论文标题
凤凰和二元离子陷阱
Phoenix and Peregrine Ion Traps
论文作者
论文摘要
基于硅技术，凤凰和二元离子陷阱是微型表面电极离子陷阱。两者都是使用对称的6轨设计的线性陷阱，具有分割的内部控制电极和外部控制电极。这些陷阱是在Sandia的高光学访问（HOA）平台上制造的，以提供良好的光学访问，从而掠过陷阱表面。它们使用2.54毫米的音高包装在定制的陶瓷销或陆上网格阵列包装中。配体陷阱是一个表面陷阱，所有电极都在一个平面中。 Phoenix陷阱具有相同的布局，但是具有中央覆盖槽的插槽，其内部控制电极处于较低的金属水平。这两个陷阱都提供了测量底物温度并通过集成的铝和钨电线加热设备的方法。
The Phoenix and Peregrine ion traps are micro-fabricated surface-electrode ion traps based on silicon technology. Both are linear traps using a symmetric 6-rail design with segmented inner and outer control electrodes. The traps are fabricated on Sandia's High Optical Access (HOA) platform to provide good optical access skimming the trap surface. They are packaged in custom ceramic pin or land grid array packages using a 2.54 mm pitch. The Peregrine trap is a surface trap with all electrodes in one plane. The Phoenix trap has the same layout, but with a central through-substrate slot and its inner control electrodes are at a lower metal level. Both traps provide means to measure the substrate temperature and to heat the device by means of integrated aluminum and tungsten wires.
