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VX6854LC Datasheet(PDF) 20 Page - STMicroelectronics

Part # VX6854LC
Description  QXGA EDOF camera module
PDF  114 Pages
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Manufacturer  STMICROELECTRONICS [STMicroelectronics]
Direct Link  http://www.st.com
Logo STMICROELECTRONICS - STMicroelectronics

VX6854LC Datasheet(HTML) 20 Page - STMicroelectronics

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Functional description
VX6854LC
20/114
DocID027110 Rev 2
3.4.1
Power-up procedure
The digital and analog supply voltages can be powered up in any order for example, VDIG
then VANA or VANA then VDIG. See Table 8 for timing constraints.
On power-up the on-chip power-on reset cell ensures that the CCI register values are
initialized correctly to their default values.
The EXTCLK clock can either be initially low and then enabled during software standby
mode or EXTCLK can be a free running clock.
Table 8. Power-up sequence timing constraints for CCP2/CSI2 communications
Symbol
Parameter
Min.
Max.
Units
t0
VANA rising – VDIG rising
VANA and VDIG may rise in any
order
The rising separation can vary from
0 ns to indefinite
ns
t1
VDIG rising – VANA rising
ms
t2
VANA/VDIG – XSHUTDOWN
rising
XSHUTDOWN must rise coincident
with, or later than, both power
supplies (VDIG and VANA)
us
t3
XSHUTDOWN – first I2C
transaction with free running
clock
5(1)
1.
5 ms is necessary to upload the NVM data into firmware registers and get the FW ready for sensor
initialization through I2C writes.
-ms
t4
Minimum period with EXTCLK
present prior to the first I2C
transaction. Gated clock.
5(2)
2.
For gated clock.
-ms
t5
PLL start up/lock time
-
1
ms
t6
Entering streaming mode – first
frame start sequence (fixed part)
-10
ms
t7
Entering streaming mode – first
frame start sequence (variable
part) = Integration time
fine_integration_
time_min
-ms



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