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AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

May 09, 2020

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Page 1: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

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Page 2: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

Auhippo.com

Page 3: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

Auhippo.com

Page 4: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

Auhippo.com

Page 5: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

Auhippo.com

Page 6: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

Auhippo.com

Page 7: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

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Page 8: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

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Page 9: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

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Page 10: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

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Page 11: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

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Page 12: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

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Page 13: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

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Page 14: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

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Page 15: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

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Page 16: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

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Page 17: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

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Page 18: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

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Page 19: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

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Page 20: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

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Page 21: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

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Page 22: AuhippoIn delta modulation, the slope overload distortion can be reduced by (A) decreasing the step size (C) decreasing the sampling rate (B) decreasing the granular noise (D) increasing

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