Electronics– tag –
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Teledyne Digital Imaging US Unveils High-Resolution Space Camera with Emerald 67M CMOS Sensor via SDL Licensing Agreement
01net USA Overview Teledyne Digital Imaging US has introduced a high-resolution, space-qualified camera under an intellectual property licensing agreement with Space Dynamics Laboratory (SDL). This new camera integrates Teledyne's Emeral... -
KIST Develops Ultra-Thin, Flexible 3D-Printable Composite for Simultaneous Electromagnetic and Neutron Radiation Shielding
AllMind AI News South Korea Overview The Korea Institute of Science and Technology (KIST) has unveiled an ultra-thin, flexible, and 3D-printable composite material capable of simultaneously shielding both electromagnetic waves and neutro... -
BAE Systems’ Endura Radiation-Hardened Microchip Passes Rigorous Testing for Classified and Missile-Defense Satellites
KeepTrack Space Brief USA Overview BAE Systems' Endura computing chip has successfully passed rigorous radiation testing for classified satellite and missile-defense applications. This radiation-hardened processor significantly enhances ... -
Teledyne e2v Validates Radiation Hardness of 10-bit, 12.8 GSps Ka-band ADC for Space and Defense
everything RF USA Overview Teledyne e2v Semiconductors announced successful radiation testing for its EV10AS940, a 10-bit, 12.8 GSps Ka-band analog-to-digital converter (ADC). This validation confirms the ADC's robustness for space-grade... -
Space Forge Focuses on ‘In-Space Growth’ for High-Purity Semiconductors, Aiming for SWaP Improvement and Enhanced Device Reliability via Microgravity
Space Forge UK Overview Space Forge is dedicated to manufacturing high-purity semiconductors using 'in-space growth' technology, leveraging microgravity's ability to eliminate material defects. In microgravity, convection and sedimentati... -
DARPA SPCE Program Advances >85% Efficient, Radiation-Tolerant Space Power Electronics Utilizing GaN/SiC Wide Bandgap Semiconductors
Strategic Market Research USA Overview DARPA's Space Power Conversion Electronics (SPCE) program is addressing the efficiency limitations of traditional space power systems by developing high-efficiency, radiation-tolerant power conversi... -
Versiv Composites Details Key Properties of Multilayer Insulation Blankets for Spacecraft Thermal Management
Versiv Composites International Overview Versiv Composites has published a comprehensive explanation of the key properties of Multilayer Insulation (MLI) blankets, crucial for thermal management in the harsh space environment. MLI blanke... -
AVS Journal Publishes Foundational Research on Space Materials & Electronics, Including Stable Oxide Flux Generation for MBE and Enhanced Si Via Etching Uniformity
Journal of Vacuum Science & Technology A / B (AIP Publishing) USA Overview AVS's scientific and technology journals for Materials, Interfaces, and Processing published several foundational research papers related to space materials and e... -
Vanderbilt Engineers Develop Radiation-Hardened Power Devices for Resilient Space Infrastructure
Vanderbilt University USA Overview Assistant Professor Mona Ebrish at Vanderbilt University, backed by a DARPA grant, is developing radiation-hardened wide-bandgap (WBG) power devices designed to withstand the extreme radiation of space.... -
Auburn University and NASA Demonstrate Direct In-Space Manufacturing Process for Electronic Components in Microgravity
3DPrint.com USA Overview A research team from Auburn University and NASA Marshall Space Flight Center has demonstrated a novel additive manufacturing (AM) process capable of directly producing electronic components in space. Published in...
