Lecture%2030_April%2013%202011

Lecture%2030_April%2013%202011 - 430 -4 Jaeger/Blalock...

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Click to edit Master subtitle style Jaeger/Blalock 8/10/10 Microelectronic Circuit Design, 4E McGraw-Hill 130 -1 Chapter 17 Amplifier Frequency Response Lecture 30 Cover Section: 17.7-17.9
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Jaeger/Blalock 8/10/10 Microelectronic Circuit Design, 4E McGraw-Hill High Frequency Poles for the C-B Amplifier Since C μ does not couple input and output, input and output poles can be found directly. 230 -2
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Jaeger/Blalock 8/10/10 Microelectronic Circuit Design, 4E McGraw-Hill High Frequency Poles for the C-G Amplifier Similar to the C-B, since CGD does not couple the input and output, input and output poles can be found directly. 330 -3
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Jaeger/Blalock 8/10/10 Microelectronic Circuit Design, 4E McGraw-Hill High Frequency Poles for the C-C Amplifier
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Unformatted text preview: 430 -4 Jaeger/Blalock 8/10/10 Microelectronic Circuit Design, 4E McGraw-Hill High Frequency Poles for the C-C Amplifier (cont.) The low impedance at the output makes the input and output time constants relatively well decoupled, leading to two poles. 530 -5 Jaeger/Blalock 8/10/10 Microelectronic Circuit Design, 4E McGraw-Hill High Frequency Poles for the C-D Amplifier Similar the the C-C amplifier, the high frequency response is dominated by the first pole due to the low impedance at the output of the C-C amplifier. 630 -6 Jaeger/Blalock 8/10/10 Microelectronic Circuit Design, 4E McGraw-Hill Summary of the Upper-Cutoff Frequencies of the Single-Stage Amplifiers (pg.1037) 730 -7...
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This note was uploaded on 08/31/2011 for the course ECE 12512 taught by Professor Johnation during the Fall '10 term at IUPUC.

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Lecture%2030_April%2013%202011 - 430 -4 Jaeger/Blalock...

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