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Wireless communication has become one of the key tools for a range of applications. Users and consumers now expect WiFi or Bluetooth connectivity as a standard feature, from the latest cars to the machinery of the smart factory. Wireless communication offers superior flexibility and convenience for a vast array of applications.
In the latest instalment of our Ask the Expert series, I was able to talk to Remco Van-De-Griendt of Würth Elektronik. We covered the importance of construction, internal design and materials choice, along with the role of mounting techniques in making a connector worthy of the name “precision.” On top of that, Remco was able to provide the clearest description of skin effect in RF connectors that I’ve ever heard
Join us as we cover this and a wide range of other fascinating details. When you’re listening to our discussion, you might find Remco’s presentation handy to help visualise some of the concepts we describe. Download it here, and take a look at the RS website for the our range of Würth Elektronik.
At the heart of these systems, precision radio frequency (RF) connectors deliver high-performance in applications where low loss, high reliability, and signal transmission are critical. These connectors are used in systems where accurate impedance matching, high-frequency performance, and minimal signal degradation are important.
With the dominance of digital communications, it can be easy to forget the role that all wireless communication relies on radio frequencies. It is also important to remember that even wireless systems depend on wired connections. Beyond the world of telecommunications, precision RF connectors are essential components in a range of applications. Radar and satellite navigation make extensive use of precision RF connectors, and in the field of measurement and instrumentation, their superior performance ensures accuracy while preventing signal loss or distortion.
With so many industries depending on the high-speed communication and signal integrity, it is more important than ever that engineers understand how precision RF connectors deliver the performance they need.
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