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To calculate the no load current from transformer & core loss is also calculated.
major component of power loss in a transformer is secondary resistance.when transformer is operated under no load,no current flows through the secondary.so under no load conditions transformer has just very small megnetic losses.
there are several losses in a transformer that prevent it from attaining 100% efficiency. One is core loss, which can be divided into Hysteresis losses, Eddy currents and Magnetostriction loses. see for more details http://en.wikipedia.org/wiki/Transformer#Energy_losses
Eddy currents act to increase the temperature of a transformer's core above ambient temperature, resulting in a loss of energy through heat transfer -thus reducing its efficiency.
A: there is no formula the gain of the amp is just reduced by the transformer turn ratio minus efficiency or loss. the transformer is for isolation and impedance matching
the efficiency is maximum in a transformer when no load loss is equal to load loss.
Hard starting Loss of power due to fuel starvation Noise coming from pump area
The maximum efficiency condition in distribution transformer is said to be occurred when iron loss = copper loss
why mentioning loss angle 0.002 in transformer
112.5
Copper loss varies with the load.
ideal transformer is that which has no power losses.if any transformer transfer power to secondary without power loss then that call a ideal transformer
Bad head gasket? Cracked Head? CRacked block?
To calculate the no load current from transformer & core loss is also calculated.
ideal transformer is that which has no power losses.if any transformer transfer power to secondary without power loss then that call a ideal transformer
Laws that require protection from loud noise in the workplace have achieved substantial reduction in noise induced hearing loss.
loss of hearing (from excessive exposer to extreme noise pollution) and bags under the eyes (from loss of sleep :P)