'Ac circuits' diaporamas de présentation

Chapter 18

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AC CIRCUITS 90523

AC CIRCUITS 90523. NCEA Level 3 Physics. AC CIRCUITS. RMS Values - Mains electricity - Power - Root mean square AC in capacitance - Intro - Reactance - Phase relationship for capacitance AC in inductance - Intro - Reactance - Phase relationship for reactance

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Transition to AC

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Power Stations House Generators

Power Stations House Generators. Alternating Current & Voltage. AC Power (Wikipedia).

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ELECTRIC CIRCUIT ANALYSIS - I

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AC Circuits & Phasors

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Introduction to Multisim

Introduction to Multisim. ECE 1020 Professor Ahmadi. What is Multisim ?. A virtual circuit simulator for both analog and digital design Allows you to test circuits without having to physically build them. Starting the Program.

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Sinusoidal steady-state analysis

Sinusoidal steady-state analysis. 3.1. Introduction. Step to analyze AC Circuits: Transform the circuit to the phasor or frequency domain. Solve the problem using circuit techniques (nodal analysis, mesh analysis, superposition, etc. ) Transform the resulting phasor to the time domain.

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Chapter-23

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EM OSCILLATION & AC

EM OSCILLATION & AC. LC oscillation. Power in AC circuits.

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Overview of ENGR 220 Circuits 1

Overview of ENGR 220 Circuits 1. Fall 2005 Harding University Jonathan White. Sections. Basic Concepts Resistive Circuits Capacitors/Inductors RC, RL, and RLC circuits OP Amps Intro. to AC Circuits. Basic Concepts.

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AC Circuits (Chapt 33)

AC Circuits (Chapt 33). circuits in which the currents vary in time differential equations. AC Voltage. The current in any AC circuit is driven by an AC source. This alternating current varies sinusoidally with time: ? v = ? V max sin ? t * ? v is the instantaneous voltage

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Anatomy of wave

Anatomy of wave. On the Oscilloscope. Wavelength is 5.75 div. So the period is (5.75 div)*(5ms/div)=28.75 ms. P-P voltage is : (6div)*(2 v/div)=12V. 5 ms. 2 V. Phase delay between two waves. Wave A is ahead of Wave B. If we choose 0 degree for start of wave A, Wave B starts at 45 degrees.

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ERT 105: Basic Electrical Technology

ERT 105: Basic Electrical Technology. AZRALMUKMIN BIN AZMI. COURSE OBJECTIVES (OUTCOME). Ability to explain the principle elements of DC and AC circuits such as current, voltage, power, energy, nodes, branches and others.

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Introduction to Electrical and Computer Engineering

Introduction to Electrical and Computer Engineering. Discussion D0.1 What will you learn in this course?. Think of some product that uses electricity. Toaster Washing machine Radio, TV, iPod Computer Automobile. What do all these products have in common?. The course. DC circuits

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Projects: Project Proposal

Get together in your Project groups. Projects: Project Proposal . Make sure that you read pages P4 and P5 of your lab manual. Make sure that your group comes to final agreement on the project and that you consult the tutors. Work out in detail what equipment you will need. .

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Introduction to Electronics

Introduction to Electronics. Electronics Unit, Lecture 1. What should you already know? Definitions of electrical quantities Electric potential (volts, millivolts, microvolts) Electric current (amperes, milliamps, microamps) Electrical resistance (ohms, kilo-ohms, mega-ohms)

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Useful functions in MATLAB related to complex numbers

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Announcements

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