interesting approach this guy has. I thought it was going to be a peltier chip based design - wasn't expecting a mechanical system like this. I would think it would be very sensitive to dust and contaminants.
interesting approach this guy has. I thought it was going to be a peltier chip based design - wasn't expecting a mechanical system like this. I would think it would be very sensitive to dust and contaminants.
according to the interview, this thing operates at a high pressure than conventional fans, allowing you to put a dust filter on the inlet port of the chassis and it will still be strong enough to overcome the additional air resistance
according to the interview, this thing operates at a high pressure than conventional fans, allowing you to put a dust filter on the inlet port of the chassis and it will still be strong enough to overcome the additional air resistance
Strong enough until a hair or some other stray contaminant slips into the chip and clobbers a few hundred of his nanobellows ;)
Strong enough until a hair or some other stray contaminant slips into the chip and clobbers a few hundred of his nanobellows ;)
I wonder how long the MEMS elements last.
I wonder how long the MEMS elements last.
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