Measuring in Space: How Sensors Work in the Cosmos

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    Measuring Space
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SUMMARY

Spacecraft sensors operate effectively in the harsh environment of space due to radiation hardening techniques. Electronics used in these sensors are designed to withstand cosmic rays, ultraviolet, and X-ray radiation through the use of larger components in microchips and instrumentation. Notable examples of radiation-hardened computers include the RAD750 and RAD6000, which are specifically engineered for space applications. These advancements ensure the reliability and longevity of electronic systems in outer space.

PREREQUISITES
  • Understanding of radiation hardening techniques
  • Familiarity with spacecraft instrumentation
  • Knowledge of electronic component design
  • Basic principles of cosmic radiation
NEXT STEPS
  • Research the design principles of radiation-hardened electronics
  • Explore the specifications and applications of RAD750 and RAD6000
  • Learn about the effects of cosmic radiation on electronic systems
  • Investigate current advancements in space sensor technology
USEFUL FOR

Aerospace engineers, electronics designers, and researchers interested in the development and application of radiation-hardened technologies in space exploration.

japam
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i have always wondered how do the sensors meters carried in spacecraft s work in space, with all that harnessing radiation out there, how is that the cosmic rays, ultraviolet, x rays etc... don't fry it out
 
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