Updated:2024-03-21
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Many scientific and industrial applications require building custom spectrometers with optics, CCD line cameras, and spectrometer software. Developing the spectrometer software with all the necessary features is often challenging and time consuming even for professional programmers. When only one or a few spectrometers are built the time and cost of software development can greatly exceed that of hardware development. There is a need for a CCD line camera that comes with full-featured spectrometer software.
Mightex Optical Spectrometer Sensor Engine (SSE) includes the following two components:
1. Mightex 3,648-pixel CCD Line Camera, and
2. Mightex Spectrometer Software.
To build a complete spectrometer user will set up his own optics (spectrograph) and place the line camera at the focal plane of the spectrograph. The spectrometer software provides a powerful set of spectrometer functions such as wavelength calibration, dark/bright references, spectrum display, and file management. Mightex SSE releases users from the burden of programming spectrometer functions so that they are able to build their spectrometers much more efficiently and cost-effectively.
Mightex’s SSE-1304-U includes a cost-effective high-performance B/W board-level line camera, based on a single-line, 3,648-pixel CCD chip with USB2.0 (480 Mb/s) interface. Setting up SSE-1304-U is very easy, the user simply installs Mightex spectrometer software onto any desktop or notebook PC and then connects the USB cable from the line camera to the PC. There is no need for installing a DAC card, or using an external power supply. SSE-1304-U also comes with a line camera SDK for further development by the user.
The ‘window-less’ version of the spectrometer sensor engine, SSE-1304-UW, has the glass plate in front of the image sensor removed, and hence it is more sensitive to UV and is also more suitable for applications where coherent light sources such as lasers are used.
HARDWARE
USB2.0 compatible
Board-level camera, ideal for OEM applications
No external power supply required
Optical integration time adjustable from 100ms to 6.5s
3648 pixel silicon linear CCD array
8μm x 200μm pixel size
16-Bit A/D converter for high intensity resolution
High scan sate (up to 138 scans/second)
External trigger capability
4 GPIO pins
SPECTROMETER SOFTWARE
Exposure time control
Frame averaging
Dark/Bright Reference
Dark compensation
Pixel monitoring modes
Time-line recording
External trigger
SDK for user applications
Compatible to Windows 2000, XP, Vista, 7/8/10.
APPLICATIONS
Optical Spectroscopy
Parameter | Specification |
CCD | Toshiba TCD1304DG |
Number of Pixels | 3648 |
Pixel Size | 8 x 200 micron |
Spectral range | SSE-1304-U: 300nm to 1050nm |
SSE-1304-UW: 200nm to 1050nm | |
Pixel Output Clock | 0.5 MHz |
Data Storage on board | 4 Frames |
ADC resolution | 16 bits |
External Trigger | Yes |
Exposure Time Range | 0.1ms ~ 6,500ms |
GPIO | Yes (4 programmable I/O’s) |
Frame Rate | 138 scans/second* |
Host Interface | USB 2.0 |
* Frame Rate is dependent on exposure time. When the exposure time is set to 0.1ms, the camera can achieve 138 scans/second.
Operation Systems | Windows 2000, XP, Vista, Windows 7/8/10 |
Minimum Requirement | RAM > 64M, Hard Disk Space Used > 10M |
USB Port | 2.0 |
Multiple Cameras | Supported |
Device Driver | Yes |
Demo Application | Yes |
Library Files | Yes (DLL files and Static Library file) |
Example Codes | Yes (VC++ and Delphi) |
Frame Attributes* | Exposure Time, Time Stamp, Trigger Event Count, Over Exposure Detect. |
Note: The SDK provides call back, which will send user frame data and related attributes of this frame. The attributes include: Exposure time, Time Stamp, Trigger Event Count and Over Exposure Flag.
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