Reterminating older MIT 750 CVT Speaker cable to a shorter length - Can this be done?

+ to - to roll off above 25K @ 4 ohms I believe. Been 4 years sense I made one up.. They work pretty good. Considering they were 10K + new.

31.7

https://www.instructables.com/How-to-make-a-Transparent-Audio-Reference-XL-Speak/

I made up 10 or 12 pairs. I kept 2. 1 @ 1 meter. 1 @ 3 meters.

You have to increase the hand wound inductor (2.5 mH) in the first part of the network, if you shorten the length. In series on the + leg

Regards

Is that 31 ohm in series?

Or with the capacitor in series between the +/- to roll the high end?

OP it is for a "Transparent cable". I was talking ONLY about the little Hi Pass filter at the end of the run. You can roll it off sooner if you want or leave it out all together. I've made up inline filters that work the same way. You can buy inline filters too.

Honestly though, I quit using all the network cables and went to weaves and ribbon cables. I haven't looked back. 

150.00 is a real push for a pair of 3 meter cables. 1.5 meters 75.00 or so..
They will make the length and use the terminal ends you want too, just ask. It's not a huge store, really kinda of mom and pop..

https://www.ebay.com/itm/203219222929

or

https://www.ebay.com/itm/124663779274.

6 days to 2 weeks. Delivery. I been using the same guy for over 3 years.

Have fun in any case..

Regards

Thank you gents for the responses. I noticed its only on one of the ends of each cable. These are original MIT 750 CVT factory terminated and has not been tampered with ever.

So shorting the cable from 8 feet to 4 feet on the end without the resistors should be fine I trust?

Thanks

The smaller network on the output end of the Transparent Reference XL speaker cable. It consists of a 1000 pF capacitor and a 31.7 ohm resistor.

All you do here is solder the cap and resistor together. Then, use your soldering iron to melt away the insulation on the positive and negative legs of the cable 12 inches from the output end.

It is a HP filter 25K or higher. This is for a 3 meter run. You'll be just fine, though. The other end has a hand wound inductor and couple of other parts. There are two parts of the network. 

Regards

Are they resistors, inductors, or capacitors?

If one could measure them, then it might be possible to add them to the cut off end.

Or just remove those resistors, as they should not help a lot. They would reduce the damping factor… which maybe be what they are accomplishing??