Practice excersie with answers -> i need solutions please Lizzie the lead guitar legend and EGB120 student has found the equivalent circuit of an electricguitar "pickup" (see image below). Her friend Ivan the unreliable has told her that the values ofL, R and C for the pick-up she has are L = 4.5 H, R = 5.35 k and C = 319 nF.LRVinсVoutWhen Lizzie plays the low E string (E1), the internal voltage source produces a 100 mV 82.5 Hzsinusoidal wave. When she plays the high E string (E6), the internal voltage source produces thesame 100mV but at 330 Hz.a) Write Vin (E1) and Vin (E6) as a function of time, and then as a phasor.b) Write the impedance of each passive component in terms of angular frequency in bothcases (E1 and E6).c) Calculate the transfer function of the electric guitar pickup.d) Calculate the output voltages Vout (E1) and Vout (E6) as phasors.e) Lizzie examines your results for part d) and is surprised they are so different, as sheexpected the two frequencies to be reproduced with a very similar amplitude. She realizesIvan has told her an incorrect value for the capacitance C. In order to calculate a correctvalue for C, she conducts an experiment. She plays a very high note on her guitar (2640 Hz)such that the internal voltage source produces 100 mV and measures an output voltage Voutof 165.1 mV. Use this new information to calculate the correct value for C. a) Vin (E1) = 0.1 cos(165mt) V → Vin (E1) = 0.1/0° VVin (E1) = 0.1 cos(660πt) V → Vin (E1) = 0.1/0° Vb) ZR(E1) = 5.35 kNZ₁(E1) j2332.63 =2332.63/90° Nj6047.5=6047.52 - 90°=Zc(E1)ZR(E6)5.35 kNZ₁(E6) j9330.5 = 9330.5/90° 2Zc (E6)-j1511.871511.872 - 90° (c) H(E1) = 0.928/ - 55.25°H(E6) = 0.159/ - 145.61°d) Vout (E1) = 92.8255.25° mVVout (E6) 15.92 - 145.61⁰ mVe) C = 319 pF(also C = 1.29nF is "valid" but Ivan should'vechosen the 319pF instead of 319nF)

Given circuit,Asked to find the Note: “Since you have posted question with multiple sub parts, we…

Lizzie the lead guitar legend and EGB120 student has found the equivalent circuit of an electric guitar "pickup" (see image below). Her friend Ivan the unreliable has told her that the values of L, R and C for the pick-up she has are L = 4.5 H, R = 5.35 kQ and C = 319 nF. L Vin R www C 1 Vout When Lizzie plays the low E string (E1), the internal voltage source produces a 100 mV 82.5 Hz sinusoidal wave. When she plays the high E string (E6), the internal voltage source produces the same 100mV but at 330 Hz. a) Write Vin (E1) and Vin (E6) as a function of time, and then as a phasor. b) Write the impedance of each passive component in terms of angular frequency in both cases (E1 and E6). c) Calculate the transfer function of the electric guitar pickup.

Lizzie the lead guitar legend and EGB120 student has found the equivalent circuit of an electric guitar "pickup" (see image below). Her friend Ivan the unreliable has told her that the values of L, R and C for the pick-up she has are L = 4.5 H, R = 5.35 kQ and C = 319 nF. L Vin R www C 1 Vout When Lizzie plays the low E string (E1), the internal voltage source produces a 100 mV 82.5 Hz sinusoidal wave. When she plays the high E string (E6), the internal voltage source produces the same 100mV but at 330 Hz. a) Write Vin (E1) and Vin (E6) as a function of time, and then as a phasor. b) Write the impedance of each passive component in terms of angular frequency in both cases (E1 and E6). c) Calculate the transfer function of the electric guitar pickup.

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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