Homework Statement
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Can someone help me solving this problem ?
A lossless coaxial cable is used in a data network. it has an er =3 (relative permittivity) It is driven by a pulse
source with internal impedance of 10 ohm, 1 V amplitude, square wave with
duration of both positive and...
I guess at start.The 1V will be divided between the source resitance of 1 kohms and the characteristic impedance of the cable of 53 ohms. so the forward traveling wave is 53/(1000+53) *1 V ?
Thanks for the reply, can you help. it is asked in ns?I tried calculating the reflection coefficent at the input and output but can't get an idea how the voltage will look like
Homework Statement
can someone help me solving this problem ?
A coaxial cable is driven by a pulse source with internal impedance of
1kohms, 1 V amplitude, square wave with duration of both positive and negative pulse is
800 ns, with negligible rise- and fall-time. The load impedance is 10...