2010.0022

Features:	--
Melting I²t:	47
Size / Dimension:	0.205" Dia x 0.787" L (5.20mm x 20.00mm)
Package / Case:	5mm x 20mm
Mounting Type:	Holder
Breaking Capacity @ Rated Voltage:	35A
Operating Temperature:	-40°C ~ 85°C
Approvals:	CCC, cURus, PSE, VDE
Class:	--
Series:	FSU 5x20
Applications:	Telecom
Response Time:	Slow
Voltage Rating - AC:	250V
Current Rating:	3.15A
Fuse Type:	Cartridge
Part Status:	Obsolete
Lead Free Status / RoHS Status:	--
Packaging:	Bulk

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IntroductionElectrical, Specialty Fuses are important components in electrical engineering. They are critical for controlling and protecting circuits and equipment from overloads and short circuits. Fuses are a part of electrical power distribution systems in all kinds of equipment from motors to aircraft navigation systems. The 2010.0022 application field and working principle describe how fuses operate and the reasons for their use. Overview of FusesFuses, also known as overcurrent protective devices, are essential components when it comes to safely controlling electrical power. Essentially, they are a safety device, used to interrupt the power supply in case of an overload or short circuit to protect the circuit and its components from any damage that could occur.Fuses are typically designed to break an electrical connection if the current within it exceeds a certain predefined level. This is usually accomplished by a piece of wire. This wire will melt when the current passes through it reaches a critical level, thus breaking the circuit and thus protecting against any potential damages. 2010.0022 Application Field and Working PrincipleFuses are designed for use in a range of different applications, from small consumer electronics applications, to powering motor systems, aircraft navigation systems, and even healthcare systems. In applications where the circuit needs to be protected from overloads or short circuits, the 2010.0022 specification of the fuse will be used. This specification indicates the range of currents that a fuse should be able to protect the circuit from. The working principle of the fuse is simple; when a predefined level of current is exceeded, the connection between the two ends of the fuse will snap, thus preventing any further current from being transmitted through the circuit. The fuse works by using an element, usually a thin metal wire, which melts if the current exceeds the predefined limit. This will cause the metal element within the fuse to snap, breaking the connection between the two ends of the circuit, and thus protecting the circuit from any potential damage caused by the electrical current. ConclusionFuses are essential components for any electrical engineering application, and help to protect circuits and components from damage. The 2010.0022 application field and working principle outlines the range of applications in which fuses should be used, and how they operate to protect a circuit from overload or short circuit. Fuses provide a valuable means of controlling, protecting, and managing the flow of current in an electrical system. They are used in many applications, from consumer electronics, to motor controls, aircraft navigation systems, and healthcare systems. By effectively breaking the connection when the predefined current level is exceeded, the fuse will help to ensure that no further current can flow through the circuit, thus protecting against any damage that may arise.

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