3405.0173.11

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Fuses play an important role in protecting electronic circuits from damage due to excessive current or voltage levels. The 3405.0173.11 is a type of fuse and the application fields and working principles will be discussed herein.

The 3405.0173.11 is a miniature time-delay fuse. It is designed for use in industrial applications with currents as high as 10 amps and voltage ratings up to 250 volts. This fuse is commonly used in the protection of circuits used in semiconductors, automobiles, computers, telecommunications equipment and other types of electronic systems.

The working principle of this fuse is quite simple. It is designed with a piece of metal that melts when too much current is applied to it. This metal has a predetermined melting point that is designed to blow the fuse if it is exceeded. The 3405.0173.11 has a time delay feature included such that the fuse will take a particular amount of time to blow even if the current level exceeds the melting point. This time delay helps to protect the circuits and prevent damage from occurring.

The 3405.0173.11 is a prefused-type fuse that has an fuse element already encased within a protective body. As the fuse melts, it triggers the release of its spring-loaded element. The spring-loaded element then pushes on the contacts of the fuse and opens the circuit. This prevents further damage from occurring and helps to preserve the integrity of the circuit.

The 3405.0173.11 is designed for use in industrial settings that require reliability and safety. As such, it is tested to UL, CSA, and IEC standards. It is designed for use in high-current applications and can handle up to 10 amps of power. The fuse body is made from a high temperature resin that is resistant to shock and vibrations.

In conclusion, the 3405.0173.11 fuse is a miniature time-delay fuse that is designed for use in industrial applications with high current and voltage ratings. It is designed with a metal element that melts when too much current is applied to it and a time delay feature that helps to prevent damage from occurring. The fuse is designed to UL, CSA, and IEC standards for reliability and safety. It is encased in a high temperature resin that is resistant to shock and vibrations.

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