Poles and zeros shape a filter’s transfer function and frequency response, giving RF designers tools to improve filtering performance.

Today, millions of people around the world rely on pacemakers to help regulate their heart’s rhythm.

SLC Design Kits help engineers evaluate capacitor options faster, streamline prototyping, and make design adjustments with confidence.

Learn how bandwidth impacts data rates and filter selection across RF applications.

When launching expensive mission-critical equipment and people into space, there is absolutely no room for failure of any component.

Snubber capacitors protect EV power electronics from voltage spikes generated during high-frequency switching.

To help customers with filter selection, we generally provide a lot of information on what our filters can do. But in this new Filter Basics Series, we are taking a step back to cover some background information on how filters do what they do.

In this new application note, we dive into the details on all things related to tuning elements.

Learn how waveguides, transmission lines, and electromagnetic modes influence RF filter design.

When selecting a filter implementation, one factor that is common across all frequencies is optimizing the size of the filter given the application and the required performance.

Surface-mount EMI filters provide high-performance noise suppression for demanding, high-reliability applications.

Understanding lumped and distributed element filter construction helps engineers choose the right approach based on frequency, performance, size, and application needs.