For this assignment, it is necessary to design, implement and test a circuit that implements a natural number addition function with two outputs, S and C defined as:

A, B, S(A, B) ∈ { x ∈ N 0 ≤ x < N .

C(A, B) ∈ ₿

N = 4

For the function, students should design, test, and analyze a transistor-level (or another suitable component) circuit to implement the computing function chosen, including:

the discretized representation of the computing function and the impact on the final circuit;

describe how the valid range of input and output voltages and how they map to the discretized representations;

identify the maximum propagation paths through the transistor-level circuit and the number of logic elements or transistors connected to each other;

through simulation or otherwise, identify the timing parameters of the circuit including the maximum delays, minimum hold times, etc.

assess how the number of logic elements and transistors changes if the input ranges were to scale.

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