Nettsider med emneord «Electronics»

Publisert 25. aug. 2015 16:06

The Goal is to design a 128x128 pixel (or more) CMOS image sensor with 16-bit dynamic range.

Publisert 23. sep. 2017 12:03

Time interleaving of ADCs allows for conversion rates that are not feasible using a single channel ADC. However, mismatch among the channels impact parameters such as offset, timing, gain, and bandwidth, giving rise to undesirable artifacts in the sampled signal.

Publisert 4. nov. 2010 12:19
Publisert 3. apr. 2014 11:15

Once or twice a year a student sounding rocket is shot up from the Andøya rocket range. Its payload are different sensors that send data continuously to the ground control while the rocket shoots through the clouds at several times the speed of sound and finally burns out and falls into the sea. On the ground, the students then post-process the data, for example to reconstruct the exact trajectory the rocket has followed.

The task for this project would be to design a general FPGA or microcontroller based PCB for this sounding rocket that is capable to processes the sensory data on board the rocket while in flight and sends down som higher level information in real-time, as for example the position of the rocket reconstructed from accelerometers and/or gyroscopes or the speed of its rotation. That PCB needs to interface to several sensor PCBs and the standard telemetry PCB (responsible for transmitting the data)

 

Work carried out at Nanoelectronis (IFI) and Electronics (FI)

Publisert 3. feb. 2011 12:27

COMPET is a research project dedicated to build a high resolution, high sensitivity and MRI compatible PET scanner.

Publisert 3. nov. 2010 15:47
Machine
Publisert 17. juni 2020 14:00

The aim of the Norwegian laboratory for silicon-based solar cell technology  (Solarlab), is to coordinate and unify cutting-edge infrastructure into an "openlab facility" in Norway, combining facilities at UiO, SINTEF, IFE and NTNU.

We conduct "frontier research" for the entire PV-chain with the main focus on silicon production, crystallisation and wafering. By coordinating and unifying the infrastructure, Norwegian research groups and companies will more easily work together in a high-tech environment, gaining the in-depth knowledge base necessary to assume and maintain leading positions in the development of future PV technologies.

Publisert 3. feb. 2011 12:23

COMPET er et forskningsprosjekt som skal implementere en pre-klinisk MRI kompatibel PET-skanner med høy oppløsning og høy sensitivitet.

Illustration of electronics
Publisert 17. jan. 2024 11:09

We welcome you to join the Kick-off of SMN's Strategic Thematic Area: Complex Oxide Electronics and Sensors  

Machine
Publisert 17. juni 2020 14:00

The aim of the Norwegian laboratory for silicon-based solar cell technology  (Solarlab), is to coordinate and unify cutting-edge infrastructure into an "openlab facility" in Norway, combining facilities at UiO, SINTEF, IFE and NTNU.

We conduct "frontier research" for the entire PV-chain with the main focus on silicon production, crystallisation and wafering. By coordinating and unifying the infrastructure, Norwegian research groups and companies will more easily work together in a high-tech environment, gaining the in-depth knowledge base necessary to assume and maintain leading positions in the development of future PV technologies.

Publisert 21. nov. 2010 18:48

The Nanoelectronics group specializes in innovative ASIC (application specific integrated circuit) design and testing in advanced deep sub-micrometer CMOS (complementary metal oxide silicon) technologies, including electronic prototype PCB assembly.

Publisert 12. mars 2011 00:12

The NANO electronis group is mainly involved in the study programme: `Electronics, Informatics and Technology' (Bachelor and Master)

The group offers a wide range of courses within our field listed below

Publisert 12. mars 2011 01:00
Publisert 12. mars 2011 23:49
Publisert 3. nov. 2010 15:22
Publisert 26. nov. 2010 08:29
Publisert 12. sep. 2013 10:27

Once or twice a year a student sounding rocket is shot up from the Andøya rocket range. Its payload are different sensors that send data continuously to the ground control while the rocket shoots through the clouds at several times the speed of sound and finally burns out and falls into the sea. On the ground, the students then post-process the data, for example to reconstruct the exact trajectory the rocket has followed.

The task for this project would be to design a general FPGA or microcontroller based PCB for this sounding rocket that is capable to processes the sensory data on board the rocket while in flight and sends down som higher level information in real-time, as for example the position of the rocket reconstructed from accelerometers and/or gyroscopes or the speed of its rotation. That PCB needs to interface to several sensor PCBs and the standard telemetry PCB (responsible for transmitting the data)

Publisert 11. nov. 2010 09:01
Publisert 13. nov. 2023 13:40
Publisert 28. mai 2013 14:09
Publisert 23. jan. 2015 14:53
Publisert 4. nov. 2010 12:09
Publisert 4. nov. 2010 13:59
Publisert 11. jan. 2017 10:07
Publisert 4. nov. 2010 12:25