'Rl circuit' diaporamas de présentation

Linear Circuit Analysis

Linear Circuit Analysis. In an oscilloscope a timing signal called a horizontal sweep acts as a time base, which allows one to view measured input signals as a function of time.

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EKT101 Electric Circuit Theory

EKT101 Electric Circuit Theory. Chapter 5 First-Order and Second Circuits. First-Order and Second Circuits Chapter 5. 5.1 Natural response of RL and RC Circuit 5.2 Force response of RL and RC Circuit 5.3 Solution of natural response and force response in RL and RC Circuit

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MIST

MIST. Direct Current. 02-02-2010 Dept of Aeronautical Enggineering S.M.M. Rahman. Limitations: Transmission Loss No Amplification Power Distribution Lim. Expensive. MIST. DC or AC ?.

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-Self Inductance -Inductance of a Solenoid -RL Circuit -Energy Stored in an Inductor

-Self Inductance -Inductance of a Solenoid -RL Circuit -Energy Stored in an Inductor. AP Physics C Mrs. Coyle. Induced emf and induced current are caused by changing magnetic fields . Self-Inductance.

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Transients Analysis

Transients Analysis. Solution to First Order Differential Equation. Consider the general Equation. Let the initial condition be x ( t = 0) = x ( 0 ), then we solve the differential equation:. The complete solution consists of two parts: the homogeneous solution (natural solution)

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Fluid flow analogy

Fluid flow analogy. Power and energy in an inductor. Capacitor v-i equation. Capacitor Power equation. Capacitor : power and energy. Capacitor : power and energy. The self- and mutually induced voltages. The self- and mutually induced voltages. 7-1 . The natural response of an RL circuit.

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Chapter 11

Chapter 11. Inductors. Objectives. Describe the basic structure and characteristics of an inductor Discuss various types of inductors Analyze series inductors Analyze parallel inductors Analyze inductive dc switching circuits Analyze inductive ac circuits. The Basic Inductor.

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Self-Inductance

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RC and RL Circuits

RC and RL Circuits. First Order Circuits. Objective of Lecture. Explain the operation of a RC circuit in dc circuits As the capacitor releases energy when there is: a transition in a unit step function voltage or current source

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Lecture 8

Response of First Order RL and RC. Natural response. Step response. Lecture 8. Response of First Order RL and RC. Natural response: Happens when the inductor or capacitor is suddenly disconnected from its dc source. Step response:

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First Order Filter Circuit

First Order Filter Circuit. Section 14.1-14.3. First Order Filter Design. LPF: RL HPF: RL LPF: RC HPF:RC. Filter Circuits. Low Pass Filter. High Pass Filter. Intuition. RL Low-Pass Filter. RL Circuit @ 100 Hz. RL Circuit @ 1000 Hz. RL Circuit @ 10,000 Hz. Summary. Rule of Thumb (1).

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Chapter 20

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RL and LC Circuits

RL and LC Circuits. Capacitor and Inductors in Series Resistors and Inductors in Series. RL Circuits. As the switch is thrown closed in an RL circuit, the current in the circuit begins to increase and a back EMF that opposes the increasing current is induced in the inductor.

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First Order Circuit

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FREQUENCY RESPONSE

FREQUENCY RESPONSE. ELEC 202 Circuit Analysis II. The frequency response of a circuit is the variation in its behavior due to the change in signal frequency. Measured in terms of the variation of the gain and phase as a function of frequency

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First Order Circuit

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Analysis of Natural/Step Response Using Laplace Transform

Analysis of Natural/Step Response Using Laplace Transform. Laplace Transform of a Unit Step Function. Natural Response of an RL Circuit. Natural Response of an RC Circuit. Vo is the voltage stored across the capacitor before the switch is closed at t=0. Step Response of an RLC Circuit.

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Unit 5 Day 11: RL Circuits

Unit 5 Day 11: RL Circuits. Series RL Circuit Layout Current and Voltage Response vs. Time when V 0 is applied Current & Voltage Response vs. Time during circuit discharge (Battery Removed). A Battery Connected to an RL Circuit. Consider a battery connected to a series RL circuit

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