It's hardly a pure sine wave. It's also really inefficient. Plus it's nowhere near 10KV. Why are you building it?
I think to get the idea.
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature currently requires accessing the site using the built-in Safari browser.
It's hardly a pure sine wave. It's also really inefficient. Plus it's nowhere near 10KV. Why are you building it?
It's hardly a pure sine wave. It's also really inefficient. Plus it's nowhere near 10KV. Why are you building it?
The reason I couldn't open it at work was because of where it was hosted. Our Internet is a partially secured network. Anyway, no problem.
OK in your diagram I see a BD138 transistor configured as a NPN while in fact the BD138 data sheet shows me a PNP transistor as seen here. If you had a NPN as drawn it would work. If I have some time this weekend I may try to breadboard the circuit.
Ron
With RA = 0, the DIS pin of the 555 is trying to discharge the entire battery. This will take the entire lifetime of the 555 (which won't be very long). You need a different circuit to get 50% duty cycle from a 555.
When you step up voltage in an ordinary transformer you step the current down. Your 12V 300mA produces 230V at only 16mA. If you hook a 12V 300mA light to it, 16mA is not enough to light it.
If your transformer is over unity then maybe it produces 230V 300mA from 12V 300mA. But I think you need a special meter.
What about my circuit? is wrong?
I'm just trying to prove some tests I have seen in the net. Since I'm very skeptic about strange experiments, I have seen one that 4 or 5 guys have succesfully replicated. So I want to see what happens with that circuit. It's very simple.