EE_10_F07_Lecture 11

EE_10_F07_Lecture 11 - UCLA ELECTRICAL ENGINEERING...

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Unformatted text preview: UCLA ELECTRICAL ENGINEERING DEPARTMENT: EE 10: CIRCUIT ANALYSIS 1 LECTURE 11 L ECTURE 11 LECTURE NOTES: NOV 14, 2007 OUTLINE REVIEW ........................................................................................................................................ 1 NEW TOPICS: CIRCUITS WITH REACTIVE ELEMENTS ................................................ 2 MAGNETIC INDUCTION .......................................................................................................... 2 INDUCTOR CIRCUIT ELEMENTS.......................................................................................... 3 CURRENT-VOLTAGE RELATIONSHIPS IN THE INDUCTOR CIRCUIT ELEMENT . 3 POWER DISSIPATION IN INDUCTOR CIRCUIT ELEMENTS ......................................... 8 ENERGY STORAGE IN INDUCTOR CIRCUIT ELEMENTS.............................................. 9 CAPACITANCE AND THE DISPLACEMENT CURRENT................................................. 10 CAPACITOR CIRCUIT ELEMENTS ..................................................................................... 10 CURRENT-VOLTAGE RELATIONSHIPS IN THE CAPACITOR CIRCUIT ELEMENT ....................................................................................................................................................... 12 POWER DISSIPATION IN CAPACITOR CIRCUIT ELEMENTS..................................... 17 ENERGY STORAGE IN CAPACITOR CIRCUIT ELEMENTS ......................................... 17 SPEED IN DIGITAL CIRCUITS.............................................................................................. 19 FUNDAMENTAL SWITCHING SPEED LIMITATIONS IN DIGITAL CIRCUITS........ 19 ENERGY DISSIPATION IN DIGITAL CIRCUITS............................................................... 20 INDUCTOR EQUIVALENT CIRCUITS................................................................................. 22 CAPACITOR EQUIVALENT CIRCUITS .............................................................................. 24 RESPONSE OF R-C AND R-L CIRCUITS ............................................................................. 26 NATURAL RESPONSE OF R-L CIRCUITS .......................................................................... 27 NATURAL RESPONSE OF R-C CIRCUITS.......................................................................... 31 STEP RESPONSE OF R-L CIRCUITS.................................................................................... 35 STEP RESPONSE OF R-C CIRCUITS.................................................................................... 37 REVIEW Problem Solving Methods for Non-Ideal Operational Amplifier Circuits Problem Solving Methods for Ideal Operational Amplifier Circuits PSpice Simulation Methods for Operational Amplifier Circuits 1 UCLA ELECTRICAL ENGINEERING DEPARTMENT: EE 10: CIRCUIT ANALYSIS 1 LECTURE 11 NEW TOPICS: CIRCUITS WITH REACTIVE ELEMENTS Our study of circuits in EE10 began with the fundamental Kirchoff Laws for currents at a node and voltages around a path. a node and voltages around a path....
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This note was uploaded on 03/06/2008 for the course EE 10 taught by Professor Chang during the Fall '07 term at UCLA.

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EE_10_F07_Lecture 11 - UCLA ELECTRICAL ENGINEERING...

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