Q) A source of 10 V and frequency 1000 KHz with internal resistance of 10 Q is connected to the sending end of a transmission line which can be represented by a resistance of 70 N in series with capacitance of 0.001 µF connected across the line at the receiving end. An inductive load of inductance 0.002 H and resistance 100 Q is

Q: A complex number is represented as Z=4+j3 ohm. What will be magnitude and phase of this complex…

A: For any complex number, C=A+jB, the magnitude and phase of the complex number can be expressed as

Q: A 100nF capacitor and a resistor are connected in series with a function generator. If the supply…

A: Given RC series circuit shown    Capacitor c=100 nFSupply voltage vs=10∠-46.7° v frequency f=1 kHz…

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A: Current in resistor and capacitor is same as thay are connected in series with each other.  Take…

Q: A coil of wire will produce a phase shift caused by, O capacitance resistance frequency O induction

A:

Q: Calculate the magnitude of the equivalent impedance (in ohms) seen by the source. Given w = 8rad/s,…

A: For the given circuit the magnitude of the equivalent impedance looking from input source needs to…

Q: What is the capacitive reactance of a 0.47 microfarads capacitor at 4300 Hz?

A: Solution: It is given that  Frequency, f = 4300 Hz Capacitance, c=0.47×10-6  farads To find The…

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A: According to the question,Load impedance Characteristic impedance We need to calculate the input…

Q: a 1.50 µF capacitor, a 6.00 mH induct- Itage supply with maximum voltage of uency of the AC voltage…

A: Since you have asked a multiple question, we will solve the first question for you. If you want any…

Q: est... Question 19 Convert R= 600 kips, 0 = –745° to rectangular form. None O R=(-253.57i-543.78j)…

A: Given: R=600 kipsθ=-745°

Q: 4. What is ripple factor of the Full-waverectifier? 5. What are the applications of arectifier? 6.…

A: 4.  The ripple factor for a full wave rectifier is= 0.482.

Q: QUESTION 50 RG180B/U is a coaxial cable with a nominal impedance of 95 2 and a capacitance per foot…

A: Nominal impedance  ZC=95 Ω Capacitance per foot. C=15.5 PF/foot

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A: The impedance of an inductor of inductance L can be expressed as

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A: Given   There is nothing wrong in part(a).

Compensation Techniques

The compensation techniques are the methods that are employed in the electrical control systems to enhance the performance of the system. The performance are generally affected by the factors like lag in the compensating devices, slow response of the system of the components like sensors used in the control system. The basic compensation technique involves lag compensation, lead compensation or the combination of the both.