Developing software for automation of an electron-optical converters parameters final inspection
Developed software allows calculating signal to noise ratio, amplification factor, shading error, account of parallax purity of field of view, modulation transfer function. It appreciably decrease measurement time and allow to lower risk of errors appearance. With the help of this program were received, that the distance between parallel sides hexahedron is about 700 microns. Were measured average grid linewidth. Reduction of brightness by lines of a grid is 10-20 %. Has been received dependence of a line width of "grid" from photocathode intensity.