@prof
If you were provided with a full spec sheet of any/all products, would you be able to translate those specs into something meaningful? Something you could interpret and explain to someone else that “these should sound like this because of that..”
Every detail and tech tidbit outlined: inductance, capacitance, resistance, magnetic fields generated/isolated, shielding from EMI, noise filtration, a 1khz sine wave in, same wave measured at the other end. And measured at multiple lengths to show what, if any decay or distortion of the signal occurs. How well is that signal protected by shielding so nothing effects the signal?
somehow, I think not.
If you were provided with a full spec sheet of any/all products, would you be able to translate those specs into something meaningful? Something you could interpret and explain to someone else that “these should sound like this because of that..”
Every detail and tech tidbit outlined: inductance, capacitance, resistance, magnetic fields generated/isolated, shielding from EMI, noise filtration, a 1khz sine wave in, same wave measured at the other end. And measured at multiple lengths to show what, if any decay or distortion of the signal occurs. How well is that signal protected by shielding so nothing effects the signal?
somehow, I think not.