ww 20 KL0⁰ a. lo=1,81 + j4,08 A b. lo=0,91 +13,18 A -j40 Ⓒc. lo=4,08 +14,08 A d. lo=0,91 + j4,08 A De to=1,81 + 12,72 A Oflo=1,81 +1,81 A g. lo=1,36 +12,27 A h. lo=0,45 +4.54 A 120 jin Soru-2) Devrede K-44 ise "lo" akimini hesaplayınız. Question-2) K-44 in the circuit, calculate "lo" current in the circuit above. 20 120 20 www. 30
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- A 3 phase 50 Hz alternator is connected to the bus bars through an oil circuitbreaker. Due to short circuit occurring at bus bars, the circuit breaker opens when the r.m.s value of the current was 8000 amperes. The reactance of each phase of the alternator is 2.5 mH and the capacitance to earth between the circuit breaker and the alternator is 1.4 x 10^-7 uF. Determine: (i) Frequency of oscillations(ii) The maximum value of RRRV(iii) Time taken to achieve RRRV value in (ii)A 50 cycles, 3 phase alternator with grounded neutral has inductance of 1.6 mH per phase and is connected to busbar through a circuit breaker. The capacitance to earth between the alternator and circuit breaker is 0.003 uF per phase. The circuit breaker opens when rms value of current is 7500 A. Determine the following: i) Maximum rate of rise of restriking voltage. 1) Time for maximum rate of rise of restriking voltage. in) Frequency of oscillationsIn the given circuit, the amplitude of the input voltage is 13 volts and its phase is 0 degrees.The values of the circuit elements are given below.What is the maximum average power that can be transferred to the ZL load?R = 3 ohmL = 5j ohmC = -6j ohm
- Thus, in the verden circuit IG = 2.00uA is an 8.00kHz sine sign with a peak-to-peak value, L1 = 3.00uA Rs=3.34Kohm, R1 5.12Kohm. R2=3548.67Kohm, R3 =8.73Kohm, R4 =2.16Kohm R5 =23.17Kohm, VCC =11.00V, VEE--10.00V, Vp =6.00V, IDSS = 8.13mA, calculate the voltage value of V0 at the moment of 3T/4 (T=Period).The phase angle between the phase voltage and the line voltage of a Y-connected generator isa. 0°b. 30°c. 60°d. 90°Also fınd the radıal frequency when the current ı0 has a phase of 45 wıth respect to Vs
- A 13.2 kV, 60 Hz, 3-phase synchronous generator is connected in star and its neutral point is earthed while inductance per phase is 0.02 Henry. The generator is connected to a bus bar through a circuit breaker. The distributed capacitance up to circuit breaker between phase and neutral is 0.015 micro Farad. Determine the following: (i) Peak re-striking voltage (in kV) across the contact of circuit breaker; (ii) Frequency of oscillations (in kHz); (iii) Time to occurs first peak re-striking voltage (in micro second) and (iv) The average rate of rise of re-striking voltage (in mega volts per second)If the maximum value of an alternating voltage with a frequency of 35 Hz is 100 V, write the equation for this voltage. A u= 70,7.Sin2,198t B u= 63,6.Sin35t C u= 63,6.Sin35t D u= 100.Sin219,8t E u= 63,6.Sin35tA voltage and current applied to a single phase load is v= 26 cos (300t+25°) and i= 12 cos (250t- 20°). Find the single and three phase active and reactive power of the circuit if the voltage and current are in sine waveform. Three Phase Active power Three phase Reactive Power
- A voltage and current applied to a single phase load is v= 26 cos (300t+35) and i= 19 cos (250t- 20). Find the single and three phase active and reactive power of the circuit if the voltage and current are in sine waveformFind the sum of the voltages and its phase angle and the angle difference of e1=12 sin 10 t + 60oV and e2=6 sin 10 t + 30oV Answer: et= 17.46∠50.10o θpd=30oWhat is the in phase component of 3*rect(t/10)*cos(300*pi*t + pi/2)?