89. Synchronous counters eliminate the delay problems encountered with asynchronous counters because the:
(a) input clock pulses are applied only to the first and last stages (b) input clock pulses are applied only to the last stage (c) input clock pulses are not used to activate any of the counter stages (d) input clock pulses are applied simultaneously to each stage
Answer
Answer : (d)
Explanation
Explanation : No answer description available for this question. Let us discuss.
Counters » Exercise - 151. Synchronous (parallel) counters eliminate the delay problems encountered with asynchronous (ripple) counters because the: (a) input clock pulses are applied only to the first and last stages. (b) input clock pulses are applied only to the last stage. (c) input clock pulses are applied simultaneously to each stage. (d) input clock pulses are not used to activate any of the counter stages.
Counters » Exercise - 135. The final output of a modulus-8 counter occurs one time for every ________. (a) 8 clock pulses (b) 16 clock pulses (c) 24 clock pulses (d) 32 clock pulses
Counters » Exercise - 195. For a multistage counter to be truly synchronous, the ________ of each stage must be connected to ________. (a) Cp, the same clock input line (b) CE, the same clock input line (c) , the terminal count output (d) , both clock input lines
555555555564. With four J-K flip-flops wired as an asynchronous counter, the first output change of divider #4 indicates a count of how many input clock pulses? (a) 16 (b) 8 (c) 4 (d) 2
Counters » Exercise - 115. A MOD-16 ripple counter is holding the count 10012. What will the count be after 31 clock pulses? (a) 10002 (b) 10102 (c) 10112 (d) 11012