This product can NOT be ordered yet. it is still in development.
It will be announced on my YouTube channel
The MOSFET switch is best for fast switching a coil on and off.
order the MOSFET SWITCH here: [paypal “buy” button ]
After the coil is energized with a magnetic field, the MOSFET switch is able to very quickly turn the voltage supply to the coil off.
This causes the coil to start resonating. The first resonant high Voltage half wave is the impulse that is needed to not only replicate Nicola Tesla’s Radiant energy, but also to produce many more effects, like the health effects I have noticed, which many who have tried, have affirmed.
I first designed this circuit years ago, based around a battery. After that I started using batteries, for switching the mosfet.
Then I succeeded in producing a MOSFET half bridge switch. But it was not working properly, as I could not recycle the second half wave.
But soon I realized that I could now switch 2 mosfets in series, which has the huge advantage of doubling the voltage capabilities.
By using two 1200V SiC mosfets in series, I can produce 3500V impulses. Positive or negative voltage, depending how the circuit is set up.
I have designed the mosfet switch as a single PCB, which is able to switch 2 or 3 mosfets in series, when 2 or 2 PCBs are hooked up in series.
When you order 2 PCB’s, and hook them up together in series, they are able to produce 3500V impulses. So a single PCB, can produce 1750V impulses.
These voltages are not only limited by the MOSFET,
But also by the isolated gate driver and the isolated DC to DC converter. which are rated at 5kV. So in theory up to 5kV impulses can be created by 3 series MOSFET switch PCB’s.
The MOSFET switch pcb, is sold as a do it yourself kit, which includes all the components, and a build instruction pdf. Which can be downloaded here:
[ build instructions button]
You can order the mosfet switch PCB kit here.
[paypal buy button]
This is the Gerber file that is needed to order the PCB yourself:
[ gerber button]
And this is the part list.
[ partlist button]
Be aware that this MOSFET switch PCB is the heart of the circuit, but needs an external power supply and a signal generator to function.
I have designed it to have a separate 12V power input, for the gate driver circuit,
and separate power supply for the mosfet switch. This way very high voltage power can be switched and measured, without being influenced by the 12V gate driver circuit, which can also power the optional 12V fans which can be used to cool the mosfets.