Laboratory Name

• Applied Electronics, Laboratory
• Electrical and Electronics Engineering, Lab
• Power Electronics, Laboratory
• Microprocessor & Microcontroller, Lab
• Electrical Machines-I, Laboratory
• Electrical Machines-II, Laboratory
• Power System, Laboratory

Applied Electronics Laboratory

This laboratory familiarizes the students with the fundamentals of analog electronics. This is equipped with a wide range of devices, which helps the students to undergo intensive training and provides a deep insight into the world of electronics. It is intended to explore the properties of digital circuits, including noise margins, propagation delay times, and aspects of integrated circuit realization. The integrated circuits laboratory is well equipped with digital trainer boards to study the basics of logic gates, flip flops etc. The lab is also equipped with CROs, power supplies, measuring meters and linear ICs to study the operation principles of operational Amplifiers and other linear ICs. All analog and digital IC related experiments can be carried out. The testers for IC are available

Major Equipments:

DC Power Supply (0-30 V) (Qty. 08), Wein Bridge Oscillator (Qty. 03), RC Phase Shift Oscillator (Qty. 03), Hartley Oscillator (Qty. 02), Colpitts’s Oscillator (Qty. 03), multivibrator (Qty. 03), CRO 30 MHz 2 Channel (SM410) (Qty. 08), Theorem Kit (Qty. 03), Function Generator (Qty. 04), Decade Inductance Box (Qty. 05), Decade Resistance Box (Qty. 05), Digital Trainer Kit (Qty. 02).

Electrical and Electronics Engineering Lab

This lab introduces the students to the basic electrical measuring equipment and they will deal with some of the frequently used instruments and equipment, like the digital multimeter, tester etc. The students obtain the basic knowledge about different types of wiring circuits, behavior of current, voltage, power, energy under different conditions and their determination. They can also gain knowledge about residential wiring, troubleshooting various electrical equipment like ceiling fan, mixer, air conditioner and other electrical gadgets. These experiments help to provide them the foundation they require to be Electrical engineers.

Major Equipments:

Single Way Switch (Qty. 01), Two-way Switch (Qty. 01), Soldering Station Digital (Qty. 01), House Wiring Kit (Qty. 01), Trainer Kits (02), and Tool Kits.

Power Electronics Laboratory

The power electronics laboratory enhances the students by providing them the better understanding of the concepts and working of advanced power semiconductor devices and power electronics circuits. This lab also provides the platform for the UG students to perform and check their minor project, multi-disciplinary design and major project. This lab enables the PG students to make and test their project. Lab is open for the Research Scholars to carry out their research during the working hours of the Institution.

Single-phase semi converter and full converter experiments are carried out to understand the conversion of AC supply to DC supply and the variation of average output voltage for different firing angles. Single-phase AC voltage controller using TRIAC experiment is done to get the variable AC output voltage from fixed AC input voltage. For converting DC to single-phase AC, single-phase series inverter, single-phase parallel inverter and single phase cascaded multilevel inverter experiments are conducted. For converting DC to three-phase AC, three phase voltage source inverter experiment is conducted. Here, changing the modulation index, output voltage of the inverter is controlled keeping the input voltage constant. Voltage and current commutated chopper circuits are carried out to comprehend the conversion of fixed DC to variable DC voltage by voltage commutation and current commutation respectively. To get the variable dc output voltage, SEPIC and CUK converter experiments are carried out. Speed control of DC shunt motor, universal motor and three phase induction motor using respective power electronics circuits are also done

Major Equipments:

Single phase full convertor (Qty. 02), fly back converter (Qty. 02), LVDT (Qty. 02), 1-Ø AC voltage controller using TRIAC (Qty. 02), 1-Ø Series & Parallel inverter (Qty. 04), CUK converter (Qty. 02), Single phase cyclo converter (Qty. 02), Sepic converter (Qty. 02), CRO (Qty. 03), , RPS (Qty. 02), UJT Trigger CKT kit (Qty. 01), PWM Inverter (Qty. 02), Strain gauge Trainer Kit (Qty. 01), Speed Control of AC Servo Motors (Qty. 01), Speed Control of DC Motor (Qty. 01).

Microprocessor & Microcontroller Lab

This lab aims to produce graduates who have understood the basic operation of microcontroller system along with fundamental programming skills in assembly language. This course is the foundation for designing, analyzing, and implementing engineering programming problems.

Major Equipments:

Microprocessor Kit 8085 (Qty. 01), Microprocessor Kit 8086 (Qty. 01), Interfacing card DAC (Qty. 01), Interfacing card Stepper Motor (Qty. 01)

Electrical Machines-I, Laboratory

This is our core set laboratory, in terms of curriculum. Its overall needs are versatility and generality, in view of the many basic course needs it serves. This lab is general enough to hold several experiments suitable for giving students enough exposure to enable them to easily adopt experiments. Developing state-of-the-art machines, monitoring, and diagnostics technologies to enable faster, build, and move the world. This is the main lab where experiments like load test on various machines, speed control tests, open circuit tests, short circuit tests, etc. are carried out. The laboratory is also used for research activities in machines and to carry out project works on energy conversion.

The primary objective of the Electrical Machine-I, Laboratory is to familiarize students with the construction, operation, and control of DC machines. Through a series of experiments, students will gain practical insights into the principles of electromagnetism, machine dynamics, and control mechanisms related to DC electrical machines.

Major Equipments :

Rectifier (Qty. 01), D.C. motors with panel (Qty. 05), 1-Ø & 3-Ø Transformer with panel (Qty. 04), cut section 3-Ø induction motor (Qty. 01), cut section D.C. shunt motor with starter (Qty. 01), cut section synchronous motor with starter (Qty. 01), 3-phase Auto Transformer (Qty. 01), DC shunt Generator (Qty. 02), DC Compound Generator (Qty. 01).

Electrical Machines-II, Laboratory

The Electrical Machines-II, Laboratory is designed to provide students with practical insights into the principles, characteristics, and applications of AC machines. This lab serves as a hands-on complement to theoretical knowledge with practical applications in the field of AC machines. By engaging in a variety of experiments with transformers, induction motors, synchronous generators, and their control schemes, students develop a comprehensive understanding of AC machine behavior and gain essential skills for their future roles in electrical engineering. The hands-on experience enhances critical thinking, problem-solving abilities, and the capability to analyze and optimize the performance of AC machines in diverse applications.

Major Equipments :

AC distribution panel (Qty. 01), Rectifier (Qty. 01), 3-Phase Alternator (Qty. 03), 3-Phase Autotransformer (Qty. 01), 3-Phase Resistive Load (Qty. 01), Single Phase Induction Motor (Qty. 01), 3-Phase Squirrel Cage Induction Motor (Qty. 02), 3-Phase Slip-Ring Induction Motor (Qty. 01), 3-Phase Synchronous Motor (Qty. 01).

Power System Laboratory

The Power System laboratory stands as a beacon of innovation, leveraging the prowess of matlab software. Here, students immerse themselves in the realm of electrical engineering, utilizing mat- lab’s advanced simulation capabilities to model, analyze, and optimize complex systems. This state-of-the-art facility fosters a hands-on learning environment, empowering aspiring engineers to craft inventive solutions and gain invaluable practical insights into the dynamic world of electrical power systems.

Major Equipments :

Clamp meter with Power Measurement to find THD and Power Factor (Qty. 01), Extraction of Wind Turbine Characteristics (Qty. 01), Performance Analysis of PV module (Qty. 01).