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Original Ambient Power Module I C2,C3 047 F, 50 volt capacitor C1,C4 40 F, 50 volt electrolytic capacitor D1,D2 D3,D4 1N34 diodes 1N34 diodes In 1979, Joe Tate began experimenting with methods of turning radio energy in the air into usable electric power He first developed a clock which drew its power from an antenna that was just a long piece of wire stretched out horizontally about 20 feet above the ground The power supply for the clock worked something like an old-style crystal radio, except that it did not have a tuning circuit Because of this, the Crystal Clock was able to absorb a wide spectrum of radio noise from the antenna and yield electric power The power supply was able to deliver much more current than was developed in a crystal radio, although its output was just still just a few millivolts Joe began recording the power supply s output over a long period of time to determine its dependability After all, the device relied completely on whatever stray signals happened to be in the air Using an Atari computer, the output of the clock s power supply was measured continuously and recorded on floppy disk This was done by feeding the unregulated voltage output directly into the computer s joystick port Joe began calling this power supply the Ambient Power Module (APM) because it extracted power from ambient background radio noise This small circuit, when connected to antenna and ground, used the potential difference between air and ground to generate a small direct current continuously Joe s original claims stated that the APM could produce up to 36 volt/9 watts Joe applied for a US Patent and was later granted patent #4,628,299 As he studied the recorded data, mild fluctuations were noted in a daily cycle The patterns were consistent over long periods of time, though they differed in different locations Aside from that, the APM looked like a very dependable source of power In the spring of 1984, he discovered an interesting correlation between voltage fluctuations from the APM and a local earthquake event; this point will be discussed later The APM operates, as a broadband receiver of energy in the lower portion of the radio spectrum, receiving.

Misc PC board, wire, hardware, enclosure Ambient Power Module II D1,D2,D3,D4,D5,D6 1N60 germanium diodes D7,D8,D9,D10,D11,D12 1N60 germanium diodes C1,C2,C3,C4,C5,C6 470 F, 50 volt electrolytic capacitors C7,C8,C9,C10,C11,C12 470 F, 50 volt electrolytic capacitors L1 480 turns #22 wire on 3 plastic tube

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to the signal path and rectifier D1 is connected in series, in the well-known voltage multiplier arrangement Capacitor C1 is connected in parallel across the output of the APM to smooth the rectified output The right or positive side of the circuit is similar, except for the polarity of the diodes In operation, an RF voltage is developed across the antenna; this voltage is voltage multiplied by the two rectifiers on each side of the circuit The resultant voltage output is smoothed or filtered by capacitors C2 and C4 The circuit is very symmetrical with the plus side mirroring the minus side of the circuit The output of the APM is ideal for low voltage, high impedance devices, like digital clocks, calculators, radios and smoke alarms, which are the most likely applications for this power source One possible application for the APM is to charge small NiCad batteries which provide effective voltage regulation as well as convenient electrical storage Charging lead acid batteries is not practical because their internal leakage is too high for the APM to keep up with Similarly, this system will not provide enough power for incandescent lights except in areas of very high radio noise The APM could also be used to power small electronic devices with CMOS circuitry, like clocks and calculators Smoke alarms and low voltage LEDs, and small emergency power/lighting circuits can also be powered by the APM Use your imagination to devise an application for the APM

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