B85121A2353A250

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Feed Through Capacitors, such as the B85121A2353A250, are devices designed to behave like a two-terminal electronic component that passes electric current between two electrodes, one being the input and the other the output. They are capable of filtering, decoupling, and isolating various electronic signals and currents in power transmission lines with higher efficiency than a traditional capacitor. Feed Through Capacitors work by rectifying alternating current (AC) signals into direct current (DC) signals, which eliminates the common mode noise that is present in the transmission line.

The B85121A2353A250 application field involves the use of such capacitors in the high-frequency, low-voltage range, mostly above 5 kHz. This specific type is specifically designed to deliver exceptionally high capacitance in the same environment, where high capacitance is required but the footprint of the capacitors is kept to a minimum. Examples of their uses in such fields include high-frequency signal teleportation, filter design, noise reduction, energy conversion, power line isolation, and high-voltage insulation.

The working principle of the B85121A2353A250 feed-through capacitors is that they store an electric charge across their two electrodes, which has traditionally been called the dielectric. As such, when an AC voltage is applied to the capacitor, a current flow occurs in an alternating direction while the voltage remains constant. The capacitor also acts as a reactance, meaning that the current flow and voltage levels are inversely proportional; when the current is high, the voltage is low, and vice versa. This type of capacitor also works as a filter or decoupler that separates signals and frequencies that come from the outside, blocking undesired elements.

Due to its small size, the B85121A2353A250 is suitable for applications with limited space output. It features a very good thermal stability, making it suitable for applications with changing temperatures, while also having an impedance and temperature coefficient that are very low. This clearly makes this type of feed-through capacitor a very efficient choice for applications where high capacitance is desired but at the same time a limited space output. Moreover, this type also features very good static and dynamic dissipation factors, which makes it suitable for operations that require precision and accuracy.

In conclusion, the B85121A2353A250 feed-through capacitors can be used in applications that require a very high capacitance but at the same time have limited space output. It has an exceptional thermal stability and very low impedance and temperature coefficients, all of which make it a very efficient choice for such operations. The capacitor works by rectifying alternating current to direct current and as a filter and decoupler, which results in a significant noise reduction in the transmission line.

The specific data is subject to PDF, and the above content is for reference