Zero of transfer function is defined as value of s for which transfer functions magnitude becomes: Infinite Zero Positive Negative Correct answer: 2. Zero More MCQs on transfer function: Transfer function is defined as Transfer function of PID Controller Transfer function is defined for which type of control system Transfer function of system is used […]

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## Pole of transfer function is defined as value of s for which transfer functions magnitude becomes

Pole of transfer function is defined as value of s for which transfer functions magnitude becomes: Infinite Zero Positive Negative Correct answer: 1. Infinite More MCQs on transfer function: Transfer function is defined as Transfer function of PID Controller Transfer function is defined for which type of control system Transfer function of system is used […]

## The pole and zero of a system are at s=-5 and s=-2 respectively. If gain factor is 10. The transfer function is

The pole and zero of a system are at s=-5 and s=-2 respectively. If gain factor is 10. The transfer function is: 10(s+5)/(s+2) 10(s-5)/(s-2) (1/10)*{(s+5)/(s+2)} (1/10)*{(s-5)/(s-2)} Correct answer: 1. 10(s+5)/(s+2) More MCQs on transfer function: Transfer function is defined as Transfer function of PID Controller Transfer function is defined for which type of control system […]

## The pole and zero of a system are at s=-10 and s=-7 respectively. If gain factor is 5. The transfer function is

The pole and zero of a system are at s=-10 and s=-7 respectively. If gain factor is 5. The transfer function is: 5(s-10)/(s-7) 5(s+10)/(s+7) (1/5)*{(s-10)/(s-7)} (1/5)*{(s+10)/(s+7)} Correct answer: 2. 5(s+10)/(s+7)

## Laplace Transform MCQ Questions with Answers

Laplace transform is the method of transforming a function from time domain into s domain. Laplace transform is a very handy tool in control systems. It is a very useful tool for solving differential equations. Laplace transformer can be best defined as Laplace transformer can be best defined as: Method of transforming the function from […]

## Number Systems MCQ | Digital Electronics MCQ Part 1

In Digital Electronics various number systems are used. The working of Digital Electronic circuits and computer systems greatly relies on various computations that are based on number systems. Binary, Decimal, Hexadecimal, and Octal number systems are basic number systems that are used in Digital Electronics. Given below are Number system MCQs on Digital Electronics. Base […]

## Transfer function of PID controller

The transfer function of PID controller is: KP + KI/s + KDs s.KP + KI/s + KDs KP + s.KI + KD/s s.KP + KI/s + KD/s Correct answer: 1. KP + KI/s + KDs Explanation: The transfer function of a proportional controller is KP While transfer function of the integral controller is KI/s While […]

## The diode is forward biased in which condition

The diode is forward biased in which condition: When source positive terminal is connected to cathode and source negative terminal to anode When source positive terminal is connected to anode and source negative terminal to cathode When source positive terminal is connected to cathode and source negative terminal is grounded When source positive terminal is […]

## Boolean algebra is essentially based on – Digital Electronics MCQ#28

Boolean algebra is essentially based on: Numbers Logic Symbols Truth Correct answer: 2. Logic

## The pole of a network is the frequency at which – Control System MCQ#15

Pole a network is a frequency at which: Network function becomes infinite Network function becomes zero Network function equals to 100 Network function becomes unity Correct answer: 1. Network function becomes infinite Pole of a network is defined as value at which the network function becomes infinite