3-647296-3

3-647296-3 rectangular connectors - headers, male pins, are commonly used in building electrical and electronic networks. The general purpose of these connectors is to join circuits together for reliable electrical and/or electronic signal transmission. The 3-647296-3 rectangular connectors - headers, male pins, generally consist of an insulated housing containing metal pins which are attached to a connecting plane at one end and partly exposed at the other end.

One application field of 3-647296-3 connectors is in the electrical industry. This type of connector is widely used in electrical wiring and in the installation of electrical wiring systems. These systems are used to connect and transfer power from one component to another in order to ensure an effective electrical network. For example, wiring used for home appliances and computers contain these connectors for reliable electrical transmission.

In the electronic industry, 3-647296-3 connectors are used in a variety of different applications. This type of connector is often used in the manufacture and assembly of: audio-video systems; computers; televisions; telephones; and navigation systems. These connectors allow electrical signals to pass through them without interference or loss in signal strength.

The working principle of 3-647296-3 connectors is simple. The metal pins on the connector are attached to a connecting plane at one end and are partly exposed at the other end. When a voltage is applied to the connector the metal pins move in an arc and touch the two connecting planes, completing the circuit and allowing the electrical currents to pass through the connector. This principle is similar to that used in a fuse box.

In short, the 3-647296-3 rectangular connectors - headers, male pins, are commonly used in building electrical and electronic networks. They are used in the electrical and electronic industries for various applications such as connecting different components and transferring power. The working principle of these connectors lies in the metal pins which are attached to a connecting plane at one end and partly exposed at the other end, and when a voltage is applied, the metal pins complete the circuit allowing electrical currents to pass through.