US /kəˈpæsɪtɚ/
・UK /kəˈpæsɪtə(r)/
...channel it into the flux capacitor...
If we could somehow harness this lightning, channel it into the flux capacitor, it just might work.
Siemens found that SAW filters were good, low-cost replacements for the old coil-and-capacitor-based filters in their TV sets.
Then in 1975, TV companies like Philips, Plessy and Siemens found that saw filters were good low cost replacements for the old coil and capacitor based filters in their TV sets.
That's when you got the idea for the flux capacitor which...
And that's when you came up with the idea for the flux capacitor, which is what makes time travel possible.
So obviously, if you could make a capacitor that had anywhere near the energy density of a battery, and
They had the energy density of a lead-acid battery, which for a capacitor, that's a big deal.
capacitor! Roll that into tubes and it's super strong! Layer it with copper and you get a
but organized into a lattice at the molecular level, then you get graphene—a one-atom thick, perfect electrical capacitor.
and get your reflux capacitor ready, because during the panel itself, it was revealed that a pop culture reference in the season will be the classic 1985 film Back to the Future.
Oh, and get your flux capacitor ready, because during the panel itself,
With the book containing heavy themes of time travel, the flux capacitor reference, and with Mr.
With the book containing heavy themes of time travel, the Flux Capacitor reference, and with Mr.
Do not touch the terminals of a capacitor as it can cause an electric shock.
So what is a capacitor?
And that's a way RF current gets across a capacitor, where we build up a charge on one side of a capacitor, and the two plates of the capacitor, the charge on one side induces a charge on the other side, and we have basically an oscillating charge across the capacitor.
And that's the way RF current gets across a capacitor and there's where we—we build up a charge on one side of a capacitor, uh, and—and the other—on the two plates of the capacitor.
Combinando alguns diodos e um capacitor, obtinha-se uma corrente contínua relativamente estável.
Combinando alguns diodos e um capacitor, obtinha-se uma corrente contínua relativamente estável.