Details
This audio is a pure representation of a single frequency sound, specifically a 1 kHz tone. It's a sound that has been digitally created at a 44.1 kHz sample rate, a standard in the audio industry, particularly in music and broadcasting. This sample rate ensures that the tone is able to cover the full range of human hearing without loss of audio quality. The audio is encoded with a 16-bit resolution, delivering a high-quality, clear, and precise sound. The tone is a sine wave, the simplest and most basic form of a waveform, creating a clean and pure tone. This 1 kHz tone is not harsh or discordant, but rather a smooth, continuous sound that is often used for testing or calibration purposes in audio equipment. The audio is in stereo format, meaning it's designed to be heard through two channels, left and right, replicating the way human ears perceive sound in a natural environment. This makes the tone appear to be coming from both sides, adding
Comment
This audio is a pure representation of a single frequency sound, specifically a 1 kHz tone. It's a sound that has been digitally created at a 44.1 kHz sample rate, a standard in the audio industry, particularly in music and broadcasting. This sample rate ensures that the tone is able to cover the full range of human hearing without loss of audio quality. The audio is encoded with a 16-bit resolution, delivering a high-quality, clear, and precise sound. The tone is a sine wave, the simplest and most basic form of a waveform, creating a clean and pure tone. This 1 kHz tone is not harsh or discordant, but rather a smooth, continuous sound that is often used for testing or calibration purposes in audio equipment. The audio is in stereo format, meaning it's designed to be heard through two channels, left and right, replicating the way human ears perceive sound in a natural environment. This makes the tone appear to be coming from both sides, adding
