TE Micro Circular Connectors

By News Release | August 18, 2015

TE micro circular connectors deliver reliability and flexible configurations for military applications.

TE ConnectivityTE Micro Circular Connectors announced that its metal-shell micro circular connectors are now available globally. The new connector family is a complete line of small circular connectors ideal for rugged military and commercial applications. The metal-shell micro circular connectors are versatile, tested for harsh environments, and offer multiple coupling styles, contacts, and mounting options. New additions to the original product line include inline receptacles, a new band strap for termination of braided metallic shielding, and a new 30-position, size M22 shell.

“The metal-shell micro circular connector family was originally designed for military applications in Japan, and now we are excited to make the product available globally,” said Kim Whitman, product manager, Global Aerospace, Defense & Marine, TE. “The availability of multiple connector coupling styles, pin counts, and shell sizes provides a full breadth of options for any military operating environment. We’ll soon be adding aluminum shells that provide weight savings for applications where weight savings is critical, making the new connector family ideal for military vehicles, aircraft, radios, and equipment worn by soldiers.”

The metal-shell micro circular connector family has IP67 sealing with individual O-rings on all contacts that help provide improved sealing for extreme reliability. The connector family also includes a metal adapter for shield termination and overmolding. Metal-shell micro circular connectors have an operating temperature range of -55°C to +150°C and can withstand up to 120 hours of salt spray.

The new connectors offer multiple coupling styles which include push-pull, bayonet, and threaded. The product family is IEEE 1934-compatible and able to perform to the latest military and commercial signaling requirements including Gigabit Ethernet and USB 2.0.

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