P1330-122J

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Fixed Inductors are electrical components with a static resistance and are commonly used in electrical circuits. They are used to store energy, increase the current and voltage of an electrical circuit and help stabilize the signal in an electrical circuit. The P1330-122J is a specific type of fixed inductor designed for use in high current, medium voltage applications. It is a single-turn inductor, specifically designed to maintain a magnetic field with minimal losses.

The P1330-122J has an internal resistance of 1.2 ohms and an inductance 3.5 Mh. The bridge rectified resistances of the inductor are 0.47 ohms differential and 2 ohms common mode. It is designed to operate with temperatures up to 125°C and features high storage capacity and low power consumption. The cobalt alloy core gives it superior magnetic capabilities, allowing it to work in environments with high magnetic flux densities, while its epoxy casing guards the core from external interference.

The P1330-122J is an ideal device for medium voltage and high current applications such as electric motors, transformers, inverters, switchgear and UPS systems. It provides superior magnetic capabilities, low power consumption and a high reliability rate. It is also designed to be robust enough to withstand extended use and harsh environment.

The working principle of the P1330-122J is based on Faraday\'s law of electromagnetic induction, which states that a changing magnetic field will induce a voltage in a closed circuit. The device works by creating a magnetic field in the winding of the inductor, which then induces a corresponding voltage in the winding. As the current through the inductor increases, the magnetic field intensifies, increasing the magnetic flux and resulting in an increase in the induced voltage. This increase is what is known as self-induction.

The P1330-122J is a reliable, efficient and cost-effective device ideal for a variety of medium voltage and high current applications. Its cobalt alloy core allows it to work in environments with high magnetic flux densities, helping reduce heat, prevent power loss and increase efficiency. Its epoxy casing also guards the core from external interference making it suitable for use in harsh environments.

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