P3519-104K

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Fixed Inductors are essential components in an electronics system, playing an integral role in the transfer of energy from one device to another. The P3519-104K is a fixed inductor that features a 0.04Ohm resistance and a 0.04uH inductance. This inductor is also known for its low profile and dual-in-line mounting that helps to efficiently save space on the printed circuit board.

The primary application field of the P3519-104K fixed inductor is power supply regulation in home appliances, telecommunication and automotive electronics. This includes applications like switch-mode power supplies, DC-DC converters, and other high power output engineerings. In these scenarios, the inductor is used to reduce the voltage waveform ripple, usually accompanied by a large capacitance package. This optimizes the voltage and current output for increased efficiency.

Due to its low profile design, the P3519-104K fixed inductor is also ideal for small space saving applications such as computers and audio systems. The low profile design allows the inductor to fit in tight and compact spaces, optimizing the use of space for the best performance. In addition, the small mounting size of the inductor helps to reduce the product\'s cost and make it more economical.

The working principle of the P3519-104K fixed inductor involves the use of an electrical current to generate an electromagnetic field. This field is used to transfer energy from one point to another and is created when the current passes through the inductor\'s winding. The amount of energy transferred depends on the size and shape of the inductor. The resistance and inductance values of the P3519-104K fixed inductor are 0.04Ohm and 0.04uH respectively, allowing for efficient energy delivery.

In conclusion, the P3519-104K fixed inductor is an essential component in a variety of power supply regulation applications. It features an efficient low profile design that helps to save space on the printed circuit board, as well as a high resistance and inductance values, allowing for efficient energy delivery. The low profile design of the inductor also makes it an ideal fit for small space-saving applications.

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