PE-53650NL

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PE-53650NL is a variable inductor from the family of fixed inductors. This type of inductor is characterized by its ability to adjust the inductance value with the help of a variable resistor. This inductor is available in four different types, namely 0.25/0.50Nmin, 0.40/1.00Nmin, 0.50/2.00Nmin, and 0.75/3.00Nmin. The main application field for these inductors include power supplies, telecommunications systems, automotive electronics and audio systems.

The PE-53650NL has an inductance value of 0.25nH to 3nH and is rated at a maximum voltage of 10Vdc. It is constructed with a polymide ferrite core with high current carrying capacity. It has the ability to handle large amounts of power, up to a maximum of 0.25A flowing in a single direction. This inductor has a high Q factor, up to 60, which is very beneficial for helping reduce noise and vibration in electronic circuits.

The working principle of the PE-53650NL is quite simple. The inductor consists of a ferrite core, a set of windings, and a variable resistor. The windings are connected to a source of electricity, such as a battery. When electricity is applied, the windings become energized and create a magnetic field. This magnetic field generates an electromagnetic field that can either increase or decrease the inductance of the inductor. By adjusting the variable resistor, the user is able to regulate the inductance of the inductor.

Using the PE-53650NL, designers are able to create various electronic devices with different levels of inductive and capacitive reactance. This feature is particularly important in applications that require wide frequency ranges and high voltage capabilities. By using a sophisticated arrangement of these inductors, designers are able to control the performance of the device and meet the desired specifications.

In summary, the PE-53650NL is a type of fixed inductor from the family of fixed inductors. It has a relatively high inductance value compared to similar types of inductors, and is rated at a maximum voltage of 10Vdc. Its working principle is based on the application of electrical current, which energizes the windings and creates an electromagnetic field. By adjusting the variable resistor, the user can regulate the inductance of the inductor. This inductor is perfect for applications such as power supplies, telecommunications systems, automotive electronics and audio systems.

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