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Cauer and Foster forms of realizations are used only for
- a)driving point reactance functions
- b)transfer reactance functions
- c)driving point impedance functions
- d)transfer impedance functions
Correct answer is option 'A'. Can you explain this answer?
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Cauer and Foster forms of realizations are used only fora)driving poin...
Cauer and Foster forms of realizations are used only for driving point reactance functions. Let's understand this in detail:
Cauer Form:
- Cauer form is a type of filter realization that is used for implementing driving point impedance functions.
- It is a type of passive filter realization that uses only inductors and capacitors.
- Cauer form is used for realizing a given driving point impedance function as a ladder network of inductors and capacitors.
- In this form, the reactance values alternate between inductors and capacitors in a specific pattern.
Foster Form:
- Foster form is also a type of filter realization that is used for implementing driving point impedance functions.
- It is a type of passive filter realization that uses only capacitors and transformers.
- Foster form is used for realizing a given driving point impedance function as a ladder network of capacitors and transformers.
- In this form, the reactance values alternate between capacitors and transformers in a specific pattern.
From the above explanations, it is clear that both Cauer and Foster forms of realizations are used only for driving point impedance functions, and not for transfer impedance or transfer reactance functions. Therefore, option 'A' is the correct answer.
Cauer Form:
- Cauer form is a type of filter realization that is used for implementing driving point impedance functions.
- It is a type of passive filter realization that uses only inductors and capacitors.
- Cauer form is used for realizing a given driving point impedance function as a ladder network of inductors and capacitors.
- In this form, the reactance values alternate between inductors and capacitors in a specific pattern.
Foster Form:
- Foster form is also a type of filter realization that is used for implementing driving point impedance functions.
- It is a type of passive filter realization that uses only capacitors and transformers.
- Foster form is used for realizing a given driving point impedance function as a ladder network of capacitors and transformers.
- In this form, the reactance values alternate between capacitors and transformers in a specific pattern.
From the above explanations, it is clear that both Cauer and Foster forms of realizations are used only for driving point impedance functions, and not for transfer impedance or transfer reactance functions. Therefore, option 'A' is the correct answer.
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Cauer and Foster forms of realizations are used only fora)driving point reactance functionsb)transfer reactance functionsc)driving point impedance functionsd)transfer impedance functionsCorrect answer is option 'A'. Can you explain this answer?
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