Explain the functioning of a 3-bitripple counter with the help of a diagram.

A 3-bit ripple counter is a sequential logic circuit that counts in binary from 0 to 23−12^3 - 1 (0 to 7). It is called a ripple counter because the clock signal propagates sequentially through each flip-flop in the chain, causing a ripple-like effect. Ripple counters are asynchronous counters, meaning the flip-flops are not clocked simultaneously.

Components and Structure

A 3-bit ripple counter consists of:

1. Three JK or T flip-flops connected in series.
2. Each flip-flop acts as a binary bit, producing one of the three bits of the counter.
3. The output of one flip-flop serves as the clock input for the next flip-flop.

Operation of the Counter

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