0ZRC0030FF1E

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PTC Resettable Fuses are commonly used in a wide range of applications, including consumer electronics, automotive applications, and appliances, to provide reliable overcurrent protection. The 0ZRC0030FF1E is a PTC Resettable Fuse that is designed for load currents up to 30A.

The 0ZRC0030FF1E is a high-temperature ceramic PTC Resettable Fuse that features a very fast-acting response and a high current rating. It is designed to provide reliable overcurrent protection in a wide range of applications with its built-in surge protection and overcurrent protection capabilities.

A 0ZRC0030FF1E is typically used in applications such as power cord and battery charging systems, AC line protection, DC line protection, cable protection, PC PSU, telecom, medical, and automotive. It is also suitable for complex power systems that require reliable protection.

The 0ZRC0030FF1E has a threshold temperature of 85°C. This means that if the device\'s internal temperature exceeds 85°C, the fuse will trip and no power will flow through it. This means that it is designed to protect against any type of overcurrent situation, including short circuits, electrical spikes, and surges. The fuse will reset itself once the temperature is below the threshold temperature, allowing power to flow again.

The 0ZRC0030FF1E has a voltage rating of 250VAC/VDC and features a mechanical-shock-proof construction. This means that the fuse is designed to be deniable for harsh environment conditions, including those in automotive and outdoor applications. It also features an Everlube coating for improved corrosion resistance.

The 0ZRC0030FF1E is a high-quality PTC Resettable Fuse that is designed for a wide range of applications. It features a very fast acting response, a high current rating, an Everlube coating for improved corrosion resistance, and a mechanical-shock-proof construction for tough environments. The fuse is designed to provide reliable overcurrent protection and to reset itself once the temperature is below the threshold temperature, allowing power to flow again.

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