All India Electrical Engineering (EE) Group

What is the full form of AVR? This term is related to voltage control?
  • a)
    Automatic Voltage Rectifier
  • b)
    Actuated Voltage Rectifier
  • c)
    Automatic Voltage Regulator
  • d)
    None of these
Correct answer is option 'C'. Can you explain this answer?

Sahil Datta answered  •  4 hours ago
Understanding AVR: Automatic Voltage Regulator
The term AVR stands for Automatic Voltage Regulator, a crucial component in electrical engineering, particularly in power systems. Here’s why option 'C' is the correct answer:
Purpose of AVR
- Voltage Regulation: The primary function of an AVR is to maintain a constant voltage level within a power system, ensuring t
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The phase of the wave after the installation of the guided terminations will be
  • a)
    0
  • b)
    45
  • c)
    90
  • d)
    180
Correct answer is option 'A'. Can you explain this answer?

Sahil Datta answered  •  4 hours ago
Understanding Wave Phases and Guided Terminations
When discussing wave phases in the context of electrical engineering, particularly with guided wave systems, the installation of guided terminations plays a crucial role in determining the phase of the wave.
What are Guided Terminations?
- Guided terminations are used to manage the end of transmission lines or waveguide
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The exciter of the waveguide in a transmission line is the
  • a)
    Transmitter
  • b)
    Receiver
  • c)
    Transponder
  • d)
    Antenna
Correct answer is option 'D'. Can you explain this answer?

Sahil Datta answered  •  4 hours ago
Understanding the Exciter of a Waveguide
The exciter in a waveguide is crucial for effective signal transmission. In this context, let's break down the role of the antenna in this process.
What is a Waveguide?
- A waveguide is a structure that guides electromagnetic waves, typically used in high-frequency applications.
- It confines the wave within a specified pa
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During Ferranti effect the voltage drop across line resistance ___________
  • a)
    In phase with reciving end voltage
  • b)
    lags behind reciving end voltage
  • c)
    lead the reciving end voltage
  • d)
    lags behind sending end voltage
Correct answer is option 'C'. Can you explain this answer?

Sahil Datta answered  •  4 hours ago
Understanding the Ferranti Effect
The Ferranti effect occurs in long transmission lines when the receiving end voltage becomes higher than the sending end voltage. This phenomenon is particularly prominent in lightly loaded or open-circuit conditions.
Voltage Drop Across Line Resistance
- During the Ferranti effect, the voltage drop across the line resistance is signif
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For a type one system, the steady – state error due to step input is equal to
  • a)
    Infinite
  • b)
    Zero
  • c)
    0.25
  • d)
    0.5
Correct answer is option 'B'. Can you explain this answer?

Subham Chaudhary answered  •  19 hours ago
Understanding Type One Systems
Type one systems are characterized by having one integrator in their forward path. This property plays a significant role in determining their steady-state error for different types of inputs.
Steady-State Error for Step Input
- Definition: Steady-state error is the difference between the desired output and the actual output as tim
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What are the values of z for which the value of X(z)=∞?
  • a)
    Poles
  • b)
    Zeros
  • c)
    Solutions
  • d)
    None of the mentioned
Correct answer is option 'A'. Can you explain this answer?

Rajveer Saha answered  •  yesterday
Understanding X(z) and Its Values
In the context of control systems and signal processing, the function X(z) represents the Z-transform of a discrete-time signal. The behavior of X(z) is crucial in determining the stability and characteristics of the system.
What Are Poles?
- Poles of a function are the values of z that cause X(z) to become infinite.
- Mathematica
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Can I use the same email address for multiple GATE EE Exam registrations?

Pranab Basu answered  •  yesterday
Can You Use the Same Email Address for Multiple GATE EE Exam Registrations?
Using the same email address for multiple registrations in the GATE EE exam is not permitted. Here’s why:
1. Unique Registration Requirement
- Each candidate must create a unique account for registration.
- The email address serves as a key identifier in the system.
2. Communicatio
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- Using the same email can lead to confusion regarding notifications.
- Important updates about the exam may be missed if multiple accounts are linked to one email.
3. Verification and Security
- The GATE exam authorities require a unique email for verification purposes.
- This helps in maintaining the integrity of the registration process.
4. Consequences of Multiple Registrations
- If multiple registrations are attempted with the same email, it may lead to disqualification.
- Candidates may face issues during the exam if their registrations are not properly linked.
5. Best Practices
- Always use a separate and valid email address for each registration.
- Ensure that the email used is one you check regularly for updates.
In summary, it is crucial to adhere to the unique email requirement for GATE EE exam registrations to avoid confusion, maintain security, and ensure a smooth examination process. Always keep your contact information updated to receive all necessary notifications.
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