If R = 84 ohm/Km, G = 106 mho/Km, H = 0.01 H/Km, C = 0.061 μ F/Km and frequency = 1000 Hz, then what is the value of propagation constant of the transmission line
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For a lossy transmission line, the characteristic impedance does not depend on
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For a lossy transmission line, the characteristic impedance does not depend on
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The characteristic impedance of a transmission on line is
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For distortion less line which of following relation are true
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Which of the following represents the transmission line positive sequence reactance
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The characteristic impedance of a transmission on line is
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Which following statement are not true for line parameters R, L, G and C of transmission line
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Consider a long, two wire line composed of solid round conductors. The radius of both conductors is 0.25 cm and distance between their centers is 100 cm. If this distance is doubled, then the inductance per unit length.
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In a lossless medium the intrinsic impedance η 60π and μ_{r} = 1. The relative dielectric constant ε_{r} shall be
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The positive (Z_{1}), negative (Z_{2}) and zero sequence (Z_{0}) impedances of a transmission line follows the relation
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Which statement is not correct for the transmission line parameter R, L, G and C
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A synchronous generator is of 100 MVA have inertia constant of 20 MJ/MVA. Find the angular momentum in MJsec/electrical degrees
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The VSWR of transmission line is
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Equal area criteria is used for
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For distortion less line which of following relation are true
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Which following statement are not true for line parameters R, L, G and C of transmission line
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The SWR on a lossless transmission line of the characteristic impedance 100 ohm is 3. The line is the terminated by
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The SWR on a lossless transmission line of the characteristic impedance 100 ohm is 3. The line is the terminated by
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The positive, negative and zero sequence per unit impedance of two generators connected in parallel are X_{1} = 0.12 pu, X_{2} = 0.096 pu and X_{0} = 0.036 pu. For LG fault at generator terminals (with 1 pu voltage) the positive sequence current will be
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The VSWR of transmission line is
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High capacity generators and motors are of
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For a line characteristic impedance z_{o} terminated is load z_{o}/3, the reflection coefficient is
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Peterson coil is used in case of transmission line for
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If R = 84 ohm/Km, G = 10^{6} mho/Km, H = 0.01 H/Km, C = 0.061 μ F/Km and frequency = 1000 Hz, then what is the value of propagation constant of the transmission line
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If a 500 MVA, 11 kV 3phase generator at 50 Hz feeds through a transfer impedance of (0+j0.605) Ω/phase, an infinite voltage also at 11 kV, then the maximum steady state power transfer on the base of 500 MVA and 11 kV is
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Which of the following statement is/are true regarding infinite line?
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Which statement is not correct for the transmission line parameter R, L, G and C
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Which of the following is/are the methods of improving transient stability?
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Which of the following statements is/are true? In case of parallel transmission lines