T550B107K040AH

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Tantalum-polymer capacitors are an intermediary between tantalum powder and solid tantalum capacitor designs, offering an improvement over tantalum powder types. Constructed from a Ta-oxide dielectric, typically sintered anodically into a porous anode, a polymer material is thereafter impregnated into the porous anode, acting as the electrolyte. This method of construction enables the provision of larger capacitance values and greatly improved voltage handling capability when compared with a traditional solid tantalum capacitor of the same physical size. As a result of their increased performance capabilities, E-Capacitors have been recognized and rapidly adopted in many modern decentralized and distributed power-supply applications, new space-saving designs, and even in both consumer and military/amongst other markets requiring very high reliability.

The T550B107K040AH capacitor is a surface mount soldered TANTALUM- POLYMER CAPACITOR. This device is designed for use in a variety of applications including filtering and energy storage. Its primary function is to store energy in the form of an electric field and filter the energy, discharging the accumulated energy when the voltage is reduced. The T550B107K040AH capacitor is made of a Ta-oxide dielectric and a polymer material.

The dielectric of the T550B107K040AH capacitor is a dielectric material that is sintered anodically into a polymer electrolyte-impregnated porous anode. This design creates an extremely stable and predictable electric field, allowing for higher capacitance values than traditional solid tantalum capacitor designs. In addition, the porous anode and surrounding polymer electrolyte improve the voltage handling capability of the capacitor. This can improve the capacitors performance in most applications and increase the reliability level.

The T550B107K040AH capacitor can be used in a wide range of applications because of its superior performance. It can be used in various filtering applications, energy storage applications, and as a replacement for standard electrolytic capacitors in consumer and military/aerospace applications. The device is also designed for power applications, where its superior voltage handling capabilities can provide improved system performance. In distributed and decentralized power supplies, the improved performance of the T550B107K040AH capacitor can help reduce the size, cost, and complexity of the design.

The working principle of the T550B107K040AH capacitor is much like any other capacitor. This device utilizes the principle of an electric field to store energy in the form of an electric field, and to filter discharging the accumulated energy when the voltage is reduced. The main difference between the T550B107K040AH capacitor and a traditional design is in the construction of the dielectric. By using a Ta-oxide dielectric and a polymer electrolyte-impregnated porous anode, the device is able to offer superior performance compared to other types of capacitors, without sacrificing board space.

In conclusion, the T550B107K040AH is a TANTALUM-POLYMER CAPACITOR that offers superior performance to other types of capacitors. Its Ta-oxide dielectric and polymer electrolyte-impregnated porous anode allow it to offer higher capacitance values, improved voltage handling, and increased reliability. As a result, the device can be used in a wide range of applications, including filtering, energy storage, and power applications. The T550B107K040AH is an excellent option for most modern decentralized and distributed power-supply designs.

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