Energy Saving Power Supply Unit

I claim the unit's AC voltage sources, front and back end circuits modifications.

• The front end circuit of claim 2 designed to generate the unit's reference frequency and stability factor.
• The front end circuit of claim 2 designed to generate the unit's divide by n operating frequencies and timed controlled DC pulsating output, producing the unit's energy saving percentages of 50% to 87.5%.
• The front end circuit of claim 2 programmed Eeprom with preset, mode and latch data for controlling the unit's divide by n.
• The front end circuit of claim 2 designed to generate binary codes to select decoder memory addresses via the unit's master counter.
• The front end circuit of claim 2 designed to generate a synchronized single 50/60 Hz final output via the unit's decoder.
• The back end circuit of claim 2 designed to generate the front end circuits referenced inputs, inverted and amplified voltage outputs and front to back end circuits buffering via the unit's voltage comparator.
• The back end circuits of claim 2 designed to switch efficient power of a five stage power mosfet configuration at 50/60 HZ to energize AC and DC appliances and other loads.
• The high 120, 240 and 480 vac input, single phase voltage sources of claim 2 modified to generate 120, 240 and 480 Vdc to energize the unit's power mosfets, single phase AC appliances and other loads.
• The high 120 vac and 120 vac tapped from 240 vac input voltage sources of claim 2, to safely energize a switching power supply primary input, producing low DC output secondary voltages to power the unit's front end circuits and a back end circuit.