DC1390-125K

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Fixed inductors are widely used for many electrical and electronic applications. The application of the DC1390-125K, from Diodes Incorporated, is one such example. This particular inductor has many claims to fame; ranging from its not requiring cooling, to its high peak current. In addition, the DC1390-125K is also able to operate at frequencies up to 200MHz, and as high as 1MHz.

The DC1390-125K is a fixed inductor, designed with a distinct, high peak current. This peak current is made possible by its design, which consists of a core of ferrite, around a wound copper wire. The combination of the copper wire and the ferrite core allows for a higher current passing through, without any harmful effects to the inductor.

The DC1390-125K has multiple applications. It is able to be used in many different circuits, such as in an integrated circuit or in an RF power amplifier. It is also able to be used in switching power supplies in order to reduce the ripple current that travels through the power supply. In addition, the inductor has been found to be useful in UHF and VHF power amplifiers, as well as in switches, pulse generators, and phase locked loop circuitry.

The DC1390-125K is a very efficient device, and does not require cooling for it to operate correctly. This feature is due to the engineered combination of the ferrite core and the copper wire coil, which have been designed with efficiency in mind. By not requiring cooling, this device is able to have a larger peak current due to the reduction in heat due to the lack of cooling.

The working principle for the DC1390-125K is relatively simple. When a current is applied to the inductor, a magnetic field forms around the copper wire. This magnetic field induces a voltage in the wire, which is proportional to the current. The ferrite core further enhances the magnetic field produced, thus increasing the inductive reactance of the device.

The DC1390-125K is a very efficient and powerful device, which can be used in many different applications. It is designed to provide a higher peak current than some of its competitors, and also does not require cooling. In addition, it is a very reliable and versatile device, which is able to operate at frequencies up to 200MHz, and up to 1MHz. The working principle is simple, with the inductance being produced due to the current flow and the ferrite core helping to enhance the magnetic field.

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