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Fixed Inductors

A fixed inductor is an electronic device that stores energy in its magnetic field for a period of time. It is essential for a wide range of applications in various industries. The 1026-04K is one such device, typically used in high-power applications within the industrial, medical, and aerospace industries.

1026-04K Features

The 1026-04K is a smooth-bodied, highly reliable inductor with a high saturation current level. It has a wide temperature range, from -55℃ to +125℃, which makes it suitable for use in most environments. Additionally, the inductor has a low resistance, high di/dt, and self-control characteristics, allowing it to be used in higher power applications.

1026-04K Application Fields

The 1026-04K is most commonly used in industrial applications. These include power generation and conversion systems, motor controllers, frequency inverters, and UPS systems. Additionally, it is used in motor position detection systems, dynamic braking applications, and relays. It is also used in medical equipment, gas meters, and other energy sensing systems. In the aerospace industry, the 1026-04K is often used to power digital servos, for aircraft navigation, and for range measurement applications.

1026-04K Working Principle

The 1026-04K works by creating a magnetic field, through the flow of electrical current, and then storing energy in it. This is achieved by the use of a winding coil, which absorbs current, and then stabilizes its electrons, converting its electrical energy into a magnetic field. This magnetic field then drives the electrical current, allowing a continuous energy flow. This direct current energy flow is used to power circuits, allowing various uses for the 1026-04K.

Conclusion

The 1026-04K is a highly reliable, smooth-bodied, wide temperature range inductor that is used for a variety of applications in the industrial, medical, and aerospace industries. It is important for power generation and conversion systems, motor controllers, frequency converters, UPS systems, and relays. It also works by creating a magnetic field, through the flow of electrical current, and then storing energy in it for use in various circuits.

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