Stewart's Corral

continuation of "About me" (part 3) and
Testing with Electrosmog meters

page 34

visitor #

Index	About Me and EHS
Introduction and Awareness. Real or imagined About me, part 1 How it started About me, part 2 Ongoing saga	Searching for EM-Smog Meter Evaluation Conversion chart and entry table Features to Look For Specifications Emissions More Meters Evaluation in Urban Measuring a cell phone	Indoor Equipment Evaluation part 3 Measuring cellular and smartphones part 8 Spectrum analysis graphs part 7	LIBRARY— Health Links part 4, Book and video recommendations, Top research picks.

The impact of different levels of electromagnetic signals

Show W/m² or V/mShow W/m² or V/m Click to toggle units. Requires newer browser.
	0.001 µW/m² 0.6 mV/m	analog TV and radio still working at distance from tower. Considered safe.
	0.030 µW/m² 3.4 mV/m	solar wind
	0.004 mW/m² 38.8 mV/m	serious sleeping, learning & mental state disorders according to the Schwarzenburg studies
	0.050 -- 137.3 --	This was the power flux density in the US embassy in 1953-1975, when the USSR radiated the embassy for espionage reasons (Link). A great many employees got seriously ill even though levels were 100,000 times below the US safety limit. The source is, among other authors, Prof. Dr. Gerard Hyland from the Physics Institute of the University Warwick, who was terribly harassed for his bold commitment to spread the truth: His articles were published in scientific journals such as the Lancet and the Microbiological Letters, and he also worked for STOA, a scientific institution of the European Union.
	0.200 mW/m² 274.6 mV/m 0.27 V/m
	0.100 mW/m² 0.19 V/m	The German carmaker BMW has set this limit for all offices & factories around the globe.
	0.400 mW/m² 0.39 V/m	DECT phone at 10m (33ft)
	0.500 mW/m² 0.43 V/m	significant reduction of spermatozoa
	1.680 mW/m² 0.80 V/m	Mice die out completely after 5 generations, i.e. they become 100% infertile.
	2.500 -- 2.700 mW/m² 0.97 -- 1.01 V/m	Exposition when working with a PC when Wi-Fi is active. Significant deterioration of many parameters indicative of mood, mental state & performance ability in a double-blind study.
	5.000 mW/m² 1.37 V/m	Already after a brief exposition between 20 minutes & 2 hours, up to 50% of the brains of the 1,600 laboratory rats were damaged, as documented by the Lund studies after 10 years of research.
	15.0 mW/m² 2.38 V/m	According to Dr. Andreas Varga, continuous irradiation at this level kills 100% of the fledglings in the egg. Animals die out in the same generation because 100% of the births are stillbirths.
	20.0 mW/m² 2.74 V/m	Russian safety limit.
	25.0 mW/m² 3.07 V/m	blood-brain barrier opens, which leads to serious neurologic diseases.
	150.0 mW/m² 7.52 V/m	DECT phones 0.5m (20in) away. DECT phones are a problem because they do not turn off. They transmit 24/7 at full power, just like Wi-Fi. Cell phones have a variable transmit power to save the battery.
	240.0 mW/m² 9.51 V/m	Animal testing has proved already that after 2 hours of not very strong irradiation, 2% of the brain cells of young rats were irreversibly necrotized.
	4 W/m² 38.8 V/m	Handset of a DECT phone at 2cm (5in) distance, i.e. in the outer layers of the brain. This is 100,000 times more than the power flux density in the US embassy where 2 ambassadors in a row came down with leukemia...
	10 W/m² 61.4 V/m	German UMTS limit - may be exceeded when a number of cell phones are active. USA FCC and Canada "Safety Code 6" Maximum Permitted Exposure limits for continuous radiation.

The number of brain tumors is exploding by a factor of 20. Reduce your exposure!

Indoor Equipment Evaluation

This section will grow as I add many measurements I have made... This page is a work in progress.

This last month I attempted to duplicate my quiet computer, but found it incredibly more complicated than I first thought. I need to create an entire table of what components I swapped out and what readings I got... Work in Progress...

Processor speed

The following 2 pictures are both the same ASUS A7V880 motherboard, AOpen 250W ATX power supply, graphics card and memory, running the same MemTest86 v4.1 program,
but if I change the processor, or even just the Front Side Bus speed on the same processor, I can get Wildly opposite emissions of EMR (aka Electro-Smog).

Sempron3000

2088MHz (166Mhz FSB)
0.166 mW/m²

2400MHz (200MHz FSB)

1.451 mW/m²

Thoroughbred2000

1250MHz (100Mhz FSB)

0.085 mW/m²

1667MHz (166Mhz FSB)
0.428 mW/m²

Barton3200

1100MHz (100Mhz FSB)
0.112 mW/m²

1463MHz (133Mhz FSB)
0.605 mW/m²

1826MHz (166Mhz FSB)
2.002 mW/m²

2200MHz (200Mhz FSB)
0.711 mW/m²

Other motherboards I have tested:

Computer configuration being measured, case open, zero distance to cpu or boards	Acoustimeter	Cornet	GS units
Micronics 09-00273-16 M55Hi Plus Socket7 Intel Pentium 167Mhz with 32Mb of RAM	0.09 V/m	0.008 mW/m²	US Power 85 gs
Asus A7V8X-X Athlon2000, Nvidia GeForce 5900 Ultra	0.18 V/m	0.270 mW/m²	Aopen 192 gs
Asus A7V8X-X Athlon2000, remove Nvidia		0.036 mW/m²	Aopen 183 gs
Asus A7V8X-X Athlon2000, Change power supply		0.091 mW/m²	Sunpower 120 gs
MSI K7T266 Athlon1700	0.21 V/m	0.039 mW/m²	Aopen 230 gs
Asus M4N68T-M Sempron140 2700Mhz	0.09 V/m		Corsair 1999 gs
Asus M4N68T-M Sempron140 2700Mhz, Change power supply So it is not the motherboard that is the problem. . . it is getting a low-noise low-RF-emission power supply that does not generate dirty electricity.	0.02 V/m	0.009 mW/m²	Sunpower 210 gs
Asus A7V880 Sempron3000, Nvidia GeForce 5200 This looks like the best I'm going to get. And it lasted many years. (The M4N68T-M bothered me more than the A7V880.)	0.29 V/m	0.166 mW/m² range: 0.112-0.240	Sunpower 155 gs
2015: several years later, I'm ready to give it another go:
Asus Sabertooth 990FX FX6300 3500MHz + Radeon R5 230A	0.22 V/m	0.45 V/m 0.537 mW/m²	Raidmax >1999 gs
Asus Sabertooth 990FX FX6300, Change power supply; SSR-350ST	0.21 V/m	0.29 V/m 0.227 mW/m²	Seasonic 225 gs
Asus Sabertooth 990FX FX6300, Change power supply; SSR-650RM	0.21 V/m	0.24 V/m 0.159 mW/m²	Seasonic 145 gs
Choosing the right power supply is better, but Not good enough. The Low-EMF specs did not produce the desired results.
2018: years later again, now applying what I learned about SOC computers. (System On Chip) Focusing on Low-Energy motherboards, the lower the better. Energy efficient = Low emissions.
ECS Elitegroup AMD A6-5200 Quad Core Processor Mini ITX DDR3 1600 Motherboard KBN-I/5200 , TDP is only 25 W + SSR-650RM	0.10 V/m	0.10 V/m 0.027 mW/m²	Seasonic 98 gs
and we have a winner! After 2 decades I can finally upgrade my desktop computer to something faster.

2020: Let's take this one step further, how about a really small SOC that has no large power supply, and can run off-grid by DC battery?

device being measured

Acoustimeter
at zero distance, and
distance for audio to disappear

SSP2

Zap Checker 180
at zero distance, and
distance to get 5 at 10

Cornet ED88T+
at zero distance

ED85-EXS

Dr.Gauss
at zero distance,
and distance to
get <= 0.2mG

TF2 peak
(not moving)
at zero distance,
and radius of bubble

Raspberry Pi 4B
+ Argon One case
+ Canakit 5V 3.5A USB power adapter

(Wifi and BT turned off and blacklisted by modprobe)

top aluminum
0.02 V/m

4 inches (10 cm)

0.317 µW/m²
0.0003 mW/m²

30 at sensitivity 6
4.5 inches (11 cm)

M 22.9 mg
6.5 inches

E >1000 V/m
25 inches
63 cm

RF 0.006 mW/m²
0.047 V/m
0.5 inches

ADC 12.3 mV

>10 mG

3 inches
(8 cm)

M 5.6 mg
3.5 inches

E >1000 V/m
32 inches
81 cm

RF 0.102 mW/m²
102 µW/m²
0.196 V/m
1.5 inches

bottom plastic
0.03 V/m

11 inches (28 cm)

3.59 µW/m²
0.0036 mW/m²
0.037 V/m
5 inches (13 cm)

90 at sensitivity 6
5 inches (13 cm)

>10 mG

3.5 inches
(9 cm)

The Canakit AC adapter made for the Pi adds 0 gs and 0 mV to the AC mains. It is possible to find a quiet wall wart for 5V USB power.

The Pi is not bad, the noise radius is manageable. I would Not recommend a plastic case or running without a case.
I will have to keep my eye open for an all metal case. This also makes heat dissipation possible without fans.
Only uses a few watts. 11 W at most.

Power Supply

ATX Power Supply Unit being measured	Acoustimeter at zero distance	Cornet at zero distance	GS meter (Graham-Stetzer) measuring line noise
AOpen 250W	<0.02 V/m	Below thresholds <7.1 mV ADC	155 alone 225-333 with ASUS A7V880 Athlon2000 1250MHz
Coolmax 350W	0.02 V/m	Below thresholds	360 alone 940 with ASUS A7V880 Athlon2000 1250MHz
Corsair CX430	0.09 V/m	Below calibrated threshold 7.5 mV ADC	940 alone 1999 with ASUS M4N68T-M Sempron140 2700MHz
Sunpower SAP-6300 300W	<0.02 V/m	Below thresholds	130 alone 155 with ASUS A7V880 Sempron 2088MHz 168 with ASUS M4N68T-M Sempron140 2700MHz
2nd Sunpower SAP-6300 300W hoping to duplicate first	<0.02 V/m	Below thresholds	535 alone 284-432 with ASUS A7V880 Athlon2000 1250MHz
US Power 250W	<0.02 V/m	Below thresholds <7.1 mV ADC	64 alone 85 with Micronics 09-00273-16 Pentium 167MHz
several years later, I'm at it again, seeking a replacement motherboard:
Raidmax RX-530SS	0.04 V/m	0.0518 V/m 10.3 mV ADC	1900 alone >1999 (overload) with ASUS Sabertooth 990FX
Raidmax RX-530SS	0.78 V/m at power cord, backfeeding into AC.		1900 alone >1999 (overload) with ASUS Sabertooth 990FX
Seasonic SSR-650RM Rated 80 PLUS Gold Certified	<0.02 V/m	7.2 mV ADC	160 alone 225 with ASUS Sabertooth 990FX
Seasonic SSR-650RM Rated 80 PLUS Gold Certified	0.05 V/m at power cord, no backfeeding into AC.		160 alone 225 with ASUS Sabertooth 990FX
2017. My 17 year old Sunpower finally died. Here are the replacements I'm trying.
Seasonic SSR-350ST Rated 80 Plus Bronze Certified	0.09 V/m	8.0 mV ADC	from 35 off to 840 GS on alone Didn't measure raw increase with ASUS A7V880 Athlon2000 but did measure 40 with GS filters on the line
Seasonic SSR-350ST Rated 80 Plus Bronze Certified	0.02 V/m at power cord, no backfeeding into AC.
EVGA 450W Bronze	0.03 V/m 9 inches (23 cm)	Below thresholds <7.1 mV ADC	>1999 alone (overload), so did not bother to test in computer
EVGA 450W Bronze	0.02 V/m at power cord, no backfeeding into AC.	Zap Checker: 40 @ 7 sensitivity 7 inches (18 cm)	Mag-field: 294 mG and 9 inches radius E-field: 393 V/m and 4 inches radius.
Seasonic SSR-550RW	0.10 V/m 36 inches (91 cm)	7.5 mV ADC	1460 GS alone
Seasonic SSR-550RW	0.06 V/m at power cord, backfeeding into AC.	35 @ 7 sensitivity 60 inches (153 cm)	Mag-field: 244 mG and 9 inches radius E-field: 351 V/m and 3 inches radius.
It just got worse and worse...the more I tried to find a quiet PSU... So the solution is to take the Seasonic SSR-650RM Gold certified PSU away from the backup Sabertooth case, and plug it into the primary computer, ah, much better.			160 alone _?_ with ASUS A7V880 Athlon2000

Regarding the 2nd Sunpower: Expecting the same model# to perform equally quiet? Nope! Maybe because it was used.

The Raidmax generated so much line noise, back-feeding into the AC mains, that it interferred with communications scanners and radios. This kind of "dirty electricity" can be measured with the GS meter, or on an oscilloscope, and so is not restricted to complaints of "sick-building syndrome" and ES induced headaches. Actual RF interference can affect other "normal" equipment as well. It's too bad nobody advertises which of their products are low-emissions of the type I'm concerned with.

"Alone" actually means it is plugged into a power supply tester with dummy load, thereby removing the motherboard and components from affecting the test.

Computer equipment

(green indicates approval)

device being measured

Acoustimeter
at zero distance, and
distance for audio to disappear

Zap Checker 180
at zero distance, and
distance to get 5 at 10

Cornet
at zero distance

GaussMeter
at zero distance,
and distance to
get <= 0.2mG

GS meter

TF2 peak
(not moving)
at zero distance,
and radius of bubble

Asus A7V880
Nvidia Geforce FX5200
Sunpower 300W ATX power supply
Lian-Li Aluminum tower case

0.05 V/m outside of case
= 0.007 mW/m²

2 feet (61 cm)

60 at sensitivity 7

4 inches (10 cm)

0.006 mW/m²
-49.5 dBm

1 mG

24 inches
(61 cm)

155 gs

Planar PL1700 LCD

0.03 V/m
= 0.002 mW/m²
12 inches (30.5 cm)

90 at sensitivity 7
25 at sensitivity 6
6 inches (15 cm)

Below calibrated threshold,
Test mode detects
approx≅ 0.0006 mW/m²

6 mG

16 inches
(41 cm)

Sound recording at front of monitor when on.

IBM 101 keyboard
(upper right leds are hot spot)

0.02 V/m

0.5 inch (1 cm)

90 at sensitivity 9
30 at sensitivity 8
0.5 inch (1 cm)
above keys:
50 at sensitivity 10

RF 0.029 mW/m²
0.104 V/m
1 inch

IBM 3-button mouse
Model# M-S35
FRU Part# 76H6620

0.02 V/m

0.5 inch (1 cm)

70 at sensitivity 10
40 at sensitivity 9
10 at sensitivity 8
3 inches (7.6 cm)

below thresholds

0.17 mG

n/a

Logitech 3-button mouse
Model# M-CAA43

0.02 V/m

1.5 inch (4 cm)

100 at sensitivity 7
20 at sensitivity 6
6 inches (15 cm)

below thresholds

5 mG

5 inches (13 cm)

n/a

Logitech 3-button Trackman Marble+
Model# T-CL13

0.02 V/m

0.5 inch (1 cm)

90 at sensitivity 7
65 at sensitivity 6
12 inches (30 cm)

Below calibrated threshold,
Test mode detects
approx≅ 0.0005 mW/m²

0.6 mG

3 inches (8 cm)

n/a

Canon Pixma iP6220D
inkjet printing

0.23 V/m = 0.140 mW/m²

12 feet (365 cm)

90 at sensitivity 7

11 inches (28cm)

0.019 mW/m²
-45.0 dBm
when printing

7 mG

24 inches
(61 cm)

ActionTec 56k dialup modem

0.07 V/m = 0.013 mW/m²
5 feet (152 cm)

90 at sensitivity 1
3.25 feet (100 cm)

0.002 mW/m²
-54.3 dBm

10 mG

Reference levels

Background levels,
middle of room
electric field = 100 - 500 mV AC
depending on location and
proximity to grounded objects

M 0.0 mG
E 0 V/m
RF 0.000 mW/m²

Background levels,
middle of forest valley
electric field = 0 mV AC

2017: My quiet Planar finally broke, so I'm on the hunt for a new monitor.

Panasonic TC-L42U22
42 inch flat screen LCD HDTV

front
0.02 V/m
12 inches (30 cm)

90 at sensitivity 9
40 at sensitivity 8
2 feet (61 cm)

Below calibrated threshold

2 - 14 mG

3 feet
(91 cm)

back
0.09 V/m = 0.021 mW/m²
11 feet (335 cm)

40 at sensitivity 10

8 inches (20 cm)

0.003 mW/m²
-52.8 dBm

6 - 14 mG

3 feet
(91 cm)

Viewsonic VX2376-SMHD
23" IPS 1080p

front
0.03 V/m
9 feet (274 cm)

80 at sensitivity 6
9 inches (23 cm)

0.0006 mW/m²
8.0 mV ADC

3 mG

11 inches
(28 cm)

36 V/m

4 feet
(122 cm)

back
0.07 V/m = 0.013 mW/m²
11 feet (335 cm)

10 at sensitivity 5
100 at sensitivity 6

11 inches (28 cm)

0.007 mW/m²
17.0 mV ADC

28 mG

41 V/m

2018: The Viewsonic became louder over time, so looking again for a quiet monitor, trying Planar again, since it was so good in the past.

Planar PLL2410W
24" LED LCD 1080p

front
0.02 V/m

30 inches (76 cm)

85 at sensitivity 8
3 inches (8 cm)

Below calibrated threshold
7.2 mV ADC

17 mG

13 inches
(33 cm)

32 V/m

9 inches
(23 cm)

M 1.8 mg
5 inches
E 61 V/m
8 inches

RF 0.092 mW/m²
0.186 V/m
3 inches

back
0.02 V/m
30 inches (76 cm)

90 at sensitivity 8

5 inches (13 cm)

Below calibrated threshold
7.2 mV ADC

23 mG

20 inches
(51 cm)

36 V/m

7 inches
(18 cm)

device being measured

Acoustimeter
at zero distance, and
distance for audio to disappear

Zap Checker 180
at zero distance, and
distance to get 5 at 10

Cornet
at zero distance

GaussMeter
at zero distance,
and distance to
get <= 0.2mG

Cornet E field

TF2 peak
(not moving)
at zero distance,
and radius of bubble

The column header is changing, as better test equipment is acquired over the years.

2021: Can I find an off grid solution? Testing for a quiet 5V monitor:

device being measured

Acoustimeter
at zero distance, and
distance for audio to disappear

SSP2

Zap Checker 180
at zero distance, and
distance to get 5 at 10

Cornet ED88T+
at zero distance

ED85-EXS

Dr.Gauss
at zero distance,
and distance to
get <= 0.2mG

TF2 peak
(not moving)
at zero distance,
and radius of bubble

NexiGo NXG-PMFHD15
15.6" QLED IPS 1080p HDMI USB-C powered

front, from HDMI plug
0.06 V/m

10 feet (305 cm)

5.55 µW/m²
0.0056 mW/m²
0.046 V/m

4.25 feet (130 cm)

100 at sensitivity 6
20 at sensitivity 5
6 inches (15 cm)

M 4.8 mg
3 inches

E 686 V/m
35 inches

RF 0.0098 mW/m²
0.061 V/m
1 inch

ADC 20.7 mV

8 mG

4 inches
(10 cm)

M 9.1 mg
4 inches

E >1000 V/m
32 inches

RF 0.251 mW/m²
0.308 V/m
4 inches

This HDMI cord was the source of a serious problem. It will require a better shielded cord to make this work. When the HDMI cord is unplugged, the radius drops to 6 inches (15 cm) and the sound changes completely. Of course the signal processor is now turned off, so it may be difficult to separate the two noise sources. This NexiGo monitor makes me feel sick, I'm calling this test a failure.

The Acoustimeter and SSP meters are clear winners in measuring the radius of noise bubbles.

Elsewhere in the home:

Home Appliances

Make and model of Heater	Acoustimeter	Cornet	Dr. Gauss Meter	GS meter
Crest ceramic HEAT 1500W	0.02 V/m	below thresholds	0.2 mG at 2-3 ft. 10 mG at 4 in. 75 mG at 0 ft.	no change
EdenPure model 3	0.02 V/m	below thresholds	0.2 mG at 7 ft. 10 mG at 2 ft.
Delonghi 5108 (c.1990) LOW setting	<0.02 V/m	below thresholds	0.2 mG at 18 in. 10 mG at 7 in. 29 mG at 0 ft.	no change
Delonghi 5108 (c.1990) HIGH 1500W setting	<0.02 V/m	below thresholds	0.2 mG at 2 ft. 10 mG at 8 in. 61 mG at 0 ft.	no change
Delonghi EW7707CM (2011) HIGH 1500W setting	<0.02 V/m	below thresholds	0.2 mG at 3 ft. 10 mG at 16 in. 68 mG at 0 ft.	no change
Make and model of Kitchen appliance	Acoustimeter	Cornet	GaussMeters	GS meter
Frigidaire (c.1990) measured from back	<0.02 V/m	below thresholds	0.2 mG at 8 ft. 10 mG at 3 ft.	no change
Frigidaire measured from front	<0.02 V/m	below thresholds	0.2 mG at 4 ft. 10 mG at 12 in.	no change
Oster 10-speed blender 641-13J (1969)	0.08 V/m	0.005 mW/m²	0.2 mG at 7 ft. 10 mG at 13 in. 110 mG at 1 in. 200 mG at 0 ft.	1060 gs
Oster Regency Kitchen Center 970-04A (c.1980)	0.20 V/m 0.03 V/m at 10 ft.	0.013 mW/m²	0.2 mG at 9 ft. 10 mG at 18 in. >200 mG under 2 in.	360 gs
Vitamix (2010)	0.08 V/m	0.007 mW/m²	0.2 mG at 13 ft. 10 mG at 3 ft. 121 mG at 0 ft.
Oster 16-speed blender 6812 (2010)	0.39 V/m	0.061 mW/m²	0.2 mG at 6-9 ft.	400 gs
Oster BLSTCF-BCC blender, all metal drive (2010) 1st unit had a defective gasket in the jar	0.15 V/m 0.05 V/m @ 10 ft.	0.021 mW/m²	0.2 mG at 4 ft. 84 mG at 0 ft.	350 gs
Oster BLSTCF-BCC blender, all metal drive (2010) 2nd (replacement) not the same EMF!	0.40 V/m 0.06 V/m at 3 ft.	0.055 mW/m²	0.2 mG at 10 ft. 10 mG at 4 ft. 122 mG at 0 ft.	320 gs
JetStream 2000 Convection Oven (2002) HIGH setting	0.21 V/m	0.061 mW/m²	0.2 mG at 4 ft. 1.0 mG at 18 in. 10 mG at 12 in. 200 mG at 0 in.	no change
Nuwave Infrared Convection Oven 20304, 20322 (2008) magnetic field is: strongest front and back, but lower strength at sides (4ft instead of 9ft)	<0.02 V/m	below thresholds	0.2 mG at 9 ft. 1.0 mG at 51 in. 10 mG at 20 in. >200 mG under 2 in.	no change
Make and model of Air filter	Acoustimeter	Cornet	GaussMeters	GS meter
Duracraft HEPA200 DA-5020 with Ionizer OFF Fan=LOW	<0.02 V/m	below thresholds	0.2 mG at 4 ft. 1.0 mG at 18 in. 10 mG at 5 in. 29 mG at 0 ft.	no change
Duracraft HEPA200 DA-5020 with Ionizer ON Fan=SUPER High (Fan speed only affects magnetic readings)	0.60 V/m	0.014 mW/m²	0.2 mG at 6 ft. 1.0 mG at 26 in. 10 mG at 8 in. 57 mG at 0 ft.	adds 13 gs

Magnetic readings up to 10 mG are taken with the analog Dr. Gauss meter, readings over 15 mG (at 0 ft.) are with the digital DEE EE DE-1007.

Other electronic and handheld devices

device being measured

Acoustimeter
at zero distance, and
distance for audio to disappear

Zap Checker 180
at zero distance, and
distance to get 5 at 10

Cornet
at zero distance

GaussMeter
at zero distance,
and distance to
get <= 0.2mG

GS meter

TF2 peak
(not moving)
at zero distance,
and radius of bubble

Pro3 Radon Detector

0.22 V/m

12 inches (30 cm)

60 at sensitivity 10
5 inches (13 cm)

Below calibrated threshold,
Test mode detects
approx≅ 0.0009 mW/m²

9 mG

24 inches
(61 cm)

depends on transformer model

M 1.5 mg
15 inches

E 217 V/m
10 inches

RF 19.990 mW/m²
2.75 V/m
7 inches

808 #16 Keychain Mini DVR

0.06 V/m

5 feet (152 cm)

80 at sensitivity 6 (bottom)
20 at sensitivity 5 (top)
6 inches (15 cm)

0.010 mW/m²

12 mG

2.5 inches
(8 cm)

n/a

Sound recording of Power On, Auto Record 10 sec. Shutter off. Power Off.

Mobius Action Cam DVR

0.38 V/m top
0.13 V/m bottom
9 feet (274 cm)

30 at sensitivity 6 (bottom)

50 at sensitivity 5 (top)
8 inches (20 cm)

0.032 mW/m²

9 mG

2 inches
(5 cm)

n/a

Sound recording of Power On, Auto Record 10 sec. Shutter off. Power Off.

Carcam HD Car DVR

pre-IR night vision
and HDMI

0.11 V/m

10 feet (304 cm)

100 at sensitivity 6

10 at sensitivity 5
8 inches (20 cm)

0.020 mW/m²

5 mG

5 inches
(13 cm)

n/a

EZO Power USB

5200mAh Li-Ion battery

0.06 V/m

8 inches (20 cm)

FM radio:
12 ft. (366 cm)

30 at sensitivity 4

6 inches (15 cm)

Below calibrated threshold,
Test mode detects
approx≅ 0.0015 mW/m²

0.6 mG

1 inches
(2.5 cm)

n/a

6000 T-Pocket Power

5000mAh Li-Lipo battery
USB (4 blue leds)

0.23 V/m

49 inches (124 cm)

FM radio:
12 ft. (366 cm)

40 at sensitivity 6

13 inches (33 cm)

Below calibrated threshold,
Test mode detects
approx≅ 0.0017 mW/m²

3.5 mG

2.5 inches
(6.4 cm)

n/a

Solar Charger USB

2600mAh Li-Po battery

<0.02 V/m

1 inch (2.5 cm)

5 at sensitivity 10

0 inch (0 cm)

Below thresholds

4 mG

2 inches
(5 cm)

n/a

Just Mobile PP-08 Mobile Power Pack

4400mAh Li-Po battery

<0.02 V/m

0 inch (0 cm)

75 at sensitivity 7

3 ft. (91 cm)

<0.02 V/m

0 inch (0 cm)

10 at sensitivity 10

0 inch (0 cm)

Below thresholds

0.22 mG

0.1 inches
(0.2 cm)

n/a

Mains AC Adapter USB Charger

Model KY-758

0.76 V/m

10 inches (26 cm)

15 at sensitivity 10

5 inches (13 cm)

Below calibrated threshold,
Test mode detects
approx≅ 0.0012 mW/m²

10.5 mG

15 inches
(38 cm)

113 gs

Mains AC Adapter USB Charger

Model KY-02

0.65 V/m

7 inches (18 cm)

15 at sensitivity 10

2 inches (5 cm)

Below thresholds

>13 mG

12 inches
(30 cm)

230 gs

Mains AC Adapter USB Charger

No-name brand

0.22 V/m

7 inches (18 cm)

10 at sensitivity 10

1 inch (3 cm)

Below calibrated threshold

>13 mG

8 inches
(20 cm)

+135 gs

+1400 under load
Poor harmonic filtering

110V-240V AC Adapter 5V 1A USB Charger

No-name brand with Model: ZY-T030

0.12 V/m

3 inches (8 cm)

16 at sensitivity 10

2 inches (5 cm)

Below calibrated threshold

6 mG

6.5 inches
(17 cm)

+80 gs

+1950 under load
NO harmonic filtering

Mains AC Adapter USB Charger

ITE Model 1128 for Microsoft

0.18 V/m

2 inches (5 cm)

16 at sensitivity 10

4.5 inches (11 cm)

Below calibrated threshold

7 mG

2 inches
(5 cm)

+0 gs

+75 under load

Mains AC Adapter USB Charger

JJS Model A1265

0.06 V/m

3.5 inches (9 cm)

7 at sensitivity 10

1 inch (2 cm)

Below calibrated threshold

>13 mG

6.5 inches
(17 cm)

+15 gs

+860 under load, LOW voltage= 4.5V
Poor harmonic filtering

Anker PowerPort2 USB Charger

Model A2141

0.06 V/m

1 inch (2 cm)

6 at sensitivity 10

2 inches (5 cm)

Below calibrated threshold

7 mG

4 inches
(10 cm)

+0 gs

+20 under load

Canon Powershot A620 digital camera
DIGI-2 processor

0.03 V/m

7 inches (18 cm)

100 at sensitivity 6

10 at sensitivity 5
1 inch (2.5 cm)

Below calibrated threshold,
Test mode detects
approx≅ 0.0010 mW/m²

13 mG

9 inches
(23 cm)

n/a

Canon Powershot A650 digital camera
DIGI-3 processor

0.02 V/m screen off
0.05 V/m screen on, focusing
5 inches (12 cm)

90 at sensitivity 7

1 inch (2.5 cm)

0.003 mW/m²
-52.8 dBm

>14 mG

9 inches
(23 cm)

n/a

Canon Powershot SX110 digital camera
DIGI-3 processor

0.03 V/m screen on

18 inches (46 cm)

85 at sensitivity 7

3 inches (7.6 cm)

Below calibrated threshold,
Test mode detects
approx≅ 0.0007 mW/m²

6 mG

4 inches
(10 cm)

n/a

If you want to see measurements of microwave ovens, cell-phones, routers, electric cars, masts (cell-towers), and other intentionally noisy or seriously noisy equipment, please search youtube or other pages online. I can't and won't go near them intentionally. My focus is on reducing or eliminating EMF, specifically what those with EHS need to keep their recovery zone clear.

Here are some related youtube links that I liked:
Measuring various cell-phones, wifi, towers, shielding fabric and films with the audio detector, MW1 Electrosmog Detector
Measuring a microwave oven with the COM EM Monitor, a predecessor to the Acoustimeter
Measuring Wi-Fi from a laptop with the COM EM Meter
Measuring Wi-Fi router with the COM EM Meter
Measuring the Wii with the COM EM Meter and the Cornet
Measuring Bluetooth and Motorola celphone with Cornet
Please see more youtube links on the Health Links page.

Units conversion table - dBW - W/m² - V/m

White = Dangerous levels. Some normal people may experience minor effects: stress, headaches, insomnia, mental disfunction (deadly when connected to distracted driving)

Red = Very strong, ElectroSensitive individuals do experience adverse health effects.

Yellow = Warning range. The most sensitive have effects

Green = safe, no effect

Today, electrosensitives are the canary. They are being ignored.

ehs2.html

Updated 2022.Dec.26