The Sydor Stage Mount DBPM is a very compact unit that was designed for mounting on a customer supplied translation stage. It is also used with or without translation within small UHV chamber areas. Typically, the DBPM remains in the beam during experiments but for removal the Stage Mount utilizes an offset aperture that only needs 5 mm stroke to remove the DBPM from the beam. Sydor helps you configure the optimum mix of diamond thicknesses and metallizations to match your requirements. Stage Mount designs include options for ambient/He environments to Ultra High Vacuum.
The Sydor Stage Mount employs flexible cabling that mates well with to micro-positioning devices and tight bend radiuses.
The Sydor Flange Mount DBPM includes the various flux, position, or multi-quadrant diamond configurations with cost-effective packaging for mounting onto a QF or another low vacuum flange. It can also be upgraded to a UHV configuration or customized for unique situations. Sydor’s solutions also include a dual-quad monitor utilizing two offset zones that can be used, for example, for precise K-B mirror alignment. Sydor has a variety of packages for different flange configurations, vacuum and window requirements. When mated to the Sydor intelligent Beam Position Monitor I/O controller (BPMio), the Sydor package integrates the monitor’s input amps, output digitization of flux, position and timing, calibration and closed loop stage/align feedback. The BPMio integrates to the synchrotron network and GUI via EPICS or Tango.
Sydor has established impressive capabilities with partners like Brookhaven National Lab to implement DBPM development and testing. Our manufacturing capabilities allow us to offer custom DBPM metalizations, adjust cleaning and bonding procedures, and quality assurance. Sydor’s in-house test abilities include an X-ray source with an integral BPMio stage feedback system for QA verifications.
Sydor’s DBPM and detector offerings are under continuous review for further enhancements and commercialization. Sydor is awarded various SBIR/STTR grants to allow partner organizations the added R&D to continually optimize capabilities and cost.
The data below explain various performance aspects of our x-ray beam position monitors.
High quality diamond quadrant sensors provide position resolutions of at least 0.1% of the x-ray beam dimensions. The position resolution measurements shown are for a 4.00 mm(hor.) x 1.00mm(vert.) x-ray beam.3
The Sydor intelligent Beam Monitor I/O Controller (BPMio) is a comprehensive package for the Sydor family of monitors. The unit includes input for up to 4 channels of BPM input, applies a bias voltage out, and has 6 high speed control I/O plus four programmable PID analog out (-/+10 VDC). The system can be matched to any position controller requiring pico to micro amp input requirements. The system has a full software suite and includes calibration routines. The BPMio runs in an EPICS or Tango environment.
The Sydor Beam Position Electrometer (BPMem) is a high performance 4-channel Electrometer, specifically made for taking in beam position monitor’s pico to micro amp signals via the BPMem’s output bias voltage of 0-20 VDC, unipolar. The unit uses a 20-bit high dynamic range, with programmable gains (8) with gates from 320 µs to 1 s. The flux and position output are provided via a continuous current integrator generated from a dual integration scheme with a minimum 2.5 kHz integration resolution required.
Help with X-ray Beam Monitors
To learn more, or ask questions about x-ray beam monitors, please call +1 585.278.1168 or email