09030006220

Backplane connectors are an important part of many electronic systems, allowing multiple electrical circuits to be interconnected at high speed and carrying large amounts of electrical current. The 09030006220 backplane contact is designed with features to ensure reliable high-speed operation and is suitable for a variety of cross-sectional areas and positions. This article will discuss the application field and working principle of the 09030006220 backplane contact.

Application Field

The 09030006220 backplane contact can be used in a variety of applications ranging from networking and telecommunications to aerospace and industrial control. Its features include superior current carrying capacity, low contact resistance, and a rugged design that allows for increased durability and reliability in harsh environments. It is certified and approved for applications in North America and Europe and is suitable for a variety of channel sizes and configurations.

The 09030006220 backplane contact is particularly useful in applications where maximizing space efficiency is important. Its design eliminates blind mating, which saves time and space without the need for extra hardware. It is suitable for different panel sizes and configurations and is available in both male and female designs for versatile application use. It can be easily integrated with a variety of backplane systems.

Working Principle

The 09030006220 backplane contact works by creating a secure connection between the backplane and the transmitted electrical signals. It uses two metal pins that are designed to provide maximum electrical contact and low contact resistance. The pins are designed to ensure a reliable connection that will stand up to the rigors of use in harsh environments.

The contact’s design also includes features that reduce the risk of short circuits and electrical arcing. It has a way of combining positive and negative contact points without compromising its performance. This means that the contact can be used for transmission frequencies up to 50Mbps without the risk of interference. This is achieved by dividing the transmission energy between the two contacts, which reduces the possibility of heat build up resulting from high-frequency current.

The 09030006220 backplane contact is designed for superior shielding capabilities. It features an exterior metallic shell to protect from EMI/RFI interference, as well as a shielded interior to reduce crosstalk. The exterior shell helps to deflect external noises while the interior shield ensures that there is no electrical current leakage or interference between adjacent pins.

The 09030006220 backplane contact is designed for reliable performance even under the most demanding conditions. It is constructed from durable materials and features a fail-safe self-locking mechanism that ensures a secure connection. It is also designed to operate in temperatures from -40°C to +105°C, making it suitable for a wide range of applications.

Conclusion

The 09030006220 backplane contact is an important component of many electronic systems, allowing multiple electrical circuits to be interconnected while providing a secure connection. It is suitable for a variety of applications and has features that ensure reliable high-speed operation and superior current carrying capacity. It also features a rugged design with superior shielding capabilities and a self-locking mechanism for a reliable connection even under the most demanding conditions.