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PHOTONIS France S.A.S PHOTONIS Netherlands B.V. PHOTONIS Digital Imaging LLC
Avenue Roger Roncier Dwazziewegen 2 6170 Research Road – Suite 208
19100 Brive La Gaillarde 9301 ZR Roden Frisco, TX 75033
France The Netherlands United States of America
+33 (0)555 86 37 00 +31 (0)505 01 88 08 +1 972 987 1460
imaging@photonis.com
DATASHEET
Version 6.0
December 2014

2 LYNX DAY/NIGHT VISION CMOS SENSOR – CONFIDENTIAL
CONTENTS
1. Sensor overview .............................................................................................................................. 5
1.1. Key features............................................................................................................................. 5
1.2. Specifications........................................................................................................................... 5
2. Sensor architecture ......................................................................................................................... 7
2.1. Pixel array ................................................................................................................................ 7
2.1.1. Row noise reduction columns .......................................................................................... 7
2.2. Timing ...................................................................................................................................... 8
2.3. Data output .............................................................................................................................. 9
2.4. Temperature sensor .............................................................................................................. 10
3. Sensor connection ......................................................................................................................... 11
3.1. Pin configuration .................................................................................................................... 11
3.2. Electrical specifications ......................................................................................................... 14
3.3. Sensor start-up ...................................................................................................................... 15
3.4. Sensor reset .......................................................................................................................... 15
4. Sensor programming ..................................................................................................................... 16
4.1. SPI write ................................................................................................................................ 16
4.2. SPI read ................................................................................................................................. 16
4.3. Register overview .................................................................................................................. 17
4.4. High dynamic range ............................................................................................................... 19
5. Sensor output ................................................................................................................................ 22
5.1. Low-level pixel timing ............................................................................................................ 22
5.2. Control channel ..................................................................................................................... 22
5.3. Pixel remapping. .................................................................................................................... 23
5.1. Training data .......................................................................................................................... 23
6. Sensor testing ................................................................................................................................ 25
6.1. Test image ............................................................................................................................. 25
6.2. Test Photodiodes ................................................................................................................... 25
6.3. Internal signals ...................................................................................................................... 26
7. Sensor package ............................................................................................................................. 27
8. Sensor handling ............................................................................................................................. 29
8.1. General handling ................................................................................................................... 29
8.1.1. ESD ............................................................................................................................... 29
8.1.2. Glass cleaning ............................................................................................................... 29
8.1.3. sensor storing ................................................................................................................ 29
8.2. Soldering ................................................................................................................................ 29
8.2.1. Soldering recommendations .......................................................................................... 29
8.2.2. Manual soldering ........................................................................................................... 29
8.2.3. Reflow soldering ............................................................................................................ 29
8.2.4. Wave soldering .............................................................................................................. 30

LYNX DAY/NIGHT VISION CMOS SENSOR – CONFIDENTIAL 3
LIST OF TABLES
Table 1: Key features .............................................................................................................................. 5
Table 2: Sensor specifications................................................................................................................. 5
Table 3: High speed clock selection ........................................................................................................ 8
Table 4: Slot timing .................................................................................................................................. 9
Table 5: PGA gain settings .................................................................................................................... 10
Table 6: Sensor pin list .......................................................................................................................... 12
Table 7: Supply settings ........................................................................................................................ 14
Table 8: Digital I/O specifications .......................................................................................................... 14
Table 9: LVDS receiver specifications ................................................................................................... 14
Table 10: LVDS driver specifications .................................................................................................... 14
Table 11: Register overview .................................................................................................................. 17
Table 12: Registers to set for different multislope options .................................................................... 21
Table 13: LVDS control channel ............................................................................................................ 22
Table 14: Signals on OUT_TANA ......................................................................................................... 26
Table 15: Signals on OUT_DIG1 ........................................................................................................... 26
Table 16: Signals on OUT_TDIG2 ........................................................................................................ 26
LIST OF FIGURES
Figure 1: Quantum efficiency................................................................................................................... 6
Figure 2: Sensor Architecture .................................................................................................................. 7
Figure 3: Pixel arrangement .................................................................................................................... 8
Figure 4: Temperature sensor output example ..................................................................................... 10
Figure 5: Connection diagram ............................................................................................................... 11
Figure 6: Sensor pin arrangement ......................................................................................................... 12
Figure 7: Sensor start-up – default settings .......................................................................................... 15
Figure 8: Sensor start-up – with register uploading .............................................................................. 15
Figure 9: SPI timing – write action ......................................................................................................... 16
Figure 10: SPI timing – read action ....................................................................................................... 16
Figure 11: Multislope operation principle ............................................................................................... 20
Figure 12: Multislope response curve ................................................................................................... 21
Figure 13: Low level pixel timing ........................................................................................................... 22
Figure 14: FVAL, LVAL, DVAL and pixel remapping – 100 fps mode .................................................. 23
Figure 15: FVAL, LVAL, DVAL and pixel remapping – 60 fps mode .................................................... 24
Figure 16: Sensor test image ................................................................................................................ 25
Figure 17: Sensor Package ................................................................................................................... 27
Figure 18: Sensor reference .................................................................................................................. 28
Figure 19: Mechanical and optical centre .............................................................................................. 28
Figure 20: Recommended maximum thermal profile for reflow soldering ............................................. 30
Figure 21: Recommended wave soldering profile ................................................................................. 30

4 LYNX DAY/NIGHT VISION CMOS SENSOR – CONFIDENTIAL
ORDERING INFORMATION
The following part numbers are available for this product:
Part number
µ-lens
Package
Glass cover
CMOS13BB11
No
73-pin PGA
Plain with ARC
CMOS13BB12
No
73-pin PGA
Removable
CMOS13BB13
Yes
73-pin PGA
Plain with ARC
For options, pricing and delivery time please contact imaging@photonis.com.
DISCLAIMER
The information provided in this document is believed to be accurate and reliable but it is not
guaranteed as such and is subject to change without notice. No liability is assumed for its
use. Performance data represents typical characteristics as individual product performance
may vary. Customers should ensure that they have the up-to-date PHOTONIS product
information before placing orders. PHOTONIS makes no representations or warranties as to
the application of PHOTONIS products. This document may not be reproduced, in whole or
in part without the prior written consent of PHOTONIS.

LYNX DAY/NIGHT VISION CMOS SENSOR – CONFIDENTIAL 5
1. Sensor overview
The LYNX sensor is specifically designed with Night Vision, Homeland Security and
Scientific applications in mind: The sensor is intended for use in low-light level conditions.
The sensor is a 1.3 Mpixel image sensor with large (9.7 µm) pixels resulting in a 16 mm focal
plane diagonal. The sensor can be read out at a speed of up to 100 fps over 4 LVDS output
channels. The sensor also includes a 60 fps mode, reducing the number of used LVDS
outputs from 4 to 2. The gain of the sensor can be set for operation from low light levels to
full day light. The intra-scene dynamic range can be extended by operating the multislope
feature of the sensor. All different modes of the sensor can be programmed through an easy
to operate serial interface (SPI).
1.1. Key features
Table 1 below lists the key features of the sensor including the feature benefits.
TABLE 1: KEY FEATURES
Feature
Benefits
1304 x 1044 pixel array
SXGA resolution
9.7 µm x 9.7 µm pixel size
Maximum light collection
16 mm diagonal
Optimise SWAP
< 4 e
-
read noise
Low light level sensitivity
60 fps and 100 fps mode
Minimise power for the required frame
rate
Multislope feature
High intra-scene dynamic range
Multiple gain settings
Smooth transition from low to high light
level scenes
µ-lenses
Increased light collection
Row windowing function
Windowing capability
X-Y mirror function
Mirroring capability
Temperature sensor
On-chip temperature monitoring
SPI interface
Easy sensor programming
1.2. Specifications
The sensor specifications are listed in Table 2 below. When two values are listed for a
parameter, the first value refers to the sensor operating in 60 fps mode, and the second
value refers to the sensor operating in 100 fps mode. For example the line frequency is listed
as 64/114 kHz, indicating 64 kHz for the 60 fps mode and 114 kHz for the 100 fps mode.
TABLE 2: SENSOR SPECIFICATIONS
Parameter
Specification
Comments
Effective number of pixels
1304 x 1044
Pixel Pitch
Square 9.7 x 9.7 μm
2
Focal plane size
12.65 x 10.13 mm
2
Focal plane diagonal
16 mm
Full resolution: 16.2 mm
1280 x 1024: 15.9 mm
Format
1” optical format
Chip size
14.7 x 12.6 mm
2
Shutter
Rolling shutter
Frame rate
60 fps and 100 fps mode
Sensor can operate at frame rates
up to 100 fps
ADC
10 bit column ADC
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