0234006.MXE

0234006.MXE Application Field and Working Principle

The 0234006.MXE is a cylindrical tube fuse intended for surface mounting. It is a single component with fast acting current interruption fusing characteristics and designed to provide electrical protection in appliances, communication equipment, computers and other electronic devices. It is also suitable for control circuits and general lighting applications.

The 0234006.MXE is composed of a fusible alloy element that when heated acts as a resistor, and a base with end caps and a terminal. The fusible element is a tin-lead alloy that melts when the current flow through it exceeds a certain level. The fuse is operated by the thermal effect of flowing current. When an overload or short circuit current passes through the 0234006.MXE, the temperature of the alloy element will rise rapidly, its resistance decreases and the current flow increases. Feedback from the current causes additional heating, tracing the temperature influence until the element liquefies and the current flow is interrupted.

The 0234006.MXE has an adjustable fuse action that enables designers to select how fast the fuse will trip when the rated current is exceeded. The response time is adjustable by selecting a higher current rating. For example, if the 0234006.MXE with a rated current of 0.1 A is operated with a current of 0.2 A, it will trip within 10 milliseconds.

The 0234006.MXE is a current overtime protection circuit that provides safe and reliable current protection against electrical shorts and overloads, and is well suited for a variety of industrial, commercial and consumer applications. It is typically used where high reliability and very fast response time is required.

The 0234006.MXE is a great solution for a variety of applications, from consumer electronics to industrial equipment. It is a reliable and cost effective way to protect against electrical overloads, short circuits and electrostatic discharges. It is a fast-acting fuse with adjustable time-delay, which makes it perfect for applications where fast response time is needed, and it has a UL certification to prove its safety and reliability in harsh environments.