Response Time:	Fast
Size / Dimension:	0.291" L x 0.122" W x 0.102" H (7.40mm x 3.10mm x 2.60mm)
Color:	--
Operating Temperature:	-40°C ~ 125°C
Approvals:	cURus
Melting I²t:	0.44
Breaking Capacity @ Rated Voltage:	100A
Mounting Type:	Surface Mount
Package / Case:	2-SMD, J-Lead
Series:	OSU 125
Voltage Rating - DC:	125V
Voltage Rating - AC:	125V
Current Rating:	2A
Fuse Type:	Board Mount (Cartridge Style Excluded)
Part Status:	Obsolete
Lead Free Status / RoHS Status:	--
Packaging:	Bulk

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Introduction of Fuses

Fuses are highly efficient devices that have been used in electrical circuit protection for several decades. They are typically made of a thin metal strip, which is designed to automatically break or “blow” when the current passing through it reaches a certain level. The purpose of the fuse is to trip the circuit in an attempt to prevent possible damage to the circuit or system due to a current overload.

Application Field of Fuses in 2060.0012.11

2060.0012.11 is the latest year in fusing technology. By the year 2060, new applications of fuses continue to be developed, resulting in greater safety and reliability for protecting electrical circuits. One common application of the fuses is in the automotive industry, where high voltage electrical components such as alternators, starter motors, and electric windows are used. Automotive fuses are designed in such a way that they are able to blow when too much current is flowing through them, thus protecting the circuit from overheating. In addition, many modern cars now come with advanced safety systems that require the use of fuses.In homes, fuses are used to protect circuits from overloading. Fuses are typically used in circuits that are protected from possible shock due to contact with water, such as in a bathroom or kitchen. Fuses also protect against overloads caused by an excessive number of electrical appliances being used at the same time. Many new appliances today come with built-in overload protection, but an external fuse is sometimes still required for additional safety.High-tech computer systems also use fuses for protection. In servers, fuses are used to protect the system from overloads caused by power surges, as well as from interference from external sources.

Working Principle of Fuses

A fuse is a device designed to protect an electrical circuit by breaking the circuit when the current exceeds the maximum safe level. The main component of a fuse is a thin metal strip, which is designed to melt or break if the current flowing through it is too high. The metal strip is placed in an insulating probe, which in turn is surrounded by a heat-resistant material.When current passes through the metal strip, it will generate heat. If the current gets too high, the metal strip will heat up until it reaches its melting point. At this point, the metal strip will break, causing an immediate electrical shutdown. This breaks the circuit and prevents further damage to the components within the circuit.Most fuses come with a rating that indicates the maximum amount of current that can safely travel through it before it “blows”. This rating should always be taken into account when using a fuse in an electrical circuit.

Conclusion

Fuses continue to be a reliable and important tool for protecting electrical circuits and components, and new applications of this technology are being developed every day. As seen in this article, fuses are used in a variety of ways in 2060.0012.11, from protecting cars from overloads to safeguarding computer systems from external sources. The working principle of a fuse is based on an understanding of how current passes through a metal strip, with the metal strip breaking or melting at a certain point when the current becomes too high. Understanding the application field and working principle of fuses is essential for using them correctly and to ensure their effectiveness.

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