在Cs原子法拉第反常色散滤光器(FADOF)光反馈半导体稳频激光器的基础上,引入以微处理器为核心的数字补偿控制技术,对稳频半导体激光器的工作实行智能化控制,大大提高了原子稳频半导体激光器的稳定性、可靠性和抗干扰能力,使之更具有实用价值.

A microprocessor is employed to a Cs FADOF optically feedback stabilized diode laser to compensate for its frequency variations through the digital control technique. In this way, the frequency stabilized diode laser will run intelligently, and its frequency stability, reliability, and the ability against the disturbance are greatly improved, so that this stabilized diode laser can be more suitably used in the practical applications.