Jkssb je electrical syllabus.The Jammu and Kashmir State Service Commission (JKSSB) has previously released the syllabus for the JE Electrical for the upcoming recruitment of the Jkssb Je electrical exam. The exam will evaluate the knowledge and skills of the applicants in the field of Electrical Engineering. This syllabus has been designed to ensure that the selected candidates possess the necessary qualifications and expertise to effectively handle the duties of the post. With this syllabus, the JKSSB is looking to ensure that the selection process remains impartial and the best candidates are selected.
Download Jkssb je electrical syllabus
| SUBJECT | MARKS |
| Electric Circuits and Fields | 30 Marks |
| Control Systems: | 10 Marks |
| Electrical and Electronic Measurements | 20 Marks |
| Electronic Devices and Circuits | 10 Marks |
| Digital Electronics and Microprocessors | 10 Marks |
| Power Electronics and Drives | 10 Marks |
| Electrical Machines | 30 Marks |
| Power Systems | 30 Marks |
Jkssb je electrical syllabus analysis
Are you an aspiring Electrical Engineer looking to pursue a career in the field? If so, then you must be looking for the right JKSSB JE Electrical Syllabus to prepare for the exam.
The JKSSB JE Electrical syllabus is designed to test the knowledge of Electrical engineering candidates and ensure they have the right skills and knowledge to become successful in the field.
The JKSSB JE Electrical Syllabus is divided into two parts: the Core Subjects and the Elective Subjects. The Core Subjects are compulsory for all candidates, while the Elective Subjects are optional.
The Core Subjects of the JKSSB JE Electrical Syllabus include the following topics:
• Basics of Electrical Engineering: This includes the basics of electricity, electrical circuits, electrical components, and electrical systems.
• Electrical Machines: This covers topics such as transformers, generators, motors, and alternators.
• Electrical Measurement and Instrumentation: This includes topics such as digital and analog meters, electrical measurements, and electrical measurement principles.
• Control Systems: This includes topics such as PID controllers, digital logic, and sequence control.
• Power Systems: This covers topics such as power generation and distribution, power system protection, and power system control.
• Power Electronics: This covers topics such as power semiconductors, power converters, and power supplies.
• Electrical Design and Construction: This includes topics such as electrical system design, construction, and installation.
The Elective Subjects of the JKSSB JE Electrical Syllabus include the following topics:
• Specialization in Electrical Engineering: This covers topics such as energy systems, system design and analysis, renewable energy, and advanced electrical engineering.
• Computer Aided Design and Drafting: This covers topics such as computer aided design and drafting software, computer aided engineering, and computer aided manufacturing.
• Digital Signal Processing: This includes topics such as signal processing, digital filters, and digital signal processing algorithms.
• Electrical Power System Planning and Design: This includes topics such as power system design, power system planning, and power system optimization.
• Electrical System Integration: This includes topics such as system integration, system monitoring, and system security.
• Electrical System Simulation and Analysis: This includes topics such as circuit simulation and analysis, system simulation and analysis, and system optimization.
• Electrical System Maintenance: This includes topics such as system maintenance and troubleshooting.
If you’re looking to pursue a career in the Electrical Engineering field, then it’s important to be thoroughly prepared for the JKSSB JE Electrical Syllabus. This syllabus covers all the essential topics essential for success in the field and is geared towards helping you become a successful Electrical Engineer.
Jkssb je electrical previous year asked questions with answers
Which of the following is defined as the rate of flow of electric charge?
a) Voltage
b) Resistance
c) Current
d) Capacitance
What is the SI unit of electric current?
a) Volt
b) Ampere
c) Ohm
d) Coulomb
Which law states that the current flowing through a conductor is directly proportional to the voltage across it, provided the temperature and other physical conditions remain constant?
a) Ohm’s law
b) Faraday’s law
c) Kirchhoff’s law
d) Gauss’s law
The resistance of a wire depends on which of the following factors?
a) Length and temperature
b) Length and voltage
c) Temperature and voltage
d) Temperature and current
Which component stores electrical energy in an electric field and is often used in electronic circuits to smooth out voltage fluctuations?
a) Capacitor
b) Inductor
c) Resistor
d) Diode
What is the formula to calculate electric power in a circuit?
a) P = IV
b) P = V^2/R
c) P = I^2R
d) All of the above
According to Gauss’s law for electric fields, the electric flux passing through a closed surface is directly proportional to which of the following?
a) Electric charge enclosed by the surface
b) Electric potential difference across the surface
c) Electric field strength at a point on the surface
d) None of the above
Which of the following statements about electric circuits is true?
a) Series circuits have a single path for current flow.
b) Parallel circuits have a single path for current flow.
c) The total resistance in a series circuit is the sum of the individual resistances.
d) In a parallel circuit, the voltage across each component is the same.
Which electromagnetic phenomenon is responsible for the transmission of electric energy from power plants to homes and businesses?
a) Induction
b) Conduction
c) Reflection
d) Refraction
Which of the following devices is used to measure the strength of an electric current?
a) Ammeter
b) Voltmeter
c) Ohmmeter
d) Galvanometer
What is the primary objective of a control system?
a) To maintain stability
b) To minimize error
c) To maximize output
d) To minimize cost
In a feedback control system, the difference between the actual output and the desired input is called:
a) Error
b) Gain
c) Setpoint
d) Offset
The transfer function of a system is defined as the ratio of the output to the input in the:
a) Time domain
b) Frequency domain
c) Laplace domain
d) State space domain
Which of the following control system components acts as an amplifier and amplifies the error signal?
a) Controller
b) Sensor
c) Actuator
d) Comparator
The time taken for the output of a system to reach and stay within a specified range of the desired value after a step input is applied is called:
a) Rise time
b) Settling time
c) Peak time
d) Overshoot
Proportional-Integral-Derivative (PID) controllers are widely used in control systems. Which component of the PID controller responds to the present error?
a) Proportional
b) Integral
c) Derivative
d) All of the above
The steady-state error of a control system refers to the difference between the desired output and the actual output when the system has reached:
a) Stability
b) Steady state
c) Transient state
d) Oscillation
The transfer function of a system can be represented by a block diagram using various blocks. Which block represents the system’s output?
a) Summing junction
b) Gain block
c) Sensor block
d) Output block
Nyquist stability criterion is used to determine the stability of a control system based on:
a) Time response
b) Frequency response
c) Step response
d) Impulse response
The concept of pole and zero placement is essential in control system design. Which of the following represents a stable control system?
a) All poles in the left half of the s-plane
b) All zeros in the left half of the s-plane
c) A combination of poles and zeros in the s-plane
d) All poles and zeros on the imaginary axis
What is the function of a multimeter?
a) To measure voltage only
b) To measure current only
c) To measure resistance only
d) To measure voltage, current, and resistance
Which instrument is used to measure the flow of electric current in a circuit?
a) Ammeter
b) Voltmeter
c) Ohmmeter
d) Oscilloscope
The unit of electrical resistance is:
a) Ampere
b) Volt
c) Ohm
d) Coulomb
Which of the following instruments is used to measure the potential difference between two points in a circuit?
a) Ammeter
b) Voltmeter
c) Ohmmeter
d) Oscilloscope
What is the instrument used to measure the frequency of an alternating current signal?
a) Ammeter
b) Voltmeter
c) Oscilloscope
d) Frequency counter
The instrument used to measure very high electrical resistance is called:
a) Ammeter
b) Voltmeter
c) Ohmmeter
d) Megger
Which of the following instruments is used to measure the power consumption of an electrical device?
a) Ammeter
b) Voltmeter
c) Wattmeter
d) Energy meter
The instrument used to measure the magnetic field strength is called:
a) Ammeter
b) Voltmeter
c) Gaussmeter
d) Spectrometer
Which instrument is used to measure the temperature of an object?
a) Thermometer
b) Hydrometer
c) Barometer
d) Pyrometer
The instrument used to measure the intensity of light is called:
a) Ammeter
b) Voltmeter
c) Luminometer
d) Photometer
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What is the basic building block of electronic circuits?
a) Resistor
b) Capacitor
c) Transistor
d) Inductor
Which type of semiconductor material is commonly used in the fabrication of electronic devices?
a) Insulator
b) Conductor
c) Superconductor
d) Semiconductor
What is the purpose of a diode in an electronic circuit?
a) To amplify signals
b) To store electrical energy
c) To control the flow of current
d) To generate magnetic fields
Which of the following electronic components stores electrical charge and is commonly used in timing and filtering applications?
a) Transistor
b) Capacitor
c) Resistor
d) Inductor
What is the amplification factor of a transistor?
a) The ratio of input voltage to output voltage
b) The ratio of input current to output current
c) The ratio of input power to output power
d) The ratio of output voltage to input voltage
Which electronic component is used to control the flow of current in a circuit based on the input voltage?
a) Resistor
b) Capacitor
c) Diode
d) Transistor
Which of the following is an example of a logic gate?
a) Resistor
b) Transformer
c) Transistor
d) AND gate
What is the function of an operational amplifier (Op-Amp) in electronic circuits?
a) To amplify signals
b) To generate oscillations
c) To store electrical energy
d) To control the flow of current
Which type of electronic device is commonly used as a voltage regulator in power supply circuits?
a) Zener diode
b) Light-emitting diode (LED)
c) Photoresistor
d) Thermistor
What is the purpose of a transistor amplifier in electronic circuits?
a) To convert AC to DC
b) To regulate voltage
c) To amplify weak signals
d) To generate electromagnetic waves
What is the fundamental building block of digital electronics?
a) Transistor
b) Resistor
c) Capacitor
d) Diode
Which number system is commonly used in digital electronics?
a) Decimal
b) Binary
c) Octal
d) Hexadecimal
What is the basic logic gate that performs the logical AND operation?
a) OR gate
b) XOR gate
c) NOT gate
d) AND gate
Which logic gate is used to implement the logical NOT operation?
a) AND gate
b) OR gate
c) XOR gate
d) NOT gate
Which of the following is a universal gate?
a) NAND gate
b) NOR gate
c) XOR gate
d) XNOR gate
What is the purpose of a flip-flop in digital circuits?
a) To store data
b) To perform arithmetic operations
c) To generate clock signals
d) To control the flow of current
Which component is commonly used as a memory element in microprocessors?
a) Transistor
b) Resistor
c) Capacitor
d) Flip-flop
Which type of memory is volatile and loses its data when power is removed?
a) ROM
b) RAM
c) EEPROM
d) Cache memory
Which microprocessor architecture is widely used in personal computers?
a) ARM
b) Intel x86
c) MIPS
d) PowerPC
Which component of a microprocessor performs arithmetic and logical operations?
a) Control unit
b) ALU (Arithmetic Logic Unit)
c) Memory unit
d) Input/output unit
What topics are covered in the JKSSB JE Electrical syllabus?
The JKSSB JE Electrical syllabus covers a range of topics, including electrical circuits and networks, electrical machines, power systems, measurements and instrumentation, control systems, electrical and electronic measurements, electrical materials, power electronics, and electrical installation and maintenance.
Are there any specific subtopics within the JKSSB JE Electrical syllabus that require special attention?
Yes, some subtopics within the syllabus may require special attention. These include electrical measurements and measuring instruments, power system protection, electrical machines (such as transformers, motors, and generators), power system analysis, and control systems.
Is it necessary to have a deep understanding of electrical engineering principles to excel in the JKSSB JE Electrical exam?
A solid understanding of electrical engineering principles is crucial for success in the JKSSB JE Electrical exam. It is recommended to have a good grasp of basic electrical concepts, theories, and their practical applications to perform well in the examination.
How can I effectively prepare for the JKSSB JE Electrical syllabus?
To effectively prepare for the JKSSB JE Electrical syllabus, it is recommended to create a study plan and allocate sufficient time for each topic. Utilize textbooks, reference materials, and online resources to enhance your understanding of the subjects. Additionally, solving previous years’ question papers and mock tests can help you familiarize yourself with the exam pattern and improve time management.
Are there any specific resources or books that are recommended for studying the JKSSB JE Electrical syllabus?
There are several resources and books available for studying the JKSSB JE Electrical syllabus. Some popular ones include “Electrical Engineering: Concepts and Applications” by S.A. Rehman, “Objective Electrical Technology” by V.K. Mehta and Rohit Mehta, “Electrical Machines” by Nagrath and Kothari, and “Power System Engineering” by Nagrath and Kothari. It is advisable to consult multiple resources to gain comprehensive knowledge and understanding of the topics covered in the syllabus.