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1. www.proto-electronics.com › blog › space-grade-pcbsSpace-Grade PCBs: challenges in designing electronics for ...

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   Copper foils are vital to the functionality of space-grade PCBs. Conductive layers are implemented in order to facilitate the transmission of electrical signals. High-performance copper foils are utilized in space-grade printed circuit boards (PCBs) to assure optimal signal integrity and reduce signal loss.

2. www.analog.com › en › signalsChallenges for Electronic Circuits in Space Applications

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   Pyroshock exposure can damage circuit boards, short electrical components, or cause all sorts of other issues. Understanding the launch environment provides a greater appreciation for the shock and vibration requirements, and inspections imposed on electronic components designed for use in space level applications.

3. roadmaps.mit.edu › index › Space_electric_propulsionSpace electric propulsion - MIT Technology Roadmapping

   roadmaps.mit.edu › index › Space_electric_propulsion

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   Dec 7, 2023 · This invention involves the use of a space propulsion system that comprises an electrostatic thruster and a resistojet thruster; a circuit to supply propellant fluid and a circuit for supplying electricity.

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4. nepp.nasa.gov › DocUploads › 392333B0-7A48-4A04-A3ARadiation Effects on Electronics 101 - NASA

   nepp.nasa.gov › DocUploads › 392333B0-7A48-4A04-A3A

   Single Event Upset (SEU) - a change of state or transient induced by an energetic particle such as a cosmic ray or proton in a device. This may occur in digital, analog, and optical components or may have effects in surrounding interface circuitry (a subset known as Single Event Transients (SETs)).

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5. s3vi.ndc.nasa.gov › ssri-kb › topicsCircuit Design - NASA

   s3vi.ndc.nasa.gov › ssri-kb › topics

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   Nov 10, 2021 · Resources under this topic are primarily software tools for electrical schematic capture and guidance regarding grounding, radiation effects mitigation, fault tolerance, high voltage, and other elements of circuit design for space flight.

6. ntrs.nasa.gov › api › citationsSpacecraft Electrical Power Systems - NASA Technical Reports ...

   ntrs.nasa.gov › api › citations

   The Power distribution , regulation and control circuits are used to maintain energy balance, control battery charge/discharge, allow manual or automatic intervention, sense problems and react, protect , distribute power to the loads, and regulate load voltage. Power Distribution, Regulation, and Control Definitions.

7. People also ask

   How can space electronics be overcome?

   • The first hurdle for space electronics to overcome is the vibration imposed by the launch vehicle. The demands placed on a rocket and its payload during launch are severe. Rocket launchers generate extreme noise and vibration. There are literally thousands of things that can go wrong and result in a ball of flame.

   Challenges for Electronic Circuits in Space Applications

   www.analog.com/en/signals/thought-leadership/challenges-for-electronic-circuits-in-space-applications.html

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   Why do space instruments need high voltage power?

   • Several common types of space instruments require high voltage power. High voltage failures are commonly caused by marginal electronic design and electrical insulation problems. This design guide provides valuable advice for the purpose of avoiding these potentially mission-compromising high voltage failures.

   Circuit Design - NASA

   s3vi.ndc.nasa.gov/ssri-kb/topics/17/

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   What is a deadfacing connector on a spacecraft?

   • This design guide is intended to provide information and mitigation techniques regarding hazards presented by connecting and disconnecting electrical connectors on spacecraft. Deadfacing is the "removal of power from a circuit prior to de-mating/mating a circuit interface."

   Circuit Design - NASA

   s3vi.ndc.nasa.gov/ssri-kb/topics/17/

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   What makes a good space device?

   • High reliability and devices with space heritage are key factors in the selection of components for space level applications. NASA generally specifies Level 1, qualified manufacturer list Class V (QMLV) devices, and they will always ask if there is a higher quality level available.

   Challenges for Electronic Circuits in Space Applications

   www.analog.com/en/signals/thought-leadership/challenges-for-electronic-circuits-in-space-applications.html

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8. s3vi.ndc.nasa.gov › ssri-kb › staticChallenges for Electronic Circuits in Space Applications - NASA

   s3vi.ndc.nasa.gov › ssri-kb › static

   Satellites are vulnerable to charging and discharging. For that reason, space applications require components with no floating metal. Satellite charging is a variation in the electrostatic potential of a satellite, with respect to the surrounding low density plasma around the satellite.