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For a transmission line, the characteristic impedance Z, is given by R+ @Li Z, VG+ @Ci' where R = 10 , L = 0.1×10³ H, G=1×10° siemens, and C =1×10° F. For w=10,000 rad/s, determine, in polar form, Z, where Re(Z, ) >0.

For a transmission line, the characteristic impedance Z, is given by R+ @Li Z, VG+ @Ci' where R = 10 , L = 0.1×10³ H, G=1×10° siemens, and C =1×10° F. For w=10,000 rad/s, determine, in polar form, Z, where Re(Z, ) >0.

Linear Algebra: A Modern Introduction
Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter7: Distance And Approximation
Section7.5: Applications
Problem 19EQ
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For a transmission line, the characteristic impedance Z, is given by R + oLi Z, = VG+ @Ci where R= 10 O, L= 0.1×10 H, G=1×10° siemens, and C =1×10° F. For o = 10,000 rad/s, determine, in polar form, Z, where Re(Z, ) > 0.
Transcribed Image Text:For a transmission line, the characteristic impedance Z, is given by R + oLi Z, = VG+ @Ci where R= 10 O, L= 0.1×10 H, G=1×10° siemens, and C =1×10° F. For o = 10,000 rad/s, determine, in polar form, Z, where Re(Z, ) > 0.
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