0039000428-08-A2

Jumpers, sometimes referred to as "pre-crimped leads" or "0039000428-08-A2," are a particular type of electrical interconnecting devices typically joined to the ends of a cable or wire to create a circuit. The term jumper refers to the role the device plays in a circuit. Specifically, they are utilized to selectively bridge or "jump over" other connected components in order to establish or redirect the flow of current through the circuit. Jumpers come in a range of sizes and shapes, but they all share a common purpose to enable or disable various sections of the circuit.

The 0039000428-08-A2 is a jumper wire that is used in the transmission of data or power. It utilizes an insulated copper core to handle transmission of the signal along with specialized terminals that allow it to be easily attached to other components in the circuit. Thanks to its durable construction, the jumper can be used in high temperature, vibration and impact environments.

The application field of the 0039000428-08-A2 jumper wire ranges from automotive to aviation industries. In the automotive industry, they are used to connect audio components, such as radios, in the dashboard of vehicles. In aviation, the wires are employed to join the components found within the cockpit such as control panels and communication systems.

The working principle of the 0039000428-08-A2 jumper wire is best demonstrated with an example. In the dashboard of a vehicle, a stereo amplifier is connected to a CD player using the jumper. When the CD player is activated, the electricity flows through the jumper and is used to power the amplifier. When the amplifier is turned off, the electricity is redirected through the jumper and the amplifier is shut off.

In summary, 0039000428-08-A2 jumper wires are electrical interconnecting devices that bridge sections of a circuit to enable or disable various components in the circuit. They are used in automotive and aviation industries and have a vast variety of applications ranging from audio components to communication systems. The working principle of the jumper is best demonstrated by redirecting the electric current to either enable or disable components in the circuit.