SWIR Sensor Bandwidth Whitepaper
Colloidal Quantum Dot Sensor Bandwidth and Thermal Stability; Progress and Outlook
SWIR Vision Systems presents breakthrough capability for its quantum dot based short wavelength infrared (SWIR) sensor technology.
SWIR Vision Systems presents breakthrough capability for its quantum dot based short wavelength infrared (SWIR) sensor technology. The company’s latest advancements, reported in this paper presented by the company at the 2022 Defense and Commercial Sensing International tradeshow in Orlando Florida, include a demonstration of sub-5 nanosecond sensor response times in their short wavelength colloidal quantum dot infrared sensors. This new capability will enable next generation automotive SWIR LIDAR systems and direct time-of-flight (ToF) 3D image sensors for AR/VR applications.
SWIR Vision Systems began to realize this potential when it introduced its 2.1 MP Acuros cameras to the industrial, scientific, and commercial imaging markets in 2018. Other opportunities for this detector technology can be found in the need for new sensor technologies in the development of cost and resolution scalable direct-time of flight depth sensing systems for consumer and automotive applications. But to realize this potential, this relatively new detector system must also be shown to meet thermal and environmental conditions found in consumer and automotive devices. This paper will provide an overview of the performance of our high definition sensors; and show <3 ns rise/fall time results from testing the response time of the photodiode structure using a pulsed laser sources. It will also present data demonstrating stable device operation at elevated temperature and humidity conditions.