The micro scanning mirror with lateral out-of-plane comb drives is on its way to volume fabrication. This article reviews the development and highlights the most important activities and decisions that are representative for many MEMS devices that are supposed to go the same way. Careful analysis of the product requirements, design for reliability, design for testability, design for packaging, a mature process, and automated testing preferably on wafer-level have been identified as keys to volume fabrication of MEMS
A 4 mm by 5 mm, magnetically actuated scanning MEMS mirror is fabricated by integration of bulk sili...
Use of Micro Scanning Mirror Technology offers several advantages like high frequency scanning and e...
This paper introduces the development of a new MEMS-based optical mirror, which performs optical sca...
New MEMS device are perpetually being proposed and concepts are approved by means of demonstrator de...
This paper presents the working principle, design, and fabrication of a silicon-based scanning micro...
MEMS (micro electro-mechanical systems) are often expected to take a development as microelectronics...
MEMS scanning mirrors are a key part of miniaturized laser based display systems. Due to their small...
Packaging of MEMS is an important expense factor within the production costs and, to ensure mass pro...
Micro scanning mirrors are quite versatile MEMS devices for the deflection of a laser beam or a shap...
MEMS mirrors can steer, modulate and switch light, as well as control the wavefront for focusing or ...
This paper describes the design, fabrication, and characterization of the first MEMS scanning mirror...
Based on microelectronic mechanical system (MEMS) processing, a large-size 2-D scanning mirror (6.5 ...
Hermetic wafer level packaging of optical MEMS scanning mirrors is essential for mass-market applica...
Micro scanning mirrors play an important role in various optical applications for highly miniaturize...
A 4 mm by 5 mm, magnetically actuated scanning MEMS mirror is fabricated by integration of bulk sili...
A 4 mm by 5 mm, magnetically actuated scanning MEMS mirror is fabricated by integration of bulk sili...
Use of Micro Scanning Mirror Technology offers several advantages like high frequency scanning and e...
This paper introduces the development of a new MEMS-based optical mirror, which performs optical sca...
New MEMS device are perpetually being proposed and concepts are approved by means of demonstrator de...
This paper presents the working principle, design, and fabrication of a silicon-based scanning micro...
MEMS (micro electro-mechanical systems) are often expected to take a development as microelectronics...
MEMS scanning mirrors are a key part of miniaturized laser based display systems. Due to their small...
Packaging of MEMS is an important expense factor within the production costs and, to ensure mass pro...
Micro scanning mirrors are quite versatile MEMS devices for the deflection of a laser beam or a shap...
MEMS mirrors can steer, modulate and switch light, as well as control the wavefront for focusing or ...
This paper describes the design, fabrication, and characterization of the first MEMS scanning mirror...
Based on microelectronic mechanical system (MEMS) processing, a large-size 2-D scanning mirror (6.5 ...
Hermetic wafer level packaging of optical MEMS scanning mirrors is essential for mass-market applica...
Micro scanning mirrors play an important role in various optical applications for highly miniaturize...
A 4 mm by 5 mm, magnetically actuated scanning MEMS mirror is fabricated by integration of bulk sili...
A 4 mm by 5 mm, magnetically actuated scanning MEMS mirror is fabricated by integration of bulk sili...
Use of Micro Scanning Mirror Technology offers several advantages like high frequency scanning and e...
This paper introduces the development of a new MEMS-based optical mirror, which performs optical sca...