Lesson 1 - Introduction - Practical Power Sourcing and Measurement Considerations

An introduction to the practical considerations of power sourcing and measurement. It covers topics such as the different types of power supplies and electronic loads, the parameters that are important to consider when selecting them, and the software that is available to help you use them effectively.

Lesson 2 - Important Power Supply Parameters and Features

Discusses the important parameters and features to consider when selecting a power supply. It covers topics such as voltage, current, output impedance, ripple and noise, load regulation, line regulation, overload protection, and thermal protection.

Lesson 3 - Expanding Power Supply and Electronic Load Capabilities

Ways to expand the capabilities of power supplies and electronic loads. It covers topics such as using multiple power supplies, using electronic loads to simulate real-world loads, and using software to control and monitor power supplies and electronic loads.

Lesson 4 - Advanced Power Supply Features

Advanced power supplies have features that can be useful for testing devices. These features include programmable output voltage and current, output sequencing, data logging, remote control, and communication interfaces.

Lesson 5 - Power Supply and Electronic Load Software Considerations

Discusses the different types of software available for power supplies and electronic loads, as well as how to choose the right software for your needs. It also covers how to use software to configure and control your power supplies and electronic loads, and how to troubleshoot problems using software.

Lesson 6 - Summary - Practical Power Sourcing and Measurement Considerations

A summary of the key concepts and topics covered in the "Practical Power Sourcing and Measurement Considerations" course. It also includes a list of additional resources that you may find helpful, such as application notes, white papers, and software downloads.