TIME-TAGGING, DELAY AND PATTERN GENERATION ALL WITH PICOSECONDS PRECISION
| > Timestamping and histogramming > Delay generation with multi-hit ability |
> 1 GHz counters > Pattern generation |
IDQ’s Time Controller is an all-in-one device designed to combine the functionalities of a time-tagger and a delay generator interconnected via a fast FPGA.
The ID900 Time Controller is designed for flexibility and it aims to efficiently and reliably solve a large number of problems encountered in the modern laboratory. It performs the functions of a number of devices: Time-tagger, delay generator, pattern generator, counter and discriminator.
Its hardware consists of 4 inputs and 4 outputs that are interconnected internally via a fast FPGA. It offers two modes. The high speed mode allows fast count rates up to 100 Mcps on each channel and a binning of 100 ps while the high resolution mode has a binning of 13 ps and allows a maximum count rate of 25 Mcps on each of the four channels.
An all-in-one, ultra-fast, scalable device
The ID900 Time Controller is delivered with a unique user-friendly interface to control and monitor the parameters for histogram generation, timestamping and delay generation. The data is directly displayed and analyzed using a clear and simple interface.
Furthermore, a configuration editor allows the user to re-program and build its own configuration and to create customized features like coincidence filtering or even conditional outputs.
The ID900 Time Controller is available in 3 versions offering different add-on functionalities which can all be remotely implemented upon customer request. Several Time Controller can also easily be daisy-chained to deliver a solution with a large number of channels, especially of importance for multi-photon experiments.
At the heart of the lab, the ID900 Time Controller is the central device of an experimental setup. It performs measurements, data processing and synchronization with all instrumentation.
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Key Benefits
| > Fast data processing (up to 100 Mevents/ch) > Conditional programmable outputs |
> Picosecond timing > Cost effective solutions for multiple channels |
Applications
| > Quantum communication > Quantum physics and optics |
> Fluorescence lifetime measurement > Time of flight measurement (OTDR, LiDAR) |
