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Performance plots, Figure 1. fft 0 dbfs, fs = 48 khz, Figure 2. fft -60 dbfs, fs = 48 khz – Cirrus Logic CDB4349 User Manual

Page 7: Figure 3. fft no input, fs = 48 khz, Figure 4. fft no input out of band, fs = 48 khz, Figure 5. frequency response 0 dbfs, fs = 48 khz, Figure 6. thd+n vs frequency 0 dbfs, fs = 48 khz, Test conditions (unless otherwise specified): t

Performance plots, Figure 1. fft 0 dbfs, fs = 48 khz, Figure 2. fft -60 dbfs, fs = 48 khz | Figure 3. fft no input, fs = 48 khz, Figure 4. fft no input out of band, fs = 48 khz, Figure 5. frequency response 0 dbfs, fs = 48 khz, Figure 6. thd+n vs frequency 0 dbfs, fs = 48 khz, Test conditions (unless otherwise specified): t | Cirrus Logic CDB4349 User Manual | Page 7 / 24 Performance plots, Figure 1. fft 0 dbfs, fs = 48 khz, Figure 2. fft -60 dbfs, fs = 48 khz | Figure 3. fft no input, fs = 48 khz, Figure 4. fft no input out of band, fs = 48 khz, Figure 5. frequency response 0 dbfs, fs = 48 khz, Figure 6. thd+n vs frequency 0 dbfs, fs = 48 khz, Test conditions (unless otherwise specified): t | Cirrus Logic CDB4349 User Manual | Page 7 / 24
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