RxDNA - High Frequency EMF Pollution Reducer
(aka Dirty Electricity)

Remove excess harmonics within your environment for a calmer and cleaner living environment,
For those who have installed solar panels or windmill - the inverter (from DC to AC) generates dirty electricity
"This is a great way to reduce the Dirty Electricity, very effective"

RxDNA and MxDNA Noise Reduction Technology 

Dissipative Noise Attentuation

 

Description

• A unique system to reduce noise by turning it into heat.
• This product connects directly to the 50/60 Hz. power lines.
• RxDNA(residential) model addresses less severe environments (Size: 6” x 4”)
• MxDNA (max) model is for industrial applications where it is likely that there will be a great deal of noise on the power lines.

1.0 Introduction
1.1 General

This paper describes the noise reduction mechanisms associated with the RxDNA. A brief description of the Rx products is included.

Test were conducted of the completed Mx design in several locations. In the case of evaluating the Mx performance in the enhancement of high-end audio equipment, certain unexpected results were experienced. These results were the inspiration for this paper. This paper will document the examination of the interactions of signals (noise and music) and offer a postulation of the improvement mechanisms.

1.2 RxDNA Product Descriptions
The Mx products are designed for the 50/60 Hz. power lines. They accomplish the reduction of high frequency noise. The frequency range over which these products are effective is approximately 5 Khz to 500 Khz.

1.2.1 Noise Sources
Noise in this frequency range can come from a wide variety of sources. They include the following.

• Noise from switch mode power supplies that power various electronics that are connected to the A.C. line, including computers, office machines, uninterruptible power supplies (UPS), entertainment electronics, etc.

• Harmonics from traditional power supplies (not switch mode supplies) that power various electronics, noted above.

• Harmonics produced in the utility network itself from various sources, most notably, BH curve non-linearity’s in transformers from being operated too close to their maximum ratings, i.e. driven close to or into saturation.

• Harmonics produced in the utility network from the turn on surges of the customer’s equipment, can drive transformers into saturation. This is a sporadic generation of noise/harmonics, but is a sever-enough problem to be a special note.

• Harmonics from electrical motors.

• Broadband noise from electric arc welders. This is severe, intense noise

• Broadband noise from induction heaters. This is severe, intense noise.

• Broadband noise from relay and mechanical switch actuations, both D.C. and A.C.

• Broadband noise and harmonics from motor speed controls, light dimmers and solid state switches. The latter includes SCR’s and Triacs.

• Noise from Radio Frequency (RF) transmitters. This is usually an intermodulation product noise from two or more transmitters. This means that the transmitters might be a higher frequency than the frequency range mentioned above for the Mx, but they mix together in some non-linear device and produce the sum and the difference frequencies and these latter frequencies are in the aforementioned MxDNA range.

• Last but certainly not least is the noise that is an alias of some other signals (noise) in a system. This type of noise is an artifact of the way that the noise combines with other noise and intended signals. It is most prevalent where there are non-linearity’s. Inasmuch as there are non-linearity’s in almost any AC or DC power system, this phenomenon exists many places.

1.2.2 Filter Products
"Power conditioning" is the broad umbrella of a wide variety of techniques, circuits and systems that filter, smooth, regulate, limit, compensate and adjust AC and DC power to accomplish optimum system performance.

In the arena of removing noise, most such conditioning products filter noise. This means that they stop or arrest the noise. It is somewhat akin to damming a river. The problem with the filter approach (and the dam for that matter) is that the pressure is always there. There is something that is always trying to get through. There are various things that can change that will alter the effectiveness of the filter, most notably the load impedance. Simply turning loads off or on, by definition, changes the load impedance, so the effectiveness of a filter, typically varies.

Care must be taken in the design and use of filters since they frequently have high-Q circuits. This allows them to have sharp pass bands or stop bands, but has the decided disadvantage that high-Q circuits typically develop very high internal voltages. These internal voltages are Q-times the applied voltage. So a filter with a Q of 10 (not a particularly high Q) that is powered from 120 VAC, will have (10 * 120) 1200 volts AC internal to the filter. Now, moisture, dust and other debris become a problem since they can cause arcing in the filter. In addition to precipitating component breakdown, and causing a fire hazard, electrical arcs are perhaps the most powerful generator of broadband noise that mankind has ever invented.

Filters require that they carry the power that they are filtering. So all of the power that needs to be filtered passes through the filter. If a filter is added to a major utility power feed after the fact, it will require quite a bit of efforts to reroute the power through the filter.

1.2.3 Mx and RxApproach To Conditioning Power – Removing Noise
The Mx and Rx (Maximum Dissipative Noise Attenuation) products are fundamentally different from a filter type of product. The basic architecture of the Mx and Rx is to provide a low impedance path for the high frequency noise. The Mx provides a "path of least resistance" for the noise. Once the Mx has "captured" the noise power, it dissipates it. "Dissipate" means turning the noise power into heat. This heat is radiated from the product. It is important to note that once the noise power has been turned into heat, it cannot "get back" to "electrical noise". It is gone forever.

Another important and fundamental difference in the Mx and Rx product architecture, is that it does not "carry" the power that it is conditioning. The unit operates in parallel with the loads (equipment) that it is protecting from noise. The unit simply plugs into a standard AC outlet and draws the noise on that AC line into itself – then dissipates it. This makes it especially easy and convenient to install the unit in a particular application. It also makes it very easy to test the effectiveness in a particular setting.
Another important aspect of this architecture of the is that it can be deployed in a modular fashion. If a single Mx or Rx does not provide sufficient reduction of noise power, more units can be plugged into the same circuit.

Finally, the intent of the MxDNA approach is to capture and remove utility noise power as early as possible. Capture it on while it is on the AC line. Capture and dissipate it before it enters the audio, or other equipment.

1.3 Acknowledgements
My brother Greg and I would like to acknowledge our friend and associate Walter Bauer of Bauer Energy Design, Inc. Walter was one of the early testers and adopters of the MxDNA system. Walter’s first test of the Mx was in conjunction with his audiophile system. He experienced a considerable improvement in the quality and enjoyment of his system with the Mx in place. His remarks are paraphrased below.

I don’t know if you realize what you have accomplished. This has never been done before. You have made quality improvements that I have never heard before this. You have removed an underlying smearing of sound. The drums, the piano, are so clear and crisp now. I have never heard anything like this. How does this work? What is the mechanism of producing such a clear sound? There was an underlying muddle that becomes obvious when it is removed. How did you do that?

Testimonial
I have used my unit since early August, 2008 and am happy to share my experiences. Some folks have sensory abilities so keen they are able to pick up changes in the EMF environment almost instantaneously. I am not one of those. I have not detected any instantaneous sensation of less electrical noise as some people might. However, since I installed the unit in my bedroom, I seem to be sleeping more soundly. I awake in the morning feeling more rested than before, even though I have not slept longer, maybe even for a shorter period. There also may be a more positive attitude about everything surrounding my sleep. During preparation for bed, I seem to feel more positive than before. And similarly in the morning, upon waking, there is a positive mood almost every day now. It is difficult to be certain if the unit is responsible for these changes, but perhaps I will try removing it for a few days just to see if I can notice the difference.

Dr. Ken Walton
Ecco Village
Fairfield, Iowa, USA

"My personal experience, due to being exposed for over 5 years to a substation on the other side of my bedroom wall (without my knowledge)that feed power to 4 apartments, I have become electromagnetically sensitive. I don't use anything wireless in my home, but I do use a computer, LCD landline. After a short period of time my face starts to burn as well as my hands and feet. After discovering this marvelous unit, I installed one in my home and I can not believe the difference, my home feels extremely calm and my face does not burn while using the computer. Due to the excess frequencies coming into our homes, I hope as many people as possible will take advantage of this technology."

Camaraw Long
Irvine, CA

www.microwavenews.com www.powerwatch.org.uk http://www.weepinitiative.org/

Buy 2 and get the second unit at 15% off, email me and I will send you a paypal invoice for your second discounted unit for your purchase of 2 unitsALLOW 2 - 3 WEEKS FOR DELIVERY

THE UNIT BEING OFFERED HERE IS THE RX WHICH IS FOR RESIDENTIAL. RECOMMENDED 1 UNIT PER PHASE

Size: 6” x 4”