0460121141-04-N0

0460121141-04-N0 jumper wires are widely used in the field of electronic appliances, such as automobiles, computers, consumer electronics, and other industrial equipment.

The pre-crimped leads widely used in the field of electronic appliances include: those used to solder components into electrical fixtures, for connecting wires to printed circuit boards, and for wiring in large electronic assemblies.

The working principle of a 0460121141-04-N0 jumper wire consists of two parts: the insulated cable and the connector. The insulated cable is composed of a cable insulation, an inner conductor, and an end-plug. The connector is composed of two copper contact surfaces with a center hole. The inner conductor is connected to the copper contact surfaces through the center hole. When the two copper contacts are pressed together, the inner conductor makes a secure connection between the two surfaces.

The pre-crimped leads also use a similar principle of connecting two electrical components. It consists of a lead, a crimp pin, and a terminal. The crimp pin is a metal cable, which is used to connect the terminal to the lead. The terminal consists of two metal plates with fine grooves around them. The crimp pin is placed between these two plates and is then crimped with a tool. This ensures that the two components are securely connected.

The 0460121141-04-N0 jumper wires and pre-crimped leads have many applications in the field of electronic appliances. In the automotive industry, they are used to connect various electrical components, such as spark plugs and distributors. In the computer industry, they are used to connect computer peripherals, such as keyboards, mice, and printers. In consumer electronics, they are used to connect the different components of audio/video equipment, such as DVD players, amplifiers, and video monitors. In the industrial sector, they are used to connect several control panels and other precision equipment.

These jumper wires and pre-crimped leads are essential components for connecting electronic components. Without them, electronic devices would be much less efficient and reliable. They have become a cornerstone of modern electronics and are likely to remain so in the future.