Defense
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).
Visit our global sites to learn more: Amphenol Military & Aerospace
Tilt Sensor / Inclinometer
Based on mechanics-free MEMS technology these inclinometers accurately measure inclination, tilt and angle in harsh environmental conditions. With its ability to measure angles up to 360° with an accuracy of <0.5° over the full temperature range, it is perfect for use in heavy-duty applications such as vehicle load monitoring, leveling, boom angle monitor, skid-steers, mobile cranes, platform leveling etc.
T-Line Push-Pull Connectors
A push-pull mating connector, the T-Line incorporates a retention spring in the receptacle and a full-mating indicator band on the plug. Inserts are qualified to MIL-DTL-38999 Series III and accept standard M39029-56/58 series contacts in either size 22D or size 20 contact arrangements. Designed to reduce the size and weight of your electrical systems without sacrificing performance.
TNC and RP-TNC Connector Series
The TNC connector series is a miniature, threaded weatherproof series with a constant 50 Ω impedance and a frequency range of DC - 11 GHz.
Torque and Angle (TAS) Sensors
Piher’s TAS Sensor offers precise, non-contact torque and angle measurement for diverse industrial and automotive applications. Its compact Hall Effect design provides reliable, maintenance-free performance with built-in redundancy and robust magnetic immunity, ensuring accuracy and safety in demanding operational environments.
Tracer - Rapid Prototyping
Rapid Prototyping. Achieve any pin-out you can imagine – without sacrificing performance or lead time. Thanks to Amphenol’s revolutionary insulator technology (patent pending), we can rapidly produce connectors in any PCB contact configuration and get you fully functional sample pieces within a week. MIL-DTL-38999, Reverse Bayonet GT, MIL-DTL-5015, 2M, and more.
Twinax Connector Series
Twinax connectors feature keyway polarization to ensure system integrity and prevent signals from being mixed, making them ideal for computer network applications.
Twinax Contacts
The size 8 Concentric Twinax contact was developed for use in MIL-STD-1553 Airborne multiplex data bus applications which require high-performance interconnect characteristics in multi-pin connectors. Ideal for this application need is the high-performance Tri-Start connector with its fully scoop-proof feature of recessed pins.
Two Hole Flange Adapters
Amphenol SV Microwave released 2-hole in-, and between-series flange mount adapters. These offerings include in-series threaded (SMA / 2.92mm / 2.4mm) as well as between-series push-on (SMP / SMPM) to threaded (2.92mm / 2.4mm) options. Additionally, these new adapters come with two screws for fast and easy installation. With so many configurations available, there is a solution f
UHF Connector Series
Originally intended for use as a video connector in radar applications, UHF coaxial connectors are general purpose units developed for use in low frequency systems from 0.6 - 300 MHz.
Ultrasonic Sensors
Piezo Technologies manufactures a world-renowned line of piezoelectric ceramic materials, as well as engineered solutions and sensor designs for custom ultrasonic transducers, devices, assemblies, and systems. Piezo’s specialized piezoceramic formulations and integrated ultrasonic systems enable precision measurements, sensors, acoustic events, and more.