The electrochemical luminescence microscope enables microscopic imaging signal acquisition of electrochemical luminescence signals for the analysis of single cells, single particles, tissue slices, and biochips. The microscope offers diverse information, encompassing details about biomolecules within cells and tissues, as well as the electrocatalytic performance of nanomaterials and more.
Key features:
Integrated Design: Integrates electrochemical and microscopic imaging modules to reduce the interference of external light on signal acquisition.
High Sensitivity: Single-photon collection; sub-electron level readout noise and up to 90% quantum efficiency.
High Adaptability: Flexible application of various voltage modes (sinusoidal wave, etc.) to enhance electrochemical luminescence efficiency.
Light-proof Enclosure: No need for external darkroom construction, facilitating portable experimental operations.
Electrochemical Parameters:
Compliance voltage
± 5 V
Current range
1 nA ~ 250 mA
Input impedance
10 MΩ
Optical Parameters:
Effective pixels
800(H) x 600(V)
Pixel size
16 μm x 16 μm
Effective area
12.8 mm x 9.6 mm
Full-Well Capacity
73 ke- (typical)
Readout speed
60 fps @HDR mode, 25 fps @Low noise mode
Readout noise
1.6 e- @HDR mode, 0.8 e- @Low noise mode
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