Published 2/2023MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHzLanguage: English | Size: 306.67 MB | Duration: 0h 49m

Your gateway to electronic hardware design

What you'll learn

Design variety of electronic circuits

Simulate and analyse variety of electronic circuits

Design electronic hardware

Simulate different analysis on electronic circuit

How to use electronic circuit design software

How to use SPICE and how to use it effectively

Requirements

No prior experience required but an interest in electronic circuit design and hardware development

Description

LTSpice is a free, open-source software tool used for simulating and analyzing electronic circuits. It was originally developed by Linear Technology (now part of Analog Devices) and is now widely used by eeers and hobbyists for designing and testing analog and mixed-signal circuits.LTSpice uses a variety of simulation methods to analyze circuit behavior, including transient analysis, AC analysis, DC analysis, and more. It also includes a large library of components, allowing users to easily model and simulate complex circuits.One of the key benefits of LTSpice is its ability to accurately model real-world components, taking into account factors like component tolerances, temperature effects, and nonlinear behavior. This makes it a powerful tool for both design and troubleshooting of electronic circuits.LTSpice also includes a wide range of tools for analyzing and visualizing simulation results, including waveform viewers, frequency response analyzers, and more. This makes it easy for users to analyze and understand the behavior of their circuits.Overall, LTSpice is a versatile and powerful tool for designing and testing electronic circuits, and is widely used by eeers and hobbyists around the world.This course teaches how to effectively use LTSPICE to design, analyse, and simulate simple and advannced electronic designs for real- hardware developments.

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 How to and Install LTSPICE

Lecture 3 Design and analyse simple resistor divider circuit

Lecture 4 Another resistor divider circuit and a voltage source

Lecture 5 Add data lables post simulation and print values of node voltages

Lecture 6 DC current source and resistive network

Lecture 7 How to model and simulate the behaviour of real components

Bners designers curious about circuit and hardware design

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