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# Slides
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# Discussion
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[20211102_EMC_meeting_RF.pdf](uploads/2b33d56ad7b9cc3726b382477d603f56/20211102_EMC_meeting_RF_OHWR.pdf)
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# Major Outcomes & Actions |
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\ No newline at end of file |
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# Notes
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* Tests which can be performed with the equipment of the 864/R-B02 lab and which are recommended:
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1. ESD (recommended; potentially an ESD gun is to be purchased)
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1. EFT/Burst (recommended)
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1. Surge (recommended)
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1. Radiated immunity (to be checked with users whether necessary)
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1. Conducted disturbances (recommended)
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1. Voltage dips, drops and interruptions (recommended)
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1. Magnetic field (easy to test, but TBC whether necessary)
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* Emission testing may not be necessary for the installation regions of the DI/OT.
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* Approach to test until failure and to evaluate the obtained immunity level. If necessary design optimisations are to be implemented.
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* 3-step-strategy to perform an 1) EMC Design Review, followed by 2) Pre-Compliance Testing, and final 3) Approval Testing alongside the DI/OT design process (see slide 10).
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* All three process steps can be performed at CERN. Unless a certification is needed, no need is seen to perform EMC testing outside of CERN.
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* A CERN EMC expert panel can be available to review the design regarding EMC.
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* Assistance to perform the tests is also available.
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# Major Outcomes & Actions
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* Once available, DI/OT design files to be sent for EMC design review to expert panel
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* DI/OT EMC strategy to be defined and to be reviewed by expert panel during design review |
