66
BD-V1100, BD-V1110
No.
Pin Name
I/O
Function
Power Supplies
16
AFE_GND
−
Analog supply. Connect to analog ground
18
AFE_VDD
−
Analog supply. Connect to 5V analog.
3
12
CH1_AGND
CH2_AGND
−
Analog grounds. Connect to analog ground
6
9
CH1_AVDD
CH2_AVDD
−
Analog supply. Connect to 5V analog.
21,22,24,
37,47,57,
68
DGND
−
Digital grounds
20
DTO_AGND
−
Ground for DTO. Connect to analog ground.
19
DTO_AVDD
−
Supply for DTO. Connect to 5V analog.
34,44,54,
65,75
DVDD
−
Digital supply 3.3V
17
NSUB
−
Substrate ground. Connect to analog ground.
25
PLL_AVDD
−
PLL supply connect to 3.3V
8
REFP
−
A/D reference supply. Connect to 5V analog.
7
REFM
−
A/D reference ground. Connect to analog ground.
Sync Signals
27
AVID
O
Active video indicator. This signal is high during the horizontal active time of the video output on the Y and
UV terminals. AVID continues to toggle during vertical blanking intervals. This terminal may be placed in a
high-impedance state.
33
FID
I/O
Odd/even field indicator or vertical lock indicator. For odd/even indicator a logic 1 indicates the odd field.
For vertical lock indicator a logic 1 indicates the internal vertical processor is in locked state. Additionally,
this terminal in conjunction with GLCO and PALI is used to detemine the host port mode configuration
during initial power up.
30
HSYN
O
Horizontal sync signal. The rising edge time is programmable via host port control this terminal may be
placed in a high-impedance state under host port control.
32
PALI
I/O
PAL line indicator or horizontal lock indicator. For PAL line indicator a logic 1 indicates a noninverted line
and a logic 0 indicates an inverted line. For horizontal lock indicator a logic 1 indicates the internal
horizontal PLL is in a locked state. Additionally, this terminal in conjunction with GLCO and FID is used to
detemine the host port mode configuration during initial power up.
29
VSYN
O
Vertical sync or vertical blanking signal. The function of this terminal is selected via host port control. This
terminal may be placed in a high-impedance state.