DC1390-153K

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Fixed inductors are electrical apparatus that convert electric energy into magnetic energy, and vice versa. More specifically, they are two-way energy converters that can absorb and release energy when needed. They are commonly used in radio frequency circuitry, wave forms, and other signal processing systems, and are designed to maintain a consistent inductance level. The DC1390-153K is a fixed inductor that is widely used due to its high power-efficiency, exceptional temperature range, and robust thermal management capabilities.The DC1390-153K fixed inductor is designed to operate at a frequency range of 2KHz to 250KHz. The inductor is constructed with a ceramic core material and a ferrite core material. The nickel-plated alloy of copper and the polyether sulfide construction provides excellent durability and high frequency performance. The device also features an inductance value ranging from 15 to 35 uH.The working principle of the DC1390-153K is based on electromagnetic induction. Electromagnetic induction is the process where an electrical current induces a magnetic field and vice versa. It involves transferring electromagnetic energy from one object to another. The DC1390-153K utilizes this principle in order to convert electrical energy into magnetic energy.The primary application field of the DC1390-153K is in automotive engineering. This device is typically used in car audio systems, electric vehicle traction motors, and other components needing a consistent inductance value. Additionally, it is used in consumer electronics such as radio receivers, television sets, and home entertainment systems.The DC1390-153K is equipped with advanced features that provide improved converter efficiency and reliability. This includes an optimized magnetic structure and improved power handling capability. The device also features a higher current carrying capacity. Additionally, the device is designed to function over a wide temperature range, from -55°C to +150°C.The DC1390-153K is constructed with high-quality materials that ensure reliability and performance. The nickel-plated alloy of copper improves the reliability of the device in high-humidity conditions. The robust thermal management capabilities of the device further ensures reliability and performance.In conclusion, the DC1390-153K fixed inductor is a highly efficient and reliable device. Its use in automotive engineering and consumer electronics makes it a widely used device. Its optimized magnetic structure, improved power handling capability, and higher current carrying capacity make it an ideal choice for a variety of applications. Additionally, its wide temperature range and robust thermal management capability further ensures reliable and high-quality performance.

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