Synchronous Generator 530 11 = 0.85 = 300 KVA pf = 0.85 lagging, 4 pole 20 KV jXs = gll f= 60 Hz Find Vo HI Раф T 36
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Q: VLL=240 IL=0.1 P1=19W P2=19W PINPUT=38W Please solve question 3 in report section
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- The speed of a synchronous motor is fixed by the a. rotor winding. b. amortisseur winding. c. supply voltage. d. frequency of power supply and number of poles.The value of armature current in the waveform is 12 A, a = 52 degrees, and ß = 154 degrees. The RMS value of current is Ia a+T B+TT a 4.62 68.38 O 9.03 O 2.61How would you ensure that the load impedance of the output circuit is properly matched to the generator?If the generator has adjustable output amplitude or offset, adjust them to see if the waveform changes?
- Harmonic Current Frequency 50 Hz 250 Hz 350 Hz 450 Hz Amplitude 5 A 2.1 A 1.5 A 0.8 A The current harmonic spectrum of a harmonic generating load is shown. Determine the THDİ O 54% O 114% 42% 11%arcing cAn inductive load consumes 10 kW at 0.75 pf lagging. A synchronous motor with a pf of 0.95 leading is connected in parallel with the inductive load. What is the minimum required kVA size of the synchronous motor so that combined load will have a pf of 0.8 lagging
- Lo au If a Load absorbs 10 kVA at a lagging power factor of 0.6. Then the complex power is: Select one: O a 6000 j8000 VA Ob.6000-j8000 VA c. None of these Od-6000 + j8000 VA eafermerThe peak voltage for a 60 Hz sinewave with rms voltage of 208 V is: 507 V 145 V 294 V 703 VTor F AC voltages and current listed on ac products are generally rms values.
- Measure the voltage and current across the capacitor.Measure the average power delivered by the source.Observe the phase angle in the condenserFind the amount of work the 3-phase motor can do in 3hrsSine wave A has a positive-going zero crossing at 40°. Sine wave B has a positive-going zero crossing at 45°. Determine the phase angle between the two signals. What signal leads ? A Y-connected system can have wires. The (resultant) voltage between the hot legs (135V) is The phase angle between the phase voltage and the line voltage of a A-connected generator is degrees. The phase current produced by a certain 20V, Y-connected generator is 12A. The corresponding line current is A certain A-connected generator produces phase voltages of 30V. The magnitude of the line voltages are When the turns ratio of a transformer is 20 and the primary ac voltage is 6V, the secondary voltage is If 20W of power are applied to the primary of an ideal transformer with a turns ratio of 8, the power delivered to the secondary load is The turns required to match a 500 source to a 1000 load is