[Solved]1 Circuit Shown 5 Bit Synchronous Counter Synchronous Load Answer Following Questions Time Q37130960

1. The circuit shown below is a 5-bit synchronous up counter with synchronous load. Answer the following questions about this timer. Assume that the counter starts at zero. D4 Loed Cloct a. (30 points) Use one of these counters and some logic gates as necessary to create a modulo-32 down counter b. (30 points) Use one of these counters and some logic gates as necessary to create a modulo-20 up counter c. (20 points) If the clock connected to the counter from part a produces one positive-edge every second, how much time will pass before the counter returns to zero (i.e. what is the period of the counter)? d. (20 points) If the clock connected to the counter from part b produces 25,000 positive-edges every second, how much time will pass before the counter returns to zero (i.e. what is the period of the counter)? Show transcribed image text 1. The circuit shown below is a 5-bit synchronous up counter with synchronous load. Answer the following questions about this timer. Assume that the counter starts at zero. D4 Loed Cloct a. (30 points) Use one of these counters and some logic gates as necessary to create a modulo-32 down counter b. (30 points) Use one of these counters and some logic gates as necessary to create a modulo-20 up counter c. (20 points) If the clock connected to the counter from part a produces one positive-edge every second, how much time will pass before the counter returns to zero (i.e. what is the period of the counter)? d. (20 points) If the clock connected to the counter from part b produces 25,000 positive-edges every second, how much time will pass before the counter returns to zero (i.e. what is the period of the counter)?

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Answer to 1. The circuit shown below is a 5-bit synchronous up counter with synchronous load. Answer the following questions about… . . .