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Publication
Featured researches published by Michael P. Tenney.
international conference on microelectronic test structures | 2012
Terence Kane; Michael P. Tenney
The introduction of nano CV characterization of discrete MOSFET devices and the method of performing scanning capacitance imaging has been previously presented.1 By nano probing at CA contact level discrete MOSFET devices that are routinely analyzed at probe pad level with conventional CV measurements, a means of comparison can be established to compare the results obtained by both methods. More importantly, the nano CV measurements obtained at CA contact level can be validated by this comparison2-6 This paper will describe nano CV measurements of discrete devices and show comparison results obtained at probe pad level that confirms the validity and accuracy of nano CV measurements.
Archive | 2005
John Bruley; Terence Kane; Michael P. Tenney; Yun Yu Wang
Archive | 2003
Terence Kane; Michael P. Tenney
Archive | 2001
Terence Kane; Lawrence S. Fischer; Steven B. Herschbein; Ying Hong; Michael P. Tenney
Archive | 2005
Andrew Deering; Terence Kane; Philip V. Kaszuba; Leon Moszkowicz; Carmelo F. Scrudato; Michael P. Tenney
Archive | 2008
Terence Kane; Darrell L. Miles; John D. Sylvestri; Michael P. Tenney
Archive | 2003
Terence Kane; Lawrence S. Fischer; Steven B. Herschbein; Ying Hong; Michael P. Tenney
Archive | 2008
Anthony G. Domenicucci; Terence Kane; Michael P. Tenney; Yun-Yu Wang
Archive | 2012
Terence Kane; Michael P. Tenney; Yun-Yu Wang; Keith Kwong Hon Wong
Archive | 2011
Terence Kane; Richard W. Oldrey; Michael P. Tenney