@Black Pheonix: You seem to understand all of this. Can you show me what all the numbered chips do? Or maybe at least point me towards a good reference that isn't Google :P
EDIT:
@Polymorph: Can we please see the control circuit?
I made an LED dance floor.
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Last edited by Polymorph; 12-19-2008 at 10:55 PM. Reason: Image
Google " [chip here] datasheet" and finding said datasheet from a company that actually manufactures the chip. Most of the chips there are pretty standard ones (at least the ones in , and a search of any semiconductor manufacturer's site should turn up datasheets as well. I don't know offhand any of their websites, but try googling for National Semiconductor, ST Microelectronics, Texas Instruments, Freescale semiconductor... I can't think of any others offhand. Most of the logic chips I have are made my ST or National. @OP: This thing looks awesome. I haven't downloaded yet, but it looks to be much quicker (and cheaper) than breadboarding things. I've been looking for something like this for years. Up till now the closest thing I've known is GM wire.
Can someone tell me how to put up full binary adders together ?
( a diagram or something )
This will count till 3 and fuck up after... what did I do wrong ?
Last edited by Mechanical433; 12-20-2008 at 06:01 PM.
Revised again, added MOV opcode, using 8-bit buffers instead of 4-bit counters for registers now.
My CPU runs machine code for it's architecture (right now one opcode), and 2051 takes in 8051-compatible binary. Get assembler for 8051, and it can use it's output
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