'Series rlc' diaporamas de présentation

EET108 Circuit Theory

EET108 Circuit Theory. Second-Order Circuits. Second-Order Circuits. Examples of 2nd order RCL circuit The source-free series RLC circuit The source-free parallel RLC circuit Step response of a series RLC circuit Step response of a parallel RLC. Examples of Second Order RLC circuits.

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Resonant Circuits

Resonant Circuits. SEE 1023 Circuit Theory. Frequency Response. L. R. I. + V L -. + V R -. + V C -. V s. C. w (varied). Series RLC Circuit. When w varies, the impedance of the circuit will vary. Then, the current and the real power will also vary.

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Second Order RLC Circuit

Second Order RLC Circuit. Section 8.1-8.4. Outline. Parallel/Series RLC Circuit Natural Response Critically Damped Under Damped Over Damped Stepped Response Critically Damped Under Damped Over Damped. Parallel RLC, Over-damped. Parallel RLC, Over-Damped.

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Signals and Networks (SEE 2043) Lecture #18 Topics covered Band Pass Filter Band Reject Filter

Signals and Networks (SEE 2043) Lecture #18 Topics covered Band Pass Filter Band Reject Filter. Objectives. By the end of this lecture, the student must be able to: Understand the characteristics of band pass and band reject filters.

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What is Second Order?

What is Second Order?. second-order circuit : characterized by second-order differential equation consists of resistors and the equivalent of two energy storage elements. Finding Initial and Final Values. Combine R, L & C Find v(0), i(0), dv(0)/dt, di(0)/dt, i(?) & v(?).

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Lecture 14:RLC Circuits Nilsson 8.3-8.4

Lecture 14:RLC Circuits Nilsson 8.3-8.4. ENG17 (Sec. 1): Circuits I Summer 1 2014. July 15, 2014. Overview. Step Response in Parallel RLC Series RLC. Step Response. Example. Initial Energy = 0 J At t = 0: OPEN switch I = 24 mA R = 400 ?. Overview.

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RLC Circuits

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Characteristics of Series RLC

Characteristics of Series RLC. Reducing the Stroboscopic Effect in a fluorescent light Improving the starting torque of a motor. Practical Applications. Synchronous Motors. Inductive reactance is close to capacitive reactance so they equal out Xc = XL

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