Product Features

Covering a range of approximately 5 eV to 30 keV, with a peak quantum efficiency greater than 95%

2k × 2k and 4k × 4k format

1. Ports 2 and 4 read out

-90 ℃ cooling

　Key characteristics

X-ray energy sensitivity

SOPHIA XO has high sensitivity, covering the range of 5 eV to 30 keV, with a peak quantum efficiency greater than 95%, and can be used for various applications.

　Ultra flexible performance

The flexible multi readout port design allows the SOPHIA XO to even capture ultrafast events, providing 4-port, 2-port, or 1-port readout options, custom sensor readout or motion readout functions, and a frame rate of 4.2 frames per second at 16 MHz.

SOPHIA XO has complete trigger support, individually optimized clocks for each combination, and an internal mechanical shutter that can be replaced on-site.

　New ultra-high vacuum technology

SOPHIA XO adopts a fully metal sealed vacuum design, which can prevent gas release or long-term degradation caused by epoxy resin. Provide six or eight inch CF flange vacuum interfaces.

　ArcTec ™ cooling technology

Using a fully metal sealed vacuum design, ArcTec ™ Cooling technology can prevent air release or long-term degradation. Adopting customized heat sink design to ensure heat dissipation for sensors and electronic devices.

ArcTec ™ We can provide air cooling, liquid cooling (for vibration sensitive environments), or a combination of both.

　　Supported by LightField software

This powerful and intuitive software comes with a built-in math engine that allows for complete control of cameras and spectrometers through real-time image analysis and spectral data.

LightField software seamlessly integrates hardware and direct data acquisition into certain programs, such as National Instruments' LabVIEW ® MATLAB with MathWorks ®。 The software also fully supports IntelliCal's automatic wavelength and intensity calibration function.

SOPHIA can also be fully controlled by the PICAM SDK, eliminating any overhead that may occur when communicating through other development environments.

　　Product specifications

　　Model