
Mitch introduces Digital Multimeters and the Course Outline and Blocks (Sections).
Mitch provides an overview of the section topics.
Students will learn the diagram, quantities and purpose of a basic electrical circuit.
Students will learn where and how to take basic measurements on a basic electrical circuit.
Students will be introduced and learn the basic electrical quantities and values inherent to understanding and measuring electrical circuits.
Students will learn Ohm's Law and Ohm's Power Formula and their importance and relationship to electrical testing.
Students will learn circuit types and configurations and basic measurements of them with a multimeter.
Students will learn series circuit specifics, variables, and calculations.
Students will learn parallel circuit specifics, variables, and calculations.
Mitch provides an overview of the section topics
Students will learn about general electrical testing safety standards and meter ratings.
Students will learn about the safety features and hazards of using a multimeter.
Students will learn about and understand the differences between digital and analog meters.
Students will understand and be able to perform voltage measurements using various test instruments.
Mitch provides an overview of the section topics.
Students will learn about Ohm's Toaster and its value to learning electrical testing.
Students will learn how to take voltage, current, and resistance measurements on the toaster.
Students will learn how to take and calculate power measurements using the toaster.
Mitch provides an overview of the section topics.
Students will learn the buttons and settings using a popular DMM (Fluke 117).
Students will learn the basics of range and resolution and comparisons among different test instruments.
Students will learn details of range and resolution and the prefixes and tables used in electrical testing.
Students will understand and learn how to interpret range and resolution when applied to electrical circuits.
Mitch provides an overview of the section topics.
Students will learn how to take different types of voltage measurements.
Students will learn how to take current (amperage) measurements.
Students will learn how to take resistance measurements.
Students will understand continuity and how to take continuity measurements.
Students will learn about diodes and how to test them.
Students will learn about capacitors and how to test them.
Additional resources and website information
The Beginner's Guide to Testing Electrical Circuits combines clear explanations of electrical circuits, components, and values with detailed demonstrations and labs on using test instruments competently and safely. The instruction also covers common circuit and component troubleshooting and the role of a multimeter in that process.
Designed for students and beginners, the curriculum is also a great refresher and skill builder for those familiar with electrical testing. Whether you are a student, electrician, technician, engineer, or hobbyist, The Beginner's Guide to Testing Electrical Circuits will improve your knowledge and competence when using digital multimeters.
The instruction begins with lessons on basic electrical circuits, terminology, and theory, including Ohm's Law. These are then applied to test instruments and how they function. Also included are essential safety precautions and step-by-step test procedures. Basic testing tools are demonstrated, primarily focusing on the digital multimeter. Students should have access to a meter to replicate and practice testing procedures included in the training.
The instructor, Mitch Hegman, is both a practicing master electrician and a professional instructor. Mitch understands electrical testing from both a practical and educational perspective and applies a combination classroom and "in-the-field" approach to his teaching. And early course lessons introduce and allow students to begin using and practicing with their meters as they learn about circuits and components.