Analog Devices Advantiv ADV7611 Hardware User's Manual page 180

UG-180
APPENDIX B
RECOMMENDED UNUSED PIN CONFIGURATIONS
Table 70. Recommended Configuration of Unused Pins
Pin No. Mnemonic Type
0 GND Ground
1 HPA_A/INT2 Miscellaneous digital
2 CVDD Power
3 RXA_C- HDMI input
4 RXA_C+ HDMI input
5 TVDD Power
6 RXA_0- HDMI input
7 RXA_0+ HDMI input
8 TVDD Power
9 RXA_1- HDMI input
10 RXA_1+ HDMI input
11 TVDD Power
12 RXA_2- HDMI input
13 RXA_2+ HDMI input
14 CVDD Power
15 P23 Digital video output
16 P22 Digital video output
17 P21 Digital video output
18 P20 Digital video output
19 P19 Digital video output
20 P18 Digital video output
21 P17 Digital video output
22 P16 Digital video output
23 DVDDIO Power
24 DVDD Power
25 LLC Digital video output
26 P15 Digital video output
27 P14 Digital video output
28 P13 Digital video output
29 P12 Digital video output
30 P11 Digital video output
31 P10 Digital video output
32 P9 Digital video output
33 P8 Digital video output
34 DVDDIO Power
35 P7 Digital video output
36 P6 Digital video output
37 P5 Digital video output
38 P4 Digital video output
39 P3 Digital video output
40 DVDD Power
41 P2 Digital video output
42 P1 Digital video output
43 P0 Digital video output
44 DVDDIO Power
45 DE Miscellaneous digital
46 HS Digital video output
47 VS/FIELD/ALSB Digital input/output
48 AP Miscellaneous
Recommended Configuration if Not Used
Ground.
Float this pin.
This pin is always connected to comparator supply voltage (1.8 V).
Float this pin.
Float this pin.
This pin is always connected to terminator supply voltage (3.3 V).
Float this pin.
Float this pin.
This pin is always connected to terminator supply voltage (3.3 V).
Float this pin.
Float this pin.
This pin is always connected to terminator supply voltage (3.3 V).
Float this pin.
Float this pin.
This pin is always connected to comparator supply voltage (1.8 V).
Float this pin.
Float this pin.
Float this pin.
Float this pin.
Float this pin.
Float this pin.
Float this pin.
Float this pin.
This pin is always connected to the digital IO supply voltage (3.3 V).
This pin is always connected to digital core supply voltage (1.8 V).
This pin is always connected to the pixel clock input
Float this pin.
Float this pin.
Float this pin.
Float this pin.
Float this pin.
Float this pin.
Float this pin.
Float this pin.
This pin is always connected to the digital IO supply voltage (3.3 V).
Float this pin.
Float this pin.
Float this pin.
Float this pin.
Float this pin.
This pin is always connected to digital core supply voltage (1.8 V).
Float this pin.
Float this pin.
Float this pin.
This pin is always connected to the digital IO supply voltage (3.3 V).
Float this pin.
Float this pin.
Float this pin.
Float this pin.
Rev. A | Page 180 of 184
Hardware User Guide