This is from the Laiv Harmony µDAC website:
Galvanic Isolation for Enhanced Audio Purity.
In high-fidelity digital audio systems, preserving signal integrity is paramount, and galvanic isolation between digital and analog components plays a crucial role in achieving this. By electrically decoupling the digital and analog sections, galvanic isolation eliminates unwanted ground loops and minimizes noise transmission, ensuring a cleaner, interference-free signal path. This results in lower jitter, reduced distortion, and improved overall clarity in audio reproduction.
This is from : AI Overview
The LAIV Harmony µDAC’s galvanic isolation is achieved through electrically decoupling the digital and analog sections, eliminating ground loops and minimizing noise transmission for a cleaner, interference-free signal path.
Here’s a more detailed explanation:
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Why Galvanic Isolation is Important:
In high-fidelity audio systems, preserving signal integrity is crucial. Galvanic isolation ensures that the digital and analog circuits are electrically separated, preventing unwanted noise and interference from traveling between them.
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How it Works:
By isolating the digital and analog sections, the LAIV Harmony µDAC eliminates ground loops, which can introduce noise and hum into the audio signal.
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Benefits:
Galvanic isolation leads to lower jitter, reduced distortion, and improved overall audio clarity and purity.
Ok, now I’m even more confused. Does this mean because of the Galvanic Isolation between the digital and analog components it’s ok then to use f-xlr to f-rca adapters on the Laiv Harmony µDAC?
Or does using an adapter on the Laiv Harmony µDAC negate/eliminate the positive responses from the galvanic isolation from the Laiv Harmony µDAC?