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HomeAffiliationsEPFL

Affiliations: EPFL

SU8-graphene: a new photo-patternable conductive polymer composite

Majidian M., Grimaldi C., Baibarac M., Baltog I., Forró L., Magrez A., EPFL, CH
SU8 epoxy is a photo-resist with great intrinsic properties such as high thermal stability, chemical and mechanical robustness along with high sensitivity to UV. Having eight reactive epoxy sites in each monomer molecule, a high [...]

A charge based compact flicker noise model including short channel effects

Roy A.S., Enz C.C., EPFL, CH
The low-frequency (LF) noise in MOS devices has been the subject of intensive research during past years. It is becoming a major concern for scaled devices because the LF noise increases as the inverse of [...]

Theory of source-drain partitioning in MOSFET

Roy A.S., Enz C.C., Sallese J.M., EPFL, CH
The Ward-Dutton (WD) partitioning scheme is used extensively to develop transient and high frequency advanced compact models for MOSFET devices. Recently it has been shown that WD partitioning fails for field dependent mobility or for [...]

A Lab-on-a-Chip using Magnetic Droplets

Lehmann U., Parashar V.K., Vandevyver C., Gijs M.A.M., EPFL, CH
We present a chip-based bio-analysis system using the two dimensional (2D) magnetic manipulation of microdroplets. The latter contain magnetic microparticles which serve as force mediators for the droplet actuation. In combination with a changeable field [...]

Modeling of FlowFET Characteristics

Leung Ki Y.-S., Schasfoort R.B.M., Sclautmann S., Renaud Ph., van den Berg A., EPFL, CH
Classical electrokinetic theory demonstrates that modu-lation of the z-potential at the shear plane can alter both the magnitude and direction of Electroosmotic Flow (EOF) induced in a microchannel at low driving field strengths. In the [...]

Analytical Study of Vertical Hall (VH)-Devices Using an Adapted Conform Mapping Technique

Besse P.A., Schott C., Popovic R.S., EPFL, CH
We adapt the conforrn mapping technique to the analytical calculation of two dimensional vertical Hall (VH)-devices with five electrical contacts. With our new method the finite size of the two output current electrodes is taken [...]

2D Nonlinearity Simulation of the Vertical Hall Sensor Using SESES

Schott C., Randjelovic Z., Waser J-M, Popovic R.S., EPFL, CH
Buried silicon vertical Hall devices have been accurately simulated in 2D under the condition of a varying magnetic field up to 2 Tesla using the numerical FEM device simulator SESESTM. A field dependent Hall scattering [...]

Simulations of a New CMOS Compatible Method to Enhance the Breakdown Voltage of Highly-Doped Shallow PN Junctions

Pauchard A., Besse P.A., Popovic R.S., EPFL, CH
Avalanche breakdown often limits the working range of planar junction diodes in electronic circuits and in sensors. We present two-dimensional device simulation results (using MEDICI) of a novel CMOS compatible structure. It combines a floating [...]

Complete Transient Simulations of Electrostatic Actuators

Cojocaru C., Lerch P., Kloeck B., Bourgeois C., Renaud Ph., EPFL, CH
A code for the dynamical simulation of electrostatic actuated micromechanical systems with complex 3D geometry was created. It allows exact electrical force computation at each time step during the dynamic analyses. A finite element method [...]

Augmented Reality as an Interactive Tool for Microscopic Imaging, Measurement and Model Based Verification of Simulated Parts

Sulzmann A., Schütz C., Hügli H., Jacot J., EPFL, CH
Presently microsystems are gaining in interest. Microsystems are small, independent modules, incorporating various functions, such as electronic, micro mechanical, data processing, optical, chemical, medical and biological functions. Though improving the manufacturing technologies, the measuring of [...]

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