FreX-PLC

PLC (Novelty Plasma Lamp Controller)

The Plasma Lamp Controller (PLC) is a rugged, no fuss, no confusion device designed to control the numerous novelty plasma lamps that have become popular. It makes the perfect introduction to R.I.F.E. (Resonance Initiated Field Effects) frequency therapy, allowing people access to a technology that otherwise is quite prohibitive by price.

The PLC provides a variable radio frequency (RF) signal (25,000Hz to 330,000Hz) that is gated by a variable audio frequency (0.5Hz to 20,000Hz).

The Novelty Plasma Balls, often marketed in gift and electronic shops around the world and manufactured in China provides an opportunity to access this technology at reduced costs. The plasma balls running on their own, only output a E Field (Electro-Static energy) and are missing potent RF and Magnetic components which is required to make this device a truly valuable system.

Price and Order Options

Novelty Plasma Ball Modification Required For PLC Operation

Novelty Plasma Lamp Field When Operated via the PLC

From the above image, you can see we have made good progress in getting these plasma balls to operate at improved fields, producing all the necessary components in a transmission that complies with James Bare RIFE frequency therapy instructions. However, it is stressed here, the PLC and Novelty Plasma Ball is not a Bare/Rife machine, nor does it operate at the greater power levels that the Bare/Rife machine produces. It's aim is to provide a good educational entry level system for people interested in taking an initial look at RIFE frequency therapy.

While the standard novelty plasma lamp can be used near sensitive electronics, it is strongly advised to keep plasma balls operated by the PLC at least 4 feet away from computers, TV's, and stereo systems, or any other sensitive electronic device, otherwise damage may result. Damage is usually caused by the strong pulsed IR field, coupled with the good RF and Magnetic fields transmitted from the Novelty Plasma Ball after modification and controlled by the PLC.

PLC Features

Plasma Lamp Controller

RF variable carrier range 25kHz to 330kHz (+/- 3kHz)

RF duty cycle variable from 40% at 330kHz, linear to 15% at 25kHz. This is an automatic function, you don't have to do anything here. This is a method that came from our studies of adjusting the RF carrier's duty cycle to best drive the transformer in the plasma balls circuit for optimal performance.

Audio gating amplifier permanently ON and set to square waves

Audio duty cycle is controlled by input audio signal strength, approximately 15% at 100mV input to 50% at 300mV (Recommended running at 50% duty cycle, volume set to around half on Computer and FreX, although you can play with this for different plasma displays, it is quite a remarkable system)

Gold plated RCA connectors used to attach single plasma ball or the PLCSx (2 X Splitter box) system for multiple plasma balls

Power Dial will reduce output signal from full voltage supply to zero volts, used for fine tuning the plasma display, although usually set and left near full power for all operations

The PLC has a single audio frequency input lead with a 3.5mm stereo connector that connects to PC's, Notebooks, MP3 Players and iPod devices for running frequency programs. Audio output device must be capable of delivering greater than 200mV (1 fifth of a volt) for best performance, although it will work at 100mV or greater. All PC's and Notebooks easily supply 1.5 volts to 3 volts (no problems), All MP3 players I have tested (Sony, Thompson and cheap Asia brands also have worked well). I did test one older Sony MP3 player, which had reduced output to generate 70 hours of playing time. The signal from this device was not great enough to correctly operate the PLC.

Power Tech Plus Switchmode Universal Regulated AC Adaptor is included that supplies 3, 4.5, 5, 6, 9, and 12 VDC at 1 amp (Short Circuit and Overload Protected). 50/60Hz - 100 to 240 VAC with Country Adaptor to work with all mains power supplies. For operating single and multiple plasma ball, 4.5 VDC is selected. The PLC has been well designed, we can operate any voltage through it, from 3 volts to 12 volts and plasma displays are made, however optimum operation is achieved running 4.5 volts DC to the PLC. Although if you make an error and flick the power switch to 9 or 12 volts, then we'll overload the transistor in the Plasma Lamp circuit and if it gets too hot, it will switch off. 12 VDC ran for around 3 minutes before the transistor switched off on destructive tests performed.

The PLC circuit is polarity protected, so in the event the power supply is reversed (tip replaced the wrong way) the PLC wont be damaged, it simply wont turn on. Just reverse the connector tip around and you will be operational.

PLCSx is a Dual Control for Daisy Chaining Plasma Ball Configurations
PLC Dual Control for Daisy Chaining Plasma Ball Duplication Set-up
The PLCSx is a signal splitter and level controller.
It has a single RCA jack that connects to the red RCA connector on the PLC and provides duplication of Plasma Lamp set-ups.
Each of the two output channels have individual power leveling knobs so plasma balls can be balanced or altered and changed in their output intensity.

The PLC and PLCSx configurations

PLCSx Set-up

Keeping it simple is our theme, while providing important controls to easily balance and change the display, and subsequent Pulsed EM Field output.
The PLC will control one plasma ball connected to it. When we add the PLCSx dual control, we are able to control two plasma balls with each PLCSx. The PLCSx takes the position of the plasma ball when connected to the PLC.
The PLCSx has a signal throughput function, allowing multiple PLCSx's to be daisy chained. The throughput function is independent from the Power Level controls that are there to control each attached plasma ball.

PLC and Single Thunder Ball Plasma Display

Here we work through the features and functions of the PLC and single Novelty Plasma Ball.
An idea starting system for investigating RF Plasma discharge systems.

The audio is not as loud as it sounds in the video. The audio microphone on the video camera is very sensitive.

PLC and PLCSx Display

We start out with the plasma ball displays not similar and run through the options provided
1. Blue knob changes RF from 100kHz to 25kHz in this display
2. Red knob changes power to the plasma balls amplifiers
3. Changing the PLCSx right power
4. Changing the PLCSx left power
5. ON/OFF okay :-)

The YouTube movie displays the various PLC and PLCSx functions for us to use to have complete control over the plasma balls display. We can change the RF carrier, as well as the audio gating frequencies and alter global or individual power levels to make the display perform in different ways.
This video displays all the operational functions of the PLC and PLCSx. These are all independent of FreX and CHIamp. Both FreX and CHIamp gives us a vast array of frequency programs to use on the PLC and PLCSx system.

PLC and 2 x PLCSx's Display

4 x 8 inch Plasma Balls connect to 2 x PLCSx's
About 50 to 60 Watts
I wouldn't run more than this, it is a pretty strong transmission.

IMPORTANT NOTE
We can increase the RF carrier frequency to around 100kHz+ when audio frequencies are greater than 1,800Hz with the 8 inch Milinum Balls. When the audio frequency is under 1,800Hz then we will need to reduce the RF to around 50kHz to 40KHz to maintain the display.
For maximum output we need to keep 3 or more plasma streams flowing in the ball. When the plasma streams drop below 3 fingers the field output starts to drop off.

Where to Start ?
The PLC and Plasma Ball makes a good entry point. Once familiar with its operation and the FreX and CHIamp software, then purchasing the PLCSx and second plasma ball offers extend applications where we can create standing waves between the two plasma balls.

PLC and PLCSx Instructions

PLC Signals

As we increase the audio volume the Audio gating signal increases its duty cycle. A duty cycle of 10% to 50% can be achieved.

For maximum output energy, as measured with the TriField, we use a signal close to 50kHz (50,000Hz) as the carrier, gated by a 50% duty cycle audio signal.

Here I'm sitting two feet away from the plasma ball. 45kHz RF carrier gated by 808Hz. The oscilloscope probe, both ground and probe are held in my hand. This is the signal on the body.

Sincerely,
Ken Uzzell

e-mail Ken Uzzell

Heal-Me.com.au and its affiliates make no claims regarding the PLC device's effects on your wellness. Heal-Me.com.au and its affiliates are not responsible for any loss or damage caused to you or your computer by the use of PLC. The PLC is made available AS IS and carries a 12 months manufacturer's standard warranty. I hope you enjoy it in the spirit it has been developed, for the purpose of personal experimental research into wellness of RF modulated audio frequency therapy evaluation.

The information provided on this site is for informational purposes only and is not intended as a substitute for advice from your physician or other health care professional or any information contained on or in any product label or packaging. You should not use the information on this site for diagnosis or treatment of any health problem or for prescription of any medication or other treatment. You should consult with a health care professional before starting any diet, exercise or supplementation program, before taking any medication, or if you have or suspect you might have a health problem. You should not stop taking any medication without first consulting your physician.