Two microstructuring processes are described in the paper: A high performance RIE process (STS Advanced Silicon Etch), which is in many cases a benefical replacement for conventional, anisotropic silicon etch techniques. Furthermore a technology using porous silicon as sacrificial layer in a surface micromachining process. Porous silicon has some favourable properties, compared to other sacrificial layers as layer thickness up to 100mu m. The capabilities of these processes are illustrated by several of MEMS applications carried out at the Fraunhofer Institute for Solid State Technology
Abstract—Electrochemically formed porous silicon (PS) can be released from the bulk silicon substrat...
The silicon-based MEMS fabrication technology, including bulk micromachining and sacrificial layers ...
[[abstract]]Anisotropic wet etching is one of the key technologys for the microstructure fabrication...
Porous silicon is emerging in micromachining technology as an excellent material for use as a sacrif...
AbstractThis paper studies on micro fabrication methods for MEMS. Silicon micromachining has been a ...
This paper suggests a new fabrication method for surface micromachining based on porous silicon form...
72 p.Porous silicon is quickly becoming an increasingly important and versatile electronic material ...
72 p.Porous silicon is quickly becoming an increasingly important and versatile electronic material ...
Using porous silicon as a sacrificial layer a surface micromachining (SMM) process with a large dist...
Porous silicon produced by electrochemical etching of silicon has become one of the most popular mat...
In this chapter, silicon electrochemical micromachining (ECM) technology is reviewed with particular...
In this chapter, silicon electrochemical micromachining (ECM) technology is reviewed with particular...
In this chapter, silicon electrochemical micromachining (ECM) technology is reviewed with particular...
In this chapter, silicon electrochemical micromachining (ECM) technology is reviewed with particular...
This chapter explores the micromachining of fluidic structures in silicon, and presents several exam...
Abstract—Electrochemically formed porous silicon (PS) can be released from the bulk silicon substrat...
The silicon-based MEMS fabrication technology, including bulk micromachining and sacrificial layers ...
[[abstract]]Anisotropic wet etching is one of the key technologys for the microstructure fabrication...
Porous silicon is emerging in micromachining technology as an excellent material for use as a sacrif...
AbstractThis paper studies on micro fabrication methods for MEMS. Silicon micromachining has been a ...
This paper suggests a new fabrication method for surface micromachining based on porous silicon form...
72 p.Porous silicon is quickly becoming an increasingly important and versatile electronic material ...
72 p.Porous silicon is quickly becoming an increasingly important and versatile electronic material ...
Using porous silicon as a sacrificial layer a surface micromachining (SMM) process with a large dist...
Porous silicon produced by electrochemical etching of silicon has become one of the most popular mat...
In this chapter, silicon electrochemical micromachining (ECM) technology is reviewed with particular...
In this chapter, silicon electrochemical micromachining (ECM) technology is reviewed with particular...
In this chapter, silicon electrochemical micromachining (ECM) technology is reviewed with particular...
In this chapter, silicon electrochemical micromachining (ECM) technology is reviewed with particular...
This chapter explores the micromachining of fluidic structures in silicon, and presents several exam...
Abstract—Electrochemically formed porous silicon (PS) can be released from the bulk silicon substrat...
The silicon-based MEMS fabrication technology, including bulk micromachining and sacrificial layers ...
[[abstract]]Anisotropic wet etching is one of the key technologys for the microstructure fabrication...