Milan, 9th July 2020. RedCat Devices is proud to be on Italian Space Agency (ASI) Catalogue 2020 of Italian Space Industries.
Milan, June 22 2020. During the 20th of MELECON (Mediterranean Electrotechnical Conference) in Palermo a paper titled “Silicon dosimeters based on Floating Gate Sensor: design, implementation and characterization” has been presented through the virtual conference web-site.
U. Gatti, C. Calligaro, A. Parlato, E. Tomarchio, Y. Roizin, E. Pikhay, “Silicon dosimeters based on Floating Gate Sensor: design, implementation and characterization”, Proceedings of 20th IEEE MELECON Conference, June 2020, pp 388- 391 IEEE Catalog Number: CFP20MEL-USB ISBN: 978-1-7281-5199-1
Milan, June 12 2020 – The virus does not stop RedCat Devices and the fourth RAD-PROM video on 64kbit PROMs is now on line.
Have fun and follow us!
Milan, May 31st 2020 – The new Leonida 2 board is now available for RedCat Devices test beds to be used under irradiation (Cobalt 60 and heavy ions).
Based on Microchip microcontroller Leonida 2 now mounts a memory expansion to enable an increased number of samples during testing of ADCs and SRAMs.
Milan, April 21st 2020 – Despite COVID-19 RAD-PROM Project is on its way and 64kbit OTPs (RC28F64ARHX and RC28F64ARHI) have been bonded in their ceramic packages and ready for some visual inspection before going to be irradiated.
Milan, March 25th 2020 – RCD is on the paper version of GlobalScience Magazine published on March with a short interview with Cristiano Calligaro.
Milan, March 12 2020 – Third video released by RedCat Devices in the framework of RAD-PROM Project funded by Italian Space Agency (ASI) and focused on the last irradiation testing campaign at Laboratori Nazionali del Sud (LNS) of the INFN institute in Catania. Test chips RC28FTC01I (IHP 130nm silicon) and RC28FTC01X (X-FAB 180nm silicon) have been tested under Xenon ions up to 60 MeV*cm2/mg (Si) without any rupture.
Keep watching and stay tuned!
Milan, March 5th 2020 – First heavy ions testing campaign for RAD-PROM test chips at LNS (Laboratori Nazionali del Sud) in Catania (Sicily) where RC28FTC01I (IHP 130nm silicon) and RC28FTC01X (X-FAB 180nm silicon) have been investigated using Xenon ions with a LET of 60 MeV*cm2/mg (Si).
No SELs have been observed neither for Dog-Bone AntiFuse memory cells nor ELT (Edge-less) cells.
… and of course the celebration of the results with our friend Lelio and a good glass of Rum and Vodka…
Milano, Feb. 15th 2020 – Second video released by RedCat Devices in the framework of RAD-PROM Project funded by Italian Space Agency (ASI). This time some technical information on how AntiFuse cells are shaped to mitigate Intra Device Leakage and Inter Device Leakage are delivered with the help of short animations.
Keep watching and stay tuned!
Rome (Italy) February 4th, 2020. In the framework of a cycle seminars organized by the Dept. of Engineering of University of Rome Tor Vergata (http://ing.uniroma2.it/tag/seminari/) RedCat Devices presented a talk on Rad-hard Standard Cells for Space Digital ASICs focusing on RHBD techniques to make resilient to radiation main building blocks such as inverters, NANDs, NORs and more complex cells including Flip-Flops and Latches.