The SG Radiant Oscillator

[Faraday88]

Ok i'm sorry too..
i choose not to comment on this any more..
Rgds,
Faraday88.

[John_Koorn]

Faraday88, you are not making any sense. What has this got to do with the SG Radiant Oscillator??? We are not charging with CONSTANT CURRENT! We are charging the battery with impulses of high voltage, NO current to speak of.

Sorry if I'm not "catching the concept" here.

John K.

[Faraday88]

Hi,

I'm Sorry, the Vessel V1 needs to have a constant capacity of Liquid contained in it, and the System which does this corresponds to a constant Power.
The quantity of the Liquid corresponds to the Current.
I never said about charging the receive Battery to a Voltage Higher than Source Battery, on the contrary i said the opposite.
I do'nt need to understand/or expect to be taughton 'Potential Difference' when i already understand the more basic aspect of the Broken symmetry which is fundamental to Voltage defination in Radiant Electricity.
rgds, Faraday88.

[John_Koorn]

Faraday88, so how do you explain where you can fill V2 before V1 is empty? That is not "constant current" right?

Also how do you explain where you can charge a battery to a higher voltage than the source battery? You don't need to be a couple of volts higher on the source battery than the charge battery. Not if you understand differential potentials.

John K.

[Faraday88]

Micheal,

Take it this way..... what do we do when we want to fully fill in an empty vessel V 2 with say a liquid....
we pour the liquid to be filled from another container say V1 which is full to its capacity..right?
when the liquid is poured in the other container (V2), the status of the result is flipped..that is the V1 is now empty and V2 is now full..
the same is true in a CONSTANT CURRENT mode of charging the battery , as a constant Current Implies CONSTANT POWER as well (Power= Energyx time), the Potential of the Battrey is 'attained ' as a result of this dump over time in the Conventional mode of CONSTANT CURRENT charging. (of course the Souce Voltage has to be couple of Volts above the Sink Dipole (Receive) Battery).
Hope you catch up the concept.
Rgds

[min2oly]

Perhaps constant source of potential, while realizing/borrowing the least amount of current?
kind regards,
Patrick

[Michael Luton]

I do not understand that a fully charged battery is a constant current source. As soon as a load is placed across a battery the current causes the battery voltage to decrease, as the voltage decreases across a given load decreases, the current also decreases. E=IxR . So if you are using a qualified statement could you let the those less informed of us know what your qualifiers are so we can understand?

[Faraday88]

Hi,

Let me tell you this: I learn'nt Battery charging concept in the Radiant way..and that's what i mean saying 'forgeting' (only if i ever knew what it was in the first place) the fundamentals.
and belive me its been all there and no one could figure it out (of course JB did it)... in conventional understanding, it
is called the CONSTANT CURRENT 'SOURCE'.and yes it is as simple as that.

rgds,
Faraday88.

Hi,

A 'Fully Charged' Battery implies that it is Constant Current (and hence constant Power) charged.
so, this when used with a Radiant Charger does a double gain between the battaries on the complition of one cycle.
rgds,
Faraday88.

[Faraday88]

Hi bedini man,

you are free to choose your motto.....which will soon chage perhaps very soon....

rgds,
Faraday88

[Faraday88]

Hi,

Let me tell you this: I learn'nt Battery charging concept in the Radiant way..and that's what i mean saying 'forgeting' (only if i ever knew what it was in the first place) the fundamentals.
and belive me its been all there and no one could figure it out (of course JB did it)... in conventional understanding, it
is called the CONSTANT CURRENT 'SOURCE'.and yes it is as simple as that.

rgds,
Faraday88.

[Prinsloo]

Thanks Faraday88

Eagerly awaiting your vid and pics.

Theunis

[Faraday88]

Hi Tom C,

Replacing the Transistor with an Electromechanical switch (Vibrator of the 70's) will make the Radiant Oscillator more apparent in its functioning..and throw more light on the Split-diode mechanism of the Charging.
Best Regards,
Faraday88.

[Faraday88]

Hi Theunis,
I suggest you think over the Split-Mechanism of the diode working on Charging a Battrey
Actually there are several version of the split diode charging, (John describes this in the begning of this thread) like essentially it can be one to as many Battries as one wishes on the secondary side. the concept of the Lamellar currents or branch currents which are asymmetrical between the two nodes (Polarities).
as J.B already stated, each of the battery will behave indepandently based on its impedance and the charging takes place accordingly.
i will soon post pics, video of my replication for all.

Thank you,
Rgds,
Faraday88.

[bediniman]

HaHa John I just have to say I love the new sign about theory and practice I'm still chuckling I think it will be my new motto!

[Prinsloo]

Hi Faraday88

This is good, looked like you had a Monologue with your self there for a while, (look at all the post ), did not want to spoil your train of though there for a moment - as I did not have anything to contribute then.

Would it be possible to enlighten the not have PHD's amongst us with a circuit diagram, as to understand what you have done,

I have tried the split diode of JohnB on two totally different sized FLA batteries, it was like they where seesawing up the voltages, first the one then the other, until they where both nearly full.

Thanks

Theunis