8020.5068.G

Fuses have multiple application fields and are used in a wide variety of devices and industries, offering a high level of protection to whatever current or electrical supply they are placed in. The 8020.5068.G fuse in particular can be found applied in numerous applications, including automotive, telecommunications and industrial. Each application field has special design features and working principles that differ according to the specific requirements.

The 8020.5068.G automotive fuse is typically used in vehicles, especially those with higher voltage demands. This automotive fuse is designed to provide short circuit protection, as well as overload protection, and its working principle relies on the fuse’s link which melts when the circuit is overloaded, thus breaking the circuit and protecting the rest of the components from damage. The link of this fuse is made from a high-grade wire which is capable of enduring severe temperature and current overloads. This fuse also offers instantaneous protective action, interrupting the current within milliseconds, thus preventing further damage.

The 8020.5068.G telecommunication fuse, on the other hand, is designed to protect any high level telecommunications equipment, such as mobile phone and other radiofrequency systems. This type of fuse is heavily reliant on its special semiconductor coating which is capable of stopping excessive current or voltage that could cause damage to the telecommunications equipment. The working principle of this fuse is based on the semiconductor coating burning off when the circuit is overloaded, which cuts the power and secures the equipment. This type of fuse also offers short circuit protection, as well as time delay protection.

The 8020.5068.G industrial fuse is mainly applied in industrial applications which require a higher than average performance, with a very durable design. This industrial fuse is perfectly adapted to many motors and other industrial electronics which have to deal with heavy duty activity. Its working principle is based on the fuse’s link, which is made from a high-tech alloy that can withstand severe temperature and current overloads. When the circuit is overloaded, this alloy melts and cuts the power, thus protecting the rest of the components. This industrial type of fuse also offers overload protection and is particularly resistant to any transient surges present in the connected circuits.