CMV2000 datasheet(3/64 Pages) AMSCO

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Reference: CMV2000-datasheet-v3.8

CMV2000 v3 Datasheet

Page 2 of 63

Change record

Issue

Date

Modification

06/05/2009

Origination

1.1

12/11/2009

- Corrected register address of sub_s[7:0] to ‘35’ (p 29/30/33)

1.2

11/01/2010

Adjusted min input frequency (chapter 3.5)

1.3

14/01/2010

Adjusted pin width in package drawing

2.7

29/03/2010

Added spectral response

Added spectral response for color devices

Updated specifications for version 2 devices

Changed VDD18 to VDD20

Added ordering info

Added handling and soldering procedures

Removed “confidential” from footer

Added recommended and adjustable register settings

2.1

22/7/2010

Frame rate calculation included

2.2

2/8/2010

Read-out in 12 bit mode added

2.3

1/9/2010

Added exposure time offset ((0.65 x register73 x clk_per x 129)

2.4

17/9/2010

Added Vtf_l1 to GND remark

2.5

19/10/2010

Added E12 spectral response curve and part numbers

2.6

11/1/2011

Added RGB Bayer pattern details

2.7

1/2/2011

Added electrical IO specifications

2.8

25/3/2011

Updated reflow soldering profile

2.9

13/4/2011

Changed tilt to 0.2 degrees, updated spectral response, changed exposure time

formula

2.9.1

20/5/2011

Changed 12 bit read-out mode (removed 16 and 8 outputs)

1/9/2011

Complete revision for version 3 sensor

3.1

24/05/2012

Line up with v2.9.5 datasheet

3.2

30/07/2012

Added:

PLR Vlow2/3 enable bit

Sampling of digital inputs on rising CLK_IN

Details on LVDS data out in multiplex modes

CTR channel bits on Tdig1/2 pins

Evaluation kit available

Minimum time between Frame_req pulses in internal mode

Temperature sensor calibration example

Updated:

Bayer pattern figure (pixel(0,0) green  red). No actual device change

compared to previous devices.

Supply noise influence

Control bit INTE1/2 (no FOT overlap)

FOT and Read-out time rounding

Detailed timing of control channel figure

LVDS clock delay figure (CLK_IN period)

SPI timing from SPI upload to Frame_req (1µs  1ms)

Total power use (600mW  650mW)

VDD33 power use (165mW  200mW)

VDD supplies internal PLL

Removed:

Reference errors

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