3404.0010.11

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Fuses are extremely important components in electronic devices and systems. Fuses act as protective devices and are designed to blow when the current running through them exceeds a certain threshold. This is considered to be a safe form of protection against overloads and short-circuits. The 3404.0010.11 is a type of fuse that has a wide range of uses, including automotive and industrial applications. This article will discuss the application field and working principle of this type of fuse.

Application Field

The 3404.0010.11 fuse is an enclosed type of fuse, meaning that it is inside of a cylindrical-shaped outer housing. It is usually made from brass, and its size is approximately 11.43mm x 50.9mm. This type of fuse is designed to protect against overloads and short-circuits and can be used in many different types of applications. For example, this type of fuse is commonly used in automotive applications such as in the navigation system of a car. It is also often used in industrial applications, such as in switching cabinets and other types of control panels. Additionally, it can be used in various types of equipment, including computers, medical equipment, and home appliances.

Working Principle

The 3404.0010.11 fuse is designed to protect electronic circuits from overloads and short-circuits. It works by breaking the electrical connection when the current running through it exceeds the threshold of the fuse. This allows it to protect the components of the circuit from damage or destruction. The fuse contains a thin wire that is sealed inside of a ceramic tube. When the current passes through the wire, it heats up and expands. Once it reaches the threshold, the wire snaps, interrupting the current flow and protecting the other components of the circuit.

The 3404.0010.11 fuse is a versatile type of fuse with a wide range of applications. Its ability to protect circuits from overloads and short-circuits makes it a popular choice for use in automotive and industrial applications. Its working principle is simple; a thin wire is sealed inside of a ceramic tube and when the current running through the wire reaches the threshold, the wire snaps, disrupting the circuit and protecting the other components from damage.

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