NSD10

Applications:	Electrical, Industrial
Melting I²t:	120
Size / Dimension:	0.543" Dia x 1.362" L (13.80mm x 34.60mm)
Package / Case:	Cylindrical, Blade Terminal (Alternating)
Mounting Type:	Holder
Breaking Capacity @ Rated Voltage:	80kA
Operating Temperature:	--
Approvals:	--
Class:	--
Features:	--
Series:	NSD
Response Time:	--
Voltage Rating - AC:	550V
Current Rating:	10A
Fuse Type:	Cartridge
Moisture Sensitivity Level (MSL):	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Packaging:	Bulk

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The NSD10 application field and working principle are relevant to many electrical circuits, including those for computers, medical technology, communication technology, automotive use, and others. It is an important area of research for many today. In this article, we will explain the application field and working principle of the NSD10 fuse. An NSD10 fuse, also known as a non-resettable circuit protector, is a high-speed, low-fault current device used for overcurrent protection. This type of fuse has a rapid-action, time-current curve which causes it to rapidly disable a circuit if the current exceeds the rated value. When the current passes through the fuse, a thermal element is heated up to its melting point in a matter of milliseconds. Once the element melts, an arc forms between the contacts of the fuse, which quickly interrupts the circuit.The most common application field of NSD10 fuses is in computers. These fuses are used mainly to protect the logic board or components from power surges or spikes in current. The fuses are usually mounted directly on the board and connected to a power source. When a power surge occurs, the thermal element heats up and, if the surge is large enough, will cause the fuse to blow. This is to prevent any damage to the components on the board. The working principle of the NSD10 fuse is quite simple. When the current passing through the fuse exceeds a pre-set design value, the thermal element melts and breaks the circuit. The design value is determined by the size and shape of the thermal element. Typically, a smaller thermal element has a lower design value than a larger one. The main advantage of NSD10 fuses is their ability to protect circuits at very low current levels. In addition, they react very quickly to surges or spikes in current, allowing them to shut the circuit off almost instantly. The main disadvantage is that, once they have been activated, they must be replaced before the circuit can be used again. This can be a time-consuming and costly process.In conclusion, the NSD10 application field and working principle are important components in electrical circuits. The fuses are used mainly in computers to protect the logic board or components from power surges and spikes. They have a rapid-action, time-current curve which causes them to quickly disable a circuit if the current exceeds the design value. The main advantage of NSD10 fuses is their ability to protect circuits at very low current levels, while the main disadvantage is that they must be replaced after activation.

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