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Fixed Inductors

Fixed inductors are passive electronic components which store electrical power in particles in a magnetic field when electric current is applied.They are typically composed of a coil of copper wire wound around a core made of ferrite, iron, or powdered iron. The SLF10145T-680M1R2-H is a type of fixed inductor which has many applications and a wide variety of working principles and features.

SLF10145T-680M1R2-H Application Field

The SLF10145T-680M1R2-H is a type of fixed inductor primarily used in switched-mode power supplies to generate and regulate the voltage and current of target components and electrical loads. The product is also used in electric circuits to reduce interference caused by high frequency operations as it is able to effectively absorb and reject tenacious high frequency ripples. It is also used in LED lighting, PV inverters, electrical motors, and home appliances.

SLF10145T-680M1R2-H Working Principle

When electric current passes through the coil of the SLF10145T-680M1R2-H, it will induce a strong magnetic field in the core. If the current is then stopped, the magnetic field will be maintained as the coil is a short-circuited component. When the switch is open and the current is zero, the magnetic field collapses and the inductor stores energy by generating a back-EMF to resist the switch off. This is known as the working principle of fixed inductors.

This product also features a wide temperature range of -40°C to +125°C, an inductance value of 68 Uh, a low DC resistance of 5.8 mOhm, a low impedance, and a maximum current rating of 8.0 Amps. It also has a mechanical construction which offers a high reliability rate of 99.9999%.

In conclusion, the SLF10145T-680M1R2-H is a type of fixed inductor which is widely used in various electrical applications due to its robust product features and principal functions. The product has many applications in electrical circuits, switched-mode power supplies, LED lighting, PV inverters, electrical motors, and home appliances. Its working principle is based on the storage of electrical power in particles in a magnetic field when electric current is applied.

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