150D564X9075A2BE3

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Tantalum capacitors are widely used in circuit design due to their excellent electrical properties. 150D564X9075A2BE3 is a type of electrolytic tantalum capacitor, which is characterized by its ability to store energy by exploiting the double-layer capacitance of the electrolytic tantalum. The device combines high capacitance and low cost with small physical dimensions, making it an ideal solution for most circuit design applications.

The construction of 150D564X9075A2BE3 is similar to that of other tantalum capacitors, using a tantalum pellet surrounded by a solid oxide layer, sealed in a tantalum case. One electrode is the anode, with an electrolytic material deposited on the cathode side. The device has a rated voltage of 16V and is rated for all power applications.

The main application of 150D564X9075A2BE3 is for high frequency filtering and power supply noise attenuation. Tantalum capacitors are widely used in DC-DC converters, DC-AC inverters, and other power electronics applications due to their high current handling and low ESR. 150D564X9075A2BE3 can also be used for decoupling and bypassing in digital and analog circuits, since it is a non-polar device.

The working principle of 150D564X9075A2BE3 is based on the double-layer capacitance of the tantalum pellet. When the device is connected to a DC power source, the tantalum material attracts and attracts free electrons and ions from the electrolyte solution. This charge layer is maintained by the electrolyte and because the surrounding oxide layer allows ions to pass through it, the material stores electrical energy. This stored energy is released when the device is subjected to an AC voltage, forming a current path from the anode to the cathode.

150D564X9075A2BE3 is a good choice for when high capacitance and low cost is desired. It is a non-polar device and is rated for a wide range of applications such as high frequency filtering, power supply noise attenuation, decoupling and bypassing. Its high current handling and low ESR make it a reliable choice for use in power electronics, while its small physical dimension makes it a great choice for use in a variety of circuit designs.

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