you will have a strong ADSL signal and not one that has travelled several miles over cable designed for up to 4 KHz audio maximum frequency.TFor example if you have a FTTC installation
you will have a strong ADSL signal and not one that has travelled several miles over cable designed for up to 4 KHz audio maximum frequency.TFor example if you have a FTTC installation
How long is the twisted pair in a typical FTTC install ? Do you have real experience of a typical rural telephone line bringing ADSL service to a house several miles from the local exchange. ?Which misses the point that an FTTC extension provided by BT will be done in Cat5e
Finally the kicker to the nonsense impedance change is that Cat5e has a nominal impedance of 100Ω and CW1308 of 97.8Ω.
you will have a strong ADSL signal and not one that has travelled several miles over cable designed for up to 4 KHz audio maximum frequency.TFor example if you have a FTTC installation
Finally the kicker to the nonsense impedance change is that Cat5e has a nominal impedance of 100Ω and CW1308 of 97.8Ω.
I'm curious as to where you got the latter figure from.
Finally the kicker to the nonsense impedance change is that Cat5e has a nominal impedance of 100Ω and CW1308 of 97.8Ω.
I'm curious as to where you got the latter figure from.
Easy, Googled for a CW1308 data sheet.
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