4426R-9NC

The 4426R-9NC is a type of fixed inductors commonly used for high power low frequency applications. The inductance of the 4426R-9NC consists of three grades: 10, 20 and 30µH. It features a rugged construction and generally has better heat dissipation than other types of inductors.

The operating principle of this type of inductor is based on electromagnetic induction. This principle states that when a conductor such as a wire is placed in a changing magnetic field, an electromotive force is induced in the conductor. This electromotive force causes the current to flow in the conductor. This current then produces a magnetic field around the conductor which can be used to store energy.

The application fields for the 4426R-9NC inductors generally include switch mode power supplies and high current DC-DC converters. These types of applications require inductors with high power handling capabilities, which the 4426R-9NC provides. The 4426R-9NC is also suited for applications such as continuous-mode driving, dc to dc converters and other wide ranging applications requiring high power handling capabilities.

When used in applications such as switch mode power supplies and high current DC-DC converters, the 4426R-9NC inductors are generally connected in a series-parallel structure. This provides an increased level of inductance as well as an increased current handling capability. The inductors will also be connected in a series configuration, which will allow them to maintain their inductance and current handling capabilities even when the input voltage is increased.

For applications which require large levels of current handling, the 4426R-9NC inductors can be used in parallel. This will allow the inductors to be able to handle larger levels of current while maintaining their inductance and current-handling capabilities.

The 4426R-9NC is a versatile and reliable type of fixed inductor which is well-suited for a wide variety of applications including switch mode power supplies and high current DC-DC converters. It features a rugged construction and excellent heat dissipation characteristics, which make it well suited for high power low frequency applications.