In the circuit given below, what should be the minimum value of C1 capacitor so that this capacitor does not affect the circuit negatively when f = 797 Hz? (Aşağıda verilen devrede f = 797 Hz iken, C1 kondansatörünün devreyi olumsuz etkilememesi için bu kondansatörün minimum değeri ne olmalıdır?)

In the circuit given below, what should be the minimum value of C1 capacitor so that this capacitor does not affect the circuit negatively when f = 797 Hz? (Aşağıda verilen devrede f = 797 Hz iken, C1 kondansatörünün devreyi olumsuz etkilememesi için bu kondansatörün minimum değeri ne olmalıdır?)

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

Chapter13: Transmission Lines: Transient Operation

Section: Chapter Questions

Problem 13.19P

See similar textbooks

Similar questions

An inductor L is connected in parallel to the series combination of capacitor C and resistor R. If L = 0.02122 H, C = 0.000421 F and R = 5 Ω, the impressed voltage E = 120 volts AC. Find the following: a. Circuit Diagram, total impedance, total current. b. Determine the frequency at which the inductive reactance is equal to capacitive reactance. c. Determine the voltage drop across the capacitor and the Quality Factor Q.
Avresistor of 51.0 Q, an inductor of 22.0 pH and a capacitor of 150 pF are in parallel. The frequency is 1.00 MHz. Whatis the complex impedance, R_jX? A.51.0_j14.9. B.51.0_/149 C.46.2_j14.9. D.46.2_j14.9. ¥ Show Answer Answer: D
Solve no.16 and show solutions. (Situation no.07 image below)
An RC circuit consists of a resistor R = 32 Ω, a capacitorC = 25 mF, and an ac generator with an rms voltage of 120 V.(a) At what frequency will the rms current in this circuit be 2.9 A?For this frequency, what are (b) the rms voltage across the resistor,Vrms,R, and (c) the rms voltage across the capacitor, Vrms,C? (d) Showthat Vrms,R + Vrms,C 7 120 V, but that 2V2rms,R + V2rms,C = 120 V.
Hey May you please help me to determine the energy stored in the capacitor, C=44 mu,F. WC=?
How was it answered. Please answer all I will like Compute the reactance of the following...a. 5 μF capacitor at 50 Hzb. 5 μF capacitor at 100 rad/secc. 5 μF capacitor at 60 cpsd. 500 mH inductor at 50 Hze. 500 mH inductor at 100 rad/secf. 500 mH inductor at 60 cps Answers: a. -j636.6198 Ωb. -j2000 Ωc. -j530.5165 Ωd. j157.0796 Ωe. j50 Ωf. j188.4956 Ω
What is the value of the capacitor that could be used to replace each capcitor network below?Given: C1 = C2 = C3 = 5mF
An impedance coil is connected in series with a capacitor across a 220 V, 60 Hz acsupply. The circuit is designed such that the voltage across the impedance coil and thecapacitor are numerically equal. If this circuit operates at 0.866025403 leading powerfactor, determine the apparent power of the coil when the circuit current is 1 A. please answer asap
In the R - C circuit shown in the figure, G(s) = Vc(s)/E(s) = ? (first condition for capacitor voltage 0) R = 2.4 Ohm, C = 220uF
if C1 is drawn as a phasor diagram, then it would look like an arrow drawn _____ making an angle of _____ degrees from the positive horizontal axis.if R1 is drawn as a phasor diagram, then it would look like an arrow drawn _____ making an angle of _____ degrees from the positive horizontal axis.the impedance of the circuit when expressed in polar form has a magnitude of _____ ohms and an angle of _____ degrees.
I am trouble understanding this circuit. Here, R= 25.0 ohms, L=30.0 mH and C=12.0µF. Additionally the amplitude and frequency of the source voltage are 20.0 V, and 500 Hz. a) I would like to find the impedance for the circuit and the amplitude of current. b) I would like to find the amplitude f voltage across the resistor, inductor, and capactitor. Any help and guidence would be greatly appreciated :)
An impulse voltage generator with 9-stages has capacitor value of 41 pF and with wave front resistance equal to 400 Ω. The wave tail and wave front times of the impulse wave are 45μs and 3μs respectively. Calculate (i) wave tail resistance value and (ii) the load capacitance of the capacitor?