STMicroelectronics Low Earth Orbit (LEO) Rad-Hard ICs

STMicroelectronics Low Earth Orbit (LEO) Rad-Hard ICs, available in plastic PowerSO-20 and TSSOP-20 packages, offer a unique combination of cost-effectiveness, radiation hardness, quality assurance, and delivered quantities. The analog and power management LEO ICs benefit from dedicated qualification, manufacturing, screening, quality assurance, and logistics processes. Features include a 2V to 12V range, with operation in a -40°C to +125°C temperature range and a 400km to 2000km altitude range. The Low Earth Orbit (LEO) Rad-Hard ICs take advantage of STMicroelectronics 40-year Space heritage and automotive AEC-Q100 qualification.

Features

Radiation proven in TID and SEE
AEC-Q100 based framework
Dedicated qualification level, screening, and traceability
Statistical process control
Large quantity capacity
Lightweight
Small packages with gold wires and whisker-free finishing (NiPdAu)
Single plant source per line
Tested at -40°C, +25°C, and +125°C temperatures
Altitudes from 400km to 2000km

Space-compliant outgassing (RML recovery mass loss of <1%, CVM collected volatile condensable material <0.1%)
2V to 12V range
PowerSO-20 and TSSOP-20 packages
Available versions
- Dummy samples for worst-case final packaging for mounting qualification
- Development samples for evaluation and development
- Flight Models that are compliant with “ST-LEO-Generic-Specification for ICs”

Applications

Low Earth Orbit (LEO) satellite constellations
- Internet access
- In-flight internet services
- Earth observation missions
Automotive

STMicroelectronics Low Earth Orbit (LEO) Rad-Hard ICs

Features

Applications

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