930C2W6P8K-F

Film Capacitors

A Film Capacitor, also known as a Plastic Film Capacitor, is a type of capacitor created using a polyester or polypropylene material. They offer superb frequency stability, excellent dielectric properties as well as being robust and reliable in extreme environmental conditions. These attributes make Film Capacitors ideal for many different applications, from filtering and rectification to AC leakage current in capacitors.

930C2W6P8K-F Application Field and Working Principle

The 930C2W6P8K-F is a polyester Film Capacitor designed for smoothing rectifiers, filtering and for noise suppression purposes in general. It is ideal for use in EMI / RFI filtered circuits found in many modern electronic and automotive applications, such as automotive on-board computers, central locking systems and entertainment systems.

Film Capacitors, such as the 930C2W6P8K-F, work by storing electrical energy in the form of a magnetic field, when a voltage is applied to the capacitor. The charge stored in the capacitor is therefore proportional to the applied voltage. As the current flow when a voltage is applied, it creates a reverse polarity field which pushes back against the current, effectively reducing the current and thus the voltage.

The 930C2W6P8K-F has a capacitance of 0.47μF and can handle operating voltages up to 40V. Its low profile design allows it to fit in difficult to reach places, while the flame retardant epoxy resin conformal coating provides a measure of environmental protection. The capacitor also has a very low ESR of 1.3mΩ, ensuring that it can provide a wide range of filtering applications.

Conclusion

The 930C2W6P8K-F Film Capacitor is a reliable and stable solution for many electronic and automotive applications, offering robust construction and excellent performance. It is capable of operating at high temperatures and provides excellent EMI, RFI and ESR filtering. Its low profile design makes it ideal for use in difficult to reach places, allowing for a wide range of potential applications.