With the increase in production volume of RF devices (e.g. for automotive applications), packaging and interconnection become more and more important. Furthermore, new system concepts such as chip-on-chip or RF- MEMS demand new packaging strategies. This paper presents a vertical silicon micromachined RF CPW through- wafer feedthrough with excellent performance in the K-band. In particular, the feedthrough demonstrates an insertion loss of 0.16dB and a return loss of 20dB at 25GHz. A lumped element model was developed and was evaluated with measurements
MEMS technology has major applica-tions in developing smaller, faster and less energy consuming devi...
This thesis presents several low-loss micromachined W-band circuit components suitable for integrati...
This thesis presents several low-loss micromachined W-band circuit components suitable for integrati...
In this paper, we present wafer-level packaging (WLP) solution for RF-MEMS applications based on thr...
High-aspect ratio (12.5) through silicon vias (TSV) made in a silicon interposer have been electrica...
High-aspect ratio (12.5) through silicon vias (TSV) made in a silicon interposer have been electrica...
High-aspect ratio (12.5) through silicon vias (TSV) made in a silicon interposer have been electrica...
This paper presents the fabrication process of RF-via (0-level) and flip-chip bump (1-level) transit...
High-aspect ratio (12.5) through silicon vias (TSV) made in a silicon interposer have been electrica...
This paper presents the parametric study of RF-via (0-level) and flip-chip bump (1-level) transition...
The development of interconnections suitable for radio-frequency (RF) and millimeter-wave (mm-wave) ...
This paper presents the parametric study of RF-via (0-level) and flip-chip bump (1-level) transition...
The development of interconnections suitable for radio- frequency (RF) and millimeter-wave (mm-wave)...
MEMS technology has major applica-tions in developing smaller, faster and less energy consuming devi...
This paper reports on the design, manufacturing and RF characterization of a zero-level packaging fo...
MEMS technology has major applica-tions in developing smaller, faster and less energy consuming devi...
This thesis presents several low-loss micromachined W-band circuit components suitable for integrati...
This thesis presents several low-loss micromachined W-band circuit components suitable for integrati...
In this paper, we present wafer-level packaging (WLP) solution for RF-MEMS applications based on thr...
High-aspect ratio (12.5) through silicon vias (TSV) made in a silicon interposer have been electrica...
High-aspect ratio (12.5) through silicon vias (TSV) made in a silicon interposer have been electrica...
High-aspect ratio (12.5) through silicon vias (TSV) made in a silicon interposer have been electrica...
This paper presents the fabrication process of RF-via (0-level) and flip-chip bump (1-level) transit...
High-aspect ratio (12.5) through silicon vias (TSV) made in a silicon interposer have been electrica...
This paper presents the parametric study of RF-via (0-level) and flip-chip bump (1-level) transition...
The development of interconnections suitable for radio-frequency (RF) and millimeter-wave (mm-wave) ...
This paper presents the parametric study of RF-via (0-level) and flip-chip bump (1-level) transition...
The development of interconnections suitable for radio- frequency (RF) and millimeter-wave (mm-wave)...
MEMS technology has major applica-tions in developing smaller, faster and less energy consuming devi...
This paper reports on the design, manufacturing and RF characterization of a zero-level packaging fo...
MEMS technology has major applica-tions in developing smaller, faster and less energy consuming devi...
This thesis presents several low-loss micromachined W-band circuit components suitable for integrati...
This thesis presents several low-loss micromachined W-band circuit components suitable for integrati...