DIN-096CPC-RR1-TR

DIN-096CPC-RR1-TR backplane connectors are a subcategory of DIN 41612 connectors, a standard used in many electronic components. These backplane connectors offer high performance and reliability, handling data rates of up to 50 Mbps and providing up to 15ings mechanical superiority and added durability. They are available in various configurations, and are suitable for a wide range of applications such as industrial automation, telecommunications, digital signage, instrumentation, medical, and transportation.

Design Characteristics

DIN-096CPC-RR1-TR backplane connectors are designed with spring pressure contact technology, enabling easy installation and removal with no need for special tools. The connectors have a robust design, with dielectric spacing of up to 2mm, ensuring a high degree of insulation between pins. The connector body and latching mechanism are constructed from high-grade materials for added reliability.

The connectors are designed to meet the highest electrical performance and mechanical specifications. The contact technology consists of two sets of ‘positive stop’ contacts and two sets of ‘negative stop’ contacts. This provides superior shock and vibration resistance and increases the life of the connectors. They also utilize a keyed mate to help prevent improper mating.

The DIN-096CPC-RR1-TR backplane connector has two mating levels and two mating sides. The top and bottom levels are interconnected by an interlocking key and latch interface. The connectors have an integrated ground clip to ensure secure grounding, and a long-term connection quality. The design also helps reduce EMI/RFI noise.

Application Field and Working Principle

DIN-096CPC-RR1-TR backplane connectors are commonly used in industrial automation and telecommunications applications. They enable the transfer of data and power over long distances with very low loss. They are also used in digital signage, instrumentation and medical applications where reliability and performance is key.

The connectors’ working principle is based on electrical conduction through a metal contact, or contacts, depending on the mating structure. The contacts are composed of two layers, the outer layer being the contact and the inner layer being the conductor. The contact is made up of a durable, non-corrosive material, usually copper or aluminum. This provides improved conductivity and high level electrical performance.

The outer layer acts as an electrical shield and protection against contact corrosion. The inner conductor is also coated with an insulating material so as to prevent electrical shorts when the contacts are mated. The contact points are also designed to stay locked and secure even when subject to shock and vibration. This helps ensure a secure and reliable connection over time.

Conclusion

DIN-096CPC-RR1-TR backplane connectors meet the highest performance and mechanical requirements for reliable data and power transmission over long distances. With dielectric spacing of up to 2mm, integrated ground clip and a robust design, these connectors are suitable for a wide range of industrial, telecommunications, digital signage, instrumentation, medical and transportation applications.