Discrete Component

From T729 Balanced Ternary Computer
Revision as of 00:03, 11 March 2025 by MrDyne (talk | contribs) (Created page with "Building a discrete component ternary computer implemented in BCT would actually be quite doable with fast switching SMT MOSFETs and cheap custom PCBs. NPN/PNP CMOS logic gate layouts would result in low power usage. It would not be a cheap project but there is no reason it would not function if obviously build correctly. Another option is using standalone fast switching discrete SMT logic gates. If I ever get around to learning how to create...")
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Building a discrete component ternary computer implemented in BCT would actually be quite doable with fast switching SMT MOSFETs and cheap custom PCBs.

NPN/PNP CMOS logic gate layouts would result in low power usage. It would not be a cheap project but there is no reason it would not function if obviously build correctly.

Another option is using standalone fast switching discrete SMT logic gates.


If I ever get around to learning how to create my own custom PCBs I want to explore this more. Start by making little modules that act like a SUM, ANY, CON, etc ternary gate. Later design bigger PCBs that slide into a black plane like computers of old. Each board making up the functions of a full ternary computer.