0500798000-06-A6-D

Series:	PicoBlade™
Part Status:	Active
Lead Free Status / RoHS Status:	--
Contact End:	Socket to Socket
Moisture Sensitivity Level (MSL):	--
Length:	6.00" (152.40mm)
Wire Gauge:	26 AWG
Contact Finish:	Tin
Color:	Orange
Contact Finish Thickness:	35.4µin (0.90µm)
Number of Rows:	1
Number of Conductors:	1

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Jumper WiresJumper wires are a type of electrical wires that are used to interconnect two points systatically and electrically. They can be used for short-term, temporary connections or in more permanent applications. Jumper wires are generally made of copper, with insulation ranging from PVC to PTFE. They come in various lengths and with different types of ends, such as pre-tinned ends or stripped ends. The most common type of jumper wire is the pre-crimped lead. This type of jumper wire has a pre-crimped terminal end that is secured to the wire insulation. Pre-crimped leads are incredibly popular since they don’t require any additional soldering or crimping. These jumper wires are extremely easy to use and provide a strong, reliable connection that can withstand vibration and any other environmental stresses.0500798000-06-A6-D Application Field and Working PrincipleThe 0500798000-06-A6-D is a pre-crimped lead jumper wire designed for use in a variety of electrical and electronic applications. The 0500798000-06-A6-D is composed of a stranded, multi-conductor cable, a pre-tinned stranded terminal, and black PVC insulation. This wire is UL recognized and rated for up to 250V and 5A. This jumper wire also meets the stringent requirements of CSA and RoHS.The 0500798000-06-A6-D is ideal for use in low-voltage circuits, such as in industrial controls, motor control systems, and audio systems. The pre-tinned terminal is extremely resistant to corrosion and ensures that the connection between the wire and the terminal is reliable and durable. The pre-tinned terminations also allow for easy installation and connection since there is no need for soldering or crimping.The working principle of jumper wires is based on the fact that when current is sent through a wire, an electrical potential is created. This electrical potential attracts the electrons that pass through the wire, creating a current flow. By connecting two wires together with a jumper wire, the electrons can move between the two points creating an electrical connection. This connection allows electrical signals to be transferred between two points, enabling communication or control of devices.In summary, pre-crimped lead jumper wires, such as the 0500798000-06-A6-D, are incredibly useful for a variety of electrical and electronic applications due to their reliability and easy installation. The working principle of jumper wires involves creating an electrical potential that allows for the flow of electrons between two points, thus creating an electrical connection that enables communication or control.

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