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).
Based on legacy EN4165 connectors, Amphenol Air LB France's SIM QR features a quick disconnection system. Fitted with modules selected from an extensive range of overmoulded EN4165 / SIM modules providing multiple contacts sizes and arrangements offering best-in-class dielectric and sealing performances. For Power & Signal contacts.
Amphenol Air LB France's modular composite splice provides a reliable and simple connection between two EN4165 / SIM modules. Available with or without cable clamp, and/or flange, the SIM splice can be fixed on/under a structure or Feed-through. It can be fitted with the whole range of EN4165 / SIM modules.
Data connector according to VG96912, shielded, in size 12 including backshell for High-Speed and Ethernet applications up to CAT6A (10Gbit/s according to DIN EN 50173-1, up to 500 MHz).
Amphenol SJT connectors combine unique design features of the scoop-proof LJT series within standard mounting dimensions of JT types. Available in a wide range of shell sizes, finishes, and insert arrangements.
Using a threaded interface, SMA 50 Ohm connectors are semi-precision units that provide excellent electrical performance from DC to 18 GHz and outstanding mechanical durability.
SV Microwave’s newly expanded Edge Lock PCB Connector introduces small form, push-on SMP and SMPM connectors. Designed for high-frequency performance up to 65 GHz, these edge launch connectors deliver minimal Insertion Loss and low reflections without burdensome assembly techniques for reflow. Their fixture-less, conical-leg design ensures secure PCB edge retention.
SV Microwave’s new two-, four-, and eight-port PCB surface-mount connectors are designed for high-frequency, high-density PCB applications where minimizing crosstalk is essential. Available in SMP, and SMPM RF interface configurations, these connectors deliver reliable performance for demanding designs. Elevate your system’s capabilities today!
The SMP interface is a subminiature interface in the same scale as MMCX connectors but offers a frequency range of DC to 40 GHz. It is commonly used in miniaturized high frequency coaxial modules and is offered in both push-on and snap-on mating styles.
This line of VITA 67.3 contact terminations prevents RF signals from reflecting back and causing damage to your embedded system. Now available for both SMPM and SMPS series. SV Microwave’s VITA product line is the latest addition to the RF / coaxial section of the VPX platform.
SV Microwave’s SMP spring bullets guarantee maximum RF performance by eliminating gaps between the bullet and shroud during gang mating. Additionally, these spring-loaded bullets have been designed for repeatable VSWR performance under all states of compression by solving radial misalignment issues when fully mated.
Solaris is a small, plastic, easy-to-use rectangular connector designed specifically for low and medium power applications. Solaris’ spring-loaded slide lock mechanism is a snap to use - simply push to lock and slide to unlock. The slide lock provides convenient single-handed & tool-less mating, eliminating the Foreign Object Debris (FOD) found in typical screw mount D-Subs.
This standard Micro-D interface connector is equipped with Amphenol surface mount clip technology. It is fully intermateable with standard M83513 connectors but provides a reduced footprint allowing for increased contact density. It eliminates the need for washing and soldering processes saving time and cost in PCB assembly. It allows for double-sided PCB design for more components.
The SS549 is designed for shallow-water and coastal-survey applications where high frequency and narrow beamwidth are required. The narrow 3° beam and low side lobes result in high-precision surveying. The stainless steel housing with threaded stem makes this model easy to mount. Minimal sidelobes and concentrated energy on target, providing excellent definition
SSMC connectors are ideal for limited-space applications that require the security of a threaded coupling mechanism. They are best used with semi-rigid cables or miniature flexible cables in demanding applications up to 12.4 GHz.
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.
Standoffs were designed with strength, stability, and weight reduction in mind. Our Standoffs are made with PEEK— a very strong, non-conductive/non-corrosive, and lightweight material - designed to replace heavier aluminum. They come with a locking feature for security, are designed with ribs to provide additional strength.
Standoffs were designed with strength, stability, and weight reduction in mind. ABD031 standoffs are made with black thermoplastic and conform to ABD031 flammability standards. There are two types of these standoffs - Type I has an operating temperature range of -67° to 266° and uses a screw mount; whereas Type II has an operating temperature range of -67° to 185° and uses a tie-down mount.
Stingray 7 series offers compact, low profile, metal shelled connectors that withstand exposure to moisture, dust, dirt, and chemicals typically encountered by First Responders, Security, and Military personnel. The magnetic, non-keyed coupling system has no moving parts and allows the connector to be easily mated without the need for pre-alignment.
SV’s D38999 size 20 pin and socket contacts are compatible with MIL-DTL-38999 Series I, II, III, and IV housings, while the Micro38999 size 20HD pin and socket contacts are designed for MIL-DTL-32689, 2M, and Series 80. This high-frequency solution delivers superior electrical performance up to 40 GHz and is optimized for .047 cable, offering exceptional flexibility for compact packaging applications.
TacBeam is a hermaphroditic lens connector, insensitive to dust and dirt. This connector is qualified as per MIL-DTL-83526/20 and 21. In addition, it is approved as per VG95319-100; -101, and is thus suitable for outdoor applications. A marine bronze version is also available (according to VG95319-102).
TAC Connectors are designed and manufactured to the exacting specifications of MIL-DTL-55116 requirements at half the size of the standard connectors. They are the ideal choice to reduce size and weight and still maintain many of the same performance benefits wherever an M55116 connector is needed on a newly designed system.
TCOM®-195 is a versatile, low-loss coaxial cable offering the same attenuation as LMR® with rugged, multi-layer shielding for low PIM performance. Designed for flexibility and reliability in harsh environments, it supports frequent handling after installation. The TCOM®-195 features a durable black polyethylene jacket for long-lasting protection.
TCOM®-195-FR is a flexible, low-loss coaxial cable designed for durability and high shielding performance. Matching the attenuation of LMR®, it offers low PIM and rugged multi-layer shielding. Ideal for environments requiring movement after installation. The TCOM-195-FR variant features a fire-resistant, non-halogen CMR/MPR-rated (PCC-FT4) jacket.
T-COM® 240 are the most versatile, low-loss coaxial cables on the market. Featuring the same attenuation as LMR®, these TCOM cables feature a multi-layer shield to deliver a flexible, rugged, low loss, low PIM coaxial option.
TCOM-240-FR is a flexible, low-loss coaxial cable with the same attenuation as LMR, engineered for durability and low PIM performance. Its multi-layer shielding ensures reliable operation in demanding environments with frequent handling. The TCOM-240-FR variant features a fire-resistant, non-halogen CMR/MPR-rated (PCC-FT4) jacket for added safety and compliance.
TCOM®-240-PUR-DB is a low-loss coaxial cable designed for rugged, low PIM performance in demanding environments. It features a solid center conductor and a UV-resistant, watertight black polyurethane jacket, making it ideal for outdoor applications that require durability, flexibility, and long-term reliability after installation.
TCOM®-400 is a low-loss, flexible coaxial cable offering the same attenuation as LMR® with robust, multi-layer shielding for superior low PIM performance. Ideal for demanding environments and applications requiring movement after installation. The TCOM®-400 features a durable black polyethylene jacket for enhanced protection and long-term reliability.
TCOM-400-FR is a flexible, low-loss coaxial cable offering the same attenuation as LMR with enhanced shielding and rugged construction. Ideal for low PIM applications involving movement after installation and harsh environments. The TCOM-400-FR variant adds fire resistance with a non-halogen, CMR/MPR-rated (PCC-FT4) jacket for added safety and compliance.
TCOM®-400-FS-DB is a rugged, low-loss coaxial cable with the same attenuation as LMR®, designed for low PIM performance and flexibility. It features a stranded center conductor and a watertight, UV-resistant black polyurethane jacket, making it ideal for outdoor and harsh environments requiring movement after installation and long-term durability.
TCOM®-400-PUR-DB is a durable, low-loss coaxial cable offering the same attenuation as LMR®, designed for low PIM and rugged performance. It features a solid center conductor and a UV-resistant, watertight black polyurethane jacket, making it ideal for outdoor applications and harsh environments requiring movement after installation and long-term reliability.
TCOM®-600 is a low-loss, flexible coaxial cable delivering the same attenuation as LMR® with rugged, multi-layer shielding for low PIM performance. Ideal for applications requiring movement after installation and resilience in harsh environments. The TCOM®-600 features a durable black polyethylene jacket for added protection and long-term reliability.
TCOM-600-FR is a rugged, low-loss coaxial cable offering the same attenuation as LMR with superior shielding and flexibility. Designed for low PIM applications involving movement after installation, it performs reliably in harsh environments. The TCOM-600-FR variant includes a fire-resistant, non-halogen CMR/MPR-rated (PCC-FT4) jacket for enhanced safety and compliance.
TCOM®-600-FS-DB is a low-loss, flexible coaxial cable with the same attenuation as LMR®, built for rugged, low PIM performance. It features a stranded center conductor and a black, watertight polyurethane jacket that is UV-resistant, making it ideal for outdoor use and environments requiring frequent handling and long-term durability.
TCOM®-600-PUR-DB is a robust, low-loss coaxial cable delivering the same attenuation as LMR®, with excellent low PIM performance and shielding. It features a solid copper-clad aluminum center conductor and a black, UV-resistant polyurethane jacket that is fully watertight—ideal for outdoor use and demanding environments requiring flexibility and long-term durability.
With more than 70 years of experience in the development, design, and manufacture of high-quality sensors, Thermometrics offers one of the most comprehensive ranges of temperature measurement and sensor products in the world today – NTC Thermistors, PTC Thermistors, Infrared (IR) Sensors, Current Limiters, Temperature Standards, and Temperature Sensor Assemblies.
New high current technology alternative to our RadSok socket. Temper Grip contacts increase ampacity up to 40%, which increases the value of your system or downsize cable size and space on a panel. Temper-Grip contacts will far outlast the temperature extremes of the standard connectors they can go into.
Amphenol Socapex Temper-Grip contact series is designed for use in high-current and high-temperature applications and is available for most Amphenol connectors. Temper-Grip contacts can increase allowed current by up to 40 percent(High current pin - For reference only), allowing you to increase the admissible current of your system by keeping connector size reasonable .
Amphenol RF offers a full line of termination tooling to meet your specific production requirements. All tools meet Amphenol’s stringent design and quality requirements and provide a consistent and reliable crimp each and every time, thereby ensuring the integrity of the connector termination.
TF-047 is a versatile micro-coaxial cable ideal for high density applications. Available in bulk or cable assembly with a wide selection of interfaces, TF-047 offers high performance and reliability in a compact footprint.
TFlex®-401 is a flexible, low-loss microwave coaxial cable offering excellent EMI shielding and low PIM. With a silver-plated copper core, PTFE dielectric, and rugged FEP jacket, it ensures reliable RF performance and easy installation. Ideal for aerospace, defense, and high-power RF applications in harsh environments.
TFlex®-402 is a flexible microwave coaxial cable offering low loss, strong EMI shielding, and low PIM. Featuring a silver-plated copper-clad steel core, low-density PTFE dielectric, and dual-braid shielding, it ensures reliable RF performance. The rugged FEP jacket makes it ideal for aerospace, defense, and telecom applications in harsh environments.
TFlex®-405 is a flexible, low-loss microwave coaxial cable with excellent EMI shielding and low PIM. Featuring a silver-plated copper core, PTFE dielectric, and dual-braid shielding, it offers reliable RF performance in harsh environments. Ideal for aerospace, radar, robotics, and mission-critical applications where space and durability matter.
The THDM is a MIL-PRF-28876 derived mechanical transfer (MT) rugged fiber optic connector for military and aerospace applications.THDM is modular, allowing multiple combinations of fiber types to be used in the same connector.
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.
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.
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.
TV circular connectors with various surfaces such as aluminum, stainless steel, marine bronze, or nickel-coated composite. Approved as per MIL-DTL-38999 Series III. They are also very vibration-resistant due to the screw lock. A tear plug is also available.
These connectors with thread coupling are based on MIL-DTL-38999 (they use shell size 17) & EN4165 / VG96513 (for the inserts) standards. Offering a high liability within a harsh environment, they are sealed and resistant to shock & vibrations. They use the same installation dimensions as connectors according to MIL-DTL-38999. They are available in alternative RoHS & REACH alternatives.