Title :
Wide-range temperature compensation by addition of two crystal-resonator frequencies: application to quartz and LiTaO3
Author_Institution :
Swiss Federal Institute of Technology ETH Zentrum, Section of Industrial Research (AFIF), Institute of Applied Physics, Zÿrich, Switzerland
Abstract :
A novel approach to the problem of temperature compensation for crystal oscillators is described with applications to medium- and low-frequency resonators.
Keywords :
crystal resonators; frequency control; lithium compounds; quartz; LiTaO3; crystal oscillators; crystal resonators; frequency control; lithium compounds; quartz; temperature compensation;
Journal_Title :
Electronics Letters
DOI :
10.1049/el:19720462
