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8) TO give you an idea of when to use the LR and RC filters, consider the design of a first order highpass filter for two different application: an audio application and an RF application. In both cases the allowable range of the R, C, L values is as follows: 502

8) TO give you an idea of when to use the LR and RC filters, consider the design of a first order highpass filter for two different application: an audio application and an RF application. In both cases the allowable range of the R, C, L values is as follows: 502

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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8) TO give you an idea of when to use the LR and RC filters, consider the design of a first order highpass filter for two different application: an audio application and an RF application. In both cases the allowable range of the R, C, L values is as follows: 502 <R < 100k Resistance: Capacitance: 10pF < C < 10 uF Inductance 1 uH L< ImH For each specification below I Sketch the magnitude Bode plot of the filter transfer function II. Determine the required time constant t of the filter Sketch both the RC and LR implementations Determine if it is possible to realize the filter within the R, C, L value constraints If it is possible, specify the component values that will minimize the C or L value while meeting the requirement Ш. IV V. a) For an audio application, design a first order highpass filter with a corner frequency of 1 Hz b) For a smartphone RF signal path application, design a first order highpass filter with a corner frequency of 1GHZ (1.0E+9 Hz)
Transcribed Image Text:8) TO give you an idea of when to use the LR and RC filters, consider the design of a first order highpass filter for two different application: an audio application and an RF application. In both cases the allowable range of the R, C, L values is as follows: 502 <R < 100k Resistance: Capacitance: 10pF < C < 10 uF Inductance 1 uH L< ImH For each specification below I Sketch the magnitude Bode plot of the filter transfer function II. Determine the required time constant t of the filter Sketch both the RC and LR implementations Determine if it is possible to realize the filter within the R, C, L value constraints If it is possible, specify the component values that will minimize the C or L value while meeting the requirement Ш. IV V. a) For an audio application, design a first order highpass filter with a corner frequency of 1 Hz b) For a smartphone RF signal path application, design a first order highpass filter with a corner frequency of 1GHZ (1.0E+9 Hz)
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