The internal resistance of the coil is Rm=200, the parallel resistance of the coll is Rsh=200, the current of the maximum gradient is Im=1 mA, the forward resistance of each diode is 50. If you know the input voltage, it was a wave in a triangular shape, its maximum height, calculate 20 at a frequency of 50 A-The value of the series resistance RS to obtain the maximum deviation in the gradient- The sensitivity of the voltmeter Sac 3-Mention the usefulness of each of the resistors (RS, RS) Hi R₁ Rsh

The internal resistance of the coil is Rm=200, the parallel resistance of the coll is Rsh=200, the current of the maximum gradient is Im=1 mA, the forward resistance of each diode is 50. If you know the input voltage, it was a wave in a triangular shape, its maximum height, calculate 20 at a frequency of 50 A-The value of the series resistance RS to obtain the maximum deviation in the gradient- The sensitivity of the voltmeter Sac 3-Mention the usefulness of each of the resistors (RS, RS) Hi R₁ Rsh

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

Suppose we have a 10-Hz sinusoidal voltage source, vin(t). Draw the diagram of a circuit that clamps the positive peaks to -4 V. The circuit should be composed of ideal diodes, dc voltage sources, and other components as needed. List any constraints that should be observed in selecting component values. Be sure to label the terminals across which the clamped output waveform vo(t) appears.
SPECS: For the following circuit, both sources are equal, they supply the input voltage Vin, withfunction Vin = 15 sin (ωt) V, a frequency of 60 Hz.These sources connect to a set of diodes that behave ideally as shown. in the figure. Both resistors R1 and R2 are 2.2 kΩ. CURCUIT: The output voltage VA (observe the pin from which it is measured) as a functionmathematical input voltage Vin. Plot the curves of Vin and VA on different graphs.
A two-zone DC chopper with a DC input voltage of 200 V and a switching frequency of 20 kHz The energy of a 2 mH inductance with 100 A passing through it is transferred to the DC source. are transferred. Ignoring circuit losses, for λ = 2/5 a) Calculate the transmission times of the transistor and diode with the period. b) Find the amount of increase and decrease of inductance current in a period. c) Calculate the amount of energy transferred from the inductance in the first period. d) Find out in how many periods and in how many ms all the energy is transferred
Surface barrier diodes have a lower noise figure in high frequencies True False The capacitance of the Varactor diode increases with an increase in reverse bias voltage True False The dark current is a current that will exist with no applied illumination True False The lifetime of LCDs is longer than that of LEDs True False The liquid-crystal display (LCD) has the distinct advantage of having a lower power requirement than the LED (light emitting diodes) True False
For the attenuator circuit shown, assume C1 and C2 to be very large (∞) capacitors. Don’t be thrown off by the capacitors (How do they behave at DC? How do they behave at AC if C =∞). Assume D1 and D2 are identical diodes with n=1, V T = 25 mV (use the exponential model). a. Determine the value of the dc voltage, V_N when I = 1mA. b. Draw the small-signal equivalent circuit, replacing the diodes with their small signal resistive model, r_d. c. Determine the value of V_o/V_s when I = 1mA.
Calculate the percent ripple for the voltage developed across a 120-microFarad filter capacitor when providing a load current of 80 mA. The full-wave rectifier operating from the 60-Hz supply develops a peak rectified voltage of 25 V.
In the given circuit, (diodes will be considered ideal.a) Draw the V0 output by calculating it according to the input.b) Calculate the average and effective value of the V0 output.c) What are the advantages and disadvantages of using two diodes and two resistors instead of four diodes?Input signal Vm = ± 10V (peak to peak), T = 2π (period), R = 32k
Given the schematic below, assume D1 and D2 are silicon with forward voltages of 0.7V. Find the following (with solutions) a) Conditions required wherein none of the diodes are conducting b) If both diodes are not conduction, what is Vo? Express in terms of Vi c) Plot the overall relationship of Vo and Vi in the coordinate system shown below. Remember, you are to plot the transfer characteristics of the circuit.
In the given circuit, (diodes will be considered ideal. a) Draw the V0 output by calculating it according to the input. b) Calculate the average and effective value of the V0 output. c) What are the advantages and disadvantages of using two diodes and two resistors instead of four diodes? Input signal Vm = ± 10V (peak to peak), T = 2π (period), R = 2k
write properly 1. The total peak input at the secondary coil 2. The peak voltage across each half of the secondary coil Assume that the diodes are identical, and their potential barrier is 0.7 V respectively. In the case where the input at the primary coil is a sinusoidal ac signal given by VIN = Vp sin 700t, where Vp is the peak input: 3. Sketch the output waveform across R1 for at least two input cycles, denoting the peak output voltage, Vp(out) and the period of the cycle, T.
Question No. 2a. In an Experiment, a high speed diode is to be used. The experimentalist has the liberty to make the diode with Si, Ge or GaAs. Which one would you prefer and why? b. Design a circuit for 5V DC from 12 V DC. Explain your circuit. c. Figure ‘a’ represents the input signal to a circuit which gives the output as the waveform ‘b’. Design the circuit and explain the working in detail
DC-Dc converter (back boost), having resistance 2.2 ohm and 0.6mH inductance. the time of wave is 2.5ms. if the output voltage is 75V and the source voltage is 50V. find 1-peak to peak current 2-minimun inductance required 3-The average diode current 4- Draw the diode current, load current, voltage load, and capacitor current.