0460121141-02-Y0

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Jumper Wires

Jumper wires are small wires that are designed to quickly and easily connect two points in a printed circuit board (PCB) without having to solder the wires. They are usually made from copper with a PVC insulation on them. They are also known as “jumper cables” or just “jumper”. Jumper wires are primarily used in the prototyping and breadboarding processes to test and develop circuit designs. The jumper wires are simply threaded through the board where they are needed and clipped to the points of the component connections so they can easily be connected and disconnected. Because they do not require the time and effort of soldering, they are a great solution for rapidly developing and testing prototypes.

Pre-Crimped Leads

Pre-crimped leads are wires that come with a pre-crimped connector already attached to them. This type of wire is commonly used for connecting components together in a compressed service, such as an automotive or industrial application. Wire designed for high-temperature applications come with an extra tough PVC insulation and a special crimping mitre cap that is designed to resist temperatures up to 105°C. The other ends of the wire usually comes with a male or female connector that can be soldered or crimped on to the corresponding component.

0460121141-02-Y0 Application Field and Working Principle

0460121141-02-Y0 is a type of wire that is suitable for applications in electric and electronic equipment operated in environments which are expected to subject the wire to high external temperature, high humidity or corrosive atmospheres. It has a very high resistance to electric insulation, is flame-retardant and is also able to withstand high frequency vibration. In terms of application field, it can be used as internal wiring in machinery, as data transmission cables in electronic and computing equipment and as control and power cables.

In terms of working principle, the wire is made from a combination of tinned annealed copper and PVC insulation. The thickness of the annealed copper core is 0.5-4 mm and is capable of carrying a maximum current of 8 amps. The PVC insulation is able to ensure that the maximum voltage is kept within 30 volts. In line with being able to withstand high external temperatures, the wire has an operating temperature range of -15 to +90 degrees Celsius.

The specific data is subject to PDF, and the above content is for reference