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This may be true for high energy particles, but the majority of TID damage is done by higher flux lower energy, for which shielding is often viable!



The point is that shielding turns a single high energy particle that would otherwise strike and probably destroy a single transistor, into a veritable spray of lower energy particles causing bit flips or worse all over the circuit. This spray of particles can be stopped... with 1.3 feet of lead shielding.




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