0039000181-03-W0-D

0039000181-03-W0-D application field and working principle

0039000181-03-W0-D is a type of jumper wire/pre-crimped lead which has two female terminal ends on both its ends. These two female terminals are connected to the two male terminals on the connecting wires. Thus, this type of jumper wire/pre-crimped lead facilitates direct connection without the need to solder. These jumper wires are typically used in industrial, electrical, and industrial applications.

The working principle of 0039000181-03-W0-D is based on the principle of electrical conduction. This type of jumper wire consists of a single insulated cable that is typically covered with a rubber or plastic insulation. Since the cable is insulated, the current passing through it is not affected by the heat or friction produced during movement. The wire has two female terminals that are connected to the two male terminals on the connecting wires. When the wire is bent or twisted, the voltage passes from one terminal to the other without any resistance. Thus, the wire provides a direct connection without any need for soldering.

The 0039000181-03-W0-D application field includes a wide range of applications such as industrial cable and wire harnesses, automotive wiring, solar power systems, electronic circuits, surveillance systems, and many more. The jumper wire/pre-crimped lead offers a cost-effective solution for applications where direct connection is needed without the need for soldering. It is ideal for electronic circuits as it provides better flexibility and easier installation. Moreover, this type of wire can be reused as it is made from durable and resistant material.

The 0039000181-03-W0-D is a versatile jumper wire/pre-crimped lead that can be used in a variety of applications. It is easy to install and provides a cost-effective solution to direct connection without soldering. It is a durable product that can be used multiple times and offers a long-term performance. Moreover, it is a safe and reliable product that ensures that the current passing through the wire is not affected by the heat or friction caused during movement.