the switch takes 2 seconds in position ''a'', after exactly two seconds it moves to position ''b'', takes 3 seconds in ''b'' and after exactly 5 seconds it moves to position ''c'', where it remains for the rest of the time.Plot the curve of the voltage on the capacitor vs time in the interval -5 s<t<10 s. Find the voltage v(0),v(2),v(5)v(t) Problema 1. El interruptor demora 2 segundos en la posición “a", exactamente alos 2 segundos pasa a la posición "b", demora 3 segundos en “b" y exactamente alos 5 segundos pasa a la posición "c", donde permanece el resto del tiempo.Grafique la curva del voltaje en el capacitor vs tiempo en el intervalo de -5 s

Answered: Image /qna-images/answer/dda1030d-6746-4648-93d3-0233181b36a3.jpg

Problema 1. El interruptor demora 2 segundos en la posición "a", exactamente a los 2 segundos pasa a la posición "b", demora 3 segundos en "b" y exactamente a los 5 segundos pasa a la posición "c", donde permanece el resto del tiempo. Grafique la curva del voltaje en el capacitor vs tiempo en el intervalo de -5 s

Problema 1. El interruptor demora 2 segundos en la posición "a", exactamente a los 2 segundos pasa a la posición "b", demora 3 segundos en "b" y exactamente a los 5 segundos pasa a la posición "c", donde permanece el resto del tiempo. Grafique la curva del voltaje en el capacitor vs tiempo en el intervalo de -5 s

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter6: Power Flows

Section: Chapter Questions

Problem 6.61P

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Concept explainers

Adjustable Frequency Drives

Adjustable frequency drives are solid-state devices popularly known as variable frequency drives. In some cases, they are also known as variable speed drives, microdrives, inverter drives, or motor speed controllers. The variable frequency drives are the motor drives specially used in the electromechanical system for controlling motor speeds. These variable frequency drives control the motor speed by regulating the input frequency and voltage of the alternating current (AC). An inductor can also be used in place of variable frequency drive to control the motor speeds, but it leads to huge losses in the form of heat energy. Hence, the variable frequency drives account for safe and efficient control of motor speeds. Besides speed control, a variable frequency drive can also be used to control the sudden torque experienced by a motor during its start-up and stopping, it also reduces torque fluctuations. Thus, a motor can run at constant torque at the required speeds.

Question

the switch takes 2 seconds in position ''a'', after exactly two seconds it moves to position ''b'', takes 3 seconds in ''b'' and after exactly 5 seconds it moves to position ''c'', where it remains for the rest of the time.
Plot the curve of the voltage on the capacitor vs time in the interval -5 s<t<10 s. Find the voltage v(0),v(2),v(5)v(t)

Problema 1. El interruptor demora 2 segundos en la posición “a", exactamente a
los 2 segundos pasa a la posición "b", demora 3 segundos en “b" y exactamente a
los 5 segundos pasa a la posición "c", donde permanece el resto del tiempo.
Grafique la curva del voltaje en el capacitor vs tiempo en el intervalo de -5 s <t <
10 s. Encuentre el voltaje v(0), v(2), v(5), v(t)
b
a
5k Ohm
2k Ohm
10 k Ohm
100 uF
= 10u(t)
-12V

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