ProEM ® High resolution, backlit EMCCD-Global supplier

Room 1010, Building A, Longyu Center, No.1 Longyu Middle Street, Huilongguan, Changping District, Beijing

　　Product Features

Quantum efficiency of over 95%

10 μ m pixel size

1 million pixel image array EMCCD

EXcelon ™ 3 Technologies

High speed readout and spectral dynamics

　Key characteristics

High UV NIR sensitivity

Utilizing eXcelon ™ ProEM has a sensitivity in the ultraviolet to near-infrared range (with a quantum efficiency greater than 95%), while reducing the Etaloning effect, which is the interference fringes generated by the constructive and destructive interference of back illuminated EMCCD.

　　Deep cooling to -90 ℃

The unique vacuum technology enables ProEMCCD to achieve cryogenic effects as low as -90 ℃. This can provide extremely low dark current for long exposure times, while a single input window ensures high sensitivity.

　　Frame transfer architecture

ProEM uses a frame transfer architecture that does not require a mechanical shutter, allowing for continuous reading of images or spectra.

In high-speed readout mode, the full frame imaging rate can reach 34 frames per second or greater than 3 kHz, and baseline stability is ensured within a single count through deviation correction.

　　EM gain calibration

ProEM utilizes built-in OptiCAL, a reference light source that provides one click gain calibration to ensure consistent performance throughout the camera's lifespan.

　　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

quantum efficiency	>95%
range	120 – 1100 nm
Supported interfaces	GigE
sensor type	Back illuminated eXcelon ™ 3-frame transfer

Camera model

BX3: Back illuminated eXcelon ™ 3 Technologies

model	imaging array	dark current	pixel size
ProEM HS：512BX3	512×512	0.001 e-/p/s	16 x 16 μm
ProEM HS：1KBX3-10um	1024 x 1024	0.002 e-/p/s； -70℃ 0.04 e-/p/s； -55℃	10 x 10 μm
ProEM HS：1024BX3	1024 x 1024	0.002 e-/p/s； -70℃ 0.04 e-/p/s； -55℃	13 x 13 μm
ProEM：16002 eXcelon ™ three	1600 x 200	< 0.01 e-/p/s； -60℃	16 x 16 μm
ProEM：16004 eXcelon ™ three	1600 x 400	< 0.01 e-/p/s； -60℃	16 x 16 μm