Hamamatsu Photonics, a provider of photonic sensors, announces the launch of the S16495 silicon photodiode. Engineered for optimal performance at 310 nm, this device features a specialized filter and a compact, leadless ceramic package, making it the ideal solution for hydrogen and UVB detection.
Key benefits
Source: Hamamatsu Photonics
Designed for both R&D and industrial engineering professionals, the S16495 photodiode provides reliable, high-sensitivity detection at 310 nm. This is critical for monitoring hydrogen levels and UVB radiation in industrial, environmental and research settings. Its compact, surface-mount design ensures easy integration and efficient use of space, while the narrow spectral response delivers accurate photometric measurements with minimal stray light. Key benefits include:
- Compact design: Leadless ceramic package enables easy integration and minimizes space requirements.
- High sensitivity: Specialized monochromatic light filter ensures precise detection at 310 nm for hydrogen and UVB monitoring.
- Versatile applications: Supports safety and performance in a wide range of industrial and environmental contexts.
This new photodiode represents a significant advancement over previous models, reinforcing Hamamatsu’s commitment to delivering solutions that meet evolving customer needs.
Target applications
- Hydrogen detection
- UVB monitoring
