WHAT IS THE DIFFERENCE BETWEEN A ZAPPER AND A FREQUENCY GENERATOR?
A zapper is an electronic device that produces a positive offset square wave of direct current (DC). It is set to one specific frequency from zero Hertz to 30,000 Hertz. Its effectiveness is due to the principle of resonance. Theoretically, it is capable of killing all pathogens that vibrate at all frequencies although the actual effectiveness of each zapper depends on a number of factors which I discuss on the front page of my site. In other words, the zapper is a broad-spectrum pathogen killer. The original zapper was invented by Dr. Hulda Clark in 1993. She explains the principle of resonance in her books. I talk about resonance in #5 below. All true zappers are stand-alone devices. They do not require any other devices or add-ons to work. You turn on the switch and you zap. The frequency generator, whose invention pre-dated the invention of the zapper, is an electronic device that produces a positive offset square wave of direct current (DC). But it is not set to one low frequency.
A zapper is an electronic device that produces a positive offset square wave of direct current (DC). It is set to one specific frequency — normally from 1000 Hertz to 30,000 Hertz. Its effectiveness is due to the principle of resonance. Theoretically, it is capable of killing all pathogens that vibrate at all frequencies although the actual effectiveness of each zapper depends on a number of factors which I discuss on the front page of my site. In other words, the zapper is a broad-spectrum pathogen killer. The original zapper was invented by Dr. Hulda Clark in 1993. She explains the principle of resonance in her books. I talk about resonance in #5 below. All true zappers are stand-alone devices. They do not require any other devices or add-ons to work. You turn on the switch and you zap. The frequency generator, whose invention pre-dated the invention of the zapper, is an electronic device that produces a positive offset square wave of direct current (DC). But it is not set to one lo
