Asap please v,(t)R₂iv) H(s)- k-2. In the above circuit, C = 2nF. Ra = 1k, R = 10k, the initial conditions are allzero and the op-amp is ideal.(10 pts)A. Determine the transfer function, H(s)=H(s)- k-D)ii) H(s)= k-iii) H(s)= k-as+a8s+a, where k and a are constants;сs² + bs + c$²8² +bs + cbsv) H(s)= k-RbVo(s)V₁(s), where k and a are constants;8² +bs + cs² + cvi) H(s)= k-in one of the following forms:where k, b and care constants;, where k, b and care constants;+, where k, b and care constants;R.V.(t), where k, b and care constants.s² + bs + cB. Compute the value for H(jw)| in decibel (dB) atw = 4740 rad/s;ii) w = 47400 rad/s;iii) w = ∞o rad/s.C. Determine the type of filter implemented by the circuit.D. If the circuit is a low-pass or high-pass filter, find the values for the passband gain Apin decibel (dB) and the filter order n. If it is a band-pass or band-reject filter,determine the values for the resonance frequency, w, and the bandwidth, B.

By using Laplace transform given time domain circuit is changing into s domain.

v,(t) R₂ Vo(s) A. Determine the transfer function, H(s)= V₁(s) 1)H(s)=k, where k and a are constants; sta 8 ii) H(s)= k- where k and a are constants; iii) H(s)- k- 2. In the above circuit, C = 2nF, R₂ = 1kM, R = 10k, the initial conditions are all zero and the op-amp is ideal. (10 pts) s+ac с iv) H(s)- k- a s² + bs + c s² P v) H(s)= k- 82 +bs + c bs vi) H(s)- k- - 82 +bs + c s² + c Rb ww M x > . , where k, b and care constants; ? in one of the following forms: where k, b and care constants; where k, b and care constants; , where k, b and care constants. R.V.(t) s² + bs + c B. Compute the value for H(jw)| in decibel (dB) at - Dw=4740 rad/s; ii) w = 47400 rad/s; iii) w = ∞o rad/s. C. Determine the type of filter implemented by the circuit.

v,(t) R₂ Vo(s) A. Determine the transfer function, H(s)= V₁(s) 1)H(s)=k, where k and a are constants; sta 8 ii) H(s)= k- where k and a are constants; iii) H(s)- k- 2. In the above circuit, C = 2nF, R₂ = 1kM, R = 10k, the initial conditions are all zero and the op-amp is ideal. (10 pts) s+ac с iv) H(s)- k- a s² + bs + c s² P v) H(s)= k- 82 +bs + c bs vi) H(s)- k- - 82 +bs + c s² + c Rb ww M x > . , where k, b and care constants; ? in one of the following forms: where k, b and care constants; where k, b and care constants; , where k, b and care constants. R.V.(t) s² + bs + c B. Compute the value for H(jw)| in decibel (dB) at - Dw=4740 rad/s; ii) w = 47400 rad/s; iii) w = ∞o rad/s. C. Determine the type of filter implemented by the circuit.

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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