1641R-472J

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Fixed Inductors 

Inductors are electronic components used to store energy in the form of a magnetic field. The 1641R-472J is an example of a fixed inductor, which is a type of inductor designed for use in circuits that require a certain level of inductance at a certain frequency. The 1641R-472J has a low profile, making it suitable for use in tight circuits, as well as with other inductors in a stacked configuration.

The inductance of the 1641R-472J is 4.7 mH, which is suitable for use with both AC and DC signals, depending on the application. The maximum current rating is 2.65 amps, which is suitable for use in motor control applications, as well as higher power circuits. The inductor also has a low profile of just 0.062”, making it a great choice when space is a concern, especially for tight circuits.

The 1641R-472J has a variety of uses, but is primarily used in AC circuits and motor control. Its high current rating makes it ideal for applications that require higher current or power levels, such as motor control. The inductor\'s 4.7 mH inductance is also ideal for AC applications that require a certain degree of inductance in order to prevent interference or harmonics from reducing signal strength. This inductance also allows the 1641R-472J to be used in circuits that require low inductance at higher frequencies, such as radio circuits.

The working principle of the 1641R-472J is the same as any other inductor. When current flows through the inductor, a magnetic field is created, which stores the energy. When the current is removed, the magnetic field collapses and then releases the energy in the form of a voltage pulse. This voltage pulse is then used to power the circuit, or to influence the current flow.

The 1641R-472J is a great choice for a wide variety of applications, due to its high current rating and low profile. It is suitable for use in high power circuits, AC circuits, radio circuits, and motor control. The inductor\'s low profile makes it ideal for tight circuits, and its 4.7 mH inductance makes it suitable for applications that require low inductance at higher frequencies.

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