150D155X0075B2TE3

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Tantalum capacitors are devices that use pure Tantalum metal pellets in order to store electrical energy since the material is able to hold high electrical charges for extended periods of time. The 150D155X0075B2TE3 is a popular new model of Tantalum capacitor that has found widespread use in microelectronic and medical technology applications. This article outlines the general application field of this particular model as well as its working principle.

Application Field: The 150D155X0075B2TE3 is a low profile, hybrid Tantalum capacitor model designed to provide long-term stability and reliable performance in very restricted spaces. It is commonly used in applications which demand high density circuit board placement such as cellphones, computers, and medical instruments. The model also offers a high CV rating per unit and provides a glass seal which is an excellent choice for medical applications. Additionally, the versatility of the 150D155X0075B2TE3 means that it can be used as a substitute for an axial capacitor in certain configurations.

Working Principle: The 150D155X0075B2TE3 relies on the fact that Tantalum is an ideal material for storing electricity due to its unique properties. Electrical energy is stored by using a polarized oxide layer which is applied to the metal surface. This layer, which is commonly referred to a ‘dielectric’, is what enables the capacitor to store electrical energy. The overall construction of the 150D155X0075B2TE3 includes a tantalum core, a dielectric surface, a steel cover, and a conductive electrode layer. The core and the steel cover form two of the terminals for the device, while the dielectric surface and the conductive electrode layer form the third.

The 150D155X0075B2TE3 is designed to provide consistent high performance over long periods of time. This is achieved through the use of a specialized manufacturing process which involves the precise control of the voltage, temperature, and pressure of the dielectric layer during the manufacturing process. This ensures that the model will maintain its pressure rating and reliability over long periods of time.

The 150D155X0075B2TE3 is widely used in a range of applications due to its high performance and reliability. The model offers excellent performance in very limited space and is suitable for use in medical devices, cell phones, and computers. Additionally, the model can also be used as an alternative to an axial capacitor in certain circumstances. Further information regarding the application field of the 150D155X0075B2TE3 as well as its working principle can be readily obtained.

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