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| Description | Line scan camera board with sensor without cover glass |
| Articlenumber (Eureca): | 02.29.0005 |
| Origin: | Deutschland |
| EAN | 0675051081508 |
| FPGA Board | Trenz TEC0117 |
| FPGA Brand | Gowin |
| FPGA Type | GW1NR-LV9QN88C6/I5 |
| Interface | USB-2.0 |
| Pre Programmed FPGA | ✓ |
| FPGA Software Sources | ✗ |
| Open Source (FPGA) | ✗ |
| PC / SoC Software | Linux / Windows |
| Open Source (PC) | ✓ |
| Sensor | TCD1304 |
| Pixel number | 3648 |
| Pixel pitch | 8 µm |
| Pixel height | 200 µm |
| Sensor replacement | ✓ |
| Sensor options | ✓ |
| Digitization Depth | 12 bit |
| Read out noise (typ. rms) | 45 e− |
| Linear Full Well Capacity | 45 ke− |
| Full Scale Capacity | 75 ke− |
| Data Word | 16 bit |
| ADC data alignment | left justified |
| LSB fill type default | white noise dithered |
| LSB fill type selectable | zeros, ones, linear |
| Conversion Gain (typ @ 0.4 FS) | @ 16 Bit: 1.3±0.1 e−/LSB |
| Minimum Exposure Time | 0.01 ms |
| Maximum Exposure Time | 71 min |
| Exposure Time Gradation | 0.01 ms |
| Maximum Frame Rate | 133 fps |
| Minimum Frame Rate | 0 fps |
| Frame Rate Gradation | 0.01 ms |
| Frame Request via USB | ✓ |
| Frame Request via USB Latency | 10 ms |
| Integration Start/Stop via USB | ✗ |
| Start/Stop via USB Latency | ✗ ms |
| External Trigger Input | ✗ |
| External Trigger Latency | ✗ µs |
| External Trigger Jitter | ✗ ns |
| External Trigger Latency (debounced) | ✗ µs |
| Isolated external Trigger Input | ✗ |
| External Exposure Time Control | ✗ |
| Exposure Time Control Latency | ✗ |
| Minimum External Exposure Time | ✗ |
| Maximum External Exposure Time | ✗ |
| Exposure Time Control Latency (debounced) | ✗ |
| Minimum External Exposure Time (debounced) | ✗ |
| Trigger Output | ✗ |
| Isolated Trigger Output | ✗ |
| Master / Slave Synchronization | ✗ |
| High Resolution Timestamp: Trigger | ✗ |
| High Resolution Timestamp: Exp. Start | ✓ |
| High Resolution Timestamp: Exp. Stop | ✓ |
| GPIO | ✗ |
| Maximum Data Rate | via USB: 2 MB/s |
| Enhanced Frame Buffer | ✗ |
| CRC32 Secured Communication | ✗ |
| USB-Powered | ✓ |
| Optional External Power Supply | ✗ |
| Supply Current | < 250 mA |
| Size (L×B×H) | 62×25×24 mm |
| Weight | 22 g |
Sample picture
This module uses the TCD1304DG sensor without the standard cover glass (TCD1304DG-X) and is therefore suitable for measurement tasks that would otherwise cause interference or reflections on the cover glass. Examples include: Beam profile analysis or applications using coherent light sources.
The cover glass is removed internally at Eureca using a specially developed process. After removing the cover glass, all sensors are tested for their function on the respective camera module and taped with a protective film for transport. This must be removed before using the module. If you need permanent protection, we recommend a cover with quartz glass (TCD1304DG-Q).
Since the sensor is socketed, it can easily be replaced by another sensor version if required. This can e. g. be the sensors in the standard version. However, sensors coated with Lumigen to expand the usable spectral range into UV or sensors with special filters are also possible.
After replacing the sensor, the module must be recalibrated. A special automatic program is available for this, which is included in the scope of delivery of the modules.
For some of these variants, there are already module versions with the corresponding preinstalled modified sensors. You will find a corresponding list at the end of this page.
Please use our online shop to place an order!
Documents for download:
Flyer of the e9u-LSMD line scan camera modules from Eureca (german)
Flyer of the e9u-LSMD line scan camera modules from Eureca (english)
Technical Drawings
More pictures of the product:
Other versions of the article and matching products:
Changes to the specifications by the manufacturer are possible without prior notice. Please contact us if needed or interested. We also advise you on the suitability of the product for a particular application and provide you with an individual price quote.
Last update: 03.14.2022
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