![]() Please do NOT crank your speakers until you are in the 10K tone zone. WARNING: The 10K tone will be definitively louder than both the 100Hz and the 1K tone. Please feel free to visit the link below and download the file by clicking 'Save as Source' in the bottom right hand corner of the RT-909 icon. Recorded at exactly 0dBfs (fs = 'full scale', since the source is digital) Notice the relative amplitude of the two tones, showing the lower amplitude of the 550 Hz tone, which could be due to (1) the distance of the speaker from the MIC and/or (2) the frequency response of the speaker/mic combination This is a sweep tone from 100 Hz to 1000 Hz, and the frequency response of the speaker/mic system on my computer. (Note: Logic Pro 8 will not generate true 500Hz tone in the Test Oscillator Plugin).Īll test tones were generated as follows: Using Test Tones to Set Amplifier Gain Instructions for setting amp gain using. WAV file 96khz/24bit that is as follows:Ĥ.) A single one-second pause and then.ĥ.) Three (3) consecutive 1Khz beeps of 100 milliseconds each and a fourth beep 499.90Hz to reset your tape counters by. Im guessing WAV is the best format, and I need 1Khz, 50Hz, and 60Hz. On the top of the test tone, a voiceover tells you which frequency is currently playing. To help give back to the THs community I have created a master. A -9 dbFS sweeping sine tone, from 22 kHz (supposedly inaudible) down to 8 kHz (if you cant hear this one, consider checking your hearing). Thank you everyone for the info on the test tones!
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