'Circuit model' presentation slideshows

EENG 3510 Chapter 4

EENG 3510 Chapter 4. Metal-Oxide- Semiconductor (MOS) Field-Effect Transistors (MOSFETs). Chapter 4 Homework 4a. 4.5, 4.7a&b, D4.14, D4.34, 4.36, 4.42(a for Figures (a) & (b), assume saturation in (a)), . Chapter 4 Homework 4b. 4.51, 4.59, 4.58, 4.64a, 4.69, 4.99 . Introduction.

1.19k views • 97 slides

Modeling and Simulation for Power Electronics and Electrical Drives

1.18k views • 46 slides

Chapter 3 - UHF RFID Antennas

Chapter 3 - UHF RFID Antennas. Figure 3.1 commercially UHF RFID tags. Figure 3.2 Electric and magnetic fields around a dipole antenna. Figure 3.3 Simple circuit model of dipole antenna near resonance. Figure 3.4 Radiation pattern around a dipole antenna.

550 views • 43 slides

Modelling of active photonic integrated circuits using PicWave

Modelling of active photonic integrated circuits using PicWave. Dominic F.G. Gallagher. Outline. Requirements for a PIC simulator Dividing the problem Modelling passive components using EME The circuit simulator Examples. PIC Elements. passive elements. Fibre I/O. SOA / EAM. TFF.

650 views • 39 slides

Upper limits for QPS thresholds for selected 600 A circuits

Upper limits for QPS thresholds for selected 600 A circuits. B. Auchmann, D. Rasmussen, A. Verweij with kind help from J. Feuvrier , E. Garde , C. Gilloux , R. Denz , M. Karppinen , Q. King, Y. Thurel , G . Willering. MPE technical meeting, January 24, 2013. Motivation.

440 views • 34 slides

428 views • 30 slides

Non-ideal and Ideal Memristors : The Fourth Fundamental Circuit Element

664 views • 27 slides

Figure 1.1 A telephone system.

Figure 1.1 A telephone system. Figure 1.2 A CT scan of an adult head. Figure 1.3 An airplane. Figure 1.4 A conceptual model for electrical engineering design. Figure 1.5 An ideal basic circuit element. Figure 1.6 Polarity references and the expression or power.

436 views • 24 slides

?????? / ????

569 views • 23 slides

LspCAD 6

980 views • 22 slides

Fault Location in Transmission Networks Using Modeling, Simulation and Limited Field Recorded Data

Fault Location in Transmission Networks Using Modeling, Simulation and Limited Field Recorded Data. M. Kezunovic (P.I.) S. S. Luo D. Ristanovic Texas A&M University. PSerc Review Meeting College station, Nov. 7, 2002. PS ERC. Overview. Objectives

333 views • 21 slides

Lecture 5

323 views • 20 slides

Skin Color Monitor

488 views • 17 slides

E E 2415

E E 2415. Lecture 12 Mutual Inductance and Ideal Transformers. Mutual Flux. Strongly Coupled Circuits. Circuit Model - 1. Circuit Model - 2. Ideal Transformers (1/2). Ideal Transformers (2/2). The ideal transformer has no power loss and consumes no reactive power.

383 views • 17 slides

237 views • 15 slides

DDS design status

266 views • 14 slides

Neuron Circuits & Communication

Neuron Circuits & Communication. Bo Deng University of Nebraska-Lincoln Sept. 2004. Rinzel & Wang (1997). Gated Currents by Electrodiffission. Ionic Pumps by Chemical Energy. Circuit Model. Kandel, E.R. , J.H. Schwartz, and T.M. Jessell

252 views • 14 slides

Modeling Electron and Spin Transport Through Quantum Well States

Modeling Electron and Spin Transport Through Quantum Well States. Xiaoguang Zhang Oak Ridge National Laboratory Yan Wang and Xiu Feng Han Institute of Physics, CAS, China Contact: xgz@ornl.gov Presented by Jun-Qiang Lu, ORNL. Outline. Phase accumulation model for quantum well states

288 views • 12 slides

EBaM : an E DA tool for Ba ttery M odeling

206 views • 10 slides

Investigation of Wake Fields in The RF Couplers of SC Linacs

Investigation of Wake Fields in The RF Couplers of SC Linacs. Nawin Juntong. Purpose: Investigate effect from rf couplers (fundamental and HOMs) to the beam dynamics.

133 views • 2 slides