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Audio Cable Impedance: Use Digital Cable for Digital ...
https://www.tvtechnology.com/news/audio-cable-impedance-use-digital-cable-for-digital-applications#:~:text=The%20typical%20broadcast-quality%20analog%20audio%20cable%20has%20a,an%20analog%20cable%20can%20kill%20a%20digital%20feed.
Audio Cable Impedance: Use Digital Cable for Digital ...
https://www.tvtechnology.com/news/audio-cable-impedance-use-digital-cable-for-digital-applications
Characteristic Impedance in audio cables | Audioholics ...
https://forums.audioholics.com/forums/threads/characteristic-impedance-in-audio-cables.5439/
Cable impedance really isn't that complicated. The basic equation Zo = (L/C)^1/2 allows one to calculate the characteristic impedance. At audio frequencies this is a moot point and only starts coming into play about 1/10 the wavelength. So take 1/10 (C/f) where C = 3x10^8 m/s (speed of light) and f = frequency (20kHz) and you get about 15,000 meters!
Loudspeaker Cable Characteristic Impedance
https://sound-au.com/cable-z.htm
The characteristic impedance of a cable (Zo) is a complex function of the diameter (or dimensions if other than round) of the conductors, their relative spacing, and the insulation material. Simplified, it is determined (for high frequencies) as Zo = √L/C, where Zo is characteristic impedance, L is inductance and C is capacitance.
Understanding Impedance - Sound on Sound
https://www.soundonsound.com/techniques/understanding-impedance
Characteristic Cable Impedance - IET Labs
https://ietlabs.com/pdf/application_notes/5-Characteristic%20Cable%20Impedance-Digibridge.pdf
ZO is the Characteristic Impedance ZOC is the Open Circuit Impedance ZSC is the Short Circuit Impedance To measure a coaxial cable (in the frequency range 12Hz to 200kHz) on the 1693 Digibridge: 1. Connect the cable via 7000-03 leads or fixture to the 1693 front panel output terminals. 2. Perform OPEN / SHORT zeroing on the 7000-03 leads (or your fixture). 3. Attach …
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