Amptek offers a complete line of OEM detectors, preamplifiers, digital processors, and power supplies, and can work with you to help develop custom solutions unique to your needs. We provide established and emerging OEM customers a fast track to the market with our modular systems that will meet current needs, while being flexible enough to adapt to your product roadmap. The below options are typical configurations. Please contact us for custom solutions.
We supply a software developer’s kit (SDK) for our digital processors, allowing easy integration into your system.
1. Detector Selection: Please review the Amptek Detector Selection Guide. This will guide you through the detector selection process which discusses performance and cost trade-offs.
2. System Configuration: Depending on your company’s hardware and software capabilities for XRF systems, and the analytical needs of your target customer base, there are several choices available for detectors and electronics. Options 1 and 2 below are fairly easy to implement, as they are complete systems which include a detector, preamplifier, digital processor and power supply. Options 3, 4, 5 and 6 are listed in order of increasing difficulty for implementation, and are recommended for organizations with XRF experts who can provide both hardware and software support.
OEM Options for Detectors and Electronics used for XRF
This will vary based upon the type of instrument you are developing and your target market(s). At a minimum, you should expect to develop or source the following:
The X-123, X-123SDD and X-123CdTe are the best complete systems for OEM applications where fast market entry through reduced development time is important. The units are completely packaged and only require a +5VDC power supply and either USB or RS-232 connection to a computer. The X-123 platform represents the culmination of years of electronics and X-ray detector development at Amptek. Our focus has always been to create small, low power, high performance instruments while keeping them simple to operate. The X-123 exemplifies this philosophy by providing in a single package the XR-100CR X-Ray Detector and its Charge Sensitive Preamplifier; the DP5 Digital Pulse Processor with pulse shaper, MCA, and interface; and the PC5 Power Supply.
Figure 1b. The X-123 and the Mini-X x-ray tube together with a handheld PDA.
Amptek provides a Window CE/Pocket PC API interface for custom integration.
NOTE: Amptek does not supply PDA devices.
Figure 1c. The X-123SDD and the Mini-X x-ray tube in typical XRF configuration.
The AXR detector, PA-230 preamp and DP5/PC5 shown here is equivalent to the X-123 without any enclosures or packaging. You will need to assemble the system and address heat-sinking for the detector as well as custom enclosures for the AXR detector, preamp and DP5/PC5 in order to avoid electronic interference.
Figure 4. Detector and PA-230 preamplifier with the DP5/PC5 stacked together. They are connected by a flexible cable which carries both together with the PA-230 Individual components of the complete OEM solution.
Figure 10. Complete OEM system for XRF. Includes detector, preamplifier, digital processor, power supplies, x-ray tube, and hand-held PDA for display and control. Amptek provides a full API interface for Windows CE/Pocket PC devices.
NOTE: Amptek does not supply PDA devices.
The XR-100 as a stand-alone product is for experts only. It contains the detector (Si-PIN, SDD or CdTe), and preamplifier. You will need to provide several external power supplies, a shaping amplifier and MCA or digital pulse processor, and communication with the host computer.
Figure 12. XR100 box alone. Includes only the detector and preamplifier.
The AXR/PA-210 or AXR/PA-230 alone, is for experts in the field. Any Amptek detector can be used (Si-PIN, SDD, or CdTe). There are many options for this configuration as can be seen in the pictures below. The you will either need to provide custom heat-sinking and a custom enclosure for the AXR/PA-210 or AXR/PA-230, or order the housings shown below. Additionally, the you will need to provide several external power supplies, a shaping amplifier and MCA, or digital processor, and communication with the host computer.
Figure 14. PA-210 Housing. The PA-210 can be ordered with a housing that completely shields the detector and preamplifier and provides heat-sinking and mounting holes. This optional housing saves the OEM the design time of fabricating a custom enclosure.
Figure 15. PA-230 flexible preamplifier with detector and heat-sink.
Figure 16. PA-230 Housing. The PA-230 can be ordered with a housing that completely shields the detector and preamplifier and provides heat-sinking and mounting holes. This optional housing saves the OEM the design time of fabricating a custom enclosure.
Figure 17. AXR detector on an extender (top) and no extender (bottom) with the PA-230 and right angle housing.
Figure 18. AXR detector on a 1.5 inch extender shown with the PA-210 (top) and PA-230 (bottom) preamplifiers.
This option is the same as the X-123 except the detector/preamplifier have been removed from the electronics box and connected with a flexible cable. Provided in order to operate the detector remotely from its electronics box. Any Amptek detector can be used including Si-PIN, SDD, or CdTe.
Figure 20. X-123 Option 6 with 1.5 inch extender.
Figure 21. X-123 Option 6 for vacuum applications.
Figure 22. Quad Configuration of SDDs with PA230 preamplifiers for vacuum applications. To complete the system four X-123 SDDs are required.
Specifications subject to change without notice.