For the generator itself, there are two separate outputs: Out1 and Out2, both of which can generate unique frequencies using separate waveforms, offsets, voltages, etc. Typically they are used together (by boosting) to double the voltage range – from 20vac to 40vac. For XM, it’s a generator, so as above there are only 2 ports. For the GX, it’s actually two generators in one. So there are 4 ports, two for each independent generator. As for boost, without this you’d have a hard time combining the outputs of Out1 and Out2 into one device, and while there are ways to do this, boost makes it easy.
For ports on boost, they look like the following:
- Out 1 – This is a direct path to the Out1 port of the generator it is connected to, it is useful to be able to isolate this port without having to remove the boost.
- Out2 – Same as above.
- MN: Magnetic North – This combines Out1 and Out2 to maintain polarity so that positive is positive and negative is negative. This works with the original black (MN) remote, which is magnetically aligned with the same magnetic field as north on the compass. This magnetic field is positive and is attracted to the north of the earth. The port is rarely used because the magnetic north pole has been shown to be the opposite of life processes; while it may help kill pathogens faster, it can cause severe discomfort to the host.
- BN: Bio-North (North of the Earth) – This combines Out1 and Out2, inverting the polarity so that a negative signal is produced on the positive rise of the waveform and vice versa. This works with the original white (BN) remote and the current version of the black remote 2.0. The magnetic field direction of these two remotes is the same as the magnetic field direction of the earth’s north pole, that is, the negative magnetic field. Negative magnetic polarity has been shown to be beneficial to life processes.
- High Power Contacts – This is a female BNC connection like you would find directly on a generator, it is wired the same way as a BN port and will produce a negative value when the waveform goes positive and vice versa. In contact applications, polarity is not a factor, so this fact is a debatable point; however, it is useful to know if someone is using a device with a specific polarity (such as Spooky Radionics) outside this port. This port allows you to double the voltage by properly combining the two outputs, when the voltage is doubled you square the power (4x) to provide enough power to overcome the resistance of the skin and provide a useful contact application.
- Colloidal Silver Port – This is a female BNC connection similar to a high power port, however, there is a 1000 ohm resistor in series, which limits the current flow, providing more stable operation when used to make CS. As an added bonus, it reduces the effects of low frequencies (below 10kHz) when they resonate with nerves and muscles. Many people find this port very useful when conducting contact sessions that include such frequencies. This is a better approach than lowering the voltage, which can cause the application to waste energy without enough energy to penetrate the skin and into the body.
To combine the effects of the dual voltage Out1 and Out2, the Inverse+Sync option must be used for Out2. When Inverse+Sync is not used on Out2, the outputs of Out1 and Out2 are combined using frequency addition (not unlike what happens when recording two people talking at the same time). This allows you to output Out1 and Out2 to one device, whether it’s a remote, a radio, etc… without having to connect each output to twice as many devices.
Also, be careful not to use multiple connections at the same time, otherwise, they will split the power, for example if I have two remotes plugged into both the BN and MN ports, and then plug the contact bars into the high power port and hold them, all three Each device will divide the voltage and end up with 1/3 of what you think they get. Aside from not being a good master in terms of voltage, it’s likely to run a remote in an inefficient configuration on the MN port.
Boost is not recommended for use with BFB as the other connection point will act as an antenna, absorbing ambient noise and injecting it into the circuit. The GX is sensitive enough to measure this noise, so whether the noise is loud enough to interfere with a BFB scan is another question entirely and really depends on the environment you’re scanning in.
