DTF13-2P Connectors, Interconnects

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DTF13-2P Application Field and Working Principle

The DTF13-2P series rectangular connectors are a type of headers, male pins used in numerous electronic applications. Its design comprises of a two part and two row connecter system with male pins and female terminals. These male pins are configured in a straight line, providing an easy to install on-way interconnection solution.

These connectors are widely used in the industrial and automotive sectors. In the automotive applications, it is widely used in multimedia devices such as car infotainment systems, navigation systems, and audio systems. It is also used to connect sensors, light units, and other electronic components in electric cars. In the industrial sector, these connectors can be used for controlling and powering automation systems, robotics, and other types of industrial equipment.

In terms of its working principle, the DTF13-2P header connects two pieces of electronic equipment with a single connecter row in-between them. This type of connection is usually designed in such a way that the female terminals have two row segments on either side. The male pins are designed to fit precisely into the female terminals, providing a reliable connection. The pins are also highly durable, and hence highly resistant to shock and vibration.

This connector is different from other types of connectors in the sense that it is designed to be used in applications that have higher current requirements than conventional connections. As a result, this connectivity solution provides a reliable connection solution for industrial and automotive applications.

The DTF13-2P header is a highly reliable, easy to install, and cost effective solution for many different types of electronic equipment. Its design is such that it provides a high level of flexibility, allowing it to be used in a wide range of applications. It is also highly durable, and able to withstand shock and vibration, making it the ideal choice for industrial and automotive applications.

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