The invention relates to medicine, namely to the analyzer for studies of human sensory sensitivity, designed to assess and quantify the vibration thresholds, temperature and pain sensitivity of the temperature, to carry out diagnostic studies of the functional state of sensory nerve fibers. The technical result of the claimed solution is the high accuracy of the diagnosis of neuropathy of any origin and reliability of the device. Also, the technical result is a high precision and high speed of temperature effects, the formation of high-precision adaptive temperature, the possibility of formation of impact in two modes (continuous or pulsed), the ability to study pain temperature sensitivity, providing an expanded range of frequencies of vibration impact (from 8 Hz to 500 Hz ), to ensure the identity of the level of vibration impact on the object of study, regardless of the contact pressure-sensitive elements It is the module of the vibration exposure to the object of study. The claimed technical result is achieved through the use of the analyzer design for sensor sensitivity studies containing module of the electronic unit, a personal computer module, power module, thermal exposure unit vibration influence and response module under test, the module of the electronic effects associated with the module temperature exposure module impact and vibration response of the test module, the module of the electronic unit comprises a fashion l thermal stimulator module vibratory stimulator and connected thereto a secondary power source, wherein the thermal stimulator unit is configured as a CPU and termostimulyatora whose output is connected to the module temperature impact and vibratory stimulator unit is configured as a CPU and Vibrostimulators whose output module coupled to the vibratory impact response test module associated with the central processing unit and the temperature stimulator module vibrating stimulator, respectively.
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