TDI mode based on interline CCD matrix
G. A. Scherbina 1,2
1
Moscow
Institute of Physics and Technology (State University)
2
RIC
«LEPTON»
The paper is received on June 25, 2014
Abstract:
In this paper we study the possibility of creating a multifunctional
optoelectronic system capable of performing both Earth surface observation and
space objects survey. It is shown that an optoelectronic camera using an interline
CCD matrix can act as such system. A description of the interline CCD matrix
operating procedure in time delay and integration (TDI) mode is given. Measurement
result data is provided for main energy and modulation transfer characteristics
of the implementation of TDI mode interline CCD.
Key words: interline CCD matrix, time delay and integration mode, Earth remote
sensing.