Скачать или смотреть 〰️MEGA RANGE ON NEW HDPE TESLA COIL!ITS TURNING INTO SELF SUSTAINING RESONANT PILLAR TECHNOLOGY🌊

Project Tesla will be an attempt at creating the utmost energy efficient slayer exciter driven Tesla coil that runs off a 12vdc 6aH 76.8 watt hour lifepo4 driving battery for simplicity with 0 losses & instantaneous switching & its wound upon a two inch diameter HDPE low dielectric loss mortar tube with a 6.5 inch long 26 awg solid core magnet wire L2 coil as the main tesla coil for voltage magnification. The slayer exciter circuit will use the latest SIC diodes for maximum efficiency & the back EMF from the 8 awg stranded silicone L1 primary coil as a possible energy synthesis power source via capacitive series isolation off each L1 leg in alignment with Eric Dollard & Ken Wheeler's energy synthesis theories. The transistor we will use will be a BUL743 or better if one comes to our attention & It seems this Tesla coil topology works best when the L1/L2/L3 coils are all wound in the same direction being to the right when looked at head on➡️ The goal of this project is to evolve it into a self sustaining resonant pillar that provides free excess loadless wireless power in the far field zone & the system should ideally have a COP greater then 1 similar to a heat pump & draw in excess charge via a heavy earth ground connection at the bottom of the L2 coil junction & be fully self sustaining from the isolated L1 feedback that's rectified to dc via no loss diodes & fed back into our driving battery.

How project tesla is wired. The top of my 8 awg L1 primary coil connects directly to the collector of my transistor via a thick solid 16 awg wire for minimal loss. The bottom of my 26 awg L2 secondary coil connects directly to the base of my BUL743 transistor. The base of my transistor also connects to the cathode end of three sic series diodes I'm using in a chain that connect to my transistors emitter anode first. The bottom of my 8 awg L1 primary coil is the positive dc input to the system. A 22k 5 watt metal film biasing resistor connects from the bottom of the L1 primary 8 awg coil to the bottom of the 26 awg secondary coil. An essential STPS1150 diode is installed cathode to base & anode to emitter on our BUL743 transistor for both simultaneous power & efficiency gains in the system when the bottom of our L2 circuit junction is earth grounded. The system can be enhanced even further by placing a 440nF capacitor in parallel with a IDH06G65C6XKSA1 SIC diode & one of these pairs can be installed on both the positive & negative dc input lines directly off the transmitter in series with its dc input from the driving battery. A 440nF capacitor in parallel on the dc input line as close to the transmitter as possible can also enhance efficiency further. I heavily earth ground the bottom of my 26 awg L2 coil at the junction the base of my transistor & cathode of my fast switching diode all converge upon & the wireless power effects became stronger & more efficient. A low value tuning capacitor between 1pF-300pF can be installed in series with our earth ground connection but isn't needed in our current model & a 100k 5 watt carbon film resistor can be added in series with an instant switching sic diode in reverse bias across the transistors collector to emitter junction to enhance the system further

Project Tesla 3.0 LCR READINGS:

Our 1650+ stranded 8 awg L1 primary coil measures 27.5 inches long when laid out straight & next to a measuring tape & is barely 4 wraps over our 2 inch diameter HDPE pipe when wrapped over our L2 & is slide adjustable. The inductance is 01.7uH with a resistance of 00.1 Ohms & the L1 measures exactly 1 inch long after being wrapped on our HDPE tube

Our 6.5 inch long 26 awg L2 solid core magnet wire L2 coil wound on our 2 inch diameter HDPE mortar tube has an inductance of 2.75mH with a resistance of 10.0 ohms

Our 1.625 inch long 24 awg 25/38 litz wire L3 coil wound on our 2 inch diameter HDPE mortar tube has an inductance of 0.06mH/.136mH with a resistance of 01.1 ohms

Frequencies:

Frequency of the system with the earth ground connection & 4 inch diameter topload connected to the top of the L3 is 888.89Khz. Power consumption at 150mA.

Frequency of the system with the earth ground removed is 980.39Khz. Power consumption went up to 170mA.

Frequency with no topload & no earth connection is 1.12Mhz. Power consumption is 150mA.

Frequency with no topload & earth ground connection is 1.08Mhz. Power consumption is 120mA.

The system broadcasts at approximately 121% the speed of light, allowing for near-instantaneous energy transfer within the 2-foot "Active Zone" & creates a phase conjugate longitudinal dielectric standing wave that creates wireless power effects that pull energy from the future via the heavy earth ground connection in theory. This Tesla coil is optimized for instantaneous 0 loss switching & it outputs longitudinal dielectric standing waves instead of lossy electromagnetic Hertzian waves. Watch our last video on project Tesla.

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