How many flip flops are required to construct a mod-11 counter
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3 D- Flip flops are needed for implementation of Mod-6 counter because you need 3 bits in order to represent 6. In the same way, we require 4 flip flops for implementation of Mod-11 counter i.e., For 11 we require 4 bits.
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The flip flops are required to construct a mod-11 counter:
- [log2(N)] flip-flops are needed in a modulo N counter.
- An electrical circuit with two stable states that can be utilized to store state information is known as a flip-flop.
- The number of flip-flops necessary in a modulo N counter is
- The modulus of a counter is 2^n, where n is the number of flip-flops in the counter.
- As a result, the maximum count for an 11-flip-flop counter is 2^11 = 2048.
- A counter's modulo refers to how many different output states it can generate.
- A mod-n counter is also known as a divide-by-n counter, because its modulus is the total number of unique states it passes through in a single counting cycle.
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