Search Results for mf connector
Energy - CONEC
M-F 8:30 – 4:30 ET [email protected] ... For more than 40 years, CONEC Elektronische Bauelemente GmbH has been developing, producing and marketing high-quality connectors, patch cable and single ended cable as well as enclosure technology. CONEC products are used in automation, telecommunications and energy technology, machine manufacturing ...
ecomate® Circular Connectors - Rugged Metal and Threaded Plastic
Circular, Multiway, Plastic and Metal Connectors . Our ecomate® Family of circular, multiway connectors provide an IP65 thru IP69K rating range (in mated condition) for indoor/outdoor industrial applications and feature robust, durable, plastic or metal construction with either a circular bayonet, a quick-locking automatic, or a rapid coupling system option.
G-Type Connectors - Amphenol RF
The G-Type connector is a slide-on alternative to the threaded F-Type connector. Features and Benefits. Quick installation with push-on blind mate capabilities; Beryllium Copper springs to provide multiple matings; Contact design provides a truly cylindrical coaxial contact;
Innovative Interconnects - Amphenol Ltd
Amphenol connectors have played a significant role in many space applications, from low Earth orbit satellites and mission control to NASA launch systems and the International Space Station. Ground Systems & Vehicles. Ground vehicles are a key asset to military operations around the world. Our solutions are critical to complex onboard systems ...
2.2-5 Connectors - RF Connectors - Amphenol RF
Amphenol RF’s line of 2.2-5 connectors are a compact version of the previously released 4.3-10 connector series, with a 53% smaller footprint. This connector series is lightweight and can accommodate various cable types. The robust design makes these connectors ideal for both indoor and outdoor applications.
Whitepapers - Amphenol Alden
Explore Amphenol Alden's whitepapers archive for in-depth research, technical insights, and industry expertise. Access valuable resources that help you stay ahead in the evolving world of connectivity and innovation.
Medical industry - Connectors by CONEC
M-F 8:30 – 4:30 ET [email protected] +49 2941 765-0 [email protected] Contact. Check Stock. ... Connectors in medical diagnostic devices do not only have to comply with basic electrical and mechanics requirements, but also with special demands as to quality and reliability. As a specialist for filter connectors, CONEC offers shielded hoods ...
D38999 Connectors with Coaxial, Concentric Twinax, and Triax Contacts
Amphenol Connectors are ideally suited for the incorporation of shielded contacts for high-performance interconnection applications. The circular family is built around MIL-DTL-38999 specifications, with Mil-approved and commercial styles offered. Normal operating voltage for circulars with power contacts only is up to 900 VAC (RMS) at sea level.
Industrial Connectors and Cable Assemblies - Amphenol Sine
MotionGrade™ M23 and M40 Circular DIN Connectors are designed to excel in performance and reliability in the most demanding environments. All M23 and M40 products are IP67 rated. Ideally suited for advanced servo drive encoder feedback applications, packaging, robotic, printing, machine tool, medical and automation environments where control ...
How well do Right Angle RF Connectors Work? - SV Microwave
This connector has improved RF performance over both its predecessors consistently performing up to 18 GHz with a lower VSWR and Insertion Loss. Electrical Performance Data. We examined right angle SMA adapters of both Mitered Body and Swept Body designs and established a clear advantage in the mitered body design for both VSWR and Insertion Loss.
D-SUB Standard/High Density - CONEC
M-F 8:30 – 4:30 ET [email protected] ... CONEC » D-SUB Connectors » D-SUB Standard/High Density. D-SUB Standard/High Density. In the D-SUB Standard/High Density range CONEC offers the possibility to choose from various numbers of poles, contact and connection types as well as thread designs.
What is Insertion Loss and how is it specified? - Amphenol RF
Insertion Loss, expressed in dB is defined as 10*log (Po/Pi) where Po= Power Out and Pi=Power In.. There are 3 main causes of Insertion Loss: Reflected losses are caused by the VSWR of the connector.. Dielectric losses are caused by the power dissipated in the dielectric materials (Teflon, rexolite, delrin, etc.).. Copper losses are caused by the power dissipated due to the conducting surfaces ...
English - Amphenol CS
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