Knowledge Base
LIST: SEGA Video Games in Japan
http://jedi.seg.kobe-u.ac.jp/~miyamo/game/ Year Title Title (Kanji) ------------------------------------------------------------------------ 1973 Pong Tron ポントロン Pong Tron II ポントロン２ Hockey TV ホッケーＴＶ 1974 Mini Hockey ミニホッケー Table Hockey テーブルホッケー Goal Kick ゴールキック 1975 Balloon Gun バルーンガン Erase イレース
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/kb_dl.aspx/KB/faqs/list-sega.html
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LIST: JAMMA Games
H '88 Games Konami 1988 JAMMA 1941 Capcom 1990 JAMMA V 1943: The Battle of Midway Capcom 1988 JAMMA H 3 Wonders Capcom 1991 JAMMA H 9 Ball Shoot Out Bundra JAMMA V Aero Fighters McO'River 1992 JAMMA H Air Buster Namcoi/Kaneko 1990 JAMMA V Ajax
File:
/kb_dl.aspx/KB/faqs/list-jamma.html
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A Random Games-list
Game Name Manufacturer Year Pinout Class ------------------------------------------------------------------------------ V 005 Sega 1981 18 Wheeler Midway 1979 3D Bowling MED 1978 H 720 Degrees Atari Games 1986 800 Fathom USB 1982 H Aeroboto William
File:
/kb_dl.aspx/KB/faqs/list-randomgames.html
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/kb_dl.aspx/KB/datasheets/65816/instruct.txt
Table 5. Arithmetic and Logical Instructions
Mne- Operation Addressing Mode Status
monic M/X E=1 or E = 0 and dir, dir, (dir) (dir, (dir) [dir] abs abs, abs, absl absl d,s (d,s)
E=0 and M/X=1 M/X = 0 Immed Accu dir x y x) ,y x y ,x ,y N V M X D I Z C
ADC Pm AL + B + Pc -> AL A + W + Pc -> A 69 65 75 72 61 71 67 6D 7D 79 6F 7F 63 73 N V . . . . Z C
AND Pm AL /\B -> AL A /\W -> A 29
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/kb_dl.aspx/KB/datasheets/65816/instruct.txt
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/kb_dl.aspx/KB/datasheets/65816/instnote.txt
Notes on G65SC802/816 Instructions
All Opcodes Function in All Modes of Operation
It should be noted that all opcodes function in all modes of operation.
However, some instructions and addressing modes are intended for G65SC816
24-bit addressing and are therefore less useful for the G65SC802. The
following is a list of Instructions and addressing modes which are primarily
intended for G65SC816 use:
JSL; RTL; [d]; [d],y; JMP al; JML; al; al,x
The following instructions may be used with the G65SC802 even
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/kb_dl.aspx/KB/datasheets/65816/instnote.txt
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/kb_dl.aspx/KB/datasheets/65816/opcodes.txt
Table 8. Opcode Matrix
MSD LSD MSD
--+-------+--------+--------+----------+--------+--------+--------+---------+-------+--------+-------+-------+--------+--------+--------+---------+--
| 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | A | B | C | D | E | F |
|-------+--------+--------+----------+
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/kb_dl.aspx/KB/datasheets/65816/opcodes.txt
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/kb_dl.aspx/KB/datasheets/65816/mnemonic.txt
Table 4. G65SC802 and G65SC816 Instruction Set -- Alphabetical Sequence
ADC Add Memory to Accumulator with Carry
AND "AND" Memory with Accumulator
ASL Shift One Bit Left, Memory or Accumulator
BCC* Branch on Carry Clear (Pe = O)
BCS* Branch on Carry Set (Pe = 1)
BEQ Branch if Equal (Pz = 1)
BIT Bit Test
BMI Branch if Result Minus (PN = 1)
BNE Branch if Not Equal (Pz = 0)
BPL Branch if Result Plus (PN = 0)
BRA Branch Always
BRK Force Break
BRL Branch Always Long
BVC Branch on Overflow Clear (P
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/kb_dl.aspx/KB/datasheets/65816/mnemonic.txt
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1996.08.24
/kb_dl.aspx/KB/datasheets/65816/65c816.txt
----------------------------------------------------------------------------
[GTE]
Microcircuits
CMOS 8/16-Bit Microprocessor Family
65sc802 is both software and pin-to-pin compatible with 6502.
G65SC802 / G65SC816 Data Sheets
* Features
* AC/DC Characteristics
* Functional Description
* Addressing Modes
* Notes on Instructions
* Interrupts
* Table 4. List of Mnemonics
* Table 5-7. Instructions
* Table 8. Opcode Matrix
* Table 9. Detailed Instruction Operation
* Figur
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/kb_dl.aspx/KB/datasheets/65816/65c816.txt
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2001.01.13
/kb_dl.aspx/KB/datasheets/6502/65816datasheet.txt
GTE G65SC802 / G65SC816
Microcircuits
CMOS 8/16-Bit Microprocessor Family
Features
Advanced CMOS design for low power consumption and increased
noise immunity
Emulation mode for total software compatibility with 6502 designs
Full 16-bit ALU, Accumulator, Stack Pointer, and Index Registers
Direct Register for ''zero page'' addressing
24 addressing modes (including 13 original 6502 modes)
Wait for Interrupt (WAI) and Stop the Clock (STP) instructions
for reduced
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/kb_dl.aspx/KB/datasheets/6502/65816datasheet.txt
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1999.07.12
/kb_dl.aspx/KB/datasheets/65816info.txt
A 65816 Primer
[----------------------------------------------------------]
No republication or redistribution of the following is permitted without
the authors express written consent.
Table of Contents
------------------------------------------------------------------------
i Preface
1.00 Introduction
2.00 New 65816 Instructions
3.00 65816 Native Mode Programming Model
3.01 Native Mode Processor Status Register
3.10 Native Mode Registers
3.11 Accum
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1999.05.17
/kb_dl.aspx/KB/datasheets/65816/addrmode.txt
G65SC802 and G65SC816
Microprocessor Addressing modes
The G65SC816 is capable of directly addressing 16 MBytes of memory.
This address space has special significance within certain addressing
modes, as follows:
Reset and Interrupt Vectors
The Reset and Interrupt vectors use the majority of the fixed addresses
between 00FFE0 and 00FFFF.
Stack
The Native mode Stack address will always be within the range 000000 to
00FFFF. In the Emulation mode, the Stack address range is 000100 to 0001FF.
The following opc
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/kb_dl.aspx/KB/datasheets/65816/addrmode.txt
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1996.08.24
/kb_dl.aspx/KB/datasheets/65816/detailop.txt
Table 9. Detailed Instruction Operation
ADDRESS MODE
CYCLE /VP /ML VDA VPA ADDRESS BUS DATA BUS R/W
1 Immediate -- #
(LDY,CPY,CPX,LDX,ORA,AND,EOR,ADC,BIT,LDA,CMP,SBC,REP,SEP)
(14 Op Codes)
(2 and 3 bytes)
(2 and 3 cycles)
1 1 1 1 1 PBR,PC Op Code 1
2 1 1 0 1 PBR,PC+1 IDL 1
2a 1 1 0 1 PBR,PC+2 IDH 1
2a Absolute -- a
(BIT,STY,STZ,LDY,CPY,CPX,STX,LDX,ORA,AND,EOR,ADC,STA,LDA,CMP,SBC)
(16 Op Codes)
(3 bytes)
(4 and 5 cycles)
1 1 1 1 1 PBR,PC Op Code
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/kb_dl.aspx/KB/datasheets/65816/detailop.txt
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Technical Information
Note: The information and links on this page might get moved around quite a bit before things get all sorted out. I'm just going to start putting up all kinds of information that I've had archived away, so please pardon the mess! :)
Identifying Unknown Board Sets Back in 1994, Rick Schieve wrote an article about how to identify unknown boards. This article gives some quick tips on how to figure out what the pinouts are for an unknown PCB. The text is moderately technical so if you're not sure what R
File:
/kb_dl.aspx/KB/repair/iding pcbs.html
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2000.01.02
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