0002062101-11-R9

Jumper Wires

Jumper wires are flexible interconnection devices that can be used for jumpers, test probes, and tight-fitting board transitions. The 0002062101-11-R9 jumper wire consists of plastic insulation material and 28 AWG stranded wire. These jumper wires are constructed with a resistive power rating of 300V through 3A and an operating temperature of -55°C to +105°C/-67°F to 221°F. This allows them to be used in a variety of applications for the purpose of connecting different types of wires together.

Uses

Jumper wires can be used to bridge connections on individual pin headers or to join different sections of a printed circuit board. They can also be used to replace a soldered component, providing fast and convenient connections. These jumper wires are Often used in automotive, medical, or digital applications to provide fast, easy connections.

Features

The 0002062101-11-R9 jumper wire provides the following features:

• A high temperature rating of -55°C to +105°C/-67°FF to 221°F allowing use in automotive applications.
• A flexible construction that allows for installation in tight spaces.
• Resistance to chemicals and oils.
• High electrical conductivity.
• A low-dielectric constant allowing for increased signal integrity.
• A core of 28 AWG stranded wire.

Working Principle

The working principle of the 0002062101-11-R9 jumper wires is based on the fact that the electrical resistance of an insulated wire is determined by its length and diameter. The shorter and thicker the wire, the lower the electrical resistance. The 0002062101-11-R9 jumper wire has a 28 AWG stranded wire core providing a low electrical resistance. This allows for increased signal integrity and faster connections.

Conclusion

The 0002062101-11-R9 jumper wire is a versatile interconnection solution offering increased signal integrity. Its flexibility and resistance to chemicals and oils make it suitable for a variety of applications, particularly automotive, medical, and digital. The 28 AWG stranded wire core ensures low electrical resistance providing increased signal integrity.