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- #Layouteditor drawing software
The device is built up in a series of thin layers deposited on top of each other.
The microfabrication technologies used for IC and MEMS fabrication use planar fabrication techniques which create features (or “patterns”) in two dimensions in a thin layer of material. Some wellknown MEMS devices are the accelerometers used for activating automobile airbags, or the array of millions of tiny mirrors used in some projectors and televisions (the Texas Instruments DMDtm).
Microfabrication techniques can also be used to make micro-electro-mechanical systems (MEMS), also called microsystems (MST), which are mechanical devices with micron-scale dimensions. It is the technology that is used to make integrated circuits (IC), such as a typical computer microprocessor, which contains millions of individual transistors fabricated in a space the size of your fingernail. The term “microfabrication” refers to techniques that can simultaneously fabricate large numbers of devices with dimensions on the micron (10-6 m) scale. Source code int main () is source code or command line entries.Ī hyperlink Hyperlinks to other documents are blue.Īn explanation of layout begins with microfabrication. Several text styles are used to indicate different things in this document.Ī menu item File/Save is the Save command on the File menu.Ī keyboard key is the Control key on the keyboard. Since then, he has continued to develop the LayoutEditor independent of any company or institution. In 2004 he began the programing of the LayoutEditor in his private time. Since 1998 he has been working on thin film technology in an industrial company. From 1995–1998 he did research in the subject of microtechnology at the Leibniz University of Hannover. degrees in Electrical Engineering from the University of Dortmund in 1995. Jürgen Thies (layout at juergenthies dot de) has been working in IC and MEMS research since 1995.
#Layouteditor drawing portable
His research interests include MEMS material property measurements, microscale and portable power systems, and micromechanical resonators. He is currently a Research Specialist affiliated with the Berkeley Micromechanical Analysis and Design group and the Berkeley Sensor and Actuator Center at the University of California at Berkeley. in Mechanical Engineering from Stanford University in 2007. degree from the Engineering Department, Cambridge University, in 2002, and the Ph.D. in Computer Engineering from The George Washington University, in 1998, the M.Phil. Hopcroft (hopcroft at mems dot stanford dot edu) has been working in IC and MEMS research since 1998. Some explanation of basic layout concepts is given in Chapter 1, but this tutorial is not a complete introduction to the topic of IC or MEMS design. LayoutEditor already includes extensive HTML-based documentation which is sufficient for an experienced designer who is learning a new tool. This document is a beginners tutorial that is intended to help a first-time user get started using LayoutEditor.
#Layouteditor drawing mac os
Furthermore, LayoutEditor is the only such tool that can be used on all three major operating systems (Linux, Mac OS X, and Windows). Comparable commercial products, such as L-Edit or Cadence Virtuoso, typically cost $1000’s per user. Development began in 2004, and after three years, it has acheived an outstanding level of capability and features that make it suitable for everyday use with small to medium size projects.
#Layouteditor drawing software
The software was created by J˝urgen Thies (jurgenthies at juergenthies dot de) and is an open-source project, distributed under the General Public License (GPL). LayoutEditor is a software tool for creating designs for microfabrication, such as integrated circuits (IC) and micro-electro-mechanical systems (MEMS).
#Layouteditor drawing driver
On the cover: layout for a CMOS dual seven-segment LED driver designed by the author, displayed in LayoutEditor.
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