节点文献
32×32微镜阵列的ANSYS模拟和制造工艺研究
ANSYS simulation and fabrication of 32×32 micromirror array
【摘要】 基于ANSYS软件模拟设计了单元镜面面积为60×60μm2的32×32元微反射镜阵列,其工作频率可达到30KHz,最大扫描偏转角度为±10°,响应时间少于30μs。同时提出了一种基于表面薄膜工艺的加工方法,成功制作了该32×32元的微镜阵列,并进行了初步测试。
【Abstract】 Based on a finite moment simulation with ANSYS software,a 32×32 micromirror array with pixel area of 60×60μm~2 was designed.The simulation has shown that the work frequency of micromirror array is reached to 30KHz,and the maximum deflection angle is±10°,while the response time can be less than 30 μs.A surface-micromachined process has been experimentally established and the micromirror array was successfully fabricated.An initial result for deflection angle measurement is given.
【关键词】 微镜阵列;
ANSYS模拟;
化学镀;
表面工艺;
【Key words】 micromirror array; ANSYS simulation; chemical plating; surface micromachining;
【Key words】 micromirror array; ANSYS simulation; chemical plating; surface micromachining;
【基金】 国防预研基金(51401010104JW05)
- 【文献出处】 激光杂志 ,Laser Journal , 编辑部邮箱 ,2006年06期
- 【分类号】TN42
- 【被引频次】2
- 【下载频次】168