FUSE Datasheet(PDF) - TF600 - Schurter Inc.

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FUSE Datasheet, PDF

Searched Keyword : 'FUSE' - Total: 380 (6/19) Pages

Manufacturer	Part #	Datasheet	Description
Schurter Inc.	TF600	1Mb/4P	Surface Mount Fuse, 10.1 x 3.22 mm, Time-Lag T, Telecom
	D20K	117Kb/2P	Miniature Fuse, 10.3 x 38 mm, Quick-Acting F, 250 VAC
	MXT250	394Kb/4P	Subminiature Fuse, 8.5 mm, Time-Lag T, 250 VAC, 100 A
	OSU250	451Kb/3P	Surface Mount Fuse, 11 x 4.6 mm, Quick-Acting F, Telecom
	A3BK	265Kb/3P	Miniature Fuse, 10.3 x 38 mm, Quick-Acting F, 300 VAC
	80200504	340Kb/2P	Subminiature Fuse, 3.6 x 10 mm, Time-lag T, 250 VAC
	SUT6.3X32PIGTAIL	244Kb/3P	Axial Lead Fuse, 6.3x32 mm, low resistance, up to 30 A
	MST250	449Kb/5P	Subminiature Fuse, 8.5 mm, Time-Lag T, 250 VAC, 63 VDC
	SPT3.6X10	254Kb/3P	Subminiature Fuse, 3.6 x 10 mm, Time-lag T, 250 VAC
	MST250	388Kb/4P	Subminiature Fuse, 8.5 mm, Time-Lag T, 250 VAC, 63 VDC
	FST6.3X32	186Kb/3P	Miniature Fuse, 6.3 x 32 mm, Time-Lag T, 250 VAC 29.09.2021
	OSU125	216Kb/2P	Surface Mount Fuse, 7.4 x 3.1 mm, Quick-Acting F, Telecom
	MST250	494Kb/5P	Subminiature Fuse, 8.5 mm, Time-Lag T, 250 VAC, 63 VDC 04.01.2022
	FST6.3X32	213Kb/4P	Miniature Fuse, 6.3 x 32 mm, Time-Lag T, 250 VAC 09.12.2021
	MSF125	267Kb/3P	Subminiature Fuse, 6.4 mm, Quick-Acting F, 125 VAC, 125 VDC
	MXT250	354Kb/3P	Subminiature Fuse, 8.5 mm, Time-Lag T, 250 VAC, 100 A
	80200603PT	413Kb/2P	Axial Lead Fuse, 6.3x32 mm, low resistance, up to 30 A
	OSU125	401Kb/2P	Surface Mount Fuse, 7.4 x 3.1 mm, Quick-Acting F, Telecom
	D20K	333Kb/2P	Miniature Fuse, 10.3 x 38 mm, Quick-Acting F, 250 VAC
	HCF	314Kb/3P	Solid State, Thin Film, SMD 3220 Fuse for High Current Application

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What is FUSE

A fuse is an electrical safety device that is used to protect electrical systems and components from damage caused by excess current.

It is a device that contains a metal wire or filament that melts and opens the circuit when the current exceeds a specified limit.

This helps to prevent electrical fires and other hazards that can occur when there is an excessive current flow in an electrical circuit.

Fuses come in various types and sizes, and are selected based on the current rating and the type of application.

For example, slow-blow fuses are used for applications where temporary current spikes are expected, while fast-acting fuses are used for applications where a rapid response to an overcurrent is required.

In general, fuses provide a simple and effective way to protect electrical systems and components from damage caused by overcurrents, and are an important part of many electrical safety systems.

*This information is for general informational purposes only, we will not be liable for any loss or damage caused by the above information.

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