Beam Position Monitor Blocks Type SMA Coaxial Feedthrough Connectors Provides accurate measurements of particle beam position and allows operators to precisely monitor the accelerated beam. The Challenge Beam position monitor blocks are critical components used for maintaining the electron beam at an intended position as the particles run at near-light speed inside a synchrotron. In fact, they are an essential element in many particle accelerators, because they provide accurate measurement of the particle beam positions and allow operators to accurately monitor and control the accelerated beam. Inside a synchrotron, the accelerating particle beam travels in a circular motion, and around a fixed closed-loop path, which makes the determination of its accurate position a high challenge. The particle bunch traveling at high speed generates an electromagnetic field, which is then picked up to determine the beam position. SMA Feedthrough Button for ESRF Grenoble Type SMA Feedthrough Connectors Type SMA feedthroughs are the most essential element in a BPM button, and our standard model has a diameter of 14.8 mm and an impedance of 50Ω. The materials used are stainless steel for the shell and high density alumina in the insulator. It is available for direct welding or flange mounting. Moreover, there are several types of SMA feedthroughs: some are male, female, with or without a button electrode, which consists of an alumina disk. Our technical & engineering teams at PMB are able to help our clients design the right BPM and/or SMA feedthroughs for their specific needs, manufacture these components with high accuracy and ensure a long and qualitative life span. Type SMA Feedthrough Connector Industry: Science, Research, Industry Technology: Ultra High Vacuum / Metal-Ceramic & Metal-Metal Brazing Product & Services: Cavity Beam Position Monitor Blocks / 50Ω Type SMA Feedthroughs / BPM-Button-UHV-Feedthroughs © PMB-ALCEN

A PMB Success: the ESRF Grenoble We have designed and manufactured more than 1500 type SMA feedthroughs for the new storage ring at the ESRF (European Synchrotron Radiation Facility) in Grenoble. Located in Grenoble, France, the European Synchrotron Radiation Facility (ESRF) is a unique research facility, a source which produces the brightest light in the world, allowing scientists and researchers to unlock the secrets of matter. The facility produces X-rays 100 billion times brighter than the X-rays used in hospitals, granting scientists from all over the world the opportunity to conduct extraordinary...