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<div class="home_category">
<div class="home_category">
== Wiki ==
== Wiki ==
* [[T729:About|About]]
* [[T729:About|About]]


</div>
</div>
<div class="home_category">
<div class="home_category">
== Logic Gates ==
== Logic Gates ==
<div class="home_category">
<div class="home_category">
=== Ternary ===
=== Ternary ===
* 2 Input
* 2 Input
** [[SUM Ternary Gate|SUM]]
** [[SUM Ternary Gate|SUM]]
** [[CON Ternary Gate|CON]]
** [[CON Ternary Gate|CON]]
** [[ANY Ternary Gate|ANY]]
** [[ANY Ternary Gate|ANY]]
** [[XOR Ternary Gate|XOR]]
** [[XOR Ternary Gate|XOR]]
** [[MAX Ternary Gate|MAX]]
** [[MAX Ternary Gate|MAX]]
** [[MIN Ternary Gate|MIN]]
** [[MIN Ternary Gate|MIN]]
* 1 Input
* 1 Input
** [[NEG Ternary Gate|NEG]]
** [[NEG Ternary Gate|NEG]]
** [[INC Ternary Gate|INC]]
** [[INC Ternary Gate|INC]]
** [[DEC Ternary Gate|DEC]]
** [[DEC Ternary Gate|DEC]]
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</div>
<div class="home_category">
=== Binary ===
* 2 Input
** [[AND Binary Gate|AND]]
** [[NAND Binary Gate|NAND]]
** [[OR Binary Gate|OR]]
** [[NOR Binary Gate|NOR]]
** [[XOR Binary Gate|XOR]]
* 1 Input
** [[NOT Binary Gate|NOT]]
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</div>


<div class="home_category">
<div class="home_category">
=== Binary ===
== Processor ==
* 2 Input
* [[ALU]]
** [[AND Binary Gate|AND]]
* [[Registers]]
** [[NAND Binary Gate|NAND]]
* [[Instruction Set]]
** [[OR Binary Gate|OR]]
* [[Memory]]
** [[NOR Binary Gate|NOR]]
* [[IO]]
** [[XOR Binary Gate|XOR]]
</div>
* 1 Input
** [[NOT Binary Gate|NOT]]
</div>
</div>


<div class="home_category">
<div class="home_category">
== Processor ==
== Computer ==
* [[ALU]]
* [[Terminal]]
* [[Registers]]
* [[Data Storage]]
* [[Instruction Set]]
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* [[Memory]]
* [[IO]]
</div>


<div class="home_category">
<div class="home_category">
== Computer ==
== Programming ==
* [[Terminal]]
* [[Heptavintimal]]
* [[Data Storage]]
* [[Construct]]
</div>
* [[T Language]]
</div>


<div class="home_category">
<div class="home_category">
== Programming ==
== Logic Simulation ==
* [[Heptavintimal]]
* [https://circuitverse.org/simulator/t729-balanced-ternary-cpu CircuitVerse.org]
* [[Construct]]
</div>
* [[T Language]]
</div>


<div class="home_category">
<div class="home_category">
== Logic Simulation ==
== Logic Implementation ==
* [https://circuitverse.org/simulator/t729-balanced-ternary-cpu CircuitVerse.org]
* [[Dual Binary]]
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* [[Low Open High]]
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<div class="home_category">
<div class="home_category">
== Logic Implementation ==
== Physical Implementation ==
* [[Dual Binary]]
* [[Discrete Component]]
* [[Low Open High]]
* [[FPGA]]
</div>
* [[ASIC]]
* [[Full Custom Chip]]
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<div class="home_category">
== Physical Implementation ==
== Discord ==
* [[Discrete Component]]
<div style="text-align: center;">
* [[FPGA]]
This wiki is for documentation.<br />
* [[ASIC]]
Current discussions and work is on Discord.<br />
* [[Full Custom Chip]]
<b>https://discord.gg/3an392s3vZ</b>
</div>
</div>
 
</div>
<div class="home_category">
== Discord ==
<div style="text-align: center;">
This wiki is for documentation.<br />
Current discussions and work is on Discord.<br />
<b>https://discord.gg/3an392s3vZ</b>
</div>
</div>
</div>
</div>

Revision as of 04:49, 29 May 2024


Hobby balanced ternary computer project. Work in progress.

== Wiki == * About

== Logic Gates ==

=== Ternary === * 2 Input ** SUM ** CON ** ANY ** XOR ** MAX ** MIN * 1 Input ** NEG ** INC ** DEC

=== Binary === * 2 Input ** AND ** NAND ** OR ** NOR ** XOR * 1 Input ** NOT

== Processor == * ALU * Registers * Instruction Set * Memory * IO

== Computer == * Terminal * Data Storage

== Programming == * Heptavintimal * Construct * T Language

== Logic Simulation == * CircuitVerse.org

== Logic Implementation == * Dual Binary * Low Open High

== Physical Implementation == * Discrete Component * FPGA * ASIC * Full Custom Chip

== Discord ==

This wiki is for documentation.
Current discussions and work is on Discord.
https://discord.gg/3an392s3vZ