A MEMS Clearinghouse® and information portal
for the MEMS and Nanotechnology community
RegisterSign-In
MEMSnet Home About Us What is MEMS? Beginner's Guide Discussion Groups Advertise Here
News
MEMSnet Home: MEMS-Talk: No subject
No subject
1996-10-21
Guenter.Wippich@physik.tu-muenchen.de
1996-10-22
Raj Gupta
1996-12-12
Shekhar Bhansali
1996-03-06
Christopher Raum
1997-05-02
wenlin@mote.ME.berkeley.edu
1997-05-06
Babak Taheri
1997-07-04
Dr.Revati N.Kulkarni
1997-01-22
chao sun apph stnt
1997-07-25
wenlin@mote.ME.berkeley.edu
1997-11-25
Goh Hui Yong
1997-11-28
Joseph Cefai
1997-11-28
Joseph Cefai
No subject
wenlin@mote.ME.berkeley.edu
1997-07-25
Message-Id:   

Dear colleagues:

We have developed a method that can increase sensitivity of a
piezoresistive sensor by an order of magnitude without decreasing its
stiffness/natural-frequency for micro force sensors.  We are considering
 modifying the method and applying it in silicon pressure sensor and
accelerometer designs.  We would like to know if there are demands
for pressure and acceleration sensors with high sensitivity and
good dynamic response.  Or if it is worthwhile to start a project aiming
at increasing the sensitivity of piezoresistive pressure or acceleration
sensors.  Any related information are appreciated.  Thanks.

=====================================================
Dr. Jin Wenlin
Visiting Research Engineer
DSL, ME Department
University of California
Berkeley, CA 94720
Tel: 510 642-6371 (L)
     510 525-8116 (H)
Fax: 510 642-6163
=====================================================


reply
Events
Glossary
Materials
Links
MEMS-talk
Terms of Use | Contact Us | Search
MEMS Exchange
MEMS Industry Group
Coventor
Harrick Plasma
Tanner EDA
MEMS Technology Review
Addison Engineering
Process Variations in Microsystems Manufacturing
Tanner EDA by Mentor Graphics