1532H

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Fixed inductors are one of the basic electronic components, used to develop various circuits. They are typically constructed of a wire wound around a core, with the inductance value of the inductor determined by winding design, core type and size. The 1532H is a specific type of fixed inductor and is a high current, high-temperature inductor with a conductive aramid core. It is capable of handling up to 27A of current and is also suitable for use in high-temperature environment.

The 1532H application field includes power supply circuit, audio frequency transformer, DC-DC converter, DC-AC converter and single phase transformer EMI filter. The rated DC current range for this inductor is 1 to 27A, with the inductance range of 0.3 to 1500uH. Furthermore, the 1532H has a wide range of sizes, around 28 sizes, and can be found in an up to eight-pin version.

The working principle of the 1532H is fairly simple and straightforward. The inductor is essentially two metal coils, placed on either side of a core, which is generally made from metal sheets (often copper or aluminium) wound on a central spindle. As the current flows through the coil, it induces a magnetic field in the core which in turn induces a voltage in the opposite direction. The resulting electromagnetic field is what produces the inductance. In addition, due to the nature of the aramid core, the 1532H is capable of withstanding temperatures up to 155 degrees Celsius.

Generally, advantageous features of the 1532H include its high current rating, large inductance range and temperature resistance. In addition, its low winding cost and high power ratings make it suitable for a variety of applications. Being able to withstand temperatures up to 155 degrees Celsius makes the 1532H suitable for a variety of industrial and commercial applications, as well as automotive applications.

In conclusion, the 1532H is a high-current, high-temperature inductor capable of withstanding up to 155 degrees Celsius. It has a wide range of applications due to its high current capacity, low winding costs and power ratings. Its adaptable sizes make it suitable for use in a variety of complex electronic circuits. This versatile and durable inductor is an invaluable tool in the design and manufacture of a vast array of electronic components.

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