Hello, I need some help with this problem.

Thank you very much,

Kristofer Santiago

Using only one 3-bit binary counter with clear input and minimum number of components listed in below, design a counter that generates the following sequence repeatedly: 0>24-> 6 > 8 > 10>12>>24 Note: Eis enable input. When E=1, it counts at every clock cycle. When E=0, it stops counting and output stays unchanged. clr is clear input. When clr=1, it starts counting from 0 from the next clock cycle if E=1. The allowed components are a) 3-bit binary counter b) Shifter (left shifter, right shifter) c) Logic Gates (And, Or, Not) Note: the number of input pins is not limited which means that you can have more than 2 input pins. If you want to use shifter, you can use the shifter representation shown as follows. Using only one 3-bit binary counter with clear input and minimum number of components listed in below, design a counter that generates the following sequence repeatedly: 0>24-> 6 > 8 > 10>12>>24 Note: Eis enable input. When E=1, it counts at every clock cycle. When E=0, it stops counting and output stays unchanged. clr is clear input. When clr=1, it starts counting from 0 from the next clock cycle if E=1. The allowed components are a) 3-bit binary counter b) Shifter (left shifter, right shifter) c) Logic Gates (And, Or, Not) Note: the number of input pins is not limited which means that you can have more than 2 input pins. If you want to use shifter, you can use the shifter representation shown as follows