a) The ideal analog differentiator is d x. t) (t) x. (t) is the input of the ide

Question

a) The ideal analog differentiator is d x. t) (t) x. (t) is the input of the ideal analog differentiator of the signal J.(t) is the output of the ideal analog differentiator of the signal. By exciting the system with the input (t) The above is the out out signal y.(t) The frequency response H(F) The input signal t Step 2 of 14 A The Schematic block representation is Analog Analog Analog o p signal i p signal Signal Processor H(F) Comment Step 3 of 14 A Such that ye (t) j2TE e Comparing both we get H(F) j27 Comment

Explanation / Answer

Here input is an analog signal and also output is also an analog signal....Between the two we are using analog signal processor....Basically it is used to filter the signal...it may be filters or frequency analyzers or frequency multipliers....it is used for the purpose of changing their characteristics or extracting some desired information.....It is aslo used to transform the signal into the desired form...so here we are using processor impulse response in digital form to extract desired information because in frequency domain it is easy to process and achieve the desired information.....

Related Questions

Navigate

• Browse (All)
• Browse A
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.