Design a synchronous 2-bit up-down counter using a SR flip flop for the most significant bit and an T flip flop for the least significant bit;
Design a synchronous 2-bit up-down counter using a SR flip flop for the most significant bit and an T flip flop for the least significant bit; when the input X=0, it should count down and for X=1, it should count up. Use SOP
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Design a synchronous 2-bit up-down counter using a SR flip flop for the most significant bit and an T flip flop for the least significant bit;
1. Design a synchronous 2-bit up-down counter using a T flip flop for the most significant bit an...
1. Design a synchronous 2-bit up-down counter using a T flip flop for the most significant bit and an SR flip flop for the least significant bit; when the input X-1, it should count down and for X-0, it should count up. Use SOP.
1. Design a synchronous 2-bit up-down counter using a T flip flop for the most significant bit and an SR flip flop for the least significant bit; when the input X-1, it should count down and...
3-bit synchronous counter
Design a 3-bit synchronous counter that counts the sequence 7, 4, 2, 1, 6, 5, 7, ect. Use "don't-cares" for the "next states" of the unwanted states. Use a D flip flopfor the most significant bit, a T flip flop for the middle bit, and a JK flip flop for the least significant bit. Use SOP.
a. Design a count up/count down counter that counts from 0 up to 4, then 4 down to 0 using D flip flop.
2. Synchronous Counters: a. Design a count up/count down counter that counts from 0 up to 4, then 4 down to 0 using D flip flop. b. Design a count up counter that counts from 0 up to 12 using JK flip flops.
Up-Down counter with enable using JK flip-flops: Design, construct and test a 2-bit counter that counts up or down.
Up-Down counter with enable using JK flip-flops: Design, construct and test a 2-bit counter that counts up or down. An enable input E determines whether the counter is on or off. If E = 0, the counter is disabled and remains in the present count even though clock pulses are applied to the flip-flops. If E= 1, the counter in enabled and a second input, x, determines the count direction. If x= 1, the circuit counts up with the sequence...
1) Design a synchronous 3-bit binary UP/DOWN counter uses the following counting pattern 10.2.3.7.6.40.1.3...) the counter...
1) Design a synchronous 3-bit binary UP/DOWN counter uses the following counting pattern 10.2.3.7.6.40.1.3...) the counter will count in this pattern indefinitely when the input X is equal to 1. When the input the counter will reverse direction and count in the opposite pattern 0. 4 7310) Complete the state diagram, transition table, New state s and solve for the recitation equations for flipflops that will perform this function. (You do not need to draw the flip-flops Use the state...
We need to design a four-bit binary synchronous down counter using JK flip-flop. I'd appreciate it...
We need to design a four-bit binary synchronous down counter using JK flip-flop. I'd appreciate it if you could draw the truth and logic.
the design for a 3-bit synchronous down counter built with T flip- ive-high input H; when...
the design for a 3-bit synchronous down counter built with T flip- ive-high input H; when H is high the count holds, points) Draw flops. Include a synchronous, act otherwise the circuit counts down. T Q T Q T Q
design 4-bit synchronous up counter using JK flip flop. show truth table, k-maps, and circuit digram...
design 4-bit synchronous up counter using JK flip flop. show truth table, k-maps, and circuit digram using logic gates.
(b)(i) Using T flip-flop as main components, design a 3-bit synchronous counter that perform counting as...
(b)(i) Using T flip-flop as main components, design a 3-bit synchronous counter that perform counting as the following sequence 0,2,4,6,1,3,5,7 then repeats (its sequence) [20 marks] (ii) Draw a complete circuit to show how the T flip-flops are interconnected and label it appropriately. Also show how the counter can be asynchronous reset. [5 marks] (iii) Draw a timing diagram for at least four clock cycles [8 marks)
3. Construct a modulo-5 parallel (synchronous) down counter using master-slave T flip- flops. The counter should...
3. Construct a modulo-5 parallel (synchronous) down counter using master-slave T flip- flops. The counter should count in the sequence 0-4-3-2-1-0 and then back to 4, counting continuously. The counter stages are x,y and z, where z is the most significant bit. The Qoutputs are Qx, Qy and Qu. The T-inputs of the three stages are Tx, Ty and Tz. Use Karnaugh map method (truth table for Tinputs followed by K-map) to determine each of the T-inputs (not the short-cut...
1. Design a synchronous 2-bit up-down counter using a T flip flop for the most significant bit and an SR flip flop for the least significant bit; when the input X-1, it should count down and for X-0, it should count up. Use SOP.
1. Design a synchronous 2-bit up-down counter using a T flip flop for the most significant bit and an SR flip flop for the least significant bit; when the input X-1, it should count down and...
1) Design a synchronous 3-bit binary UP/DOWN counter uses the following counting pattern 10.2.3.7.6.40.1.3...) the counter will count in this pattern indefinitely when the input X is equal to 1. When the input the counter will reverse direction and count in the opposite pattern 0. 4 7310) Complete the state diagram, transition table, New state s and solve for the recitation equations for flipflops that will perform this function. (You do not need to draw the flip-flops Use the state...
the design for a 3-bit synchronous down counter built with T flip- ive-high input H; when H is high the count holds, points) Draw flops. Include a synchronous, act otherwise the circuit counts down. T Q T Q T Q
(b)(i) Using T flip-flop as main components, design a 3-bit synchronous counter that perform counting as the following sequence 0,2,4,6,1,3,5,7 then repeats (its sequence) [20 marks] (ii) Draw a complete circuit to show how the T flip-flops are interconnected and label it appropriately. Also show how the counter can be asynchronous reset. [5 marks] (iii) Draw a timing diagram for at least four clock cycles [8 marks)
3. Construct a modulo-5 parallel (synchronous) down counter using master-slave T flip- flops. The counter should count in the sequence 0-4-3-2-1-0 and then back to 4, counting continuously. The counter stages are x,y and z, where z is the most significant bit. The Qoutputs are Qx, Qy and Qu. The T-inputs of the three stages are Tx, Ty and Tz. Use Karnaugh map method (truth table for Tinputs followed by K-map) to determine each of the T-inputs (not the short-cut...
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