T491X156M050ZT

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Tantalum capacitors are one of the most popular types of capacitors, and are particularly renowned for their high capacitance and stability. As their name suggests, tantalum capacitors are constructed from tantalum, and are often used in applications such as electronic circuit boards, electric heating elements, power supplies, and automotive ignition systems. The specific capacitor model T491X156M050ZT has a capacitance of 0.156 μF.

The working principle of a tantalum capacitor is based on the electrolytic property of the tantalum dielectric material, which is able to pass current through a thin layer of aluminum oxide on the tantalum. This layer acts as an insulating layer, allowing charges to accumulate on either side of the capacitor. The electric field created between the two surfaces of the capacitor then allows for the storage of electrical energy.

Generally, tantalum capacitors are used in applications requiring high capacitance in a relatively small package. For instance, they are often used in portable electronic devices, such as cell phones and digital cameras, which need to conserve space and weight, while still delivering a reliable amount of energy storage. They are also used in automotive, telecommunications, and medical applications where a low-loss capacitor is required.

T491X156M050ZT capacitors are specifically designed for use in compact, low-profile applications that require a high capacitance. These capacitors feature a Nichicon™ Cap-Bus™ construction, which makes them well-suited for industrial power supplies, cellular phone base stations, and general audio applications. Additionally, they are rated for temperatures up to 105°C, allowing for extended operational life.

In summary, T491X156M050ZT tantalum capacitors are designed for compact, low-profile applications requiring a high capacitance with extended operational life. Their features, including the Nichicon™ Cap-Bus™ construction and temperature rating, make them ideal for a variety of applications such as industrial power supplies, cellular phone base stations, and general audio applications.

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