Example of Poor Coil Design in a Medium Intensity PEMF
One of the Big Surprises was the Sedona Pro (and will be close to the same for MAS pemf). The Surprise here was how low the slew rates of the Sedona were (well under 1 T/s). The reason they are so low is the inductance in the Sedona coils is HUGE. The problem is there are way too many windings that effectively create a LOT of resistamce which means the magnetic field cannot change fast enough. Even though their intensities reach 50 Gauss (medium intensity), their slew rates are dismally low because of the slow rise time.
One of the Big Surprises was the Sedona Pro (and will be close to the same for MAS pemf). The Surprise here was how low the slew rates of the Sedona were (well under 1 T/s). The reason they are so low is the inductance in the Sedona coils is HUGE. The problem is there are way too many windings that effectively create a LOT of resistamce which means the magnetic field cannot change fast enough. Even though their intensities reach 50 Gauss (medium intensity), their slew rates are dismally low because of the slow rise time.
Sedona Mat Spectral Content
Sedona Pillow Spectral Content
Sedona Electrosmog Test
Sedona Mat MAX Slew Rate and Intensity - 0" [Need this]
Sedona Mat CENTER Slew Rate and Intensity - 0"
Sedona Mat Min Slew Rate and Intensity - 0"
Sedona Mat Center Slew Rate and Intensity - 1"
Sedona Mat Center Slew Rate and Intensity - 2"
Sedona Mat Center Slew Rate and Intensity - 3"
Sedona Mat Center Slew Rate and Intensity - 4"
Sedona Mat Center Slew Rate and Intensity - 5"
Sedona Pillow Max Surface Slew Rate and Intensity - 0" [NEED]
Sedona Pillow Min Surface Slew Rate and Intensity
Sedona Pillow Center Surface Slew Rate and Intensity - 0"
Sedona Pillow Center Surface Slew Rate and Intensity - 1"
Sedona Pillow Center Surface Slew Rate and Intensity - 2"
Sedona Pillow Center Surface Slew Rate and Intensity - 3"
Sedona Pillow Center Surface Slew Rate and Intensity - 4"
Sedona Pillow Center Surface Slew Rate and Intensity - 5"