DIT University DIT University

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EECE

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Department of
EECE

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Facilities

Labs

  • Machine Lab
  • Control System
  • Switchgear Lab
  • Network Lab
  • Measurement Lab
  • Electric Drives Lab
  • Power Electronics Lab
  • Element of Power Systems Lab
  • Power System Analysis Lab
  • Basic Electrical Lab
  • Analog Electronics Lab
  • Digital System Design Lab
  • Communication Lab
  • Microprocessor Lab
  • Microwave Lab
  • Optical Fibre Communication Lab
  • Bio Medical Instrumentation Lab
  • Digital Image Processing Lab
  • Solar and Wind Lab
  • 5G Lab
  • Computer Lab
  • Research Lab

Communication Systems Lab

The Communication System Lab comprises of two

  • Principle of Communication (Analog Communication)Lab 
  • Digital Communication Lab

Principle of Communication (Analog Communication)Lab - The objective of this lab course is to study various Analog Modulation Techniques like AM,FM and PM.

It helps the student to get fundamental knowledge about communication process, generation and detection of information.

Digital Communication Lab - The objective of this lab course is to study Digital representation of Analog information and various fundamental Digital Modulation Techniques. This course enables students to get practical experience about modern communication techniques.

Facilities
Facilities

Analog Circuit Lab

This Lab have been designed so as to acquire skills of designing and testing integrated circuits. This lab can also be utilized to Analyze and design various applications of Op-Amp, waveform generation circuits and also to Study 555 timer with analog and digital circuits. This laboratory course enables students to get practical experience in design, testing and evaluation of Rectifiers, clippers and clampers, BJT characteristics and Amplifiers,

Digital Electronics Lab

Digital electronics is a field of electronics involving the study of digital signals and the engineering of devices that use or produce them. This is in contrast to analog electronics and analog signals.

Digital electronics circuits are usually made from large assemblies of logics gates, often packaged in integrated circuits. Complex devices may have simple electronic representations of Boolean logic functions.

Digital Electronics Lab introduced - Nomenclature of Digital Ics, Specifications, Study of the Data Sheet, Concept of Vcc and Ground, Verification of the Truth Tables of Logic Gates using TTL Ics.

Implementation of the Given Boolean Function using Logic Gates.

It is also includes designing of Decoder- Encoder multiplexer/De-Multiplexer and using Logic Gate, flip flops (S R, D, T and J K flip flops), registers, counters, and verification of their state /truth tables.

Facilities

Microprocessor Lab

Facilities

This laboratory houses the hardware which includes 8085 Microprocessor trainer kits, 8086 Microprocessor trainer kits, 8051 Microcontroller trainer kits, interfacing cards.

This Lab Consist of

  • 8085 Microprocessor Trainer Kit
  • 8086 Microprocessor Trainer Kit
  • 8051 Microcontroller Trainer Kit
  • Interfacing Boards: ACD, ADC, Stepper Motor, Memory, RAM.

Microwave and Antenna Lab

Facilities

The lab content comprises the high frequency sources as Klystron & Gunn diode and different microwave components are Isolator, frequency Meter, Slotted line carriage, wave guides, magic TEE, H-plane TEE, E plane Tee junction and horn antenna radiation parameters. Gunn Diode and Reflex Klystron Characteristics, VSWR wavelength Measurement, Impedance and Frequency Measurement, Scattering Parameters of Magic Tee, Directional Coupler, Radiation Pattern of Horn Antenna

Antenna lab

The lab course provides an understanding of the Antenna Transmitter and Receiver trainer for different type of Antenna and transmission parameter, field radiations & antenna parameters Basic antennas & parameter measurement (gain Directivity efficiency, beam efficiency) designing of Microstrip antenna using ADK software.

To attain knowledge on the basic parameters those are considered in the antenna design process and the analysis while designing the antenna. To analyze the designed antenna and Array system, field evaluation under various conditions and formulate the electric as well as the magnetic fields Equation set for Far field and near field conditions.

Analyze the radiation patterns from various basic antennas. Design procedure of a Microstrip antenna using HFSS software shown in below diagram for better understanding of students.

5G Communication Lab

5G Lab is established at DIT University in October’2024 in collaboration with iHub Divyasampark, IIT Roorkee. 5G mobile are the next-generation standard for wireless communications although they won’t fully replace LTE or its variants immediately. 5G delivers vastly increased capacity, lower latency, and faster speeds. 5G providers are aiming to reach download speeds of up to 20 Gb/s using enhanced mobile broadband. Massive machine-type communications is a 5G use case that will largely be used for industrial IoT deployments. Ultra-reliable low-latency communications is a use case that will be used for scenarios where latency is a critical factor, like with autonomous vehicles.

Various high end equipments like test bench for 5G Network infrastructure, 5G Core network server, 5G Customer Premises Equipment, 5G Industrial safety usecase with real time helmet detection, AI base interview preparation app, mMTC 5G usecas in Smart Irrigation Domain for large scale automated irrigation, URLLC 5G usecase and SDR learning platform for concept building are available to pursue project and research work.

Facilities

Basic Electrical Technology Lab

Facilities

Common to all engineering students of first year to understand the basic concepts of various types of machines, generations of electricity, transmission and its distribution. Experiments related to theory like Superposition theorem, Norton's theorem, Thevenin’s theorem, open circuit and short circuit test of transformers, speed control technique of DC machine, speed reversal of induction motor etc.

This lab consist of

  • DC motor
  • Three phase induction motor
  • Single phase transformer
  • Network Theorem trainers
  • Single phase energy meter

Electrical Machines Lab

Experiments performed on number of machines in correlation with the theoretical underatnding This lab consist of:

  • DC.machine-3kW, 230 volt, 1500 rpm, 16 A, wound-shunt
  • Alternator-2 kVA, 1500 rpm, 415 ac, 220 volt dc, 2.8 amp, pf-0.8
  • DC shunt machines 3 HP, 220 V, 11 A, 1500 r.p.m.
  • Three phase induction motor 5 HP 415 V, 6 A, 1440 r.p.m
  • Single Phase transformer 2 kVA, 230/230 V
  • Synchronizing panel for alternator
  • DC starter
  • Autotransformer
  • Rectifier for three phase AC to DC conversion
Facilities

Measurement & Instrumentation Lab

Facilities

This lab consist of

  • Anemometer
  • Strain gauge
  • Load cell
  • Resistance temperature detector kit
  • Electromagnetic pickup transducer
  • LVDT transducer kit
  • Thermocouple kit
  • Owen Bridge
  • Schering bridge

Power System Lab

Facilities

This lab consists of different relays like Differential relay, Overcurrent relay, Thermal relay, Instantaneous overcurrent relay, single line to ground fault analysis, three phase to ground fault analysis on which students of final year perform experiments related to topics studied in power system.

The main experimental setups includes
  • Experimental setup for A,B,C,D parameters, Hybrid parameters
  • Percentage differential relay kit
  • Thermal relay
  • Three phase fault earth relay kit
  • Line to ground fault relay kit
  • Over current relay kit
  • Oil testing set

Power Electronics / Electric Drives Lab

Facilities

This lab consists of experimental setups related to power electronics and Electric Drives like speed control of d.c. motor, speed control of a.c. motor, etc.

This lab consist consist of

  • Single phase fully controlled bridge converter experimental setup
  • Single phase half wave converter experimental setup
  • DC shunt motor, 1 HP, 220 V, 3 A, 1500 r.p.m.
  • Induction motor 5 HP, 230volt,50Hz,2.25 A, single phase , 1340rpm
  • Three phase induction motor 1.8 A, 440 volt, 1500 r.p.m
  • DC shunt motor 1 HP, 110 V, 6A, 1500 r.p.m
  • AC voltage controller kit
  • SCR thyristor based three phase and single phase rectifier kit
  • SCR thyristor based single phase inverter kit

Wind & Solar Lab

This lab is designed to provide undergraduate students with a comprehensive, hands-on experience in the field of renewable energy, specifically focusing on solar and wind technologies. Through a series of simulations and real-world experiments, students will gain practical knowledge of energy conversion systems, their performance, and their challenges.
Facilities
In this lab, students will engage in the following key activities:
  • VI Characteristics of Solar Panels: Students will use a simulation kit to observe the Voltage-Current (VI) characteristics of solar panels, understanding how solar cells behave under different irradiation levels.
  • Shadowing Effect on PV Characteristics: They will explore the impact of shadowing on the performance of photovoltaic (PV) systems and learn about the challenges it poses to solar energy efficiency.
  • Diode-Based Solutions for Shadowing: The lab includes experiments on how diode-based solutions, such as bypass diodes, can help overcome the negative effects of partial shading on solar panels.
  • Performance Assessment of Solar Panels: Students will assess the performance of both standalone and grid-connected solar panels, gaining insight into their efficiency, energy output, and integration into the power grid.
  • Wind Energy Generator Performance: The lab also covers the performance analysis of wind energy generators, allowing students to evaluate their efficiency and contribution to renewable energy systems.
  • Hybrid Wind-Solar System: Students also study and assess the performance of hybrid systems that combine both wind and solar energy, learning how these complementary systems can enhance energy reliability and sustainability.

This lab provides a practical foundation in renewable energy, preparing students to work with and develop innovative solutions in the rapidly evolving field of clean energy.

Other Facilities

  • Fiber Splicing Machine
  • Digital Magnetic Stirrer
  • Vacuum Oven
  • Ultra-Sonic Cleaner
  • Halogen Laser Source
  • Optical power meter
  • Spectrometer
  • Optical Communication Link setup
  • Microwave Test Bench
  • Advanced DSP Kits
  • PLC and SCADA
  • PCB Design and Fabrication
  • Biomedical Equipments
  • Microprocessor and interface
  • Microcontroller and Interface
  • Arduino development board
  • IC Tester
  • Opti-BPM Software
  • Comsol Multi-physics Software
  • Wireless Insite Software
  • HFSS Software
  • MATLAB Software