0500588000-05-S8-D

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Jumper Wires

Jumper Wires, sometimes known as jumper cables, are typically used to connect multiple circuits and signals on motherboards. Jumper Wires are available in multiple lengths and gauges and are specifically made to conform to the physical constraints of the circuit board they are used on. They come pre-attached with a choice of pin configurations, so users do not need to cut, strip, or crimp any wires, which greatly simplifies the process of assembly.

Pre-Crimped Leads

Pre-Crimped Leads are insulated electrical wires with pre-crimp rings attached to one or both ends of the wire. This type of wire is primarily used in the assembly of circuit boards, but can also be used in digital and audio applications. Pre-crimped Leads are often sized according to the specific wire gauge, insulation type, and existing circuit board layout. Pre-crimped Leads are generally designed and manufactured to exacting standards so they can be easily and quickly installed with the correct levels of signal integrity and electrical resistance.

0500588000-05-S8-D Application Field and Working Principle

The 0500588000-05-S8-D jumper wire is specifically designed for use in circuitboard assembly and covers a wide range of applications. This type of jumper wire is ideal for connecting multiple signals on a circuit board, such as those used in audio systems. It is pre-attached with two female pins and is made with a gauge of 26 AWG. The pins are designed to support a current of up to 3A and have an operating temperature range of -15°C to +85°C. The insulation material is also highly resistant to corrosion and common chemical agents.

The working principle behind the 0500588000-05-S8-D jumper wire is simple. The female pins are connected to their respective terminals and when the jumper wire is inserted between them, the signal is transmitted without interference from the surrounding environment. This type of jumper wire is also designed to withstand the thermal and mechanical shock and vibration that occurs in many circuitboard applications. Additionally, it is designed to maintain low impedance and optimal signal integrity.

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