This shows a circuit that includes an ideal transformer of turns ratio a : 1. Let v, (t) = 2000cos (21t) V. R₁ = 35, R₂ = 85N, C₁ = 3µF, L₁= 50mH and a = 5. Compute the primary coil time- dependent voltage v₁ (t) (that is, the voltage of node 1) and the primary current i₁(t) = p. An ideal transformer circuit. R www HVS Report the peak value of V₁ Report the phase of V₁: C₁ L₁ m LVS Node 1 Report the peak value of primary current I₁: report the phase of the primary current I₁: V rad mA rad

This shows a circuit that includes an ideal transformer of turns ratio a : 1. Let v, (t) = 2000cos (21t) V. R₁ = 35, R₂ = 85N, C₁ = 3µF, L₁= 50mH and a = 5. Compute the primary coil time- dependent voltage v₁ (t) (that is, the voltage of node 1) and the primary current i₁(t) = p. An ideal transformer circuit. R www HVS Report the peak value of V₁ Report the phase of V₁: C₁ L₁ m LVS Node 1 Report the peak value of primary current I₁: report the phase of the primary current I₁: V rad mA rad

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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