C11440-36U

ORCA-spark Digital CMOS Camera

Product Code Description Lead Time Price Quantity Buy / Get Quote
C11440-36U ORCA-spark Digital CMOS Camera On Request On Request
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Specifications

A/D Converter:

12 bit

Ambient Operating Humidity:

30 % to 70 % at Forced-air cooled (with no condensation)

Ambient Operating Temperature:

0 °C to +40 °C

Ambient Storage Humidity:

90 % max. (with no condensation)

Ambient Storage Temperature:

-10 °C to +50 °C

Analog Gain:

1x to 15.8x (240 steps)

Binning:

2 x 2 [1]

Connector Type:

USB 3.0 microB type

Dynamic Range:

5000: 1 [2]

Effective Area:

11.25 mm (H) x 7.03 mm (V)

Effective Number of Pixels:

1920 x 1200pixels

Exposure Time:

1 ms to 1 s (External trigger mode: Level, Synchronous readout)

Exposure Time:

26.17 μs to 10 s (Internal mode)

Exposure Time:

26.17 μs to 10 s (External trigger mode: Edge, Start)

External Trigger Input Mode:

Edge trigger, Level trigger, Synchronous readout trigger, Start trigger

External Trigger Mode:

Yes

External Trigger Signal Routing:

SMA

Full Well Capacity:

33000 electrons

Imaging Device:

CMOS image sensor

Interface:

USB 3.0

Lens Mount:

C-mount

Pixel Size:

5.86 x 5.86µm

Power Consumption:

Approx. 20 VA

Power Supply:

DC +12 V

Readout Noise:

6.6 electrons

Readout Speed:

2008.9 frames/s (2 Line Sub-array)

Readout Speed:

64.9 frames/s (Full resolution)

Sub-array:

Yes

Trigger Delay Function:

0 µs to 10 s in 1 μs steps

Trigger Output:

Programmable timing outputs, Low output, High output, Global exposure timing output, Trigger ready output

[1] Digital binning processing in the camera

[2] Calculated from the ratio of the full well capacity and the readout noise.

The ORCA-spark is a fast, low noise, and high-sensitivity digital CMOS camera. At a significantly lower cost, it out-performs Hamamatsu's popular interline CCD cameras such as the ORCA-R2.

Noise, in particular, can be an overriding factor in many experiments. Fluorescence from your samples can sometimes get lost in a sea of ambient photons, autofluorescence, or even camera readout noise. In addition, fluorescence photons in low-light conditions can become over- or underexposed and, therefore, inaccurately recorded.

The low readout noise (6.6 electrons) and wide dynamic range (5,000:1) afforded by the 2.3 megapixel CMOS sensor means that the ORCA Spark will accurately record fluorescence signals, even in noisy or low-light conditions.

We know it can be challenging to accurately capture fast-moving samples. But this isn’t an issue when imaging with the ORCA-spark. It has a global shutter, and achieves a high-speed readout of 65 frames per second, so you can image fast-moving objects without blurring.

Solutions that balance cost and performance is what we specialise and take pride in at Laser 2000. And with the ORCA-spark, you won’t be disappointed.

Here are some example applications that the ORCA-spark thrives in:

  • Low-light-level imaging
  • Microscope observation
  • X-ray scintillator readout

What’s included?

The ORCA-spark package contains all the accessories required to communicate with your PC, including:

  • 1 x USB 3.0 board
  • 1 x USB 3.0 Micro-B cable

HCImage Live software is included at no extra cost. However, you can also operate the camera using third party software such as µManager and LabVIEW in conjunction with your microscope and peripheral devices.

To find out more about the ORCA-spark, or indeed any other Hamamatsu camera, contact us by phone or email.

If you’d like to see how well the ORCA-spark works in your own experiment, we’ll gladly lend you one for free, with no obligation to purchase. As we have a limited stock of evaluation cameras, please register your interest as soon as possible to avoid disappointment.