Routing Digital Boards to Avoid Problems

There are many ways to route a PCB, some much more effective for signals than others. The first design rule is that the board must work properly, so it is important to have a plan that addresses... [more]

Safeguarding Electrical Components and Devices with Nanocoating Technology

Engineered Reliability: Safeguarding Electrical Components and Devices with Nanocoating Technology, focuses on real-world examples of where significant product challenges were presented (such as... [more]

Causes of Signal Degradation in PCB Transmission Lines

Signal degradation on PCB transmission lines manifests in many forms: undershoot, overshoot, ringing, pulse shape distortion, switching noise, attenuation, ground bounce, skew, etc. All these can be... [more]

RF and Mixed Signal PCB Layout

This session is intended for board designers to understand the things RF engineers request during PCB layout. Experienced RF engineers will likely not learn anything new from this course, as the... [more]