Partnered Output Coils - Free Energy

[tinman]

Hi Brad,

My take on this that no current flows through at any time but the charging and discharging currents bring or take the charges as the outside circuit defines.

Gyula

Ok,so what about a DC current flow through a simple circuit-like that depicted below?.
When the switch is closed,will current flow through the cap?

[gyulasun]

Well, current will flow in the circuit when switch is closed, the bulb will bright up for a moment and get fade out as the capacitor charges up.  But current will not flow through the capacitor (like through the bulb), charges accumulate in the capacitor till 5V equlibrium sets in.
The charge current is made "visible" in this circuit. 

Gyula

[tinman]

Yes. And I read somewhere that it was in fact measured/proven.

Current does not flow through a capacitor; there is a changing E field (assuming the voltage across the cap is changing), which produces the changing B field as shown in this diagram. Exactly opposite to the case with our coils and core. In the case of a capacitor, a high permittivity dielectric serves the exact same purpose as the core in our coil; but it concentrates the E field.

Current dose flow through a capacitor,and that current is displacement current.
A changing electric field causes a changing magnetic field,and thus causes a displacement current flow through the capacitor.

[tinman]

Well, current will flow in the circuit when switch is closed, the bulb will bright up for a moment and get fade out as the capacitor charges up.  But current will not flow through the capacitor (like through the bulb), charges accumulate in the capacitor till 5V equlibrium sets in.
The charge current is made "visible" in this circuit. 

Gyula

Current dose flow through a capacitor in the form of displacement current.
See last comment of mine above.

[poynt99]

Current dose flow through a capacitor,and that current is displacement current.
A changing electric field causes a changing magnetic field,and thus causes a displacement current flow through the capacitor.

In the sense of current and how it "flows" through a conductor, no it is not the same.

It is a separation of charges across the plates of the capacitor. It is called "displacement current" because charges are being displaced.

The resulting B field occurs in the gap between the plates, so there are no free electrons (a conductor) to cause to flow there.