ADV7842
Rev. B | Page 7 of 28
Parameter Symbol Min Typ Max Unit Test Conditions/Comments
PLL Supply Current I
PVDD
28 30 mA Analog 1080p sampling at 148 MHz
25 27 mA RGB graphics sampling at 162 MHz
25 28 mA RGB graphics sampling at 162 MHz in simultaneous mode
with both background ports enabled
35 36 mA HDMI 1080p: 12-bit Deep Color
35 38 mA HDMI 1080p: 12-bit Deep Color in simultaneous mode with
both background ports enabled
34 37 mA CVBS processing
35 37 mA CVBS processing in simultaneous mode with both
background ports enabled
22 24 mA SD 576i component processing
22 24 mA SD 576i component processing in simultaneous mode with
both background ports enabled
34 37 mA SCART processing
35 37 mA SCART processing in simultaneous mode with both
background ports enabled
Analog Supply Current I
AVDD
279 295 mA Analog 1080p sampling at 148 MHz
281 297 mA RGB graphics sampling at 162 MHz
285 301 mA RGB graphics sampling at 162 MHz in simultaneous mode
with both background ports enabled
0.1 0.3 mA HDMI 1080p: 12-bit Deep Color
0.1 0.3 mA HDMI 1080p: 12-bit Deep Color in simultaneous mode with
both background ports enabled
85 89 mA CVBS processing
86 91 mA CVBS processing in simultaneous mode with both
background ports enabled
267 281 mA SD 576i component processing
270 285 mA SD 576i component processing in simultaneous mode with
both background ports enabled
283 294 mA SCART processing
286 301 SCART processing in simultaneous mode with both
background ports enabled
Terminator Supply Current
4
I
TVDD
85 95 mA One port connected
120 135 mA Two ports connected
Comparator Supply Current I
CVDD
120 130 mA HDMI 1080p: 12-bit Deep Color
220 250 mA HDMI 1080p: 12-bit Deep Color in simultaneous mode with
both background ports enabled
Memory Interface Supply
Current
I
VDD_SDRAM
28 35 mA CVBS input sampling at 54 MHz
Power-Down Currents
5
I
DVDDIO
0.1 mA
I
VDD_SDRAM
2.6 mA
I
VDD
10 mA
I
AVDD
0.1 mA
I
CVDD
0.5 mA
I
TVDD
1.1 mA
I
PVDD
1.7 mA
Power-Up Time t
PWRUP
25 ms
1
All maximum current values are guaranteed by characterization to assist in power supply design.
2
Typical current consumption values are recorded with nominal voltage supply levels, SMPTE bar video pattern, and at room temperature.
3
Maximum current consumption values are recorded with maximum rated voltage supply levels, MoireX video pattern, and at maximum rated temperature.
4
Termination power supply includes TVDD current consumed off chip.
5
Power-down mode entered by setting Bit POWER_DOWN high.