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

   www.proto-electronics.com › blog › space-grade-pcbs

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   By utilizing multi-layer printed circuit boards (PCBs), advanced miniaturization techniques, and three-dimensional packaging solutions, engineers are able to maintain the required performance despite these difficult constraints.

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

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   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.

3. www.planetanalog.com › flex-circuits-in-deep-spaceFlex circuits in deep space - Planet Analog

   www.planetanalog.com › flex-circuits-in-deep-space

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   Jun 11, 2018 · They deliver the stability of a rigid wiring board along with the flexibility of a flex wiring board. Because of the rigid flex boards’ enhanced performance, improved reliability, and maximized weight and space savings, they are typically used in Military, Aerospace and Medical end-use applications. See below.

   • Author: Steve Taranovich

4. www.pcbmaster.eu › our-circuit-boards-spaceOur circuit boards in space - PCB master

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   Jul 31, 2023 · The circuit boards for the device were fitted with discrete components based on cold redundancy with very low noise DC/DC converters for deep space missions without optical or magnetic feedback. (1) Ground planes covered 95% of the area and two power planes were introduced under the FPGA.

5. hackaday.com › 2018/11/26 › designing-space-rated-pcbsDesigning Space-Rated PCBs - Hackaday

   hackaday.com › 2018/11/26 › designing-space-rated-pcbs

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   Nov 26, 2018 · The design of PCBs for use in space is primarily driven by the two main phases of spaceflight: getting there, and being there.

6. www.edn.com › high-performance-electronics-forHigh-performance electronics for space missions - EDN

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   May 16, 2019 · The SEEs are grouped into two categories: transient effects (or soft errors) such as Single Event Transient (SET) and Single Event Upset (SEU); catastrophic effects such as Single Event Burnout (SEB), Single Event Gate Rupture (SEGR) and Single Event Latch-up (SEL).

7. People also ask

   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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   What is a space qualified device?

   • The space qualified devices offer galvanic isolation, which means that the input and output circuits have no direct electrical connection. They offer advantages in size, weight, power, and reliability over competing solutions. Analog Devices’ goal is to deliver a complete product for space level applications and not just a component.

   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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   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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   Can HDI PCBs be used in space?

   • A plethora of advanced manufacturing processes is used to realize HDI PCBs in general and microvias in particular. The introduction of HDI technology for space applications and the pursuit for qualification by the European Space Agency create the need for a critical review of existing test methods.

   Challenges in introducing high-density interconnect technology in print…

   link.springer.com/article/10.1007/s12567-021-00403-2

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8. 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 · Roadmap Overview. Spacecraft electric propulsion uses electrostatic or electromagnetic fields to accelerate mass to high speed and thus generate thrust to modify the velocity of a spacecraft in orbit.