T551B396M060AT

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Tantalum - Polymer Capacitors are commonly used in a wide range of applications such as aviation, automotive, and military systems. The T551B396M060AT capacitor is a product of the same family that is specially designed for high frequency switching applications. This capacitor uses a tantalum cylindrical case with an organic polymer electrolyte operating at low working voltages, which range between two and five volts. The working principle behind the T551B396M060AT capacitor is the same regardless of application, in that it utilizes the electric field created by a pair of conductive plates separated by insulating material. The electric field that is created will produce a polarized electric charge when voltage is applied to the capacitor, allowing for the capacitance to be adjusted and the voltage that is applied to be distributed evenly across the plates.

The T551B396M060AT capacitor is capable of delivering amazing power densities when operating at these low voltages. Its power density is 6 times higher than what other similar products can deliver. This makes it excellent for ultra-high speed power management applications such as supplies for TV and computers, smart grid Powerline communications, industrial automation, and digital signal processing. The T551B396M060AT also offers low ESR and low ESL values, making it a reliable and effective solution for high frequency applications.

Apart from being able to perform well in switching and high-frequency applications, the T551B396M060AT capacitor is also known for its durability and reliability. It is designed to endure operating temperatures of -55°C to +125°C and its operating life can reach up to 25 years. Furthermore, its design makes it resistant to vibration and shocks, meaning it can sustain long-term operations, even in extreme environments.

The T551B396M060AT capacitor is an advanced and reliable component for numerous industrial applications. Its high power density and low voltage specifications are perfect for applications such as powerline communications, industrial automation, and digital signal processing. Additionally, its durability and resistance to vibration and shocks make it great for extreme environments. This capacitor is a perfect example of the many sophisticated and effective products that come from the family of tantalum-polymer capacitors.

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