DelfMEMS will be present @ "UK ANSYS Regional Conference". The paper "Transient Simulation of the Closing of a MEMS Switch with Air Gap Modelled by FLUID136 Elements" will be presented by Nicolas LORPHELIN, mechanical engineer @ DelfMEMS.
DelfMEMS will be present @ "UK ANSYS Regional Conference". The paper "Transient Simulation of the Closing of a MEMS Switch with Air Gap Modelled by FLUID136 Elements" will be presented by Nicolas LORPHELIN, mechanical engineer @ DelfMEMS.
DelfMEMS is releasing a white paper entiteld " An Approach of RF-MEMS Technology Platform For Multi-band Multi-mode Handsets ". Overview of key concepts:
Lille, France and Orsay, France, january, 28th, 2011. DelfMEMS and KFM Technology signed a common agreement to combine their expertise in RadioFrequency – RF - Micro-Electro-Mechanical Switches - MEMS - and Thin Film Packaging - TFP - technology. They are collaborating to enable DelfMEMS providing a low cost and very efficient RF MEMS technology platform and related products for mobile applications.
Since 2006, DelfMEMS and KFM Technology have respectively developed a patents portfolio concerning a innovative anchorless micro-mechanical devices dedicated to RF applications and a new approach to provide Thin Film Packaging / transferable high-Q passives .
DelfMEMS presents its new patent "MEMS Structure With a Flexible Membrane & Improved Electric Actuation Means". It concerns a mechanical design that enables highe restoring forces with a smaller actuation voltage. Based on the anchorless DelfMEMS device, this mechanical design can be used for RF ohmic & capacitive switches, variable capacitors, etc.
EUMW 2010, booth #165, september 29, 2010. DelfMEMS has today performed demonstrations of its technology in front of visitors. RF MEMS relays have been tested with actuation voltage from 13V to 20V, presenting insertion loss of 0.7dB @ 26GHz. Please find on below a video of the functioning demo.
Demonstration @ EUMW010 of RF MEMS switches by DelfMEMS