TPX3Cam for High Speed Optical Detector with Nanosecond Photon Timestamp

TPX3Cam for Fast Optical Detector with Nanosecond Photon Timestamp

the NetherlandsProduced by ASITPX3Cam is a fast optical camera used for photon timestamps. It is based on a new type of silicon pixel sensor and combines Timepix3 ASIC and readout chip technology, suitable for various applications that require time-resolved imaging such as electronics, ions, or single photons.

Ionic and electronic imaging applications

The applications of TPX3Cam include spatial and velocity mapping imaging of ions in time-of-flight mass spectrometry; Conformance imaging of ions and electrons, as well as other types of time-resolved imaging spectra. TPX3Cam can detect and timestamp ion impacts with a time resolution of 1.6 nanoseconds, allowing for simultaneous recording of all cracksseparateIonic momentum image of ions and avoiding the need for detectors to detect individual cracksseparateIonic gate selection.

This single detector design is simple、Flexible and capable of conducting height differential measurements.

Single photon imaging（FEL）

PlusTPX3Cam has single photon sensitivitycharacteristicIn this configuration, the cameraneedUsed in conjunction with an image intensifier. Applications include wide field of view time-dependent single photon countingTCSPC imaging, phosphorescence lifetime imaging, and any single photon imaging that requires time-resolved resolution.

instrumentadvantage：

Silicon sensors with enhanced photosensitivity

• Wavelength range: 400~ 1000 nm

Each pixel detects time simultaneously(ToA)And strength(ToT)

• Time resolution of 1.6 ns, effective frame rate>500 MHz

• Lossless, data-driven readout speed up to 80 Mhits/s

Optical design placed outside of vacuum, flexible to use

application:

•Energy decompositionX ray

• Computer tomography scan

• Rapid production line X-ray inspection

• Electron microscope

• Mass spectrometry

Single photon imaging

• Ion and electron imaging

• Neutron imaging

existIn TPX3Cam, all individual pixels can work independently and can timestamp accompanying 'events'. This turns the imaging sensor into a fast digital converter array with parallel spatial and temporal resolution, allowing for simultaneous recording of multiple ion species and enabling compliant measurements and covariance analysis.

regardingXApplications such as X-ray detection, imaging, and tomography can be selectedProvided by ASILynX series hybrid pixel X-ray detectorAndASI's Chee tah is a hybrid pixel detector (TEM ED Detector Camera) suitable for electron microscopy applications. Chee tah's exceptional sensitivity and speed provide unprecedented possibilities for obtaining electron diffraction, imaging, and tomography scans，Commonly used in diffraction experiments；The high-speed characteristics of Chee tah make it an ideal tool for observing dynamic processes and capturing rapidly decaying signals; can refer toChee-tahseriesHybrid pixel detector.