MF-NSML200-2

PTC (positive temperature coefficient) resettable fuses, are a class of circuit protection devices which act to protect electronic components and wires from damaging overcurrents. The MF-NSML200-2 is a resettable fuse that is designed with a special thermal compound and low-profile construction which allows for a much more efficient handling of current than other fuses or circuit protection devices. The device has been designed to protect sensitive low-voltage applications, such as in the automotive, medical, and consumer electronics industries.

The device works by reacting to an overcurrent event by gradually increasing its resistance enough to trip a circuit breaker. The thermal characteristics of this device’s thermal compound, coupled with its low-profile construction, allow the device to reduce its temperature during the overcurrent event. The device then begins to cool off and its resistance automatically drops back. This process is repeated until the overload is removed and the power supplied to the circuit is reduced back to a safe level.

The use of the MF-NSML200-2 allows circuit designers to have more precise control over the triggering current and the level of current that will be passed to a circuit before the fuse trips the circuit breaker. This allows for improved safety when compared to traditional fuse products as the overcurrent event is caught more quickly and the current is brought back to a safe level.

The MF-NSML200-2 also has an operational temperature range of -20°C to 125°C, making it suitable for various low-voltage applications such as automotive, medical, and consumer electronics. Its thermal design and construction also make it well-suited for high power applications such as UPS systems and power supplies.

The needs of modern applications have shifted from traditional overcurrent protection devices to resettable fuses and devices like the MF-NSML200-2. By using this device, designers can ensure circuit safety without sacrificing performance or product integrity. Furthermore, its low profile construction and efficient temperature control make it suitable for a wide range of applications.