T551B147M006AH4251

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Tantalum-Polymer capacitors have become common construction components in modern electrical engineering and have increasingly diverse uses and application fields. The Tataum-Polymer capacitor, a specialized variation of the more common Tantalum capacitor, offers specific advantages in terms of size, cost and performance, making it an optimal choice in many RF and power circuit applications.

The T551B147M006AH4251 is an example of a Tantalum-Polymer capacitor, and has a wide range of uses in modern electrical applications. It has an operating temperature range of -55°C to +85°C, with an ESR rating of 0.04 Ohm, making it an ideal choice for audio, video, and instrumentation applications.

The capacitor is also perfect for circuit designs requiring high power density, low impedance and low cost. It can be used in high power and high voltage pulse applications, such as Class-D audio amplifiers, power converters, and DC-DC converters. Additionally, the capacitor is often used in voltage-blocking applications and can safely handle peak voltages up to 6.3V.

The T551B147M006AH4251 capacitor consists of an anode and a cathode which sandwich a dielectric layer, known as a “Polymer Capacitor Film”. The anode comprises an electrolyte of liquid or solid crystalline and an anode material of Tantalum pentoxide (Ta2O5). The cathode is composed of a carbon polymer film, a conductive polymer or a conductive material like nickel.

The capacitor assembly is hermetically sealed with epoxy resin and is designed to work in both low and high temperatures environments. The capacitor operates by accumulating and storing electrical charge, resulting in a voltage differential across its two poles. The way the capacitor functions is based entirely on the behavior of the electric field in the capacitor, which results in an electric charge being stored in the electric field.

When an alternating current is applied to the capacitor, the electric field will interact with the charge stored on the capacitor, resulting in an electrical signal that passes through the device. The capacitance of the T551B147M006AH4251 is measured in Farads and its energy capacity is measured in Joules. The physical size and shape of the capacitor limits its ability to store electric charge, which is why larger capacitors are commonly used for applications requiring higher capacities or power density.

The T551B147M006AH4251 capacitor is also characterized by its ability to deliver a high frequency response, allowing it to be used for pulsed applications. It is also highly stable over a wide temperature range and offers excellent leakage characteristics, making it a reliable choice for long term circuit designs.

The T551B147M006AH4251 capacitor has a multitude of applications, particularly in RF and power circuit designs where size and cost are important considerations. It offers excellent performance characteristics and is capable of efficiently storing and delivering electrical charge, making it a valuable component in endless electrical engineering applications.

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