0039000181-10-S4-D

Jumper Wires are integral components of circuit building kits and other applications. In particular, 0039000181-10-S4-D jumper wire offers numerous advantages to the users. Here, we will discuss about the application field and working principle of 0039000181-10-S4-D jumper wire.

0039000181-10-S4-D jumper wire is a kind of pre-crimped lead which has a standard 10-pin universal connector at one end and a solder tab at the other end. It is suitable for applications such as PCB jumper, prototyping, and more. This lead is primarily used in compact electronic circuits which require standardized connections and strong wires. It is also suitable for high-temperature applications due to its high-quality construction and insulation.

This lead can be used in various application fields. For instance, it is suitable for design engineering, PCB wire jumpering, radio frequency (RF) circuits, printed circuit boards (PCB) prototyping, and other DIY projects. It can also be used in industrial automation, robotics, aircraft, and in many other applications requiring pre-soldered secure connections. Moreover, this lead can be used in many medical devices including ventilators, pacemakers, defibrillators, etc.

The working principle of 0039000181-10-S4-D jumper wire is quite simple. The 10-pin universal connector at one end allows it to be plugged into any circuit board with minimal effort while the solder-tab at the other end provides a strong connection when soldered. This ensures that the lead will not get easily disconnected while ensuring the electrical connection between the two ends. Moreover, this lead is insulated with high-temperature-resistant material which prevents it from melting due to high temperatures.

In conclusion, 0039000181-10-S4-D jumper wire is a high-quality pre-crimped lead which can be used in various applications. It has a 10-pin universal connector at one end and a solder-tab at the other end, making it easy to connect to circuits. Moreover, this lead is insulated with high-temperature-resistant material which makes it suitable for high temperature applications. Therefore, it is a great choice for applications requiring strong and secure connections.