The Time Digital Converter and Correlation Device, developed for users seeking high sensitivity and reliability, offers an excellent solution for optical time measurement and correlation processes.
QO-TDCC8 is a device developed for high-precision optoelectronic applications such as single-photon counting, time tagging, and correlation analysis. With this all-in-one system, you can collect more data, minimize post-processing, and react to experimental events with greater speed and efficiency.
The system includes eight configurable input/reference channels—compatible with up to 8+1 single-photon detectors—as well as two output channels capable of delivering real-time feedback to the experimental setup. All components are integrated through a high-speed FPGA architecture and can be effortlessly configured via a user-friendly software interface.
This unique architecture enables users to define custom logical operations between input signals and transmit the results back to the experiment in real time via the output ports. The QO-TDCC8 offers superior performance in applications such as coincidence detection, time-correlation measurements, and delay/pulse generation, empowering researchers to conduct their experiments with greater control, speed, and precision.