seperately excited dc generator has the following data: armature resistance , 0.06 Ω; field resistance, 112 Ω, total core and mechanical losses, 966 W; votlage across the field , 230V. The generator supplies a load at a terminal voltage of 230V. Calcaulte the armature current at which the generator has a maximum efficiency.
seperately excited dc generator has the following data: armature resistance , 0.06 Ω; field resistance, 112 Ω, total core and mechanical losses, 966 W; votlage across the field , 230V. The generator supplies a load at a terminal voltage of 230V. Calcaulte the armature current at which the generator has a maximum efficiency.
seperately excited dc generator has the following data: armature resistance , 0.06 Ω; field resistance, 112 Ω, total core and mechanical losses, 966 W; votlage across the field , 230V. The generator supplies a load at a terminal voltage of 230V. Calcaulte the armature current at which the generator has a maximum efficiency.
A seperately excited dc generator has the following data: armature resistance , 0.06 Ω; field resistance, 112 Ω, total
core and mechanical losses, 966 W; votlage across the field , 230V. The generator supplies a load at a terminal voltage
of 230V. Calcaulte the armature current at which the generator has a maximum efficiency.
Branch of science that deals with the stationary and moving bodies under the influence of forces.
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