SMD2920P260TSA

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PTC Resettable Fuses are a new type of electronic fuse that has advanced capabilities compared to traditional fuses. They offer a unique combination of resettable and protection characteristics. One of the most popular resettable fuses on the market is the SMD2920P260TSA from Bourns. This device combines simplicity and safety in a single package and is widely used in a variety of applications.

The SMD2920P260TSA is a polymer PTC Resettable Fuse device, which has a maximum initial resistance of 260mΩ and a 32V DC voltage rating. It also features a low resistance-voltage (LRV) of 0.88V - 1.11V. It uses a patented technology to ensure a consistently reliable PTC Resettable Fuse experience. The device is designed to open at high current faults, such as short circuits and hot resistances, protecting the application from any potential damage caused by the high current.

The PTC Resettable Fuses of the SMD2920P260TSA offer over-temperature protection when used in higher temperature applications. These resilient fuses are particularly useful when exposed to power transients, resulting in much more stable operation than traditional fuses. one of the most important advantages of the PTC Resetable Fuses of the SMD2920P260TSA is that they are self-resetting after the source of the fault has been removed.

The working principle of the SMD2920P260TSA PTC Resettable Fuses is simple. When the current or the temperature inside the application reaches beyond a certain threshold, the fuse opens and stops the flow of current to the application, thus protecting it from further damage. In order to reset the fuse, the source of the fault has to be removed. Since the fuse reset threshold laser tuned for the optimal detection rate, the source of the fault will automatically be identified and removed.

Overall, the SMD2920P260TSA PTC Resettable Fuses provide an ideal solution for applications that require reliable edge protection and increased operational safety. This device is suitable for many applications, especially in the automotive sector, telecommunications, and medical, due to its high level of reliability, low cost and easy integration into existing systems.

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