T threatta Active member Joined Dec 16, 2009 Messages 28 Reaction score 0 Apr 6, 2010 #1 Does anyone have a better way of explaining the answer to this question? I am looking for a good reference(s) in Camara EERM so help understand the theory of magnetic flux saturation but can't seem to find a good one.
Does anyone have a better way of explaining the answer to this question? I am looking for a good reference(s) in Camara EERM so help understand the theory of magnetic flux saturation but can't seem to find a good one.
P pelaw Well-known member Joined Oct 24, 2009 Messages 108 Reaction score 4 Apr 7, 2010 #2 EERM 39-4. E (Voltage) = k * PHI (Flux) * n (speed) From there -> PHI (Flux) = E (Voltage) / (k * speed) In Problem 128: If Voltage is constant, and speed drops to 1/2, that scenario is "most likely" to increase Flux to point of saturation. Last edited by a moderator: Apr 7, 2010
EERM 39-4. E (Voltage) = k * PHI (Flux) * n (speed) From there -> PHI (Flux) = E (Voltage) / (k * speed) In Problem 128: If Voltage is constant, and speed drops to 1/2, that scenario is "most likely" to increase Flux to point of saturation.
