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For the term "ottawa university part 1 self accelerating axial f".

Ottawa University PART 1 Self Accelerating Axial Flux Motor – Generator.mov Dec. 2009

SELF ACCELERATING AXIAL FLUX MOTOR and GENERATOR COILS Dec 2009 In this demonstration we combine a self accelerating motor coil which causes rotor acceleration in violation of the Work Energy Principle: hyperphysics.phy-astr.gsu.edu The Work…

Part 2 ELECTRIC MOTOR COIL – SELF EXCITED, SELF ACCELERATING

This self excited generator “motor” coil causes the induction motor/ prime mover to accelerate from 800 RPM to over 1800 RPM without any additional power being supplied to it – WHILE AT THE SAME…

PART 1 ELECTRIC MOTOR COIL: SELF-ACCELERATING, SELF-EXCITED

This self excited generator “motor” coil causes the induction motor to accelerate without any additional power being supplied to it. Technology Background Since 2001 Potential Difference Inc. has be investigating various methods to reduce…

Ottawa University – 3rd Year EE Student Replication Project

Ottawa University Third year Electrical Engineering Students – Regenerative Acceleration Generator Project. This is a 3rd year Electrical Engineering student Regenerative Acceleration Generator Replication Project where the students successfully built a generator which VIOLATES…

Ottawa University CANADA DAY BI TOROID TRANSFORMER vs CONVENTIONAL TRANSFORMER June 2009

The Bi-Toroid Transformer is designed such that the primary coil is magnetically iscolated from the secondary back EMF induced flux. In this manner the primary current and power factor are unaffected by the load….

Conventional Generator vs Regenerative Acceleration Generator Ottawa University Lab

The Conventional Generator Coil producing 7 Watts causes system DECELERATION whereas the Regenerative Acceleration Generator causes system ACCELERATION while producing 45 Watts and overides the conventional generator’s countertorque. BASIC PHYSICS – Regenerative Acceleration Generator…

Ottawa University Video Data Conventional Generater vs Regenerative Acceleration Generator

This video data represents a Conventional Generator output vs the Regenerative Acceleration Generator output under identical conditions – rotor speed and torque. Conventional Generator Output = 0.8 Watts Regenerative Acceleration Generator Output = 32.7…