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The compact design of the 1.0/2.3 connector series permits dense connector packing. They are ideally suited to applications where space savings is critical. Versions are available with threaded coupling mechanisms which provide positive mating or a unique push-pull coupling system which allows quick installation. Amphenol 1.0/2.3 coaxial connectors operate from DC-10 GHz. Common applications are amplifiers, base stations, routers and switching equipment.
Amphenol RF offers a full range of 4.3-10 connectors and adapters, which are engineered for the wireless market and are ideal for applications requiring low passive intermodulation, or PIM.
The 7/16 series provides superior performance for both return loss and intermodulation distortion (IMD). These connectors are very robust, extremely stable and mostly with waterproof specifications, making them ideal for applications where vibration resistance and environmental protection is important.
Amphenol's harsh environment AARC plug and receptacle assemblies are available in 2-fiber or 4-fiber configurations. Based on the N-Type RF threaded connector housing, this interconnect system provides superior optical performance in outdoor environments using LC-style 1.25mm ceramic ferrules.
The corrosion resistant metal housings provide a durable and environmentally protected solution for optical connectivity in areas exposed to elements such as rain, snow, dirt, and other types of contamination.
Factory-terminated AARC assemblies are available in plug, receptacle, and in-line connector styles, and can be supplied as pigtails or jumpers in lengths starting from 1 meter. Factory-terminated AARC receptacle assemblies are available with flange, jam-nut, or in-line configurations. Amphenol’s AARC connectors are exceptionally suited for WiMax, LTE, 3G/4G/5G wireless, and base station applications.
Amphenol Industrial Operations introduces a new power connector family, the Amphe-BTS. This innovative connector series is designed for the next generation of base stations.
Amphe-BTS is a circular connector based on the MIL-C-26482 series 2 with clip retention contacts. Features brass shell construction for greater corrosion resistance, provides EMI shielding, is shock & vibration resistant, and uses screw termination contacts making it well suited for field installation.
We offer the Amphe-BTS in our standard 2-way 48V DC power configuration but also manufacture a 48V DC 2-way reverse gender and a 3-way 400VDC/250V AC connector. Standard current for all variations is 10A.
The Amphe-Lite™ Connector Series is designed for communications equipment manufacturers with signal, power, RF or fiber optic interconnect requirements in harsh environments such as communication towers, outdoor and roof-top applications. This commercial composite connector series is ideal for communications equipment, manufacturing process control and medical equipment. The Amphe-Lite™ series offers the highest performance capabilities for severe environment applications, yet is cost effective enough for general duty and non-environmental applications. Amphe-Lite™ also offers a non-magnetic variation. The non-magnetic Amphe-Lite™ is another option of the highly reliable industrial multi-pin interconnect that is ideal for an array of applications. It is one of the few 100% non-magnetic connectors available today.
Amphenol Industrial Products Group introduces a new power connector family, the Amphe-OBTS. This innovative connector series is designed for the next generation of base stations.
Amphe-OBTS is a circular connector based on the MIL-C-26482 series 2 with clip retention contacts. Features zinc shell construction, provides EMI shielding, is shock & vibration resistant, and uses screw termination contacts making it well suited for field installation.
We offer the Amphe-OBTS in our standard 2-way 60V DC power configuration but also manufacture a 60V DC 2-way reverse gender and a 3-way 400VDC/250V AC connector. Standard current for the two pole version is 26A per contact while the three pole version supplies 16A per contact.
The Amphe-Power® Series consists of three of the time-tested and reliable families of Amphenol Industrial Connectors, all of which are MIL-5015 styles, medium to heavy duty cylindricals. This series, enhanced with RADSOK® sockets, can now handle up to 50% higher amperages. Current Amphe-Power® product lines support from 50A to 1000A continuous duty.
The Amphe-PRB is a plastic reverse bayonet connector. Designed for one, two, or three phase applications with up to five contacts including one for ground. This series lends itself well to a wide variety of applications in alternative energy, telecommunications, or anything that uses an electric motor like electric or hybrid vehicles. The PRB series is ideal for in field installation with crimp and set screw terminations using standard contacts or our patented RADSOK® sockets as an option. The Amphe-PRB is touch proof and rugged enough to withstand exposure to moisture with an IP67 rating.
The Amphe-TVS connector is designed for communications equipment manufacturers with power interconnect requirements. Applications for this product would be in harsh environments such as towers, outdoor and roof-top applications. The Amphe-TVS connector offers the highest performance capabilities for severe environment applications. There are 2 insert patterns to choose from: The 2 pole for DC power and the 3 pole for AC power.
300A SINGLE POLE /150A DUAL POLE (P/N 612040001)
The APB300 dual pole, feed-through socket design delivers 300A current capability and is hot pluggable. The dual pole contact design allows both contacts to be used together or individually. The connector is mounted using the 4 holes located at the bottom.
500A SINGLE POLE (P/N 622440002)
The APB500 connector accommodates a 0.125” thick plated busbar for a separable connection and supports blind mating. The guide plate permits a slightly misaligned busbar to connect and provides over stress protection for the contact.
Amphenol Fiber Systems International (AFSI) offers the rugged, deployable ARES (Amphenol Reel Enhanced System) reel for tactical fiber optic network applications.
The ARES reels are made with reinforced glass nylon providing a rust-resistant, lightweight and durable reel for storing and deploying fiber optic cable assemblies. Integrated slots on the reel allow them to be stacked together for storage and transit. The ARES reel also has separate payout and storage areas allowing the operator to deploy cable needed rather than the entire stored length.
AFSI’s ARES reel comes in a variety of sizes to support multiple cable lengths and types. In addition, cleaning kits can be specified to support all popular harsh environment connectors including AFSI’s TFOCA, TFOCA-II®, TFOCA-III®, TACBeam® and Pierside. Finally, AFSI offers a suite of transit cases, payout stands and backpacks as optional accessories.
Features and Benefits:
Custom designed power conductor made from aluminum to reduce weight and cost
Custom designed power conductor made from copper
Amphenol cassettes are available in LGX or High Density form factor and in a full range of fiber types: Singlemode, OM3 or OM4 Multimode. Amphenol cassettes are a factory assembled and fully tested rapid deployment accessory. No tools are required for installation. Amphenol's cassettes can accommodate up to 24 fibers per cassette, with a variety of adapter options front and rear.
Amphenol’s CFP2 (surface mount receptacle connector) is considered to be a candidate of future generation multi hundred Gbps systems. CFP2 is comprised of 104 position, 0.6mm pitch host and pluggable connectors. It is rated for 28 Gbps per channel with resonance dampening for improved signal integrity. The plug connector on the mating interface improves accuracy and aids in achieving high speed performance. The CFP2 interconnect system includes insert molding assemblies for top side contacts and press-fit cage assemblies complying with IEEE and ITU-T applications.
Amphenol’s CFP2 (surface mount receptacle connector) is considered to be a candidate of future generation multi hundred Gbps systems. CFP2 is comprised of 104 position, 0.6 mm pitch host and pluggable connectors. It is rated for 28 Gbps per channel with resonance dampening for improved signal integrity. The plug connector on the mating interface improves accuracy and aids in achieving high speed performance. The CFP2 interconnect system includes insert molding assemblies for top side contacts and press-fit cage assemblies complying with IEEE and ITU-T applications.
The Amphenol CXP connectors come in a one-piece press-fit assembly system with twelve channels of up to 20 Gbps, resulting in 240 Gbps of total bandwidth. This allows our CXP to go beyond the 100 Gigabit Ethernet IEEE 802.3b,a and the InfinibandCXP12x QDR standards. The CXP series is the fastest and most dense I/O on the market today. It enables pluggable copper or optical cables to increase the flexibility of system level hardware for end users, and offers reduced cross-talk. The CXP interconnect system offers plug-to-receptacle containment with the various EMI gasket and EMI spring finger options, and is ideal for network switches, routers, servers and storage devices.
Amphenol direct connect trunk solutions offer fiber optic and/or power connectivity in a single cable, with up to 48 fiber pairs and 18 copper conductors available. A single trunk enables connectivity to several RRH’s without the need for a tower top distribution box.
The direct connect hybrid trunk is the most efficient and easiest to install solution on the market. The plug and play installation system is the preferred choice of many communication equipment manufacturers and operators.
A metal canister providing a secure and reliable hoisting and grounding mechanism splits power and optical cables into separate ruggedized short branches equipped with fiber optic outdoor harsh environment connectors and optional power connectors. The connection to the RRH is ensured with fiber jumpers factory terminated with RRH interface (large range available to fit most of RRH in the market) and optional power jumpers.
The eQSFP interconnect system is comprised of a 38 position 0.8 mm pitch SMT connector, and a press-fit cage. With four channels of data in one pluggable, the system interface is capable of transferring data up to 28 Gbps / Channel, and replacing up to 4 standard SFP+ receptacles. These features result in greater port density and overall cost savings over traditional SFP+ products. Supporting standards include, Gigabit Ethernet, InfiniBand, and SONET/SDH with different data rate options. eQSFP includes cages in single and ganged configurations with multiple heat sink options supporting various thermal requirements and port status with light pipes options.
The ExpressPort QSFP+/QSFP interconnect system and the stacked combos are comprised of 38-position 0.8mm pitch SMT connectors, as well as press-fit cages intended for external connections. Each port offers 4 channels which increases port density and contributes to cost savings. The ExpressPort QSFP+ E-Series connector family is rated at 28 Gbps per channel. It features as tamped and formed contact design providing improved mechanical durability, an integrated grounding structure,and resonance dampening features for superior crosstalk performance. The contact design is optimized for a smooth impedance profile resulting in improved SI performance.
Amphenol’s ExpressPort SFP+ 1xN connector, when combined with the ExpressPort SFP+ cage, provides data transfer speeds of up to 25 Gbps. This is the highest speed in the market for the SFP+ series. The design of the ExpressPort SFP+ connector minimizes impedance discontinuities and reflections at high data rates, and provides a 10 to 20 dB improvement in Near-End Cross talk. The connectors accept multiple transceivers per SFF-8431 and are compliant with SFF-8081 and SFF-8083 speci- fications. Our unique ExpressPort SFP+ cage features enhanced EMI shielding options in the form of metal spring fingers or elastomeric gaskets. Ganged versions are compliant with the SFF-8433 standard. The ExpressPort SFP+ 2xN combos consist of an integrated stacked connector system and a cage with compliant press-fit pins or solder tail.
The German and American automotive industries have standardized a high-performing, cost-effective RF connector based on the FAKRA and USCAR standards for automotive telematics. Utilizing a standard metal SMB connector embedded within a plastic housing that features multiple colored codes for easy identification, FAKRA connectors are designed to perform up to 6 GHz and meet the particular mechanical and environmental requirements of the automobile industry.
LF Cable Assemblies
Flexible busbars are composed of several thin layers of copper or aluminum and are designed to efficiently distribute power across an AC or DC system. Amphenol power distribution busbars are an excellent replacement for power harness applications.
Polyimide flexible heaters provide excellent heat transfer to localized areas with a quick ramp and consistent hold of temperature. Applications include, but are not limited to ; medical lab equipment, respiratory equipment, frost protection, fluid warming, instrumentation, and fiber optic devices. The heaters can be turned on and off at specific temperatures as required.
Amphenol Sincere is a one stop shop for value added flexible circuits. We will work with your engineering team from the inception of the design through full turn-key tested circuit assemblies. Our services include design and gerber creation, DFM reviews, full in-house assembly, and testing of final product.
Amphenol Sincere provides high quality flexible printed circuit solutions for multiple markets including, but not limited to the Industrial, Medical, Instrumentation, and Automotive markets . By utilizing a manufacturing center of excellence in a low cost region, we offer the customer a great value at a low cost. Our products include:
The FME product series is used for mobile antenna applications adapted for UHF, Mini UHF, TNC, BNC and N-Type connector interfaces using between-series adapters. It is primarily used with RG-58 coaxial cables.