BK/S504-50MA

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Fuses are an important part of electric circuits and are widely used in many modern products and systems. The BK/S504-50MA is a popular type of fuse used in a range of applications. This article will discuss the application field and working principle of the BK/S504-50MA.

The BK/S504-50MA fuse is an ideal choice for a variety of applications, including electrical protection of aerospace, automotive, commercial and industrial equipment. It is most commonly used in electronic circuits that are subjected to high current and voltage. This fuse is designed to limit current to a predetermined value, protecting the circuit and its components from any potential overload. It is also suitable for protecting motors, high-powered electrical devices, and for current-limiting circuits.

The BK/S504-50MA is designed to protect against currents up to 50A, with a rated voltage of 50V AC or 100V DC. It has a fast-acting time-delay characteristic, meaning that it will respond quickly to an short-circuit condition, while ensuring the safe operation of the circuit. This makes it an ideal choice for applications requiring instantaneous response and reliable protection.

The BK/S504-50MA fuse is composed of two parts: a body and a contact. The body is made of high-quality glass and contains a thin conductor wire. This wire is composed of a special alloy material that is able to withstand high currents without breaking. The contact is made of copper and is capable of conducting current through the wire.

When a current greater than the rated value passes through the BK/S504-50MA, the contact will heat up and melt the alloy wire. This will rapidly interrupt the flow of current, protecting the circuit and its components from damage. The fuse will then reset itself, allowing the circuit to function normally once again.

In summary, the BK/S504-50MA is a popular type of fuse used in a wide range of applications. It is designed to protect against currents up to 50A, with a fast-acting time-delay characteristic. The fuse is composed of a body containing a thin conductor wire and a contact made of copper and capable of conducting current. When an overcurrent passes through the fuse, it will interrupt the flow of current and reset itself, protecting the circuit and its components from damage.

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