10 base rate mode performance plots, Figure 23. 0 dbfs fft (brm), Figure 24 dbfs fft (brm) – Cirrus Logic CS4339 User Manual

Page 20: Figure 25. idle channel noise fft (brm), Figure 26. twin tone imd fft (brm), Figure 27. thd+n vs. amplitude (brm), Figure 28. thd+n vs. frequency (brm), 16k fft of a 1 khz input signal), 16k fft with no input signal)

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10 base rate mode performance plots, Figure 23. 0 dbfs fft (brm), Figure 24 dbfs fft (brm) | Figure 25. idle channel noise fft (brm), Figure 26. twin tone imd fft (brm), Figure 27. thd+n vs. amplitude (brm), Figure 28. thd+n vs. frequency (brm), 16k fft of a 1 khz input signal), 16k fft with no input signal) | Cirrus Logic CS4339 User Manual | Page 20 / 25 10 base rate mode performance plots, Figure 23. 0 dbfs fft (brm), Figure 24 dbfs fft (brm) | Figure 25. idle channel noise fft (brm), Figure 26. twin tone imd fft (brm), Figure 27. thd+n vs. amplitude (brm), Figure 28. thd+n vs. frequency (brm), 16k fft of a 1 khz input signal), 16k fft with no input signal) | Cirrus Logic CS4339 User Manual | Page 20 / 25
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This manual is related to the following products:

CS4338, CS4335, CS4334

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