The FEU-143-1 spectrophotometric photomultiplier tube has a de-alkaline photocathode, a flat-faced borosilicate glass entrance window, electrostatic focusing of electrons, and a linear 12-diode multiplication system.

The PMT-175 photomultiplier tube has an antimony-potassium-octane photocathode and a 14-diode linear multiplication system.

The PMT-176 photomultiplier has a multi-alkaline photocathode of the S20 type, electrostatic focusing of electrons, a 12-dynode multiplication system.

The PMT-188 photomultiplier tube has a bilelite photocathode and a single-stage multiplication system with a dynode made in the form of a grid electrode with a grid frequency of 100 lines / mm.

The photoelectric multiplier of the PMT tetrode has a bilellose photocathode and a two-stage multiplication system.

Photosensitive two-section matrix device with charge transfer with a total number of pixels 768 × 580, with a volumetric n-channel transfer. FPPZ is cooled by means of the built-in thermoelectric cooler

Photosensitive two-section matrix device with charge transfer with a total number of pixels 768 × 580, with volumetric n-channel transfer, anti-blooming and electronic shutter. It has a built-in thermoelectric refrigerator

The device consists of a crystal matrix CRF with interline transfer on the basis of silicon, placed in a sealed metal-ceramic case with a glass input window. The photosensitive field of MFPP contains a matrix of pixels and charge-coupled vertical registers (CCD) for transferring charge from photodiodes to horizontal registers.

FPPZ has an accumulation section and a memory section. The memory section has a format of 1048 (G) × 1032 (V) pixels and control independent of the accumulation section. Resistance of FPPZ to IICP to the influence of factor 7.С with characteristics 7.С4 is not lower than 5.75 × 1Us.

FPPZ "Quad – T" is a matrix photosensitive device with personnel charge transfer, bulk n-channel, p-type substrate. It can be produced with thermopile and fiber-optic input