Times Microwave Systems
Wallingford, CT, United States
About
Times Microwave Systems is a defense component supplier based in Wallingford, United States working in communications & satcom, air systems, land systems & vehicles +4 more.
Times Microwave Systems is a business unit of Amphenol Corporation that designs and manufactures high-performance RF and microwave coaxial cables, connectors, interconnect assemblies and custom solutions. Its portfolio includes LMR, TCOM, FBT, LLPX and TFT-5G cable families, EZ and TC connectors, and assemblies for military and defense, aerospace, avionics, radar, space, land mobile radio, medical, industrial and wireless infrastructure markets. Its military-related offerings include MIL-Spec RG and M17 cables, DLA-listed MILTECH assemblies, and missile and UAV applications. The company operates manufacturing and distribution sites across North America, Europe and Asia, with headquarters in Wallingford, Connecticut.
Location
Company type
Focus areas
Languages
Products & capabilities
Defense domains
Supply-chain role
What they offer
Markets
Products
MILTECH Coaxial Assemblies
Hermetically sealed flexible RF coaxial assembly
Hermetically sealed flexible RF and microwave transmission lines listed in the DLA Qualified Products Database, for military and demanding applications.
RG and M17 Cables
MIL-Spec coaxial cable
MIL-Spec coaxial cables originally developed for military applications, with M17/RG types listed on the Qualified Products List.
QEAM Assemblies
Reeling RF cable assembly
Assemblies for mission-critical applications requiring reeling and unreeling over a wide temperature range, proven on Hawk and Patriot missile systems.
TCA Cable
Avionics coaxial cable
Lightweight, low-loss, high-temperature cable for navigation, collision avoidance and communication systems.
Levitate Cable Assemblies
UAV and avionics cable assembly
Lightweight cable assemblies for UAV and avionics applications requiring strong RF performance.
PhaseTrack Cable Assemblies
Phase-stable RF cable assembly
Cable assemblies with minimal phase change over temperature, designed for phased array radar applications.
