Experiments, inventions, patents, …
The same setup (IRFPG50 in linear conductance region, NTC thermistor monitoring bulb temperature, airflow sensor) is used to demonstrate that the mosfet’s capacitances can and do pass AC current between Gate and Source, and…
(Please watch the previous videos in this series to see the development and explanation of the circuit and its purpose. Not able to go on our field trip due to rainfall, we went ahead…
Please watch the other parts from Parts 2&3 (one video) and Part 4 first, as I am building up the circuit in stages. (Part 1 is from a long time ago and isn’t necessary…
Did I leave something out of the last demonstration? Was my narration unclear? This is another opportunity, then…. Are you confused now, because the mosfet wires are different colors than in the last video?
Please refer to Parts 1 and 2 for the setup and schematic used. (The actual schematic actually used at this point in time, I actually mean.) Here I’ve made two simple changes in the…
similar schematic to “TROS-flyback” but from MOSFET’s transistors oscillation, got combine hi- and low-current outputs; next step’s “to ride hi-amps on hi-voltage”, ie to combine two outputs Incoming search terms:z44 mosfet
Using the shown circuit will open (conduct) the MOSFET all the time except for the nano-pulses instead of the other way around. Guess the design is wrong. Forum: www.overunity.com
A fast and simple test to see if the mosfet is blown. This does not fully test the thing! It will tell you if it is bad, though.
This video illustrates the effect of Function Generator Offset setting applied to the Gate on the behaviour of an IRFPG50 power MOSFET. IMPORTANT NOTICE: The scope probe waveform trace shown in this video is…
Please watch Parts 1, 2, 3, and 4 first, if you don’t know already what is going on. Here I’ve shortened the mosfet wires and the battery interconnecting jumpers to show that the oscillations…