5-827066-1 Connectors, Interconnects

D-Sub Connectors have been a reliable part of digital connectivity for decades, and the 5-827066-1 is no exception to this rule. Perfect for any application that requires bulk data transfer, these connectors are designed for high-speed, low-noise communication that’s easy on the wallet. Here, we’ll take a look at the 5-827066-1 application field and working principle.

General Characteristics

The 5-827066-1 is a double-row, nine-position D-Sub connector suitable for data communications up to a rate of ten Mbit/s. It features 8 contacts of size 2.50 mm, precision molded in thermoplastic and protected by three two-piece locking wedges. The contact surface can handle a maximum temperature of 105°C, and it has an excellent mating cycle durability.

The 5-827066-1 can be easily interfaced with existing data-converter hardware, because of its design flexibility. It offers 9 contacts and is present in vertical and right-angle PCB mounting configurations for data-converter hardware applications. Furthermore, its timing signal conditioning further improves data reliability.

Application Fields

As mentioned, the highly reliable 5-827066-1 connector’s usefulness can be extended to any application that requires bulk data transfer. For instance, they can be used in digital-signal-processing (DSP) systems, noise-sensitive audio recording and playback systems, office automation equipment, computers, point-of-sale devices, instrumentation systems, and so forth.

In particular, the 5-827066-1 was specifically designed for consumer, industrial, and automotive applications, including voice-controlled devices, digital cameras, video boards, and LED light installations. Along with their ability to maintain an excellent connection for extended periods of time, they can also be used in mission-critical applications.

Working Principle

Typically, a 5-827066-1 connector is soldered onto a component, such as a PCB. It is then connected to another part of the electronic system, such as an IC or peripheral device, which mate up the connector contacts. When two mating halves are connected, the pin contacts are brought together, and the contact force is established between the contacts. The contact forces are based on the spring force generated by the compression of the wedge parameters, and the contact force tolerance is determined by the two-piece wedge design.

Moreover, the 5-827066-1’s double-row design helps to reduce crosstalk and timing errors, while its 9 pins guarantee compatibility with any system requiring a 9-pin-D-sub connector. It also possess a flat-blade-insertion mechanism, which further enhances mating and unmating speeds.

Conclusion

The 5-827066-1 provides a simple and reliable way of connecting various parts of an electronic system, without its performance being affected over long periods of time. With its high contact force, excellent durability, and time-effective locking mechanism, the 5-827066-1 connector is a great choice for data-transmission applications in consumer, industrial, and automotive industry.