counter operating in the UP/DOWN mode. Taking at construct a signal that has the duty cycle of 50%. Present the following components: 1.State diagram of the UP/DOWN counter.

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Using synchronous sequential design, detail the steps for the construction of a DECADIC
counter operating in the UP/DOWN mode. Taking advantage of the output signals
construct a signal that has the duty cycle of 50%.
Present the following components:
1.State diagram of the UP/DOWN counter.
2.Transition table from previous state to next state
3.Functions of the J and K signals of each Flip-Flop
4.Circuit timing diagram
5.Circuitry to obtain the output with 50% duty cycle.
Transcribed Image Text:Using synchronous sequential design, detail the steps for the construction of a DECADIC counter operating in the UP/DOWN mode. Taking advantage of the output signals construct a signal that has the duty cycle of 50%. Present the following components: 1.State diagram of the UP/DOWN counter. 2.Transition table from previous state to next state 3.Functions of the J and K signals of each Flip-Flop 4.Circuit timing diagram 5.Circuitry to obtain the output with 50% duty cycle.
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