A novel optic bridge compensation technique using polarization splitting prism is presented in paper.
介绍了一种使用偏振分光棱镜的新型光桥式补偿技术。
The polarization splitting prism is composed of a pair of high precision prisms glued together, wherein a prism hypotenuse is plated on the PBS medium film.
偏振分光棱镜是由一对高精度棱镜胶合在一起，其中一个棱镜的斜边是在PBS介质镀膜。
A novel optic bridge compensation technique using a polarization splitting prism is introduced, and the errors caused by the changes of prism's extinction ratio are studied.
介绍了一种使用偏振分光棱镜的新型光桥式补偿技术，并对因棱镜消光比变化导致的误差进行了研究。
All these show that the prism has both the advantage of symmetrically beam-splitting and good polarization properties.
结果表明，该类棱镜既具对称分束特点，又具良好的偏光性能。
Furthermore, using this kind of structure, we can reduce the thickness of polarization beam splitting prism, and enlarge the applied area.
另外，这种新型的多入射方向的分光棱镜的结构可以有效的降低偏振分光棱镜的厚度，扩大偏振分光棱镜的适用范围。
The result shows that this kind of prism not only can realize the beam "s symmetric splitting, but has good polarization performance."
结果表明，这种设计不但能实现光束的对称分束，而且还具有良好的偏光性能。
The result shows that this kind of prism not only can realize the beam "s symmetric splitting, but has good polarization performance."
结果表明，这种设计不但能实现光束的对称分束，而且还具有良好的偏光性能。
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