P3519R-561J

Fixed inductors, also known as inductors, are passive electrical components used in various circuits to create and store electrical energy. The P3519R-561J is a general-purpose inductor that is commonly used in many applications and industries.

The P3519R-561J is comprised of a metal core and an insulated winding. The metal core helps to reduce the magnetic field emanating from the inductor. It also helps to provide structural stability during operation, while the insulated winding provides electrical insulation.

The P3519R-561J has a wide working range, from 0 to 160 volts and 0 to 1.4 amps. Its operating temperature ranges from -55°C to +125°C and its compensating current range from -10% to 10%. This inductor is designed to handle a wide range of current, withstanding over-currents up to 2.25 amps.

The P3519R-561J has a notable advantage over other inductors because of its high efficiency. Its high core magnetic permeability helps to reduce the winding losses in the coil. This helps to reduce core losses, improve efficiency, and reduce power dissipation.

The P3519R-561J is commonly used in automotive and industrial applications, such as power supplies, inverters, stereos, switching power supplies, and medical equipment. This inductor is a cost-effective component and is perfectly suited for applications with compact space requirements. This inductor is also great for applications that require high efficiency.

In terms of working principle, the P3519R-561J is a linear inductor. When an electric current passes through the inductor, the core material creates an electromagnetic field to store energy. This electromagnetic field, in turn, helps to create a magnetic induction that opposes the change of current. As a result, the inductor helps to reduce the current amplitude and offer a steady voltage.

Overall, the P3519R-561J is a versatile linear inductor that is suitable for many applications due to its high efficiency. Its metal core and insulated winding are designed to provide structural stability and electrical insulation, while the wide current range and compensating current range make it a great cost-effective solution. Moreover, its high core magnetic permeability helps to reduce winding losses and core losses.