Black Silicon Technology:
Thermal Characteristics and applications of 4-Quadrant Photodiodes
Join ElFys for an enlightening webinar exploring the innovative black silicon technology and its cutting-edge applications in light sensing and measurement. Dr. Toni Pasanen, ElFys Senior Project Engineer and Co-Founder, will share insights into the unique advantages of the technology and explain the temperature-dependent behaviour of photodiodes, with special attention to near-infrared performance.
The session will also showcase our rapidly growing 4-Quadrant Photodiode (QPD) product line, highlighting how operating conditions influence detector performance.Discover how ElFys is redefining precision in light detection and learn practical considerations for integrating these next-generation sensors into your own applications.
Key Topics:
- ElFys Black Silicon technology and photodetection innovations
- Understanding temperature effects in photodiodes
- 4-Quadrant Photodiode (QPD) product line
- Optimization of working conditions for ElFys QPD products
About the Presenters:
Dr. Toni Pasanen is a Senior Project Engineer and Co-Founder of ElFys. He specializes in ultra-sensitive photosensor development and has a strong background in semiconductor optoelectronics, with extensive experience designing advanced light and radiation detectors.
About ElFys: ElFys provides light sensors with sensitivity better than anything seen before, literally catching every ray of light. The technology greatly improves any light sensing application ranging from health monitoring to analytical instrumentation and security X-ray imaging. The superior performance of ElFys photodetectors is based on an inventive combination of modern MEMS nanotechnology and atomic layer deposition. The core technologies are patented and in the possession of the company.
About ElFys' patented technology:
Most light sensing technologies capture about two thirds of light rays, whereas ElFys’ technology can capture all of them. The Black Silicon Induced Junction Photodiode provides superior sensitivity over a wide spectral range, especially in the ultraviolet, as well as an ultra-wide viewing angle. The increased sensitivity provides improvement potential to any applications where light needs to be measured.