International Conference on Sensing Technology: March 2023

Friday 17 March 2023

Biosensor For the Real-Time Imaging of Manganese(II) in Cells

Biosensors have been around since Leland C. Clark Jr. first successfully developed a ‘true’ biosensor for oxygen detection in the 1950s. Since then, biosensors have taken on a key role in important biomedical applications such as drug discovery, disease monitoring, and identifying biomarkers in bodily fluids (blood, saliva, sweat, urine) that may be indicators of disease.

Selective Biosensing

The breakthrough by the Penn State team could herald a series of new advances in biotechnological applications with the potential to promote knowledge-building while laying the foundations for a new approach to further study the physiology of manganese. The team was able to construct the genetically encoded biosensors by reprogramming LanM to construct the scaffolds, which could then detect levels of manganese(II) at physiologically relevant concentrations.

#sensors#temperature#pressuresensors#wsn#wifi#gassensors#biosensors#vibrationsensors#humidtysensor#neuromorphic#parkingsensors#nanosensors#MOSsensors#wireless#transducer#measuring#sensing#WSN#detectors#thermistors#machinary#ulurasonic#proximitysensor#lightsensor#computer#imagesensor

3rd Editonal of International Conference on Sensing Technology | 27-28 Mar 2023 | Malaysia

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Tuesday 7 March 2023

Image Sensor

Vision Research Launches Phantom T4040 with New 4.2-Mpx BSI High-speed Image Sensor

Vision Research, a leading manufacturer of digital high-speed imaging systems, introduces its Phantom T4040 high-speed camera, surpassing the frame rate capabilities of other high-resolution, high-speed cameras and featuring an updated platform that is 50 percent lighter than the closest equivalent model. The T4040 camera features a groundbreaking back side illuminated (BSI) 2560 x 1664 sensor that maximizes light sensitivity with a peak quantum efficiency over 90 percent.

Material impact tests. The T4040 improves the accuracy required for tracking elements and debris after the collision.
Explosives research, including particle trajectories. Thanks to its extreme dynamic range (EDR) feature, the camera also captures key data contained in the bright flash.
Particle imaging, including time-resolved particle image velocimetry (PIV). The T4040’s high resolution improves data accuracy when processed into a 3D model.
Small objects. The T4040’s 9.27-micron pixel size is ideal for subjects requiring high magnification. Specific areas of study include insect wing behavior and computer microchip development.

Standout features of the T4040 include EDR, which mitigates the effects of bright flashes, and binning mode, which expands the camera’s use as a 1-Mpx camera. Binning mode combines pixels to achieve 39,000 frames per second (fps) at 1 Mpx and up to 444,000 fps at the very usable resolution of 1280 x 64. The T4040 also includes on-camera controls, video outputs and CineMag capabilities, all of which make it ideal for remote, standalone operation.