Neutron sCMOS detector

LiF:ZnS:Ag scintillator imaging coupled to a low-noise cooled detector for neutron radiography and tomography.

Choose a configuration Full specifications

Representative manufacturer photograph; housing and connectors depend on the selected configuration. Select the photograph to enlarge.

Scintillator: LiF:ZnS:Ag
Input area: 43 × 43 cm
Effective pitch: 105 µm
Frame rate: 5 fps
Cooling: Operating at −20°C
Interface: Gigabit Ethernet

From photon to signal

Response for your configuration.

Full specifications

The manufacturer does not publish a complete QE curve for this configuration. The available detector and converter specifications are listed below; efficiency must be specified for the neutron spectrum and selected scintillator thickness.

The details behind the selection

Full technical specifications.

Compare sensor configurations, coating options, operating limits and integration details directly below. Check the operating mode and temperature alongside each performance value.

Neutron detector specifications

9 parameters

Neutron detector specifications
Parameter	Published specification
Scintillator	LiF:ZnS:Ag
Pixel Size (μm)	105
Input Size (cm)	43 x 43
Frame Rate (fps)	5
Dynamic Range	>20,000:1
Read Out Noise	4
Sensor Temperature (ºC)	Operating at -20
Exposure Time (mins)	up to 1
Camera Interface	Gigabit Ethernet

Neutron scintillator properties

9 parameters

Neutron scintillator properties
Parameter	Published specification
Screen Type	ND
Phosphor Type	Particulate blend
Emission Colour	Blue
Peak Emission (nm)	450
Decay to 10% (μs)	3.5
Peak Emission	<3e
After Glow	Low level
X-ray Absorption	Very low
UV Absorption	Broad band

Key Features

Real time acquisition of 16 bit digitised image
Single neutron equivalent read out noise
Very high dynamic range up to 20,000:1
Genicam compliance
Multiplexed acquisition from tiled arrays

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Your starting configuration

Neutron sCMOS 43 × 43 cm

Sensor / coating: LiF:ZnS:Ag scintillator + sCMOS
Pixel pitch: 105 µm effective
Active input: 43 × 43 cm
Acquisition: 5 fps
Cooling: −20°C
Read noise: 4 e− (published)
Interface: GigE
Optical / mechanical interface: Scintillator-screen imaging geometry
Spectral response: Neutron detection; LiF:ZnS:Ag converter

Selected options are requirements for discussion. Compatibility and final performance are confirmed for your configuration.

Review enquiry

Discuss selection, integration and a quotation with Precisometer.

The manufacturer also references intensified neutron solutions. Discuss intensifier and scintillator requirements for time-resolved detection.

Technical overview

Designed around the measurement.

LiF:ZnS:Ag scintillator imaging coupled to a low-noise cooled detector for neutron radiography and tomography.

Neutron radiographyNeutron tomographyMaterials characterisation

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Neutron sCMOS detector technical overview
Scintillator	LiF:ZnS:Ag
Input area	43 × 43 cm
Effective pitch	105 µm
Frame rate	5 fps
Cooling	Operating at −20°C
Interface	Gigabit Ethernet

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Representative equipment; the complete configuration depends on your application.

Photonic Science / Integration & accessories

OEM & custom imaging

Custom camera and detector integration from sensor selection and cooling through mechanics, interfaces and software.

Technologies: CCD, sCMOS, InGaAs and intensified imaging
Engineering: Form factor, cooling, optics, interfaces and software

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