Internet dynamic responsing detecting device for satellite carried super-soft X rays-radiation measuring means

The utility model relates to an internet dynamic responding checkout gear for a satellite-borne super-soft X-ray detector, which adopts an isotope radioactive source to carry out detection on detecting instruments. The outer part of a probe of a detecting instrument is provided with a sealed chamber which is communicated with the probe. After the sealed chamber is vacuated, working gases are charged into the sealed chamber, and an isotope radioactive source irradiates outside a window. The operating status of the detecting instrument is affirmed based on the pulse signals of an oscillograph. The utility model overcomes the deficiencies of time consuming, labor consuming, high power consumption and high danger of the prior art. In the meanwhile the utility model accomplishes the performance test assignment of a detecting instrument, the power consumption, the testing time and the labor intensity of working personnel are greatly reduced.