Search Results for 10121375

10121375 | Amphenol Global Search | Amphenol Contact us today for more details of ExaMAX ® 56Gb/s High Speed Backplane Connector, part number 10131762-101LF. Power wire sizes ranges from 18WG to 10AWG and for signal wire sizes from 26AWG to 20AWG.

10121375 | Amphenol Global Search | Amphenol Contact us today for more details of ExaMAX ® 56Gb/s High Speed Backplane Connector, part number 10131762-101LF. Power wire sizes ranges from 18WG to 10AWG and for signal wire sizes from 26AWG to 20AWG.

10121375 | Amphenol Global Search | Amphenol Contact us today for more details of ExaMAX ® 56Gb/s High Speed Backplane Connector, part number 10131762-101LF. Power wire sizes ranges from 18WG to 10AWG and for signal wire sizes from 26AWG to 20AWG.

10155256-101LF | Amphenol Global Search | Amphenol Description. ExaMAX ® 56Gb/s High Speed Backplane Connector 92Ohm, 6-Pair, 12 column, 240 position, Right Angle Receptacle, No Guide Pin. ... 10128841-101LF 1x2 press-fit SFP+ cage with flat heat sink 10128841-102LF 1x2 press-fit SFP+ cage with heat sink and light pipe 10128841-201LF 1x2 press

10121375 | Amphenol Global Search | Amphenol 10112626-101lf | Amphenol Global Search | Amphenol The FCI Basics Semi-automatic Crimping machine is designed for applications in the prototyping phase, small production quantities and can be used with the FCI Basics range of hand tools.The FCI Basics Semi-automatic Crimping machine provide and high ...

10128419-101lf | Amphenol Global Search | Amphenol Amphenol Sine Systems 44724 Morley Drive, Clinton Township, MI 48036 USA www.amphenol-sine.com 10-2023 Machined Contacts, Sockets & Pins Part Number DescriptionSize AWG Type AT60-215-1631 Male Contact - Pin, Gold-plated 1614 Machined AT62-209-1631 Female Contact - Socket, Gold-plated 16 14 ...

10121375 | Amphenol Global Search | Amphenol 10112626-101lf | Amphenol Global Search | Amphenol The FCI Basics Semi-automatic Crimping machine is designed for applications in the prototyping phase, small production quantities and can be used with the FCI Basics range of hand tools.The FCI Basics Semi-automatic Crimping machine provide and high ...

10121375 | Amphenol Global Search | Amphenol Contact us today for more details of ExaMAX ® 56Gb/s High Speed Backplane Connector, part number 10131762-101LF. Power wire sizes ranges from 18WG to 10AWG and for signal wire sizes from 26AWG to 20AWG.

10037909 | Amphenol Global Search | Amphenol C10-731162-000(long) 70A C10-729922-000 (for 8AWG) C10-747999-000 (for 10AWG) POWERBLOK™ WTB Product Data 12 www.amphenol-industrial.com. 14 PGY™ Type Example Sizes Rated Current Application Mated Part Above Board (Solder) 3.6mm, 5.7mm 35~120+A Configured to customer applications Above Board HD

10155256-101LF | Amphenol Global Search | Amphenol Description. ExaMAX ® 56Gb/s High Speed Backplane Connector 92Ohm, 6-Pair, 12 column, 240 position, Right Angle Receptacle, No Guide Pin. ... 10128841-101LF 1x2 press-fit SFP+ cage with flat heat sink 10128841-102LF 1x2 press-fit SFP+ cage with heat sink and light pipe 10128841-201LF 1x2 press ...

10121375 | Amphenol Global Search | Amphenol Contact us today for more details of ExaMAX ® 56Gb/s High Speed Backplane Connector, part number 10131762-101LF. Power wire sizes ranges from 18WG to 10AWG and for signal wire sizes from 26AWG to 20AWG.

10112626-101LF | Amphenol Global Search | Amphenol. 10123420-101LF. AirMax VS2®, Backplane Connectors, 3-Pair, 54 -position, 2mm pitch, 6 column, 4 Walls, Right Angle Receptacle, small press-fit. ... 10128841-101LF 1x2 press-fit SFP+ cage with flat heat sink 10128841-102LF 1x2 press-fit SFP+ cage with heat sink and light pipe 10128841-201LF ...

Contact us today for more details of examax , part number 10128415-101LF . https ... ExaMAX ® 56Gb/s High Speed Backplane Connector 92Ohm, 3-Pair, 8 column, 88 position, Right Angle Header, No Guide Pin.

ExaMAX® 85Ω backplane connector system meets industry specifications requiring higher bandwidth applications from 25Gb/s to 56Gb/s. The optimized connector design delivers superior signal integrity performance resulting in low crosstalk noise and low insertion loss while minimizing channel performance variation for every differential pair.