Understanding How Electricity Works To Troubleshoot Easier
Published 5/2024
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.13 GB | Duration: 1h 30m
Improve your ability to troubleshoot by understanding the flow of electricty, and how it interacts with components.

What you'll learn

Understanding Basic Electrical flow

Some Simple Troubleshooting on basic components.

How Components React to the Reaction of Electricity

Load Circuits and Control Circuits

How to apply ohms law and watts law.

Requirements

No Skills required as this introductory level.

Description

In this course you will get an breif description of how electricty is made and how that creation reacts as it goes through its delivery to the devices we commonly see and use. Understanding the reaction of electricity and how each component reacts will give you a better ability to understand failures. When you have a failure, you will know why. Electricity uses a series of magnetic fields to get to the components we work with, those magentic fields induce the work being done on our end. In each Component section we will describe how the component works in its simplest form. The course is designed to avoid heavy confusing equations typically used in electrical design but still touching on some easy to use equations commonly used. This course covers how electric flows, what it flows through and what it does not flow through. It covers how to use typical meters. It covers some basic readings to use with your meter. It covers testing of each component we describe, again in the simplest way possible. This course also covers some applications components may be used in and some common failures. This course also covers common connectors, insulation and wire types.

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 Disclaimer

Section 2: What is Electricity?

Lecture 3 Atoms and Electron Flow

Section 3: How Electricity is made- Electron Flow-Power Distribution

Lecture 4 How Electricity is made- Electron Flow-DC and AC

Lecture 5 Frequency, Magnetic Reaction and Power Distribution

Section 4: The Breaker Panel

Lecture 6 The Breaker Panel

Section 5: Common Test Meter Types and Use

Lecture 7 Meters

Section 6: Conductors, Insulators and Connectors

Lecture 8 Wire and Things that Carry Current

Lecture 9 Insulators and Connectors

Section 7: Math, Ohms Law, Watts Law, Series and Parallel Circuits

Lecture 10 Math Terminology

Lecture 11 Series and Parallel Circuits

Lecture 12 Control Circuits and Load Circuits

Section 8: Heating Elements, Reverse Math and Wattage

Lecture 13 Ohms and Watts Law Calculations

Lecture 14 Heating Elements, Reverse math and Wattage

Section 9: Components

Lecture 15 Switches and Thermostats

Lecture 16 Capacitors

Section 10: Inductive Loads and Components

Lecture 17 Inductive Loads Intro

Lecture 18 Transformers Introduction

Lecture 19 Relays

Lecture 20 Contactors

Lecture 21 A/C Motors Introduction

Lecture 22 DC Motors Introduction

Mechanical repair technicians,Maintenance Repair,New Electricians,HVAC Technicians,Any one with Curiosity about how electricity reacts in components.