WM8352
Production Data
REFER TO
REGISTER
ADDRESS
BIT
LABEL
DEFAULT
DESCRIPTION
9
GP9_INTMODE
0
GPIO9 Pin Mode
0 = GPIO interrupt is rising edge triggered, and is
taken after the effect of the GP9_CFG register bit.
1 = GPIO interrupt is both rising and falling edge
triggered.
Reset by state machine.
8
7
6
5
4
3
2
1
GP8_INTMODE
GP7_INTMODE
GP6_INTMODE
GP5_INTMODE
GP4_INTMODE
GP3_INTMODE
GP2_INTMODE
GP1_INTMODE
0
0
0
0
0
0
0
0
GPIO8 Pin Mode
0 = GPIO interrupt is rising edge triggered, and is
taken after the effect of the GP8_CFG register bit.
1 = GPIO interrupt is both rising and falling edge
triggered.
Reset by state machine.
GPIO7 Pin Mode
0 = GPIO interrupt is rising edge triggered, and is
taken after the effect of the GP7_CFG register bit.
1 = GPIO interrupt is both rising and falling edge
triggered.
Reset by state machine.
GPIO6 Pin Mode
0 = GPIO interrupt is rising edge triggered, and is
taken after the effect of the GP6_CFG register bit.
1 = GPIO interrupt is both rising and falling edge
triggered.
Reset by state machine.
GPIO5 Pin Mode
0 = GPIO interrupt is rising edge triggered, and is
taken after the effect of the GP5_CFG register bit.
1 = GPIO interrupt is both rising and falling edge
triggered.
Reset by state machine.
GPIO4 Pin Mode
0 = GPIO interrupt is rising edge triggered, and is
taken after the effect of the GP4_CFG register bit.
1 = GPIO interrupt is both rising and falling edge
triggered.
Reset by state machine.
GPIO3 Pin Mode
0 = GPIO interrupt is rising edge triggered, and is
taken after the effect of the GP3_CFG register bit.
1 = GPIO interrupt is both rising and falling edge
triggered.
Reset by state machine.
GPIO2 Pin Mode
0 = GPIO interrupt is rising edge triggered, and is
taken after the effect of the GP2_CFG register bit.
1 = GPIO interrupt is both rising and falling edge
triggered.
Reset by state machine.
GPIO1 Pin Mode
0 = GPIO interrupt is rising edge triggered, and is
taken after the effect of the GP1_CFG register bit.
1 = GPIO interrupt is both rising and falling edge
triggered.
Reset by state machine.
PD, February 2011, Rev 4.4
268
w
WOLFSON [ WOLFSON MICROELECTRONICS PLC ]
