RNR55 resistors from Vishay, made in Columbus, are approved for shipment with date codes from 2004 and up.

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RNR55 resistors from Vishay, made in Columbus, are approved for shipment with date codes from 2004 and up.
Rad-hard Schottky diodes from STMicroelectronics offer ESCC-qualified options for high-reliability space power applications.
Data Device Corporation (DDC) has compiled a list of frequently asked questions related to its EEPROM family.
Delamination detection using acoustic microscopy reveals internal defects in plastic components, crucial for high-reliability applications.
Delaminations in COTS components can lead to mechanical and electrical failures, making inspection essential for space use.
DLA QPL-55342 updates include expanded resistor ranges for Mini-Systems and removal of several IRC resistor groups.
Overload protection in satellite PDUs uses LCLs to monitor current and safely disconnect loads during fault conditions.
Schottky diodes enable fast switching and efficiency, with SiC versions offering high voltage and radiation tolerance.
Silicon Carbide Diodes (SiC) offer high efficiency, thermal performance, and radiation tolerance for demanding space applications.
Current sense resistors enable accurate, low-cost current measurement by converting flow into measurable voltage drops.
Non-mechanical optical switches show strong potential for space use, with B-EO and MO technologies performing reliably.
Photonic integrated circuits offer radiation-resistant solutions for data, sensing, and space-based communication systems.
External visual inspection ensures EEE parts quality by identifying critical features and common issues in FPGAs and components per MIL-STD-883 Method 2009.
Scanning Acoustic Microscopy enables reliable crack detection in plastic packages, preventing failures in electronic components.
Angular sensors tested for space: modular benches enable precise qualification under extreme temperature and vacuum conditions.
Mars 2020 SuperCam calibration target—key for Mars rover imaging, mineral ID, and instrument health checks.
Angular sensors enable precise position control in space mechanisms, with performance varying by technology and application.
Electro-optical characterization of optical transceivers reveals signal integrity and BER at high-speed data rates.
Endurance testing of lasers in vacuum ensures stability, accurate control, and traceability across all wavelengths.
Thermal vacuum testing of IR sources under extreme temperatures ensures reliability and accurate characterization.