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Discussion 1- Sketch the magnitude and phase response of the filter on a semi-log paper. 2- From the sketch of insertion loss, determine the cut-off frequency of the filter. Estimate also the slope of the low pass filter's roll-off part of the stop-band region in dB/octave. 3- What is the effect of disconnecting the load resistance from the output of the filter? 4- Design a Butterworth low pass passive filter with a cut-off frequency of 50 kHz and a stop-band attenuation of 30 dB at a frequency of 150 kHz. Assume the terminating resistance Ro 600 2. Use Fig. 4 and Fig. 6 to calculate the element values. = 5- What is the main reason behind some considerable insertion loss in the pass-band region of the practical filter? 6- Determine the transfer function Vo(jo)/Vi(jo) of the second-order low pass filter circuit shown in the figure below. L -0000- C

Discussion 1- Sketch the magnitude and phase response of the filter on a semi-log paper. 2- From the sketch of insertion loss, determine the cut-off frequency of the filter. Estimate also the slope of the low pass filter's roll-off part of the stop-band region in dB/octave. 3- What is the effect of disconnecting the load resistance from the output of the filter? 4- Design a Butterworth low pass passive filter with a cut-off frequency of 50 kHz and a stop-band attenuation of 30 dB at a frequency of 150 kHz. Assume the terminating resistance Ro 600 2. Use Fig. 4 and Fig. 6 to calculate the element values. = 5- What is the main reason behind some considerable insertion loss in the pass-band region of the practical filter? 6- Determine the transfer function Vo(jo)/Vi(jo) of the second-order low pass filter circuit shown in the figure below. L -0000- C

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Discussion 1- Sketch the magnitude and phase response of the filter on a semi-log paper. 2- From the sketch of insertion loss, determine the cut-off frequency of the filter. Estimate also the slope of the low pass filter's roll-off part of the stop-band region in dB/octave. 3- What is the effect of disconnecting the load resistance from the output of the filter? 4- Design a Butterworth low pass passive filter with a cut-off frequency of 50 kHz and a stop-band attenuation of 30 dB at a frequency of 150 kHz. Assume the terminating resistance Ro 600 2. Use Fig. 4 and Fig. 6 to calculate the element values. = 5- What is the main reason behind some considerable insertion loss in the pass-band region of the practical filter? 6- Determine the transfer function Vo(jo)/Vi(jo) of the second-order low pass filter circuit shown in the figure below. L -0000- C
Transcribed Image Text:Discussion 1- Sketch the magnitude and phase response of the filter on a semi-log paper. 2- From the sketch of insertion loss, determine the cut-off frequency of the filter. Estimate also the slope of the low pass filter's roll-off part of the stop-band region in dB/octave. 3- What is the effect of disconnecting the load resistance from the output of the filter? 4- Design a Butterworth low pass passive filter with a cut-off frequency of 50 kHz and a stop-band attenuation of 30 dB at a frequency of 150 kHz. Assume the terminating resistance Ro 600 2. Use Fig. 4 and Fig. 6 to calculate the element values. = 5- What is the main reason behind some considerable insertion loss in the pass-band region of the practical filter? 6- Determine the transfer function Vo(jo)/Vi(jo) of the second-order low pass filter circuit shown in the figure below. L -0000- C
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