I only need help with problem 15.62. Thank you. Sections 15.1-15.5PERSPECTIVE15.61 Using the circuit in Fig. 15.33(a) design a volumePRACTICAL control circuit to give a maximum gain of 20 dBand a gain of 17 dB at a frequency of 40 Hz. Use a11.1 k resistor and a 100 kn potentiometer. Testyour design by calculating the maximum gain at0 and the gain at w = 1/R₂C₁ using the selectedvalues of R₁, R₂, and C₁.DESIGNPROBLEM15.62 Use the circuit in Fig. 15.33(a) to design a bass vol-PRACTICAL ume control circuit that has a maximum gain of13.98 dB that drops off 3 dB at 50 Hz.PERSPECTIVEDESIGNPROBLEM15.63 Plot the maximum gain in decibels versus a whenPRACTICAL = 0 for the circuit designed in Problem 15.61. Leta vary from 0 to 1 in increments of 0.1.PERSPECTIVE Figure 15.33 (a) Bass volume control circuit; (b) Bass volume control circuit frequency response.C₁VsR₁R₂m(a)+R₁Vo

Solution (15.62) - The circuit diagram is shown below, Gain, A=13.98 dB.Frequency,f=50 Hz.

Answered: I only need help with problem 15.62.…

Engineering

Electrical Engineering

I only need help with problem 15.62. Thank you

Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)

10th Edition

ISBN:9781337399128

Author:Russell E. Smith

Publisher:Russell E. Smith

Chapter11: Thermostats, Pressure Switches, And Other Electric Control Devices

Section: Chapter Questions

Problem 23RQ

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Concept explainers

Frequency Modulation

Frequency modulation is a method or process of encoding the data of a specific signal (analog or digital) by modulating the carrier wave frequency according to the frequency of the modulated signal. Modulated signals are nothing more than information or data that should be conveyed after being converted into electronic signals.

Question

I only need help with problem 15.62. Thank you.

Sections 15.1-15.5
PERSPECTIVE
15.61 Using the circuit in Fig. 15.33(a) design a volume
PRACTICAL control circuit to give a maximum gain of 20 dB
and a gain of 17 dB at a frequency of 40 Hz. Use a
11.1 k resistor and a 100 kn potentiometer. Test
your design by calculating the maximum gain at
0 and the gain at w = 1/R₂C₁ using the selected
values of R₁, R₂, and C₁.
DESIGN
PROBLEM
15.62 Use the circuit in Fig. 15.33(a) to design a bass vol-
PRACTICAL ume control circuit that has a maximum gain of
13.98 dB that drops off 3 dB at 50 Hz.
PERSPECTIVE
DESIGN
PROBLEM
15.63 Plot the maximum gain in decibels versus a when
PRACTICAL = 0 for the circuit designed in Problem 15.61. Let
a vary from 0 to 1 in increments of 0.1.
PERSPECTIVE

Figure 15.33 (a) Bass volume control circuit; (b) Bass volume control circuit frequency response.
C₁
Vs
R₁
R₂
m
(a)
+
R₁
Vo

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