Hi Eddie, sorry I am new on sending messages on this page, my question is if a twisting in twisted pair cables helps reduce attenuation, I've tried to understand it but still confuse, I've got the fact that twisting increases capacitance which increases loss (attenuation) at higher frequencies, but doesn't give me a full explanation, sorry, I would love to be as clever to understand as you do, many thanks
You should write a hsc ipt book There'd be alot more band 6 ipt students ;) , it would be way better then samuel davis and his jargon -_- Thanks!, ive been doing my ipt revision for trials by going through ur vids xD
Hi Eddie, sorry I am new on sending messages on this page, my question is if a twisting in twisted pair cables helps reduce attenuation, I've tried to understand it but still confuse, I've got the fact that twisting increases capacitance which increases loss (attenuation) at higher frequencies, but doesn't give me a full explanation, sorry, I would love to be as clever to understand as you do, many thanks
Explanations were incomplete. Understanding became contradictory and unconvincing rather than understood as being deliberately contracted on detail. No emphasis on how and why TP orientation infers benefits; the terms parallel & TP could have been interchanged throughout with no inherent logic to capture the mistaken distinctions.
What really amazed me in this video was how well that smart board worked
me too
wow, your explanation is really good, thank you
Thank you Eddie, love the board also, hi hi.
Nice tutorial, oh, you can write on the slide, I wonder how can you do that?
same ?? question how :)
smartboard
Nice work keep up
Hi Eddie, sorry I am new on sending messages on this page, my question is if a twisting in twisted pair cables helps reduce attenuation, I've tried to understand it but still confuse, I've got the fact that twisting increases capacitance which increases loss (attenuation) at higher frequencies, but doesn't give me a full explanation, sorry, I would love to be as clever to understand as you do, many thanks
You should write a hsc ipt book
There'd be alot more band 6 ipt students ;) , it would be way better then samuel davis and his jargon -_-
Thanks!, ive been doing my ipt revision for trials by going through ur vids xD
thanks for this, it really really helped me.
it would be better if you can put some video of the types optical fibers too.
anyway really thanks.....
Thank you
This is amazing!
I like your teaching
So what happens if they are not twisted
Hi Eddie, sorry I am new on sending messages on this page, my question is if a twisting in twisted pair cables helps reduce attenuation, I've tried to understand it but still confuse, I've got the fact that twisting increases capacitance which increases loss (attenuation) at higher frequencies, but doesn't give me a full explanation, sorry, I would love to be as clever to understand as you do, many thanks
Thanks a lot sir
Isn't that corrupt?
Explanations were incomplete. Understanding became contradictory and unconvincing rather than understood as being deliberately contracted on detail. No emphasis on how and why TP orientation infers benefits; the terms parallel & TP could have been interchanged throughout with no inherent logic to capture the mistaken distinctions.