Knowles Blog

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

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

In a previous article about electric vehicles (EV), we talked about using DC link capacitors as an intermediary buffer in power converters.

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.

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

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.

Since a lot of electronic component manufacturers are now focusing production efforts on high-volume commodity applications, as their specialty component production equipment ages, many companies are electing to divest in this type of production.

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

SiC converters deliver higher voltage and efficiency than silicon, with snubber circuits and capacitors further improving performance.

Healthcare professionals and patients rely on magnetic resonance imaging (MRI) technology to examine soft tissues and organs in the body to detect a variety of issues, from degenerative diseases to tumors, in a non-invasive manner.

Today, many electrical systems are demanding higher operating voltages and temperatures, along with higher capacitance values – particularly in the fast-growing area of power electronics for electric vehicles (EVs).