Basic Electrical Lab
Basic Electrical Engineering Laboratory is a common Lab Course taught in First year (I Semester / II semester). This lab provides exposure to basics of electrical components, measuring instruments. The experiments are designed to expose students to the practical executions on the fundamental theories of Electrical Engineering.
Electronics Devices & Instrumentation Lab
This lab enables students to understand the circuit schematic & it’s working, characteristics of different electronic devices. The lab is well equipped with regulated power supplies, signal generators, oscilloscopes, computer systems. Students will be familiarized with EDA software used for electronic circuit simulation
Digital System Design Lab
Digital Electronics laboratory provides a fundamental platform to learn function and application of hardware components and ICs for different combinational and sequential digital circuits. The lab is well equipped with Digital IC trainer kits where students rig up circuits like adder, subtractor, multiplexers, decoders, flip flops, shift registers, counters and sequence generators and verify them. With the objective of providing simulation facilities for complex digital hardware, the laboratory is provided with Logisim simulation software.
The lab is equipped with Microcontroller ranging from 8 bit to 16 bit such as 8051, MSP430 etc. The lab has provision to conduct detailed experiments on the basicsas well as advanced applications of Microcontrollers such as stepper motor control, Elevator control, Robotic movement control, etc.
Digital Signal Processing Lab
This lab deals with the basics of digital signal processing on a digital signal processor. Students execute various programs such as verification of sampling theorem, linear and circular convolution , auto and cross correlation, solving a given difference equation, computation of N point DFT, verification of DFT properties, IIR filter, DFT computation of square pulse etc. Analysis and design is done via MATLAB and implementation on Texas Instrument TMS320C6416 fixed-point digital signal processor.
This lab is meant to synthesise, simulate and implement Verilog and VHDL modules using different modelling styles for various combinational and sequential circuits. Lab is equipped with Xilinx ISE 12.1 version for Simulation &FPGA boards to interface peripheral hardware such as DC motor, Stepper motor, Hex Key pad, LCD, Seven segment displays and DAC.
Embedded Controller Lab aims to learn the software tool required for programming using Embedded C, interface external devices and I/O with ARM Cortex M3 and use the assembly instruction set for programming ARM Cortex M3. This lab is fully equipped with efficient computer systemwith Keil µVision IDE, Flash Magic tool, ARM CORTEX M3 based Evaluation boards, Power Supplies, USB cables and interfacing of I/O modules. Students conduct hardware and software experiments on Relay, Buzzer, LED, LCD, Stepper motor control, DC motor control, DAC, ADC etc.
This lab enables the student to design & test the communication circuits for different analog & digital modulation techniques, characteristics of micro strip devices & measurement of its parameters. Simulation experiments using MATLAB is also covered.
Computer Networks Lab
Computer Networks laboratory offers an integrated educational process in the field of information and communication technologies emphasizing the issue of computer networks, their design, administration and management. Computer Networks laboratory is equipped with high-end systems to cater the needs of networking software. Visualization of topologies in wired LAN and wireless LAN for evaluating the performance of networking protocols using network simulators like NS2 helps the students to get exposure to real time topologies. Algorithms are also studied by simulating the algorithms in C/C++ language.
VLSI Lab is equipped with the industry standard EDA tool from Mentor Graphics. Students will explore the CAD tool and understand the flow of the Full Custom IC design cycle. Design of digital circuits, such as Inverter, Buffer, Transmission Gate, Flip flop, Serial & Parallel adder, counters and Successive Approximation Register are simulated. DRC, LVS and Parasitic Extraction are carried out for analog design such as inverter, CS and CD amplifier, Op-Amp, R-2R DAC. The layout simulations are performed under Pyxis. Calibre supports the design rule check, layout versus schematic check and extraction of parasitic.