WVL9FJR10J

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Adjustable Inductors are electrical components characterized by their ability to regulate the value of inductance within a specific range that can be adjusted and manipulated by the user. The adjustment of inductance is a function of both voltage and temperature. An adjustable inductor can be designed to be specific to certain ranges depending on its intended application. The WVL9FJR10J is one example of an adjustable inductor, and this article will discuss its application field and working principle.

The WVL9FJR10J is designed as an adjustable inductor that operates in both low current and high current application fields. It is designed to adjust the inductance from 0.01µH to 10H, with a tolerance of +25%. This makes it ideal for applications such as filtering, portable power supplies, and is suitable for any application that requires a range of inductance settings. The WVL9FJR10J has a maximum operating voltage rating of 250V and can handle up to 8 amps of continuous circuit current.

The WVL9FJR10J adjustable inductor also features a wide temperature range from -55 °C to +125°C. This extended temperature range allows it to be used in harsh environments and places where extreme temperatures are expected. The component also features an automatic voltage dependent adjustment modulator that allows for a wide range of inductance settings at maximum temperature and current limits.

The working principle of the WVL9FJR10J adjustable inductor is based on the concept of electrical inductance. Electrical inductance is a concept that states that when current passes through a conductor, it experiences a magnetic field that opposes the current\'s flow and stores energy. The amount of inductance or "opposition" is determined by the resistance of the conductor, the material it is made of, its shape, and the number of turns in the conductor.

The WVL9FJR10J is designed with a power control integrated circuit (PCIC) that incorporates a voltage discrepancy technology to facilitate the adjustment of inductance. The voltage discrepancy technology uses a reference voltage to establish a desired inductance limit that can be adjusted by changing the output voltage. The integrated circuit also uses a current sensing feedback to ensure accuracy and stability of the already established inductance settings.

The WVL9FJR10J adjustable inductor is ideal for applications where the varying inductance value is critical. Its wide range of inductance, variable voltage adjustment, integrated feedback loop, temperature resistance, and voltage discrepancy technology make it a versatile and efficient adjustable inductor. The component is designed to be robust, accurate, and reliable for whatever application it may be used in.

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