1 - Design one Ripple Counter A ripple counter consists of a series of complementary flip-flops. Unlike synchronous counters, the CLK input of each flip-flop is triggered by the transition that occurs at the output of the other flip-flop. 1-1 Sketch the logic circuit of a ripple counter that loops the following sequence by using the positive-edge triggered D flip-flops: ... →012⇒3⇒4⇒5⇒670 ➜... Show the complete timing diagram for eight clock pulses. Show the clock ,Q0,Q1 and Q2 waveforms. (assume QO,Q1 and Q2 are initially LOW) 1-2 With some modifications to the result in part 4.1, design and sketch the logic circuit of aripple counter that loops the following sequence: ... → 0 ➜7 →6⇒5⇒4⇒3⇒2⇒1⇒0 ➜... Show the complete timing diagram for eight clock pulses. Show the clock ,Q0,Q1 and Q2 waveforms. (assume Q0,Q1 and Q2 are initially LOW)

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1 - Design one Ripple Counter
A ripple counter consists of a series of complementary flip-flops.
Unlike synchronous counters, the CLK input of each flip-flop is
triggered by the transition that occurs at the output of the other
flip-flop.
1-1 Sketch the logic circuit of a ripple counter that loops the following
sequence by using the
positive-edge triggered D flip-flops:
... →012⇒3⇒4⇒5⇒670
➜...
Show the complete timing diagram for eight clock pulses. Show the clock
,Q0,Q1 and Q2 waveforms. (assume QO,Q1 and Q2 are initially LOW)
1-2 With some modifications to the result in part 4.1, design and
sketch the logic circuit of aripple counter that loops the following
sequence:
... → 0 ➜7 →6⇒5⇒4⇒3⇒2⇒1⇒0 ➜...
Show the complete timing diagram for eight clock pulses. Show the clock
,Q0,Q1 and Q2 waveforms. (assume Q0,Q1 and Q2 are initially LOW)
Transcribed Image Text:1 - Design one Ripple Counter A ripple counter consists of a series of complementary flip-flops. Unlike synchronous counters, the CLK input of each flip-flop is triggered by the transition that occurs at the output of the other flip-flop. 1-1 Sketch the logic circuit of a ripple counter that loops the following sequence by using the positive-edge triggered D flip-flops: ... →012⇒3⇒4⇒5⇒670 ➜... Show the complete timing diagram for eight clock pulses. Show the clock ,Q0,Q1 and Q2 waveforms. (assume QO,Q1 and Q2 are initially LOW) 1-2 With some modifications to the result in part 4.1, design and sketch the logic circuit of aripple counter that loops the following sequence: ... → 0 ➜7 →6⇒5⇒4⇒3⇒2⇒1⇒0 ➜... Show the complete timing diagram for eight clock pulses. Show the clock ,Q0,Q1 and Q2 waveforms. (assume Q0,Q1 and Q2 are initially LOW)
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