Do e) f) and g) ? Q5. Figure Q5 shows an RL filter circuit.VinVoutFigure Q5: RL filter(a) What is the frequency transfer function H(@) for this filter?(b) Is it a low-pass or a high-pass filter?(c) Taking the values R = 400 2 and L = 2.0 mH, at what frequency v (in Hz) is the filterpower transmission -3 dB of its maximum value?(d) At what frequency v (in Hz) is the filter power transmission –40 dB of its maximumvalue?(e) Determine the impulse response function h(t) for this filter.(f) Hence, or otherwise, determine the output Vout(t) for a rectangular pulse inputVin (1) = vorect(t/T)(g) Sketch the form of vout (t) with the values vo = 5 V and r = 5.0 us, inserting appropriatevalues on the time and voltage axes.

E)The impulse response of function ht for given RL filter :Vit=δtVis=1By using T.F.…

(e) Determine the impulse response function h(t) for this filter. (f) Hence, or otherwise, determine the output vout(t) for a rectangular pulse input Vin (1) = vorect(t/T) (g) Sketch the form of vout(t) with the values vo = 5 V and r = 5.0 us, inserting appropriate values on the time and voltage axes. !!

(e) Determine the impulse response function h(t) for this filter. (f) Hence, or otherwise, determine the output vout(t) for a rectangular pulse input Vin (1) = vorect(t/T) (g) Sketch the form of vout(t) with the values vo = 5 V and r = 5.0 us, inserting appropriate values on the time and voltage axes. !!

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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