ORCA-Flash4.0 LT3 数字 CMOS 相机 C11440-42U40-Fornitore globale

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

ORCA-Flash4.0 LT3 is a new scientific CMOS camera for fluorescence imaging, which is an improvement based on the ORCA Flash 4.0 released in 2011. It has the high-level performance required for fluorescence imaging in life science applications, and can be used not only for basic research applications, but also integrated into various types of devices.

　　characteristic

Low readout noise (standard scan): 1.5 electrons (rms), 0.9 electrons (median)

Fast read (fast scrolling, full resolution): 40 frames per second

Large field of view: 13.312 mm (H) × 13.312 mm (V)

High resolution: 2048 (H) × 2048 (V)

High quantum efficiency: 82% (peak QE)

　　purpose

Delay imaging

Multidimensional imaging

Ca2+imaging

DNA chip reading

　　High signal-to-noise ratio comparable to or better than BSI cameras

The following figure compares the readout noise distribution of the second-generation BSI camera *, indicating that ORCA-Flash4.0 LT3 has more pixels and lower readout noise.

ORCA-Flash4.0 LT3 has a low readout noise of 1.5 electronic rms, providing high signal-to-noise ratio comparable to or better than BSI cameras, especially in low light ranges.

This performance can be demonstrated in high-quality multidimensional imaging, such as long delay imaging with low excitation light, low phototoxicity, and photobleaching.

*BSI camera: back illuminated camera

　　Quickly read out

The ORCA-Flash4.0 LT3 can achieve a read rate of 40 frames per second, even faster than the traditional ORCA-Flash4.0 LT+(30 frames per second). This is very useful for applications that require high temporal resolution for real-time measurement.

　　VIEW

The wide field of view of 13.312 mm (H) × 13.312 mm (V) supports obtaining more information in a single shot.

This helps to improve the throughput of experiments such as DNA chip reading.

　　detailed parameters

Product Code	C11440-42U40
Imaging equipment	Scientific CMOS Image Sensor
Effective pixel count	2048 (H) × 2048 (V)
Pixel size	6.5 μ m × 6.5 μ m
Effective area	13.312 mm × 13.312 mm
Maximum trap capacity (typical value)	30000 electrons
Dynamic range (typical values)	33 000：1¹20 000：1²
Cooling method	Forced air cooling, Peltier cooling
Cooling temperature	+10 ° C (forced air cooling, fan speed: fast, ambient temperature:+ 10 ° C to+30 ° C)
Frame rate at full resolution	Fast scrolling: 40 frames per second Standard scan: 30 frames per second
Read out noise (typical value)	Fast scrolling: 1.9 electrons (rms), 1.3 electrons (median) Standard scan: 1.5 electron rms/0.9 electron (median)
Dark current (typical value)	0.6 electrons/pixel/second (typical value) (cooling temperature:+ 10 ̊C)
Digital output	16 bits
Exposure time	Internal trigger mode * ³ (fast scrolling): 1 ms to 10 Internal trigger mode * ³ (standard scan): 3 ms to 10 s Internal trigger mode with subarray readout (fast scrolling): 40 μ s to 10 s Internal trigger mode with subarray readout (standard scan): 129.99 μ s to 10 s
External trigger input mode	Edge trigger, global reset edge trigger, level trigger, global reset level trigger, synchronous readout trigger, start trigger.
Trigger delay function	0 s to 10 s, with a step size of 1 μ s
Trigger input connector	SMA (SMA)
Trigger output	3 programmable timed outputs, trigger ready output, global exposure timed output, low output, high output
Trigger output connector	SMA (SMA)
Pixel Merge	2 × 2, 4 × 4
Subarray	Yes, it is
Interface	USB 3.1 Gen 1
Lens interface	C-type interface
Power supply	AC 100V to AC 240V, 50Hz/60Hz
Power consumption	About 75 VA
Operating environment temperature	0 ° C to+40 ° C (fan speed: fast)
Operating environment humidity	30% to 80% (no fog phenomenon)
Storage environment temperature	-10 ° C to+50 ° C
Storage environment humidity	Up to 90% (no fog phenomenon)

*Calculate the median based on the ratio of maximum well capacity to readout noise in standard scanning

*Calculate (rms) based on the ratio of maximum well capacity and readout noise in standard scanning

*The minimum exposure time factor in internal triggering mode varies depending on the size and position of the array.

　　Spectral sensitivity characteristics

　　size

Imaging of cells in different dimensions

Cellular multi wavelength synthesis3Drebuild