Central Facilities
a) Laboratories
S.No.
|
Name of Laboratory
|
Software/Hardware/ Equipment
|
1
|
Electronics Laboratory
|
● 3 mhz multi waveform signal generator with modulation, make- aplab, model- msgm3m
● 30 mhz digital readout oscilloscope with component tester
● digital multimeters 3 1/2 digit 1999 count lcd 17mm large lcd, make- meco, model-603
● power supply- 30v,2a dual power supply with automatic overload protection
● transistor application trainer(tat)
|
2
|
Communication Technology Laboratory
|
● bench Function
Genrator-1022,DSO-RIGOL-DS1104,Progarammable Power supply-RIGOL-DP32, Spectrum Analyaser- RIGOL- DSA815, Sintech digital Multimeter-61, Soldring stand, MCB, Monitor LG
● DSB-SC Amplitude modulation and demodulation trainer modal-COM102N
● DSB-SCAmplitude Modulation and Demodulation Trainer Modal-COM101N
● SSB-SC Amplitude Modulation and Demodulation Trainer Filter Method Modal-COM103NF
● SSB-SC Amplitude Modulation and Demodulation Trainer Phase Shift Method Modal-COM103NF
● Frequency Modulation and demodulation using reactance modulator Modal-COM104VP2
● Phase
Modulation and Demod Trainer Modal-COM129
● Frequency Division Mux and Demux system Modal-COM128
● Time Division Mux and Demux system Modal-COM109
● Quadrature Amplitude Modulation (QAM) Trainer Modal-QAM100
● Klystron Power Supply Digital MI-MCO1
● Klystron Mount with Klystron Tube
● Isolator, Variable Attenuator 20dB, Digital Frequency Meter, Detector Mount, Slotted Section with probe Carrier, Gunn Power Supply Digital MI-MC02, Magi Tee, E-plane Tee, H-plane Tee, VSWR Meter Digital MI-MC03 etc.
● Radiation Pattern Turn Table set up (Turn table gear box360 degree, Wooden stand with vertical stand, band 2nos)
● Pyramidal Horn Antenna
|
3
|
Digital Electronics and Microprocessor laboratory
|
● Basic
Electrical and Electronics workbench in this workbench Function
Generator-1022,DSO-RIGOL-DS1104,Power supply-RIGOL-DP32,Sintech digital Multimeter-61, Soldering stand, MCB, Monitor LG
● Digital Design
Trainer Kits
● Microprocessor and microcontroller kits
● Keil, and Proteus VSM
● Logic Gate simulator
|
4
|
VLSI Laboratory:
|
The Hardware Specification of Available computers
● Intel(R)
i7-6700 cpu @3.40GHz
● 64-bit operating system ×64-Based processor.
● 1 TB Hard Disk
● 8 GB RAM
Equipment:
● Xilinx Virtex-Ii Pro Board
● Xilinx Development Board With Microcontroller
● ZYBO BOARD
● Interface such as keypad, lcd etc
Software:
● Xilinx Ise Design Suite
● Vivado System
|
5
|
Computer Lab 1
|
The Hardware Specification of Available computers
● Intel(R)
i7-6700 cpu @3.40GHz
● 64-bit operating system ×64-Based processor.
● 1 TB Hard Disk
● 8 GB RAM
Software Specification:
● Postgre-SQL
● PHP server (XAMP Server)
● MYSQL
Subject practice:
● Database Management Systems Lab
● Software Project Work Lab
|
6
|
Computer Lab 2
|
The Hardware Specification of Available computers
● Intel(R)
i7-6700 cpu @3.40GHz
● 64-bit operating system ×64-Based processor.
● 1 TB Hard Disk
● 8 GB RAM
Software Specification:
● Linux OS
● MATLAB
● Anaconda Navigator
● R Studio
● Android Studio
● ArgoUML, UML Umbrello
Subject practice:
● Project Lab
● Software Engineering Lab
● Object Oriented Techniques Lab
|
7
|
Computer Lab 3
|
The Hardware Specification of Available computers
● Intel(R)
i7-6700 cpu @3.40GHz
● 64-bit operating system ×64-Based processor.
● 1 TB Hard Disk
● 8 GB RAM
Software Specification:
● Anaconda Navigator
● R Studio
● Android Studio
● Anaconda Navigator
Subject Practice:
● Artificial Intelligence Lab
● Computer Network & Information Security Lab
● Compiler and Automata Lab
● Data Mining Lab
|
8
|
Computer Lab 4
|
The Hardware Specification of Available computers
● Intel(R)
i7-6700 cpu @3.40GHz
● 64-bit operating system ×64-Based processor.
● 1 TB Hard Disk
● 8 GB RAM
● WiJungle - Unified Network Security Gateway firewall
● Total 8 switches(24-ports)
● 100 Mbps line
|
i. Electronics Laboratory
Activities performed in the lab:
● Design and test rectifiers, clipping circuits, clamping circuits and voltage regulators,
● Compute the parameters from the characteristics of JFET and MOSFET devices,
● Design, test and evaluate BJT in various configurations,
● Design and test JFET/MOSFET amplifiers,
● Design and test of power amplifier,
● Design and test of various types of oscillators.
Equipment:
● 3
MHz multi waveform signal generator with modulation
● 30
MHz digital readout oscilloscope with component tester
● High precision
digital multimeters
● Power supply- 30V, 2A dual power supply with automatic overload protection
● Transistor application trainer
ii. Communication Technology Laboratory
The objective of this lab is to understand basic theories of digital and analog communication student’s deep knowledge in digital communication systems at the practical level so that students can understand the logical, analytical, and mathematical background of the communication system. This lab focuses on understanding the fundamental concepts of signal flow in a digital communication system. Detailed analysis of TDM, Pulse modulations, digital modulation techniques, sampling and reconstruction, source coding techniques, Error-control coding techniques, the error performance of a digital communication system in presence of noise, to design and implement analog/ digital modulator and demodulator and to understand the applications of balanced modulator circuit and other interferences are done.
Equipment:
⮚ Advanced Electrical and Electronics
workbench-In this workbench Function
Generator-1022,DSO-RIGOL-DS1104,Programmable Power supply-RIGOL-DP32,Spectrum Analyaser-RIGOL-DSA815,Sintech digital Multimeter-61,Soldering stand, MCB, Monitor LG
⮚ Analog and Digital communication trainer kits:
1) DSB-fC Amplitude modulation and demodulation trainer modal-COM102N
2) DSB-SCAmplitude Modulation and Demodulation Trainer Modal-COM101N
3) SSB-SC Amplitude Modulation and Demodulation Trainer Filter Method Modal-COM103NF
4) SSB-SC Amplitude Modulation and Demodulation Trainer Phase Shift Method Modal-COM103NF
5) Frequency Modulation and demodulation using reactance modulator Modal-COM104VP2
6) Phase
Modulation and Demod Trainer Modal-COM129
7) Frequency Division Mux and Demux system Modal-COM128
8) Time Division Mux and Demux system Modal-COM109
9) Quadrature Amplitude Modulation (QAM) Trainer Modal-QAM100
10) Klystron Power Supply Digital MI-MCO1
11) Klystron Mount with Klystron Tube
12) Isolator, Variable Attenuator 20dB, Digital Frequency Meter, Detector Mount, Slotted Section with probe Carrier, Gunn Power Supply Digital MI-MC02, Magi Tee, E-plane Tee, H-plane Tee, VSWR Meter Digital MI-MC03 etc.
13) Radiation Pattern
Turntable set up (Turntable gear box360 degree, Wooden stand with vertical stand, band 2nos)
14) Pyramidal Horn Antenna
Software: MATLAB
iii. Digital Electronics and Microprocessor laboratory
The goal of this lab is to make students conversant with the designing of digital systems, and programmable aspects of microprocessors and microcontrollers. This lab is equipped with 8085, and 8086 microprocessors, 8051 and PIC microcontrollers, ARM based systems, and various interfacing cards. For implementation of digital systems, digital trainers and logic analyzers are available.
Equipment:
⮚ Basic
Electrical and Electronics workbench powered with MCB, Monitor, DSO
⮚ Microprocessor and microcontroller kits
⮚ Keil, Proteus VSM, Logic Gate simulator
iv. VLSI
Design Laboratory:
The VLSI Design laboratory was established with an aim to conduct research in various aspects of the ever growing field of IC design and verification. The Lab provides basic and advanced facilities for UG and PG coursework related experiments, project works and research facilities.
Equipment:
● Xilinx Virtex-Ii Pro Board
● Xilinx Development Board With Microcontroller
● ZYBO BOARD
● Interface such as keypad, lcd etc
● Desktops
Softwares:
● Vivado Design Suite
● Cadence
v. Computer Lab 1
This LAB is for design and implementation of various computer applications. In this LAB students work on new Technologies and experts in contemporary technologies like Database Management services and Web designing. The Lab is fully centralized air conditioned and well furnished. This Lab consists of one server and 25 computers. Lab is equipped with a wall mount projector.
The Hardware Specification of Available computers
⮚ Intel(R)
i7-6700 cpu @3.40GHz
⮚ 64-bit operating system ×64-Based processor.
⮚ 1 TB Hard Disk
⮚ 8 GB RAM
Software Specification:
● Postgre-SQL
● PHP server (XAMP Server)
● MYSQL
Subject practice:
● Database Management Systems Lab
● Software Project Work Lab
vi. Computer Lab 2
The Department has a well-equipped, fully centralized air conditioned, well-furnished Project Lab. This LAB consists of 25 Machines and a smart Board to fulfill the presentation needs
The Hardware Specification of Available computers
⮚ Intel(R)
i7-6700 cpu @3.40GHz
⮚ 64-bit operating system ×64-Based processor.
⮚ 1 TB Hard Disk
⮚ 8 GB RAM
Software Specification:
● Linux OS
● MATLAB
● Anaconda Navigator
● R Studio
● Android Studio
● ArgoUML, UML Umbrello
Subject practice:
● Project Lab
● Software Engineering Lab
● Object Oriented Techniques Lab
vii. Computer Lab 3
This High performance Computing Lab consists of 20 computers in which latest and required software are installed on the computers.
The Hardware Specification of Available computers
⮚ Intel(R)
i7-6700 cpu @3.40GHz
⮚ 64-bit operating system ×64-Based processor.
⮚ 1 TB Hard Disk
⮚ 8 GB RAM
Software Specification:
● Anaconda Navigator
● R Studio
● Android Studio
● Anaconda Navigator
Subject Practice:
● Artificial Intelligence Lab
● Computer Network & Information Security Lab
● Compiler and Automata Lab
● Data Mining Lab
viii.
Computer Lab 4
The Language Laboratories are becoming items better and better valued within educational institutions since the functions and possibilities they offer are much higher than the ones in the traditional teaching-learning system. Moreover it is necessary to distinguish between language laboratory, language method and control software. A method in a procedural that guides teachers when, in turn, control software is a computer programme that is used to control students' computers and to know what they are doing at all times. Instead, a language lab goes beyond, a language lab can integrate the method we want to use allowing further development of a large number of different activities in the classroom, the communication between teachers and students, using multimedia material, etc. taking into account at the same time the functions of control software. In this laboratory there are 20 computer systems .
The Hardware Specification of Available computers
⮚ Intel(R)
i7-6700 cpu @3.40GHz
⮚ 64-bit operating system ×64-Based processor.
⮚ 1 TB Hard Disk
⮚ 8 GB RAM
Technology:
A language laboratory has a specific technology that enables the interconnection, interaction and communication between the different positions that make up the lab.
Headset:
They should be designed to facilitate communication between the people who use the lab for the different activities that take place in it can be carried out successfully.
Server Room:
● WiJungle - Unified Network Security Gateway firewall
● Total 8 switches(24-ports)
● 100 Mbps line
b) Library
Presently, as per the register, the Library has 3665 books (textbooks, reference books, competitive exams related books and others). With 403 titles in two branches of engineering i.e. Electronics & Communication Engineering, and Computer Science Engineering, , at Undergraduate level.
Institute has also partnered with Coursera to provide free courses from top-rated institutes as a part of its COVID initiative. The subscription consists of various specializations & courses, all available free of cost for our students.
The library is spacious and divided into different sections to facilitate proper utilization of available resources. Library has been automated with I SLIM software and provides a good number of services like book search, reservation, renewal and account checking details through Web OPAC. All the available books and magazines are classified by DDC – 23nd edition, and enabled bar-coded circulation services. The library is making constant efforts to provide relevant resources to its users by using different technologies.
Following is the list of subscriptions for online resources.