B85321A2205A750

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Feedthrough capacitors provide a low-inductance connection between antennas and their radio equipment. The B85321A2205A750 is a feedthrough capacitor used for this purpose. This type of capacitor is an important component of any radio signal receiving or transmitting system, as it ensures that the connection between the two devices is as low in inductance as possible.

It is constructed from two pieces of metal foil separated by a dielectric material that has a high breakdown voltage. This material is usually a polymer or ceramic. The two pieces of foil form the electrodes of the capacitor, with the dielectric material in between. The dielectric material controls the capacitance of the capacitor and helps to reduce the inductance. This type of capacitor is usually available as an aluminium or tin plated component and is usually sealed with epoxy.

The B85321A2205A750 is often used in radio transmission and receiving systems. It can be used to reduce antenna to radio system impedance mismatch, as well as to minimize any noise induced in the antenna signal. The capacitor is a low-inductance component, which helps to minimize the drop in power output between the antenna and the radio equipment. The B85321A2205A750 can also be used to eliminate unwanted frequencies from the signal, such as harmonics or undesired sidebands.

The B85321A2205A750 is a low-cost and reliable feedthrough capacitor. It has a high breakdown voltage of 220 VDC and a capacitance of 750 pF. It has a low self-inductance of 25 nH and is designed to operate optimally from -55°C to +105°C. This capacitor is suitable for applications such as wireless system antennas, satellite antennas, and Wi-Fi systems.

In summary, the B85321A2205A750 is a feedthrough capacitor that has a low inductance and high breakdown voltage. It is used in radio transmission and receiving systems to minimize impedance mismatch and minimize any noise induced in the antenna signal. It has a low cost and is designed to operate optimally over a wide temperature range. This makes it an ideal choice for applications that require a reliable and low-cost feedthrough capacitor.

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