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$FIFLE OADA200 084 HDLCR880481September 1988 Radiation Hardness Assured Device Development by Itsu ArimuraPrepared by Boeing Aerospace Company Seattle, WA 981242207DTIC ELECTEI N7SUnder contract DAALO287P4084V,IU.S.
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To fill out a radiation hardness assured device, follow these steps:
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Start by gathering all the necessary information and documentation related to the device.
03
Carefully review the radiation hardness requirements and guidelines provided by the relevant authorities or standards.
04
Ensure that the selected components or materials for the device are radiation tolerant or qualified for radiation exposure.
05
Integrate radiation mitigation techniques or measures in the device design as required.
06
Perform thorough testing and analysis of the device under radiation conditions to validate its performance and reliability.
07
Prepare a comprehensive documentation package that includes all the test reports, design analysis, and certifications related to the radiation hardness assurance.
08
Submit the filled-out radiation hardness assured device along with the supporting documentation to the appropriate authority for review and approval.
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Maintain proper record keeping and periodic evaluations to ensure ongoing compliance with radiation hardness standards.

Who needs radiation hardness assured device?

01
Radiation hardness assured devices are needed in various industries and applications where the presence of radiation poses a risk or potential damage to electronic devices. Some examples of entities or sectors that require radiation hardness assured devices include:
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- Aerospace and defense industry for space missions, satellites, and missile systems
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- Nuclear power plants and facilities
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- Medical imaging and radiation therapy equipment
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- Particle accelerators and research laboratories
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- High-altitude aircraft or unmanned aerial vehicles
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- Industrial sectors dealing with radioactive materials or environments
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- Nuclear weapons and military systems
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- Space exploration and scientific missions
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- Telecommunication and data transmission systems operating in space or near radiation-emitting sources
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These are just a few examples, and there may be other specific industries or research fields where radiation hardness assured devices are essential to ensure reliable and safe operation in the presence of radiation.
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A radiation hardness assured device is an electronic component designed and tested to withstand radiation environments, ensuring reliable performance in applications such as space and nuclear power.
Manufacturers and suppliers of radiation-hardened electronic components must file documentation concerning the radiation hardness assurance of their devices.
To fill out a radiation hardness assured device, one must complete a standardized form that includes technical specifications, testing results, and compliance with relevant standards.
The purpose of a radiation hardness assured device is to provide assurance that the device can function correctly in environments with high radiation levels, minimizing the risk of failure.
The report must include device type, radiation testing results, compliance information, and any certifications or qualifications related to radiation hardness.
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