Letzte Aktualisierung: 07.04.2025
| Titel | Art | Ansprechpartner |
|---|---|---|
| Frequency Multiplier x4 up to 140 GHz for 6G-RIC in 22nm Technology | MA | Prof. Dr. Vadim Issakov |
| Design of a VCO employing novel frequency extraction techniques | MA | Prof. Dr. Vadim Issakov |
| Broadband mixer for optoelectronic modulation | BA/MA | Prof. Dr. Vadim Issakov |
| Electron counter for metrology applications | BA/MA | Prof. Dr. Vadim Issakov |
| Analog Baseband Design | BA | Prof. Dr. Vadim Issakov, Martin Maier |
| Design of an Ultra-Low Noise Operational Amplifier in a 130nm Technology | BA | Alexander Meyer |
| Noise Modelling of a Digital-to-Analog Converter for Ion Trap Control | BA | Alexander Meyer |
| Design and Implementation of a High Voltage Amplifier for Ion Trap Control | MA | Alexander Meyer |
| Design of an inductorless frequency multiplier with automatic bias optimization | BA | Alexander Meyer |
| Low Voltage Double Balanced Mixer Design in 22nm | MA | Adilet Dossanov |
| A capacitors-less LDO regulator design with high PSRR and high efficiency | MA | Adilet Dossanov |
| System considerations/design for a chess-board-modulated radar system | BA/MA | Finn Stapelfeldt |
| Design of a x7 frequency multiplier in 22nm FDSOI (20 GHz in, 140 GHz out) | BA | Finn Stapelfeldt |
| Design of a broadband mixer in a frequency range of 150-170GHz | MA | Finn Stapelfeldt |
| Broadband impedance matching techniques at terahertz frequencies | MA | Finn Stapelfeldt |
| Design of a highly efficient broadband terahertz on-chip-antenna | MA | Finn Stapelfeldt |
| Reconfigurable Metasurfaces at 300GHz | MA | Finn Stapelfeldt |
| Design of 0.5V Nano-Watt Voltage Reference Based on the MOSFET ZTC Effect | MA | Yannick Wenger |
| Design of a VCO with a band selector with a frequency range from 15-25GHz | MA | Victor Adam Reig |
| Validation of Inductor EM-Simulations and Design of a Measurement Chip in 22nm | BA/MA | Adilet Dossanov, Christian Ziegler |