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Número de pieza CMV4000
Descripción 4.2 Megapixel machine vision CMOS image sensor
Fabricantes CMOSIS 
Logotipo CMOSIS Logotipo



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No Preview Available ! CMV4000 Hoja de datos, Descripción, Manual

 
CMV4000  Datasheet  
 
Reference:  CMV4000-­‐datasheet-­‐v2.5  
Page  1  of  48  
 
4.2  Megapixel  machine  vision  CMOS  image  sensor  
 
Datasheet  
©  2010  CMOSIS  NV  

1 page




CMV4000 pdf
 
CMV4000  Datasheet  
Reference:  CMV4000-­‐datasheet-­‐v2.5  
Page  5  of  48  
 
6   Register  overview  ................................................................................................................................................ 3  4  
7   Mechanical  specifications  .................................................................................................................................... 3  7  
7.1   Package  drawing .  ................................................................................................................................................  37  
7.2   Assembly  drawing . ..............................................................................................................................................  38  
7.3   Cover  glass .  .........................................................................................................................................................  38  
7.4   Color  filters  .........................................................................................................................................................  39  
8   Spectral  response .  ................................................................................................................................................ 4  0  
9   Pin  list  .................................................................................................................................................................. 4  1  
10   Specification  overview  ......................................................................................................................................... 4  3  
11   Ordering  info . ....................................................................................................................................................... 4  5  
12   Handling  and  soldering  procedure  ....................................................................................................................... 4  6  
12.1  Soldering .  ............................................................................................................................................................  46  
12.1.1   Manual  Soldering....................................................................................................................................................... 4  6  
12.1.2   Wave  soldering .  ......................................................................................................................................................... 4  6  
12.1.3   Reflow  soldering .  ....................................................................................................................................................... 4  6  
12.1.4   Soldering  Recommendations . .................................................................................................................................... 4  7  
12.2  Handling  image  sensors .  .....................................................................................................................................  47  
12.2.1   ESD............................................................................................................................................................................. 4  7  
12.2.2   Glass  cleaning  ............................................................................................................................................................ 4  7  
12.2.3   Image  sensor  storing  ................................................................................................................................................. 4  7  
13   Additional  Information . ........................................................................................................................................ 4  8  
©  2010  CMOSIS  NV  

5 Page





CMV4000 arduino
 
CMV4000  Datasheet  
 
3 DRIVING  THE  CMV4000  
Reference:  CMV4000-­‐datasheet-­‐v2.5  
Page  11  of  48  
3.1 SUPPLY  SETTINGS  
The  CMV4000  image  sensor  has  the  following  supply  settings:  
Supply  name  
Typical  value  
Range  
Current  nominal  
Current  peak  
VDD20  
2.0V  
1.6V-­‐2.1V  
200mA  
1A  
VDD33  
3.3V  
3V-­‐3.6V  
100mA  
0.5A  
VDDpix  
3.0V  
2.3V-­‐3.6V  
20mA  
0.6A  
Vres_h  
3.3V  
3.0V-­‐3.6V  
NA  
0.5A  
See  pin  list  for  exact  pin  numbers  for  every  supply.  
3.2 BIASING  
For   optimal   performance,   some   pins   need   to   be   decoupled   to   ground   or   to   VDD.   Please   refer   to   the   pin   list   for   a  
detailed  description  for  every  pin  and  the  appropriate  decoupling  if  applicable.  
3.3 DIGITAL  INPUT  PINS  
The  table  below  gives  an  overview  of  the  external  pins  used  to  drive  the  sensor  
Pin  name  
Description  
CLK_IN  
Master   input   clock,   frequency   range   between   5   and  
48  MHz  
LVDS_CLK_N/P  
High   speed   LVDS   input   clock,   frequency   range  
between  50  and  480  MHz  
SYS_RES_N  
System   reset   pin,   active   low   signal.   Resets   the   on-­‐
board  sequencer  and  must  be  kept  low  during  start-­‐
up  
FRAME_REQ  
Frame   request   pin.   When   a   rising   edge   is   detected  
on   this   pin   the   programmed   number   of   frames   is  
captured  and  sent  by  the  sensor  
SPI_IN  
Data   input   pin   for   the   SPI   interface.   The   data   to  
program  the  image  sensor  is  sent  over  this  pin.  
SPI_EN  
SPI  enable  pin.  When  this  pin  is  high  the  data  should  
be  written/read  on  the  SPI  
SPI_CLK  
SPI   clock.   This   is   the   clock   on   which   the   SPI   runs  
(max  48Mz)  
T_EXP1  
Input   pin   which   can   be   used   to   program   the  
exposure  time  externally.  Optional  
T_EXP2  
Input   pin   which   can   be   used   to   program   the  
exposure   time   externally   in   interleaved   high  
dynamic  range  mode.  Optional  
VIH=  3.0V-­‐3.3V  
VIL=  0.0V-­‐0.3V  
 
 
©  2010  CMOSIS  NV  

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