PL9309NL

Fixed Inductors

Fixed inductors, also known as inductors, are passive electronic components consisting of a coil of insulated wire wound around a core. They are used to regulate current in circuits, form an electricity storage element, or perform tasks such as filtering, measuring, and providing impedance matching of signals. Fixed inductors are also known as passive radiators and, by definition, are capable of producing a certain rate of stored energy.

PL9309NL is a fixed inductor manufactured by Wurth Elektronik. It has a maximum operating temperature of 125°C and a dielectric strength of 170A. It consists of an aluminum core and an outer shell of copper wire. The inductance value of the PL9309NL is 9.0nH and rated DC current is 2.00A. This part is suitable for use in electronic circuits for applications such as power supplies, inverters, filters, and computers.

The PL9309NL inductor works by creating a magnetic field when current passes through the copper coil. This field stores energy in the form of stored magnetic potential energy. When the current in the coil is changed, the magnetic field will be disrupted, generating a voltage across the copper winding. This voltage will be in proportion to the rate of change of current delivered through the coil.

The PL9309NL has good efficiency due to its low core losses and high Q-factor. Its operating range is 36 to 7300 Mhz and it is capable of handling frequencies up to 25 Mhz. The PL9309NL is also designed for low-noise and power efficiency and considered as an ideal choice for power supplies, inverters, filters, and computers.

The PL9309NL is a very versatile component for use in a variety of applications. It can be used in power electronics applications such as solar energy conversion, DC-DC converters, and AC-DC converters. It can also be used to filter noise from AC power supplies and filter high-frequency signals. Furthermore, this part is ideal for use in automotive applications and signal filtering.

The PL9309NL fixed inductor is a reliable and efficient component for a variety of applications. Its low core losses and high Q-factor make it an ideal choice for power supplies, inverters, filters, and computers. It is also designed for low-noise and power efficiency and suitable for use in automotive applications and signal filtering. These features make it a great choice for power electronics applications such as solar energy conversion, DC-DC converters, and AC-DC converters.