H2AAG-10104-G8

Series:	DF3
Part Status:	Active
Lead Free Status / RoHS Status:	--
Contact End:	Pin to Pin
Moisture Sensitivity Level (MSL):	--
Length:	4.00" (101.60mm)
Wire Gauge:	28 AWG
Contact Finish:	Gold
Color:	Green
Contact Finish Thickness:	--
Number of Rows:	1
Number of Conductors:	1

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Introduction

Jumper wires, also known as pre-crimped leads, are designed specifically for the purpose of connecting two or more components together. The H2AAG-10104-G8 is a commonly used jumper wire due to its high reliability and wide range of applications. This article will discuss the application field and working principle of H2AAG-10104-G8 jumper wire.

Application Field

The H2AAG-10104-G8 jumper wire is mainly used in the automotive industry. Due to its excellent performance, it can be used in a variety of situations such as connecting various electronic components, stabilizing the current, and providing power to different parts of the vehicle. In addition, they can also be used for linking sensors to each other, connecting various gauges, and providing an input and output connection between two devices.In addition to the automotive industry, H2AAG-10104-G8 jumper wires are also widely used in the electronic engineering and telecommunications industry. These jumper wires can be used to connect different components within a system, including power units, LEDs, transistors, resistors, and capacitors. Additionally, these jumper wires can be used to link different electronic boards and peripherals, allowing them to communicate with each other efficiently.

Working Principle

The basic working principle behind the H2AAG-10104-G8 jumper wire is simple. The wire is pre-crimped to a precise length and connected with components via copper conductor probes. The joint between the wire and the component is secured using insulation material, which helps protect it from external interference. Once the connection is complete, electrons flow through the wire and components, creating an electrical circuit. This flow of electrons is known as an electric current, and it is the driving force behind electronic components. In order to ensure the safety of the components, the jumper wires come with a variety of insulation materials including vinyl, Teflon, and polypropylene. These insulation materials help to prevent the jumper wire from coming into contact with other components, and also help protect the contacts from moisture, corrosion, environmental debris, and other damaging elements.

Conclusion

In conclusion, H2AAG-10104-G8 jumper wires are widely used in the automotive and electronic engineering industries due to their high reliability and wide range of applications. The working principle behind these jumper wires is simple: they are pre-crimped to a precise length and connected with components via copper conductor probes and insulated with material to protect the connection from external interference and damage.

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