A pair of conductors each form a transmission line of characteristic impedance 120ohms with respect to a third ground co

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A pair of conductors each form a transmission line of characteristic impedance 120ohms with respect to a third ground co

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A Pair Of Conductors Each Form A Transmission Line Of Characteristic Impedance 120ohms With Respect To A Third Ground Co 1
A Pair Of Conductors Each Form A Transmission Line Of Characteristic Impedance 120ohms With Respect To A Third Ground Co 1 (21.89 KiB) Viewed 30 times
A pair of conductors each form a transmission line of characteristic impedance 120ohms with respect to a third ground conductor. The propagation velocity of waves on the transmission line is 250Mm/s and the conductors are 1.5m in length. Both lines are terminated in their characteristic impedance. The mutual capacitance is 10% of the line self capacitance and the mutual inductance is 5% of the line self inductance, ASV step with a risetime of 100ns is transmitted on one conductor (source), what is the magnitude of the inductive crosstalk voltage induced on the far end load of the other (victim) conductor during the risetime? Enter your answer in millivolts to 3 s.f. (just a number).
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