what will be the count after 1365 pulses when the counter starts at 0110? show steps...
6. (20') Asynchronous Counters (Please show all your steps.) (a) How many Flip-flops are required to build a binary counter that counts from 0 to 63? (b) Determine the frequency at the output of the last Flip-flop of this counter for an input clock frequency of 256 KHz. (C) If the counter is initially at zero, what count will it hold after 68 pulses? (d) Suppose the counter was designed to be an asynchronous/ripple counter. Determine the maximum input clock...
Develop a state-transition diagram for a software counter. The counter should count up when the user presses the UP command, and count down when the user presses the DOWN command. The counting should stop when the user presses the STOP command or when the count reaches a user-specified limit such as +100 or −100. Show the different states and the conditions that cause transitions between states.
Please design a 4 bit synchrous counter (0-9 count) using t flip flops. Counter should reset to 0 after 9. Kindly provide all steps including state table. I will be thankful to you.
Design a counter that will count the sequence: 0.314, 1.627, 3.924, 7.827. It has an input u; when u is 1 it counts the sequence from left to right, when 0 it counts in the opposite direction. It must be robust. Show all steps right to logic equations and gates.
Consider the following 8-bit multiplication problem: 0110 1100 x
0011 1001
For count the number of additions (and/or subtractions) for the
basic binary multiplication show in figure 10.9 and for Booth's
algorithm shown in figure 10.12. What is the 16 bit product?
START C,A-0 M-Multiplicand Multiplier Count- Flowchart for Unsigned Binary Multiplication No C,A-A+M Shift right C,A, Q Count Count- No Yes_ END Product in A,Q Figure 10.9 Flowchart for Unsigned Binary Multiplication
C. The task is to create a complex counter that can count in binary or in Gray code, depending on the value of a mode input: "A synchronous 3-bit counter has a mode control input m. When m = 0, the counter steps through the binary sequence 000, 001,010, 011, 100, 101, 110, 111, and repeat. When m = 1, the counter advances through the Gray code sequence 000, 001,011, 010, 110, 111, 101, 100, and repeat. (USE JK FLIP...
Implement MOD-8 parallel up counter using JK Flip flop. Show table for five clock pulses in the report, the report should contain Circuit equation, circuit diagram, pin configuration, and required equipment list.
Problem #3: Assume you have a 4.332 MHz master clock as an input to your counter, and you need to generate evenly-spaced single-cycle pulses to enable a digital audio circuit at a target rate of 44,100 Hz. How many master clock cycles occur for every output pulse? Show your calculation. a) b) Since the result is fractional, round it to the nearest whole number. Assuming you use a Modulo-N counter to generate the single-cycle pulses, what is the minimum counter...
Q3. Synchronous Counter Figure 8.3(a) shows a modulo-8 synchronous up-counter (Modulo-8 because this counter can count only from 0 to 7 with its 3 bits qo, q1 and 92.). Treat each gray cell in the figure as a component and write generic VHDL codes to create a modulo-2N counter, where N is the number of flip-flops required. Use nominal mapping for this problem while instantiating components. When the asynchronous reset signal rst is high, the counter is set to 0...
Design a MOD 4 Synchronous Counter to count in a 2753,2753, etc. when x=0. Draw Circuit diagram as well.