CW252016-15NK Inductors, Coils, Chokes

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Fixed inductors are an important part of the electronic components industry. In many applications, they are the key components needed to complete the design of the entire circuit. The CW252016-15NK fixed inductors are one of such components used very often for their excellent performance. This article will provide a brief description of the application field and working principle of the CW252016-15NK.

The CW252016-15NK is a surface mount inductor with a 10-MHz to 40-MHz operating frequency range and a 15-nH inductance value. These inductors are designed with high current, low DC resistance and low internal loss in mind. This makes them ideal for use in DC-DC converters, radio receivers and transmitters, RFID transceivers, electronics power supply circuits, high-efficiency switching power supplies, LED lighting and other applications.

In terms of working principle, a fixed inductor works very much like a coil. When a voltage is applied to the inductor, current flows through the coil. As the current flows through the coil, it produces a magnetic field which generates an opposing voltage. This voltage resists the flow of current, causing the current to decrease in time. This decrease in current leads to an increase of the inductor’s inductance. The inductance is the amount of opposition the inductor offers to a change in the current.

The CW252016-15NK fixed inductors are made with high-quality and durable materials. The core material is made of high temperature resistant ferrite core. The wire is made of copper wire insulated with polyimide and the package is made of UL-approved epoxy coated anti-corrosion steel. This makes the inductor extremely reliable and ensures it can withstand the most demanding of environments.

Overall, the CW252016-15NK is a proven and reliable fixed inductor component. It is designed for high current, low DC resistance and low internal loss applications. Its high-quality materials ensures it can withstand long-term use in demanding environments. Its operating frequency range, 10-MHz to 40-MHz, and its inductance value, 15-nH, make it the perfect choice for DC-DC converters, radio receivers and transmitters, RFID transceivers, electronics power supply circuits, high-efficiency switching power supplies, LED lighting and other applications.

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