Abstract
A narrow-band, precisely tunable dye laser pumped by an injection-seeded YAG
laser is described. The laser achieves an output of 100 mJ/pulse and 40%
efficiency when one uses Rhodamine 6G dyes. The output pulse is Gaussian both in
time and spatial profile. The laser oscillator employs an intracavity étalon
that is repetitively pressure scanned over one free spectral range while the
grating successively steps to consecutive étalon modes. We pressure scanned the
étalon under computer control using a bellows. Methods are described for
calibrating the tuning elements for absolute precision. We demonstrated that the
laser has an absolute precision of ±0.4 pm over a 1.0-nm scan. This accuracy is
achievable over the wavelength range of a dye.
© 1996 Optical Society of America
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