B85321A2405A201

Feed Through Capacitors

The B85321A2405A201 feed-through capacitor is a high-performance, through-hole feed-through capacitor that is designed to be used in high-voltage applications. It is a device that passes electric current through the capacitive element, allowing it to function as an electrical filter. It is used to reduce electrical noise and improve SNR, and is ideal for situations where high-frequency signals need to be shielded.

The B85321A2405A201 feed-through capacitor is manufactured from an epoxy-encapsulated glass-filled ceramic material. It is designed to be used in applications that require a high-frequency current to pass through a capacitor and across a high-voltage gap. The device has a voltage rating of 350VAC and a range of capacitance values from 0.47uF to 27uF. It is also designed with a low inductance for increased efficiency and better high-frequency performance.

The working principle of the B85321A2405A201 feed-through capacitor is based on the capacitive effect of two conductors placed parallel to each other. When an electric field is present, it creates an electrical current that flows from one of the conductors to the other. The magnitude of this electric field is proportional to the capacitance of the capacitor, which is determined by the physical distance between the two conductors and the size of the capacitor’s gap.

The B85321A2405A201 feed-through capacitor is specifically designed for applications in which electrical energy needs to be converted from one type to another or from one frequency to another. It can also be used as an electrical filter to reduce noise and improve the SNR in a variety of high-frequency applications. Additionally, it can also be used to provide signal isolation in circuits operating in hazardous environments, and it is also used in power supplies and other power-conversion applications.

The feed-through capacitor has gained a lot of popularity in the industrial world, due to its ability to provide both signal and energy conversion in a single device. Its low inductance allows for faster switching and more efficient operation, and its high-voltage rating makes it suitable for a variety of high-voltage applications. It can also be used in a variety of power supplies and other power-conversion applications. Its combination of features make it an ideal choice for high-performance applications in any industry.