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Electronics Course: Practical Labs
Published 1/2025
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 407.58 MB | Duration: 1h 25m

"Build a Strong Foundation in Circuit Design and Analysis with Resistor Networks and Half-Wave Rectifiers"

What you'll learn

Fundamentals of resistors and Ohm's Law.

Analyzing series and parallel resistor networks.

Designing and testing half-wave rectifiers.

Understanding diode characteristics and applications.

Ripple filtering and voltage regulation.

Hands-on circuit measurements and troubleshooting.

Requirements

Basic math skills (high school level).

A breadboard, resistors, diodes, and a power supply (details provided in the course).

A multimeter for circuit measurements.

Enthusiasm to learn and experiment!

Description

Unlock the world of electronics with this comprehensive, hands-on course that dives deep into resistor circuits and the fascinating realm of diodes. Whether you're just starting out or looking to solidify your knowledge, this course equips you with the skills to confidently analyze, design, and experiment with essential electronic circuits.Why enroll in this course?Gain practical skills by experimenting with circuits and measuring key parameters like voltage drops and ripple effects.Learn the theory behind key components like resistors and diodes while applying that knowledge to real-world scenarios.Perfect for beginners and enthusiasts eager to transition from basic knowledge to advanced circuit analysis.What's inside?This course is divided into two key sections:Section 1: Resistor CircuitsDive into the principles of Ohm's Law, series, and parallel configurations. By the end, you'll master circuit analysis and be confident in your ability to understand resistor networks.Section 2: Half-Wave RectifiersUncover the magic of diodes, from their construction and characteristics to their role in converting AC to DC. This section is packed with detailed analysis, including ripple filtering, voltage regulation, and practical rectifier design.Instructor CredentialsWith over 10 years of experience in electronics and circuit design, your instructor has mentored hundreds of students, helping them translate theoretical concepts into practical expertise. As a certified electronics engineer, they bring real-world insights and problem-solving techniques to every lesson.What Students Are Saying"This course was exactly what I needed to understand resistor circuits and diode applications. The experiments made it easy to grasp the concepts!" - Jane R."The instructor's clear explanations and real-world examples were a game changer. Highly recommend for anyone new to electronics." - Alex T.What You Will LearnFundamentals of resistors and Ohm's Law.Analyzing series and parallel resistor networks.Designing and testing half-wave rectifiers.Understanding diode characteristics and applications.Ripple filtering and voltage regulation.Hands-on circuit measurements and troubleshooting.Who Is This Course For?Beginner electronics enthusiasts eager to start building and understanding circuits.STEM students who want a solid grasp of resistor circuits and diodes.DIY hobbyists looking to enhance their practical skills.Professionals in electronics seeking a refresher in key concepts.RequirementsBasic math skills (high school level).A breadboard, resistors, diodes, and a power supply (details provided in the course).A multimeter for circuit measurements.Enthusiasm to learn and experiment!

Overview

Section 1: Introduction

Lecture 1 Section Intro

Lecture 2 Learn Electronics

Lecture 3 Section Summary

Lecture 4 Reading Material

Section 2: Measurement Tools

Lecture 5 Section Intro

Lecture 6 BreadBoard

Lecture 7 Multimeter

Lecture 8 Function Generator

Lecture 9 Oscilscope

Lecture 10 Dc power

Lecture 11 Section Summary

Lecture 12 Reading Material

Section 3: Circuit with Resistors

Lecture 13 Section Intro

Lecture 14 Introduction to Resistor

Lecture 15 Series Circuits

Lecture 16 Parallel Circuits

Lecture 17 Parallel and Series Circuits

Lecture 18 Experiments with the Ohm's Law

Lecture 19 Section Summary

Lecture 20 Reading Material

Section 4: Circuits with Diodes

Lecture 21 Section Intro

Lecture 22 Introduction to Diodes

Lecture 23 Diode characteristic curve

Lecture 24 Introduction to Rectifiers

Lecture 25 Half-Wave Rectifier Design

Lecture 26 Ripple Analysis and Filtering

Lecture 27 Zener diode voltage regulator

Lecture 28 Section Summary

Lecture 29 Reading Material

Section 5: Practice Test

Beginner electronics enthusiasts eager to start building and understanding circuits.,STEM students who want a solid grasp of resistor circuits and diodes.,DIY hobbyists looking to enhance their practical skills.,Professionals in electronics seeking a refresher in key concepts.

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