HM1D59ZZR466H6P

HM1D59ZZR466H6P Application Field and Working Principle

HM1D59ZZR466H6P is a special backplane connector from HMD (Hot Molded Devices), designed for high frequency signal transmission and offers excellent mechanical and electrical performance. It is one of the most powerful backplane connectors, that can provide superior flying time at data rates up to 28 Gb/s.

The HM1D59ZZR466H6P consists of an expansive choice of contact designs, further enhancing performance for high speed application requirements. It supports a wide range of application fields, mainly serving the telecom, computer, industrial and automotive markets.

The HM1D59ZZR466H6P features a unique design which is optimized to provide high performance, high frequency signal transmission with minimal crossing loss and broad bandwidth. Its fully shielded cable design minimizes electromagnetic interference (EMI) and improves insertion loss, ensuring excellent signal integrity.

The connector is pre-terminated with perfectly matched impedance and 100% tested, providing excellent insertion loss and return loss performance. It also features an improved stainless steel latch, with an ergonomic design for easier mating and un-mating.

Working Principle

HM1D59ZZR466H6P works on the principle of dielectric reflection. The contact pins consist of an insulated cylinder and an exposed metal tip, which is in contact with the mating contact. When a signal is applied, the metal tip reflects the signal and is transmitted to the mating contact.

The pins also serve to provide an electrical path for a shielded metal cable, which reduces electromagnetic interference and crosstalk. The secret behind this connector\'s performance is its ability to control electrical and thermal parameters, allowing its users to achieve maximum signal transfer with less overcurrent, better grounding and stable data transmission.

Conclusion

In conclusion, the HM1D59ZZR466H6P is an advanced backplane connector specially designed for high frequency signal transmission. Its unique design ensures superior performance, along with excellent mechanical and electrical performance. It is ideal for telecom, computer, industrial and automotive markets, and offers users greater flexibility and reliability.