185683J100RHB-F

Film capacitors are electrical components with two electrical conductors that are separated by an insulating film. It stores electric energy just like capacitors, which means the amount of electric energy it can store is determined by its capacitance, which is usually represented by farads.

The 185683J100RHB-F is a film capacitor featuring non-inductive construction, making it ideal for high frequency filtering and coupling applications. It is resistant to microphonics due to its epoxy coating on the casing, allowing it to be used in audio and sound equipment. The 185683J100RHB-F also features a high voltage rating and a wide capacitance tolerance.

The working principle of a film capacitor is based on the concept that electric fields exist between two conducting plates separated by a dielectric layer. Whenever a voltage is applied to the plates, charge is attracted to the surface of the dielectric and an electric field is created between the plates. As the voltage applied to the plates increases, the electric field intensity in the dielectric increases, causing the capacitance of the capacitor to increase. The electric field intensity is directly related to the capacitance; the higher the electric field intensity, the higher the capacitance.

The 185683J100RHB-F is an ideal component for applications where compact size and reliable operation are critical, such as avionics, medical apparatus, and automotive electronics. Due to the low profile design, the component is well suited for automated assembly and mounting in confined spaces. Furthermore, its non-inductive construction allows it to operate in high frequency circuits without introducing additional electrical noise, making it ideal for high frequency filtering and decoupling applications.

In summary, the 185683J100RHB-F is a versatile film capacitor that is suitable for a variety of applications where high voltage ratings and capacitance tolerances are important. Its non-inductive construction and epoxy coating make it ideal for high frequency filtering and coupling applications, while its low profile design allows it to be mounted in confined spaces.