Intro - EE 230: Electronic Circuits and Systems Fall 2010...

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EE 230: Electronic Circuits and Systems Fall 2010 Introduction Timothy A. Bigelow 1
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i f EE 201 Review from EE 201 ow can solve the following ircuit 24 V How can solve the following circuit? A A - + 2 6 A 4 A 8 2
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i f EE 201 Review from EE 201 ow can I model the following voltage generator How can I model the following voltage generator from the lab? 3
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h i E ilt Thevenin Equivalent A circuit containing resistor, independent sources, and dependent sources V Th + - R Th 4
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t E ilt Norton Equivalent + R Th V Th - i N R Th 5
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h i ilt E l Thevenin Equivalent Example 4 1 2 V + - a b i x 3 2 A 2 2i x 6
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i f A lifi Basics of Amplifiers asic building block of analog circuits. Basic building block of analog circuits. Ideal Amplifier inear Linear Signal out is same as signal in only with different scaling factor. 7 in out v v v A Microelectronic Circuits - Fifth Edition Sedra/Smith
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Circuit Symbols for Dependent Sources Voltage Dependent Voltage Source Voltage Dependent Current Source v x av o + - Current Dependent Current Dependent Voltage Source Current Source i + 8 bi x v o -
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lifi G i i dB Amplifier Gain in dB 10 10 #1 0 l o g 2 0 l o g out out in in PV dB     9
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Operating Amplifier in Linear i Region 10 Microelectronic Circuits - Fifth Edition Sedra/Smith
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lifi S t ti Amplifier Saturation 11 Modified from Microelectronic Circuits - Fifth Edition Sedra/Smith
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lt A lifi Voltage Amplifiers Figure 1.17
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This note was uploaded on 10/16/2010 for the course EE 201 taught by Professor Kruempel during the Spring '06 term at Iowa State.

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Intro - EE 230: Electronic Circuits and Systems Fall 2010...

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