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WM1811A Datasheet(PDF) 123 Page - Wolfson Microelectronics plc

Part # WM1811A
Description  Multi-Channel Audio Hub CODEC for Smartphones
PDF  328 Pages
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Manufacturer  WOLFSON [Wolfson Microelectronics plc]
Direct Link  http://www.wolfsonmicro.com
Logo WOLFSON - Wolfson Microelectronics plc

WM1811A Datasheet(HTML) 123 Page - Wolfson Microelectronics plc

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Production Data
WM1811A
w
PD, November 2013, Rev 4.1
123
REGISTER
ADDRESS
BIT
LABEL
DEFAULT
DESCRIPTION
1:0
DCS_STARTUP_C
OMPLETE [1:0]
00
DC Servo Start-Up status
0 = Start-Up DC Servo mode not
completed.
1 = Start-Up DC Servo mode
complete.
Bit [1] = HPOUT1R
Bit [0] = HPOUT1L
R89 (0059h)
DC Servo (4)
15:8
DCS_DAC_WR_VA
L_1 [7:0]
00h
Writing to this field sets the DC
Offset value for HPOUT1R in
DAC Write DC Servo mode.
Reading this field gives the
current DC Offset value for
HPOUT1R.
Two’s complement format.
LSB is 0.25mV.
Range is -32mV to +31.75mV
7:0
DCS_DAC_WR_VA
L_0 [7:0]
00h
Writing to this field sets the DC
Offset value for HPOUT1L in
DAC Write DC Servo mode.
Reading this field gives the
current DC Offset value for
HPOUT1L.
Two’s complement format.
LSB is 0.25mV.
Range is -32mV to +31.75mV
Table 70 DC Servo Control
GPIO / INTERRUPT OUTPUTS FROM DC SERVO
When using the DC Servo Start-Up or DAC Write modes, the DCS_CAL_COMPLETE register
provides readback of the status of the DC offset correction. This can be read from register R88 as
described in Table 70.
The DCS_CAL_COMPLETE bits can also be used as inputs to the Interrupt control circuit and used to
trigger an Interrupt event - see “Interrupts”.
The DCS_CAL_COMPLETE bits can also be used as inputs to the GPIO function and used to
generate external logic signals indicating the DC Servo status. See “General Purpose Input/Output”
for details of how to configure a GPIO pin to output the DC Servo status.



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