5 The circuit shown in Figure P8.55 is an active filterwithR = 4.7 k2C = 100 pFR2 = 68 k2R1 = 220 k2Determine the cutoff frequencies and the magnitude ofthe voltage frequency response function at very lowand at very high frequencies.R1RV.(ja)ww+2

The circuit diagram is, Determining the transfer function of the circuit,

Answered: 5 The circuit shown in Figure P8.55 is…

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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Give the different types of filters and briefly discuss each
Task Four: Hearing Aid Volume Control system The human ear reacts to various frequencies in a different way. The frequency range between 1 and 3 kHz is the most sensitive frequencies, and the average sound level is 60 dB. Design a Hearing Aid Volume Control system that receives a signal from a microphone then amplify and passe the most sensitive frequencies only. Consider the following specifications in your active filter design: a. Use Op-amp in your design. b. Use a 15-volt battery. c. The passband volage gain is more than 10 dB. Design procedure: 1. Draw the schematic diagram for the circuit to be analyzed. 2. Mathematically analyze the circuit and predict the behavior of the circuit under a variety of conditions. 3. Build this circuit on a breadboard or other convenient medium. Carefully measure all voltages and currents, to verify the accuracy of your analysis. 4. Verify the design by simulating the circuit. Carefully measure all voltages and currents, to verify the accuracy of…
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3 The op-amp circult shown in Figure P8.53 is used as a filter. C = 0.1 µF RL = 333 2 R = 1.8 k2 R2 = 8.2 k2 Determine a. Whether the circuit is a low- or high-pass filter. b. The gain V./ Vs in decibels in the passband, that is, at the frequencies being passed by the filter. c. The cutoff frequency. R2 R1
Find the signal flow graph and determine the closed loop transfer function using Mason’s Formula:
8.23 Find an expression for the gain of the circuit of Figure P8.23. 1/6 F ww O Vout 1/6 F,
7-22 Abasehand signal with frequency components from near de to 15 kHz frequency modulates a 200-kHz carrier, and the frequency deviation is +3 kHz. The signal is applied as the input to a cascade of two frequency triplers and one frequency doubler. Determine the output (a) center fre- quency, (b) frequency deviation, and (c) deviation ratio.
Consider the design of a low frequency differentiator to achieve the differentiation gain K = 0.001, and the highest frequency of the input signal is fH = 1000HZ. Determine the value of Ri, and Rf based on the criterion fb = 10fH.Assume that capacitor value is C = 0.1uF Ri= Rf= Ohms Kilo Ohms
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CR active filters find extensive use in communications and instrumentation measurements. a) By considering how the capacitor impedance in Figure 1 varies with frequency, explain if the circuit in Figure 1 acts as a low-pass or high-pass filter. p) Derive the closed-loop gain for the case of very high frequencies. c) Draw a graph that shows the frequency response of the CR active high-pass filter. The y-axis should correspond to gain in dBs and the x-axis to frequency. Make sure that you clearly indicate the 3 dB point and the equation that describes the relationship between w and CinRin at the cut-off frequency. Cin Rin A Vin Vout Figure 1
When Itspice simulation of the circuit shown in the figure is performed, which of the following figures is the output representation (Vout) as given? NOTE-1: Vcc = 12 V, RO = 2.2 kO, RB 15S kO, RE 180 0 and C11 uF. NOTE-2: For the input voltage Vin, the DC offset voltage is 1.6 V, while the applied sinusoidal signal has a amplitude of 10 mV and a frequency of 10 kHz.

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5 The circuit shown in Figure P8.55 is an active filter with R = 4.7 k2 C = 100 pF R2 = 68 k2 R1 = 220 k2 Determine the cutoff frequencies and the magnitude of the voltage frequency response function at very low and at very high frequencies. R1 RV.(ja) ww +2