PM13666S-1R0M Inductors, Coils, Chokes

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Fixed inductors are components designed to provide a controlled amount of inductance in electrical and electronic circuits. They are commonly used in many applications such as radio frequency circuits, power conversion, and power switching circuits.

The PM13666S-1R0M is a type of fixed inductor from Pulse Engineering Inc., which is based on their new and patented technology. The device has been designed specifically for power conversion and power regulation applications. It features a very low profile of 0.47 mm, which is ideal for very compact applications. It also has a very low ESR (Equivalent Series Resistance) of 0.13 mOhm, which means that it can handle very high frequencies with minimal losses. Its high capacitance allows the device to be used in very wide range of applications as well.

The PM13666S-1R0M is an example of power inductor; mainly used in high current applications, typically in the range of 0.5-12A. It also features very high rated current up to 10A. It is manufactured in an advanced manufacturing process to ensure excellent quality and performance in all the applications individual will use it.

The PM13666S-1R0M is designed to function in a wide range of applications and industries, such as automotive, consumer electronics, medical, energy efficient lighting systems, renewable energy, and industrial applications. In automotive applications, it is used for DC-DC and AC/DC converters in electric and hybrid vehicles. In screen power supplies, noise reduction can be achieved using this device and it has very good thermal and humidity resilience due to its special coating. In renewable energy applications, it is used for power converter designs to maximize efficiency.

The PM13666S-1R0M works by allowing the inductance of the copper coil to resist changing current, thus storing energy in the electromagnetic field generated between the coil and the core. The current flows through the copper coil and, as the magnetic field increases, the inductance increases, resulting in a longer total path length for the current. This impedance can be used to limit the current or voltage transients.

The PM13666S-1R0M includes a ferrite core for increasing permeability, resulting in increased inductance and better performance at high frequencies. The core also helps reduce eddy current losses, as it acts as a magnetic barrier, preventing the magnetic flux from spreading out to adjacent components. The core structure also helps reduce the amount of heat dissipated, as it acts as a heat sink.

The PM13666S-1R0M has a very low DC resistance and a low equivalent series resistance, ensuring that only minimal voltage and power are lost during operation. Its high inductance-to-resistance ratio ensures that the devices will provide exceptional performance in high power and high frequency operations. The device also has an integrated thermal protection feature, which includes an internal temperature sensor that is activated only when the temperature of the device exceeds a certain threshold.

The PM13666S-1R0M is an ideal choice for power conversion and power regulation applications due to its small size, low profile, high current rating, high power handling capability, low DC resistance, high inductance-to-resistance ratio, and internal thermal protection feature. It has been designed to provide both increased reliability and improved efficiency in power systems applications, making it the best choice for many applications.

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