1. (4 points) Implement a 3-bit counter circuit that counts 1,2,4,6 and repeat. Provide the transition...

  

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1. (4 points) Implement a 3-bit counter circuit that counts 1,2,4,6 and repeat. Provide the transition table and equations only. 2. (8 points) Design a 3-bit synchronous up counter using T flip flops. Provide the transition table and equations and then design the circuit. 3. A) (4 points) Design a Finite State Machine for a counter that counts the prime numbers from 0 to 8 downwards (7,5,3,2 and repeat). Provide the state transition table and state transition diagram only. B) (4 points) Design the circuit for the least significant bit of the next state. 1. (4 points) Implement a 3-bit counter circuit that counts 1,2,4,6 and repeat. Provide the transition table and equations only. 2. (8 points) Design a 3-bit synchronous up counter using T flip flops. Provide the transition table and equations and then design the circuit. 3. A) (4 points) Design a Finite State Machine for a counter that counts the prime numbers from 0 to 8 downwards (7,5,3,2 and repeat). Provide the state transition table and state transition diagram only. B) (4 points) Design the circuit for the least significant bit of the next state.