IMS05SH271K

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Fixed inductors are components of electrical circuits intended to store energy in a magnetic field. The IMS05SH271K is a radial leaded fixed inductor featured with a ferrite core and inductance of 270uH (±20%). The working principle behind a fixed inductor comprises two components i.e. a coil of wire around an iron or ferrite core. When a current passes through the inner wire, it creates a magnetic field around the wire that interacts with the core. Conversion of electrical energy into magnetic energy results in that the coil is able to build up a charge and store energy.

The IMS05SH271K is Sanyo’s most popular winding fixed inductor, as it is perfect to be used in noise filters and low-pass filters for low frequency applications. It is available with RoHS compliance, enabling it to be used in a wide variety of low noise and low frequency applications. It offers high reliability with an impregnation process utilized during manufacturing. The product is magnetically shielded, and offers excellent conducted noise suppression, allowing reliable operation even in high-electrical-field areas.

Common features of the IMS05SH271K include an inductance range of 270uH ± 20%, low DC resistance of 0.36Ω max, current rating of 1.2A max, and operating temperature of -55°C ~ +105°C. It is designed factory-direct to be used in multiple commercial applications, such as power supplies, power conditioning, filters, and many other industrial applications. Its high stability and good solderability ensure reliable operation in the extreme environmental temperatures, for high temperature cycle reliability. Because of its compatibility with both leaded and lead-free solder, it is considered an environment friendly product.

When IMS05SH271K is applied, electricity begins to flow through the wire coil as current passes through the inductor’s winding, it creates a magnetic flux around the core, and as the current increases, it becomes magnetized and forms a closed magnetic circuit that channels the flux directly through the core, rather than letting it spread out into the surrounding air. Furthermore, in the presence of an ac current, the frequency, amplitude, and direction of current all change, which causes the flux that is created and stored in the core to build up and then collapse, creating a flow of energy through the core itself. Because of this, the coil can self-generate a magnetic field and store the energy in the form of energy. As the current passes through the coil, it continues to generate, absorb, and store energy in the form of magnetism in a controlled fashion.

The IMS05SH271K is the perfect choice for noise filter and low-pass filter designs due to its low DC resistance, high inductance range, and low-cost pricing. It offers a wide range of functions such as high-efficiency EMI suppression, high surge current (up to 9A) handling capability, and high operating temperatures. Furthermore, its highly reliable construction and magnetically shielded design make this product ideal to be used in various applications and industries.

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