0263002.VXL

0263002.VXL Application Field and Working Principle

The 0263002.VXL fuse is primarily used as an overload protector in a circuit. It is a miniature fuse and is designed to protect low power circuits from overload or short circuit conditions that may occur. The fuse is made from a metal, brittle metal, or ceramic alloy and is constructed in the form of a tube with two metal caps at either end.

The 0263002.VXL fuse is a class C fuse, meaning its elements have been constructed with a high thermal resistance that can withstand current spikes longer than usual. The two metal caps at either end of the 0263002.VXL fuse each contain a wire-bridging element. When the fuse receives an overcurrent or a short circuit, the current passing through the fuse\'s element causes it to melt, thus breaking the circuit.

The 0263002.VXL fuse is used in applications including power Supplies, Motor Drives, UPS systems, Computer systems, and other similar electronic systems. Its small size and high current-handling capacity make it ideal for use in tight spaces. The 0263002.VXL fuse is UL, VDE, CSA, TUV, CE, ENEC, and RoHS compliant.

The 0263002.VXL fuse has several advantages over competing fuse products. It has a faster blow time, which is typically 20 times faster than that of a conventional fuse. It also has a lower hot-spot temperature and is capable of reliably providing protection even in extreme overloads. Additionally, its smaller size allows it to fit into tight spaces, while its resistance to physical shock and vibration contributes to its increased durability.

The 0263002.VXL fuse is a reliable and cost-effective solution for protecting equipment and circuits from overcurrents and short circuits. Its small size and high current-handling capacity make it ideal for use in a variety of applications, while its thermal resistance ensures it can protect components even during extreme overload conditions. The 0263002.VXL fuse is also UL, VDE, CSA, TUV, CE, ENEC, and RoHS compliant, making it a great choice for any application.