Search Results for 28876

ALLEN, TX, September 15, 2008- Amphenol Fiber Systems International (AFSI) is pleased to announce the introduction of APC29504-series fiber optic termini and APC28876-series fiber optic connectors. The advanced APC29504-series terminus design is based on the field-proven MIL-PRF-29504/14 and /15 fiber optic termini standard. Similarly, the APC28876 series connectors are based on MIL-PRF-28876 ...

These connectors use our complete line of crimp, solder, PC tail, and compliant pin contacts from size 0 to size 22D. Filter Connectors . Our Filter Connectors are based on the most popular Mil-Specs: D38999 Series I, II, III; 26482; 5015; and 2M Micro 38999.

Search Results for 10133694-101lf 10122643-101LF | Amphenol Global Search | Amphenol 10122643-101LF. AirMax VS2®, Backplane Connectors, 3-Pair, 54 -position, 2mm pitch, 6 column, Right Angle Receptacle. 10035388-102LF is a power edge card with 55+3 spl vertical or right angled connectors, pressfit or solder contacts, and various terminal pin ...

Minimum of 25 mating cycles. Reliable electrical performance up to 3 GHz. Search Results for ms27474 3d M28876 Fiber Optic Connectors - Amphenol Fiber Systems International (AFSI) Features & Benefits. Qualified to MIL-PRF-28876 specifications •.

Amphenol Fiber Systems International (AFSI) is pleased to offer MIL-PRF-NGCON compliant fiber optic connectors with proven technology and features from existing connector standards of D38999 and 28876 for the next generation connector (NGCON). These innovative connectors include genderless contacts and high-density packaging.

AMPHENOL CORPORATION Amphenol Industrial Operations 191 Delaware Avenue Sidney, NY 13838-1395 Telephone: 888-364-9011 Fax: 520-397-7169

Amphenol Fiber Systems International (AFSI) is pleased to offer MIL-PRF-NGCON compliant fiber optic connectors with proven technology and features from existing connector standards of D38999 and 28876 for the next generation connector (NGCON). These innovative connectors include genderless contacts and high-density packaging.

Amphenol Network Solutions brand of power panels continues to be updated with more best-in-class features. Our 1RU family has been expanded with the addition of the 250TPA08 model, offering dual 8x8 TPA fuse positions with 250 amps continuous per feed, and a max rating of up to 50A each with optional connectorized outputs, and optional nrgSMART™ individual circuit current monitoring.

The TFOCA-II® physical contact connector is the standard fiber optic connector for the US Army, designed for and proven in the harshest of military and industrial applications. Amphenol FSI THDM Series The THDM is a MIL-PRF-28876 derived mechanical transfer (MT) rugged fiber optic connector for military and aerospace applications.THDM is ...

Amphenol Fiber Systems International (AFSI) is pleased to offer MIL-PRF-NGCON compliant fiber optic connectors with proven technology and features from existing connector standards of D38999 and 28876 for the next generation connector (NGCON). These innovative connectors include genderless contacts and high-density packaging.

Amphenol Fiber Systems International (AFSI) is pleased to offer MIL-PRF-NGCON compliant fiber optic connectors with proven technology and features from existing connector standards of D38999 and 28876 for the next generation connector (NGCON). These innovative connectors include genderless contacts and high-density packaging.

Building on the legacy of MIL-PRF-28876, the F-143 incorporates the latest technologies in fiber optic interconnect design. The backshells feature the Quickloc™ captivation system, developed by AFSI, that is easy to install, easy to remove the captivated aramid yarn of the cable, and recapture without cutting back the cable. ...

Building on the legacy of MIL-PRF-28876, the F-143 incorporates the latest technologies in fiber optic interconnect design. The backshells feature the Quickloc™ captivation system, developed by AFSI, that is easy to install, easy to remove the captivated aramid yarn of the cable, and recapture without cutting back the cable. ...

Building on the legacy of MIL-PRF-28876, the F-143 incorporates the latest technologies in fiber optic interconnect design. The backshells feature the Quickloc™ captivation system, developed by AFSI, that is easy to install, easy to remove the captivated aramid yarn of the cable, and recapture without cutting back the cable. ...

Building on the legacy of MIL-PRF-28876, the F-143 incorporates the latest technologies in fiber optic interconnect design. The backshells feature the Quickloc™ captivation system, developed by AFSI, that is easy to install, easy to remove the captivated aramid yarn of the cable, and recapture without cutting back the cable. ...

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.

Amphenol Fiber Systems International (AFSI) is pleased to announce the introduction of our APC28876-series low back reflection, multi-channel fiber optic connectors. These cutting edge connectors are based on field proven, time tested MIL-PRF-28876 connectors.

•Qualified to MIL-PRF-28876 specifications •Low insertion loss (-0.35dB typ MM, -0.35dB typ SM) •Compatible with single mode or multimode termini •Full environmental sealing •Available in 3 shell sizes Shell 13 – 4 channels Shell 15 – 6 channels or 8 channels Shell 23 – 18 channels or 31 channels

Building on the legacy of MIL-PRF-28876, the F-143 incorporates the latest technologies in fiber optic interconnect design. The backshells feature the Quickloc™ captivation system, developed by AFSI, that is easy to install, easy to remove the captivated aramid yarn of the cable, and recapture without cutting back the cable.

Naval Systems The MIL-PRF-28876 connectors were designed specifically to be tight toleranced fiber optic connectors with the environmental protection and corrosion resistant properties to withstand the rigors of marine tactical deployment.