Amphenol is a world leader in the design, manufacture and supply of high-performance interconnect systems for harsh environment defense applications including vibration, pressure, humidity, nuclear radiation and severe temperature changes. We have unparalleled product breadth ranging from military specification connectors, customized high-speed board level interconnects, flexible to rigid printed circuit boards, backplane systems and integrated assemblies. Our solutions span most defense end markets including avionics, communications, engines, ground vehicles and tanks, homeland security, naval, ordnance and missile systems, radar systems, rotorcraft, satellite and space programs and unmanned aerial vehicles (UAV).
Positronic Hermetic Series is designed for space and industrial vacuum applications. All of our hermetic connectors have been 100% leak tested after fabrication, and conform to the MIL-DTL-24308, Goddard, and the SPACE-D32 specifications.
SV Microwave has extended our selection of rugged RF interconnects with a new line of bulkhead hermetic adapters. These hermetically sealed, panel mount connectors can be used for "inside-of-the-box" applications that must withstand rigorous environments and harsh elements like water, dust, air, or the vacuum of space. Current configurations include SMA, 2.92mm, SMP and SMPM series.
Amphenol manufactures HF Wire Antennas for short, medium, and long-range communications. The antennas are designed for tactical, emergency, and fast reaction situations. Wires are Kevlar-cored, copper braided and PVC coated with a no-kink feature. They are numbered for accurate set-up and are designed for the military environment with the soldier in mind.
Positronic offers a variety of standard and high-density D-subs, as well as accessories and ComboD-sub connectors. Highly reliable with precision-machined contacts, our connectors meet various industrial and military performance levels for applications from basic power supplies to advanced weapon systems and flight. Explore our design features including package size, contact, and mating variants.
SV Microwave has expanded its offering of fixed-length, high-performance RF cable assemblies with additional high-density configurations. Featuring female SMP, SMPM / VITA 67.3 SMPM and SMPS connectors, these cable assemblies are ideal for embedded system applications or anywhere where space requirements are at a premium.
SV Microwave offers DC to 40 GHz high frequency size 8, 12 and 16 coaxial contacts for the D38999 Series III housing and standard inserts. These contacts allow any application to continue to use the D38999 connector and be able to expand the use to include the microwave transmission lines.
SV Microwave has released a line of high-performance adapters capable of excellent signal performance up to 65 GHz. These between-series adapters are configured with a reliable, easily-calibrated, and consistent threaded interface on one end and a convenient high-density push-on interface on the other, making them ideal for various applications.
As part of our commitment to continuous quality improvement, SV has re-designed a line of thru-hole PCB connectors with current design standards to improve performance at higher frequencies. These connectors feature a contact that goes through the PCB and can launch directly to transmission lines on the opposite side. Current configurations include straight and right-angle SMP male connectors.
The HPC connector is a traditional backplane interface providing rugged mechanical and electrical performance. It enables 3 and 4-row daughter cards to the backplane interface. On-board connector guiding and keying are available to control and discriminate daughter-card engagement with the backplane card slot.
High Power 38999 incorporates RadSok, Temper-Grip, or standard high power contacts. Paired with the proven performance of the MIL-DTL-38999 connector series, High Power 38999 offers a variety of tooled arrangements specifically designed to carry high current (70 to 250 amps per contact, 240 to 1000 amps per connector).