Dhyana 95V2
sCMOS Camera for Confocal Microscopy imaging
- 95%@560nm Peak QE
- 11μm x 11μm Pixel Size
- 2048 x 2048 Resolution
- 48fps@12bit STD
- CameraLink & USB3.0
Overview
In a confocal microscope, the illumination and detection optics are focused on the same diffraction-limited spot in the sample, which places high demands on the sensitivity and signal-to-noise ratio of the detector. The Dhyana 95V2 is designed to deliver ultimate in sensitivity achieving similar results to EMCCD cameras for the confocal microscopy imaging, offering more functionality and improvements in background quality due to our exclusive calibration technology.
-
95% QE High sensitivity
Rise above dim signals and noisy images. With the highest sensitivity, you can capture the weakest signals when you need to. Large 11μm pixels capture almost 3x the light of standard 6.5μm pixels, which combines with near-perfect quantum efficiency to maximize photon detection. Then, low noise electronics deliver high signal to noise ratio even when signals are low.
-
Background Quality
Exclusive Tucsen Calibration Technology reduces patterns visible in the bias or when imaging very low signal levels. This fine calibration is evidenced by our published DSNU (Dark Signal Non-Uniformity) and PRNU (Photon Response Non Uniformity) values. See it for yourself in our clean bias background images.
-
Field of View
Massive 32mm sensor diagonal offers fantastic imaging efficiency - capture more than ever before in a single snapshot. High pixel count and large sensor size improves your data throughput, recognition precision and provides additional context for your imaging subjects. For microscope-objective-based imaging, capture everything your optical system can deliver and see your entire sample in one shot.
Specification >
- Model: Dhyana 95V2
- Sensor Type: BSI sCMOS
- Sensor Model: Gpixel GSENSE400BSI
- Color/Mono: Mono
- Array Diagonal : 31.9mm
- Resolution: 4MP, 2048(H) x 2048(V)
- Pixel Size: 11μm x 11μm
- Effective Area: 22.5mm x 22.5mm
- Peak QE: 95%@560nm
- Frame Rate: 24fps@16bit HDR, 48fps@12bit STD
- Full-Well Capacity: Typical: 80ke-@HDR; 100ke-@STD
- Dynamic Range: 90dB
- Shutter Type: Rolling
- Readout Noise: 1.6e-(Median)/1.7e-(RMS)
- Exposure Time: 21μs~10s
- DSNU: 0.2e-
- PRNU: 0.3%
- Cooling Method: Air & Liquid
- Cooling temperature: 45℃ below ambient
- Dark Current: Air：0.5e-/pixel/s，Liquid：0. 25e-/pixel/s
- Optiona Interface: C-mount & F-mount
- Data Interface: USB3.0 & CameraLink
- Data Bit Depth: 16bit
- Binning: 2x2, 4x4
- ROI: 2048x1024, 2048x512, 1608x1608, 1200x1200, 1024x1024, 512x512, 256x256
- Timestamp Accuracy: 1μs
- Trigger Mode: Hardware & Software
- Output Trigger Signals: Exposure, Global, Readout, High level, Low level
- Trigger Interface: SMA
- Power Supply: 12V/8A
- Power Consumption: 60W
- Dimensions : C-mount: 100mm x 118mm x 127mm；F-mount: 100mm x 118mm x 157mm
- Weight: 1613g
- Software: Mosaic / LabVIEW / Matlab / Micromanager / MetaMorph
- SDK: C / C++
- Operating System: Windows/Linux
- Operating Environment: Temperature 0~40°C / Humidity 10~85%
Applications >
Download >
-
Dhyana 95V2 Brochure
-
Dhyana 95V2 Dimension
-
Software-Mosaic V1.6.8
-
Plugin-Labview ( with user guide )
-
Plugin-Matlab ( with user guide )
-
Plugin-Micromanager ( with user guide )
-
Driver-TUCam Camera Driver V1.4.0.8
You may also like >
-
Dhyana 6060BSI
Ultra-large BSI sCMOS camera with CXP high-speed interface.
- 95 % QE @ 580 nm
- 10 μm x 10 μm
- 6144 (H) x 6144 (V)
- 26.4 fps @ 12-bit
- CoaXPress 2.0
-
Dhyana 4040BSI
Large format BSI sCMOS camera with cameraLink high-speed interface.
- 90% QE @550nm
- 9 μm x 9 μm
- 4096 (H) x 4096 (V)
- 16.5 fps @ CL, 9.7 fps @ USB3.0
- CameraLink & USB3.0
-
Dhyana 400BSI V2
BSI sCMOS camera delivering perfect sensitivity and resolution for high NA microscope objectives.
- 95% QE @ 600 nm
- 6.5 μm x 6.5 μm
- 2048 (H) x 2048 (V)
- 74 fps @ 4.2 MP
- CameraLink & USB3.0
-
Dhyana 401D
Compact 6.5μm sCMOS designed with instrument integration in mind.
- 18.8 mm Diagonal FOV
- 6.5 μm x 6.5 μm Pixel Size
- 2048 x 2048 Resolution
- 40 fps @ 16 bit, 45 fps @ 8 bit
- USB3.0 Data Interface
