T495D157K016ATE130

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Tantalum capacitors are capacitors that use a tantalum base as one of their plates. Tantalum is a very conductive metal, and the tantalum capacitors are the most reliable and highest capacitance that can be achieved. The T495D157K016ATE130 is an especially reliable and high capacity tantalum capacitor. This capacitor is typically used in power supply applications and provides better reliability and superior performance compared to other types of capacitors. It is also able to work in very small form factor sizes.

The T495D157K016ATE130 utilizes a sintered tantalum anode mounted on an etched aluminum-oxide Mermet dielectric, and a nickel-plated solid nickel cathode. The device is leadless and compliant with RoHS requirements, making it environmentally friendly. Additionally, this capacitor offers low ESR and high ripple current ratings, thus providing excellent power handling capabilities. The T495D157K016ATE130\'s most outstanding feature is its glass-coated metal construction, which provides excellent mechanical robustness and reliability.

The T495D157K016ATE130 was developed mainly for use in low voltage power supply applications. Its unique non-polar characteristic makes it an ideal choice for general purpose applications as well. This capacitor is typically used for regulation, filtering, and snubber circuits in switching power supplies, DC-DC converters, and other power-related circuits. It also finds great use in applications such as mobile device charging systems, automotive systems, industrial motor control systems, and medical equipment.

The working principle of the T495D157K016ATE130 is based on the same principles that apply to all capacitor types. When two conductors are placed in close proximity to each other the electric fields interact, and an electrostatic attraction between the two materials occurs. When a voltage is applied, electric fields are created inside the capacitor which causes current to flow in an unexpected manner. The current that flows between the two conductors caused by the electric fields are known as capacitance.

The T495D157K016ATE130 is capable of high capacitance levels due to its sintered tantalum anode, which has a very uniform microstructure. This unique microstructure is able to support higher capacitance than other materials, and allows for higher ripple currents. The nickel-plated cathode is made of solid nickel, which gives the capacitor added mechanical stability. The nickel also provides excellent electrical isolation, resulting in low capacitor leakage currents and thus greater stability.

The T495D157K016ATE130 has been designed to provide reliable, high-performing power supply solutions for many different applications. Its low ESR characteristics make it an ideal choice for general purpose use, and its glass -coated construction ensures robustness, reliability, and power handling capability. Additionally, its non-polar characteristic makes it perfect for applications in mobile devices, automotive systems, industrial motor control systems, and medical equipment, among many others. The T495D157K016ATE130 is a reliable, high-performance tantalum capacitor for many different types of applications.

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