Electrical Engineering
Introduction to PSpice and LTspice and Its Application
Course ContentCourse Summary
| Topic | Contents |
|---|---|
| Introduction to PSpice and LTspice | An outline of Pspice, Types of Analysis in Pspice |
| Getting statring with PSpice and LTspice | DC simulation, PSpice Component Layout, DC Bias Simulation ,Linear Resistance ,Non-Linear Resistance Operating Point, Markers, Parametric DC Sweep Thévenin and Norton Equivalents |
| AC Simulations | AC Inputs, Time Domain (transient analysis), AC Sweep Analysis |
| Solar cell and Module simulation for STC | Solar cell modelling and simulation analysis |
Course Title
Introduction to PSpice and LTspice and Its Application
Course Outcome
- Student can acquire experience in designing electronic circuits to perform real task
- Student can understand what is PSPICE or LTSPICE and its use in industrial application
- Student knows how to simulate a circuit using a PSPICE or LTSPICE simulator.
- Student can demonstrate how to simulate an actual circuit using a PSPICE or LTSPICE in laboratory setting
- Students can able to conduct circuit analysis using a PSPICE or LTSPICE circuit simulator
- Student can able to apply acquire for various application
Class
BE/TE – Electrical Engineering
Duration
15 hrs
Course Fees
Free
Course Instructor
Ms. Asokan Selvaraj
aselvaraj@mes.ac.in
PCB Designing
Course ContentCourse Summary
| Topic | Contents |
|---|---|
| Overview of PCB Designing | Definition and Need/Relevance of PCB, Background and History of PCB |
| Basics of PCB Designing: Types of PCB, Layering of PCB | Types of PCB, Classes of PCB Design, Terminology in PCB Design |
| PCB-CAD tools: DipTrace, Eagle, Altium | Different Electronic design automation (EDA) tools , Introduction to DipTrace, Eagle and Altium Environment, Latest Trends in Market |
| Electronic and Semiconductor Component package types | Different types of electronic components, Electronic components according to their size, power-ratings, package style and placements |
| Practical Implementation | Steps involved in fabrication of PCB. PCB Fabrication techniques-single, double sided and multilayer, Auto routing, Drilling, Etching: chemical principles and mechanisms, Post operations- stripping, black oxide coating and solder masking, PCB component assembly processes |
| Fundamental and real world project | Design and fabricate PCB for any one project, mount the components, testing and troubleshooting methods |
Course Title
PCB Designing
Course Outcome
- Students can learn various types of PCBs. Schematic Design. entry Rules for Schematic Entry, Component Layout methods
- Students can design and fabricate their own PCB for their Project
Class
BE/TE – Electrical Engineering
Duration
15 hrs
Course Fees
Free
Course Instructor
Ms. Supriya Sunil Shigwan
sshigwan@mes.ac.in
Ms. Ronita Pawn
ronita@mes.ac.in
Introduction to MATLAB and Its Application
Course ContentCourse Summary
| Topic | Contents |
|---|---|
| Starting with MATLAB | Starting MATLAB, MATLAB windows Working in the command window Arithmetic operations with Scalars Using MATLAB as a calculator |
| Creating Arrays | Creating a one-dimensional array (vector), Creating a two-dimensional array (matrix) Addition and subtraction with arrays Array multiplication and array division |
| Applications in Numerical Analysis | Numerical analysis Solving an equation with one variable finding a minimum or a maximum of a function examples of MATLAB applications |
| Applications in Control System | Plotting bode plots using MATLAB plotting root locus using MATLAB |
| Applications in Power System and power Electronics | Introduction to SIMULINK toolbox Simpower system Developing Simulation models of power system and Power electronics examples |
Course Title
Introduction to MATLAB and Its Application
Course Outcome
- To improve employability skills of engineering students
- To bridge the skill gaps and make students industry ready.
- Student can able to generate plots and export this for use in reports and presentations.
- Student can able to program scripts and functions using the Matlab development environment.
- Student can able to understand various toolboxes and their application in various domains
- Student can able to model and simulate system to analysis its performance.
Class
BE/TE – Electrical Engineering
Duration
15 hrs
Course Fees
Free
Course Instructor
Ms. Lakshmi C R
crlakshmi@mes.ac.in
Ms. Pranita Chavan
pranitachavan@mes.ac.in