'Power absorbed' diaporamas de présentation

ICOPS Minicourse on Plasma Processing Technology

ICOPS Minicourse on Plasma Processing Technology. Part 1: Vacuum Basics Jeff Hopwood Northeastern University. Goals. To review basic vacuum technology Pressure, pumps, gauges To review gas flow and conductance To understand the flux of vapor phase material to a substrate

1.72k views • 118 slides

STEADY-STATE POWER ANALYSIS

STEADY-STATE POWER ANALYSIS. LEARNING GOALS. Instantaneous Power For the special case of steady state sinusoidal signals. Average Power Power absorbed or supplied during one cycle. Maximum Average Power Transfer When the circuit is in sinusoidal steady state.

1.04k views • 48 slides

STEADY-STATE POWER ANALYSIS

STEADY-STATE POWER ANALYSIS. LEARNING GOALS. Instantaneous Power For the special case of steady state sinusoidal signals. Average Power Power absorbed or supplied during one cycle. Maximum Average Power Transfer When the circuit is in sinusoidal steady state.

509 views • 44 slides

314 views • 31 slides

6.1 Polyphase System 6.2 Notations 6.3 Single-phase Three-wire Systems

6.1 Polyphase System 6.2 Notations 6.3 Single-phase Three-wire Systems 6.4 Three Phase connection 6.5 The Delta ( ) Connection 6.6 Power measurement. Engineering Circuit Analysis. CH6 Polyphase Circuits. Ch6 Polyphsae Circuits. 6.1 Polyphase System.

1.17k views • 29 slides

Oluwayomi Adamo Department of Electrical Engineering

EENG 2610: Circuit Analysis Class 14: Sinusoidal Forcing Functions, Phasors, Impedance and Admittance. Oluwayomi Adamo Department of Electrical Engineering College of Engineering, University of North Texas. AC Steady-State Analysis.

431 views • 28 slides

CH2 Power computations 2-1 Introduction

CH2 Power computations 2-1 Introduction ?Power computations are essential in analyzing and designing power electronics circuits. ?Particular emphasis for circuits with no sinusoidal voltages and current. 2-2 Power and energy Instantaneous power : p(t) =. ; Fig.2-1. Energy (work) :. W=.

384 views • 28 slides

Solar Oven Design

Solar Oven Design. ENGR 102 Fall 2008 Class Notes. KINETIC ENERGY Energy in motion. POTENTIAL ENERGY Stored energy. General Categories of Energy. What are some more forms of kinetic or potential energy?. Solar/Light/Radiant Energy Energy from the sun

1.15k views • 24 slides

Solar Oven Design

Solar Oven Design. ENGR 102 Fall 2008 Class Notes. KINETIC ENERGY Energy in motion. POTENTIAL ENERGY Stored energy. General Categories of Energy. What are some more forms of kinetic or potential energy?. Solar/Light/Radiant Energy Energy from the sun

402 views • 24 slides

Models for heat and moisture transport in a microwave oven

Models for heat and moisture transport in a microwave oven. Andrew Hill & Prof. C.J. Budd University of Bath, UK Greg Hooper CCFRA, UK. Faraday CASE award. Microwave oven. Thermal image of surface of food after 5 minutes heating. Aims.

224 views • 22 slides

Basic EE Definitions, Units, Conventions, and Circuit Elements

Basic EE Definitions, Units, Conventions, and Circuit Elements. Volts, Current, Energy, Power, Sign Conventions, and Sources. Unit Prefixes. pico (p) 10 -12 nano (n) 10 -9 micro (  ) 10 -6 milli (m) 10 -3. kilo (k) 10 3 mega (M) 10 6 giga (G) 10 9 tera (T) 10 12. Basic Definitions.

274 views • 12 slides

Tutorial

532 views • 8 slides

Day 1

177 views • 4 slides