D-Terminal Connector; Scart Connector; Tri 1-8 Input Resistor Selection; Table 11: D-Terminal Connector Characteristics (Trilevel) - Analog Devices Advantiv ADV7604 Hardware Manual

6.6.2 D-Terminal Connector

Table 11 and Table 12
1, Data Line 2, and Data Line 3 are the three signals that can be applied to any of the eight TRI
inputs. The ADV7604 can process two D-terminal connectors. In this case, six of the available eight
TRI inputs would be utilized.
Level
A
B
C

6.6.3 SCART Connector

Two pins in the SCART connector, that is, Pin 16 and Pin 8, contain trilevel signals thus requiring
slicing at two distinct levels. Refer to
Level
A
B
C
Level
A
B
C

6.6.4 TRI 1-8 Input Resistor Selection

As can be seen from Table
exceed the power supplies of the ADV7604 and, therefore, are beyond the range of the ADV7604
TRI inputs. The applied signals need to be reduced to fit in the range of the slicers. This is done by
utilizing resistor divider networks at the inputs to TRI1-8.
Rev. F August 2010
show details of the D-terminal connector used in Japan. The signals Data Line

Table 11: D-Terminal Connector Characteristics (Trilevel)

Minimum Maximum
Voltage Voltage
0 V 0 V
1.4 V 2.4 V
3.5 V 5 V

Table 12: D-Terminal Connector Characteristics (Bilevel)

Level Typical
Voltage
A 0 V
B 5 V
Table 13

Table 13: SCART Pin 16

Minimum Voltage
0 V
0.4 V
1 V

Table 14: SCART Pin 8

Minimum Voltage
0 V
4.5 V
9.5 V
11, Table 12, Table
Pin 8
(Data Line 1)
525 lines
750 lines
1125 lines
Pin 9
(Data Line 2)
59.94i/60i
59.94p/60p
and Table 14.
Maximum Voltage
0.4 V
1 V
3 V
Maximum Voltage
2 V
7 V
12 V
13, and Table 14, the voltage levels to be sliced
75
ADV7604
Pin 11
(Data Line 3)
4:3
4:3 letterbox
16:9
Description
Composite
Contrast reduction
RGB
Description
No input
Widescreen
Normal