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The image shows the device that gives the equivalent forces in mechanical device: d98s6.png (200.62 kB . 1025x774 - viewed 4438 times)

I drew a wire of copper (or any conductor) but it is possible to have 100 rounds for one ring.

That looks like a transformer, which can increase a voltage but cannot increase (create) energy.It is impossible to create energy.

Copper has electrical resistance, so you will lose energy via heat. Also heating via magnetostriction ... https://en.wikipedia.org/wiki/MagnetostrictionAlso loss of energy from your system via RF.

V1 0 20 SIN(0 20V 100 0 0) V11 21 1 SIN(0 20V 1 0 5) V2 0 11 SIN(0 0V 100 0 0) Vk 20 21 PWL(0 -1 0.1 0 0.1) +r=0 td=0.01V5 12 8 SIN(0 0.00001V 100)R1 1 2 0.0001R2 3 4 0.0001R3 3 5 0.0001R4 7 8 0.0001R7 7 11 0.0001L1 3 2 10mHL2 0 4 5mHL3 0 5 100mHL4 0 12 2mHK12 L1 L2 -1K13 L1 L3 -0.8K14 L1 L4 0.4K42 L4 L2 0.6K43 L4 L3 0K23 L2 L3 0.8

*** transformer ****Fit-Range: 0-30V* transfomerV1 0 20 SIN(0 20V 100 0 0) V11 21 1 SIN(0 20V 1 0 5) V2 0 11 SIN(0 0V 100 0 0) Vk 20 21 PWL(0 -1 0.1 0 0.1) +r=0 td=0.01*V5 12 8 SIN(0 0.00001V 100)R1 1 2 0.0001R2 3 4 0.0001R7 7 11 0.0001L1 3 2 10mHL2 0 4 5mHK12 L1 L2 0.tran 10us 2.5s.controlsave all @r1.r2.r7[p]save all @v1.v11.v2.v3.vk[p]save all @v1.v11.v2.v3.vk[i]runplot avg(v(1)*i(v1)).endc.end

*** transformer ****Fit-Range: 0-30V* transfomerV1 0 20 SIN(0 20V 100 0 0) V11 21 1 SIN(0 20V 1 0 5) V2 0 11 SIN(0 0V 100 0 0) Vk 20 21 PWL(0 -1 0.1 0 0.1) +r=0 td=0.01*V5 12 8 SIN(0 0.00001V 100)R1 1 2 0.01R2 3 4 0.01R7 7 11 0.01L1 3 2 10mHL2 0 4 5mHK12 L1 L2 0.tran 10us 2.5s.controlsave all @r1.r2.r7[p]save all @v1.v11.v2.v3.vk[p]save all @v1.v11.v2.v3.vk[i]runplot avg(v(1)*i(v1)).endc.end

*** transformer ***V1 0 20 SIN(0 20V 100 0 0) V11 21 1 SIN(0 20V 1 0 5) Vk 20 21 PWL(0 -1 0.1 0 0.1) +r=0 td=0.2* R1 = 0.02 => power destroyed* R1 = 0.0002 => power createdR1 1 2 0.0002L1 0 2 15mH.tran 1us 200s.controlsave all @r1[p]save all @v1.v11.vk[p]save all @v1.v11.vk[i]runplot avg(v(1)*i(v1))plot i(v1).end