Frequency and wavelength affect the overall design of a system?

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SUMMARY

The discussion centers on how frequency and wavelength influence system design, particularly in relation to resonance. Components within a system have natural frequencies, and when operational frequencies match these, resonance occurs, potentially causing excessive vibrations. To mitigate resonance, designers must adjust either the natural frequency of components or the operational frequency during the design phase. The conversation also highlights the importance of specificity in questions related to data communication systems.

PREREQUISITES
  • Understanding of natural frequency and operational frequency
  • Knowledge of resonance in mechanical and electronic systems
  • Familiarity with data communication principles
  • Basic concepts of frequency and wavelength in signal transmission
NEXT STEPS
  • Research methods to adjust natural frequency in system design
  • Explore the role of resonance in musical instruments and its applications
  • Learn about the impact of wavelength on fiber optic communication
  • Investigate techniques for avoiding resonance in electronic circuits
USEFUL FOR

Engineers, system designers, and students in data communication and mechanical engineering who seek to understand the implications of frequency and wavelength on system performance and design.

bobby
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need help urgently

How do the choices of frequency and wavelength affect the overall design of a system? Of components within the system?
 
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Each component has got its own natural frequency. and your operation casue some vibartions with some frequency over those components. when both the (Nat freq & Opr. freq) matches, the component will be subjected to tremendous amount of vibration which called resonance.
Hence, to avoid resonance, you should either correct Nat freq of comp or the operation freq whicever is possible during design stage.
I hope it helps you and your doubt was the same of this kind.
 
Without knowing what type of system you are talking about and what it is supposed to do, it's a meaningless question.

The previous answer assumes that resonance may occur, and if it occurs it is a bad thing. Both those assumptions are false for many systems.
 
The OP could be asking about musical instruments. In that case resonance is a desired characteristic. The OP needs to be MUCH more specific with his question.
 
right questions will get right reply!
 
I am srry I forgot to add...This question is of data communication subject
 
Data communication.

Hmm, well, if your infrared fibreoptic link had a wavelength of 2m instead of 1,000nm, then it wouldn't work very well.



Come on bobby, if you actually want an answer, how about putting some effort into your question?
 

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