It's impossible to predict how a cable or interconnect will sound, without having it installed in a system. All conductors will necessarily interact with widely diverse component input & output impedances, as well as the highly reactive(in most cases) impedance of speakers. There's some very good info(re: impedance/capacitance), contained in this company's white paper on cables: (http://www.analysis-plus.com/design_whitepaper.html) There are also some topics on which to click, upper right of the page(Design). No doubt: some will brand this as hype. Check out the company's creds, before pointing fingers: (http://www.analysisplusinc.com/)
Explain speaker cable resistance, capacitacance?
Can anyone please easily explain, without going too technical, the effects on sound of resistance, capacitance, inductance in speaker cable?
For example, these are the specs of two cables made by the same manufacturer:
CABLE 1
Resistance: 0.9 Ohm/100 m.
Capacitance: 17.5 pF/m.
CABLE 2
Resistance: 0.34 Ohm/100 m.
Capacitance: 32.5 pF/m.
What differences should be expected between these all other things (lenght, system) being equal?
Does the same apply to interconnects?
Thank you for your support :)
For example, these are the specs of two cables made by the same manufacturer:
CABLE 1
Resistance: 0.9 Ohm/100 m.
Capacitance: 17.5 pF/m.
CABLE 2
Resistance: 0.34 Ohm/100 m.
Capacitance: 32.5 pF/m.
What differences should be expected between these all other things (lenght, system) being equal?
Does the same apply to interconnects?
Thank you for your support :)
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- 7 posts total
- 7 posts total