| 摘要 |
In a laser (12, 18) with a laser resonator (13), the laser resonator (13) comprises a non-linear optical loop mirror (1, 1′), NOLM, which is adapted to guide counter-propagating portions of laser pulses, and to bring the counter-propagating portions of laser pulses into interference with each other at an exit point (4) of the NOLM (1, 1′). The invention is non-linear optical loop mirror (1, 1′) comprises a non-reciprocal optical element (7, 7′) on a linear section of the NOLM. In addition to the NOLM, the laser resonator (13) comprises a linear cavity section. The linear section of the NOLM and the linear cavity section (19) a reassembled on a microoptical bench (112) or within a cylindrical carrier (112). |
| 主权项 |
1. Laser (12,18, 110) with a laser resonator (13), the laser resonator (13) comprising a non-linear optical loop mirror (1, 1′), NOLM, which is adapted to guide counter-propagating portions of laser pulses, and to bring the counter-propagating portions of laser pulses into interference with each other at an exit point (4) of the NOLM (1, 1′),
wherein the non-linear optical loop mirror (1, 1′) comprises a non-reciprocal optical element (7, 7′), and wherein in addition to the NOLM (1, 1′), the laser resonator (13) comprises a linear cavity section (19), wherein optical components of the linear cavity section (19) of the laser resonator (13) are provided in the form of microoptical elements and are either assembled within a common, cylindrical carrier, or are assembled on a common micro-bench. |
