Abstract
We report the creation and investigation of a mobile, highly stable laser system based on diode pumping an Nd:YAG-laser. The active element of the laser was made of a crystal with an increased concentration of neodymium (1.3%). The intracavity frequency was doubled by using KTP. Short-term stability was provided by locking the laser frequency to the external reference interferometer through the use of an FM sideband technique. Phase modulation was performed by an electro-optical modulator.
© 1995 Optical Society of America
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