H2BXT-10112-A6

Series:	DF3
Part Status:	Active
Lead Free Status / RoHS Status:	--
Contact End:	Socket to Cable (Round)
Moisture Sensitivity Level (MSL):	--
Length:	12.0" (304.8mm)
Wire Gauge:	26 AWG
Contact Finish:	Tin
Color:	Orange
Contact Finish Thickness:	--
Number of Rows:	1
Number of Conductors:	1

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Jumper Wires

Jumper wires, also known as jumpers, are short strands of wire or conductor that are used to join two points in an electrical circuit or device. These short lengths of wire allow circuits to be quickly reconnected without the need for soldering or wiring. Jumper wires come in various forms, including multi-wire ribbon cables, rigid leads, and flexible multi-conductor cables. The most common type of jumper wire, however, is a simple, single insulated wire linked to a pair of exposed metal contacts.Jumper wires are often used in the prototyping and testing stages of electronics builds. They allow designers to quickly modify the configuration of an electronics build in order to incorporate new components or change the direction of components connected together. These ubiquitous tiny wires make it convenient to connect the appropriate pins of components and keep the wire connections as short as possible. Jumper wires also provide a handy way to make temporary connections. A common example might be if a user were trying to test a new audio amplifier circuit. By covering one connection with a jumper wire the user could quickly begin to test the circuit with an oscilloscope or any other testing equipment without having to disconnect and reconnect anything.

Pre-Crimped Leads

Pre-crimped leads are essentially highly durable and reliable jumper wires designed for those connections that require more than just a temporary physical connection. Pre-crimped leads were developed to provide a more reliable and secure connection ideal for repeated use in instrumentation, production, and test systems. These leads use plugs, receptacles, and specialized crimp tools to provide secure fastening options. Pre-crimped leads come in a range of sizes, shapes, and configurations, with specialized tooling available to create a reliable connection every time. They also provide a variety of options for mounting these leads to racks and other devices. In many cases, these pre-crimped leads provide an ideal solution when space or flow constraints limit the use of traditional soldered connections.Pre-crimped leads are also designed for maximum durability. The plugs and receptacles used in these lead designs are tamperproof and are designed with a corrosion-resistant shell often coated with chrome, brass, or gold. Pre-crimped leads are also designed to work in a temperature range of between -20 to +85°C, with some designs configured for higher temperature ranges.

H2BXT-10112-A6 Application Field and Working Principle

The H2BXT-10112-A6 is a type of pre-crimped lead, designed for use in electronic instrumentation systems. It is a type of round lead with two pairs of crimped terminals designed to easily connect to both flat and round surfaces. The lead is also designed for maximum durability, with a solderable metal shell, a weather-resistant conductive inner coating, and an insulation made of tough, resistant polymer. These features make the H2BXT-10112-A6 a dependable lead for any application.The H2BXT-10112-A6 is typically used in electronic systems with any type of processing or data acquisition boards, such as devices used in medical, aerospace, automotive, and industrial automation systems. The dependable crimping capabilities of the lead make it easy to use in quick-connect applications, such as those used for functional testing and instrumentation applications, where multiple connections must be made in a short period of time. Additionally, this type of lead has been found to be particularly useful in production and test systems, where its durability and reliability is important to maintain.In terms of the working principle of the H2BXT-10112-A6, the lead is designed to provide a secure connection that is designed to last. The two crimped terminals are designed to securely fit the surface of the device, and the insulation of the lead provides electrical insulation and resistance to environmental factors such as corrosion, moisture, and extreme temperatures. The lead is also designed to reduce ground loops, minimising the risk of electrical shock and providing reliable power delivery. Additionally, the durable metal shell of the lead is solderable, allowing it to be securly attached to a circuit board if needed.

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