AISR-875-330M

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Fixed Inductors are one of the most widely used components for a variety of applications, from radio frequency (RF) applications to power supplies. The AISR-875-330M Inductors are one such component that offers reliable performance in high-temperature and high-performance applications. Designed specifically for applications involving high transit current, this Inductor offers a wide range of applications and features that make them ideal for power electronics applications.

The AISR-875-330M Inductors are made from Alumel and alloy material. While this type of material is typically used in applications that require very low power losses, it also offers the highest temperature rating available in a commercial Inductor. The nominal output power rating of the AISR-875-330M Inductors is 0.5 watts, with a maximum output current rating of 3A. Because of this, it can be used to handle higher levels of power without incurring excessive losses in high-temperature applications.

The working principle of the AISR-875-330M Inductors is based on Faraday’s Law of Induction. This law states that the flow of electricity will cause a magnetic field to be generated when two conducting circuits are in proximity. When a current is flowing through the inductor, the magnetic field generated will induce a back-e.m.f (electro-magnetic force) that opposes the current flow. This opposition is known as inductance, and is measured in mH (millihenrys).

The AISR-875-330M Inductors are ideal for applications that require efficient, low-noise power delivery over a wide temperature range. The inductors feature high-frequency performance and high-current handling capabilities, as well as a low-current rating of 1A. This makes them suitable for applications such as MHz-level signal processing, low-noise power conversion, and motor drive circuits.

The AISR-875-330M Inductors can also be used for voltage regulation and filtering applications, as they offer very low power loss when operating at high frequencies. They also feature a low winding ratio, meaning that they can be used in tighter, more compact circuit boards and still achieve good performance. The inductors also have good self-resonance characteristics, which allows for higher frequency applications, and can be used in designs that require tight voltage tolerances.

The AISR-875-330M Inductors are also well suited for use in power electronics applications. The inductors have a low-output capacitance, and a low-output resistance. This makes them ideal for applications where the higher output impedance of a larger inductor would create problems, as they provide so much energy storage. Additionally, the low core losses that the AISR-875-330M Inductors offer make them ideal for applications involving high-speed communications, as they offer a much lower impedance profile than large inductors.

Overall, the AISR-875-330M Inductors are extremely reliable components that offer reliable performance in high temperature and high performance applications. Their low power loss, high frequency performance, low winding ratio, and low output capacitance make them ideal for a variety of applications. These attributes make the inductors most suitable for use in power electronics applications where high-speed communications, voltage regulation, high current switching, and efficient energy storage are critical requirements.

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