Description
TIME-RESOLVED PIXEL-PARALLEL LOCK-IN DETECTION
- Upscale your lock-in experiment with 1 128 448 parallel dual-phase demodulators
- Pump-probe, spectroscopy, phase contrast, doppler shift, holography, interferometry, etc
heliCam C4M CMOS Camera
Heliotis AG
Specifications
Sensor Type: | CMOS |
---|---|
# Pixels (Width): | 1024 |
# Pixels (Height): | 1102 |
Pixel Size (Square): | 12 um |
Peak Quantum Efficiency: | 79 % |
Full Frame Rate: | 250 fps |
Bit Depth: | 18 bit |
Dual-phase Demodulation (in-pixel): | 1 128 448 lock.in channels |
Demodulation Frequency: | 305 Hz - 50 kHz |
Frequency Resolution: | < 0.0025 x demodulation frequency |
Phase Resolution: | 0.1 deg |
Dynamic Range For Signal: | 2 x 10 bit |
Background (common Mode) Suppression: | 18 bit |
Min Detectable Contrast: | 1.8E-4 time-resolved, 1.8E-5 with averaging |
Output: | magnitude & phase, in-phase X & quadrature Y, grey scale |
Max Signal Sample Rate: | 200 kSa/s per channel |
Max Output Smaple Rate: | 1.4 kSa/s per channel |
Memory Depth: | 225 time-resolved output frames |
Application: | GUI based |
Programming Interface: | r Python, Matlab®, LabVIEW®, C++, .NET |
Features
- 1024 x 1102 pixel with in-pixel lock-in amplifiers.
- Each pixel demodulates optical signals of up to 305 Hz - 50 kHz
Applications
- Magnetic field microscopy using quantum defects in diamonds (N-V)
- Lock-in Raman spectroscopy
- High sensitivity incoherent differential imaging
- Heterodyne interferometry
- Low coherence interferometry
- Pump-probe experiments
Frequently Asked Questions
What is the heliCam C4M CMOS Camera used for?
The heliCam C4M CMOS Camera is used for various applications such as pump-probe experiments, spectroscopy, phase contrast, doppler shift, holography, interferometry, and more.
What is the pixel resolution of the heliCam C4M CMOS Camera?
The heliCam C4M CMOS Camera features a pixel resolution of 1024 x 1102 pixels.
What is the maximum demodulation frequency of each pixel?
Each pixel of the heliCam C4 CMOS Camera can demodulate optical signals of up to 305 Hz - 50 kHz
What is the quantum efficiency of the heliCam C4M CMOS Camera?
The quantum efficiency of the heliCam C4M CMOS Camera varies across different wavelengths, ranging from 45.5% to 78.7%.
What programming interfaces are available for the heliCam C4 CMOS Camera?
The heliCam C4 CMOS Camera supports the heliSDK™ 4 Programming Interface, which includes a GEN<i>CAM producer DLL for client systems and examples for Python, Matlab®, LabVIEW®, C++, and .NET.
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