In this session, we will discover the difference between the analog and digital domains; the wide variety of analog sensor technologies that are available; the ways in which we can implement multi-value digital systems; the ways we sample analog...

We introduce fundamental concepts, starting with protons, neutrons, and electrons, leading to molecules, crystals, etc., which leads to the difference between conductors and insulators. We consider voltage and current, resistance and resistors...

This lecture will provide practical guidance on deployment testing in the field. We will discuss test methods, test equipment, and strategies for obtaining valid test results under variable field conditions and in the presence of interference. In...

This lecture will cover the challenges associated with production testing of wireless hardware. We will discuss strategies for optimizing test speed, maximizing yields, and minimizing false failures. We will also examine test fixturing for over...

This lecture will examine QA test and test automation techniques. We will cover common test scripting and regression test methods and will discuss ways of reproducing field conditions and field failures.

In this session, you will learn about wireless test methods, test standards, and test equipment used in R&D, quality assurance (QA), and production. We will cover performance, interoperability certification, and regression testing of mainstream...

Today's lecture will cover R&D test methods and metrics applicable to wireless products. We will learn about performance and certification testing of RF and protocol layers. The material will include test methods for measuring radio range, data...