Show that a Johnson counter with n flip-flops produces a sequence of 2n states. List the 10 states produced with five flip-flops and the Boolean terms of each of the 10 AND gate outputs.
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Show that a Johnson counter with n flip-flops produces a sequence of 2n states. List the 10 states produced with five flip-flops and the Boolean terms of each of the 10 AND gate outputs.
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- Design SYNCHRONOUS COUNTER using J-K flip flops that counts downfrom 9 to 0.-Show the state and excitation tables for the counter. -Express the flip-flop input functions as a minimal SOP expressions.-. Draw the logic diagram for the counter.(i) Determine how many flip flops are required to build a binary counter that count from 0 to 1023?(ii) Determine the frequency at the output of the last flip flop of this counter for an input clock frequency of 2 MHz.(iii) Give the MOD number of this counter.(iv) If the counter is initially at zero, determine the count if it hold after 2060 pulses.A binary pulse counter can be constructed byinterconnecting T-type flip-flops in an appropriatemanner. Assume it is desired to construct a counterwhich can count up to 10010. a. How many flip-flops would be required?b. Sketch the circuit needed to implement this counter.
- Design a 2-bit binary counter using: One SR and one JK flip flop.Design a synchronous counter with T flip-flops that goes through the following binary repeated sequence: 0, 1, 3 Show that when binary states 10 are considered as don't care conditions, the counter may not operate properly. Find a way to correct the design. Is the solution correct or not??Draw the diagram of a 2-bit asynchronous ripple counter using T flip-flops. Draw the diagram of a 5-bit ring counter using D flip-flop.
- Show the digital circuit diagram, output waveforms and truth table of a modulo-5 up counter using toggle flip-flops and explain the working principle.Design a 3-bit Shift Left register using D flip-flop. Draw the logic diagram of a 3-bit Shift left register .Design a four-bit binary synchronous counter with D flip-flops.
- A flip-flops has a 3 ns delay from the time the clock edge occurs to the time the output is complemented. What is the maximum delay in a 10-bit binary ripple counter that uses these flip-flops? What is the maximum frequency at which the counter can operate reliably?Implement a Logic Gate Design for this logic using Hex Inverter, 2-input nand, 4-input nand, and a D-Flip Flop. I have already provided k-maps, truth tables, and the flip flop that should be used for the gate design. Thank you for your help!Using a D flip-flop and a minimum number of additional logic gates, design each of the flip-flops specified below. Hint: compare the characteristic equation of the flip-flop to be designed with the characteristic equation of the D flip-flop. (a) T flip-flop. (b) JK flip-flop