A separately excited DC generator when running at 1500 RPM delivers a load current of 210 ampere at 128 v and the flux purple is 0.045 Weber. What will be the load current and load power when the speed drops to 1300 RPM and the flux per pole becomes 53 mWeber the armature resistance is 0.054 ohm and there is a voltage drop of 1.2 V per brush.?

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A separately excited DC generator when running at 1500 RPM delivers a load current of 210 ampere at 128 v and the flux purple is 0.045 Weber. What will be the load current and load power when the speed drops to 1300 RPM and the flux per pole becomes 53 mWeber the armature resistance is 0.054 ohm and there is a voltage drop of 1.2 V per brush.?

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A separately excited DC generator supplies 150 A to a 145 V DC grid. The generator is running at 800 RPM. The armature resistance of the generator is 0.1 . If the speed of the generator is increased to 1000 RPM, the current in amperes supplied by the generator to the DC grid is _______. Correct answer is between '548,552'. Can you explain this answer?

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A separately excited DC generator supplies 150 A to a 145 V DC grid. The generator is running at 800 RPM. The armature resistance of the generator is 0.1 Ω . If the speed of the generator is increased to 1000 RPM, the current in amperes supplied by the generator to the DC grid is

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A separately excited DC generator when running at 1500 RPM delivers a load current of 210 ampere at 128 v and the flux purple is 0.045 Weber. What will be the load current and load power when the speed drops to 1300 RPM and the flux per pole becomes 53 mWeber the armature resistance is 0.054 ohm and there is a voltage drop of 1.2 V per brush.? for GATE 2024 is part of GATE preparation. The Question and answers have been prepared according to the GATE exam syllabus. Information about A separately excited DC generator when running at 1500 RPM delivers a load current of 210 ampere at 128 v and the flux purple is 0.045 Weber. What will be the load current and load power when the speed drops to 1300 RPM and the flux per pole becomes 53 mWeber the armature resistance is 0.054 ohm and there is a voltage drop of 1.2 V per brush.? covers all topics & solutions for GATE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A separately excited DC generator when running at 1500 RPM delivers a load current of 210 ampere at 128 v and the flux purple is 0.045 Weber. What will be the load current and load power when the speed drops to 1300 RPM and the flux per pole becomes 53 mWeber the armature resistance is 0.054 ohm and there is a voltage drop of 1.2 V per brush.?.

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