Abstract

Recent developments in ruggedized high-performance multiplier phototubes are described for the uv and visible. The spectral radiant responses of photocathodes with peak quantum efficiencies up to 30% and higher are detailed over the applicable spectral regions. Photoemissive surfaces with two types of spectral responses are included: (a) spectrally selective cathodes of the extreme solar-blind type for the far uv, and (b) cathodes with broad-band sensitivity over wide spectral ranges. The characteristics of dark current (dc and pulse counting), current amplification, equivalent noise input, and environmental conditions are reviewed for the various new tube types covered.

© 1966 Optical Society of America

The Quadrant Multiplier Phototube, a New Star-Tracker Sensor

Martin Rome, H. G. Fleck, and D. C. Hines
Appl. Opt. 3(6) 691-695 (1964)

Threshold Sensitivity and Noise Ratings of Multiplier Phototubes

E. H. Eberhardt
Appl. Opt. 6(2) 251-255 (1967)

Irradiance Linearity Corrections for Multiplier Phototubes

D. J. Baker and C. L. Wyatt
Appl. Opt. 3(1) 89-91 (1964)

Changes in Spectral Sensitivity of Multiplier Phototubes Resulting from Changes in Temperature

Almerian R. Boileau and Floyd D. Miller
Appl. Opt. 6(7) 1179-1182 (1967)

Spectrally Selective Photodetectors for the Middle and Vacuum Ultraviolet

Lawrence Dunkelman, Walter B. Fowler, and John Hennes
Appl. Opt. 1(6) 695-700 (1962)