0034.6916

Fuses are essential devices in technology and engineering applications. They serve as circuit-breaking components, safeguarding electronic equipment from power surges, short circuits and other potentially damaging events. Fuses are widely used in electric power transformers, mobile power systems, aerospace, telecommunications, consumer electronics and many other applications. In this article, we will take a look at one particular type of fuse – the 0034.6916 – and its application field and working principle.The 0034.6916 is a type of miniature fuse specifically designed for electronic equipment and circuits. It is a radial-leaded component with a cylindrical metal body and two protruding blades or leads. The electrical rating and breaking capacity of the 0034.6916 are 2A/250V AC, making it suitable for use on low-voltage circuits. It also features a high-dimensional stability and arc suppression capability, as well as a wide operating temperature range from -55°C to +125°C. The 0034.6916 fuse is mainly used in microprocessors, telephone circuits, remote controllers, personal computers, automotive devices and industrial machinery. It is typically installed in circuit boards and printed wiring boards where it can protect other components from extreme voltage spikes or circuit overloads. The device is also equipped with a gold-plated steel contact, which allows it to be mounted to a surface-mount padvias a soldering process.The working principle of the 0034.6916 fuse is relatively simple. When electric current passes through the fuse, the heat generated in the process causes the fuse wire to expand, thus increasing the resistance of the circuit. This reduces the amount of current that flows through the circuit until a point is reached where the current is completely cut off. At the same time, the fuse’s internal components melt, thus deactivating electrical current running through it.The 0034.6916 fuse has a variety of important safety features built into its design. It features a temperature-sensitive interruptive element that reduces resistance at temperatures above the specified value, as well as a positive temperature coefficient that reduces resistance as temperature increases. Additionally, it employs a method of thermal shutdown in order to protect the device from extreme thermal conditions.Overall, the 0034.6916 fuse is a popular component in many electronic devices and circuits. Its wide range of applications, combined with its impressive safety features, make it an ideal choice for many different applications.