Search Results for 10135234-101lf
10135234-101LF | Amphenol Global Search | Amphenol
Contact us today for more details of examax, part number 10135234-101LF. ExaMAX® 85Ω backplane connector system meets industry specifications requiring higher bandwidth applications from 25Gb/s to 56Gb/s.
ExaMAX® 85Ω High Speed Backplane Connector System
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.
10135224-101LF | Amphenol Global Search | Amphenol
ExaMAX ® 56Gb/s High Speed Backplane Connector 85Ohm, 6-Pair, 8 column, 160 position, Right Angle Receptacle, No Guide Pin. The information below is for reference only. For more technical details, refer to product specification and application specification.
10135235-101LF | ExaMAX® | Amphenol
ExaMAX ® 56Gb/s High Speed Backplane Connector 85Ohm, 6-Pair, 10 column, 200 position, Vertical Header, No Guide Pin. We may offer limited quantity of sample for this part. Click on the Check Sample (if available) button to check the allowed sample quantity in the cart.
10135234-101lf | Amphenol Global Search | Amphenol
Amphenol is one of the leading manufacturers of ExaMAX 56gb/s high speed backplane connector system. Contact us today for more details of examax, part number 10135234-101LF. ...
examax | Amphenol Global Search | Amphenol
Amphenol is one of the leading manufacturers of ExaMAX 56gb/s high speed backplane connector system. Contact us today for more details of examax, part number 10135234-101LF. 10131762-101lf. ExaMAX ® 56Gb/s High Speed Backplane Connector 92Ohm, 6-Pair, 8 column, 160 position, Right Angle Receptacle, No Guide Pin.
10135234-101lf | Amphenol Global Search | Amphenol
ExaMAX® 56Gb/s High Speed Backplane Connector 92Ohm, 3-Pair, 10 column, 110 position, Right Angle Receptacle, No Guide Pin. ... Contact us today for more details of ExaMAX ® 56Gb/s High Speed Backplane Connector, part number 10137002-101LF. ...
10135234-101lf | Amphenol Global Search | Amphenol
ExaMAX ® 56Gb/s High Speed Backplane Connector 92Ohm, 6-Pair, 16 column, 320 position, Right Angle Header, No Guide Pin. Amphenol is one of the leading manufacturers of ExaMAX 56gb/s high speed backplane connector system. Contact us today for more details of examax, part number 10135234-101LF.
10165329 | Amphenol Global Search | Amphenol
Amphenol is one of the leading manufacturers of examax 112gb/s high speed backplane connectors. Contact us today for more details of Examax, part number 10165329-101LF.
10135234-101lf | Amphenol Global Search | Amphenol
EXAMAX2® 112Gb/s High Speed Backplane Connector 92Ω, 6-Pair, 10 column, 200 position, Right Angle Receptacle, No Guide Pin. Part Specification Detail. The information below is for reference only. For more technical details, refer to product specification ...
10135234-101lf | Amphenol Global Search | Amphenol
Contact us today for more details of examax, part number 10135234-101LF https://www.amphenol-cs.com ... 10151568-101LF. EXAMAX2® 112Gb/s High Speed Backplane Connector 92Ω, 4-Pair, 8 column, 112 position, Right Angle Receptacle, No Guide Pin. ...
10135218-101lf | Amphenol Global Search | Amphenol
ExaMAX® 56Gb/s High Speed Backplane Connector 92Ohm, 6-Pair, 16 column, 320 position, Right Angle Receptacle, No Guide Pin. Part Specification Detail. The information below is for reference only. For more technical details, refer to product specification and application specification. 10135746-101LF.
10135237-101LF | Amphenol Global Search | Amphenol
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.
10135234-101lf | Amphenol Global Search | Amphenol
10121401-101lf. ExaMAX® 56Gb/s High Speed Backplane Connector 92Ohm, 3-Pair, 10 column, 110 position, Right Angle Receptacle, No Guide Pin. Part Specification Detail.
10137004-101lf | Amphenol Global Search | Amphenol
10137004-101LF | Amphenol Global Search | Amphenol Contact us today for more details of examax, part number 10135234-101LF. 10121401-101lf. ExaMAX® 56Gb/s High Speed Backplane Connector 92Ohm, 3-Pair, 10 column, 110 position, Right Angle Receptacle, No Guide Pin.
10124308-101lf | Amphenol Global Search | Amphenol
Amphenol is one of the leading manufacturers of Backplane Connectors. Contact us today for more details of AIRMAX VSe ® , part number 10120001-101LF
10135224-101lf | Amphenol Global Search | Amphenol
10135224-101LF | Amphenol Global Search | Amphenol 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 ...
10153370 | Amphenol Global Search | Amphenol
EXAMAX2® 112Gb/s High Speed Backplane Connector 92Ω, 4-Pair, 8 column, 112 position, Right Angle Receptacle, No Guide Pin. Part Specification Detail. The information below is for reference only. For more technical details, refer to product specification ...
10133085-101lf | Amphenol Global Search | Amphenol
OCTIS™ -Input Output Connector, field terminable plug kit with 8 pos signal 26mm. 10133085-101LF. OCTIS™ -Input Output Connector,Right Angle Board Connector for 8 position signal PIP termination. Part Specification Detail. The information below is for reference only.
10135216-101LF | Amphenol Global Search | Amphenol
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.