RTG4 FPGA by Microchip offers high-speed, radiation-tolerant performance for space applications, ensuring reliability in harsh environments.
RTG4 FPGAs: Radiation-Tolerant, High-Speed Solutions
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Semiconductors
Microchip SA.45s CSAC a precision Atomic Clock for space applications
Microchip’s SA.45s CSAC offers radiation-tolerant, precise timing for LEO applications with low power, compact size, and high stability.
Factors for selecting an Operational Amplifiers (OpAmp) for space applications
Operational Amplifiers (OpAmp) for space applications must meet strict requirements for temperature, radiation tolerance, and material compliance.
Comparison of LVDS drivers and receivers for high-reliability space applications
Various manufacturers offer LVDS microcircuits for Space applications, differing in radiation hardening, qualification levels, and export restrictions.
RAKON: High Reliability Radiation Tolerant COTS
Rakon’s RK105 and RK205 oscillators offer high reliability and radiation tolerance for New Space applications.
Q-TECH: Rad Tolerant for LEO applications
Q-Tech’s QT780, QT723, and QT735 series oscillators offer high reliability for LEO applications, built to stringent space standards.
AXTAL’s space-COTS crystals: Sourcing & Up-Screening solutions
AXTAL offers sourcing and up-screening of quartz crystals for New Space, ensuring high reliability with various screening levels.
Texas Instruments: Space Enhanced Plastic (SEP) Products
Texas Instruments’ Space Enhanced Plastic (SEP) devices offer radiation-tolerant solutions for New Space applications with enhanced reliability.
Renesas: Radiation Tolerant Plastic Products
Renesas offers radiation-tolerant plastic-package ICs, providing cost-effective solutions for short-duration LEO missions.
Analog Devices: Commercial Space (CS) Products
Analog Devices offers CSL, CSM, and CSH screening flows to balance cost, reliability, and radiation tolerance for New Space applications.
Plastic Rad Tolerant Microchip Products for New Space
Microchip offers plastic rad tolerant MCUs, balancing cost, reliability, and radiation resistance for aerospace and New Space applications.
Microchip: Hirel Plastic Rad Tolerant (HP) products
Microchip enhances radiation tolerance in MCUs, ensuring reliability for aerospace applications with improved immunity to space radiation.
EEE components market solutions for new space microelectronics
EEE componentes play a key role in space power systems, balancing efficiency, voltage regulation, and weight reduction challenges.
Low screening in Microchip FPGAs
We have previously talked about the revolution that the Space business is currently experiencing, with New Space being a key player in it. To adapt...
Radiation Effects on EEPROM Memories
EEPROM devices in space missions are vulnerable to radiation effects like TID and SEE, impacting data integrity and system reliability.
ESCC 5000 Issue 10: New testing standards for space-grade EEE components
ESCC 5000 defines standards for discrete semiconductor components in space applications, including new tests for thermal stress and sealing quality.
PoL converters: Optimizing PCB design for space missions
PoL converters optimize PCB space in satellites by providing localized voltage regulation, reducing size and improving power distribution efficiency.
Secondary power distribution strategies for modern satellites
Secondary power distribution in satellites ensures efficient voltage regulation, balancing power loss, system efficiency, and space constraints.
Hi-rel intermediate bus converter and point of load
Intermediate bus converters improve spacecraft power efficiency by stepping down bus voltage for multiple point-of-load regulators.
Linking quantum magnetism and topological electronics in dirac materials
Quantum magnetism in materials like CaMnBi2 links magnetic properties to electronic band topology, enabling novel quantum electronic applications.