A transmission line is 300 km long and the terminated to its characteristic impedance. the line has a resistance (R) of 10.4(OHm/km), a capacitance (C) of 0.00835 (uF/km) , an inductance (L) of 3.67 (mH/km) and a conductance (G) of 0.8 (uS/km) at frequency of 769 HZ.a) Find the attenuation constant ,the phase constant, and the characteristic impedance (ZO), b0 determine the voltage and currrent at the receiving end if a 2V generator with internal resistance of 6000hm

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A transmission line is 300 km long and the
terminated to its characteristic impedance.
the line has a resistance (R) of 10.4(OHm/km),
a capacitance (C) of 0.00835 (uF/km) , an
inductance (L) of 3.67 (mH/km) and a
conductance (G) of 0.8 (uS/km) at frequency
of 769 HZ.a) Find the attenuation constant
,the phase constant, and the characteristic
impedance (ZO), b0 determine the voltage
and currrent at the receiving end if a 2V
generator with internal resistance of 60OOhm
is connected to the sending end
Transcribed Image Text:A transmission line is 300 km long and the terminated to its characteristic impedance. the line has a resistance (R) of 10.4(OHm/km), a capacitance (C) of 0.00835 (uF/km) , an inductance (L) of 3.67 (mH/km) and a conductance (G) of 0.8 (uS/km) at frequency of 769 HZ.a) Find the attenuation constant ,the phase constant, and the characteristic impedance (ZO), b0 determine the voltage and currrent at the receiving end if a 2V generator with internal resistance of 60OOhm is connected to the sending end
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