Critical Link MityCCD-SU256LSB High Performance Camera
NEW , TESTED

Retailed for $14,900

InGaAs sensor 1x256; DSP capabilities; Spectral Range 800-1700 nm
Oriel sold as PN. 78233 InstaSpec ISX IR InGaAs Camera

COMPLETE PACKAGE INCLUDES:
MityCCD-SU256LSB High Performance Camera

POWER SUPPLY PN. 80-000247  (input: 100VAC-240VAC  47-63Hz)
POWER SUPPLY LINE CORD

GPIO RS232 CABLE PN. 80-000287

USB INTERCONNECT CABLE
FINAL DELIVERY SHEET

Critical Link Support Access is Provided (WEB PAGE USER NAME AND PASSWORD)

CD CONTAINING:
Camera Users Manual
MityCCD Viewer Application Software (Latest Version 2.6.5)
MityCCD Windows Drivers
Application Software Installation Guide
Application Software Users Manual
Now supports WINXP, WIN7 and later
MityDSP-PRO_Development Kit Software and docs
Web links to download all SDK information and material
Special Access to Critical Link's Development forum


THIS ITEM COMES WITH A 100% GUARANTY TO BE NEW , AS SEEN AND DESCRIBED HERE

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 Critical Link MityCCD-SU256LSB - Oriel 78233 InstaSpec ISX IR InGaAs Camera NEW (#271853268515)

http://www.criticallink.com/wp-content/uploads/2014/01/MityCCD_SU256LSB_SU512LSE.pdf

http://www.criticallink.com/product/mityccd-su256-su512/


•  High Performance Scientific Camera
•  Linear InGaAs Array (1 x 256 pixels) 50 um pitch
•  Linear InGaAs Array (1 x 512 pixels) 50 um pitch
•  Spectral Range 800-1700 nm
•  Integrated TE Cooling (Air cooled)
•  Nominal -20°C from ambient
•  Temperature controlled to ±0.1°C
•  Dual Gain Control Settings
•  High Resolution

Spectral Response    800-1700 nm
Pixel Size     - 50 x 500
Array Quality    zero bad pixels
Array Length    12.8 mm
Saturation Charge (High sensitivity mode)    5 x 106e
Saturation Charge (High dynamic range mode)    130 x 106e
Readout Noise (High sensitivity mode)    800 e
Readout Noise (High dynamic range mode)    10,000 e
Dynamic Range (High sensitivity mode)    6.25 x 103
Dynamic Range (High dynamic range mode)    13 x 103
Integration Time    10 ms to 10 s
Analog Output    0 - 10 V
Working Temperature    5 °C
Repetition Rate    >20 scan/s
A/D Converter    14 bit
PC requirements    2.0Ghz Processor. 2Gb RAM, 600MB disk Space
Computer Interface    USB 2.0
Software Environments    Windows XP-SP2 or Windows 7 (32bit)

APPLICATIONS
· Embedded Instrumentation
· Raman Spectroscopy
· Low Light Imaging Applications
· Portable Scientific Instrumentation
· Astronomy

DESCRIPTION
The MityCCD-SU256LSB / SU512LSE family of cameras integrates thermoelectrically
cooled high performance InGaAs infrared photodiode sensors suitable for scientific
instrumentation with digital signal processing (DSP) capabilities. An embedded camera
rich in features, MityCCD is ready for standalone applications.
A simple block diagram of the MityCCD camera is illustrated at the right. By integrating a floating point DSP and field
programmable gate array into the camera electronics, the MityCCD camera provides
the capability to embed application specific code (arbitrary binning patterns, post processing algorithms, etc.)
into a delivered instrument.
The MityCCD uses standard high speed interfaces including 100 Mbit Ethernet and USB 2.0 and eliminates the need for custom
interface cards or electronics to a display PC, allowing the use of laptop devices, embedded computers, or (via Ethernet)
remote display machines.

PERFORMANCE
Min Typical Max Units
Active Pixels (MityCCD-SU256LSB) - 256 x 1 - H x V
Active Pixels (MityCCD-SU512LSE) - 512 x 1 - H x V
Pixel Size - 50x500 - W x H ; um
Array Length (MityCCD-SU256LSB) - 12.8 - W ; mm
Array Length (MityCCD-SU512LSE) - 25.6 - W ; mm
Gain, Setting 1 (High Sensitivity) 70 e- per count
Gain, Setting 2 (High Dynamic Range) 1818 e- per count
ADC resolution - 16 - bits
Readout Noise @ High Sensitivity (25 KHz) - 800 - e-
Readout Noise @ High Dynamic Range (25KHz)- 10,000 - e-
Readout Rate1 1 25 1250 kHz
Full Frame Rate - 20 - Frames / s
USB Link Throughput2 - 13,000 - Kbytes / s
Ethernet Link Throughput2 - 1,000 - Kbytes / s
Analog Output 0 - 10 V
Cooling capability below ambient 25 30 35 °C
Power Utilization3 8 15 18.5 Watts
Power Input3 12 18 24 V DC
Saturation charge, typical (High Sensitivity Mode) 5 x 106 e- / pixel
Saturation charge, typical (High Dynamic Range Mode) 130 x 106 e- / pixel
Dark Current @ 20 °C  5.0pA
Dark Current @ -10 °C [typical] (High Dynamic Range Mode)  9 x 103  e- / pixel / s


Table 2: Electrical Performance
Notes:
1 – The Readout Rate in a stock camera is 25 KHz. The readout rate may be customized for user specific applications, please contact
Critical Link, LLC, for details.
2 – Throughput rates assume a back-end PC capable of accepting the data rates provided by the camera.
3 – The MityCCD camera must be powered by the MityCCD-PS power supply assembly, which uses a 12-24 DC input in order to
generate all necessary voltages to run the camera. The 8 Watt minimum power utilization represents a camera with TE cooling
enabled in order to maintain a 25 C temperature at the sensor head (essentially, the TEC is off).

OPTICAL RESPONSIVITY
Typical Units
Peak wavelength (λpk), nominal 1.5 μm
Quantum efficiency @ λpk,, minimum 70 %
Average array response @ λpk,, minimum (high dynamic range mode)  10.5 nV/photon
Response non uniformity, maximum 10 %

OPERATING AND STORAGE CONDITIONS
Ambient Temperature Range 0 C to 30 C
Humidity < 80%, Non-Condensing
Storage Temperature Range -20 C to 55 C

Sensor Config   1 x 256 Sensor
Spectral Range  1.7um
Window             Broadband Anti-Reflective


MityCCD Viewer Overview
The MityCCD Viewer application is designed as a modular application. The main
window provides the basic application shell and core user interface functions. Most of the
features of the application are provided by plug-ins. When the application starts, it scans
its installation directory for suitable plugins and loads them. These plugins provide
various features (camera control, image viewing, data processing, etc). This setup allows
the application to be tailored to fit the desired functionality without cluttering it up with
features not required by the user (i.e. Internal factory configuration and test plugins are
not installed users that just need to use the camera to collect data). The MityCCD Viewer
application stores its settings in an ini file called “ %APPDATA%\Critical Link
LLC\MityCCD Viewer.ini” .
The %APPDATA% path is usually C:\Documents and Settings\<User
Name>\Application Data.

Snapshot Viewer Window
The snapshot viewer window is the primary means of viewing data acquired by the
camera. The window displays a spectrogram plot of the acquired data using a userselectable
color map.
You create new snapshot windows from the FileoNewoSnapshot Display menu
option. The blue bar to the right of the image display is used to show and hide the plot
settings. At the top of the plot settings area is a menu button that allows you to select the
source of the plot data. All plugins that can provide image data are displayed in this
menu. Under each plugin, a sub-menu shows the different types of image data the plugin
can provide for plotting. The window title will be changed to reflect the current data
source and type. The image information (type, size, etc) is displayed in the lower left
corner of the window. The position and value of the pixel under the cursor is displayed in
the lower right corner of the window.

Plot Viewer Window
The plot viewer window allows you to plot data from any of the plugins that provide it. It
can be used to view rows or columns of image data, various image statistics, and sensor
data (temperatures, etc).