PL8902NLT

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Fixed inductors have a long history in electronics, dating back to at least the 19th century when the first electromagnet was used to power a lightbulb. While fixed inductors have become increasingly sophisticated over the years, they still rely on the same basic principle: An electric current generates a magnetic field which induces an electromotive force (EMF) in another conductor or material nearby. The result is an inductor that stores energy in its magnetic field, releasing it as a current when the voltage changes.The PL8902NLT is a fixed inductor designed for use in specialty electronics and other high frequency applications. It is designed to provide high power at a low cost point. The PL8902NLT features excellent stability, low temperature drift, and low noise levels. It is also designed to be durable, able to withstand high temperatures, vibrations, and other environmental forces.The PL8902NLT utilizes a fixed-core design for static inductance, and its inductance ranges from 0.695µH to 18µH. It also utilizes an I/O characteristic thermistor, which allows for better overall control. This thermistor is made of two elements, one positive and one negative, which will heat up in response to current flow and then cool back down once the current has stopped. This helps to regulate the inductance, as does the positive temperature coefficient of resistivity (TCR) of the PL8902NLT.The primary applications for the PL8902NLT are for specialty electronics applications, such as RF signal amplification, high-frequency switching applications, alternating current (AC) and direct current (DC) drives, and adjustable frequency resonators. The PL8902NLT is also used in high-power switching power supplies, and as a base for grounding systems.The PL8902NLT is designed to provide high resistance, power handling, and accuracy for its size. It is also designed with a high level of efficiency and power stability under various conditions. This is achieved by utilizing a patented dynamic inductance distribution design, which ensures that the stored energy is evenly distributed over the entire inductor.The working principle of the PL8902NLT is relatively simple. As a current is applied to the inductor, it generates A magnetic field which induces an emf in the second conductor or material nearby. This EMF then produces a voltage across the inductor, and this voltage-induced current helps to regulate the inductance. The size of the inductance then affects the magnitude of the EMF, and the amount of voltage that is generated.To summarize, the PL8902NLT is a versatile and durable fixed inductor designed for use in specialty electronics and other high frequency applications. It utilizes a fixed-core design for static inductance, and an I/O characteristic thermistor to better regulate the inductance. The PL8902NLT is designed with a high level of efficiency and power stability, and its patented dynamic inductance design ensures the stored energy is evenly dispersed over the entire inductor. The working principle is simple: an electric current generates a magnetic field which induces an EMF in a nearby conductor, creating a voltage across the PL8902NLT which is then used to regulate the inductance.

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