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Final.tex
12
Final.tex
@ -48,14 +48,14 @@ in electronic circuits. Discrete op-amp integrated circuits (ICs) are
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produced by nearly every general semiconductor manufacturer, but not
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all op-amps perform equally.
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In this paper, a simple high-pass filter design based on an op-amp is
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introduced, and used to review a particular property of the op-amp: the
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frequency response of the open-loop gain.
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In this paper, a simple high-pass filter based on an op-amp is
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introduced, and used to review a particular property of the op-amp:
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the frequency response of the open-loop gain.
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One of the most well-known op-amps is the LM741. In no small part to
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demonstrate the weakness of the LM741 design, a cutoff frequency of
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\SI{100}{kHz} is selected for the high-pass filter design. To compare, three
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other op-amp designs are selected beyond the LM741:
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demonstrate one weakness of the LM741, a cutoff frequency of
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\SI{100}{kHz} is selected for the high-pass filter design. To compare,
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three other op-amps are selected beyond the LM741:
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\begin{enumerate}
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\item
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