Search Results for blind mate
Blind Mate Connector - Positronic The Science of Certainty
Blind mate connectors are self-aligning devices that can mate in tight or hidden spaces where sight or touch is restricted. They are used for power, signal, optical and other applications where precision and reliability are needed.
D38999 Space Blind Mate Connector - Amphenol Aerospace
Introducing Amphenol Aerospace’s Space Blind Mate Connector, part of the D38999+ family of products. Designed specifically for large panels where extra float is required in all axes, or for any application requiring a floating interface.
Centaur Blind Mate Rectangular | Products - Amphenol Aerospace
The Centaur interconnect provides both a durable and high-bandwidth system perfect for military, aerospace, and other ruggedized, high-bandwidth applications. It supports data rates up to 56 Gbps in a ruggedized, lightweight aluminum shell. MECHANICAL: with standard plating options. ENVIRONMENTAL: Have any questions?
blind mate | Amphenol Global Search | Amphenol
Blind mate is a flexible, robust, and cost effective connector and cable assembly solution that help server and networking equipment design flexibility, reduce overall space, and extend the reach for high data rate signals. The solution can be used in application of PCIe Gen5 and PCIe Gen6.
RF Connectors - SV Microwave
SV Microwave's VITA 67 connectors are specifically designed to meet the requirements of the VITA 67.3 standard for VPX systems. These connectors offer enhanced RF signal performance and are designed for blind-mate applications in both the VITA SMPM and VITA SMPS series.
High Speed Connectors | Products - Amphenol
Amphenol's Blind Mate MCIO is designed for high speed and high density. It can support PCIe Gen5, and is scalable to PCIe Gen6. We designed Blind Mate MCIO with a guide pin to prevent damages during plug in and plug out.
Connectors - Positronic The Science of Certainty
Within our extensive catalog, you will find modular, blind-mate, waterproof, and touch-safe power connectors, ultra-high power interface connectors, and an innovative alternative to CT shorting blocks (the Autoshunt family).
What is an SMPM Connector? | SMPM Connectors - SV Microwave
No matter the name, at its core an SMPM connector is a blind-mate, push-on connector and represents the next evolution of SV’s SMP product line. As compared to the SMP, which can perform at frequencies up to 40 GHz, SMPM interconnects provide reliable, high quality performance from DC to 65 GHz.
Amphenol Assembletech
Blind mate is a flexible, robust, and cost effective connector and cable assembly solution that help server and networking equipment design flexibility, reduce overall space, and extend the reach for high data rate signals. The solution can be used in application of PCIe Gen5 and PCIe Gen6.
Non Magnetic RF Connectors | Features and Benefits | SV Microwave
Our non-magnetic product offering includes threaded (SMA series) connectors for a robust and reliable connection as well as blind-mate (SMPM series) connectors for high density, high frequency applications where a push-on interconnect is preferred.
SPACE BLIND MATE CONNECTOR - Amphenol Aerospace
Introducing Amphenol Aerospace’s Space Blind Mate Connector, part of the D38999+ family of products. Designed specifically for large panels where extra float is required in all axes, or for any application requiring a floating interface.
Minitek® 2.00mm Blind Mate Interface (BMI) Connectors - Amphenol CS
Minitek® 2.00mm Blind Mate Interface (BMI) is a flexible and comprehensive solution designed for application with a current rating up to 2A per circuit. It allows misalignment and provides floating for easy blind mate connections. BMI option is available in dual row with 8 or 12 circuits.
blind mate | 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.
FlightGear™ Blind Mate Antenna Connector - Amphenol CIT
Revamp almost any antenna installation using a FlightGearTM Blind Mate Connector and reap the benefits of easy antenna maintenance! This innovative connector solution provides a number of advantages in aerospace applications:
Minitek 2.00mm Blind Mate Interface - amphenol-cs.com
In addition to the bevel, Minitek® BMI offers floating allowance on the panel, even when parts are mated. This feature supports self-alignment of the receptacle, to absorb positioning errors between board and panel.
Minitek Product Presentation - Amphenol CS
•Minitek® Blind Mate Interface allows to connect headers and receptacle in mezzanine application where there is low visibility at both ends. •Minitek® Blind Mate Interface allows +/-2,00mm catching for blind mating and +/-1,00mm
blind mate | Amphenol Global Search | Amphenol
Amphenol's Blind Mate MCIO is designed for high speed and high density. It can support PCIe Gen5, and is scalable to PCIe Gen6. We designed Blind Mate MCIO with a guide pin to prevent damages during plug in and plug out.
Tag Archives: Blind Mate Interface - amphenol-cs.com
Adhering to high signal quality, enhanced reliability, and consistent performance, this connector range offers a complete and comprehensive solution for a wide range of applications and design requirements across the wire-to-board and wire-to-wire segments.
blind mate | Amphenol Global Search | Amphenol
Blind mate connectors are self-aligning devices that can mate in tight or hidden spaces where sight or touch is restricted. They are used for power, signal, optical and other applications where precision and reliability are needed.
blind mate | Amphenol Global Search | Amphenol
Blind mate board-to-board connectors can be joined together without the need for tools, typically through sliding or snapping mechanisms. They possess self-aligning characteristics that ensure they align correctly during mating.