1782-85H

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Fixed inductors are passive electronic components used for many different applications, and the 1782-85H is a popular type of fixed inductor, often used in industrial settings. The inductance of an inductor depends primarily on the number of turns in the coil and the material used, as well as the physical characteristics of the coil itself. The 1782-85H is a type of fixed inductor and has a wide range of uses in applications ranging from power supply to switching circuits.

The 1782-85H inductor is composed of a copper coil with an outer plastic coating and a core material wound around the coil. This inductor does not require an external magnetic field and is normally used in applications such as frequency filtering, switching circuits, power supply circuits, and impedance matching. Its main characteristics are low DC resistance, low inductance, and reliable operation even at high temperatures.

The 1782-85H inductor\'s primary function is to store energy in the form of a magnetic field. This magnetic field is created and maintained by the current passing through the inductor, and it is proportional to the current. As the stored energy is proportional to the square of the current, the inductance also increases. The 1782-85H can store electromagnetic energy for up to 20 milliseconds, with 10 milliseconds being the typical time for energy to be released after current flow has stopped.

In addition to its energy storing properties, the 1782-85H inductor is also capable of generating a very high voltage across its terminals. This voltage level is related to the number of turns on the coil, as well as the physical configuration of the coil. The higher the voltage generated, the higher the efficiency of the inductor. The 1782-85H is also commonly used for radio and other frequency filtering applications, since it can filter out noise and unwanted signals at higher frequencies.

The 1782-85H inductor is also widely used in other industrial applications, such as in cryogenics (freezing conditions), as well as in high voltage switching applications. Its ability to operate in high temperatures makes it a preferred choice for use in many industrial settings, such as in power DC motor systems and current cropping systems.

In conclusion, the 1782-85H inductor is a popular type of fixed inductor, often used in a variety of applications. It is composed of a copper coil with an outer plastic coating and a core material wound around the coil, and its main characteristics are low DC resistance, low inductance, and reliable operation even at high temperatures. With its ability to store electromagnetic energy and generate high voltages, the 1782-85H inductor is an essential component for many industrial applications, including power supply, switching circuits, frequency filtering, and impedance matching.

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