Finally, a comprehensive investigation of the reliability of the thin film packages and their compatibility with high-pressure epoxy overmolding 1-level packaging is discussed.
Then, a 4-μm-thick poly-C film was grown and patterned to create the thin film packaging structure containing fluidic access ports for the removal of the sacrificial layer.
We suggest a hermetic and biocompatible thin film packaging based on alternating organic/inorganic coatings for further miniaturisation of smart implantable MEMS devices that can be applied for long-term implantation.
This paper reports the design, fabrication and testing of a polycrystalline diamond (poly-C) thin film packaging process for a MEMS cantilever type resonator using a 4-mask fabrication process, which integrates chemical vapor deposition (CVD) diamond thin film technology with an encapsulation packaging process.
Other types of plastics, from thin film packaging wrappers to hard plastic trays, made up a minimum of 36% of MSW by weight for vaginal hysterectomies and a maximum of 46% for robotic procedures.
This paper describes a novel process flow for the fabrication of integrated MEMS thin-film packages within a low-temperature, CMOS-compatible process.
This paper reports on the mechanical design, the fabrication technology and the key performance and reliability aspects of novel 0-level thin film vacuum packages for (RF- MEMS.
In this paper, we present a novel MEMS Pirani sensor with triple heat sinks which was designed to measure the pressure inside thin film, wafer level packages.
In conclusion, a 4 × 4 sensor array with 16 capacitor units based on the piezoelectric PVDF thin film has been fabricated and packaged with PDMS.
We report on the design, development, and performance study of a packaged piezoelectric thin film impact sensor, and its potential application in non-destructive material discrimination.
