Looking for sources of Radio Frequency Radiation

anonymous@undisclosed.example.com (Anonymous) — Wed, 14 Sep 2022 20:54:02 +0000

04.06.2019		current
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	<blockquote>//Ron// True. I am using a wireless keyboard and experienced a lot of trouble. In the end Logitech sent me a USB extension cord so I could place the receiver far away from those blue colored USB ports.		<blockquote>//Ron// True. I am using a wireless keyboard and experienced a lot of trouble. In the end Logitech sent me a USB extension cord so I could place the receiver far away from those blue colored USB ports.

-	[[http://forums.logitech.com/t5/Community-News-and-Announcements/Potential-USB-3-0-interference/ba-p/938826\|Logitech]]</blockquote>	+	[[https://forums.logitech.com/t5/Community-News-and-Announcements/Potential-USB-3-0-interference/ba-p/938826\|Logitech]]</blockquote>

	<blockquote>//TM// From observing the CWS systems we have seen that nanowatts of RF energy, containing a special characteristic found in Capacitors, seem to profoundly affect the human nervous system.		<blockquote>//TM// From observing the CWS systems we have seen that nanowatts of RF energy, containing a special characteristic found in Capacitors, seem to profoundly affect the human nervous system.
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	Reading:		Reading:
-	Sacco and Tomilin: [[http://vixra.org/pdf/1210.0158v1.pdf\|The study of electromagnetic processes in the experiments of Tesla]]	+	Sacco and Tomilin: [[https://vixra.org/pdf/1210.0158v1.pdf\|The study of electromagnetic processes in the experiments of Tesla]]
-	Tomilin on waves : [[http://www.scirp.org/journal/PaperInformation.aspx?PaperID=37337\|The Potential-Vortex Theory of Electromagnetic Waves]]</blockquote>	+	Tomilin on waves : [[https://www.scirp.org/journal/PaperInformation.aspx?PaperID=37337\|The Potential-Vortex Theory of Electromagnetic Waves]]</blockquote>


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	<blockquote>//TM Dec 2nd, 2014// This is the device which works best for portable spectrum analysis:		<blockquote>//TM Dec 2nd, 2014// This is the device which works best for portable spectrum analysis:
-	[[http://www.amazon.com/dp/B00GM72CGU\|RF Explorer]]	+	[[https://www.amazon.com/dp/B00GM72CGU\|RF Explorer]]

	You need this 3G combo version, with the 15-2700 MHz wideband section, as well as the 220-960 that works a little better on Smart Meter radiation.		You need this 3G combo version, with the 15-2700 MHz wideband section, as well as the 220-960 that works a little better on Smart Meter radiation.

-	Here is the website of the designer: [[http://micro.arocholl.com/\|designer's site]]	+	Here is the website of the designer: [[https://micro.arocholl.com/\|designer's site]]

	This is an open-source project. Both the firmware and the interfaces to your Desktop software are open-source community based projects. The hardware is built by Seeed studio in China.		This is an open-source project. Both the firmware and the interfaces to your Desktop software are open-source community based projects. The hardware is built by Seeed studio in China.
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	[[https://www.marshallprotocol.com/images/Blower.jpg\|Small fan]]		[[https://www.marshallprotocol.com/images/Blower.jpg\|Small fan]]

-	==== Easily packed ====	+	==== Easily packed shielding ====

	I needed something which will pack easily in a carry-on roller-case. What I came up with also shields much better than the face mask.		I needed something which will pack easily in a carry-on roller-case. What I came up with also shields much better than the face mask.
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	From: Prof Trevor Marshall		From: Prof Trevor Marshall
	Date: 2015-02-09 17:41:12		Date: 2015-02-09 17:41:12
-	Reply: http://www.marshallprotocol.com/reply.php?topic_id=16133	+	Reply: https://www.marshallprotocol.com/reply.php?topic_id=16133

	Sherry, you might be careful of the ISP's router, too. I just noticed that Verizon had switched back on the WiFi on my FIOS router. Luckily I had removed the antennas, in addition to disabling the software switch, but it still radiates an annoyingly strong signal. Sheez...		Sherry, you might be careful of the ISP's router, too. I just noticed that Verizon had switched back on the WiFi on my FIOS router. Luckily I had removed the antennas, in addition to disabling the software switch, but it still radiates an annoyingly strong signal. Sheez...
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	{{tag>EMF Lifestyle_modifications meter }}		{{tag>EMF Lifestyle_modifications meter }}
-	===== Notes and comments =====	+	<nodisp>
		+	===== Notes and comments =====</nodisp>

Devices for Measuring radiation

anonymous@undisclosed.example.com (Anonymous) — Wed, 14 Sep 2022 20:54:02 +0000

02.16.2019		current
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	Usually you can recognize them by their bulky/boxy shape. Some of these are made of a good enough quality that they don't produce excess "E-smog". Many of them are very poorly made and some of them appear to be of concern..		Usually you can recognize them by their bulky/boxy shape. Some of these are made of a good enough quality that they don't produce excess "E-smog". Many of them are very poorly made and some of them appear to be of concern..
		+
		+	==== The spectrum ====
		+
		+	{{:home:lifestyle:light:enc_brit_spectrum1.jpg?400\|spectrum}}
		+
		+	Frequencies and wavelengths
		+	{{:home:lifestyle:light:enc_brit_spectrum2.jpg?400\|}}


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	There is a nice user-supported project, however, the "RF-Explorer" device, and associated software. For those of you who are technically inclined, preferably with a radio background, this device seems to do just about all one could want in a portable Spectrum Analyzer (15MHz to 2.7GHz).		There is a nice user-supported project, however, the "RF-Explorer" device, and associated software. For those of you who are technically inclined, preferably with a radio background, this device seems to do just about all one could want in a portable Spectrum Analyzer (15MHz to 2.7GHz).

-	The designer's website is at: [[http://goo.gl/ltyJp\|RF designer's website]]	+	The designer's website is at: [[https://goo.gl/ltyJp\|RF designer's website]]

	I have used it to look at radiation from my neighbors' DECT phones, (I was so horrified by our own that I immediately replaced it with wired phones), to look at the Smart-meter network in a little more detail, and generally to make sure there are no unexpected sources of radiation around (like the ROKU).		I have used it to look at radiation from my neighbors' DECT phones, (I was so horrified by our own that I immediately replaced it with wired phones), to look at the Smart-meter network in a little more detail, and generally to make sure there are no unexpected sources of radiation around (like the ROKU).

-	Here is a link to a convenient supplier: [[http://www.amazon.com/gp/product/B00GM72CGU\|supplier]]	+	Here is a link to a convenient supplier: [[https://www.amazon.com/gp/product/B00GM72CGU\|supplier]]

	It is relatively expensive because it is pretty sophisticated. Note that I am not suggesting this is worth every member rushing out and buying, but if you know you want a spectrum analyzer, I have given this one a through checking-out, and you won't find anything much better at anywhere near the price.		It is relatively expensive because it is pretty sophisticated. Note that I am not suggesting this is worth every member rushing out and buying, but if you know you want a spectrum analyzer, I have given this one a through checking-out, and you won't find anything much better at anywhere near the price.
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	The new SDR (Software Defines Radios) are an inexpensive way to look at a range of frequencies. You can buy a dongle, and an assortment of antennas, for just a few dollars which connects to a computer (Windows, Mac Linux and Android) and allows you to tune from the bottom of the AM broadcast band (500KHz) to 1.8GHz. This takes you through the smart meter and 4G regions and well beyond the FM and TETRA radio sources. It does not reach WiFi at 2.45GHz, however, or the higher UMTS and 2G / 3G regions around 2Ghz.		The new SDR (Software Defines Radios) are an inexpensive way to look at a range of frequencies. You can buy a dongle, and an assortment of antennas, for just a few dollars which connects to a computer (Windows, Mac Linux and Android) and allows you to tune from the bottom of the AM broadcast band (500KHz) to 1.8GHz. This takes you through the smart meter and 4G regions and well beyond the FM and TETRA radio sources. It does not reach WiFi at 2.45GHz, however, or the higher UMTS and 2G / 3G regions around 2Ghz.

-	In the lab I also have a KiwiSDR, and it covers lower frequencies from 4KHz to 30MHz. You can access these free of charge from all around the world from the list at http://SDR.hu	+	In the lab I also have a KiwiSDR, and it covers lower frequencies from 4KHz to 30MHz. You can access these free of charge from all around the world from the list at https://SDR.hu

	I see little to no advantage with upgrading to the new Cornets. If you have one measuring to -65dBm, it will seve you well for a specific type of peak, quick-and-dirty measurement.		I see little to no advantage with upgrading to the new Cornets. If you have one measuring to -65dBm, it will seve you well for a specific type of peak, quick-and-dirty measurement.
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	{{tag>EMF Lifestyle_modifications meter }}		{{tag>EMF Lifestyle_modifications meter }}
		+	<nodisp>
	===== Notes and comments =====		===== Notes and comments =====

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		+	</nodisp>

Marshall Protocol Knowledge Base - home:special:emf:measure

Looking for sources of Radio Frequency Radiation

Devices for Measuring radiation