The feasibility of integrating the RF MEMS switeches in space and wireless communication systems has generated tremendous interest in related design, fabrication and characterization methodologies. The space applications make long term reliability of the devices a very pertinent issue and involves both the process and device characterization. In this paper we describe the experimental stup and measurement results on RF MEMS switches fabricated for DC to 30GHz applications. The on-wafer experimental setup, based on standard manual microprobe station provides dual pulse actuation voltage waveforms with programmable period and amplitude, ranging from 10-5 to 1sec and 0-200 volts respectively. The usefulness of the dual-pulse testing is demonstrated by the minimal charge generation in the dielectric layer and capacitance measurements with negligible variations over long measurement periods
On-wafer electro-mechanical characterization of silicon MEMS switches
Lorenzelli, Leandro;Margesin, Benno;Collini, Cristian;Giacomozzi, Flavio;Rangra, Kamaljit;
2003-01-01
Abstract
The feasibility of integrating the RF MEMS switeches in space and wireless communication systems has generated tremendous interest in related design, fabrication and characterization methodologies. The space applications make long term reliability of the devices a very pertinent issue and involves both the process and device characterization. In this paper we describe the experimental stup and measurement results on RF MEMS switches fabricated for DC to 30GHz applications. The on-wafer experimental setup, based on standard manual microprobe station provides dual pulse actuation voltage waveforms with programmable period and amplitude, ranging from 10-5 to 1sec and 0-200 volts respectively. The usefulness of the dual-pulse testing is demonstrated by the minimal charge generation in the dielectric layer and capacitance measurements with negligible variations over long measurement periodsI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
