NF13AA0100M--

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Inrush current limiters (ICLs) are an important component of a wide variety of electronic systems. They are used to prevent sudden, large current spikes from damaging components and circuit boards. The NF13AA0100M is an ICL device that has been designed for use in telecom and datacom applications specifically. It is a two-part device consisting of a NTC thermistor and a PTC resettable fuse which work together to help protect the system from problematic inrush currents.

The NF13AA0100M is connected in series with the input power supply and a load or system. As the power is turned on, the thermistor material starts to heat up, providing a low-resistance creating a path for the current to flow without large surges. As the thermistor warms up, the resistance increases, limiting the initial current surge, or inrush current. As the voltage rises, the PTC element cuts in, forming an over-current protection circuit in the event of over-voltage, thus adding additional protection.

There are several advantages associated with the NF13AA0100M. The device’s design features an enhanced system thermal management, enabling it to handle loads up to a maximum 48V. Its protective sealing provides an IP2X rating, ensuring dust- and splash-proofing of electrical components and making it suitable for use in harsh environmental settings. In addition, its low equivalent series resistance (ESR) as low as 0.1ohm, allows for maximum power transfer to the load, and its rugged construction allows for a superior mechanical strength and long cycle life.

Furthermore, the NF13AA0100M can be used in nearly any type of application which requires inrush current limiting. It is ideal for telecom and datacom applications due to its superior ability to filter out high power surges. It can also be used in industrial and automation equipment, uninterruptible power supplies, power supplies and efficient dry-type transformers, among others.

The NF13AA0100M is an effective and reliable solution for inrush current protection in diverse applications. Its two-part design allows it to effectively limit the initial current surge, or inrush current, which may cause damage to the system. It also provides enhanced system thermal management, superior mechanical strength, superior filtering action, and protection against environmental hazards. With its ability to handle loads of up to 48V, low ESR, and long cycle life, the NF13AA0100M is the perfect choice for inrush current limiting applications.

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