HCTR-682

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Fixed Inductors

A fixed inductor, also referred to as a coil or an inductor, is an electrical component whose current flow through it generates an electrical magnetic field. Fixed inductors are made of wire or other conducting material wound into a coil and serve various functions in circuits. The HCTR-682 fixed inductor is one example of such a component.

HCTR-682 Application Field

The HCTR-682 fixed inductor is manufactured by XiaoH Jan Electronics Co., Ltd., and is specifically designed for use in 3-phase switching power supplies and other similar high frequency applications. It is especially useful for applications that require fast response times and low levels of noise. Some of its common uses include brushless DC motor control, telecommunications, laptops and other consumer electronic products.

HCTR-682 Working Principle

The HCTR-682 fixed inductor works by acting as an electrical buffer. When electrical current passes through it, the coil generates a magnetic field. This magnetic field can create an opposing force that buffers and resists the current flow, allowing for a more even and controlled electrical flow. Additionally, the HCTR-682 also operates on the same principle as a transformer, in that it can take an incoming low voltage electrical current and increase it into a higher voltage output. This makes it particularly useful for applications that require a higher voltage than the input.

Performance Advantages

The HCTR-682 fixed inductor provides several performance advantages, including a high power conversion efficiency of up to 95%, a minimum working temperature of -55C, and an insulation resistance that exceeds 10MΩ. It also provides excellent EMI suppression, reduction of switching noise, and low self-inductance. These features make the HCTR-682 ideal for various high frequency applications.

Conclusion

The HCTR-682 fixed inductor is a reliable and efficient solution for a variety of high frequency applications. It is especially ideal for 3-phase switching power supplies and other similar circuits that require fast response times and low noise. Its excellent EMI suppression, reduction of switching noise, and high power conversion efficiency make it an attractive choice for many applications.

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