P1330-393K

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Fixed inductors are components that generate an electrical field when electric current passes through them. Such inductors are generally used in applications that require very low electrical losses. The P1330-393K is one such fixed inductor that is used in a number of applications. The P1330-393K inductor is primarily an air-core, non-polarized inductor that is made of ferrite materials. The core of the P1330-393K consists of two plates with embedded winding windings, which provide the necessary inductance. The P1330-393K has a compact size, measuring just 12.7 millimeters in length, making it ideal for use in limited space applications. It is also extremely lightweight, making it an ideal choice for portable applications.The P1330-393K can be used in both electrical and electronic circuits. In electrical applications, such as power supplies, the P1330-393K can provide high inductance in a low size and weight form factor. The P1330-393K can also be used in audio applications, where it can act as an inductor in the crossover of a speaker or a low-pass filter.The working principle of the P1330-393K is that it is able to store and release energy in a magnetic field within its core when electric current is applied. When electric current is fed into the inductor, a magnetic field builds up in the core. This magnetic field then induces a voltage across the inductor, which is used to operate the circuit.The P1330-393K has an inductance of 13.30microhenries (mH) and can handle 3.9A of peak current. Its DC resistance is 14 milliohms, and the maximum core flux density is 411 mT. The operating temperature range is -55℃ to +125℃, and the insulation resistance is rated at 500V.Overall, the P1330-393K is a high-performance fixed inductor that is suitable for a variety of applications. Its small size, light weight, and high inductance make it ideal for low-loss, high-efficiency designs. Its wide operating temperature range and high insulation resistance make it reliable and suitable for a wide range of applications. It is a great choice for high-performance, high-efficiency designs that require a low-size, low-weight inductor.

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