RESONANCE EFFECTS FOR EVERYONE TO SHARE

[jadaro2600]

After Review of other physics lectures available, there is a strong likelihood that any given coil will have multiple resonant frequencies.

Finding the right resonant frequency - as in the strongest of all the frequencies - is the appropriate goal.

perhaps attempting to double wind a coil, hit a resonant frequency in the main while leeching off of the secondary - a device will have to be preloaded in order for the entire unit to become resonant and utilize / conserve energy.  It won't be any different that starting up a motor, watching the amps go down and the motor begin to spin and create the notion of conservation of energy.

A car only require so much horsepower to maintain speed.

Resonant frequencies of a coil may be found, but is there and real use in finding it in just one coil?  Wouldn't the resonance have to accumulate throughout the entire circuit taking into account all of the surrounding inductances, etc?

[sparks]

@ Jadaro

    If we use the coils of a motor as the inductor in a resonant circuit.  Within the inertial frame of the resonant lc circuit the rotation of the motor and mechanical loading of such is not there.  The motor loading resides in the inertial frame between the motor shaft and stator only.  The oscillations of the resonant circuit  therefore are undamped by the motor loading.  Einstein or someone said that all physics are the same for every inertial frame of reference.  The problem occurs when the observer has to look at two inertial frames of reference at the same time.
What laws govern the interaction of two inertial frames of reference seems to be where quantom physics falls apart. 

[Groundloop]

Hi,

For those of you that are building my new micro controller H-Bridge switch:

Finding the 80uF 330V electrolytic capacitor may be difficult. Please go to your photo
shop and ask for a discharged Kodak Fun Flash camera. (Or buy a new one).
Inside that camera is a electrolytic capacitor that fits the PCB 100%.

For those of you that must program a PIC16F84A mcu, please
go to my web site here: http://home.no/ufoufoufoufo/vspp/vspp.htm and build the very simple
pic programmer. Down load the pic programmer exe file that controls the hardware. You MUST
use a PC that have a serial RS232 connector. An USB to serial converter will NOT work.

You can also use a ready bought programmer. Please use a socket for the PIC mcu on
the board. The only way to reprogram the mcu is by removing the IC from the socket and
plug the IC into an external programmer.

Now go to Microship web site (link provided on same page) and download MPLAB. You may need
that later. Get the pic source files from my post in the forum. The provided HEX file can be
downloaded to the pic mcu with the hardware and software described. You will ONLY need MPLAB
if you want to change or make a new software for the PIC mcu.

There is one issue with this version of the switch. Do NOT switch off or disconnect the signal
generator when the switch is running. Disconnect the switch high power side or switch off
the run/stop switch before disconnecting the signal generator. Later on I will try to make a
software that will allow a SG to be disconnected when the switch is running.

And, be careful when handling the switch. High voltage may be in the 80uF capacitor
even when switched off. Do not touch the switch when running high voltage. Use a heat
sink for the transistors. Insulate the transistors from the heat sink.

Groundloop.

[wattsup]

@Groundloop

Thanks for the circuit that I got two days ago and also for your great work. I will be sending it to Naji so he can populate it for me. One hell of a weight off my shoulders I must say. My brother works as a machine language programmer for a communications company so if we need any programming, he can do it for us.

Also, I am putting up two photos of the chemical dosage pumps solenoid and circuit that I had mentioned earlier. The one I changed out the other day. lol

It has a blown IRF840 (have a few on hand - lol) so I will replace it and do some testing with the circuit. This particular circuit design has proven itself to be extremely reliable (even if it blew but after more then 5 years) given the fact that it is pulsing a rather large solenoid coil at 2 pulses per second each time the homeowners water pump goes on, this circuit goes on.  The IC has the Texas Instruments logo on it and the following - 1st line - 3BAJ30M and 2nd line - TLC5561N. I don't know anything about the circuit but am wondering if the two pots are used to adjust the pulsing rate and duration. I'll see when I change the transistor.

[Groundloop]

@wattsup,

Ask your brother to take a look at the source code. Maybe he can implement the self run code.
One nice feature will be that the code also checks for SG input and shut off the switch if no
signal generator signal is present. I have little time right now to work on the code so all help
is appreciated.

Groundloop.