The time constant of the circuit, Electrical Engineering

A 20µF capacitor is connected in series with a 50 kΩ resistor and the circuit is connected to a 20 V, d.c. supply. Verify:

a)  The initial value of the current flowing,

b)  The time constant of the circuit,

c)  The value of the current one second after connection,

d)  The value of the capacitor voltage two seconds after connection,

e)  The time after connection when the resistor voltage is 15 v  


Posted Date: 5/23/2013 5:53:13 AM | Location : United States

Related Discussions:- The time constant of the circuit, Assignment Help, Ask Question on The time constant of the circuit, Get Answer, Expert's Help, The time constant of the circuit Discussions

Write discussion on The time constant of the circuit
Your posts are moderated
Related Questions
Q. Explain about Delay System? Delay System: A class of telecommunication networks, like data networks, places the message or call arrivals in a queue in the

Two Quadrant Type A Chopper or Class C Chopper or Reversible Chopper The  quadrant type A Chopper  is also  known as reversible chopper   because  the polarity of the load cur

this is my final year project and i need help on how to about it.

Abalanced three-phase, 60-Hz voltage is applied to a three-phase, two-pole induction motor. Corresponding to a per-unit slip of 0.05, determine the following: (a) The speed of t

Assignment 2: FIR Filters in Audio Processing This assignment will focus on the filtering of audio signals using FIR filters. Audio signal processing uses many types of digital f

explain the details of varnier type potentiometer

Q. What do you mean by Pinch off voltage? As the voltage Vds is increased from 0 to a few volts, the drain current will increase as  determined by Ohm's law and the plot of Id

1)  Use plot of the stock return and consider the Autocorrelation Function to determine the auto-regressive structure of the data and explain why you think the return is stationary

Figure show two first-order triangular finite elements used to solve the Laplace equation for electrostatic potential. Find a local S -matrix for each triangle, and a global S -m