Design a 2-bit binary down counter using positive-edge-triggered D flip-flops
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Design a 2-bit binary down counter using positive-edge-triggered D flip-flops.
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- The state diagram is a basic 3-bit Gray code counter. This particular circuit has no inputs other than the clock and no outputs other than the outputs taken off each flip-flop in the counter. Show the state table, Karnaugh maps, and counter implementation using JK flip-flop.Given the state diagram and D flip-flop, derive the state table, Flip-flop input equation and output equation, and logical diagram.design a 3-bit ring counter using D flip flops draw the logic diagram
- Design the 4-bit Johnson Counter using D flip-flop as shown in the figure in the VHDL code. 4 Bit Johnson Counter using D FlipFlop él 9 CLOCK RESET FDC CUR 3 FDC FDC FDCDesign a synchronous counter using D flip-flops for sequence in Figure Q2.Two edge-triggered J-K flip-flops are shown in figure below. If the inputs are as shown, draw the Q output of each flip-flop relative to the clock, and explain the difference between the two. The flip-flops are initially RESET. CLK CLK -C CLK- K K (b)
- Design a 2-bit synchronous binary counter using T flip-flops. Include the state diagram, state table, state equation, flip-flop input function and logic diagramWrite the next-state equations for the flip-flops and the output equation. (b) Construct the transition and output tables. (c) Construct the transition graph. (d) Give a one-sentence description of when the circuit produces an output of 1. Q2 D2 Q1 T1 CLK Figure 4Design a Up Down Counter by using JK flip flop and verify the output of your designed circuit onany random input. Provide the following information as well:1. State table2. State diagram3. State equations4. Complete circuit diagram
- Draw the block diagram of a positive-edge triggered master-slave D flip-flop.Design a 3-bit up/down counter using positive edge-triggered T flip-flops. Provide a respective timing diagram to justify the design. Show all the relevant working (state table, state diagram, K-maps, state equations, and final circuit diagram). An up/down counter has two inputs say x, y, and a clock signal. The output should increase by 1 if x = 1 and y = 0 on each rising edge of clock and decrease when x = 0 and y = 1 on each rising edge of clock. When x = y, the output should neither increase nor decrease on each rising edge of clock.Q2: If a 10-bit ring counter has the initial state as shown in figure below, determine the counter sequence. Note: Initially, a 1 is preset into the first and third flip-flops, and the rest of the flip-flops are cleared. PRE PRE D. D. D. D. CLR CLK