Interference Suppression Capacitor

Additionally, there are other factors that make film capacitors the better option. The high capacitance of the parallel electrolytics might lead to issues with inrush current regulation, among other things. Additionally, films are far more resilient to transient overvoltages on the dc-link connection, which are frequent in light traction applications like electric automobiles.

The capacitor has the advantages of low dissipation,high insulation resistance, good self-healing character, anti-striking current, strong over-carrier capacity and steady electric performance, and reliable safety with inner anti-explosion device, etc. 

High insulation resistance and strong heat resistance are two qualities of film capacitors. It possesses non-inductive and self-healing qualities. Capacitance and loss angle are frequency independent across a broad frequency range, fluctuate little with temperature, and exhibit good high-frequency insulation performance, which is difficult for other dielectric materials to achieve. High thermal stability and low absorption coefficient.

Will this sensor be used in vehicles? I can only advise you to “never say never.” Who could have predicted that automobiles would contain so many processors and a variety of high-tech sensors, such as IC accelerometers, gyroscopes, radar, cameras, as well as voltage, current, pressure, and temperature sensors, to name a few? Of course, this distinct sensor setup with its broad range and excellent resolution might also find use outside of the automobile industry.