Radio towers are effectively constantly transmitting radio waves. Various government agencies have said this is not a concern for humans; electronics, on the other hand, might be a different matter. Is there concern that electronics kept near operating radio towers for too long will start to fail as a result of Dose Rate $($DR$),$ Total Ionizing Dose $($TID$),$ or Single Event Effects $($SEE$)?$ Select all that apply.

Question $5$ options:

To first order, electronics will be in danger if they are powered on and have internal electronic potential gradients, but if powered off they should be safe.

Most likely not if operated at standard power levels, but if a special use case required a radio tower's output to be significantly increased it could well pose DR$,$ TID, or SEE threats to electronics.

This depends very heavily on whether or not the antennas, either as intentional detectors or incidental ones such as unshielded stretches of wire, within those electronic devices are of a length similar to radio wavelengths to be impacted by the radio tower's EM radiation.

Electronics in peoples' homes should be fine as the house structure provides shielding, but absent the home if electronics were kept powered near radio towers for too long they are susceptible to damage from DR$,$ TID, or SEE.

Radio towers should not result in any DR$,$ TID, or SEE damage to electronics due to the frequency of EM radiation emitted by the towers.