Abstract
A method for automatically setting the cavity eigenfrequencies of a pulsed laser
to the emission frequency of a continuous single-frequency master oscillator has been
developed and investigated. The operating principle of the given system is explained,
and the results of a study of how it affects the characteristics of the radiation of a
pulsed laser are presented. The system described here can be used to stabilize the
process of single-frequency lasing of a pulsed laser with the injection of an external
signal and to reduce the jitter of the light pulses by a factor of 2 and the scatter of
their amplitude by a factor of more than 3.
© 2013 Optical Society of America
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