NF15AA0809M--

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Inrush current limiters, more commonly known as ICLs, are devices used to help control rapid current transients, more commonly referred to as inrush current. Inrush current is defined as the surge of current in an electrical system that is caused when power is first applied to it. This generally happens when the system is powered up from a cold start, and is often far greater than the normal running current of the system. If left unchecked, this surge of current can cause damage to components or premature failure of the system.

The NF15AA0809M Inrush Current Limiter is a compact, highly efficient device designed to limit inrush current and protect a variety of system components. It features a solid-state design with no moving parts, making it one of the most reliable Inrush Current Limters on the market. The device has a wide range of input and output voltages, allowing it to be used with a variety of electronic applications.

The NF15AA0809M Inrush Current Limiter works by limiting the amount of current that is allowed to enter the system when it is powered up from a cold start. The device contains a thermal switch that quickly and automatically opens when the temperature of the unit reaches a set point, limiting the amount of current that is allowed to enter the system. Once the unit has cooled off, the switch will close, allowing the normal running current to flow.

The NF15AA0809M Inrush Current Limiter can be used in a variety of applications. It is commonly used in automotive systems, consumer electronics, and industrial machinery. It is especially useful in systems that require frequent cold starts, such as those found in industrial automation systems. The ICL is also ideal for use in medical and telecommunications systems.

The NF15AA0809M Inrush Current Limiter is a reliable and cost-effective way to protect sensitive components in a variety of electronic systems. It is designed to be easy to install and requires little or no maintenance. By limiting inrush current, the NF15AA0809M helps to ensure that a system’s components are properly protected against damage and increased life expectancy.

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