411-13-226-41-001000

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Rectangular connectors are popularly used in various fields, as they are small and offer cost-efficient high-speed connection. In particular, 411-13-226-41-001000 application fields and working principles are highly sought after due to their effectiveness in many applications.

This style of rectangular connector consists of a header, such as 2x3, 2x5, 2x13, 2x17 etc. which are printed circuit boards with soldered terminals that are used to maintain the electrical connections between two circuits (PCB and cable). The receptacles, female sockets, are the complementary parts of these headers and are soldered onto the printed circuit boards. Furthermore, an insulation displacement contact (IDC) is employed to terminate the cable in the same way that it connects with the hexagonal pins of this type of connector.

In terms of 411-13-226-41-001000 application fields and working principles, this type of connector is used for many purposes in different industries. For instance, in the audio-visual sector, the connector’s reversibility affords flexibility in the connections between AV equipment, audio amplifier systems and/or mixing boards. Reversibility also means that the cables can be inserted without re-pulling, avoiding time-consuming and costly re-orientations. In the automotive industry the rectangular connecor is used for many applications, such as in the vehicle’s audio system, which require the ability to quickly connect and disconnect electrical connections. In addition, this type of connector can be used for central locking systems and sensors in cars.

In terms of application fields, 411-13-226-41-001000 is mainly employed in applications with higher voltage levels, such as power supplies, and in applications where it is important to keep low profile. Moreover, as this type of connector is often paired with 6.35mm pitch ribbon cables, it is often used in applications that require parallel connection.

In addition, the working principle of this connector is simple. The headers are used to support the individual connections that join the PC board with the cable, and each pin can be connected to the wire in the cable through an IDC. Similarly, the receptacles are designed to receive the connector headers, and the connector pins connection with the circuit board through solder. In this way, the electrical circuit is established when the header connector is locked into the receptacle.

In conclusion, 411-13-226-41-001000 application fields and working principles are highly appreciated due to its effectiveness, reliability and robustness in many different applications ranging from automotive to audio visual.

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