SP1210R-103K

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Fixed Inductors are one of the most commonly used components in electronics. They are used in many different applications and the SP1210R-103K is no exception. This Fixed Inductor from Central Semiconductor is a surface-mount, shielded power inductor that features a high current capacity and low loss.

The SP1210R-103K has an inductance value of 100 µH and is rated for up to 3 Amps of current. The inductor is ideal for circuit designs that require high inductance, high current, and low loss. It has an operating temperature range of -40°C to +125°C.

The SP1210R-103K is composed of a high permeability core material that has been optimized to reduce eddy current losses. The inductor is housed in a shielded ferrite-core enclosure that helps to reduce interference and radiation. The inductor also comes with a variety of optional terminations for in-circuit mounting.

The SP1210R-103K has a wide range of application fields. It can be used in switch-mode power supplies, DC-DC converters, impedance matching networks, voltage step-down applications, and other power electronics applications. It is also suitable for use in high-frequency switching applications such as motor control, LED drivers, and RF pulse modulation.

The working principle of the SP1210R-103K is the same as any other type of fixed inductor. When a current is introduced in an inductor, it will create an opposing magnetic field. When the current is changed, the opposing field will also change, thereby providing the desired inductance. By changing the inductance, the voltage, current, and power in the circuit can be adjusted.

In summary, the SP1210R-103K is a high-operating, surface-mount inductor that can be used in a wide range of applications. It features a high current capacity, low loss, and a wide operating temperature range. It is composed of a high permeability core material and comes with a variety of optional terminations for in-circuit mounting. The working principle of the inductor is the same as any other type of fixed inductor, whereby a changing current produces an opposing magnetic field.

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