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The disadvantage of hard-wired control units with flip-flops is ______.
- a)Design becomes complex
- b)It require more number of flip-flops
- c)Control circuit speed does not matches with flip-flops
- d)None of these
Correct answer is option 'B'. Can you explain this answer?
Verified Answer
The disadvantage of hard-wired control units with flip-flops is ______...
The disadvantage of hardwired control units with flip-flops is that it requires more number of flip- flops.
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The disadvantage of hard-wired control units with flip-flops is ______...
Disadvantage of hard-wired control units with flip-flops:
More number of flip-flops required:
When using hard-wired control units with flip-flops, it often requires a large number of flip-flops to implement the control logic. This can lead to increased complexity and costs in the design process. As the number of flip-flops increases, the overall circuit size also increases, making it more challenging to design and maintain the control unit.
Impact on design complexity:
The need for a higher number of flip-flops in hard-wired control units can significantly impact the overall design complexity. With more flip-flops to manage, the design becomes more intricate and harder to troubleshoot or modify. This can result in longer development times and potential errors in the control unit implementation.
Lack of flexibility:
Hard-wired control units with flip-flops may lack the flexibility to adapt to changing requirements or updates. Since the control logic is fixed in hardware, any modifications or enhancements to the control unit may require extensive redesign and reimplementation. This limitation can hinder the scalability and versatility of the control unit in handling different tasks or scenarios.
In conclusion, the main disadvantage of hard-wired control units with flip-flops is the requirement for a higher number of flip-flops, leading to increased design complexity, reduced flexibility, and potential challenges in maintaining the control unit.
More number of flip-flops required:
When using hard-wired control units with flip-flops, it often requires a large number of flip-flops to implement the control logic. This can lead to increased complexity and costs in the design process. As the number of flip-flops increases, the overall circuit size also increases, making it more challenging to design and maintain the control unit.
Impact on design complexity:
The need for a higher number of flip-flops in hard-wired control units can significantly impact the overall design complexity. With more flip-flops to manage, the design becomes more intricate and harder to troubleshoot or modify. This can result in longer development times and potential errors in the control unit implementation.
Lack of flexibility:
Hard-wired control units with flip-flops may lack the flexibility to adapt to changing requirements or updates. Since the control logic is fixed in hardware, any modifications or enhancements to the control unit may require extensive redesign and reimplementation. This limitation can hinder the scalability and versatility of the control unit in handling different tasks or scenarios.
In conclusion, the main disadvantage of hard-wired control units with flip-flops is the requirement for a higher number of flip-flops, leading to increased design complexity, reduced flexibility, and potential challenges in maintaining the control unit.
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