T541X107M0CT8710

Tantalum - Polymer Capacitors

Tantalum-Polymer Capacitors are a type of capacitor that is a combination of tantalum and polymer materials. They offer an economical and reliable solution for high capacitance in electronics equipment. The T541X107M0CT8710 capacitor is a member of this particular family and is considered to be one of the highest performance devices.

The T541X107M0CT8710 has a range of different application fields and works on the principle of storing electrical charge within a dielectric material. The dielectric material used in this particular device is a combination of tantalum and polymer materials, thus allowing for the high capacitance that distinguishes Tantalum-Polymer Capacitors from other capacitor types. The capacitance value for this particular device is 100μF and the maximum working voltage is up to 16 vDC.

The T541X107M0CT8710 is useful in many different applications, such as in automotive electronics, medical equipment, power supplies, telecommunications and many other fields. It is designed with a robust shell and can handle temperature up to 105°C, making it a great fit for high temperature and demanding conditions. The capacitance remains stable over the entire round-trip of load cycling, giving this device a significant advantage over other capacitor types.

The T541X107M0CT8710 is based on the working principle of a capacitor, which is the ability of a device to store electrical energy in the form of an electric field. When a voltage is applied to the terminals of the capacitor, the electric field is formed. This electric field stores energy in the dielectric material, allowing it to continue to store energy even when the voltage is removed. This makes the device suitable for applications where a large amount of stored energy is required, such as in automotive electronics or medical equipment.

The T541X107M0CT8710 is a popular choice for those seeking reliable, high capacitance solutions. The combination of the tantalum and polymer materials allow for exceptional performance, while the robust shell and temperature range make it suitable for extreme environments. This device is perfect for applications that require a high level of energy storage, such as in power supplies or medical devices.