T55T107M6R3C0070

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Tantalum-polymer capacitors are increasingly being used for a variety of applications due to their attractive size, weight and potential for higher capacitance values. The T55T107M6R3C0070 is a tantalum-polymer capacitor specifically designed for smart cards, telecom, automotive and automotive related applications.

The T55T107M6R3C0070 is a single-ended design with two low parallel impedance terminals. It features an internal voltage rating of 4V, and a temperature range from -55° C to +105° C. It has an ESR of .3 mΩ, allowing a high level of energy storage. The capacitor also has a small footprint and is relatively low profile, making it well suited for applications where size is important.

The T55T107M6R3C0070 has a wide range of applications across many industries. This capacitor is ideal for powering microelectronic devices, such as those used in smart cards and telecom applications. It is also widely used in the automotive industry, where it can be used in on-board computers, ECUs, and other electrical systems. Additionally, it can be found in consumer electronics, such as game consoles and GPS systems.

The working principle behind the T55T107M6R3C0070 is based on the storage and release of electrons, known as capacitance. A capacitor allows for the storage of electric charge within its structure, which can then be used to power electronic components. The two conductive terminals of the capacitor act as a reservoir for electrons, which are transferred between them when a voltage is applied. The capacitor is designed to store the energy generated by this voltage in the form of charge. This charge is then released when the capacitor is connected to a circuit in which an electric current flows.

The T55T107M6R3C0070 is a versatile and reliable tantalum-polymer capacitor that can be used for a variety of applications. It is particularly well suited for telecom, automotive, and consumer electronics applications due to its low profile, small size, and high energy storage capacity. Its low ESR allows for the efficient transfer of energy, making it an ideal choice for applications where reliability and performance are of the utmost importance.

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