Magnetic Induction Cooking And Pacemakers?
There is simply no guidance I have found about this. I have to avoid heavily charging alternators, generators, welders, etc. But how about magnetic induction cooktops? A thousand watts of power conver...
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Fairy Tale? I am an PhD candidate in the "field" of electromagnetics. Fifty years ago I was pursuing a doctoral thesis on a laser hologragrafic projection of a. Electromagnetic field.
But counts as zero when trying to interface magnetic encoding into a medical device. Or to transduce electrical energy into a field projection without spending hundreds of hours mapping with a gaussmeter.
Magnetic encoding of pacemakers means placing a Transducer on the chest that is connected to a transceiver the size of a briefcase. Analysis is complicated. I'll keep it basic: pacemakers affect the minimum number of beats per minute and a 2 wire synchronizes atrial and ventricular beats. This is not within the realm of fairy tales nor guesswork, assumptions, or ignorance.
35 years ago I spent thousands of hours using a military grade pulse generator of 40 kilowatts potential. Under the wrong conditions it would and it did heat low MU metal to incendescense. That's >900F
I am interested in minimizing antagonistic heating in an environment of almost 100F with an R/H of > 60% The tiered kWh cost of operating an AC down here is absurdly high.
Yesterday I decided to search Boston Scientific for an email address and finally found one. This morning I almost fell out of bed seeing a response. An answer.
Here I will paraphrase their answers. Keep in mind this is directed at a 2017 model AV pacemaker from Boston Scientific.
Do not permit the device to come closer than 12 inches to the emitter
Do not lean over the emitter.
Touching the emitter or cooking vessel has no significance.
Today I am busy. Tomorrow I order a single element cooktop.
I will need to buy a magnetic sensitive sauce pan and griddle
And lose the micro fiber sweat band.
But counts as zero when trying to interface magnetic encoding into a medical device. Or to transduce electrical energy into a field projection without spending hundreds of hours mapping with a gaussmeter.
Magnetic encoding of pacemakers means placing a Transducer on the chest that is connected to a transceiver the size of a briefcase. Analysis is complicated. I'll keep it basic: pacemakers affect the minimum number of beats per minute and a 2 wire synchronizes atrial and ventricular beats. This is not within the realm of fairy tales nor guesswork, assumptions, or ignorance.
35 years ago I spent thousands of hours using a military grade pulse generator of 40 kilowatts potential. Under the wrong conditions it would and it did heat low MU metal to incendescense. That's >900F
I am interested in minimizing antagonistic heating in an environment of almost 100F with an R/H of > 60% The tiered kWh cost of operating an AC down here is absurdly high.
Yesterday I decided to search Boston Scientific for an email address and finally found one. This morning I almost fell out of bed seeing a response. An answer.
Here I will paraphrase their answers. Keep in mind this is directed at a 2017 model AV pacemaker from Boston Scientific.
Do not permit the device to come closer than 12 inches to the emitter
Do not lean over the emitter.
Touching the emitter or cooking vessel has no significance.
Today I am busy. Tomorrow I order a single element cooktop.
I will need to buy a magnetic sensitive sauce pan and griddle
And lose the micro fiber sweat band.
