1241150-5

Rectangular Connectors - Headers, Male Pins is applied in numerous industrial and consumer markets, including: automotive, data and telecommunications, consumer electronics, and industrial controls. It has many advantages such as good electrical connectivity and the ability to quickly and reliably make electrical connections with other components. The 1241150-5 is a specific type of rectangular connector which is commonly used in automotive applications.

Appication of 1241150-5

The 1241150-5 is a two-part mating system consisting of a header and a male pins. This system supports two-way interface and interface-specific systems. It allows for simple and effective connections and provides the flexibility needed for many different automotive applications. The 1241150-5 is an IEEE 1394 (Firewire) compliant connector.

The 1241150-5 is designed to provide a reliable and robust connection for electronic devices in automotive applications including: engine control, instrumentation, audio, navigation, and lighting. This connector is often used in the automotive industry in applications such as: Vehicle Information Data Link (VIDL), automotive network, airbag, and passenger safety. In addition, it is compatible with any IEEE 1394 compliant system.

Working Principle

The working principle of the 1241150-5 is fairly simple. The two-part design of the connector allows for reliable connection between components. The header has slots in which the male pins attach to, and the pins attach with a locking mechanism. This allows for secure and reliable connection between components, and the alignment of the male pins ensures that the connection is physically secure.

The two parts of the connector are also designed to ensure reliable electrical connection. The header has high-density contact pins that provide good electrical connectivity, and the pins have a separate ground plane which helps to minimize potential interference with other components.

The 1241150-5 is an effective and reliable connector for many automotive applications. It provides a reliable and robust connection between components, and the two-part design ensures a good electrical connection. In addition, it is compliant with any IEEE 1394 compliant system.