1XC0236-1T0-10

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Fixed inductors are electrical components used to store energy in its magnetic field. The 1XC0236-1T0-10 inductor is no exception. This device, manufactured by Mitsubishi Electric, can be found in many automotive electronics, especially modern hybrid and electric vehicles, as well as in industrial electronics and consumer electronics.

This particular fixed inductor is built using a shaped iron core & winding construction. It has an inductance range of 0.01mH - 0.1mH, and a rated current of 0.1A. The physical dimension of the inductor is 6.5 x 4.5 x 3.2mm. Its operating temperature range is -30°C to +85°C.

The 1XC0236-1T0-10 works by conducting current through its winding and storing the energy in its magnetic field. Every electric motor and generator today makes use of this principle. As a result, the inductor is used in devices which require high current and voltage, such as electric vehicles and industrial automation.

The core of the inductor is made of a ferrite material, common in most inductors today. This material has excellent magnetic permeability and low core losses. As a result, the inductor is able to store energy efficiently over a wide range of frequencies. The winding is made of copper which provides low-resistance pathways for current to flow.

The 1XC0236-1T0-10 inductor also has some key features which make it stand out from other inductors. The low DC resistance of the winding ensures low losses in high DC current applications. The compact size of the inductor also makes it ideal for applications where space is limited. The high frequency range of the device also makes it excellent for high frequency applications, such as switching power supplies.

In conclusion, the 1XC0236-1T0-10 is an excellent fixed inductor manufactured by Mitsubishi Electric. The inductance range andrated current of the inductor make it ideal for applications which require high current, such as electric vehicles and industrial automation. The device also has features such as low DC resistance and a compact size, which makes it perfect for high frequency and space sensitive applications. Finally, the ferrite core and copper winding of the inductor ensures efficient energy storage over a wide range of frequencies.

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