DB050180WP10238BJ1

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Feed Through Capacitors are widely used in various fields, but the DB050180WP10238BJ1 application field and working principle are particularly important. This article will discuss the application field and working principle of the DB050180WP10238BJ1.

Feed Through Capacitors are most commonly used in electric circuit systems, such as in high frequency circuits, as decoupling capacitors, to filter interference between adjacent power or signal lines, and to reduce power consumption in some circuits by providing the necessary feedback for current stabilization.

The DB050180WP10238BJ1 is an example of a Feed Through Capacitor. It is a ceramic surface mount component with a high voltage breakdown capability of 8,000 Volts. The DB050180WP10238BJ1 is designed for insulation applications and is typically used for applications requiring tight pitch installations and rapid product assembly.

The DB050180WP10238BJ1 is a self-contained, two-piece device consisting of a ceramic block and an anode electrode. The ceramic block contains two capacitors, a primary and a secondary. The primary capacitor is used to store the electrical charge, while the secondary is used to provide electrical feedback and noise suppression. The capacitor’s two electrodes, or poles, are connected by a copper braid. This braid provides the necessary connection between the anode and the cathode, allowing the capacitor to store and discharge the electrical charge.

The DB050180WP10238BJ1 is designed for use in high-voltage, insulated applications. The ceramic block is insulated using a double-sided etched ceramic tape, which helps to provide higher insulation resistance and greater thermal stability. The anode and cathode are connected with a copper braid and a solder mask, which ensures a stable connection and facilitates easy product assembly. The DB050180WP10238BJ1 is compatible with a wide range of materials, including the surface mount materials and common board materials.

The working principle of the DB050180WP10238BJ1 is simple. The capacitor stores an electrical charge when voltage is applied to its electrodes, and is able to release the charge when the voltage is removed. The capacitor is designed to provide a stable connection between the anode and cathode, while at the same time providing the necessary feedback for current stabilization. The capacitor also provides insulation against high voltages, and helps to reduce power consumption by reducing interference between adjacent power or signal lines.

In conclusion, the DB050180WP10238BJ1 is a Feed Through Capacitor commonly used in electric circuits. This component is designed for insulated applications and is equipped with a high voltage breakdown capability. It contains two capacitors, a primary and a secondary, and is connected using a copper braid. The working principle of the DB050180WP10238BJ1 is that it stores an electrical charge when voltage is applied to its electrodes, and is able to release the charge when the voltage is removed.

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