T541X108M004AT8705

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Tantalum-polymer capacitors are a type of bypass capacitor. They are made of a tantalum anode and a cathode with a conductive organic polymer electrolyte which when energized creates a charge. The combination of these components creates a capacitor with the following main features: high volumetric efficiency, excellent high-frequency characteristics, and good temperature stability. The T541X108M004AT8705 is a surface-mount capacitors ideal for harsh environments and high-temperature applications such as automotive, consumer, and communications industries.

The T541X108M004AT8705 capacitor is a tantalum-polymer, non-solid electrolyte polarized capacitor with a standard EIA case size and lead spacing. This capacitor has a capacitance of 470µF and a voltage rating of 6.3V. This capacitor has a high ratings for capacitance surface mounting and resistant to soldering temperature up to 260°C.

The application field of the T541X108M004AT8705 capacitor can be found in input or output filtering of power supplies, switches, control circuits, and motors. This capacitor is also popularly used in applications such as servers, rack-mount power supplies, mobile phones, automotive ECU, white goods and consumer electronics.

The working principle of a tantalum-polymer capacitor is quite simple. It is composed of two metallic electrodes, an anode and a cathode that are placed perpendicular to each other. The anode and cathode are separated by a dielectric material that acts as the barrier between the two electrodes and is an insulator of charges. A polymer electrolyte contacts the anode and cathode and is energized to create ions that make a type of semiconductor material. These ions act as charges on the electrodes, adding conductive pathways between the anode and cathode. When a voltage is applied, the ions rearrange and form an electrical field, forming a capacitor.

The T541X108M004AT8705 capacitor has been engineered for a wide array of applications to meet the specific requirements of automotive, consumer and communication devices. Its high volumetric efficiency, excellent high-frequency characteristics, and good temperature stability make this capacitor a great choice for high-heat, high-performance systems. It is designed for long-term use and can tolerate extreme temperatures and high moisuture levels.

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