Ref | Doc name | WP |
| Delivery |
D1.1 | MIMOSA usage scenarios | 1 | | TM3 |
D1.5 | Updated MIMOSA Usage scenarios | 1 | | TM22 |
D2.1[1] | Overall MIMOSA architecture specification (OMAS) - V1 | 2 | | TM6 |
D2.1[2] | Overall MIMOSA architecture specification (OMAS) - V2 | 2 | | TM18 |
D2.1[3] | Overall MIMOSA architecture specification (OMAS) - V3 | 2 | | TM30 |
D3A.11 | Measurement report of the frequency synthesizer | 3A | | TM30 |
D4.2 | Test structure for piezo actuation | 4 | | TM12 |
D4.3 | BAW resonators and filters-1st run | 4 | | TM12 |
D4.4 | First stand-alone demonstrator of polymer wafer based passives | 4 | | TM18 |
D4.5 | Polymer wafer based passive component development feasibility | 4 | | TM12 |
D4.6 | Development and integration of thick SOI resonators | 4 | | TM18 |
D4.13 | Ultra-thin SOI MEMS nano-resonator technology feasibility | 4 | | TM15 |
D4.14 | Above-IC process for co-fabrication of L & C MEMS passives with sacrificial a-silicon and study of its scalability | 4 | | TM12 |
D4.15 | Low power polymer based electrostatic switch technological process development | 4 | | TM12 |
D4.16 | First run of low-actuation voltage switch | 4 | | TM18 |
D4.21 | Fabrication and characterization of optimized low actuation voltage switch | 4 | | TM27 |
D5.6 | Content of first training sessions supported by MIMOSA in doctoral school | 5 | | TM18 |
D5.7 | Handouts of seminar or lecture (training sessions) content | 5 | | TM30 |
