BDE2) Answer the following:JOa) Given the Circuit 1 shown to the right,provide the output Q for the giveninputs, assume that Q is initially 0 ineach case.ко-DaK opI a ONCLKOJ=1 K=0 CLK=1J=1 K=1 CLK=D0b) A state machine that has 2 inputs, 4 outputs, and 9 states and is implemented using an"One-Hot" state assignment requires how many flip flops?c) A state machine using Circuit 1 above with inputs J and K tied together as a single inputT Flip-flopD Flip-flop with enablemaster slave S R Flip-flopis equivalent to: D Flip-flop-_T Flip-flop with enabled) You wish to cause the output Q of Circuit 1 (above) to change from its current value of 1to 0. Describe the inputs that can to cause this transition to occur (J, K, CLK).CLK=J=K=e) The you measure the clock signal for the ATMegaxYZ microcontroller and the following:the clock is high for 100 nanoseconds (ns) and the voltage is 3.3 volts, the clock is lowfor 25 na and the voltage is 0.0 volts. The rise time is 1 ns and the fall timeis 0.5 ns.Find the clock periodwhere appropriate.frequencyduty cycleInclude units

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Answer the following: JO a) Given the Circuit 1 shown to the right, provide the output Q for the given inputs, assume that Q is initially 0 in each case. ко- bax ab a ON CLKO J=1 K=0 CLK=1 Creuit! J=1 K=1 CLK=0 b) A state machine that has 2 inputs, 4 outputs, and 9 states and is implemented using an "One-Hot" state assignment requires how many flip flops? ) A state machine using Circuit 1 above with inputs J and K tied together as a single input is equivalent to: D Flip-flop T Flip-lop _D Flip-flop with enable master slave S R Flip-flop -T Flip-flop with enable

Answer the following: JO a) Given the Circuit 1 shown to the right, provide the output Q for the given inputs, assume that Q is initially 0 in each case. ко- bax ab a ON CLKO J=1 K=0 CLK=1 Creuit! J=1 K=1 CLK=0 b) A state machine that has 2 inputs, 4 outputs, and 9 states and is implemented using an "One-Hot" state assignment requires how many flip flops? ) A state machine using Circuit 1 above with inputs J and K tied together as a single input is equivalent to: D Flip-flop T Flip-lop _D Flip-flop with enable master slave S R Flip-flop -T Flip-flop with enable

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter13: Magnetic Induction

Section: Chapter Questions

Problem 1PA

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