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WM8786 Datasheet(PDF) 11 Page - Cirrus Logic

Part # WM8786
Description  24-bit, 192kHz Stereo ADC
PDF  27 Pages
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Manufacturer  CIRRUS [Cirrus Logic]
Direct Link  http://www.cirrus.com
Logo CIRRUS - Cirrus Logic

WM8786 Datasheet(HTML) 11 Page - Cirrus Logic

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WM8786
Rev 4.4
11
DIGITAL FILTER CHARACTERISTICS
The WM8786 digital filter characteristics scale with sample rate.
PARAMETER
TEST CONDITIONS
MIN
TYP
MAX
UNIT
ADC Sample Rate (Single Rate - 48Hz typically)
Passband
+/- 0.005dB
0
0.454fs
-6dB
0.5fs
Passband Ripple
+/- 0.005
dB
Stopband
0.546fs
Stopband Attenuation
f > 0.546fs
-85
dB
Group Delay
32/fs
s
ADC Sample Rate (Dual Rate - 96kHz typically)
Passband
+/- 0.005dB
0
0.454fs
-6dB
0.5fs
Passband Ripple
+/- 0.005
dB
Stopband
0.546fs
Stopband Attenuation
f > 0.546fs
-85
dB
Group Delay
32/fs
s
ADC Sample Rate (Quad Rate - 192kHz typically)
Passband
+/- 0.005dB
0
0.25fs
-3dB
0.45fs
-6dB
0.5fs
Passband Ripple
+/- 0.005
dB
Stopband
0.75fs
Stopband Attenuation
f > 0.75fs
-85
dB
Group Delay
10/fs
s
ADC High Pass Filter
Corner Frequency
-3dB
3.7
Hz
-0.5dB
10.4
-0.1dB
21.6
Table 1 Digital Filter Characteristics
TERMINOLOGY
1.
Stop Band Attenuation (dB) - the degree to which the frequency spectrum is attenuated (outside audio band)
2.
Pass-band Ripple
– any variation of the frequency response in the pass-band region
HIGH PASS FILTER TRANSFER CHARACTERISTIC
The high pass filter response is defined by the following polynomial:
1
-
-1
)z
-
(1
-
1
z
-
1
H(z)
where
α = 2-11 for single rate (48k) mode
α = 2-12 for dual rate (96k) mode
α = 2-13 for quad rate (192k) mode



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