The SiriusSD-U EDS SDD Detector upgrade kit
Our unique detector upgrade kit provides a simple guaranteed route to improving existing Si(Li) based EDS Microanalysis systems by converting the existing x-ray detector to a new state-of-the-art Silicon Drift Detector (SDD).
The upgrade kit comes as a complete solution ready to fit onto the SEM and is fully compatible with most existing EDS systems. The new SDD is delivered complete with power supply, cabling and a full installation guide and user instruction manual.
e2v engineers are available to help with installation either directly or via our worldwide network of local partners.
Key benefits
- SiriusSD® is available as a replacement for all makes of Si(Li) detector on most existing EDS platforms
- It incorporates and delivers all the benefits of the latest SDD detector technology
- SiriusSD® provides improved resolution and increased count rate capability with excellent low energy sensitivity => faster sample throughput
- Future proof design - the new SDD detector can easily be transferred to a different SEM and alternative EDS system
- Lower cost of ownership - no need for liquid nitrogen and the associated health and safety requirements
- Flexible and easy to use - just switch on when required
- No need for new training as the familiar EDS electronic system and software will be retained
- Robust and reliable technology - with over 1000 e2v SiriusSD detectors in the field today, it’s a product that you can trust
- Installed and supported by knowledgeable engineers
e2v SiriusSD-U upgrade detector typical specificationsModel | Sensor Area | Window | Typical P/B | Resolution eV (Mn/C) |
SiriusSD-U10133
SiriusSD-U10128 | 10mm² | UTW Light Element or 8µm Be | >10k | 133 / 65
128 / 52 |
SiriusSD-U30133 | 30mm² | UTW Light Element or 8µm Be | 8-10k | 133 / 68 |
Please click
here to download the SiriusSD® silicon drift detector upgrades for microanalysis systems brochure.
Please use this
link to contact us about the upgrade kit, indicating which EDS system you currently use.