RC Circuits-Basics and Analysis- LT-Spice for Simulations

RC Circuits-Basics and Analysis: LT-Spice for Simulations, available at $59.99, has an average rating of 4.4, with 63 lectures, 3 quizzes, based on 75 reviews, and has 290 subscribers.

You will learn about Plot the waveforms across capacitors/resistors in a complex RC Circuit analyze circuits with least mathematical calculations Installation and circuit setup in LTSpice Circuit simulations with LTSpice for practical understanding Crack interviews for higher studies in circuit design. Calculate the time constant for complex RC circuits Plot waveforms in less than 2 minute for complex RC Circuit Crack circuit design interview questions on complex RC Circuits This course is ideal for individuals who are Anyone who want to learn RC circuits in details or Candidates who want to learn practical simulation of RC Circuits using LTSpice or Candidates who want to enhance their circuit design skills or Graduates/ undergraduates/post graduates in Circuit Design/electronics/telecommunication/instrumentation/electrical. or Students working on circuit design projects. It is particularly useful for Anyone who want to learn RC circuits in details or Candidates who want to learn practical simulation of RC Circuits using LTSpice or Candidates who want to enhance their circuit design skills or Graduates/ undergraduates/post graduates in Circuit Design/electronics/telecommunication/instrumentation/electrical. or Students working on circuit design projects.

Enroll now: RC Circuits-Basics and Analysis: LT-Spice for Simulations

Summary

Title: RC Circuits-Basics and Analysis: LT-Spice for Simulations

Price: $59.99

Average Rating: 4.4

Number of Lectures: 63

Number of Quizzes: 3

Number of Published Lectures: 63

Number of Published Quizzes: 3

Number of Curriculum Items: 66

Number of Published Curriculum Objects: 66

Number of Practice Tests: 2

Number of Published Practice Tests: 2

Original Price: ?1,999

Quality Status: approved

Status: Live

What You Will Learn

Plot the waveforms across capacitors/resistors in a complex RC Circuit

analyze circuits with least mathematical calculations

Installation and circuit setup in LTSpice

Circuit simulations with LTSpice for practical understanding

Crack interviews for higher studies in circuit design.

Calculate the time constant for complex RC circuits

Plot waveforms in less than 2 minute for complex RC Circuit

Crack circuit design interview questions on complex RC Circuits

Who Should Attend

Anyone who want to learn RC circuits in details

Candidates who want to learn practical simulation of RC Circuits using LTSpice

Candidates who want to enhance their circuit design skills

Graduates/ undergraduates/post graduates in Circuit Design/electronics/telecommunication/instrumentation/electrical.

Students working on circuit design projects.

Target Audiences

Anyone who want to learn RC circuits in details

Candidates who want to learn practical simulation of RC Circuits using LTSpice

Candidates who want to enhance their circuit design skills

Graduates/ undergraduates/post graduates in Circuit Design/electronics/telecommunication/instrumentation/electrical.

Students working on circuit design projects.

This is a course designed to make you capable in solving any questions on RC circuits. Curriculum in planned to take you through the basic concepts prior to solving complex questions. 30-40 % of the course is focused in building concrete understanding of RC circuits.This will be helpful to students of any level to smoothly go through the course. For practical understanding of the concepts we will also learn circuit simulation with LTSpice simulation. LTSpice can be downloaded for free and you can play with different design parameters.There are lot of solved problems in this course which includes all type of test cases.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: Capacitor Basics

Lecture 1: Capacitor Structure , Q-V-C of the capacitors

Lecture 2: V-C relation of capacitors , Analogy to relate Q-V-C, Energy Stored

Lecture 3: Capacitor reaction to instantaneous change in supply voltage

Lecture 4: Capacitor reaction to instantaneous change in supply voltage

Lecture 5: Capacitors in series

Lecture 6: Voltage division rule for series capacitors

Lecture 7: Voltage division-examples-case studies

Lecture 8: capacitors in parallel

Chapter 3: Exponential Curves

Lecture 1: Nature of exponential curves and their mathematical equations

Chapter 4: Time Contant

Lecture 1: Significance of time constant

Lecture 2: Calculation of time constant – example circuits

Lecture 3: exponential nature of capacitor charging

Lecture 4: exponential nature of capacitor discharging

Lecture 5: Time taken to fully charge a capacitor

Lecture 6: Time taken to fully discharge a capacitor

Lecture 7: Examples and case studies

Chapter 5: Voltage Pulse Analysis

Lecture 1: Voltage Pulse Analysis-introduction

Lecture 2: Voltage Pulse Analysis-state of the capacitor

Lecture 3: Voltage Pulse Analysis-state of the capacitor

Chapter 6: Different states of the capacitors

Lecture 1: States of capacitor-1

Lecture 2: States of capacitor-2

Chapter 7: LT SPICE Installation and setup

Lecture 1: LTSpice Installation

Lecture 2: Sample setup example for LTSpice simulation

Lecture 3: sample circuit- simulation and test cases

Chapter 8: Case Study-Type1 RC Circuits

Lecture 1: Circuit Analysis- Circuit 2

Lecture 2: Circuit Analysis – Circuit 2-continued

Lecture 3: LT-Spice simulation of Circuit 2

Lecture 4: LT-Spice simulation of Circuit 2- continued

Lecture 5: Circuit Analysis – Circuit 3

Lecture 6: Circuit Analysis – Circuit 3-continued

Lecture 7: LT-Spice simulation of Circuit 3

Lecture 8: Circuit Analysis – Circuit 4

Lecture 9: LT-Spice simulation of Circuit 4

Lecture 10: Circuit Analysis – Circuit 5

Lecture 11: LT-Spice simulation of Circuit 5

Lecture 12: Circuit Analysis – Circuit 6

Lecture 13: Circuit Analysis – Circuit 6-continued

Lecture 14: LT-Spice simulation of Circuit 6

Chapter 9: Key points to remember

Lecture 1: Key point to remember

Lecture 2: Key points to remember – continued

Lecture 3: Key points to remember – continued

Lecture 4: Key points to remember – continued

Lecture 5: Key points to remember – continued

Chapter 10: Case Study-Type2 Circuits

Lecture 1: Circuit Analysis – Circuit 8

Lecture 2: Circuit Analysis – Circuit -8 continued

Lecture 3: LT-Spice simulation of Circuit 8

Lecture 4: Circuit Analysis – Circuit 9

Lecture 5: Circuit Analysis – Circuit 9-continued

Lecture 6: LT-Spice simulation of Circuit 9

Lecture 7: Circuit Analysis – Circuit 10

Lecture 8: Circuit Analysis- Circuit 10-continued

Lecture 9: LT-Spice simulation of Circuit 10

Chapter 11: RC-CIRCUITS –> Level 2

Lecture 1: Voltage Sources

Lecture 2: Current Sources

Lecture 3: QVCI Of Capacitors

Lecture 4: Charing Capacitors with Voltage Sources

Lecture 5: Charing Capacitors with Current Sources

Lecture 6: Level2 – Circuit 1

Lecture 7: Level2 – Circuit 1 Continued

Lecture 8: Circuit 1 – LTSpice Simulation

Lecture 9: Level2 – Circuit 2

Lecture 10: Circuit 2 – LTSpice Simulation

Chapter 12: Test your understanding

Instructors

Som R
VLSI engineer

Rating Distribution

1 stars: 2 votes

2 stars: 3 votes

3 stars: 21 votes

4 stars: 30 votes

5 stars: 19 votes

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