Search results for "cliff"
RJ11 and RJ14 connectors now come in panel mount form
FeedThrough (FT) connectors from Cliff Electronics, supplied in the industry standard 24mm diameter XLR panel cut-out, now include the CAT3 RJ11 and RJ14 connectors to offer users a panel mount option. The RJ11 and RJ14 are the most widely implemented connectors in telecommunications and commonly used for token ring and simple 10Base-T networks providing 10Mbps transfer rate, operating at 16MHz.
Take a virtual ride on a dangerous road from your sofa
Want to be an adrenaline junkie without actually fearing for your safety?Comparethemarket.com'slatest 360°experience takes you on a drive on the world’s most dangerous road. Enjoy views of the Amazonian forest, winding slopes and steep cliffs - all from the comfort of your smartphone.
Dust covers now available for FeedThrough connectors
It has been announced that Cliff Electronics, provider of FeedThrough (FT) and standard connectors supplied in the industry standard 24mm XLR panel cut-out, can now provide dust covers to prevent the ingress of dust and dirt. Dust covers offer protection for unmated fibre optic connectors and other control interfaces which need to remain uncontaminated when not in use or when in storage.
Recessed socket plates with custom connectivity
It has been announced that Cliff Electronics, provider of FeedThrough (FT) and standard connectors in the industry standard 24mm XLR panel cut-out are now offering panel builders and system integrators a user customisable connectivity option. The new XRP Customisable Recessed Socket Plates continue to use the popular XLR panel cut out.
Plastic bodied FeedThrough BNC connector offers cost savings
A panel mounting BNC connector with a molded plastic body has been added by Cliff Electronics to its very popular range of FeedThrough (FT) connectors. The new BNC RF coaxial connector is available in 50 and 75Ω versions and is fully compatible with existing products and applications while offering customers cost and weight savings.
Rack patch panels pre-assembled with connectors
Feedthrough and conventional connectors from Clif Electronics are mounted in the widely used, industry standard, 24mm-diameter XLR panel cut-out. Standardising on this commonly used format simplifies panel design and manufacture by having the same cut-out for every connector required.
Data shows solar job losses if Government proposals enacted
Over 40% of UK solar installers are considering leaving the industry entirely, while 78% of installers are considering reducing staff levels due to recent Government proposals relating to closing the Feed-in Tariff and removing the Export Tariff, according to a new survey of solar installation companies conducted by the Renewable Energy Consumer Code (a subsidiary of the Renewable Energy Association (REA) with over 1,500 installer member companie...
Sophisticated AI tech that can forecast market shifts
Artificial intelligence technology which successfully anticipated the Pound’s sharp drop at the start of August is being made available for free by the online trading platform INFINOX Capital. INFINOX’s sentiment analysis tool continuously tracks more than five million data sources from around the world to build up a detailed, global picture of market attitudes.
Interconnect options available in 24mm diameter XLR panel cut-out
Cliff Electronics’ range of 24mm-diameter XLR Panel cut-out connectors has been further extended to include mono and stereo ¼” jack sockets and high current terminal posts.XLR connectors are used in audio and broadcast systems and are suitable for instrumentation, medical and industrial products due their flexibility, security and reliability of the format.
Plaster to revolutionise treatment of oral conditions
Scientists from the University of Sheffield’s School of Clinical Dentistry, working in close collaboration with Dermtreat A/S from Copenhagen, have developed a unique patch using special polymers which are able to stick to moist surfaces.The patch successfully administers steroids directly to oral ulcers or lesions whilst also creating a protective barrier around the affected area, accelerating the healing process.