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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,low%20frequency%20and%20it%20behaves%20almost%20like%20DC.
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What is Impedance in Audio? Input and Output …

    https://virtuosocentral.com/what-is-impedance-in-audio/
    In audio devices, impedance is the measure of the resistance of a circuit to alternating current (audio signal). It’s measured in Ohms. The “Z” symbol represents impedance. All audio equipment that receives an input and has an output will have impedance measurements, namely input, and output impedances. More on that later.

Cable impedance - ePanorama.net | Audio

    https://www.epanorama.net/documents/wiring/cable_impedance.html
    In a nut shell the characteristic impedance of a coax cable is the square root of (the per unit length inductance divide by the per unit length capacitance). For coaxial cables the characteristic impedance will be typically between 20 and 150 ohms. The length of the cable makes no difference whatsoever in regard to the characteristic impedance.

Audio Cable Impedance: Use Digital Cable for Digital ...

    https://www.tvtechnology.com/news/audio-cable-impedance-use-digital-cable-for-digital-applications
    The typical broadcast-quality analog audio cable has a characteristic impedance of 45 Ohms. ALMOST LIKE DC Audio cable with XLR connectors for analog use can look identical to a cable for digital use, but an analog cable can kill a digital feed. In the analog world, audio is relatively low frequency and it behaves almost like DC.

Understanding Impedance - Sound on Sound

    https://www.soundonsound.com/techniques/understanding-impedance
    Modern equipment typically employs output impedances of around 150Ω or below, with input impedances of at least 10kΩ or above. With the minuscule output impedance and relatively high input impedance, (the cable impedance can be disregarded completely in comparison) the full output voltage should be developed across the input impedance. Figure 3.

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