10TPE47MAZB Capacitors

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Tantalum - Polymer Capacitors are a type of electrolytic capacitor consisting of an anode made of a sintered porous tantalum and a cathode with solid-state electrolyte, or surface-printable liquid electrolyte. The 10TPE47MAZB variant belongs to this family of capacitors, and it is specifically suitable for high-temperature applications like automotive electronics. In this article, we will take a look at this capacitor and discuss its application field and working principle.

Applications: The 10TPE47MAZB Tantalum - Polymer Capacitor has a very wide application field, and its most important uses include signal line decoupling, constant-current bypassing, timing circuits, and as an input capacitor for voltage references and regulators. Generally, it is employed in applications that require great stability and small size, like automotive ECU units, telecom products and LED drivers. Its operating temperature ranges from -55°C to 125°C.

Design:The 10TPE47MAZB capacitor is built around two elements: its anode, composed of a sintered porous tantalum, and its cathode, which contains either a solid-state electrolyte or a surface-printable liquid electrolyte. The construction of this type of capacitor is hermetically sealed and carefully designed in order to provide a dependable and long-lasting product with great performance. Its main feature is its ability to handle high-temperature applications without fail.

Operation & Working Principle:The operating principle of the 10TPE47MAZB capacitor is based on the production of an electrical charge when a voltage is applied to its terminals. This is the same mechanism of action of all capacitors. However, in the case of the 10TPE47MAZB variant, this process harnesses the ultra-stable characteristics of tantalum for an optimal performance. When the capacitor is in its discharged state, no charge is built and the dielectric layer is not depleted; in this configuration, the capacitor behaves in its highest capacitance.

When the 10TPE47MAZB capacitor is charged, the voltage applied to their terminals will cause a production of electrical charge. This electrical charge will be stabilized by the electrolyte in the anode and the cathode, allowing for a better performance than a classic capacitor. Additionally, the sintered tantalum of the anode material provides enhanced reliability and great temperature operating range.

The 10TPE47MAZB capacitor is considered optimal for those applications that require a great stability and great temperature operating range, like automotive ECU units, telecom products and LED drivers. Its design and construction make it a dependable and long-lasting product with great performance. This makes it a great choice for any application that demands reliability and optimal operation in high-temperature conditions.

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