All solid state optical cryocooler using intracavity optically pumped semiconductor lasers and a method of making the same

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	All solid state optical cryocooler using intracavity optically pumped semiconductor lasers and a method of making the same
其他题名	All solid state optical cryocooler using intracavity optically pumped semiconductor lasers and a method of making the same
	SHEIK-BAHAE, MANSOOR
	2014-05-13
专利权人	STC.UNM
公开日期	2014-05-13
授权国家	美国
专利类型	授权发明
摘要	A device and corresponding method for cooling electronics is disclosed. The device is an all-solid-state optical cryocooler and can include an optically pumped semiconductor laser (OPSL); a cavity configured to receive and control absorption of the optically pumped semiconductor laser, the cavity having a high reflection (HR) surface and an anti-reflection (AR) surface; and a doped crystal housed within the cavity, the doped crystal configured to cool in response to input of the optically pumped semiconductor laser. The method can include supplying an intracavity optically pumped semiconductor lasers to a doped crystal within a cavity; and configuring the cavity to include a high reflection (HR) surface and an anti-reflection (AR) surface, the HR surface and AR surface formed on or in connection with the doped crystal to increase pump light absorption at the crystal within the cavity.
其他摘要	公开了一种用于冷却电子器件的装置和相应方法。该器件是全固态光学低温冷却器，可包括光泵浦半导体激光器（OPSL）;空腔，被配置为接收和控制光泵浦半导体激光器的吸收，该空腔具有高反射（HR）表面和抗反射（AR）表面;并且，掺杂晶体容纳在腔内，掺杂晶体被配置为响应于光泵浦半导体激光器的输入而冷却。该方法可以包括将腔内光学泵浦半导体激光器提供给腔内的掺杂晶体;并且配置腔以包括高反射（HR）表面和抗反射（AR）表面，HR表面和AR表面形成在掺杂晶体上或与掺杂晶体连接，以增加腔内晶体处的泵浦光吸收。
授权日期	2014-05-13
申请日期	2011-01-05
专利号	US8720219
专利状态	授权
申请号	US12/984780
公开（公告）号	US8720219
IPC 分类号	F25D23/00 \| F25B21/00 \| H01S3/04
专利代理人	-
代理机构	MH2 TECHNOLOGY LAW GROUP, LLP
文献类型	专利
条目标识符	http://ir.opt.ac.cn/handle/181661/37492
专题	半导体激光器专利数据库
作者单位	STC.UNM
推荐引用方式 GB/T 7714	SHEIK-BAHAE, MANSOOR. All solid state optical cryocooler using intracavity optically pumped semiconductor lasers and a method of making the same. US8720219[P]. 2014-05-13.

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