The objective of this study was to develop a fully integrated process for wafer level MEMS packaging utilizing PolySi through silicon via (TSV) capped MEMS devices. First, interconnection metallurgy and Solid Liquid Interdiffusion (SLID) bonding process was optimized. Then sc.'vias before bonding' capping process and contact metallizations for Poly-Si TSVs were developed. Finally, the process integration was demonstrated by using piezoelectrically driven MEMSactuators. However, several design and manufacturing related challenges were observed and detailed failure analysis were carried out to resolve these problems.Peer reviewe
This paper describes techniques for the miniaturized, low-cost wafer level chip-scale packaging of M...
This paper will present wafer level packaging approaches and results for MEMS encapsulation and inte...
The paper presents different approaches for hermetic wafer level packaging of oscillator components ...
The objective of this study was to develop a fully integrated process for wafer level MEMS packaging...
3D integration is a rapidly growing topic in the semiconductor industry that encompasses different t...
Results of wafer level packaging for micro-electro-mechanical systems based on low temperature melti...
This paper presents the fabrication steps of a MEMS package based on silicon interposer wafers with ...
With the continuous miniaturization of electronic devices and the upcoming new technologies such as ...
Hermetic packaging is often an essential requirement to enable proper functionality throughout the d...
Plasma-assisted direct bonding has been investigated for wafer scale encapsulation of microelectrome...
[[abstract]]Packaging is an emerging technology for microsystem integration. The silicon-on-insulato...
Packaging remains as a big problem for MEMS devices' application due to a series of factors, in...
The current paper focuses on several mechanical aspects of a waferlevel packaging approach using a d...
We have studied copper-tin and gold-tin solid-liquid interdiffusion bonding for MEMS encapsulation. ...
Technologies for 3D-Wafer Level Packing (WLP) of Micro electro Mechanical Systems (MEMS) are describ...
This paper describes techniques for the miniaturized, low-cost wafer level chip-scale packaging of M...
This paper will present wafer level packaging approaches and results for MEMS encapsulation and inte...
The paper presents different approaches for hermetic wafer level packaging of oscillator components ...
The objective of this study was to develop a fully integrated process for wafer level MEMS packaging...
3D integration is a rapidly growing topic in the semiconductor industry that encompasses different t...
Results of wafer level packaging for micro-electro-mechanical systems based on low temperature melti...
This paper presents the fabrication steps of a MEMS package based on silicon interposer wafers with ...
With the continuous miniaturization of electronic devices and the upcoming new technologies such as ...
Hermetic packaging is often an essential requirement to enable proper functionality throughout the d...
Plasma-assisted direct bonding has been investigated for wafer scale encapsulation of microelectrome...
[[abstract]]Packaging is an emerging technology for microsystem integration. The silicon-on-insulato...
Packaging remains as a big problem for MEMS devices' application due to a series of factors, in...
The current paper focuses on several mechanical aspects of a waferlevel packaging approach using a d...
We have studied copper-tin and gold-tin solid-liquid interdiffusion bonding for MEMS encapsulation. ...
Technologies for 3D-Wafer Level Packing (WLP) of Micro electro Mechanical Systems (MEMS) are describ...
This paper describes techniques for the miniaturized, low-cost wafer level chip-scale packaging of M...
This paper will present wafer level packaging approaches and results for MEMS encapsulation and inte...
The paper presents different approaches for hermetic wafer level packaging of oscillator components ...