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Devices

PEMF is an fun top­ic. Most peo­ple who start research­ing are con­fused and skep­ti­cal because his­to­ry has been unfair to non-phar­ma­ceu­ti­cal tech­nolo­gies of all sorts. PEMF is an unfor­tu­nate mem­ber of this fam­i­ly of scorned tech­nolo­gies — most­ly because it is a long-rec­og­nized threat to the phar­ma­ceu­ti­cal indus­try.

The large and grow­ing pop­u­la­tion of indi­vid­u­als with pos­i­tive expe­ri­ence con­tra­dict the dog­ma that health is not influ­enced by elec­tri­cal ener­gy — and that ener­getic devices lack effi­ca­cy.

One goal of this forum is to set­tle some of the con­fu­sion about these devices.

This forum’s goal is to enter­tain rea­son­able tech­no­log­i­cal dis­cus­sion about the Plas­ma Dis­charge Devices.

It’s impor­tant to rec­og­nize that there are two dif­fer­ent cat­e­gories of Elec­tro­mag­net­ic Ther­a­py Devices:

So the first thing we’ll do is help you fig­ure out what kind of device you’re study­ing.   It’s the dif­fer­ence between hum­mers ver­sus ringers… The biggest cat­e­go­ry is Res­o­nant devices.

About Hummers

Pulsed Electromagnetic Field Therapy

Res­o­nant devices are most eas­i­ly explained with a pic­ture.  These are wave­forms like those pro­duced by dif­fer­ent res­o­nant devices. The amount of time it takes for one com­plete wave­form is called the fre­quen­cy.

The shapes of the waves reflect the wave­form.

Some­times these devices will “sweep” which is to go from one fre­quen­cy to anoth­er — but they always out­put a repeat­ing sig­nal.

Res­o­nant device man­u­fac­tur­ers use the word  “pulse”, as in pulsed elec­tro­mag­net­ic device,  mis­lead their read­ers — because a “Pulse” is a very dif­fer­ent wave­form than any of these reg­u­lar waves.

Let’s talk about puls­es now — or Ringers.

Ringers

Pulsed Electromagnetic Field TherapyA Pulse is a dis­crete event, like a blast — trig­gered from a sud­den release of ener­gy.

Here is what a pulsed wave­form tends to look like.  Note that this is a sin­gle event.  The ups-and-downs are echoes that hap­pen when ener­gy bounces around the anten­na before it leaves.

Pulse events tend to make items res­onate at their own fre­quen­cy.  Think about ring­ing a bell — you hit the bell and it rings.  The hit is the pulse, and the ring­ing that hap­pens — is at the fre­quen­cy defined by the bell.  So if you graph a ring — there’s the hit — and then the ring.   The fre­quen­cy of the ring comes from the enti­ty that received the ener­gy.

Pulsed Mag­net­ic Devices — make cells ring at their own fre­quen­cy.  Cells are like bells.

Electromagnetic Devices

Mag­net­ic devices are either hum­mers or ringers.  Here are a few clues to help you sort them into dif­fer­ent cat­e­gories.

To help with this sort­ing, we’re going to cre­ate some fil­ter ques­tions for Pulsed Devices:

  • Does it run on a spark or high volt­age gen­er­a­tor?
  • Does it have a pow­er­ful pulse — mea­sured in 1000+ Guass?
  • Does it make a noise when it trig­gers?
  • Can you feel it?
  • A true Pulsed Elec­tro­mag­net­ic Device will usu­al­ly answer yes to all these.

That said, we do care about the oth­er devices because we feel it’s impor­tant for our audi­ence to under­stand why the dif­fer­ences may be impor­tant to them.

To fig­ure out if it is a Res­o­nant Device:

  • Does it have declare square or saw­tooth wave?
  • Is the device focused on deliv­er­ing a “fre­quen­cy”?
  • Is the pow­er described as Gauss <300 ?
  • Can you feel it?
  • If you answered yes to these ques­tions then it’s prob­a­bly a Res­o­nant Device that pro­duces a wave­form instead of a pulse.

Okay — so the real ques­tions is what are they good for…

What is the dif­fer­ence between Plas­ma Dis­charge and har­mon­ic devices?

There are two dif­fer­ent cat­e­gories of devices, and they are as dif­fer­ent as cats and dogs, but both are ani­mals because both use an elec­tro-mag­net­ic field to trig­ger phys­i­o­log­i­cal effects.

Like ani­mals, the char­ac­ter­is­tic of the field defines the effect.  Res­o­nant and Plas­ma Dis­charge fields are very dif­fer­ent in char­ac­ter, and there­fore effect.  As dogs are poor at catch­ing mice, cats are poor at keep­ing fox­es out of the chick­en house.  The per­for­mance and cost of each device suits dif­fer­ent needs.

Tech­ni­cal­ly speak­ing:

So, in our opin­ion, both are valu­able.  Res­o­nant devices tend to fit health-main­te­nance require­ments, while Plas­ma Dis­charge Devices tend to be bet­ter suit­ed to health repair appli­ca­tions.

This forum specif­i­cal­ly address­es to pulse dis­charge devices or Plas­ma Dis­charge Device, which are dif­fer­ent from  res­o­nance devices which uti­lize var­i­ous wave­forms.

The basic ques­tion boils down to “Which is bet­ter?” Well that’s an unfair ques­tion and it depends on the prob­lem the device is being used to solve. Here are some guide­lines:


      
      
    

Plasma Discharge

Plas­ma Dis­charge Devices (PDDs). TSDDs are spark-dis­­charge devices. TSS­Ds oper­ate when a high volt­age accu­mu­lates in a volt­age cir­cuit. The volt­age is exposed across a spark gap, usu­al­ly filled with air or oth­er gas. When the volt­age exceeds the ion­ic break­down volt­age of the insu­lat­ing gas, a spark occurs. The spark cre­ates a “plas­ma” zone. …

Resonant Devices

What is the dif­fer­ence between Plas­ma Dis­charge and har­mon­ic devices? There are two dif­fer­ent cat­e­gories of devices, and they are as dif­fer­ent as cats and dogs, but both are ani­mals because both use an elec­tro-mag­net­ic field to trig­ger phys­i­o­log­i­cal effects. Like ani­mals, the char­ac­ter­is­tic of the field defines the effect.  Res­o­nant and Plas­ma Dis­charge fields …

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