Share Email Print
cover

Proceedings of SPIE Volume 0203

Recent Advances in TV Sensors and Systems
Editor(s): Charles Freeman
Format Member Price Non-Member Price
Softcover $105.00 * $105.00 *

*Available as a photocopy reprint only. Allow two weeks reprinting time plus standard delivery time. No discounts or returns apply.


Volume Details

Volume Number: 0203
Date Published: 12 December 1979
Softcover: 23 papers (186) pages
ISBN: 9780892522316

Table of Contents
show all abstracts | hide all abstracts
Performance In A Small Package: The New General Electric (GE) FPS Vidicons
Author(s): J. K. Fisher; B. H. Vine
Show Abstract
Large-Format Ebsicon For Low-Light-Level Satellite Surveillance
Author(s): Robert Weber
Show Abstract
Space Telescope Digicon
Author(s): H. R. Alting-Mees; H. A. Wenzel; E. A. Beaver; J. L. Shannon
Show Abstract
High-Resolution Intensified Vidicon For Low Light Level Applications
Author(s): R.Joseph Malanoski
Show Abstract
New Small Format Pyroelectric Vidicon System
Author(s): R. Kurczewski; N. V. Rao; E. H. Stupp
Show Abstract
Testing Of Space Telescope 512-Channel Digicon
Author(s): R. O. Ginaven; J. P. Choisser; L. Acton; W. Wysoczanski; W. Hartung; E. A. Beaver
Show Abstract
Advanced Charge-Coupled Device (CCD) Line Imaging Devices
Author(s): David D. Wen
Show Abstract
Analog Image Storage Using Charge-Coupled Devices
Author(s): A. R oberts; I. Hirschberg; D . Wen
Show Abstract
Design and performance of a charge-coupled device (CCD)-streak tube
Author(s): E. D. Savoye; R. W. Engstrom; H S . Zimmerman
Show Abstract
Noise In Charge Injection Device (CID) Image Sensors
Author(s): G. J. Michon; H. K. Burke; T. L. Vocielsong; K. Wang
Show Abstract
Proximity Focused Image Tube Intensified Charge Injection Device (CID) Camera For Low Light Level Television
Author(s): John J. Cuny; C. B. Johnson; Thomas F. Lynch
Show Abstract
Performance Characteristics Of A Producible NTSC-Compatible Charge-Coupled Device (CCD) Image Sensor
Author(s): Howard E. Murphy
Show Abstract
The Modular Charge-Coupled Device (CCD) Camera
Author(s): Jack M. Younse; John F. Breitzmann; Jack W. Freeman
800 x 800 Charge-Coupled Device (CCD) Camera For The Galileo Jupiter Orbiter Mission
Author(s): M. C. Clary; K. P. Klaasen; L. M. Snyder; P. K. Wang
Show Abstract
Integrated Infrared Detector Arrays For Low-Background Astronomy
Author(s): Craig R. McCreight
Show Abstract
Teal Amber Development And Field Demonstration Results
Author(s): C. R. Johnson; L. E. Dean; H. J. Strasler
Show Abstract
The Charge Injection Device (CID) As A Stellar Tracking Sensor
Author(s): H. K. Burke; D. M. Brown; A. Grafinger; G. J. Michon; H. W. Tomlinson; T. L. Vogelsong; R. Wilson
Show Abstract
Charge-Coupled Device (CCD) Trackers For High Accuracy Guidance Applications
Author(s): Phil M. Salomon
Show Abstract
Application Of Non-Silicon Schottky Barrier Charge-Coupled Devices (CCDs) For Star Trackers
Author(s): J. H. Pollard; J. J. Boyle
Show Abstract
GaAs MOS Structures
Author(s): Edward R. Blazejewski; William A. Gutierrez; Herbert L. Wilson; Edward M. Yee
Show Abstract
Performance Efficiency Of InSb Charge Injection Devices (CID)
Author(s): M. D. Gibbons; J. M. Swab; W. E. Davern; R. W. Aldrich
Show Abstract
Infrared Focal Plane Arrays For Planetary Missions
Author(s): John B. Wellman
Show Abstract
Monolithic InSb Imaging Arrays With Charge-Coupled Device (CCD) Readout
Author(s): W. E. Miller; H. D. Hendricks; R. D. Thom
Show Abstract

© SPIE. Terms of Use
Back to Top