A5L3.3-5000 Datasheet | Mirrorcle

PRELIMINARY PRELIMINARY Dual-Axis Quasi-static MEMS Mirror Datasheet A5L3.3-5000(AL/AU) GENERAL OVERVIEW Mirrorcle Technologies Gimbal-Less Dual-Axis Quasi-static MEMS Mirrors are based on proprietary design and fabrication technology. They provide fast optical beam steering across two axes, while requiring ultra-low power. The mirrors deflect laser beams or images to optical scanning angles of up to ±16° on each axis. pared to large-scale galvanometer-based optical scanners, these devices require several orders of magnitude less driving power: continuous operation of the electro-static actuators that drive the mirror tip-tilt rotation dissipates less than 1m W of power. Mirrorcle Technologies MEMS Mirrors are made entirely of monolithic Single-Crystal Silicon (SCS), resulting in excellent repeatability and reliability. Flat, smooth mirror surfaces are coated with a thin film of metal with high broadband reflectance. Features  Dual-Axis Gimbal-less MEMS Mirror  5.0mm diameter round mirror (clear aperture)  Optically flat, Aluminum or Gold coated  ±2.5° Mechanical Tip-Tilt Rotation on Two Axes  Electro-static Actuation  Ultra-low power consumption  Highest Point-to-Point Precision  High robustness and reliability  Wide operating temperature range  Window options for visible and IR wavelengths Applications  Lidar / 3D Sensing  Biomedical Microscopy and Imaging  Free-space optical munication (FSOC)  Laser Marking  Dynamic Solid-State Lighting (Laser-phosphor) MODULAR DESIGN Mirrorcle actuators lend themselves inherently to a modular design approach. Each actuator can utilize electrostatic rotators of arbitrary length, arbitrarily stiff linkages, and arbitrarily positioned mechanical rotation transformers. In addition, the device can have an arbitrarily large mirror diameter. This modularity easily allows the devices to be customized for any application requirement. Due to this design flexibility and a wide variety of applications that require...