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"Unlocking Radiant Displacement Current (RDC)
Edwin Gray developed innovative energy systems in the 1970s, patented as pulsed capacitor discharge engines (US3890548, US4595975, US4661747). These converted battery power into efficient pulses that ran motors and bulbs with minimal heat or shock, achieving extended runtimes and potential energy gains. Though promising for clean power, his work faced suppression starting in 1973; Gray passed away in 1990.
About Radiant Displacement Current
RDC uses "displacement current" – a changing electric field – created by quick high-voltage pulses in a special tube. This turns regular DC power into "cold" electricity that's efficient and safe (less heat, no shock). The tube has tungsten rods and copper grids. It gets 3,000-volt pulses that rise super fast (over 500 volts per nanosecond, lasting 3 nanoseconds). This makes displacement current much stronger than normal current (by a huge ratio). Result: Powers devices 2-6 times more efficiently. Pulsing the DC is key – steady DC doesn't work; the fast changes create the special effect for energy savings and recycling.
Inspired Variant: Gray Pulse Energy (GPE)
GPE, derived from Edwin Gray's principles, employs stepped up DC pulsing (e.g., 100Hz, 33% duty, 36V boost), efficiently powering resistive loads like heaters via PWM, reducing consumption vs. steady DC. Includes schematics, parts sourcing, energy flow, science explanations.
RDC vs. GPE: Differences and Load Applications
RDC: HV pulses (3kV+) create displacement current dominance for "cold" electricity; powers non-resistive loads (motors, bulbs) efficiently (2-6x, low heat/shock). Inspired by Gray's tube.
GPE: LV pulsing (36V, PWM 100Hz 33% duty) with recovery; powers resistive loads (heaters) efficiently via reduced average power, not displacement current.
Both Gray-inspired: RDC for cold ops, GPE for heat-focused.
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