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  • Originally posted by drak View Post
    Interesting.....
    Very. Always fun to play with free energy - even if people don't believe it's possible

    Comment


    • solenoid

      Originally posted by Dave45 View Post
      Good job on the sch.
      I think the winding on the CH1 and CH2 coils need to be cw on one and ccw on the other.
      If you have cw and ccw, then you wire the TOP wires together and power it using the bottom wires. If you have turns in same direction, the bottom of one coils is wired to the top of the other. Either way you end up with N/S on the two solenoids, and then S/N when you pulse the other way.
      So you can wire it either way.
      I've seen it depicted the two different ways in various schematics.
      Its probably not crucial and may only make a slightly subtle difference in the overall performance.

      Comment


      • Coilpacitor(TM)

        Originally posted by T-1000 View Post
        The following question arises - how you can influence capacitor with magnetic field?
        Then what is happening when that capacitor is energy source to coil giving the magnetic field back to capacitor..?

        This is Hendershot case and to get things ever more complicated, there are two systems like this interacting between.

        P.S> That is pretty close with E. Leedskalnin famous quote "Ring Bell Twice" - Coral Castle - Wikipedia, the free encyclopedia
        I didn't learn this in school, but you can in fact transfer energy between a capacitor and an inductor -- similar to mutual induction in a transformer. AC currents can flow through their AIR (or other dielectric) between surfaces that are part of the capacitor and wire surfaces. This opens the possibility of having a new sort of electronic device which I lovingly call the "Coilpacitor".
        Electricians are taught NOT to wrap wires around copper tubing.
        But heck, I'm not an electrician. Lets do it...

        Coilpacitor - YouTube

        Dual Coilpacitor Experiment - YouTube

        -morpher44

        Comment


        • Originally posted by morpher44 View Post
          I didn't learn this in school, but you can in fact transfer energy between a capacitor and an inductor -- similar to mutual induction in a transformer. AC currents can flow through their AIR (or other dielectric) between surfaces that are part of the capacitor and wire surfaces. This opens the possibility of having a new sort of electronic device which I lovingly call the "Coilpacitor".
          Electricians are taught NOT to wrap wires around copper tubing.
          But heck, I'm not an electrician. Lets do it...

          Coilpacitor - YouTube

          Dual Coilpacitor Experiment - YouTube

          -morpher44
          Nice to see you back after 3 years break.
          When you do high voltage discharge the capacitors around always are getting charged.
          It is more intention to understand what is capacitor function inside of Hendershot baskets as it sits between shorted flat coil inside and under coils on top...

          Comment


          • Any source for those caps yet?

            Comment


            • ebay

              Originally posted by drak View Post
              Any source for those caps yet?
              Probably the easiest place to look is ebay.
              You need 40MFD and 80MFD AC caps with the highest possible
              voltage rating -- within your budget.

              example: 80 MFD UF 370V Oval AC Run Capacitor 80/370, NIB! on eBay!

              Comment


              • Originally posted by morpher44 View Post
                Probably the easiest place to look is ebay.
                You need 40MFD and 80MFD AC caps with the highest possible
                voltage rating -- within your budget.

                example: 80 MFD UF 370V Oval AC Run Capacitor 80/370, NIB! on eBay!
                I was refering to the schematic that has (4) 1000uF caps and (2) 500uF caps posted earlier. The one that this video uses.

                Comment


                • Originally posted by drak View Post
                  I was refering to the schematic that has (4) 1000uF caps and (2) 500uF caps posted earlier.
                  The one that video uses.
                  Good advice Morpher.

                  Hi Drak.

                  Please do some additional reading. That nice little earner video is a -
                  ! HOAX !

                  and it so not worthy of being mentioned here in Morpher's thread.

                  Cheers .......... Graham.

                  Comment


                  • Originally posted by GSM View Post
                    Good advice Morpher.

                    Hi Drak.

                    Please do some additional reading. That nice little earner video is a -
                    ! HOAX !

                    and it so not worthy of being mentioned here in Morpher's thread.

                    Cheers .......... Graham.
                    I have a feeling of that too considering the last part of the 2.5 hour long version shows a few inconsistencies. There is a lot of latency between when the person moves the coils towards the magnet and the time the bulbs change brightness. Also there is a flash of the bulbs when the coils are away from the magnet which indicates an outside source for the lights. There is also a few places wires could have been hidden. Holes drilled in the table underneath of the electric tape and wire not fully exposed behind the set of lights. Here it also seems someone tried to replicate it and failed. So I will try the 80uf and 40uf as specified by Lester's son. Not sure what to make of this.

                    Originally posted by morpher44
                    Probably the easiest place to look is ebay.
                    You need 40MFD and 80MFD AC caps with the highest possible
                    voltage rating -- within your budget.
                    Thank you morpher44, I ordered $125 worth of caps at 440v and will start building my coils this weekend. I ordered extra because I will use for other experiments and I like to have extra.
                    Last edited by drak; 12-28-2012, 04:20 AM.

                    Comment


                    • Hi Drak,

                      No matter what you concentrate on, the Mk3 secret was with the old fashioned type of tin can sleeve cores (no longer manufactured) and the multi-winding induced magnetic wave pulses induced therein.

                      Cheers ......... Graham.

                      Comment


                      • extra

                        Originally posted by drak View Post
                        Thank you morpher44, I ordered $125 worth of caps at 440v and will start building my coils this weekend. I ordered extra because I will use for other experiments and I like to have extra.
                        Yeah I think if I recall, Lester would crack up two of the 40MFD ones, and carefully dump out the oil and remove the foil. He would lay it out on a big table, on wax paper, and then remove all the oil by wiping it off.
                        Next he would use this material to make his own cylinder capacitors with a value of 7.8nF.
                        WHY he does this, I have no idea.
                        I speculate that he wanted
                        * that specific capacitance for tuning a certain frequency
                        * high-capacity -- ability to store a high-level of Joules at that value
                        of capacitance
                        * ability to "tweak" it with clamps to make subtle adjustments to
                        the capacitance (ala variable capacitor sort of)

                        This step seems a bit strange to me. There are easier ways to get to 7.8nF using parallel and series connected HV capacitors. I suppose that might be a bit pricey, however. Further, instead of having variable capacitors for tuning, it seems to me it would have been easier to make several TAPS on his coil and then make the connections at each tap until he finds resonance.
                        It is really odd that he made his own cylinder capacitors -- a step NOT DONE in the recent hoax.

                        --morpher44

                        Comment


                        • Originally posted by morpher44 View Post
                          Yeah I think if I recall, Lester would crack up two of the 40MFD ones, and carefully dump out the oil and remove the foil. He would lay it out on a big table, on wax paper, and then remove all the oil by wiping it off.
                          Next he would use this material to make his own cylinder capacitors with a value of 7.8nF.
                          WHY he does this, I have no idea.
                          I speculate that he wanted
                          * that specific capacitance for tuning a certain frequency
                          * high-capacity -- ability to store a high-level of Joules at that value
                          of capacitance
                          * ability to "tweak" it with clamps to make subtle adjustments to
                          the capacitance (ala variable capacitor sort of)

                          This step seems a bit strange to me. There are easier ways to get to 7.8nF using parallel and series connected HV capacitors. I suppose that might be a bit pricey, however. Further, instead of having variable capacitors for tuning, it seems to me it would have been easier to make several TAPS on his coil and then make the connections at each tap until he finds resonance.
                          It is really odd that he made his own cylinder capacitors -- a step NOT DONE in the recent hoax.

                          --morpher44
                          Maybe it was the type of material the capacitors had. Can you order that type of material? The material in the Pyramid TM 58 ones? I ordered extra of the ones I got so I will attempt to cut them open and do the same thing. I guess as GSM said that the secret is in the coil/cap combination, that maybe it has something to do with the coils being in such close proximity to the homemad cap that they work together. As T-1000 has mentioned caps can be charged by being in close proximity to coils.

                          Comment


                          • Magnetic excitation induces the metal core electrons to be captured by iron atomic nucleii. The iron thus emanates gamma radiation and gradually (very slowly) becomes used up as a fuel via conversion to a manganese rust. Aluminium foil directly transduces UV-gamma radition directly into electrical charge flow with is fed back into the oscillation and empowers the load.
                            Once core-cap tuning initiates buzzer timed feedback, the load current flow itself contributes to magnetic field intensification and special capacitor transducible gamma radiation from within the core.

                            This is why after the death of Hendershot, his circuit was accurately described as an electrosttic generator, and why it was also said to work well only in a dry environment.

                            Cheers ............ Graham.

                            The Photoelectric Effect - A Simple Experiment w/ UV Photons - YouTube

                            Comment


                            • low resistance

                              Originally posted by drak View Post
                              Maybe it was the type of material the capacitors had. Can you order that type of material? The material in the Pyramid TM 58 ones? I ordered extra of the ones I got so I will attempt to cut them open and do the same thing. I guess as GSM said that the secret is in the coil/cap combination, that maybe it has something to do with the coils being in such close proximity to the homemad cap that they work together. As T-1000 has mentioned caps can be charged by being in close proximity to coils.
                              Yes I suspect that the foil found inside one of these AC capacitors is "special" in that it is lower resistance foil. If you use household aluminum foil, like I tried, the resistance is probably a bit too high. This can cause your oscillations to dampen too quickly as the LRC circuit here suffers from a larger "R" value.

                              T. H. Moray spells out that you need the following for good oscillations:
                              4 * L / C > {should be much greater than} > R*R
                              i.e. to keep R as small as possible. Superconductive materials would be ideal
                              for oscillations in a tank circuit.

                              --morpher44
                              Last edited by morpher44; 01-01-2013, 02:44 AM.

                              Comment


                              • Hi Guys
                                Hey during searching on this subject on Google I found this not sure if it will be helpful or not
                                https://www.google.com/search?tbm=pt...ndershot&btnG=

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