W
WM Morgan
in re tank circuits, from a non-technician/non-electrician:
What's the slowest (or lowest frequency) oscillation that is practical
or do-able with a tank circuit?
How does a tank circuit behave with a constant d.c. power supply? (The
examples I'm finding describe a momentary feed of current.)
With a tank circuit or not, what's the simplest circuit possible that
can oscillate continously at 1/3 to 1/6 Hz, with, say, 12V d.c.?
Can the same method be used with your standard household a.c. current?
If not, what would accomplish the same with household a.c.?
What's the slowest (or lowest frequency) oscillation that is practical
or do-able with a tank circuit?
How does a tank circuit behave with a constant d.c. power supply? (The
examples I'm finding describe a momentary feed of current.)
With a tank circuit or not, what's the simplest circuit possible that
can oscillate continously at 1/3 to 1/6 Hz, with, say, 12V d.c.?
Can the same method be used with your standard household a.c. current?
If not, what would accomplish the same with household a.c.?