0819R-94F

Fixed inductors are components that store energy list in the form of magnetic fields. Typically used in power systems, they are also used in other circuits such as signal processing and amplifier circuits. The 0819R-94F inductor is a type of high performance fixed inductor that is specifically designed to meet the applications of power systems such as power converters, DC-DC converters, and motor drive systems.

The 0819R-94F fixed inductor is designed to work in a wide range of operating frequencies from DC to about 5MHz. The full wave operation of the inductor allows for steady state over-voltage performance and excellent current noise suppression capabilities. Additionally, the construction of the 0819R-94F fixed inductor provides for excellent temperature stability and low EMI radiation.

The primary application of the 0819R-94F fixed inductor is in power systems, particularly DC-DC converters, UPS systems, and motor drives. This type of inductor is ideal for these applications due to its excellent temperature stability, wide frequency operation and excellent over-voltage protection capabilities. Additionally, these inductors are used in high power amplifiers, pulse transformers, and some switching power supplies.

The 0819R-94F fixed inductor operates by passing a current through a circuit formed by two or more windings of wire. This creates a magnetic field around the windings, which stores energy in the form of a flux. This flux is impressed upon the windings, and as the current changes, the flux changes, causing an inductance to be created. This inductance then opposes any changes in the current, creating an inductive reactance. This inductive reactance acts as a filter that suppresses unwanted harmonics, allowing the circuit to operate with reduced noise levels.

In summary, the 0819R-94F fixed inductor is a type of inductor specifically designed for use in power systems, such as DC-DC converters, UPS systems, and motor drives. It operates by passing a current through a circuit to create a magnetic field, which store energy in the form of a flux. This flux is impressed upon the windings to create an inductance, which then provides an inductive reactance that acts as a filter to reduce noise levels.