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Notes for chip search:
  • Use "+" as delimeter for all fields (except "cart name", where space is used); if many values are entered, all of them must appear in the cartridge then; case is not sensitive
  • "Mapper" is the actual mapper used by this cartridge hardware (might not match the one at wiki.nesdev.com, as at the moment I was analyzing this cartridge, there was no mapper assigned to it, so I had to assign my own number for testing)
  • "Original mapper" is the mapper used by licensed version of this game (for multicarts, it refers to mapper of the inside games, so 0+2 means this cartridge can run NROM+UNROM games)
  • Order in which you put values doesn't matter (you can write 7400+74138+7400 or 7400+7400+74138 to search for a cartridge that contains at least two 7400 chips and one 74138
  • Some chips (like PAL16*8) appear in cartridges as 16V8 or 16L8, so be sure to check both posibilities
  • Same goes for memories - type 27F080 to search for 32 pin memories, 27512 for 28 pin with two chip enables or MASKROM_1M_DIP28 for 28 pin with one chip enable
  • Same goes for mappers - some examples: AX5904(MMC1), AX5202P(MMC3), PT8154BM (9112MMC3), AX5208C(VRC4), 23C3662(VRC2)
  • Good news is that you can use wildcards, so 74139+*MMC3* will search for any cartrige that has at least one 74139 and MMC3 chip in any version
Mapper#
Original mapper#
PCB marks
Tags
Chips
Dragon Ball Z 3
Typesingle
Mapper
Original mapper
PCB marks911123-2 18MT
Tags:
Uploaded:2018-01-17 06:10:14

Elements:
NameValue
IC116L8
IC2AX5705(23C3662(VRC2))
IC3XLS93LC56P-3(DIL8)
IC44020
IC527F080
IC627F080
C1-
C2-
CART1FAMICOM_CART
D1-
JP1CLOSED
JP2CLOSED
JP3OPEN (CUT)
JP4CLOSED
R1-

Chip signature:
16L8+AX5705(23C3662(VRC2))+XLS93LC56P-3(DIL8)+4020+27F080+27F080

PCB top:

PCB bottom:

Shell top:
No photo

Shell bottom:
No photo
Screenshoots:
No photo
Extra info:
A13_VRC = (CPU_RnW & !CPU_nROMSEL) | (CPU_A13);
nIRQ = Probably non-combinatorial
O2 = (!CPU_A2) | (CPU_RnW) | (CPU_A4) | (CPU_nROMSEL);
CIRAM_A10 = Probably non-combinatorial
O4 = Probably non-combinatorial
O5 = Probably non-combinatorial
O6 = Probably non-combinatorial
RESET = Probably non-combinatorial

O4 <= 
 '0' when (!CPU_RnW & !CPU_A4 & CPU_A3 & CPU_A2 & !CPU_nROMSEL) else
 '1' when (!CPU_RnW & !CPU_A4 & CPU_A3 & !CPU_A2 & !CPU_nROMSEL);
 
O5 <= 
 '0' when (!CPU_D1 & !CPU_RnW & CPU_A4 & !CPU_A3 & !CPU_A2 & !CPU_nROMSEL) else
 '1' when (CPU_D1 & !CPU_RnW & CPU_A4 & !CPU_A3 & !CPU_A2 & !CPU_nROMSEL);
 
O6 <= 
 '0' when (!CPU_RnW & !CPU_D0 & CPU_A4 & !CPU_A3 & !CPU_A2 & !CPU_nROMSEL) else
 '1' when (!CPU_RnW & CPU_D0 & CPU_A4 & !CPU_A3 & !CPU_A2 & !CPU_nROMSEL);
 
CIRAM_A10 = (O6 & O5) | (!O5 & VRC_CIRAM);

nIRQ = (O6 & !M2_1024) | (O5 & !M2_1024);

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