CAP CER CP 100PF SOY JSL2125 CE24 150-0423-03 CAP E CP 220UF 4V REV
C124 151-0298 CAP CER CP 100PF SOY JSL2125 CE25 150-0423 CAP E CP 220UF 4V MV4VC220MF55 C125 NOT USED NOT USED CE25 15D-0423-01 CAP E CP 220UF 4V ECEVOGA221 C126 NOT USED NOT USED ·- CE25 150-0423-02 CAP E CP 220UF 4V UWXOG221MCR1 C127 151-0265 CAP CER CP 0. 1UF 25V ZF2125 CE25 150-0423-03 CAP E CP 220UF 4V REV C129 151-0320 CAP CER CP 68PF 50V J CH2125
CE26 150-0423 CAP E CP 220UF 4V MV4VC220MF55 C130 151-0623 CAP CER CP 1UF 16V ZF2125 CE26 150-0423-01 CAP E CP 220UF 4V ECEVOGA221 C131 151-0623 CAP CER CP 1UF 16V ZF2125 CE26 150-0423-02 CAP E CP 220UF 4V UWXOG221MCR1 C132 151-0623 CAP CER CP lUF 16V ZF2125 CE26 150-0423-03 CAP E CP 220UF 4V REV C133 151-0623 CAP CER CP 1UF 16V ZF2125 C134 151-0623 CAP CER CP "1UF 16V ZF2125 CE27 150-0423 CAP E CP 220UF 4V MV4VC220MF55
CE27 150-0423-01 CAP E CP 220UF 4V ECEVOGA221 C135 151-0623 CAP CER CP 1UF 16V ZF2125 CE27 150-0423-02 CAP E CP 220UF 4V UWXOG221MCR1 C136 151-0623 CAP CER CP 1UF 16V ZF2125 CE27 150-0423-03 CAP E CP 220UF 4V REV C137 151-0623 CAP CER CP 1UF 16V ZF2125 C138 151-0623 CAP CER CP 1UF 16V ZF2125 CE28 150-0423 CAP E CP 220UF 4V MV4VC220MF55 C139 151-0623 CAP CER CP 1UF 16V ZF2125 CE28 150-0423-01 CAP E CP 220UF 4V ECEVOGA221
CE28 150-0423-02 CAP E CP 220UF 4V UWXOG221MCR1 C140 151-0623 CAP CER CP 1UF 16V ZF2125 CE28 150-0423-03 CAP E CP 220UF 4V REV C141 151-0623 CAP CER CP lUF 15¥ ZF2125
CE29 150-0423 CAP E CP 220UF 4V MV4VC220MF55 CE1 151-0623 CAP CER CP 1UF 16V ZF2125 CE29 150-0423-01 CAP E CP 220UF 4V ECEVOGA221 CE2 151-0622 CAP CER CP IUF 16V ZF3216 CE29 150-0423-02 CAP E CP 220UF 4V UWXOG221MCR1
CE29 150-0423-03 CAP E CP 220UF 4V REV CE3 150-0313-04 CAPE CP 100UF6.3V MV6.3VC100M CE3 150-0313-01 CAPE CP 100UF 6.3V ECEVOJA101 CE30 150-0505-02 CAP E CP 220UF10V UUR1A221MBR CE3 150-0313-03 CAPE CP 100UF6.3V UWXOJ101MCR CE3 150-0313-05 CAPE CP 100UF 6.3V REV CE31 150-0464 CAP E CP 10UF16V MV16VC10MD55
-74-
Circuit I Parts No. Description Circuit I Parts No. Desc r i pt ion No. I No.
i
CE31 150-0464-01 CAP E CP 10UF 16V ECEV1CA100 R21 476-2222-J-10 RES CHIP 2.2KOHM 1/10\1' 5% CE31 150-0464-02 CAP E CP 10UF 16V UWX1C100MCR1 R22 476-2111-J-1 0 RES CHIP 110 OHM 1/10\1' 5% CE31 1 50-0464-03 CAP E CP 10UF16V REV R24 476-2303-J-10 RES CHIP 30KOHM 1/10\1' 5%
R25 476-2303-J-10 RES CHIP 30KOHM 1/10\1' 5% CE32 153-0120 CAP TANT CHIP 10UF 6.3V NEC R26 476-2362-J-10 RES CHIP 3.6KOHM 1/10\1' 5% CE32 1 53-0120-01 CAP TANT CHIP 10UF 6. 3V PANA CE32 153-0120-02 CAP TANT CHIP 10UF 6.3V NICHI R27 476-2363-J-10 RES CHIP 36KOHM 1/10\1' 5% CE32 153-0120-03 CAP TANT CHIP 10UF 6.3V TO\\' A R28 476-2621-J-10 RES CHIP 620 OHM 1/10\1' 5%
R29 NOT USED NOT USED CE33 150-0494 CAPE CP 22UF 6.3V MV6.3VC22M R30 476-2102-J-10 RES CHIP 1KOHM 1/10\1' 5% CE33 1 50-0494-01 CAPE CP 22UF 6.3V ECEVOJA220 R31 476-2102-J-10 RES CHIP 1KOHM 1/10\1' 5% CE33 150-0494-02 CAP E CP 22UF6. 3V UWXOJ220MCR1 CE33 150-0494-03 CAPE CP 22UF 6.3V REV R32 476-2102-J-10 RES CHIP 1KOHM 1/10\1' 5%
R33 476-2222-J-10 RES CHIP 2. 2KOHM 1/10\1' 5% CE34 150-0494 CAPE CP 22UF 6.3V MV6.3VC22M R35 476-2473-J-10 RES CHIP 47KOHM 1/10\1' 5% CE34 150-0494-01 CAPE CP 22UF 6.3V ECEVOJA220 R36 476-2750-J-10 RES CHIP 75 OHM 1/10\1' 5% CE34 150-0494-02 CAPE CP 22UF6.3V UWXOJ220MCR1 R37 476-2750-J-10 RES CHIP 75 OHM 1/10\1' 5% CE34 150-0494-03 CAPE CP 22UF 6.3V REV
R38 476-2750-J-10 RES CHIP 75 OHM 1/10\1' 5% CE35 150-0501 CAPE CP 47UF 6.3V MV6.3VC47M R39 476-2750-J-10 RES CHIP 75 OHM 1/10\1' 5% CE35 150-0501-01 CAPE CP 47UF 6.3V ECEVOJA470 R40 476-2750-J-10 RES CHIP 75 OHM 1/10\1' 5% CE35 150-0501-02 CAP E CP 47UF6. 3V UWXOJ470MCR1 R41 476-2750-J-10 RES CHIP 75 OHM 1/10\1' 5% CE35 1 50-0501 -03 CAPE CP 47UF 6.3V REV R42 476-2163-F-10 RES CHIP 16KOHM 1/10\1' 1%
CE37 150-0464 CAP E CP 10UF16V MV16VC10MD55 R43 476-2101-J-10 RES CHIP 100 OHM 1/10\1' 5% CE37 150-0464-01 CAP E CP 10UF 16V ECEV1CA100 R44 476-2101-J-10 RES CHIP 100 OHM 1/10\1' 5% CE37 150-0464-02 CAP E CP 10UF 16V UWX1C100MCR1 R45 476-2104-J-10 RES CHIP 100KOHM 1/10\1' 5% CE37 150-0464-03 CAP E CP 10UF16V REV R46 476-2104-J-10 RES CHIP 100KOHM 1/10\1' 5%
R47 476-2472-J-10 RES CHIP 4. 7KOHM 1/10\1' 5% CE38 NOT USED NOT USED
R48 476-2201-J-10 RES CHIP 200 OHM 1/10\1' 5% CE42 150-0464 CAP E CP 10UF 16V MV16VC10MD55 R49 476-2472-J-10 RES CHIP 4. 7KOHM 1/10\1' 5% CE42 1 50-0464-01 CAP E CP 10UF 16V ECEV1CA100 R50 476-2472-J-10 RES CHIP 4. 7KOHM 1/10\1' 5% CE42 150-0464-02 CAP E CP 10UF 16V UWX1C100MCR1 R66 476-2472-J-10 RES CHIP 4. 7KOHM 1/10\1' 5% CE42 150-0464-03 CAP E CP 10UF 16V REV R67 476-2105-J-10 RES CHIP 1 MOHM 1/1 0\1' 5%
CE45 150-0504 CAP E 330UF USROJ331MCA1TD R68 476-2334-J-10 RES CHIP 330KOHM 1/10\1' 5% CE46 150-0504 CAP E 330UF USROJ331MCA1TD R69 476-2103-J-10 RES CHIP 10KOHM 1/10\1' 5%
R74 476-2103-J-10 RES CHIP 10KOHM 1/10W 5% CE47 150-0463 CAP E CP 1UF 50V MV50VC1MD55 R96 NOT USED NOT USED CE47 150-0463-01 CAP E CP 1UF 50V ECEV1HA010 R97 NOT USED NOT USED CE47 150-0463-02 CAP E CP 1UF 50V UWX1H010MCR1 CE47 150-0463-03 CAP E CP 1UF 50V REV R98 476-2103-J-10 RES CHIP 10KOHM 1/10'11 5%
R99 NOT USED NOT USED CE48 150-0463 CAP E CP 1UF 50V MV50VC1MD55 R100 476-2103-J-10 RES CHIP 10KOHM 1/10\1' 5% CE48 150-0463-01 CAP E CP 1UF 50V ECEV1HA010 R101 476-2103-J-10 RES CHIP 10KOHM 1/10'11 5% CE48 150-0463-02 CAP E CP 1UF 50V UWX1H010MCR1 R102 476-2103-J-10 RES CHIP 1 OKOHM 1 /1 OW 5% CE48 150-0463-03 CAP E CP 1UF 50V REV
R103 476-2103-J-10 RES CHIP 10KOHM 1/10W 5% CE49 150-0501 CAPE CP 47UF 6.3V MV6.3VC47M R104 476-2103-J-10 RES CHIP 10KOHM 1/10\1' 5% CE49 150-0501-01 CAPE CP 47UF 6.3V ECEVOJA470 R105 476-2103-J-10 RES CHIP 10KOHM 1/10\1' 5" CE49 150-0501-02 CAPE CP 47UF 6.3V UWXOJ470MCR1 R106 476-2103-J-10 RES CHIP 10KOHM 1/10W 5" CE49 150-0501-03 CAPE CP 47UF 6.3V REV R107 476-2103-J-10 RES CHIP 10KOHM 1/10\1' 5%
CE50 150-0501 CAPE CP 47UF 6.3V MV6.3VC47M R108 476-2103-J-10 RES CHIP 10KOHM 1/10\1' 5" CE50 150-0501-01 CAPE CP 47UF 6.3V ECEVOJA470 R109 476-2103-J-10 RES CHIP 1 OK OHM 1 /1 OW 5" CE50 150-0501-02 CAPE CP 47UF 6.3V UWXOJ470MCR1 R110 476-2103-J-10 RES CHIP 10KOHM 1/10\1' 5" CE50 150-0501-03 CAPE CP 47UF 6.3V REV R111 476-2103-J-10 RES CHIP 10KOHM 1/10W 5"
R112 476-2103-J-10 RES CHIP 10KOHM 1/10\1' 5% CE52 150-0464 CAP E CP 10UF 16V MV16VC10MD55 CE52 150-0464-01 CAP E CP 10UF 16V ECEV1CA100 R113 476-2103-J-10 RES CHIP 10KOHM 1/10\1' 5% CE52 150-0464-02 CAP E CP 10UF 16V UWX1C100MCR1 R114 NOT USED NOT USED CE52 150-0464-03 CAP E CP 10UF 16V REV R115 NOT USED NOT USED
R116 NOT USED NOT USED CE53 150-0501 CAPE CP 47UF 6.3V MV6.3VC47M R117 NOT USED NOT USED CE53 150-0501-01 CAPE CP 47UF 6.3V ECEVOJA470 CE53 150-0501-02 CAPE CP 47UF 6.3V UWXOJ470MCR1 R118 NOT USED NOT USED CE53 150-0501-03 CAPE CP 47UF 6.3V REV R119 NOT USED NOT USED
R120 476-2103-J-10 RES CHIP 10KOHM 1/10\1' 5% CE54 150-0520-03 CAP E CP 100UF lOY UWX1AMCR1 R121 NOT USED NOT USED CE54 150-0522-03 CAP E CP lOOUF lOY UUR1A101MCR R122 476-2103-J-10 RES CHIP lOKOHM 1/10W 5%
Rl 476-2101-J-10 RES CHIP 100 OHM 1/10\1' 5% R124 476-2472-J-10 RES CHIP 4. 7KOHM 1/10W 5" R2 476-2101-J-10 RES CHIP 100 OHM 1/lOW 5% R125 476-2472-J-10 RES CHIP 4. 7KOHM 1/10'11 5% R3 476-2101-J-10 RES CHIP 100 OHM 1/lOW 5% R126 476-2101-J-10 RES CHIP 100 OHM 1/10W 5" R4 476-2302-J-10 RES CHIP 3KOHM 1/10W 5% R127 476-2101-J-10 RES CHIP 100 OHM 1/10W 5% R5 476-2302-J-10 RES CHIP 3KOHM 1/10W 5% R128 476-2101-J-10 RES CHIP 100 OHM 1/10W 5%
R19 476-2105-J-10 RES CHIP 1MOHM 1/10W 5% R129 476-2101-J-10 RES CHIP 100 OHM 1/10W 5" R20 476-2680-J-10 RES CHIP 68 OHM 1/10\1' 5% R130 476-2101-J-10 RES CHIP 100 OHM 1/10W 5"
-75-
Circuit I Parts No. I Description Circuit Parts No. Desc r i pt ion No. , No.
r
R131 476-2103-J-10 RES CHIP 10KOHM 1/101'1 5% JP7 NOT USED NOT USED R132 476-2103-J-10 RES CHIP 10KOHM 1/101'1 5% JP8 NOT USED NOT USED R133 476-2103-J-10 RES CHIP lOKOHM 1/101'1 5% JP9 NOT USED NOT USED R134 476-2103-J-10 RES CHIP 10KOHM 1/101'1 5% JP10 NOT USED NOT USED R135 476-2103-J-10 RES CHIP lOKOHM 1/101'1 5%
JP11 NOT USED NOT USED R136 1476-2361-J-10 RES CHIP 360 OHM 1/101'1 5% JP12 NOT USED NOT USED R137 476-2104-J-10 RES CHIP 100KOHM 1/101'1 5% JP13 NOT USED NOT USED R138 476-2103-J-10 RES CHIP 10KOHM 1/101'1 5% JP14 514-5069 RES CHIP 0 OHM 1/101'1 2125 R139 NOT USED NOT USED JP15 514-5069 RES CHIP 0 OHM 1/10W 2125 R140 476-2301-J-10 RES CHIP 300 OHM 1/lOW 5%
JP16 514-5069 RES CHIP 0 OHM 1/101'1 2125 R141 476-2512-J-10 RES CHIP 5. 1KOHM 1/101'1 5% JP17 514-5069 RES CHIP 0 OHM 1/10W 2125 R142 476-2222-J-10 RES CHIP 2.2KOHM 1/101'1 5% JP18 NOT USED NOT USED R143 476-2511-J-10 RES CHIP 510 OHM 1/101'1 5% JP19 NOT USED NOT USED R144 476-2511-J-10 RES CHIP 51D OHM 1/101'1 5% JP20 476-2102-J-10 RES CHIP lKOHM 1/10W 5% R145 476-2103-J-10 RES CHIP 1 OKOHM 1/101¥ 5%
JP21 NOT USED NOT USED R146 476-2103-J-10 RES CHIP 10KOHM 1/101'1 5% JP22 NOT USED NOT USED R147 476-2103-J-10 RES CHIP lOKOHM 1/101'1 5% R148 476-2391-J-10 RES CHIP 390 OHM 1/101'1 5% 1c som 213-0113 IC SOCKET 40PIN ICE-406-S-TG T R149 476-2224-J-10 RES CHIP 220KOHM 1/lOW 5%
BS HOL t R150 476-2511-J-10 RES CHIP 510 OHM 1/lOW 5% 029-000034-08 8-TITE SCR PH BLK 3X8R BS HOL 029-000034-08 8-TITE SCR PH BLK 3X8R
R151 476-2511-J-1 0 RES CHIP 510 OHM 1/101'1 5% R152 476-2103-J-10 RES CHIP 1 OK OHM 1/1 OW 5% FUSE 600-6458 JUMPER WIRE L=lOMM R153 NOT USED NOT USED R154 NOT USED NOT USED R155 NOT USED NOT USED 11-3-2. SATURN POWER INDICATOR BD VAO
R156 NOT USED NOT USED CN13 600-6452 \\'IRE HARN 2P FOR POWER LED R157 NOT USED NOT USED R158 NOT USED NOT USED LDl 390-5511 LED SL8-25MG GREEN R160 479-5005-0000 RES CHIP 0 OHM 1/101\' 2125
RA1 477-0170 R-PK CP 8*10KOHM 1/161'1 5% 1'1/C 11-3-3. SATURN R.SW BD VAO RAJ 477-0170-02 R-PK CP 8*10KOHM 1/161'1 5% 1'1/C RAl 4 77-0170-01 R-PK CP 8*10KOHM 1/161'1 5% 1'1/C LD2 390-5568 LED SL8-25DL13F ORANGE
RA2 477-0170 R-PK CP 8*10KOHM 1/161\' 5% 1'1/C SWl 510-5063 TACT SW SKEYAC RA2 477-0170-02 R-PK CP 8*10KOHM 1/161'1 5% W/C RA2 477-0170-01 R-PK CP 8*10KOHM 1/161'1 5% W/C CN14 600-6451 WIRE HARN 5P FOR RESET 8T
RA3 477-0170 R-PK CP 8*10KOHM 1/161'1 5% W/C RA3 477-0170-02 R-PK CP 8*10KOHM 1/161'1 5% W/C 11-3-4. PC BD SH1 FOR SATURN RA3 477-0170-01 R-PK CP 8*10KOHM 1/161'1 5% W/C
IC101 315-5785 IC CUSTOM CHIP SHl OFP RA4 477-0170 R-PK CP 8*10KOHM 1/16W 5% W/C IC101 315-5785A IC CUSTOM CHIP SH1A QFP RA4 477-0170-02 R-PK CP 8*10KOHM 1/161'1 5% W/C RA4 477-0170-01 R-PK CP 8*10KOHM 1/161'1 5% W/C IC102 315-0947-80 IC HM514260AJ-8 SOJ
IC103 315-5873 IC CUSTOM CHIP OCU YGR019A RA5 477-0170 R-PK CP 8*10KOHM 1/161'1 5% W/C RA5 4 77-0170-02 R-PK CP 8*10KOHM 1/161'1 5% W/C E101 212-5473 CONN lOOP FX6-100P-0.8SV2 RA5 477-0170-01 R-PK CP 8*10KOHM 1/161'1 5% 1'1/C E102 212-5474 CONN 20P SD-52610-2017
·• RA6 477-0170 R-PK CP B*lOKOHM 1/161'1 5% W/C L101 NOT USED NOT USED RA6 477-0170-02 R-PK CP 8*10KOHM 1/161'1 5% W/C RA6 477-0170-01 R-PK CP 8*10KOHM 1/161'1 5% W/C ClOl NOT USED NOT USED
C102 NOT USED NOT USED RA7 477-0170 R-PK CP 8*10KOHM 1/161'1 5% W/C C103 151-0430 CAP CER CP lOPF 50V CH1608 RA7 477-0170-02 R-PK CP 8*10KOHM 1/161'1 5% 1'1/C C104 151-0430 CAP CER CP 1 OPF 50V CH1608 RA7 477-0170-01 R-PK CP 8*10KOHM 1/161'1 5% 1'1/C C105 151-0418 CAP CER CP 0.01UF/50V BK1608
RA8 477-0170 R-PK CP 8*10KOHM 1/161'1 5% 1'1/C C106' 151-0418 CAP CER CP 0. 01UF/50V 8K1608 RA8 477-0170-02 R-PK CP 8*10KOHM 1/161'1 5% W/C C107 151-0418 CAP CER CP 0. 01UF/50V 8K1608 RA8 477-0170-01 R-PK CP 8*10KOHM 1/161'1 5% 1'1/C C108 NOT USED NOT USED
C109 151-0418 CAP CER CP 0.01UF/50V BK1608 XI 230-5202 OSC XTAL 17. 7344MHZ +-20PPM CllO NOT USED NOT USED
X2 NOT USED NOT USED C111 151-0418 CAP CER CP 0. 01UF/50V 8K1608 X3 230-5169 CERAMIC RESONATOR CST4.00MGW Cl12 NOT USED NOT USED X4 230-5170-01 XTAL 32. 768KHZ +-20PPM SEIKO C113 NOT USED NOT USED
C114 NOT USED NOT USED JPl NOT USED NOT USED C115 151-0418 CAP CER CP 0.01UF/50V 8K1608 JP2 476-2104-J-10 RES CHIP 100KOHM 1/10W 50~ JP3 NOT USED NOT USED C116 NOT USED NOT USED JP4 NOT USED NOT USED C117 NOT USED NOT USED JP5 NOT USED NOT USED Cl18 151-0418 CAP CER CP 0. 01UF/50V BK1608
C119 151-0418 CAP CER CP 0.01UF/50V BK1608 JP6 NOT USED NOT USED C120 151-0418 CAP CER CP 0.01UF/50V BK1608
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11-4. Accessories/Package List Circuit Parts No. I Description No. Parts No. Oeser i pt ion
No.
C121 150-0501 CAP E CP 47UF 6. 3V MV6. 3VC47M 1 610-5861 ASSY CP SAT EUR C122 NOT USED NOT USED C123 151-D418 CAP CER CP 0. 01UF/50V BK1608 2 6D0-6540 RGB CABLE SATURN PAL [A, B] Cl24 NOT USED NOT USED 2 600-6540-01 RGB CABLE SATURN PAL V2 [A, B] C125 NOT USED NOT USED
3 610-5865 RF UNIT STURN TOWA PAL-G/1 [CJ C126 NOT USED NOT USED Cl27 NOT USED NOT USED 4 600-6537 AC CABLE SATURN PLUG=MF [A] C128 NOT USED NOT USED 4 600-6538 AC CABLE SATURN PLUG=C [8] C129 NOT USED NOT USED 4 600-6538-01 AC CABLE SATURN PLUG=C [BJ C130 NOT USED NOT USED 4 600-6571 AC CABLE SATURN PLUG=S [C]
C131 NOT USED NOT USED 5 672-2359A MANUAL HARD SATURN MULTI A [A, BJ C132 NOT USED NOT USED 5 672-2359B MANUAL HARD SATURN MULTI B [A. B]
5 672-2450A MANUAL HARD SATURN AUS A [C] R101 476-1103-J-16 RES CHIP 10KOHM 1/16W 5% R102 476-1103-J-16 RES CHIP 10KOHM 1/16W 5% 6 SGM-4349 POLY BAG 340*340*0.05 EXP 6 R103 476-1103-J-16 RES CHIP 1 OK OHM 1/161'1 5% 7 SGM-4363 POLY BAG 200*310*0.05 EXP 6 R104 476-1103-J-16 RES CHIP 1 OKOHM 1/161'1 5% R105 476-1103-J-16 RES CHIP 10KOHM 1/161'1 5%
R106 476-1472-J-16 RES CHIP 4. 7KOHM 1/161'1 5% [Note] [A] · · · ·UK R107 476-1472-J-16 RES CHIP 4. 7KOHM 1/16W 5% [BJ .... SOE R108 476-1472-J-16 RES CHIP 4. 7KOHM 1/161'1 5% [C]·· ··AUSTRALIA R109 476-1222-J-16 RES CHIP 2.2KOHM 1/161'1 5% R110 476-1472-J-16 RES CHIP 4. 7KOHM 1/161'1 5%
R111 NOT USED NOT USED R112 NOT USED NOT USED R113 476-1330-J-16 RES CHIP 33 OHM 1/161'1 5% R114 NOT USED NOT USED R115 NOT USED NOT USED
R116 NOT USED NOT USED R117 NOT USED NOT USED R118 NOT USED NOT USED R119 NOT USED NOT USED
RM101 477-0141-01 R-PK CP 4*330HM 1/16W 5% RM102 477-0141-01 R-PK CP 4*330HM 1/16W 5% RM103 477-0141-01 R-PK CP 4*330HM 1/16W 5% RM104 477-0141-01 R-PK CP 4*330HM 1/161'1 5%
X101 230-5196 XTAL 20MHZ SMD-49
CN1 209-5077 EDGE CONN lOOP N630-9523-T005
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II
© 1995 Sega Enterprises, Ltd. Printed in Japan (/) 50630
