10112690-T01-04ALF

Rectangular Connectors - Headers, Male Pins

ALF 10112690-T01-04 rectangular connectors are highly versatile units specifically developed for the needs of the telecommunications industry. These connectors have been engineered to meet the technical requirements of high-speed/high-density systems, as well as those of standard requirements.

Application Field

ALF 10112690-T01-04 rectangular connectors are suited for a wide range of applications, ranging from medical electronic devices to industrial equipment. Primarily designed for use in Ethernet applications, these connectors are commonly used to route signals between data transmission systems. These connectors are also crucial to the reliability and performance of programs in the voice and data fields, as well as parts of smoke ignition systems and alarm systems.

Working Principle

ALF 10112690-T01-04 rectanular connectors are designed to move a significant amount of data due to their signal-dense design. They employ pogo pins to provide secure and reliable connections that are more compact than typical connectors. This makes it possible to have up to 8 data pins in a single port. The connectors feature thin walls that reduce overall height and minimize interference potential. This thin design also ensures a reliable connection due to a low contact resistance and minimized crosstalk.

Benefits

The ALF 10112690-T01-04 rectangular connectors provide superior signal protection in a wide range of applications. They offer superior robustness and reliable performance due to their rigid metal shell and solid contacts. They also feature a flexible and modular design that can be adapted to meet the needs of tight spaces. In addition, these connectors promote faster assembly and reduced downtime.

Conclusion

In conclusion, ALF 10112690-T01-04 rectangular connectors are ideal for a variety of applications due to their robust design and versatile functionality. They provide a secure connection and are designed for high-speed data transmission. The connectors promote faster assembly and reduce assembly downtime. Their ability to fit in tight spaces and move a significant amount of data makes them essential to many modern telecommunications systems.