a. Create a divide-by-5 counter with a 50% duty cycle. Create a functional simulation and demonstrate...

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a. Create a divide-by-5 counter with a 50% duty cycle. Create a functional simulation and demonstrate the results to your instructor. The simulation must show the outputs of each of the flip flops: QA, QB, QC, QB and the divide-by-5 output clock. Waveform for Divide by 5 CLK Q₂ Op Q₂+Q₂ T=2+ 2T t'= 2+1/2 T T'=5T Mart VUM b. Create a divide by-10-counter with a 50% duty cycle, using the divide by 2 counter and the divide by-5-counter. Create a block symbol for the divide by 2 counter and another block symbol for the divide by-5-counter. Use each of these symbols to create the divide by-10-counter. a. Create a divide-by-5 counter with a 50% duty cycle. Create a functional simulation and demonstrate the results to your instructor. The simulation must show the outputs of each of the flip flops: QA, QB, QC, QB and the divide-by-5 output clock. Waveform for Divide by 5 CLK Q₂ Op Q₂+Q₂ T=2+ 2T t'= 2+1/2 T T'=5T Mart VUM b. Create a divide by-10-counter with a 50% duty cycle, using the divide by 2 counter and the divide by-5-counter. Create a block symbol for the divide by 2 counter and another block symbol for the divide by-5-counter. Use each of these symbols to create the divide by-10-counter.

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a To create a divideby5 counter with a 50 duty cycle in Veri... View the full answer