The Magnetic Motor Generator. MMG –V4.1

By doing away with switches and pot luck approach to switching the system on and off results started to improve. Coil temperatures dropped drastically. Current flow dropped considerably. Battery life appeared to become almost infinite. I was amazed. Was it really that simple?

Switching on the coil when the magnet situated on the rotor was in the exact location (as pictured below) and turning off the drive pulse at the exact time when no longer required were the crucial principles that achieved the long sought after phenomenon (i.e. better known as the cold current reversal technique) and it appeared that any slight deviation away from these electrical characteristics would render over unity impossible.

This is the complete kit of components for your pulse drive motor.
This little micro controller will help explain how the Robert Adams motor actually works.
Controlling the timing will enable precise current flow to optimize the efficiency.
All parts are included in this kit from the magnet to the drive MOSFET.
Parts included:-

• Magnet
• Hall Sensors
• LCD display
• Wiring
• Processor controllers preprogrammed

The computer uses a Hall Effect sensor to detect the location of the magnetic field of the magnets as they pass by the induction coils. A signal is generated and delivered to the micro control unit. The computer is programmed to detect the rising edge of the pulse. The system is edge triggered. At that point the computer will decide how, when and how long to energize the coils. These parameters are set into the micro computer by you, the user. They can be adjusted while the pulse motor is running, giving you the opportunity to take current measurements and other technical data to achieve the most efficient pulse motor drive system and the best possible opportunity of archiving over unity.

For more Information Down load the User manual PDF

Wiring diagram. Dual Supply