Hi, new here guys, not a total newb but need a bit of help IR2110 Inverter

[MAGLATRON]

Hi there I've made this circuit that is supposed to take 8 supplies 10v each, and series 2 sets of 4 and then parallel those two sets and that voltage/current goes into the main inverter circuit my observations tell me that if I put 5v onto the VDD of the IR2110's and the signal voltage of 3.3 volts I can't get any wattage through r9- resistor right before the measureVoltshere tag; if I put the signals equal to the logic supply at 5v I get the power to spike in increments and want to know if this behaviour is correct if I put the logic supply 3.3 and the signal at 3.3 then the power spikes come back but a little less in magnitude. Is the power supposed to spike like that asc file need to remove .txt!! Am I even measuring the power in the correct place??

--- Updated Today at 6:43 PM ---

I don't understand the points system!!

--- Updated Today at 7:33 PM ---

[SOLVED] - Please Explain this Induced Voltage Waveform

Hello everyone. I'm inducing voltage into a coil using 4 magnets that are arranged circularly with alternating poles. You can see from the diagram that when the magnets are moved, EMF is induced into the coil. I was expecting to see a sine wave produced in the coil but the waveform shown is...

www.edaboard.com

Is there a way to emulate this waveform in LTSpice?

 

[BradtheRad]

5v onto the VDD of the IR2110's and the signal voltage of 3.3 volts

Nmos has to turn on fully in your H-bridge. Can they do so when volt levels are that low? Can mixing the one voltage cooperate with the other voltage?

Bias voltage on the topside Nmos must be great enough to overcome voltage at the node between M1 M2 and between M3 M4. Sometimes there is need for a bootstrapping capacitor in order to increase voltage coming from the IC.