High reliability strip connectors using ruggedised insulators and military quality Flex Pin® technology are focused on providing the best and strongest strip-style interconnections in the world. These units have proven both signal integrity and reliability in many of the most demanding instruments, including mission critical portable electronics for armed forces’ systems. See data at www.omnetics.com/products/strip/.
Connectors are designed and manufactured in the United States with performance and ease of use as the main feature. The ultra-low profile and rugged format makes it a perfect fit for inside-the-box and a high-reliability board-to-board solution. The key elements, pins and sockets, have passed QPL standard tests in complementary designs by using a beryllium-copper spring metal-pin for mating, and employ nickel and gold plating.
The insulator body of high-strength polyphenylene sulfide provides excellent dielectric qualities to help manage signal quality, and the ruggedness offers very low-profile interconnects for higher density stacked modules. Up to 26 gauge Teflon® insulated stranded wires are used to provide up to Amps of current when needed. Wires are crimped to the contacts and sealed with an epoxy back-potting system that insures wire retention and strain relief. Our "Micro Latch" mechanism is factory installed and provides a positive locking that operates easily and quickly. Connector formats are available for board surface mount, through-hole, and cable to cable connections. Pin counts range between two to more than 20 positions, including one or two row designs.
Omnetics strip connectors are well-established products in our COTs and Standards family, and design options, sizes and shapes are available and can be discussed. Omnetics is staffed with experienced engineers to work directly with the designer. Attention to detail early in the custom design stage helps save you time and money, while achieving the highest signal integrity and performance needed.
Applications using micro strip connectors have expanded greatly as circuits have gotten smaller and more portable. Ruggedness has become critical in many of the new uses for portable electronics. Unmanned aerial vehicles require low weight and small size, but also demand rugged performance, especially during landing. Land based robotic circuits have high shock and continuous vibration requirements and contain field replaceable modules that need to be switched quickly. Missile systems use strip connectors that can handle the three amps of current in a small and low profile module during high speed vibration.
High-performance circuits remain in demand but are getting smaller and traveling constantly. Omnetics micro strip connectors help reduce size and weight while remain very rugged and offer high performance. For more information see designs at www.omnetics.com.
