Function signal generator has a wide range of applications in electronic measurement and teaching. Furthermore, many types of them are in a fixed operating mode with limited utilized signals. Design a circuit, waveform with high accuracy economic based on operational amplifier, which is able to provide waveform that are commonly used in electronics experiments. The output value of the waveform of the circuit can be any one of the wave form such as square, triangle, sine wave with voltage range of (0-14 V) and output frequency range of (50 Hz-3.1 kHz). The circuit should be simple, practical, low cost features and the important application value. Illustrate these things of that designed circuit in detail with its diagrams, waveforms and derivations.

Function signal generator has a wide range of applications in electronic measurement and teaching. Furthermore, many types of them are in a fixed operating mode with limited utilized signals. Design a circuit, waveform with high accuracy economic based on operational amplifier, which is able to provide waveform that are commonly used in electronics experiments. The output value of the waveform of the circuit can be any one of the wave form such as square, triangle, sine wave with voltage range of (0-14 V) and output frequency range of (50 Hz-3.1 kHz). The circuit should be simple, practical, low cost features and the important application value. Illustrate these things of that designed circuit in detail with its diagrams, waveforms and derivations.

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

For the circuit shown below, sketch to scale the output V waveform and draw the transfer characteristic (V versus Vi), Assume the diodes are ideal.
Vi (t) = 10.sinwt Does not pass positive alternans when Volt input voltage is applied, only Design and explain two different circuits that pass negative alternans. Draw the input and output voltages. What are the types of these circuits? (Note: You can use the ideal diode approach)
Design a POWER SUPPLY with 5V output voltage. Use zener diode as a voltage regulator. Then solve for theoretical computations. Thanks!
The power dissipated by the zener diode for the circuit of Figure is greatest when: (a) The zener diode is shorted. (b) The load resistor is removed. (c) The load resistor is shorted. (d) The input voltage is increased.
Design a full wave rectifier based on the circuit shown in Figure 5 below: N: N2 D3 RL ww US D, Figure 5 The required specification for the full wave rectifier circuit includes the peak output voltage of 5 V, deliver 100 mA to the load R1, and produce an output with a ripple of not more than 5 percent. An input line voltage of 220 V (ms), 50 Hz is available. Given V, =0.7 V. (d) Calculate v, (max). (e) Find the required turn ratio for the transformer. (1) Determine the Peak Inverse Voltage (PIV). (g) What is the effective load resistance? (h) Determine the required capacitance of the filter capacitor.
Make the described voltage multiplier circuit, determine the voltage charge in each capacitor, and the output voltage of the circuit. Plot the output waveform in proper phase alignment with the input voltage. Indicate the peak values with the support of your solutions. Use silicon diodes in your analysis and an input V=10 Vrms. a) Half-wave voltage doubler b.) Full-wave voltage doubler
You are an electrician working on an overhead crane. The crane uses a large electromagnet to pick up large metal pipes. The magnet must have a minimum of 200 VDC to operate properly. The crane has an AC source of 240 V. You are given four diodes that have a peak voltage rating of 400 V each. These diodes are to be used to form a bridge rectifier to convert the AC voltage into DC voltage. Is the voltage rating of the diodes sufficient? To the nearest volt, what will be the DC output voltage of the bridge rectifier?
C4 R1 Vout For the precision rectifier circuit shown in Figure C4 what is the correct operation for the circuit if a Sine wave is 10k D1 R2 LM324 VEE applied to the input signal VIN? Vin D2 10k OUT V3 U1A Figure C4 A. When VIn is negative the circuit operates as unity voltage follower providing an in phase sine wave at VouT. When VIN is positive the circuit conducts but only to one diode drop, B. When VIn is negative the circuit operates as an inverting amplifier providing an inverted sine wave at VouT. When VIN is positive the circuit is driven to very close to zero due to amplifier gain reducing the diode drop voltage, c. When VIn is negative the circuit operates as an inverting amplifier providing an in-phase sine wave at VOUT. When VIn is positive the circuit is driven to very close to zero due to amplifier gain reducing the diode drop voltage, D. When VIn is negative the circuit operates as unity voltage follower providing an inverted sine wave at Vour. When VIn is positive the…
The following three-phase rectifier has a three-phase source of 240 V rms line-to-line, load is a 20-92 resistance in series with a 40-mH inductance. Determine (a) the dc level of the output voltage, (b) the dc and first ac term of the load current, (c) the average and rms current in the diodes, (d) the rms current in the source, and (e) the apparent power from the source. Van + V b₁¹ + 11 Ven + UN VD₁ D₁ + a DA D3 b D6 D5 C D₂ Load Vo
QUESTION 3 a. Design such a power supply with an input Voltage ranging from 10V to 15 V, and a limiting Resistor of 4.0 kn. Specifications of the Zener diodes are; Var is 8 V and Rz is 1000. Your task is to obtain regulated output Voltage within the input voltage range. b. With a diagram describe the operation of a clipper that can clip at two independent levels. c. In the circuit below, the values of Rc = 4.7 kN, RE = 3.3 kN, Vs = 4 V and also Vcc = 10 V and B = 100. Prove that the BJT is operating in the active mode. +10 V Re- 4.7 k +4 V R-3.3 kn
The circuit below has a variable voltage vin as its input. We are interested in Vout as a function of Vin. In other words, if we vary the value of the voltage source vin, what will be the effect on the voltage Vout? The steps below will help you to investigate this question, and your answers will form the basis for a new design. Assume that the diode can be sufficiently modelled as simple diode with forward voltage of 0.7 V (you do not need Shockley's equation). Vin 100Ω M Vf = 0.7 V 2 V V out
The average (DC) value of a half-wave rectified voltage with a peak value of 200 V is: a. 63.7 V b. 127.3 V c. d. OV 141 V 2. Voltage regulation is determined by: a. load current b. Zener current and load current c. changes in load resistance and output voltage d. changes in no-load voltage and full-load voltage When a 60-Hz sinusoidal voltage is applied to the input of a full-wave rectifier, the output frequency is: a. 120 Hz b. 60 Hz c. 240 Hz d. 0 Hz