—This research on Force Components Circuits started around 1995. Since then, the two kinds of Force Components Circuits discovered are active kinds and passive kinds. Active Force Components Circuits oscillate permanently. They are renewable energy power sources having high amplitudes in active isolated accumulated charges in at least one node. However, since in this case, one of such nodes is impossible, the isolated charges branch out from a High X Threshold Amplitude (XTA) Active DC Node to Extending Active DC nodes leading to very low amplitudes in accumulated active charges. Some isolated nodes of the Force Components Circuits are even AC nodes. These circuits oscillate indefinitely recharging the Force Components Circuit. Passive Force Components Circuits do not oscillate permanently. After being powered ON, they have a time constant in which they reach an amplitude in saturated inactive charges—

—Hypothetically Force Components Circuits allow the harnessing of a force other than the electromagnetic force. Using Force Components Circuits in a propulsion scheme by having the potential of influencing any form of matter between an output node, allows a massive force in matter expulsion or attraction. Expulsion or attraction are at least two orders of functionalities. Any form of matter expulsion or attraction is an expression of three orders of functionalities. Adding motion of the package allowing expulsion or attraction is an expression of another three orders of functionalities, and so on and so forth—

Once the natural oscillation of the Force Components Circuits reaches ~1GHz in frequency, the isolated X Threshold Amplitude nodes allow the usage of high amplitude output power at low currents. Even at low currents, it was necessary to diminish the original outputs of the circuits to lower outputs in power at the output impedance nodes. Without that solution in hands-on research, the entire power source would be an output node with the potential of being unmanageable and dangerous. The lowered power, however, prevents the output nodes from being consistent or redundant in retaining stored charges.

The natural oscillation of the Force Components Circuits is natural because the circuits are solid state. Initial charge accumulation, saturation, and stability are achieved by solid-state circuitry.

There are two kinds of Force Components Circuit output impedance nodes. Low current, high power output impedance nodes, and high current high power output impedance nodes.

Type DAE output impedance nodes are Low current, high power output impedance nodes.

Type VAE output impedance nodes are high current high power output impedance nodes.

A Single XTA Node power source can only be used as a Type VAE power source. A Single XTA Node power source is naturally configured to have a Single XTA Node since “no Active Force Components Circuits have a dual XTA. Passive Force Components Circuits have a dual XTA.”. The companion node used with the tapped XTA allows current flow through the Output Module used in the solution. In this case, high current flow occurs if the XTA is reduced as part of the configuration solution.