… I’m sorry to say that was a joke, because well, capacitors like to go boom (MLCCs as in here not so much, but still).
What I do know though is that these MLCCs often dramatically change their actual capacitance with temperature, so maybe this is a sort of “temperature isolation” to keep the capacitor more stable? Honestly, no idea though.
That’s an airburst capacitor!
Nice! Could you explain what it is or where to find more information about it? I was not able to find information online
… I’m sorry to say that was a joke, because well, capacitors like to go boom (MLCCs as in here not so much, but still).
What I do know though is that these MLCCs often dramatically change their actual capacitance with temperature, so maybe this is a sort of “temperature isolation” to keep the capacitor more stable? Honestly, no idea though.