SBC6-1R5-942

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Fixed inductors are components used to store electrical energy and are very important in a wide range of applications. The SBC6-1R5-942 is a fixed inductor based on surface mount technology (SMT). It is designed for exceptional performance and reliability in a wide variety of applications.

The SBC-6-1R5-942 is primarily used for medical, industrial, and avionics applications. It can be used in applications where low inductance and high current are required. The inductor is designed to provide very low EMI and highly predictable magnetic behavior. This makes it ideal for use in medical imaging devices, industrial feedback or control circuits, and avionics.

The SBC-6-1R5-942 features a surface-mount technology with a winding height of only 0.5mm. This makes it very low profile and ideal for surface mount applications, as it can fit into tight spaces without affecting the performance of the device. Additionally, the inductor is resistant to shock, vibration, and temperature changes, making it suitable for use in rugged environments.

The SBC-6-1R5-942 has an inductance range of 1.5uH to 10uH and an operating temperature range of -40°C to +125°C. It is designed to meet military, medical, and automotive industry standards, making it suitable for applications where high reliability is required. Additionally, its low DC resistance ensures low losses in electrical circuits.

The working principle of the SBC-6-1R5-942 is based on Faraday\'s law of induction. This law states that an electric current produces a magnetic field, and a change in the magnetic field produces an electric current. In this case, the SBC-6-1R5-942 is designed to react to changes in the magnetic field, allowing it to store and release energy back into the circuit.

The SBC-6-1R5-942 is designed to provide superior performance for a wide variety of applications. It is reliable and resistant to shock and vibration, making it well-suited for the medical, industrial, and avionics fields. The device\'s low profile and wide operating temperature range make it suitable for use in tight spaces. Its low DC resistance allows for minimal losses. Lastly, its working principle is based on Faraday\'s law of induction, allowing it to store and release electrical energy into the circuit.

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