6643090-1

6643090-1 is a specialized backplane connector designed for high-speed data transmission. It is most commonly used in computer and communications systems, as well as in consumer electronics applications. It connects multiple boards or components in a system by providing a physical connectivity between them. Through the use of this connector, the needed electronic signals can be communicated between the components in the system.

The 6643090-1 backplane connector features a push-pull latched design. This design makes it an ideal choice for tight-fit applications, as it is easy to install and remove. It is also compatible with a wide variety of mating cables and accessories and can support transmission rates up to 13 Gbps. The connector is available in both full and half size versions that support up to 15 or 7 differential signal pairs, respectively. Other features of this connector include excellent crosstalk suppression and a reliable shielded design that reduces EMI and crosstalk interference.

The working principle of the 6643090-1 backplane connector is based on its design. The connector signals are transmitted by electrical conduction through the metal contacts at the top and bottom of the board. The signals are then amplified and sent to other components in the system. The shielded design of the connector helps reduce any external interference. Additionally, the latch mechanism ensures that the connections remain secure and reliable even in noisy or vibration-prone environments.

In conclusion, the 6643090-1 backplane connector is a specialized component used to connect multiple boards or components in a system. It features a push-pull latched design and is available in both full and half size versions. The connector supports transmission rates up to 13 Gbps and can provide reliable and secure connections even in harsh environments. Additionally, its shielded design reduces EMI and crosstalk interference. As such, the 6643090-1 backplane connector is an ideal choice for high-speed data communication applications.