Chronos series ultra fast detection system based on Timepix3

ChronosSeries of detection systems based on Timepix3

The event and data-driven detector imaging system produced by Amsterdam Scientific Instruments (ASI) in the Netherlands stands out in scientific research fields such as microscopic particles, with the following unique properties:

1) Unparalleled speed

Experience unparalleled 1.56 ns time resolution. From this perspective, in frame based systems, this is equivalent to 600MHz. Our pixel readout system is developed in collaboration with NIKHEF and can run independently for each pixel, eliminating dead time and generating nanosecond level event data records.

2) Event rate

Capturing up to 30 billion bombardments per second, achieving large field readout of specific states in atomic lattices, quantum correlations in many single photon interactions, macromolecular imaging analysis, and observation of bright scintillators.

3) No noise

Enjoy noise free detection at room temperature. No external cooling equipment is required.

4) Seamless data integration

Use our flexible API based control software and GUI for previewing to make it easier for you. You can write detector operation scripts to fully automate data collection and seamlessly integrate with the entire experiment.

Main features:

Understanding the advantages of Timepix3's pixel by pixel tracking and timestamp data can provide unparalleled insights compared to traditional frame based alternatives.

1) Sensor with increased photosensitivity, conversion efficiency>90%

2) You can choose from a variety of configurations and designs, including front and L-shaped settings, to meet your specific experimental needs

3) Wavelength range: 400-1000nm

4) Event based detection: real-time continuous operation, up to 800000 events per second

5) 55 μ m pixel size. Realize sub-pixel spatial resolution (<10 μ m) through centroid method

6) 1.56 ns time resolution, achievable in picosecond range using external TDC signal

7) Simultaneously detecting the arrival time and intensity of each pixel

8) Flexible integration through Python API and GUI for fast visualization and detector control

Which Chronos series product is most suitable for you?

Tailored application specific product packages according to your needs:Quantum Science Applications、Neutron Science Applications、VMI and Mass Spectrometry Applications(to be launched soon), consisting of three types of products

1. Applications of Quantum Science

● Image enhancement system

● Wavelength range of 200-920nm

New data processing algorithms

● Accessible ASI quantum user community

Due to the event based nature of Timepix3 technology, which has nanosecond level time stamping capabilities, you can effortlessly distinguish and eliminate randomly distributed noise in the signal. This brings new clarity and precision to your data analysis, achieving breakthroughs and insights previously hidden in noise.

We know that transitioning to event based techniques may differ significantly from familiar frame based methods. We are committed to guiding you through this transformation and providing you with the different levels of support you need to fully utilize the potential of this breakthrough technology.

Single photon sensitivity:Our partner's image intensifier has been optimized specifically for ultra fast single photon detection. Equipped with efficient dual MCP and P47 phosphorescent screens, it can achieve high magnification and the fastest spectral response on the market.

1) Minimum dark count rate at room temperature

High signal-to-noise ratio (SNR) can be achieved without long-term integration. At room temperature, the dark count of Hi QE UV and Green is only 50 Hz/cm2, while the dark count of Hi QE Red is 100 kHz/cm2

2) Fast time response phosphor screen

Equipped with P47 phosphorescent screen, you can get the fastest response on the market. Combining advanced clustering algorithms and time calibration techniques, this detector is enhancing your single photon research.

3) Realize sub nanosecond time resolution

Provides nanosecond gating option, allowing you to use it in conjunction with external TDC for timestamp at sub nanosecond resolution, with an external TDC time resolution of 260 picoseconds.

Which product is most suitable for you?

1.1 Phoebe (Phoebe)A single photon TPX3CAM detector

● Image enhancement system

● Wavelength range of 200-920nm

Ultra fast and comprehensive TPX3 data analysis

Why choose Phoebe?

Because Phoebe helps the quantum photon academic community detect, image, and timestamp individual photons through the following methods

Eliminate noise

Phoebe is a hybrid pixel detector that uses complex on-chip electronic devices for real-time signal processing. Each pixel in Phoebe has its own individual threshold and event counter, enabling noise free data collection. Unlike CCD, you don't need to conduct long experiments to integrate the signal and obtain an acceptable signal-to-noise ratio (SNR). Phoebe provides ultra-high signal-to-noise ratio because it only counts and timestamps individual signals, allowing for complex time-resolved data analysis.

Provide data-driven detection

Data will only be read out when an event ("hit") occurs on the surface of the sensor. This makes data load easier to manage, prioritizing quality over quantity. Compared with traditional CMOS technology, Phoebe eliminates the adverse effects of serial and frame readout, such as slow readout, pixel merging, and trailing effects.

Realize synchronous acquisition of data and images

Phoebe can accurately timestamp data at astonishing 1.56ns intervals. But that's not all - you can seamlessly synchronize external signals through a time to digital converter (TDC), increasing the time resolution to 260ps. Using this information, you can select a time window in continuous data to create an image.

Easy integration into your experiments

Our API (Serve) and GUI (Accos) facilitate cross instrument control and data collection. You can configure TDC to integrate with external hardware such as pulse sources. The collection workflow is fully programmable and can simplify data collection.

Plug and play solution

Within a few hours, you will witness your first data and process it using our dedicated processing toolkit called LUNA (Logical Uniform Analysis). LUNA is a post-processing software solution developed in collaboration with Timepix-3 technology expert user Peter Svihra. This software suite eliminates the need for extensive programming, allowing you to take the lead and save valuable time for your team.

1.2 Rhea(Coming Soon)

● Under development

Ultra fast feedback quantum error correction (QEC) imaging system

Suitable for ion traps and atomic traps

2. Applications of Neutron Science

● Imaging and scattering solutions

Hard neutrons and soft neutrons (beam energy range)

Unique super-resolution algorithm

● Small or large area options/access

● Neutron Network

LumaCAM

What is neutron imaging?

In neutron transmission imaging or neutron radiography, neutrons pass through an object to reveal its internal structure. This is very similar to X-ray imaging. Generally speaking, neutrons are a supplement to X-rays, and are typically used when X-rays cannot provide sufficient penetration for dense materials or image heavy materials in the presence of lightweight materials. However, neutron detection systems are often affected by the high background noise inherent in neutron production in various large and small facilities. Conventional camera systems integrate imaging during a single neutron exposure period and typically do not provide a mechanism to distinguish particles (such as neutrons and gamma particles), which is particularly necessary for low flux applications (such as energy resolved neutron imaging or diffraction).ASI and LoskoVision have developed the LumaCAM system, an innovative solution that enables researchers to overcome the limitations of conventional camera systems and use neutron counting for imaging. The LumaCAM system provides high-resolution space and time for a wide range of neutron applications!

LumaCAM system

The LumaCAM system provides neutron researchers with a complete event based solution. The system has a counting type neutron detection, a dedicated opaque housing, and an adjustable field of view (FoV)

3. VMI and Mass Spectrometry Applications (Coming Soon)

3D imaging of ions/electrons

The ideal choice for VMI

● MS and COLTRIMS

ToF view with 260ps timestamp

80MHz/s read speed

Can work in daisy chain mode