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    RC High-Pass Filter

    Uploaded by

    Eysha qureshi
    This document describes building a high-pass RC filter using a 16kΩ resistor and 10nF capacitor. Measurements were taken across the resistor at various frequencies to determine gain and phase difference compared to input. Gain decreased and phase shifted from the input with increasing frequency above the 995Hz cutoff frequency, as shown by Bode plots of the filter's frequency response.

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    © All Rights Reserved
    Download as DOCX, PDF, TXT or read online from Scribd

    RC High-Pass Filter

    Uploaded by

    Eysha qureshi
    118 views3 pages
    This document describes building a high-pass RC filter using a 16kΩ resistor and 10nF capacitor. Measurements were taken across the resistor at various frequencies to determine gain and phase difference compared to input. Gain decreased and phase shifted from the input with increasing frequency above the 995Hz cutoff frequency, as shown by Bode plots of the filter's frequency response.

    Original Description:

    RC High-pass Filter hardware implementation

    Original Title

    RC High-pass Filter

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    This document describes building a high-pass RC filter using a 16kΩ resistor and 10nF capacitor. Measurements were taken across the resistor at various frequencies to determine gain and phase difference compared to input. Gain decreased and phase shifted from the input with increasing frequency above the 995Hz cutoff frequency, as shown by Bode plots of the filter's frequency response.

    Copyright:

    © All Rights Reserved
    Download as DOCX, PDF, TXT or read online from Scribd
    Download as docx, pdf, or txt
    118 views3 pages

    RC High-Pass Filter

    Uploaded by

    Eysha qureshi
    This document describes building a high-pass RC filter using a 16kΩ resistor and 10nF capacitor. Measurements were taken across the resistor at various frequencies to determine gain and phase difference compared to input. Gain decreased and phase shifted from the input with increasing frequency above the 995Hz cutoff frequency, as shown by Bode plots of the filter's frequency response.

    Copyright:

    © All Rights Reserved
    Download as DOCX, PDF, TXT or read online from Scribd
    Download as docx, pdf, or txt
    of 3

    RC High-pass Filter

    Introduction:
    In this lab we used a series combination of a Resistor and a Capacitor to make a High Pass Filter.
    To do this the output was taken across the Resistor. Then the output and the input were
    compared to find out the gain and the phase difference was also calculated.

    Components Used:
    The value of resistor and capacitor used in this case is as follows:

    R = 16kΩ

    C = 10 nF

    Cut Off Frequency:


    The cut off frequency is
    Fc = 995Hz

    Phase and Gain Values:

    Serial
    No. Frequency Gain Phase
    1 249.6 -11.76 60.5
    2 503.2 -6.44 64.8
    3 750 -4.16 51.124
    4 Fc=933 -3.01 45.3
    5 1000 -2.826 42.8
    6 1201 -2.36 38.4
    7 1509 -1.66 30
    8 1754 -1.25 29.5
    clc
    clearall
    closeall
    f=[249.69 503.2 750 1000 1201 1509 1754 ];
    e=[60.5 64.8 51.124 42.8 38.4 30 29.5 ];
    subplot(211);
    plot(f,e);

    legend('Frequency verses phase plot');


    xlabel('Frequency');
    ylabel('phase');
    gain=[-11.76 -6.44 -4.16 -2.826 -2.36 -1.66 -1.25 ];
    subplot(212);
    plot(f,gain);
    legend('Frequency verses gain plot');
    xlabel('Frequency');
    ylabel('Gain');

    Plots
    The Bode Plot for the Magnitude and Phase are as follows:

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