Cure diseases and more with electricity? Has anyone seen this yet?

[broli]

The simple way, Arduino with LCD menu so you can easily change any perimeter with out rebuilding the hardware. It is what I use.
The PWMs will do 0 to 400khz in any step with the menu buttons.

http://ebnstore.net/index.php?page=shop.product_details&flypage=flypage.tpl&product_id=7&category_id=2&option=com_virtuemart&Itemid=2

Thanks for opening my eyes to the world of PICs. Since I have enough coding experience this should be a breeze to program in that scripting language. It's well worth the price too. Thanks for bringing this up, I always thought PICs were daunting beasts only approachable with assembly languages and lots of headaches  .

[IronHead]

Programing is all ready done and pre loaded for this task. But you can always do you own as well
BTW  it has 6 PWMs  so you can do up to 6 areas on the body at the same time or any sequence in any combination. I just do 2 , 1 on each wrist.
Also you can make your own mag coil and hook it right up  with a few adjustments on the menu for pulse, duration and so on and you have a electromagnetic treatment system as well.

[eastcoastwilly]

Programing is all ready done and pre loaded for this task. But you can always do you own as well
BTW  it has 6 PWMs  so you can do up to 6 areas on the body at the same time or any sequence in any combination. I just do 2 , 1 on each wrist.
Also you can make your own mag coil and hook it right up  with a few adjustments on the menu for pulse, duration and so on and you have a electromagnetic treatment system as well.

You could also very easily use the Arduino to make Silver Colloid. Use the analog input to the Arduino to measure water conductivity every 15 mins or so and get a ballpark estimate on PPM of the concentration you select. Dr. Len Horowitz sells a Silver Solution that is made using 528 Hz dunno if this actually matters but this would be trivial with the Arduino a well.

Look forward to hearing more developments

Will

[amigo]

Microcontrollers are not a problem for me as I have done some work in the past with both PIC and AVR and can figure out most things pretty fast. C is my weapon of choice as my uC ASM is a bit rusty these days...

Though everyone seems to be eager to redesign old things, new Beck circuit etc. Why fix something that's not broken I ask?

I personally believe that we need to focus on something else. We can use the existing circuits as they are, but we need to develop ways of determining whether these (existing or new) circuits actually DO something or not in the body (and how beneficial they are). THAT is more (if not most) important, in my humble opinion, than using Arduino or making a new Beck pulser.

Yes, I know that sounds "so boring" compared to building a fancy new uC driven PWM circuit with some kind of feedback and other goodies, but what's it good to us if there's no way of knowing which frequency works or whether the polarity should be alternated, should the design be based on electromagentics (transverse waves) or magnetodialectrics (longitudinal waves) and so on.

Matter a fact a new design could be causing harm without us even knowing, and that is a major consideration to have in mind.

[IronHead]

"Though everyone seems to be eager to redesign old things, new Beck circuit etc. Why fix something that's not broken I ask?"

I did not go for the redesign. It is just cheaper and you get both devices in one really. And Arduino is open source. Also you can use it for other stuff too.