An ideal AC voltage source E drives an RCL series circuit. The source supplies a voltage U and frequency f. The source has a built-in resistance of R56. The components of the resonant circuit are a coil with inductance L1 and series resistance RL, a capacitor C, and a damping resistor R. The coil L1 is coupled to a secondary coil L2 by the mutual inductance M2. In the primary circuit, we measure the voltage drop UA across R and C, and in the secondary circuit, the induced voltage UB across the coil L2. Question Determine an expression for the mutual inductance M2.
An ideal AC voltage source E drives an RCL series circuit. The source supplies a voltage U and frequency f. The source has a built-in resistance of R56. The components of the resonant circuit are a coil with inductance L1 and series resistance RL, a capacitor C, and a damping resistor R. The coil L1 is coupled to a secondary coil L2 by the mutual inductance M2. In the primary circuit, we measure the voltage drop UA across R and C, and in the secondary circuit, the induced voltage UB across the coil L2. Question Determine an expression for the mutual inductance M2.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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An ideal AC voltage source E drives an RCL series circuit. The source supplies a voltage U and frequency f. The source has a built-in resistance of R56. The components of the resonant circuit are a coil with inductance L1 and series resistance RL, a capacitor C, and a damping resistor R. The coil L1 is coupled to a secondary coil L2 by the mutual inductance M2. In the primary circuit, we measure the voltage drop UA across R and C, and in the secondary circuit, the induced voltage UB across the coil L2.
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Determine an expression for the mutual inductance M2.
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