The Becker & Hickl APM-400 Silicon Photodetector is a high-quality analogue detector designed for demanding optical measurement tasks in scientific research and photonics development. Engineered to deliver low noise, wide dynamic range, and excellent linearity, the APM-400 provides stable and accurate detection of pulsed and continuous-wave light signals across the visible spectrum.
Optimised for seamless integration into TCSPC systems, fluorescence experiments, time-resolved measurements, and ultrafast laser diagnostics, the APM-400 offers exceptional signal fidelity and fast response times. Its robust construction and compact form factor make it suitable for both benchtop research and OEM system integration, while the carefully designed electronics ensure clean analogue output with minimal distortion.
Ideal for life sciences, optical characterisation, materials research, and quantum optics, the APM-400 Silicon Photodetector supports precise measurement workflows where sensitivity and stability are crucial. Whether used for low-light detection, timing studies, or high-accuracy monitoring of laser dynamics, it consistently delivers reliable laboratory-grade performance.
Precision Analogue Detection for High-Performance Optical Measurements
