PCN12E-16S-2.54DSA(71)

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Backplane connectors are extremely versatile interconnects that have been used in the electronic industry for many years. They are used to join together different electrical components, allowing for multiplexing, communications and other applications. The DIN 41612 is a popular variety of backplane connector, and these connectors are used in a wide range of applications. The PCN12E-16S-2.54DSA(71) connector is a DIN 41612 type of backplane connector, and it is frequently used in data communication and industrial control applications. In this article, we will discuss the application field and working principle of the PCN12E-16S-2.54DSA(71) backplane connector.

The PCN12E-16S-2.54DSA(71) connector conforms to the DIN 41612 standard, which is an international standard issued by the Deutsches Institut für Normung (DIN). This standard covers a wide range of features related to backplane connectors, including the type of connectors used, pin arrangement, external labeling, interface electrical characteristics, and so on. The PCN12E-16S-2.54DSA(71) connector is a keyed (latched) header type, and it consists of two 16 contact strips that have a 2.54mm spacing between them. It has a rated voltage of up to 300V and can handle currents up to 4A.

The PCN12E-16S-2.54DSA(71) connector is primarily used in data communication and industrial control applications. It is designed to provide a reliable connection between two PCBs, allowing for transmission of signals over extended distances. The connector is extremely versatile, allowing for multiplexing of up to 32 signal lines, as well as combined power and data transmission between the two boards. It is also suitable for high-speed signal transmissions, as it can handle clock frequencies up to 100MHz.

The PCN12E-16S-2.54DSA(71) connector is a reversible, highly secure connection system that allows each connector to interface multiple PCBs that are positioned at different angles. It has a zinc alloy shell, which is electrically neutral and offers protection against EMI/RFI interference. It also has two mounting rails that clamp securely together for a safe and reliable interconnection. The mounting rails can also be adjusted to accommodate the various PCB designs.

The working principle of the PCN12E-16S-2.54DSA(71) backplane connector is fairly simple. It consists of a pair of connectors that are designed to be mated with the corresponding mating connector in a way that is secure and reliable. During mating, the pair of connectors are inserted through a rectangular opening in the PCB until they are fully inserted. Once inserted, the connector locks into place. The locking mechanism prevents accidental failure or disconnection of the connectors and ensures reliable signal transmission.

The PCN12E-16S-2.54DSA(71) backplane connector also features advanced shielding design. It features two shielding plates on each side of the connector, which helps to reduce EMI/RFI noise and signal crosstalk. The design also helps to ensure that the signal quality is maintained during data transmission. The shielding plates also help to ensure that the signal remains crispy clean with no jitter or data corruption.

Overall, the PCN12E-16S-2.54DSA(71) connector is a reliable and versatile backplane connector that is primarily used in data communication and industrial control applications. It is designed to provide a secure, reliable connection between two PCBs, allowing for high-speed signal transmission and multiplexing of up to 32 signal lines. The advanced shielding design helps to reduce EMI/RFI noise, and the mounting rails can be adjusted to accommodate different PCB designs. Taken together, the versatility, reliability, and advanced design of the PCN12E-16S-2.54DSA(71) connector make it a popular choice for a wide range of applications.

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