Question

In: Electrical Engineering

A)  Design 0?379 count?up counter with BCD counter blocks if input clear signal is synchronous. B) Design...

A)  Design 0?379 count?up counter with BCD counter blocks if input clear signal is synchronous.

B) Design 0?379 count?up counter with BCD counter blocks if input clear signal is Asynchronous.

C) Design of 1/577 frequency divider with BCD count?up counters (Clear signal is Asynchronous)

Solutions

Expert Solution


Related Solutions

Design a mod 5 counter as a (a) synchronous circuit (b) asynchronous circuit
Design a mod 5 counter as a (a) synchronous circuit (b) asynchronous circuit
Design a synchronous counter having the count sequence given by the following table. Use negative edge-triggered...
Design a synchronous counter having the count sequence given by the following table. Use negative edge-triggered T flip-flops provided with a clock. (i) Draw the state diagram of the counter. (ii) Build the counter's state table showing the synchronous inputs of the T flip-flops as well. (iii) Using Karnaugh maps, find the minimal sum-of-products form of the equations for the inputs to the flip-flops; assume the next states of the unused combinations to be "don't care states" (iv) Draw the...
Question 3: A)Design a BCD counter. -The circuit counts from 0 to 9, then resets back...
Question 3: A)Design a BCD counter. -The circuit counts from 0 to 9, then resets back to 0 to restart the counting sequence. -The circuit has one input run/stop. If the input is 1, the eounter will count. If the input is 0, the counter will freeze in its current location until the input is set to 1 again. -The circuit has one output. It becomes 1 when the counter completes a cycle and starts the next one. Otherwise, that...
Synchronous Counter Design a counter with MOD-5 (0-3-4-1-6) and explain its operation.
Synchronous Counter Design a counter with MOD-5 (0-3-4-1-6) and explain its operation.
1) You are asked to design 4-bit Odd Number Count-Down BCD Counter making use of ONLY...
1) You are asked to design 4-bit Odd Number Count-Down BCD Counter making use of ONLY Falling Edge JK-flipflop(s) and logic gates. 2) Based on the requirements,write down: (i) state diagram (ii) excitation table (iii) input equations
Design a synchronous up down counter with the following binary sequence 1, 2, 4,5,7 using J-K...
Design a synchronous up down counter with the following binary sequence 1, 2, 4,5,7 using J-K Flip Flop
Design a Count-up Counter in Aiken code with following flip flops: a) D-FF (Active edge is...
Design a Count-up Counter in Aiken code with following flip flops: a) D-FF (Active edge is high to low) b) SR-FF (Active edge is high to low) c) Use of output of circuit in part (b) and minimum number of logic gates for getting the Countdown counter in Aiken code
Please write in multisim: Design 3 bit a synchronous counter to produce the following sequence: 0, 1, 2, 5, 3 then 0.by using...
Please write in multisim: Design 3 bit a synchronous counter to produce the following sequence: 0, 1, 2, 5, 3 then 0.by using J-K Filp Flop.. Please i need in multisim and Step of solution. Thanks!!
Design a modified sequence counter (Student ID Counter) that will count out the following sequence: The...
Design a modified sequence counter (Student ID Counter) that will count out the following sequence: The first four unique digits in your StudentID (not including the digit 9) followed by the digit 9 and then repeat. Use the excitation table method for your design. Treat unused states as “don’t cares”. Include a switch to initialize the counter to the first count in your sequence. Your design should include the following: • a state diagram (include only the valid states) •...
Design a counter with an external control, x, to count the sequence of multiples of 3...
Design a counter with an external control, x, to count the sequence of multiples of 3 (i.e., 0-3-6 and repeat) when the control is 0, and non-multiples of 3 (i.e., 1-2-4-5-7 and repeat) when the control is 1. These values will be displayed on a seven-segment display. When the control value changes, the first clock should drive the output to the first value in the appropriate count- e.g., if the circuit has been counting non multiples and the control switches...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT