An inverting amplifier circuit using Op-Amp 741 IC, a feedback resistor, RF and input resistance, RA = 5 k2 is used in a feedback oscillator circuit. The output pin of the amplifier is connected to the three RC network that can generate frequency of oscillation, fo = 20 kHz. Assume that R1 = R2 = R3 =R and C1 = C2 = C3 = C. G) Name the oscillator circuit

An inverting amplifier circuit using Op-Amp 741 IC, a feedback resistor, RF and input resistance, RA = 5 k2 is used in a feedback oscillator circuit. The output pin of the amplifier is connected to the three RC network that can generate frequency of oscillation, fo = 20 kHz. Assume that R1 = R2 = R3 =R and C1 = C2 = C3 = C. G) Name the oscillator 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...

See similar textbooks

Similar questions

i need the answer quickly
Use the following circuit to design an oscillator of 5 kHz output. The amplifier used in this oscillator is multistage C.S. with source resistance amplifier. The design must be with minimum No. of stages. Use the following FET parameters Id=2mA, gm=2.5 ms and rds = 40kN. Use VDD = 24V L R Vo Vi
Calculate the total offset voltage for the circuit shown below for op-amp specification values of input offset values, VIO=11.9 mV and IIO=62nA with RF=15 k ohm and Rin=3k ohm.
Analogue 2
Q. One advantage of having feedback in op amp circuit is A. low gain B. low bandwidth C. can control gain D. high output voltage E. less input signal F. less complicated
A appropriate op-amp circuit with a gain of +100 is required for the ultrasonic device. Create a two-stage non-inverting op-amp circuit with Av = 10 for each stage. Provide calculation procedures that complement the circuit design.
Hand Calculation: 1. For different configurations shown in Figure 1, perform approximate hand calculations assuming that the operational amplifier is ideal. In each case sketch the expected output waveform in Table I. Assume that the sine and triangular waves have amplitude of 1V, the square wave varies from 0 to 5V with 50% duty cycle, and frequency of all signals is set to 1kHz. 2. Redesign the integrator circuit so that when the input is sine wave with frequency 1kHz the output voltage will have same amplitude. Use C=0.1μF. 3. Redesign the differentiator circuit so that when the input is sine wave with frequency 1kHz the output voltage will have same amplitude. Use C=0.1μF.
Consider Figure 65. Compute for the minimum value of R3 if R₁ = R₂= 51kohms, C₁-C₂-0.001uF and R4=115.07kohms to start the oscillation. R3= kohms +Vcc Op-amp Output sinusoidal signal -VEE S= 4,1 Figure 65 K₂
Please i need it quackly please
(b) Design a non-inverting amplifier to provide a closed loop gain of 60. Draw the schematic and briefly explain its operation. (c) You have built the circuit from the previous question (A1 (b)) and are testing its output for an AC input signal with 10 mV peak amplitude. The output signal measured on the oscilloscope has peak amplitude of approximately 420 mV. Assuming your measurements are correct, is this what you expected? Provide a possible justification for this result.
+Pig Given: Vimax = 8V (note: ignore E) a) analyze and draw the output waveform of Vo b) identify the type of clamper and label waveform c) indicate the cycle being analyzed
24. An op-amp circuit is called inverting op-amp circuit because (a) the input voltage signal is connected to inverting pin of the op-amp component (b) the output voltage signal is connected to inverting pin of the op-amp component (c) the input voltage signal is connected to inverting pin of the op-amp component that is in open loop.