New Compact Photodiode with 310 nm detection

10 Dec 2025

Hamamatsu Photonics announces the new S16495 silicon photodiode, explicitly engineered for high-sensitivity detection at 310 nm. This latest addition to our extensive line of photonic technologies is ideal for applications demanding precise monitoring of hydrogen levels and UVB radiation, making it a valuable asset in both industrial and research environments.

There is a rapidly increasing demand for dependable detection methods to enhance safety. The S16495 photodiode is equipped with a specialized monochromatic light filter, ensuring accurate detection while minimizing stray light interference. Its compact, leadless ceramic package not only enhances its design but also allows for easy integration into existing systems, taking up minimal space without sacrificing performance.

Whether tasked with monitoring hydrogen for safety compliance or assessing UVB radiation in environmental studies, the S16495 provides the sensitivity and reliability for your project. This silicon photodiode stands out with its impressive spectral response, enabling precise and consistent measurements.

Engineered for research and engineering professionals, the S16495 is versatile in its applications. Its usage spans a wide range of industries, including oil and gas, environmental monitoring, telecommunications, and beyond. By adopting this cutting-edge technology, organizations can reinforce safety and enhance operational performance in their respective fields.

Our commitment to continuous advancements at Hamamatsu Photonics is reflected in this photodiode, representing the advancement over previous models. We continuously strive to meet the evolving needs of our customers, providing top-tier solutions that align with today’s technological demands.

For those looking to improve their detection capabilities, the S16495 silicon photodiode is not merely a tool but an essential addition to advance your operations. We invite you to explore the S16495 on our dedicated product page and browse the technical specifications on our datasheet for the full application potential of this sensor.

Experience the monitoring capabilities of Hamamatsu’s S16495. Contact our team of experts for more details.