Is Lindsay?s ?SM? a fraud?

[BEP]

@bolt

At least in regenerative receivers increasing the Q is thought to be done by running the tickler coil at high current and low voltage. They were generally of heavier copper. This increased the Q of the overall tank, as well. At least according to some radio theories.

[bolt]

"over waste energy designs such as quad-core CPU"

One day in the next century perhaps CPU will be made properly using OU designs and extracting ZPE on each clock cycle then the damn things will run ice cold instead. Its total stupidity to have quad core gaming PC's requiring 750 watt PSU's with poor PF means its cost a 1000 watts to run. Its a joke.

[bolt]

@bolt

At least in regenerative receivers increasing the Q is thought to be done by running the tickler coil at high current and low voltage. They were generally of heavier copper. This increased the Q of the overall tank, as well. At least according to some radio theories.

Well you know regen was first designs the tickler is just a feedback coil but super regen the magic is quenching i explained this many times. This is how you get your TPU on the desk with a Q of about 20 and see nothing to a Q of 1,000,000. Then as quenching winds up Q the triode starts to work and volts appear this will take several seconds.

Getting that mag amp to work with exact H B skew offset with magnet will be a fker. Best to try  SS first but will blow first time power band is hit but least you know if the concept works.

[starcruiser]

Now Bolt is starting to get it.

6 Coils to drive, 1 cap to resonate, 1 cap to phase shift, one coil to collect it, and one oscillator to tickle it. The magnet is for a field bias. I call it a motionless Inductor generator or MIG. Call it what you will (TPU or MIG) but it is what it is, a generator.

Look at the RV docs, look up alternators for guidance,  figure out the resonance of your coils, choose the correct caps and use an oscillator (colpitts anyone? There is your small torrid in the center) to tickle it, do you really need to have your osc match the tank? No, just a harmonic of it. you can probably use a 555 to do it but need to control the drift and the pulse width. Electrostatically couple ithe osc to avoid BEMF issues.

nuff said.

[bolt]

OU is appearing on the market in disguise.  Well known the heat pump already gives you OU taking ambiance heat and pumping in your house for a 1/5th of the electric. Now going a step further and using RV principles that absolute resonance creates OU conditions in a motor IF matched to frequency and load. Of course they haven't gone the full monty but these newer so caller INVERTER designs are simply frequncy driving motor pump to keep PF matched under different loads. Preventing start up currents on pumps often takes 10+ amps so they vary the pump speed to ease off cooling or heating  rather then switching on then off.  If  these motors were taken to RV mode and frequency driving ONLY at optimal motor conditions then they will run on virtually Zero power. In practice though there is a tiny motor pump getting red hot. If they put one in 5 times over rated and let magnetic amplification do the work then real savings will be see and it will run cold.

This is where Newman motor works on similar principles. He only requires volts and hardly any amps to generate massive magnetic amplification to turn the 7000lb motor.

This is open source disclosure so no one bother going out to patent it ok LOL

Wiki = Air-conditioners bearing the inverter tag use a variable-frequency drive to control the speed of the motor and thus the compressor. The variable-frequency drive uses a rectifier to convert the incoming AC current to DC and then uses pulse-width modulation of the DC current within an inverter to produce AC current of a desired frequency. The AC current is used to drive a brushless motor or an induction motor. As the speed of a brushless motor is synchronised to the frequency of the AC current, it is thus possible to build a compressor that can be run at different speeds.