Is there a circuit which can give inductance without actually using a inductor ?
They're pretty much standard equipment in those graphic-equaliser tone controls with a row of sliders on the front panel.Thanks man
As you and Dick have noted if you want an alternative to the energy storage capacity of inductive magnetisem, you could always electrically drive a flywheel, connected to a generator, or heat a kettle, connected to a turbine-generator.Sure it depends on these things, just as the voltage of a power supply depends on the load. In theory it shouldn't, but in reality it does because the gas supply has an effective impedance (the valve only opens so far and the gas passage is only so big) and the line and meters have an impedance.
Somewhere I read that in one country they sealed up an abandoned salt mine and used surplus energy to fill it with compressed air. When there was no surplus, the compressed air was released into generator turbines.As you and Dick have noted if you want an alternative to the energy storage capacity of inductive magnetisem, you could always electrically drive a flywheel, connected to a generator, or heat a kettle, connected to a turbine-generator.
You pointed out that the gyrator circuit doesn't store energy like a real inductor.How did we go from simulated inductors to high energy storage?
Did someone get on the wrong thread?
Well I was thinking more along the lines of the mJ of stored energy in a switching regulator inductor, not the MJ of energy needed for energy grid storage.You pointed out that the gyrator circuit doesn't store energy like a real inductor.
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