'Circuit current' presentation slideshows

EE4503 Electrical Systems Design

EE4503 Electrical Systems Design. Electrical Equipment and Apparatus. Topics. Introduction to Electrical Equipment and Apparatus Medium Voltage Equipment Low Voltage Equipment. Equipment Degree of Protection Level: IP. IPxy or IPxyz : IP follow by two or three digit number

1.15k views • 65 slides

Electric Current and Circuits

1.97k views • 54 slides

EE534 VLSI Design System Summer 2004 Lecture 7: Static Dynamic CMOS inverter (CHAPTER 6)

EE534 VLSI Design System Summer 2004 Lecture 7: Static Dynamic CMOS inverter (CHAPTER 6). Calculation of Delay times: Average current method. The average current during high to low transition can be calculated by using the current values at the beginning and the end of the transition.

1.69k views • 44 slides

Resistance and DC Circuits

531 views • 38 slides

Methods of Analysis

Methods of Analysis. ET 162 Circuit Analysis. E lectrical and T elecommunication Engineering Technology Professor Jang. Acknowledgement.

1.31k views • 37 slides

Distribution grid

Distribution grid. Ronnie Belmans. Traditional distribution grid: From feeder to meter. Radial network Energy supplied top-down from feeder. Distribution grid Flanders: Facts and figures. 3,075 feeders 29,546 km of medium-voltage lines 29,331 distribution transformers

527 views • 27 slides

389 views • 24 slides

Electrical Principles Chapter 3

443 views • 22 slides

420 views • 21 slides

919 views • 17 slides

Combined Series and Parallel Circuits

Combined Series and Parallel Circuits. Objectives: Calculate the equivalent resistance, current, and voltage of series and parallel circuits. Calculate the equivalent resistance of circuits combining series and parallel connections.

638 views • 17 slides

High-Frequency Cycloconverter Suitable for Alternative Energy Systems

354 views • 16 slides

DC Circuit Analysis

DC Circuit Analysis. HRW P639>. Circuit Symbols. Resistor Voltage source (battery) Switch Wire (Conductor). What is a circuit?. A basic circuit comprises: Voltage source (ex. battery) Load (ex. Resistors) Conductor (ex. Wires) Control (ex. Switch). DC Circuit Analysis.

764 views • 16 slides

Thermal interruption performance and fluctuations in high voltage gas circuit breakers

Thermal interruption performance and fluctuations in high voltage gas circuit breakers. N.P. Basse, M. Seeger, C.M. Franck and T. Votteler ABB Switzerland Ltd. Corporate Research. 33rd IEEE International Conference on Plasma Science, Traverse City, Michigan, USA (2006).

640 views • 13 slides

Previous work on CVD-grown SiNWs

As-grown arrays of SiNWs. Previous work on CVD-grown SiNWs. S i ngle SiNW. NATURE| Vol 449| 18 October 20070. Removed from the growth substrate and laid on a foreign substrate Contacts are formed by optical or e-beam lithography. APL 91 , 233117 2007.

203 views • 11 slides

264 views • 10 slides

Inductor

Inductor. A circuit component designed for inductance is an inductor . Symbol suggests coiled wire Ideal inductors act like wires unless the current changes. Emf based on L Real inductors have some resistance. Resistivity of length of wire. Physical Coil.

263 views • 8 slides

Inductor

Inductor. A circuit component designed for inductance is an inductor . Symbol suggests coiled wire Ideal inductors act like wires unless the current changes. Emf based on L Real inductors have some resistance. Resistivity of length of wire. Physical Coil.

280 views • 8 slides

235 views • 7 slides

ECE 201 Homework Guidelines

ECE 201 Homework Guidelines. Be neat and use Engineering Paper! Begin each problem on a new sheet Identify each problem Problem # 1.25 Show your thought process Keep track of units Identify your answer Enclose in a box, Underline, etc. ECE 201 Homework Guidelines (continued).

147 views • 4 slides