The photodetectors are intended for electronic registration of space and time allocation of interference fields in the region of their layout. The photodetectors of interference field are the new type of photodetectors, which do not interrupt an interference field from light beams in the region of their registration. The photodetectors are intended for operation in spectral band from ultra-violet up to infrared.

QUADRATURE PHOTODETECTOR
The interference - responsive quadrature photodetector is intended for reversionary registration of space and time allocation of an interference field, it has two, outputs. Area of usage - meters of moving, FT-spectrometers (Fourier-Transform), profilers.

SELECTIVE PHOTODETECTOR
The interference - responsive selective photodetector is intended for selective registration of space and time allocation of an interference field. Area of usage - meters of moving, FT-spectrometers, profilers, electronic record of the color holographic images.

THE PHOTOELECTRIC CELL
The interference - responsive photodetector on an outer photoemissive effect without the system of multiplying of photoelectrons is intended for electronic registration of space and time allocation of interference region in the field of their layout. Is intended for operation in interferometers with a basic wavefront set.

THE PHOTOELECTRIC MULTIPLYING TUBE
The interference - responsive photodetector on an outer photoemissive effect is intended for electronic registration of space and time allocation of interference fields in the region of their layout. It is intended for operation in interferometers. It has small angular sensitivity to orientation of the photodetector for the interference field for waves with plane wavefront. Intended for operation in interferometers with a basic wavefront set.

PHOTORESISTOR
The interference - responsive photodetector on PbS, is intended for electronic registration of space and time allocation of interference fields in the region of their layout. Will be used for operation in interferometers with a basic wavefront set.

More information: Photodetector interference field

Designed by: Kirensky Institute of Physics and Special Design Office "Science", Krasnoyarsk, Russia 660036.
N.P. Shestakov E-mail: [email protected]
A.A. Ivanenko
A.M. Sysoev
E-mail: [email protected]
Phone:+ (3912) 49-45-10
Fax: + (3912) 43-89-23