Digital Signal Processing Laboratory


Objectives:

Students will gain practical experience by designing and implementation of convolution, Auto-correlation, cross-correlation, DFT, IDFT, digital filters design using MATLAB software.

Outcomes:
  • • Discuss the time signals using MATLAB
  • • Memorize the basic operations of Signal processing.
  • • Analyze the architecture of TMS DSP Processor
  • • Design IIR and FIR filters for, low pass andhigh pass filters, band pass, band stop, All pass filter
Major Equipments

Intel-Core I3, 3.70GHz, RAM-8GB, OS-Windows-11, MATLAB Software,TMS-320 DSP Processor, Sparton-3,DSP Prototype.

VLSI Laboratory


Objectives:

Design and implementation of various digital MOS circuits using CAD Tools and Xilinx ISE.

Outcomes:
  • • Discuss the programming knowledge of constructing MOS circuits.
  • • Use the concept of design rule, construct the layout of MOS circuits.
  • • Design combinational and sequential circuits using MOS logic.
  • • Experiment the digital circuit’s implementation by using Simulation software’s.
Major Equipments

Tanner Tools, Xilinx ISE Series, Spartan-3, FPGA and CPLDS trainer kits .

Project and Image Processing Laboratory


Objectives:

To gather knowledge about the various hardware and software simulation project based on MATLAB, VHDL & Microprocessor & Microcontroller etc.

Outcomes:
  • • Understand the programming knowledge of designing and implementation of Electronics Projects.
  • • Use the concept for implantation of Hardware /software model based on tools & software’s.
  • • Design and implement real time model that will helpful in the society.
  • • Experiment the model/product by taking the availability of data from the real world
Major Equipments

MATLAB Software ,Tanner Tools, Xilinx, ISE Series, Spartan-3 FPGA kits, CPLDS, DSP Processor, Microcontroller module etc.

Microprocessor & Microcontroller Laboratory


Objectives:

Students will gain practical experience with programming knowledge and various interfacing of Microprocessor and Microcontroller module.

Outcomes:
  • • Develop the programming knowledge of microprocessor and microcontroller.
  • • Identify the peripherals and their interfacing.
  • • Demonstrate the real time application using assembly language programming.
  • • Experiment the microprocessor and microcontroller programming into real time application problem.
Major Equipments

8085,8086, 8051 Trainer Kits, Stepper Motor Controller & Traffic light Controller kits,8255 PPI etc.

Communication Laboratory


Objectives:

Students will gain practical experience with designing and implementation concepts of Analog & Digital Communication circuits.

Outcomes:
  • • Study experimentally the characteristics of various modulation techniques.
  • • Understand the physical construction, working and operational characteristics of modulation scheme.
  • • Apply electronic devices in the basic building of communication circuits.
  • • Analyze the electronics circuits in the communication system design process.
Major Equipments

Microwave test bench, Reflex klystron, Gunn Oscillators, different type of couplers, Tees, Antennas, Satellite trainer kit, Optical fiber trainer kit,Radar Trainer kit, Spectrum Analyzer, AM/FM/ASK/BPSK/QPSK Trainer Kits.

Electronics Circuit Laboratory


Objectives:

Students will gain practical experience with designing and implementation concepts of Analog/Digital Circuit.

Outcomes:
  • • Identify various ICs on for implementing Analog/ Digital Circuits.
  • • Understand the hardware & simulation tools used for designing analog /Digital circuits.
  • • Apply electronic devices for design and implementing electronics circuits.
  • • Experiment the electronics circuit into real time data.
Major Equipments

CRO,CDS, PCs, ICs, Digital Multi-meter, Multisim, Xilinx, ISE Series.

Design Thinking & Idea Laboratory


Objectives:

To provide the new ways of creative thinking and Learn the innovation cycle of Design and develop innovative electronics product that useful for a student to enhance their technical skills.

Outcomes:
  • • Recognize experimentally the characteristics of Electronics components and devices.
  • • Demonstrate product designs and Choose appropriate frameworks, strategies, techniques during prototyping.
  • • Experiment the new ways of creative thinking and Learn the innovation cycle of Design
  • • Develop creative thinking for designing electronics product.
Major Equipments

CRO, CDS, Function Generator, Digital Multi-meter, PCB, soldering iron, electronic components. Microcontroller Board-Arduino Uno.