Design a second order LPF, with unity dc gain, to realize the following natural modes P2 = 10 (cos(144°) F jsin(144°)) based on method of inductor replacement i.e. (Antoniou inductance simulation cct). Select appropriate components values and plot the final circuit, assign the value of the components on the circuit, and write the resulted T(s).

Design a second order LPF, with unity dc gain, to realize the following natural modes P2 = 10 (cos(144°) F jsin(144°)) based on method of inductor replacement i.e. (Antoniou inductance simulation cct). Select appropriate components values and plot the final circuit, assign the value of the components on the circuit, and write the resulted T(s).

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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(Boost de-dc converter with continuous inductor current. Evaluation of inductor and capacitor values) EX3: The boost converter shown bellow has the following specifications: Vin = de input voltage = 12 V, de output voltage = 30 V, output voltage peak-to-peak ripple = 1% Inductor current peak-to-peak ripple 10%, f;= switching frequency = 25 kHz and R = load resistance = 50 N Assuming that the converter is ideal, calculate: a) The duty cycle. b) The average input current. c) The minimum required inductance that ensures continuous inductor current. d) The required inductance so that peak-to-peak current ripple = 10%. e) The minimum and maximum values of the input current. f) The value of the output capacitor so that the output voltage ripple = 1%. g) Verify the theoretical results with the respective simulation ones. Boost inductor Output filter capacitor D VL 1R Vin S R Vo