X-Ray Applications

SDD using the proprietary PIPS^® technology is a spectroscopy sub-system sensitive to X rays and low-energy gamma rays. It comprises a hermetically sealed silicon drift detector (SDD) element with a low noise FET assembly and a Peltier cooler.

SDD using the proprietary PIPS^® technology is a spectroscopy sub-system sensitive to X rays and low-energy gamma rays.

The X-PIPS Detector is a spectroscopy sub-system sensitive to X-rays and low-energy gamma rays. It comprises a hermetically sealed silicon drift detector (SDD) element with a low noise CMOS reset type preamplifier and Peltier cooler.

The X-PIPS Detector is a spectroscopy sub-system sensitive to X-rays and low-energy gamma rays.

The X-PIPS Detector is a spectroscopy sub-system sensitive to X-rays and low-energy gamma rays. It comprises a hermetically sealed silicon drift detector (SDD) element with a low noise FET assembly and Peltier cooler.

Comprises a hermetically sealed silicon drift detector (SDD) element with a low noise FET assembly and Peltier cooler, a reset type preamplifier, a HV bias supply, and a temperature controller.

Comprises a hermetically sealed silicon drift detector (SDD) element with a low noise FET assembly and Peltier cooler, a reset type preamplifier, a HV bias supply, and a temperature controller.

The X-PIPS Detector is a spectroscopy sub-system sensitive to X-rays and low-energy gamma rays. It comprises a hermetically sealed silicon drift detector (SDD) element with a low noise CMOS reset type preamplifier and Peltier cooler.

The high performance SDD combined with a CMOS preamplifier provides a very fast, low noise response, which results in extremely good energy resolution with fast peaking times.