Electro-Optical System Design for Information Processing

Fülszöveg

Electronics Optical Engineering
Current and comprehensive a top-notch systems-oriented guide to optimum eiectro-opticai design
ELECTFJD-OPnCAL SYSTEM DESIGN
Distinguished by its '^tems-oriented ópproacK to eiectro-opticai design, Ciair Wyott's Radiometric System Design (1987) was highly regarded in the engineering community. Now tuiiy revised, expanded, and retitied to reflect the latest advances in eiectro-opticai engineering, here is the newest version of this respected text.
The boolc is divided into two main parts. Part I begins by defining a generalized electro-optical system, the subsystems of which can be varied to realize a variety of important applications. These include remote sensing applications (such as guidance and tracking systems, laboratory spectroscopy, and earth resource monitoring) and point-to-point communication applications (such as fiber optic and laser communication systems). Topics covered in this section Include the radiometric performance equation,... Tovább

Fülszöveg

Electronics Optical Engineering
Current and comprehensive a top-notch systems-oriented guide to optimum eiectro-opticai design
ELECTFJD-OPnCAL SYSTEM DESIGN
Distinguished by its '^tems-oriented ópproacK to eiectro-opticai design, Ciair Wyott's Radiometric System Design (1987) was highly regarded in the engineering community. Now tuiiy revised, expanded, and retitied to reflect the latest advances in eiectro-opticai engineering, here is the newest version of this respected text.
The boolc is divided into two main parts. Part I begins by defining a generalized electro-optical system, the subsystems of which can be varied to realize a variety of important applications. These include remote sensing applications (such as guidance and tracking systems, laboratory spectroscopy, and earth resource monitoring) and point-to-point communication applications (such as fiber optic and laser communication systems). Topics covered in this section Include the radiometric performance equation, the detection of jadiant flux, and signal conditioning electronics. P' Part II gives detailed design consideration to the major subsystems Introduced in Part I. Topics addressed here include: photon noise limited detectors, low-noise preamplifier detector couplings, imaging systems, and an ail-new chapter on blocked impurity band (BIB) detectors.
About the Author
Clair L. Wyatt Is professor of electrical engineering and senior research engineer at the Space Dynamics Laboratory at Utah State University.
Series Design: RL.K. Graphics Inc.
MrCraw.Hill. Inc.
978007072184590000 Vissza