с R y(t) Figure 3 Question 4: A data signal has a frequency >1MHz, but there is unwanted signal at about 100Hz. i) Design a high-pass filter (the circuit is as shown in Figure 3) that attenuates the unwanted signal by 98%. ii) What is the effect of the measurement signal at its minimum of 1MHZ? Vout fc= Vin 2πRC √₁+(A)² (Hint:
с R y(t) Figure 3 Question 4: A data signal has a frequency >1MHz, but there is unwanted signal at about 100Hz. i) Design a high-pass filter (the circuit is as shown in Figure 3) that attenuates the unwanted signal by 98%. ii) What is the effect of the measurement signal at its minimum of 1MHZ? Vout fc= Vin 2πRC √₁+(A)² (Hint:
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![R
y(t)
Figure 3
Question 4: A data signal has a frequency >1MHz, but there is unwanted signal at about 100Hz.
i)
Design a high-pass filter (the circuit is as shown in Figure 3) that attenuates the
unwanted signal by 98%.
ii)
What is the effect of the measurement signal at its minimum of 1MHZ?
Vout
fc = 2TRC)
Vin
√1+(A)²
(Hint: V
с
11](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe2d105db-9484-46e3-9f4c-a1c27d0e7b48%2F7be2b9e5-8245-4a6c-943b-e89516d4126e%2Fqgduvz_processed.jpeg&w=3840&q=75)
Transcribed Image Text:R
y(t)
Figure 3
Question 4: A data signal has a frequency >1MHz, but there is unwanted signal at about 100Hz.
i)
Design a high-pass filter (the circuit is as shown in Figure 3) that attenuates the
unwanted signal by 98%.
ii)
What is the effect of the measurement signal at its minimum of 1MHZ?
Vout
fc = 2TRC)
Vin
√1+(A)²
(Hint: V
с
11
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