P160-122KS

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Fixed inductors are electrical components which are designed to provide a controlled, constant inductance when operated. The P160-122KS is a type of fixed inductor which is used in a variety of electronic applications.

The P160-122KS is designed to provide high inductance in a small package size. It has an overall size of 4.5 mm x 5.5 mm x 3.2 mm and the inductance value of the device is 120 nH. The device also has a high stability with a power rating greater than 1 A, a low temperature coefficient of 0.15 %/K and a low distortion of 0.01 %.

The P160-122KS is a through-hole mounted type of inductor and is available with and without guard height. The device has a high temperature SO-8 footprint with an electrical isolation between terminal and pad. The device is offered with a variety of options, including a bare and solder coated option. The device can also be used in applications that require a higher pole count than is available with a single through-hole type of inductor.

The P160-122KS is primarily used in DC-DC voltage converters, switching regulators, and RFID circuit designs. In DC-DC voltage converters, the device is used to control the switching frequency and to provide electrical isolation. In switching regulator designs, the inductor helps to provide a constant voltage output and reduce the ripple on the output. In RFID circuit designs, the device is used to provide low EMI and high inductance.

The P160-122KS is a fixed inductor which operates on the principle of Faraday’s law of Magnetic Induction. When an electrical current passes through the inductor, a magnetic field is created which induces an electrical current in the device. This induced current is equal to the rate of change of the magnetic flux. As the magnetic flux changes, the inductor is able to store and release energy in the form of a current.

The P160-122KS is a fixed inductor which is used in a variety of different applications. It has a small size, high stability, and a low distortion which makes it ideal for DC-DC voltage converters, switching regulators, and RFID circuit designs. The device also operates on the principle of Faraday’s law of Magnetic Induction, which provides a controlled and constant inductance to the device.

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