150D154X0020A2TE3

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Tantalum capacitors, named for their material content, provide high capacitance in the small packages. 150D154X0020A2TE3 capacitors in particular provide a high performance choice for applications requiring a reliable dielectric. The design of this capacitor makes it ideally suited for a variety of industrial, consumer, and automotive electronics.

The 150D154X0020A2TE3 tantalum capacitor utilizes a tantalum powder as the cathode material. A solid electrolyte sandwiched between tantalum plates forms the dielectric and is sealed for hermetic protection. This construction has the advantage of providing a very stable dielectric in a stable package. The capacitance at particular voltage ratings can withstand multiple temperature ranges and protects against electrical leakage.

The application fields for a 150D154X0020A2TE3 tantalum capacitor are numerous. Considered a high energy capacitor, it is used extensively in order to maintain stable power conditions in wireless personal devices, cell phones, and portable media players. Portable gaming devices, navigation equipment, automotive electronics, and smart meters also benefit from this capacitor’s high reliability and performance.

The working principle behind the 150D154X0020A2TE3 tantalum capacitor is simple. When electrical voltage is applied to the capacitor, the positively charged particles of the electrolyte migrate towards the positively charged tantalum anode plate and the negatively charged particles move towards the negatively charged cathode, resulting in a voltage across the two plates. This voltage creates an electrostatic field within the capacitor, which stores energy as a result of the current being provided. This energy is released as the capacitor discharges.

The 150D154X0020A2TE3 tantalum capacitor provides an excellent choice for a high performance and reliable dielectric for a variety of electronic devices. It\'s hermetic sealing protects against electrical leakages, while the stable construction ensures a high level of capacitance at multiple temperatures. Its application field spans consumer, automotive, and industrial electronics, making it a sought after choice for many electronics engineers.

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