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Theoretical Study of Dual-wavelength PPKTP-OPO as a Source of DFG THz-wave

机译:双波长PPKTP-OPO作为DFG太赫兹波源的理论研究

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In this paper, we theoretically investigate the dual-wavelength periodically poled KTP optical parametric oscillator (PPKTP-OPO) operating near degeneracy. According to calculation, the dual-wavelength operation can be achieved by quasi-phase matching with a periodically poled structure. The tunable property of the grating period of the PPKTP crystal with temperature tuning determines that, quasi-CW or continuous tunable THz-wave generation can be achieved by difference frequency generation using a dual-wavelength PPKTP-OPO. Compared with a bulk KTP-OPO operating near degeneracy in theory, the gain property of PPKTP OPO is in better performance, contributing to a higher output power of THz generation.
机译:在本文中,我们从理论上研究了在简并附近工作的双波长周期性极化KTP光学参量振荡器(PPKTP-OPO)。根据计算,可以通过具有周期性极化结构的准相位匹配来实现双波长操作。 PPKTP晶体的光栅周期随温度调节的可调特性决定了通过使用双波长PPKTP-OPO产生差频可以实现准CW或连续可调THz波的产生。与理论上接近简并的KTP-OPO相比,PPKTP OPO的增益特性具有更好的性能,有助于产生更高的太赫兹输出功率。

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