Texas Instruments OMAP5912 Reference Manual page 467

Configuration
Table 25. Functional Multiplexing Control D Register (FUNC_MUX_CTRL_D)
Bit Name
31:30 RESERVED
29:27 CONF_G13
26:24 CONF_A17
23:21 CONF_C16
20:18 CONF_D15
17:15 CONF_C15
14:12 CONF_C20
11:9 CONF_B15
8:6 CONF_M4
5:3 CONF_W4
2:0 CONF_Y4
Table 26. Pulldown Control 0 Register (PULL_DWN_CTRL_0)
Bit Name
31 CONF_PDEN_L14
30 CONF_PDEN_M18
29 CONF_PDEN_M19
28 CONF_PDEN_L15
27 CONF_PDEN_L18
26 CONF_PDEN_L19
25 CONF_PDEN_K14
24 CONF_PDEN_K15
23 CONF_PDEN_K19
50 Initialization
Base Address = 0xFFFE 1000, Offset Address = 0x38
Function
Reserved for future expansion.
Controls multiplexing on G13. Formerly CONF_LCD_PIXEL_12_R.
Controls multiplexing on A17. Formerly CONF_LCD_PIXEL_13_R.
Controls multiplexing on C16. Formerly CONF_LCD_PIXEL_14_R.
Controls multiplexing on D15. Formerly CONF_LCD_PIXEL_15_R.
Controls multiplexing on C15. Formerly CONF_LCD_PCLK_R.
Controls multiplexing on C20. Formerly CONF_LDC_HSYNC_R.
Controls multiplexing on B15. Formerly CONF_LCD_AC_R.
Controls multiplexing on M4. Formerly CONF_NFCS2_R.
Controls multiplexing on W4. Formerly CONF_USB_PUEN_R.
Controls multiplexing on Y4. Formerly CONF_BDCLK2_R.
This register controls functional multiplexing. COMP_MODE_CTRL_0 must
be programmed to 0xEAEFh for this register to control functional multiplexing.
See Table 8 for bit field values.
Base Address = 0xFFFE 1000, Offset Address = 0x40
Function
Enables (0) pullup or pulldown on L14.
Enables (0) pullup or pulldown on M18.
Enables (0) pullup or pulldown on M19.
Enables (0) pullup or pulldown on L15.
Enables (0) pullup or pulldown on L18.
Enables (0) pullup or pulldown on L19.
Enables (0) pullup or pulldown on K14.
Enables (0) pullup or pulldown on K15.
Enables (0) pullup or pulldown on K19.
R/W Reset
R/W 0x0
R/W 0x0
R/W 0x0
R/W 0x0
R/W 0x0
R/W 0x0
R/W 0x0
R/W 0x0
R/W 0x0
R/W 0x0
R/W 0x0
R/W Reset
R/W 0x0
R/W 0x0
R/W 0x0
R/W 0x0
R/W 0x0
R/W 0x0
R/W 0x0
R/W 0x0
R/W 0x0
SPRU752B