3511

Series:	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Fuseholder Type:	Clip
Moisture Sensitivity Level (MSL):	--
Fuse Type:	Cartridge
For Use With/Related Products:	1/4" Dia
Fuse Size:	1/4" Dia (6.4mm)
Number of Circuits:	1
Voltage:	--
Current Rating:	15A
Mounting Type:	PCB
Orientation:	Horizontal
Termination Style:	PC Pin
Contact Material:	Brass
Contact Finish:	Tin

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Introduction

Fuseholders are an essential component of any electrical or electronic systems. Not only do they provide protection for the entire system from short circuits and over-loads, they also provide a means of quickly disconnecting the system from the power supply when needed. Thus, it is important to understand the application fields and how these devices work.

Application Fields

Fuseholders are often used in the following applications:

• High Voltage Power Supplies
• Telecommunication Networks
• Lighting Systems
• Electrical Heating Systems
• Automotive Wiring
• Air Conditioning
• Industrial Control Systems

In addition to these common applications, fuseholders can also be used in a variety of specialized applications.

Types of Fuseholders

Fuseholders come in a variety of types and sizes that are designed for specific applications. Common types of fuseholders include:

• Cartridge Fuseholders
• Open Fuseholders
• Panel-Mount Fuseholders
• Surface Mount Fuseholders
• Tube Fuseholders
• DIN Rail Fuseholders
• Blade Fuseholders
• Pole-Mount Fuseholders

Each type of fuseholder is designed with specific characteristics and strengths to ensure the best possible protection for the system.

Working Principle of Fuseholders

Fuseholders use a common principle: When a short circuit or overload occurs, a current-limiting component called a fuse is triggered, which then quickly reduces the connection between the power flows. This reduction in electrical power prevents damage to the system or components.Fuseholders work by using two metal prongs, one of which connects to the fuse and the other to the power. When the fuse is triggered, it creates an open circuit, interrupting the flow of current through the system.

Conclusion

Fuseholders are an essential component in any electrical or electronic system, providing protection from short circuits and overloads. Understanding the application fields and the working principle of fuseholders is essential in order to ensure the best possible protection for the system.

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