COLLEGE OF ENGINEERING University of Wisconsin-Madison	ECE 220	Fall 2005	Booske
	Electrodynamics I

Folders: No FOLDERS found.  Files Sorted By:   name   type   date   size   author Notes 100: Introduction to the Course - (1/22/2008 - 1.7M - PDF) Notes 100a: About Ben Franklin and Electricity - (9/16/2002 - 320.8k - JPG) Notes 101: Review of Vector Operations - (1/21/2001 - 97.6k - PDF) Notes 102: Orthogonal Coordinate Systems - (1/21/2001 - 281.5k - PDF) Notes 103: Differential Length, Surface and Volume Elements - (1/21/2001 - 59.8k - PDF) Notes 104: Integrals of Vector Functions - (1/21/2001 - 173.0k - PDF) Notes 105: The line integral, work, and circulation - (1/21/2001 - 140.1k - PDF) Notes 106: The flux integral - (1/21/2001 - 85.6k - PDF) Notes 107: Gradient of a scalar function - (1/21/2001 - 238.3k - PDF) Notes 108: Divergence - (1/21/2001 - 232.9k - PDF) Notes 109: Divergence Theorem - (1/21/2001 - 58.1k - PDF) Notes 110: Curl - (1/21/2001 - 236.1k - PDF) Notes 111: Stoke's Theorem - (1/21/2001 - 25.0k - PDF) Notes 112: Vector Identities used in Electromagnetism - (1/21/2001 - 81.0k - PDF) Notes 113: Derivative Operators Summary - (1/21/2001 - 97.0k - PDF) Notes 113a: Conservative Vector Fields - (2/6/2008 - 432.0k - PDF) Notes 114: Coulomb's Law - (1/21/2001 - 107.1k - PDF) Notes 115: Visualization of Field Lines - (1/21/2001 - 71.2k - PDF) Notes 116: Electric Field due to system of discrete charges - (1/21/2001 - 139.5k - PDF) Notes 117: Micro vs. Macro Description of Charge and Cont. Charge Dists. - (1/21/2001 - 198.4k - PDF) Notes 118: Electric Field due to a continuous charge dist. - (1/21/2001 - 88.6k - PDF) Notes 119: More on Electric Fields due to Cont. Charge Dists. - (1/21/2001 - 201.4k - PDF) Notes 120: Properties of Electric Fields due to Static electric charges - (1/21/2001 - 232.5k - PDF) Notes 121: Implication for static electric field - (1/21/2001 - 65.3k - PDF) Notes 122: Electric Flux and Gauss's Law - (1/21/2001 - 110.0k - PDF) Notes 123: Derivative form of Gauss's Law - (1/21/2001 - 104.3k - PDF) Notes 124: Applications of Gauss's Law - (1/21/2001 - 286.4k - PDF) Notes 124a Summary of Applying Gauss's Law - (10/1/2004 - 310.8k - PDF) Notes 125: Scalar Electric Potential - (1/21/2001 - 170.9k - PDF) Notes 126: Relation between potential and electric field - (1/21/2001 - 157.3k - PDF) Notes 127: Calculating Electric Field Potential from Charge Dists. - (1/21/2001 - 106.8k - PDF) Notes 128: Summary of E-field Properties - (1/21/2001 - 34.3k - PDF) Notes 129: Conductors in Static Electric Field - (1/21/2001 - 387.2k - PDF) Notes 130: Electrostatic Forces on Conductors - (1/21/2001 - 149.8k - PDF) Notes 131: Dielectrics - (1/21/2001 - 901.8k - PDF) Notes 132: Interface Conditions for Electric Fields - (1/21/2001 - 376.6k - PDF) Notes 133: Capacitance - (1/21/2001 - 403.6k - PDF) Notes 133a: capacitance in integrated circuits - this excerpt from a published article shows how transistor switches in semiconductor ICs are linked to each other and to voltage sources using lots of copper "traces". Flowing charge (current) on any one trace can induce charge (current) on other nearby traces through capacitive coupling. (6/9/2008 - 1.6M - PDF) Notes 134: Electrostatic Energy - (1/21/2001 - 468.7k - PDF) Notes 135: Poisson's and Laplace's Equations - (1/21/2001 - 321.7k - PDF) Notes 136: Laplace Equation Example - (1/21/2001 - 81.9k - PDF) Notes 137: Method of Images - (1/21/2001 - 472.5k - PDF) Notes 137a: Using sharp conductors for electric field enhancement - Article summarizing the history and thinking behind Ben Franklin's invention of the lightning rod. (6/9/2008 - 3.2M - PDF) Notes 138: Steady Electric Current and Current Density - (1/21/2001 - 268.0k - PDF) Notes 139: Ohm's Law, Conductivity, Resistance - (1/21/2001 - 214.2k - PDF) Notes 139a: Measuring bulk conductivity with a four-point probe - (5/5/2008 - 540.9k - PDF) Notes 140: EMF - (1/21/2001 - 176.3k - PDF) Notes 141: Charge Conservation and Kirchoff's Current Law - (1/21/2001 - 245.3k - PDF) Notes 142: Joule's Law - (1/21/2001 - 82.6k - PDF) Notes 143: Interface Conditions for current density - (1/21/2001 - 40.9k - PDF) Notes 144: Magnetic Fields & Forces (Biot-Savart Law) - (1/21/2001 - 270.7k - PDF) Notes 145: Examples of Biot-Savart Law Application - (1/21/2001 - 264.6k - PDF) Notes 146: Ampere's Law, Magnetic Circulation, & Magnetic Flux - (1/21/2001 - 280.8k - PDF) Notes 147: Calculating Magnetic Fields with Ampere's Law - (1/21/2001 - 250.0k - PDF) Notes 148: Magnetic (Vector) Potential Function - (1/21/2001 - 231.6k - PDF) Notes 149: Magnetic Dipole - (5/3/2008 - 276.4k - PDF) Notes 150: Theory of Magnetic Material Effects - (1/21/2001 - 328.8k - PDF) Notes 151: Practical Magnetic Materials: Ferromagnetism and Domains - (1/21/2001 - 370.8k - PDF) Notes 152: Magnetic Field Interface Conditions - (1/21/2001 - 94.2k - PDF) Notes 153: Magnetic Inductance - (1/21/2001 - 396.4k - PDF) Notes 154: Energy Stored in a Magnetic Field - (1/21/2001 - 25.8k - PDF) Notes 155: Magnetic Forces and Torques - (1/21/2001 - 395.7k - PDF) Notes 156: Application of vxB force: magnetic tether emf source - (1/21/2001 - 184.1k - PDF) Notes 157: Magnetic Levitation (Mag-lev) - (1/21/2001 - 470.8k - PDF) Notes 158: Magnetic Circuits - (1/21/2001 - 258.5k - PDF) Notes 159: Maglev using Magnetic Circuits - (1/21/2001 - 279.2k - PDF) Notes 160: Maglev using permanent magnets - (1/21/2001 - 138.4k - PDF) Notes 161: Summary of Concepts, Formulas, and Applications - (12/13/2001 - 687.6k - PDF)

NOTICES No NOTICES found. MAIL CENTER John Booske by appointment or walk-in if available 3436 Engineering Hall 1415 Engineering Drive Madison WI 53706-1691 Tel: 608/262-8548 booske@engr.wisc.edu Anonymous e-mail to instructor