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The response of silicon drift detectors (SDDs), which were mounted togetherwith their preamplifiers inside a vacuum chamber, was studied in a temperaturerange from 100 K to 200 K. In particular, the energy resolution could bestabilized to about 150 eV at 6 keV between 130 K and 200 K, while the timeresolution shows a temperature dependence of T^3 in this temperature range. Tokeep a variation of the X-ray peak positions within 1 eV, it is necessary tooperate the preamplifier within a stability of 1 K around 280 K. A detailedinvestigation of this temperature influences on SDDs and preamplifiers ispresented.

Temperature dependencies of the energy and time resolution of silicon drift detectors