0039000059-10-N4

Jumper wires are designed for applications that require frequent connection and re-connection. The 0039000059-10-N4 jumper wire, for example, is ideal for jumpering between two circuit board. This wire has an insulated core that is encased in a high-temperature silicone jacket, making it suitable for even the harshest environments.

Jumper wires are typically used in for jumpering connections in areas where permanent soldering isn\'t desired. In order to ensure that the connection is secure, the design includes an easy-to-remove cover that provides access to the connection points, further adding to its versatility.

Pre-crimped leads are a type of lead wire that is used when precision and reliability are desired. The 0039000059-10-N4 pre-crimped lead is one of the most durable and dependable lead wires available on the market today.

Pre-crimped leads are designed to be used for both direct- and plug-in-type applications. The design includes a crimp-less contact that provides a quick and easy connection, eliminating the need for soldering or other forms of connection. This not only makes installation faster and easier, but also prevents damage to the wire and associated components.

In addition to being used for direct- and plug-in-type applications, pre-crimped leads can be used in splicing applications as well. The design includes a contact section in the center of the lead that allows for quick and easy splicing of multiple wires. This eliminates the need to solder multiple wires together, further speeding up the installation process.

The 0039000059-10-N4 wire and pre-crimped lead both share a similar working principle. When the wire or lead is connected to a power source, current flows through the insulated core of the wire or lead. This current is then sent to the end points of the connection, completing the circuit and enabling the power to flow.

The pre-crimped lead also has the additional advantage of providing additional protection from short circuits. The unique design of the lead\'s contact section helps to guard against unexpected current spikes or surges, helping to protect the connected components from potential damage.