t=0Q.2: By using classical method find the total current andcurrent in the coil equations in transient in the circuitshown beside?5210210V(Ans.: ir=3-2e25 Amp. & iL=2(1-e2) Amp.)-2.5t-2.5t2H03. Eor the circuit chown bocidefind the totel trenciont

Answered: Image /qna-images/answer/42c56c64-ba34-4c5e-9139-eecc3e0cc3be.jpg

Answered: Q.2: By using classical method find the…

Q.2: By using classical method find the total current and current in the coil equations in transient in the circuit shown beside? 102 -2.5t 10V (Ans.: iT=3-2e2.5t Amp. & İL=2(1-e2) Amp.) 2H

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

Design a buck converter such that the output voltage varies between from 20V to 28Vwhile the input voltage is 40V . The maximum load power is 200Wdc. Assume the switchingfrequency is 15kHz. (a) Design the converter such that it will be in continuous current mode.(b) The capacitor realized output voltage ripple must not be more than 1% at worst case.(c) The inductance realizes CCM at worst case.(d) Select the appropriate switch and other elements...
A three phase full controlled converter is supplied by a phase voltage Vs=120V, 60 Hz. Consider a resistive load R=10 Q. If the RMS value of the output current is equal to 10.94A and the input Volt Ampere VA = 3125VA, then the output power P, and the power factor would be equal to: Select one: a. 3196.84W, 0.772 lagging O b. 1196.84W, 0.382 lagging O c. 3196.84W, 0.382 lagging o d. 1196.84W, 0.772 lagging
Q2) Design a Bridge FWR to supply a load of (1002) with the waveform shown in figure from the main power supply of (220 Vrms). Find: - 1- The transformer turns ratio (a). 2- The ripple voltage. Vot Vm = 12 V 3- The Vde value. 4- The RMS value of the output voltage. 5- The ripple factor. 6- The value of capacitor filter. Vip = 0.1 V (assume ideal diodes) T=0.01 sec. tisec) Q3) V in Design a regulated circuit to supply a constant voltage of (10 V) across a resistive load of (50 2). The input voltage is shown in the figure. The minimum current for the Zener diode operation is (Izk=5mA). Find the 15 V 15 maximum power dissipated in the Zener diode. 12.5 12 V 10
The dc converter shown in the next figure is used to control power flow from a dc voltage, Vs = 150 V to a battery voltage, E = 250 V. The power transferred to the battery is 30 kW. The current ripple of the inductor is negligible. Determine (a) the duty cycle K, (b) the effective load resistance Req, and © the average input current Is. L Vs + VL iL DI + Chopper E
A step up DC converter is used to control power flow from a DC votage Vs=120V to a battery voltage E=200V. The power transferred to the battery is 10 kW. The current ripple of the inductor is negligible. The duty cycle and the effective load resistance as seen from the input are respectively equal to: Select one: Oa. 0.5, 0.94 Ohms b. 0.4, 1.44 Ohms Oc. None of these O d. 04, 0.94 Ohms
Design an insulated DC-DC converter. Give some detailed information about the topology yousuggested.
Subject : Power electronics Please write handwritten Answer
EX2: (Buck dc-dc converter. Evaluation of the output voltage ripple) A buck converter has the following specifications: Vin= dc input voltage =50 V, D = duty cycle=D0.4, L=400 µH, C=100 µF f,= switching frequency = 20 kHz, R=20 2 Assuming that the converter is ideal, calculate: a) The output voltage. b) The maximum and minimum inductor current values. c) The output voltage ripple.
Q9. Draw Zener regulator circuit to obtain regulated DC voltage 6.8 V. Considering input DC voltage in the range from 10V to 30V. Consider load resistance of 110KQ. Q10. Determine maximum and minimum value of Zener current if value of series resistance is 1 K, load resistance is 2KN and input varies from 10V to 30V. Zener voltage is 5 V. Q11. What is LED?
A three-phase 1MW AC-DC converter is to be connected to a 2.4kVLL/60Hz AC bus that presents a 200uH inductance per phase. What is the maximum magnitude, in Arms, that the 13th current harmonic of the converter can have, in order to comply with the IEEE 519 standard?
Input voltage of a boost converter 80 V, output voltage 140 V and switchingits frequency is 20 kHz. The converter efficiency is known to be 95%.a) Continuous conduction (current) in operation when the load resistance changes between 14 - 20ohmThe lowest inductance (L) value and output that should be used to maintain the operation.the peak-to-peak value of the voltage ripple should be used to be 2% of the output voltage.Calculate the capacitor's capacity (C).
The three-phase full-wave converter shown below is used to rectify the three phase (Y-connection) source signals. The six Thyristor are triggered in the sequence shown. Sketch for firing angle (a=90°) the output voltage (Vo), the phase current, the current for any two Thyristor in any one leg, and the load current (Ia). Then calculate (a) Thyristor average and r.m.s current. (b) Supply average and r.m.s current. (c) The normalized average output voltage. (d) The maximum output voltage. [Vdc = [1 - cos(60+ a)] Vml T If the line-to-neutral voltages are defined as 11 T, T T STA T. Load I sin od sin() ex-> Solve the question sin(with your own hands the corresponding line-to-line voltages are √31% sin (out + ) ---√(4)