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## How many flip-flops are needed for a mod-19 counter?

so we need 5 flip flops to have mod-19 counter.

## How many flip-flops are needed for a mod 20 counter?

because it is 2^ n,where n are number of flip-flops. so for MOD-20 COUNTER 5 flip-flops are required.

## How many flip-flops are needed for a modulo 12 counter?

4 flip-flops

Modulus-12 Counters: It is obvious that a mod-12 counter will require 4 flip-flops which when connected as a counter, will provide 16 states.

## What is the minimum number of flip flops needed to make a mod 18?

5 flip flops

18 can be represented by using 5 bits in binary. So to uniquely identify every state of MOD-18 counter, we need 5 flip flops.

## How do you calculate flip-flops?

- The number of flip-flops required in a modulo N counter is [log2(N)].
- In electronics, a flip-flop is a circuit that has two stable states and can be used to store state information.
- The number of flip-flops required in a modulo N counter is.
- The modulus of a counter is given as: 2^n where n = number of flip-flops.

## What is the minimum number of flip-flops?

Answer Expert Verified The answer is six. The minimum number of flip flops required in a counter to count 60 pulses is six. A flip flop is a circuit with two stable states and can store information. When signals are applied to one or more inputs, the state of the flip flop is changed.

## What is the number of flip flops required in a modulo n counter?

The number of flip-flops required in a modulo N counter is [log2 (N)]. In electronics, a flip-flop is a circuit that has two stable states and can be used to store state information. The modulus of a counter is given as: 2 ^n where n = number of flip-flops. So a 3 flip-flop counter will have a maximum count of 2 ^3 = 8.

## How many flip flops are needed in a circuit?

In electronics, a flip-flop is a circuit that has two stable states and can be used to store state information. The number of flip-flops required in a modulo N counter is The modulus of a counter is given as: 2 ^n where n = number of flip-flops. So a 3 flip-flop counter will have a maximum count of 2 ^3 = 8.

## How many flip flops are needed to make a binary counter?

n = number of flip-flops required to construct the binary counter. If 2^n=m, it means, to construct MOD-m counter, n number of flip-flops are required. If the above condition doesn’t meet, then ’n’ should be such that the value of ‘m’ is lowest larger number than the actual MOD counter.

## How many flip flops are required to implement mod-10?

Here n is no. of flip-flop required to implement N no. of state. If n=3 then no. of state this counter will count is N= 8 which is below the required state as in Mod-10 we need total 10 state. For n=4 we can implement total N= 16 state ,,, thus no. of flip-flop required to implement Mod-10 counter is 4 .

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