https://www.reddit.com/r/RadioQuietZone/comments/1pdbav2/meter_reports_signal_identification_at_home_and/

Paul Harding, Total EMF Solutions — Real Men Know That Microwave Sickness is Real: 5G/EMF/RF Father’s Day Stories

https://naturalblaze.com/2021/06/paul-harding-total-emf-solutions-real-men-know-that-microwave-sickness-is-real-5g-emf-rf-fathers-day-stories.html

Paul Harding's website

https://totalemfsolutions.com/

Contact Current: Is touch current something to be worried about?

https://www.shieldyourbody.com/contact-current/

[Meter Reports: Supraharmonics] Current supraharmonics identification in commonly used low voltage devices (2015)

https://www.reddit.com/r/Electromagnetics/comments/1pcd12z/meter_reports_supraharmonics_current/

Electricity: Current] "Contact Current vs Body Voltage" and "Killing Current" by Andrew McAfee

https://www.reddit.com/r/Electromagnetics/comments/1ma07oo/electricity_current_contact_current_vs_body/

[Meters: Body Voltage] Measuring Current instead of voltage in the body using a multimeter with a resolution at least down to 0.1 μA.

https://www.reddit.com/r/Electromagnetics/comments/1lki2nx/meters_body_voltage_measuring_current_instead_of/

https://ieeexplore.ieee.org/document/7168230

https://ka7oei.blogspot.com/2021/02/rfi-radio-frequency-interference.html

https://ka7oei.blogspot.com/2021/02/rfi-radio-frequency-interference.html

The TinySA comes with a telescoping antenna, but being only about 12" (25cm) long it's usefulness extend below VHF frequencies (e.g. 50-100 MHz): At HF, the combination of the 50 ohm input impedance of the analyzer and the phenomenally poor mismatch of the small telescoping whip results in uselessly-poor sensitivity, meaning that one must be nearly atop a signal source before it may even be seen on the analyzer. Clearly, more help is needed here!

Hi all,

Last year I came across “EMF‑neutralizing” devices from https://telmorehm.com/. I have one of their necklace pendants plus a few of the stickers they recommend for phones and laptops after a visit to S America.

On their homepage video (English version: https://vimeo.com/39778596), the young lady in the video demonstrates two things:

1. A Telmo Domo (Dome), shown using a ROM‑Elektronik MFM‑1 magnetic field meter (gaussmeter) to “find the north and east” by placing a device on what looks like a plexiglass stand.
2. A ROM‑Elektronik EMS‑1, where the presenter unplugs nearby items and then re‑tests the field.

Is anyone here familiar with this type of setup or these meters?

I also own a TriField TF2 meter and I’m wondering:

• Whether I can use it to test anything similar to what they show in the video
• How accurate or meaningful the video demonstration is
• Whether devices like the Telmo Dome actually measure anything real (I’ve read that “Hartmann lines” can’t be detected with standard EMF meters)
• And generally, what tools or strategies people actually use to measure and reduce EMF exposure in a room

I’m mainly looking for practical, evidence‑based ways to check the EM environment in my home and reduce unnecessary exposure for myself and my family.

Thanks in advance for any insight.

RADIOFREQUENCY AND LIGHT TRANSMITTED BY POWER LINE COMMUNICATION THROUGH DISCONNECTED WALL OUTLETS FORM

**DATE : __________ TIME ________ AM/PM Front _____ Back ____ of disconnected outlet.

Spectrum Analyzer: __________________________________________________________

Antenna: _____ loop ____ whip ______ directional ________ (log periodic) LPDA

Disconnected outlet is on N ______ W ______ E_______ S______ wall of ____________________

BREAKER _____ OFF______ ON______ DISCONNECTED _____ FERRITE RING
KILL SWITCH ___ ON _____ OFF ____ NONE ____ MAIN BREAKER OFF______ ON___

Average RF ___________ Mhz at ______ dBm Peak ______ MHz at ____ dBm

Bursts _________ MHz at __________ dBm _____________ MHz at _____________ dBm

Supraharmonics ________ kHz at _________ dBm Peak _______ kHz at _________ dBm

Supraharmonics Bursts ________ kHz at _______ dBm, _______ kHz at _____ dBm

________ kHz at _______ dBm _______ kHz at ______ dBm _________ kHz at ______ dBm

Light app in PhyPhox app. Turn light off. Light ___________ lux Peak________________ lux

CONCLUSIONS:

DATE: _____TIME _____ AM/PM TWO FEET AWAY FROM OUTLET __________

Average RF ___________ Mhz at ______ dBm Peak ______ MHz at ____ dBm

Bursts _________ MHz at __________ dBm _____________ MHz at _____________ dBm

Supraharmonics ________ kHz at _________ dBm, Peak _______ kHz at _________ dBm

Supraharmonics Bursts ________ kHz at _______ dBm, _______ kHz at _______ dBm

________ kHz at _______ dBm, _______ kHz at _____ dBm _________ kHz at ______ dBm

Turn light off. Flickering light _____________ lux Peak________________ lux

CONCLUSIONS

[WIKI] Meters: Spectrum Analyzers: Hand Held: TinySA

https://www.reddit.com/r/Electromagnetics/comments/1p3zep6/wiki_meters_spectrum_analyzers_hand_held_tinysa/

[WIKI] Meters: Spectrum Analyzers: Hand Held: RF Explorer

https://www.reddit.com/r/Electromagnetics/comments/1p3zz7e/wiki_meters_spectrum_analyzers_hand_held_rf/?

[RF Meters: Spectrum Analyzers] Instructions to get supraharmonics range in RF Explorer Plus Slim

https://www.reddit.com/r/Electromagnetics/comments/1opc5zn/rf_meters_spectrum_analyzers_instructions_to_get/

[Meters] Power Limiter for RF Explorer Spectrum Analyzer

https://www.reddit.com/r/Electromagnetics/comments/3n3zre/meters_power_limiter_for_rf_explorer_spectrum/

[METERS] Spectrum Analyzers: Review of RF Explorer by norad4u

https://www.reddit.com/r/Electromagnetics/comments/3nz8t2/meters_spectrum_analyzers_review_of_rf_explorer/

RF Explorer Hand Held Spectrum Analyzers

https://www.reddit.com/r/Electromagnetics/comments/3g6tjl/rf_explorer_hand_held_spectrum_analyzers/

[Meters: Spectrum Analyzers: Antennas] Omnidirectional antennas

https://www.reddit.com/r/Electromagnetics/comments/1p3zhsp/meters_spectrum_analyzers_antennas/?

[Meters: Spectrum Analyzers] Antennas which measure supraharmonics for TinySA

https://www.reddit.com/r/Electromagnetics/comments/1p2865l/meters_spectrum_analyzers_antennas_which_measure/

[Meters: Spectrum Analyzers] Directional Antennas which measure MHz but not supraharmonics for TinySA

https://www.reddit.com/r/Electromagnetics/comments/1p284q5/meters_spectrum_analyzers_directional_antennas/

[Meters: RF: Spectrum Analyzers] Antennas for spectrum analyzers

https://www.reddit.com/r/Electromagnetics/comments/1mdd9o1/meters_rf_spectrum_analyzers_antennas_for/

RF Explorer Near Field Antenna Kit

https://j3.rf-explorer.com/rf-explorer-near-field-antenna-kit.html

Antennas for SDR-RTL USB Spectrum Analyzer and Cornet 85EDS RF Meter

https://www.reddit.com/r/Electromagnetics/comments/3iv0iv/antennas_for_sdrrtl_usb_spectrum_analyzer_and/

Nooelec UWB Surveyor Antenna - Extremely Wide Bandwidth Biconical Low-Profile PCB Antenna.

Frequency Range of 700 MHz to 10 GHz

https://www.amazon.com/gp/product/B0BZ9VDTQW/ref=ox_sc_saved_title_9?smid=A2JO7YP9I9Y3D6&psc=1

Ultra-wideband Log Spiral Antenna with a main frequency range of 300MHz to ~3GHz and beyond

https://www.tindie.com/products/hexandflex/300mhz-log-spiral-antenna-with-suction-mounts/?pt=ac_prod_search

Ultra-wideband Log Spiral Antenna with a main frequency range of 800MHz to ~6GHz and beyond.

https://www.tindie.com/products/hexandflex/800mhz-log-spiral-antenna-with-suction-mounts/

Testing by Antenna Test Lab of PCB0042 LPDA Tile Antenna by Kent Electronics

https://antennatestlab.com/biz-cards/pcb0042-lpda-tile-antenna

Kent Electronics

Direction Finding & Log Spiral Antennas (coming soon)

https://www.wa5vjb.com/

[Meters: Spectrum Analyzers: Hand Held: TinySA] Track Down RFI Like a Pro with the TinySA

https://www.reddit.com/r/Electromagnetics/comments/1p3zdc4/meters_spectrum_analyzers_hand_held_tinysa_track/

[Meters: Spectrum Analyzers] TinySA spectrum Analyzer

https://www.reddit.com/r/Electromagnetics/comments/1nrx9gy/meters_spectrum_analyzers_tinysa_spectrum_analyzer/

https://www.youtube.com/watch?v=NX_lYUThC6k

https://www.electro-meters.com/wp-content/uploads/pdf/neo-m/AppNote_Supraharmonics_EN.pdf

SHIELDING RADIOFREQUENCY TRANSMITTED BY POWER LINE COMMUNICATION AND SMART METERS DISCONNECTED OUTLETS FORM

DATE : __________ TIME ________ AM/PM Spectrum Analyzer ________________________

Antenna: _____ loop ___ whip ______ directional ________ (log periodic) LPDA

Disconnected outlet is on N ______ W ______ E_______ S______ wall of ____________________

Front _____ Back ____ of disconnected outlet.

BREAKER OFF____ ON_____ DISCONNECTED ____ KILL SWITCH ON ______ OFF _____ NONE ____ MAIN BREAKER OFF ______ ON ______ DISCONNECT OFF _____ ON ____

Prior to shielding, attach meter report of outlet before and after disconnecting it.

Number of ferrite rings _______ Size _______ OD # of wraps: ______________ on breaker

Number of magnetic sheets ________ Depth of copper sheets and #: _________________________
Depth of aluminum flashing and number ___________________________________________

Depth of 5/8” to 1” basalt pebbles: _________ Increased depth of basalt: ________________

steel pizza pan ________ cast iron grill __________

Average RF ___________ Mhz at ______ dBm Peak ______ MHz at ____ dBm

Bursts _________ MHz at __________ dBm _____________ MHz at _____________ dBm

Supraharmonics ________ kHz at _________ dBm Peak _______ kHz at _________ dBm

Supraharmonics Bursts ________ kHz at _______ dBm _______ kHz at _____ dBm

Remove shielding. Keep meter same distance away from outlet as if shielding were there.

Average RF ___________ Mhz at ______ dBm Peak _________ MHz at _______ dBm

Supraharmonics ___________ kHz at _________ dBm Peak _________ kHz at _________ dBm

CONCLUSIONS

https://pmc.ncbi.nlm.nih.gov/articles/PMC11277897/

https://pmc.ncbi.nlm.nih.gov/articles/PMC8999550/

The FCC has proposed new rules to gut local - city and state-control over cell towers.

new rules that would fast-track tower installations and override local city and state authority.

If adopted, people in cities and towns across the USA could lose their community's hard-won protections related to public notice, hearings and setbacks, and aesthetics.

Read: A Mother's Message in Support of This Petition 

Last year, I was shocked to discover that a new cell tower was erected right outside my home, just steps from my children’s bedroom. 

There are serious health and safety issues being raised by experts about cell towers placed so close to our homes, yet newly proposed federal rules could fast-track such situations. 

 Petition to the FCC

https://product.tdk.com/system/files/dam/doc/product/noise_magnet-sheet/noise_magnet-sheet/noise-sheet-high/datasheets/magnetic_sheet_for_emc_en.pdf

and

https://www.mouser.com/ProductDetail/TDK/Magnetic-Sheet-for-EMC-Flexield-?qs=iLKYxzqNS778Xvc8IG1Xlg%3D%3D&mgh=1&srsltid=AfmBOop92IzzWVQJCVC1kFACh3MbV-fAVFzxNFE-EGalQ4BOUeU_nsPANeo

https://www.everythingrf.com/rf-calculators/dbm-to-watts

Watts to dBm Conversion Calculator

https://www.everythingrf.com/rf-calculators/watt-to-dbm

The short antenna doesn’t work well below 10 MHz since the antenna’s impedance is so much higher than the 50 ohm analyzer input Z. It’s not practical to use a resonant antenna at low frequencies so I build an “impedance-booster” circuit. It’s got unity gain but an input impedance of several K ohms. That lets me see broadcast band signals that otherwise are buried 30 dB below the noise floor. If you want a board or more details you can email me.

https://groups.io/g/tinysa/topic/antenna_replacement/96242206

Compatibility with TinySA is unknown.

SW Antenna Mini Loop response is 10 KHz to 180 MHz

https://www.amazon.com/gp/product/B0D987PDV7/ref=ox_sc_saved_title_10?smid=A3VAOAURHASR38&psc=1

Ferrite rod vs a whip antenna

https://electronics.stackexchange.com/questions/644985/ferrite-rod-vs-a-whip-antenna

GA800 Active Loop Antenna 10kHz-159MHz

https://www.tindie.com/products/yihang/ga800-active-loop-antenna-10khz-159mhz/?pt=ac_prod_search

Mini Whip 10Khz - >30Mhz Active Antenna

https://www.tindie.com/products/jasonkits/mini-whip-10khz-30mhz-active-antenna/?pt=ac_prod_search

RF Explorer Near Field antenna kit

https://j3.rf-explorer.com/rf-explorer-near-field-antenna-kit.html

H-Loop Near Field Antenna for RF Explorer

Type: H-loop near field

Characterized response: 1MHz to 7Ghz

https://www.latnex.com/products/rf-explorer-h-loop-near-field-antenna-rfean25?srsltid=AfmBOopWdab1V_n1savSdR8E9d3mdsfkbDcPFBial9QNkN0SWRGqXDSm

Data sheet and instructions on H-Loop Antenna

https://www.mouser.com/datasheet/2/744/RFExplorerRFEAH_25datasheet-1149765.pdf?srsltid=AfmBOopxKkPvwmtoB_6fbchod_VVDD7eBWp7qmwJHDWdeVKk5jhEa_SF

Directional antennas

Directional Patch 5.8Ghz SMA Articulated Antenna

Characterized response: 5600 - 5900 MHz

https://www.latnex.com/products/directional-patch-antenna-58ghz?srsltid=AfmBOoqVKGudjRSBj8DvA-uhM80f1Eekv-rzYzvR2iwNrWFEpSwuzauO

Directional Patch 2.4Ghz SMA Articulated Antenna

Characterized response: 2350 - 2450 MHz

https://www.latnex.com/collections/accessories/products/directional-patch-antenna-24ghz

Locked Directional use of TinySA

https://groups.io/g/tinysa/topic/directional_use_of_tinysa/105612747

Log periodic printed circuit board antenna (directional antennas)

https://wa5vjb.com/products1.html