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Tags: Arithmetic

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Full Adder (Only NAND)

Full Adder (Only NAND)

Addition has never been so easy!


From NandGame.


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Multiplier

Multiplier

A multiplier that operates with two 8 bits numbers.

Constructed with two 16 bits registers, one 8 bits register, a control unit and an adder.

  1. If the less significant bit of the multiplier is 1 then the multiplicand is added to the product, otherwise no addition is made.
  2. The multiplicand is shifted one bit to the left.
  3. The multiplier is shifted one bit to the right.

Note: Now it is capable to recieve a 16 bits input, but it can only make a succesfull operation with two 8 bits numbers.


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Full Adder

Full Adder

Full Adder made from NOT and OR gates


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binary addition

binary addition

Performs basic addition in binary with a low overflow limit


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8-bit Arithmetic Logic Unit (2

8-bit Arithmetic Logic Unit (2

A simple 8-bit arithmetic logical unit.

The following commands are implemented:

Logic Operations:
[0] 000: OR
[1] 001: NAND
[2] 010:NOR
[3] 011: AND
Arithmetic Operations:
[4] 100: ADD
[5] 101: SUB

The two's complement for subtraction is implemented with a NOT Gate and an adder (which simply adds 1 to the negated input).


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8-bit Arithmetic Logic Unit (ALU)

8-bit Arithmetic Logic Unit (ALU)

A simple 8-bit arithmetic logical unit.

The following commands are implemented:

Logic Operations:
[0] 000: OR
[1] 001: NAND
[2] 010:NOR
[3] 011: AND
Arithmetic Operations:
[4] 100: ADD
[5] 101: SUB

The two's complement for subtraction uses the built in component.


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Max circuit


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Simple Logic Gate Arithmetic

Simple Logic Gate Arithmetic

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Half-Precision Simple FPU

Half-Precision Simple FPU

Just a basic fpu with multiply, subtract, and add