Calculate the output impedance for the circuit shown in figure. Assume VA = co.Şekildeki devre için çıkış empedansını hesaplayınız. VA = co kabul ediniz.Circuit parameters / Devre ParametreleriRg = 11 kn, Rc = 0.9 k2, RE = 400nVccRBVoutVinoREO a. 0.43 knO b. 11.00 knO c. 0.40 knO d. 11.50 knO e. 0.83 knO f. 1.23 knO g. 0.90 kaO h. 12.30 kn

Answered: Image /qna-images/answer/e89e0838-db4f-4073-a78a-7290289c07d5.jpg

Calculate the output impedance for the circuit shown in figure. Assume Va = 00. Şekildeki devre için çıkış empedansını hesaplayınız. Va = oo kabul ediniz. Circuit parameters / Devre Parametreleri Ra = 11 kN, Rc = 0.9 kn, Rɛ = 400 N Vcc Rc Voue RB ERE O a. 0.43 kn O b.11.00 ka O.0.40 kn O d. 11.50 kn O e. 0.83 kn O f.1.23 kn O g. 0.90 kn O h. 12.30 ka

Calculate the output impedance for the circuit shown in figure. Assume Va = 00. Şekildeki devre için çıkış empedansını hesaplayınız. Va = oo kabul ediniz. Circuit parameters / Devre Parametreleri Ra = 11 kN, Rc = 0.9 kn, Rɛ = 400 N Vcc Rc Voue RB ERE O a. 0.43 kn O b.11.00 ka O.0.40 kn O d. 11.50 kn O e. 0.83 kn O f.1.23 kn O g. 0.90 kn O h. 12.30 ka

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter10: System Protection

Section: Chapter Questions

Problem 10.5P

See similar textbooks

Similar questions

Two impedances ?1=5=?7 and ?2=10−?5 are connected in series across a 200- V, 50 Hz supply. Determine the current, active power, apparent power and power factor.
For the circuit in the above figure, determine the complex impedances, Zeq1 and Zeq2 for a frequency of 1/2π Hz.
——- is the RMS value of output voltage of the step down chopper which is having 230v as a input for a duty cycle of 50%
estimate the value of equivalent impedance
Calculate the input impedance for the circuit shown in figure. Assume λ = 0.
alculate the output impedance for the circuit shown in figure. Assume VA = ∞.
A factory draws a lagging load of 2000 kW at a power factor of 60% from a 6 kV bus line. A synchronous capacitor is installed to raise the overall power factor to unity. Assuming the synchronous capacitor losses are 275 kW, calculate the operating power factor of the synchronous capacitor.(Ans. 0.103 leading)
A non-sinusoidal quasi-square wave voltage v(t) is applied to a nonlinear load, resulting in a non-sinusoidal current i(t). The voltage and current waveforms are shown below. Assume any values of your choice for Vp (≤ 200 V) and Ip (≥ 5 A). 1. calculate the average power and net power factor of the load. 2. The total load harmonic distrotion (THD) of the load current, assuming the smallest frquency term as fundamental.
For step -down chopper circuit, source voltage Vs=220V, Chopping period T=2000micro second, on period =600micro second, load circuit parameters R=1ohm, L=5milli henry and E=24v then find (i) Find whether load current is continuous or not. (ii) Calculate the value of average output current, (iii) Compute the maximum and minimum value of steady state output currents.
From the given circuit, find: the upper cutoff frequency of the system. a) 8.6 MHz, b) 10.77 MHz, c) 690.15 kHz, d) 801 kHz the cutoff frequency due to CE a) 222 Hz, b) 327 Hz, c) 489 Hz, d) 577 Hz Input Impedance Zi a) 2 kohms, b) 1.32 kohms, c) 3.45 kohms, d) 2.22 kohms
!EMERGENCY! Normalized admittance values zI= 0.4 - j0.3 with two load impedances connected in parallel with a 50 cm long coaxial line insulated with dielectric (€1 = 3) It is connected to a source with an operating frequency of 1 GHz. Find the distance of the voltage max and min to the load and the normalized input impedance of the line.
Please solve Last time Not give details solution. Give good ans i give upvote. A 3-phase alternator has the line voltage of 11 kV. The generator is connected to a circuit breaker. The inductive reactance upto the circuit breaker is 50/phase. The distributed capacitance upto circuit breaker between phase and neutral is 0.001 µF Determine peak restriking voltage across the CB, frequency of restriking voltage transients average rate of restriking voltage upto peak restriking voltage, maximum RRRV.