BiTT vs CONVENTIONAL EI TRANSFORMER Test Demo
LOAD REACTIONS IN A Bi-TOROID TRANSFORMER vs A CONVENTIONAL EI TRANSFORMER Incoming search terms:pdf thane heins transformer ottawa
LOAD REACTIONS IN A Bi-TOROID TRANSFORMER vs A CONVENTIONAL EI TRANSFORMER Incoming search terms:pdf thane heins transformer ottawa
This is a Power Factor variation video where a: CONVENTIONAL TRANSFORMER is compared to a BiTT with a resisrtive load (PF =1). The conventional transformer PF mirrors the load. The BiTT PF is indepenent of the load. Cheers Thane Thane…
BITT 3.0 employs a high impedance primary to deliver flux to the secondary coils. Primary core saturation (or at the very least core reluctance is sufficiently increased to deter secondary BEMF induced flux) is accomplished along with a high impedance…
Taking a quick look at the varying flux magnitudes in the BITT 2.0 with a surprising result. Cheers Thane Thane C. Heins President – Potential +/- Difference Inc. 613.795.1602 thane_heins@yahoo.ca “Integrity is the essence of everything successful” R. Buckminster Fuller
BITT 2.0 employs a HIGH CURRENT SATURATED PRIMARY CORE to reduce the primary power factor down to (virtually) zero or a 90 degree phase angle differential between the primary voltage and current. This means virtually 100% REACTIVE CURRENT and REACTIVE…
Early Bi-Toroid prototype showing an 1800% output power increase with a 17% drop in primary power.