Design a 3-bit down-up counter using S-R FFS.
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Design a 3-bit down-up counter using S-R FFS.
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- Design an interfacing circuit to interface a 2KB ROM and 4KB RAM to 8085 processor.Design a 4-bit even numbers counter with a single bit control input.• If control input is 1, counter go on next even number.• If control input is 0, counter pause counting.Implement the complete design including state diagram, state table, and combinational circuit with implementation model.Differentiate between synchronous counter and asynchronous Counter by implementing 10 bit counter.
- Design 2-bit synchronous counter that counts 0, 1, 2, 3 in succession. Draw the given counter’s counting table (state diagram) in binary and decimal form below . Indicate the transitions.Draw the design and timing diagram of a three bits synchronous counter with decoding of the two numbers: 3 and 5, and write the truth table of this counter.Type your question here Design a 4-bit up-down synchronous counter using D, T, and J-K Flip-Flops
- Design a 2-bit synchronous counter using D Flip-flops. That is the counter should go through the sequences 10-01-11-00-10 not 00-01-10-11. Draw the state diagram, show the state transition table, write the flip-lops input equations and k-map and draw the final design using logisim.Design a four-bit counter that goes through the sequence: x+1→x+2→x+3→x+4→x+5 SolveX = 7Then Solve X = 9DESIGN A 4-BIT JOHNSON COUNTER USING THE 7474 D FLIP FLOP