Single-photon experiments and counting measurements
Optical input: spectral range, coupling and incident-light conditions.
Single-photon detection & counting
Integrate detector electronics, bias and drive circuits, pulse readout and counting interfaces for faint optical signals.
Where it fits
Define integration conditions and validation around the actual task.
Low-light readout-chain evaluation
Detection targets: count behavior, dark counts, timing goals and validation methods.
Detection subsystems for optical instruments
Electrical interfaces: bias, pulse readout, triggering and synchronization.
Start with these requirements.
Start with operating conditions. Define inputs, then agree on the technical approach and validation.
Download selection worksheetOptical input: spectral range, coupling and incident-light conditions.
Detection targets: count behavior, dark counts, timing goals and validation methods.
Electrical interfaces: bias, pulse readout, triggering and synchronization.
Test environment: light shielding, thermal control, electrical shielding and mounting.
Development & handover
Agree on configuration, milestones and acceptance criteria for your project.
- Detector-chain and component integration plan
- Drive, readout and counting interface software
- Integration and test records under agreed conditions
Start with a real need.
Share your use case, existing conditions and expected outcome. Define the product and development scope together.