Monster and Stinger... this is like wearing a sign saying "shoot me"...
My question here is, are there engineers here that believe that cables make a night and day difference?
I bet you are assuming that as an engineer, that person is bound by his/her knowledge of the science behind the flow of electrons and thus will offer a more scientific explanation rather than a subjective one.
I have been brushing up on my audio literature and it brought me to the topic about cables.
Kindly correct me if I'm wrong in what i read or my misunderstanding is flawed
For speaker cables, there are 2 types
1. Shielded
2. Unshielded
A lot of people want the unshielded.
Now for RCA, people do recommend shielded.
Frankly im confused. Also, do branded cables make a difference? A fine example would be Monster and Stinger RCA cables.
Ok let's answer the obvious. If you are indeed brushing on your audio literature then you should already know the reason why people (1) choose unshielded for their speaker wires and (2) use shielded wires for their RCA interconnects. Otherwise, you are not doing your home work so here it is.
Speaker wires don't need to be shielded. Why? Because the amount of voltage and the degree of current is so huge that minute noise signals cannot "contaminate" it. Signal to noise ratio is only inherent to what the original signal already have so it is just a waste of money to use shielded speaker wires.
RCA interconnects needs to be shielded as a way of protecting the integrity of the small, millivolt level signals that pass through. Make no mistake of thinking though that unshielded RCA interconnects can not be used, they can.
Now here's the kicker (remember fattyacid's post for engineers). Shielding is commonly done by braiding multiple strands of copper or silver wires to cover the inner conductor of the wire and "shield" it from the outside, much like those LPG hoses. To make the shielding effective, this braided wires are connected to ground to shunt any common mode noise via ground. Unfortunately, there is a phenomenon known as "skin effect" where electrons prefer to travel on the outside or "skin" of the conductor, this phenomena plus the multiple strands used in braiding the shield promotes a capacitive effect in the wire. The longer the wire, the higher the capacitance. You will see this in wire specifications as picofarads per foot (pf/ft). This capacitance now will interact with your amp/preamp input section and form what is called a 1st order low pass filter where you lose a great range of frequencies in the higher region of the frequency spectrum.
There now, I hope that helps you in further understanding the intricacies of this hobby.