Improving the temperature sensitivity of LCOS-based SLM

机译：提高基于LCOS的SLM温度敏感性

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摘要

Due to the big temperature sensitivity of WSS (Wavelength selectable switch) or phase application performance for LCOS (Liquid crystal on Silicon)-based SLM (Spatial Light Modulator), we target to limit the maximum temperature range of LCOS junction temperature. The experiment shows 35-55 C EO corves with little differences while 25 & 65 C deviates more. We have designed our aluminum case with proper cooling configuration for reliable use of SLM in phase applications.

机译：由于WSS（波长可选择开关）的较大温度敏感性或用于LCOS的相位应用性能（硅晶体）基于SLM（空间光调制器），我们靶向限制LCOS结温的最大温度范围。实验表明，35-55厘米的EO股，几乎没有差异，而25＆65℃偏离更多。我们设计了具有适当冷却结构的铝壳，可靠地使用SLM在相应用中。

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来源
《Optoelectronics Global Conference》|2015年||共3页
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作者
Ron Hsu; Sharon Lee; Gesse Dai; Wang David;
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正文语种
中图分类光电子技术、激光技术;
关键词
aluminium; cooling; liquid crystal on silicon; optical switches; spatial light modulators; thermo-optical devices; Al; EO curves; LCOS junction temperature; LCOS-based SLM; WSS; aluminum case; cooling configuration; liquid crystal on silicon-based spatial light modulator; phase application performance; temperature sensitivity; wavelength selectable switch; Cities and towns; Field programmable gate arrays; Junctions; Liquid crystal on silicon; Temperature distribution; Temperature measurement; Temperature sensors;

机译：铝;冷却;硅晶体;光开关;空间光调制器;热门光学器件;al;eo曲线;液晶连接温度;基于液晶的SLM;WSS;铝壳;冷却配置;硅酸盐基于硅晶体光调制器;相位应用性能;温度灵敏度;波长选择开关;城市和城镇;场可编程门阵列;连接;硅晶体;温度分布;温度测量;温度测量;温度测量;温度测量;温度测量;温度测量;温度测量;温度测量;

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Improving the temperature sensitivity of LCOS-based SLM

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