High reliability – this is what the industry demands for some of the world’s most important devices.

As electric vehicle (EV) adoption for both consumer and commercial purposes rapidly grows, so does the need for a more widespread, and faster, charging infrastructure.

To help our customers with filter selection, we generally provide a lot of detailed information on what our various filters can do.

The generation of RF energy is critical for a wide range of technologies including magnetic resonance imaging (MRI), semiconductor manufacturing, industrial lasers, and wireless charging systems that require high-frequency current and minimal instances of power loss.

After decades of viewing MIL-SPECs as the gold standard for qualifying and screening parts for viability in space, NASA has recently changed course, and is adopting commercial-off-the-shelf (COTS) parts as an option for a variety of space applications.

For more than 3 million people in the United States, pacemakers and implantable cardioverter defibrillators (ICDs) are life-changing technology they rely on.

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.

Designing medical implantable devices for high reliability is crucial for a variety of reasons.

Today, one of the most cost-effective and flexible electrical interconnection techniques available is wire bonding.

To help customers with filter selection, we generally provide a lot of information on what our filters can do.

Trimmer capacitors are variable components used to calibrate RF circuits during manufacturing or servicing.