150D473X0035A2T

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Tantalum capacitors are components that utilize the dielectric properties of tantalum material. 150D473X0035A2T is a type of tantalum capacitor. It is a polarized capacitor with an anode (+) and cathode (-). The anode is made out of orectic manganese dioxide which acts as the dielectric and sandwiched between two conductive electrodes - the tantalum anode and a cathode which is usually made of a metal alloy.

Application: A 150D473X0035A2T is a type of small-valued capacitor that can be used for many general-purpose applications. It can be used in boards, circuits, and electronic assemblies in order to store energy, and reduce power dissipation. It finds its application in circuits that involve filtering, energy storage, and signal coupling. For instance, it can be used for high-frequency bypassing in systems that require high stability. It is also used in tamper and overvoltage protection circuits and low-noise applications. Moreover, it can also be used in applications where space and size are constraints, such as mobile phones and wearables.

Working Principle: The working principle of the 150D473X0035A2T is based on utilizing the dielectric properties of tantalum material. When a voltage is applied across the terminals, the anode and cathode come in contact with the dielectric material, allowing for a capacitance to form. The capacitance value of the capacitor depends on the dielectric properties of the material in use. The resistance-to-leakage current ratio is also determined by the dielectric material.

When the 150D473X0035A2T capacitor is energized, the electric potential energy that is stored in the capacitor is converted into mechanical energy to form an electric field within the dielectric material. This electric field helps to control the current flow and increases the capacitance value when the voltage is increased. When the voltage is decreased, the electric field dissipates and the capacitance value decreases.

The 150D473X0035A2T is a powerful device that offers various advantages over other capacitor types, such as large capacitance values, low leakage current, and high stability even in extreme temperatures. It also has a very fast response time, which makes it suitable for high frequency applications. Furthermore, its low DC resistance makes it ideal for pulsed power applications.

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