Precision resistor selection ensures accurate current sensing and reliability in high-performance aerospace systems.
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Precision resistor selection ensures accurate current sensing and reliability in high-performance aerospace systems.
RNR55 resistors from Vishay, made in Columbus, are approved for shipment with date codes from 2004 and up.
DLA QPL-55342 updates include expanded resistor ranges for Mini-Systems and removal of several IRC resistor groups.
Current sense resistors enable accurate, low-cost current measurement by converting flow into measurable voltage drops.
Temperature Coefficient of Resistance (TCR) defines how a resistor’s value changes with temperature, crucial for precision circuits.
Isabellenhütte offers AEC-Q200 qualified resistors for New Space, providing cost-effective alternatives with additional testing options.
Vishay’s VSMP resistors demonstrate stability in cryogenic conditions, making them suitable for astrophysics and space applications.
VPG foil resistors offer high precision and low TCR, with testing options based on DSCC drawings or EEE-INST-002 standards for space use.
Vishay Intertechnology introduces a new high-precision thin film wraparound chip resistor for industrial, military, and aerospace applications.
Non-wirewound resistor materials, like film, foil, and metal oxide, ensure precise and reliable performance in electronic circuits.
Potentiometers provide precise resistance control in electronic circuits, ideal for adjusting voltage and current levels.
Wirewound resistors offer high precision, stability, and power handling, making them ideal for demanding electronic applications.
Learn how TCR impacts high-precision resistor performance, ensuring reliability in temperature-sensitive applications.
Understand resistors’ pulse load, power derating, and material considerations to ensure reliability and longevity in electronic circuits.