3 ms·
That's not because they have to, though; especially if quietness in a narrow band is required. It's just way cheaper and somewhat more efficient to abuse the m
by namibj 2y ago
That's not because they have to, though; especially if quietness in a narrow band is required.
It's just way cheaper and somewhat more efficient to abuse the motor as the inductor to filter the hard switching.
- genewitch 2y agoexplain how you make something quiet in a "narrow band" around things that are so sensitive that it was claimed that "if you integrated all of the signal power received by the antennas, it's less than the energy used by a flea to jump". not just at any given moment. In the career of whoever said that, the total power was that miniscule.