FIELD: measuring technology.
SUBSTANCE: invention refers to measuring technology, namely to metres of the optical radiation power and can be used particularly for metering the optical power of fibre-optical medical laser facilities. Said device comprises a parallelepiped-shaped scatterer that is made of a fluoroplastic material, at least one photodetector located on the surface of the scatterer so that when using various optical fibre probe tips the incoming optical radiation levels are closest at the equal optical power, a sensing unit that accommodates a signal recorder connected to the photodetector. In the scatterer, there is a blind cavity to position the tip of said optical fibre probe.
EFFECT: invention allows extending functionality of the device due to possibility to measure the optical radiation power in output of the optical fibre probe with various tips without additional reconfiguration of the device, and design simplification of the device.
13 cl, 1 dwg
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