Cricket is a plug and play adaptor designed to convert any scientific camera into an intensified camera.
Technical information
| Specifications | |
|---|---|
| Lens side | C-mount, female thread |
| Camera side | C-mount, male thread |
| Magnification | 1:1 |
| Maximum Camera Sensor Format 2/3” | 4:3 aspect ratio |
| Maximum Camera Sensor Format 1/1.2” | 16:10 aspect ratio |
| Power Consumption | 60 mW at 3 V, suitable for battery operation |
| Housing | Black anodized aluminium |
| Overall Dimensions | 94.5 H x 58.0 W x 111.5 L mm |
| Weight | Approximately 450 g |
Description
Photonis´ Cricket enables your camera to capture images across a broad spectral range, from 200 to 900nm. Connecting the Cricket is simple, using a universal C-mount interface. Simply adjust the fine focus and begin.
It features an 18mm image intensifier, a fiber optic anode window, and a power supply. The Cricket easily adapts to any camera and lens assembly using C-Mount connections, making it simple to make any camera an intensified camera for use in physics, fluorescence imaging, plasma research or corona detection.
In addition to providing an intensified image, Cricket can also convert UV and NIR photons into green photons with emission characteristics that perfectly match the spectral response of a solid state camera. High 3ns temporal resolution is made possible with an optional gating module. Cricket supports 1 μlx sensitivity or single photon counting.
The Cricket is compatible with most CCD, CMOS, EMCCD and sCMOS cameras, and is ideal for a large number of applications including physics, FLIM, plasma research and corona detection.
Documentation
Brochure
Cricket Brochure(1.71 MB)
Photon Detector Brochure(349.29 KB)
Related Applications
Charged Particle Amplification
Fast Detectors
High Energy Phenomena Imaging
High Energy Physics
Intensified Cameras
Linear Accelerator
Low Light Level Imaging [SCI]
Metrology
Non-Destructive Testing
Particle Beam Imager
Photon Counting
Single Photon Measurement
Specifics Processing
Ultrafast Photonic Analysis [SCI]
X-Ray Collimation and Focus
X-Ray Optics & Metrology
X-Ray, UV and VUV Spectroscopy
