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Digital Electronics
Digital Electronic Circuits
84 SOLVED PROBLEMS
Question: 6.6
Design an 8421BCD asynchronous up counter with a ripple carry output. ...
Verified Answer:
Step 1 Construct the state table. Because an 8421B...
Question: 6.5
Design a synchronous counter with J-K flip-flops. The timing diagram for the counter is shown as Figure 6.3.4. ...
Verified Answer:
Step 1 Construct the state diagram and state table...
Question: 6.4
Design a three-bit sequence detector for detecting a sequence input series “011.” ...
Verified Answer:
Step 1 Construct the initial state diagram and ini...
Question: 6.3
Analyze the implementing functionality of an asynchronous sequential circuit, as shown in Figure 6.2.5. ...
Verified Answer:
Step 1 Derive the clock equations and exciting equ...
Question: 6.2
Analyze the implementing functionality of an SSC, as shown in Figure 6.2.3. ...
Verified Answer:
Step 1 Derive the exciting equations and output eq...
Question: 6.1
Analyze the implementing functionality of a SSC, as shown in Figure 6.2.1. ...
Verified Answer:
Step 1 Derive the exciting equations and output eq...
Question: 7.5
Design a sequence generator that can generate a sequence code “110001001110.” ...
Verified Answer:
Step 1 Design a counter with the modulus which is ...
Question: 7.4
Construct a MOD-10 counter with a four-bit binary MSI up counter. ...
Verified Answer:
Both 74LS161 and 74LS163 are four-bit binary MSI u...
Question: 7.3
Design a three-bit synchronous binary up counter by using T flip-flops. ...
Verified Answer:
The first step to design a counter is to create a ...
Question: 7.2
Construct the MOD-10 counter with 74LS93 ...
Verified Answer:
Using the gated reset inputs,
{ R}_{0(\math...
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