Antiphase spiral coil transmitter + receiver

[WM6]

For those interested in spiral coil transmitter here one simple transmitter schematic, which anti-phase frequency outputs can be set from down to 1Hz to up to 10MHz.

Transmitter frequency is set by C1 and C2, by rule:

C1 = C2

Par example

- to get frequency of 1Hz then C should be about 50uF
- to get frequency of 10MHz C should be about 10pF
- to get frequency of 1MHz C should be about 200pF etc.

Coil inductance of receiver should be calculated according transmitter set frequency.

Telescopic antennas are all connected over capacitors (TX with 47nF, RX with 47pF respectively).

IC1 of receiver is symmetric supplied by two 9v batteries.

[detectoman]

wm6 thanks very much for schematic, i send a embrace from mexico, too at all group members

[WM6]

You are welcome detectoman.

Next weekend I will post proposal of one possible way of: how to build combined spiral/telescopic antenna (I am out of my home at the moment - till Thursday I suppose).

To clarify "tight" drawing: spiral antennas are connected between (Q1, Q2) emitters (respectively R6 of receiver) and ground. So this way representing by electrical symbol:



Spiral coils inductance for 1MHz about 150uH.

Telescopic antenna can be replaced with piece of aluminum (or Cu) hard wire or small tube of adequate length for chosen frequency, par. example for 1MHz length is 150mm (not very critical).

Spiral antennas of TX (L1 and L2) are anti-phase wound, for zeroing (phasing for RX spiral antenna is of your choice - more will be explained latter with antenna build suggestion).

[abdou2014]

where is the rest of the circuit .

[WM6]

Rest of the circuit is in first post.

This (second) drawing only explain how telescopic and spiral antennas from first post schematic are connected (using electrical symbol for spiral antenna instead of, not so - regarding connectivity - clear first drawings).

I am trying to held complete circuit as much simple as possible, despite building and tuning spiral antennas is not completely simple. Power supply is left to builder choice and availability (74LS00 logic should be supplied in range of 4.75–5.25 V). If you use 5V regulator on 9V battery in TX stage, then you can supply transistors direct by 9V and IC1 over 5V regulator (in this case schematic supply lines should be adequate adapted: 9V at R6 and R5 instead of 5V).

As I already say in first post: RX IC uA741 should be supplied symmetrically by two 9V batteries according this there is mistake in schematic pin marking - instead of 0V at negative supply rail there should be -9V (please correct accordingly !!!!!).

[WM6]

A little theory on spiral coil magnetism to irritate mastermind:

http://www.sciencealert.com/a-magnet...the-first-time

[Mike(Mont)]

WM6, more questions. What does the conical-shaped spiral coil do compared to a flat spiral? I guess it concentrates the signal into a tighter pattern, or is it the opposite, a wider pattern? I look at it as each wall is pointing out towards the opposite side instead of straight ahead. I think I have been watching too much Alice in Wonderland--Through The Looking Glass. Please don't laugh too hard.

[WM6]

Hi enjoykin4, thanks for the nice proposal, how to test existence of Scalar waves.

We will come to this later in experiments.

For now: my proposal here is different from bucking coils in this that bucking coils are usually single phase driven and the turn anti-phase in coil construction. In my proposal two (single) coils are independent anti-phase driven.

In general: we need to balance here between long an very short wavelength.

At very short wavelength (say in cm of wavelength) devices constructed are very small and handy but all even minor parts used are very critical.

At longer wavelength (tens of meters or even kilometers) to get useful phase difference on directivity of reflected wave antennas should be bulky but electronic design is not critical.

[Mike(Mont)]

WM6, here's what I don't understand: To achieve resonance with the target, the transmitter and the target (receiver) must have same frequency but opposite phase. I don't see any way for the target to be in opposite phase because the transmitting coils are never going to allow this.

[Mike(Mont)]

Yes, I am interested in learning more about your coils. Actually i am trying to figure out how to get a wider pattern for the transmitter coil. i was thinking a reverse cone shape, so the point of the cone is facing forward.

[WM6]

I will post about practical coil design after return to my home, I am in another town at this moment.

In cases of reflective waves we do not need target to be resonance with TX or RX frequency.

For Scalar waves detecting, similar targets (similar coins, similar rings etc.) radiate at similar resonances. Here we need Scalar wave sources as trigger to put targets in higher amplitude of resonance and then relatively narrow-band receiver with enough directive Scalar antenna to catch at target resonance.

I don't know, particularly for coins or rings what could be its scalar resonance. This should be determinated experimentally. So step by step.

[Mike(Mont)]

Okay, thanks. Have a good trip.

[enjoykin4]

Hello WM6

If you have at your home or bussines very good equipped labaratory i can give you many useful informations which you can try in experiments.

Shortly - Scalar Waves are Nikolai Tesla Technology from 19th century. We now have theory and mathemathical apparatus by Proffesor Dr. Gennadiy V. Nikolaev and Dr Srefan Marinov.

All we need to do is to spend some money and spare time to experiments. This open new world outlook to Free Energy , Gold detection, Cosmic communications , Healing and many many more.


Dear WM6

Carefully read this newest article from january 2016 (7524 year) by Professor Tomilin (follower of Nikolai tesla and Professor Gennadiy V.Nikolaev)

http://electricaleather.com/d/358095...15_rus_eng.pdf

You have their emails so you can write them (on english) and talk about new Nikolaev electrodynamics and many newest problems in Scalar Physics.


This article is about:

Relationships between electromagnetic and mechanical Characteristics of electron

Tomilin A.K1, Misiucenko I.2, Vikulin V.C.3
1 National Research Tomsk Polytechnic University, Tomsk , Russian Federation
E-mail: aktomilin@gmail.com
2 Research Center "Algorithm" , St. Petersburg, Russian Federation
E-mail: ruberoid2101@yandex.ru
3 “High pass VLSI Laboratory “ Ltd, St. Petersburg , Russian Federation
E-mail: v_vikulin@mail.ru

A relationship between electron charge and electron mass was established based on energy relations. The obtained expression corresponds to relativistic transformation of mass. A conclusion was drawn about solely electromagnetic nature of mass. The authors take into account that vector potential of moving charged particle possesses two components – vortex components and potential component. Hence, the generalized magnetic field has vortex (vector) components and potential (scalar) component. It was also established that energy of potential magnetic field is negative and constitutes 1/3 of kinetic energy of particle. Besides, the well-known “problem 4/3” is solved successfully.
Keywords: mass, charge, field, electron radius, proton radius, physical vacuum, vector potential, generalized electrodynamics, energy of magnetic field, problem 4/3.

....

etc. etc.

reference.
Thus, the phenomenon of magnetic field itself proves the existence of physical vacuum. If one imagines a charged particle moving through absolute vacuum, it would be impossible to specify a factor that leads to distortion (described above) of the electric field of this particle. Of course, relativistic effect for a lone electron is manifested in accordance with (1), although in the case of charge-drift velocity of several millimeters per second, it is very small. Integral expression for this effect for the current in a conductor can only give an idea about the vortex magnetic field. Relativistic effect is incapable of describing the second component of the magnetic field – namely, potential component.

Conclusions:
....

4. Magnetic field emerges in the course of charged particle motion relative to vacuum medium.

5. Magnetic field of a lone charge has two components – vortex (vector) component and potential (scalar) component.

6. Energy of scalar magnetic field has negative sign.

etc.etc....

Fisrt part on Russian second on English.

Best regards
Enjoykin4