EMX2C9100-23B Datasheet, PDF (3/8 Pages) Hamamatsu Corporation – Multiply faster

low contrast to ultra-low light imaging.
IEEE 1394b connectivity
The data rates of the ImagEM X2 are well suited to the trusted and easy to use 1394b connectivity.
SMA triggering ports
In its new incarnation, the ImagEM X2 sports four shiny and compact SMA ports, one for input of an external trigger and
three for output to other devices. These ports can be used to access an array of triggering options including three
additional features: programmable trigger input/output, trigger delay and trigger ready. There is no denying that EM-
CCD technology offers the best SNR for ultra-low light imaging, and the ImagEM X2 offers the fastest speeds combined
with multiple engineering enhancements to allow you to make the most of this technology.
Direct electron display
Output signal can be indicated in "electrons" instead of pixel AD counts in application software.
Black Clip / White Clip function
It enables setting an upper or lower threshold of intensity. If there is a brighter or darker location than a sample of interest in
an image, this function allows clipping the upper limit or lower limit of intensity to make Auto LUT function work effectively.
Cooling status output
The camera indicates when it has reached the target cooling temperature.
Applications
Protein-protein interaction
Calcium waves in cell networks and intracellular ion flux
Real time spinning disk confocal microscopy
Single molecule imaging with TIRF microscopy
Fluorescence in-vivo blood cell microscopy
Gene expression imaging using luminescence
Image example: Real time confocal imaging
Fast imaging of mouse brain cell with Cy3 imaged with confocal scanner unit
EM gain: 150×
Exposure time: 10 ms
Effective number of pixels: 512×512
Binning: 1×1
Objective lens: 40×
Confocal unit: CSU-W1
Excitation laser: 561 nm