H6BBT-10112-A7

Series:	EnerBee™ DF22
Part Status:	Active
Lead Free Status / RoHS Status:	--
Contact End:	Socket to Socket
Moisture Sensitivity Level (MSL):	--
Length:	12.0" (304.8mm)
Wire Gauge:	16 AWG
Contact Finish:	Tin
Color:	Orange
Contact Finish Thickness:	--
Number of Rows:	1
Number of Conductors:	1

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Introduction

Jumper wires and pre-crimped leads are essential components in many electronic projects and applications. The H6BBT-10112-A7 is a type of jumper wire that provides an easy-to-use solution for connecting different components or circuits. It is made from copper wire and is insulated with Teflon.

Application Field

H6BBT-10112-A7 jumper wires are primarily used in applications for which reliability and longevity are important. This type of jumper wire is often used in medical equipment, military equipment, industrial machinery, and other high-performance applications. It is also a popular choice for prototyping and testing circuits.

Advantages

H6BBT-10112-A7 jumper wires have a number of benefits compared to other types of jumper wires. The Teflon insulation provides excellent protection against short circuits, static electricity, and electromagnetic interference. The copper conductor provides a low resistance connection and can handle high current. In addition, the crimped lead wires are easy to assemble and offer a secure connection.

Working Principle

The H6BBT-10112-A7 jumper wire is designed to provide a reliable electrical connection between different components or circuits. The wires are crimped together using a special tool. This crimping process creates a permanent connection that is highly resistant to electrical and mechanical shock. The Teflon insulation ensures that the wires are protected from short circuits and electromagnetic interference.

Conclusion

The H6BBT-10112-A7 pre-crimped leads are a type of jumper wire that offers a reliable connection and protection against short circuits. This wire is often used in medical, military, and industrial applications. It is also commonly used for prototyping and testing circuits. The crimping process creates a secure connection that is highly resistant to electrical and mechanical shock.

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