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CFRF162Z Scientific Grade High Resolution, High Sensitivity Fiber Optic Spectrometer

Scientific research; Weak (biological) fluorescence detection; Transmittance detection, reflectance detection; Raman spectrometer; Micro, rapid spectrophotometer.

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It uses a 1044 x 64 pixel cooled back-illuminated linear CCD, which hashigh's dynamic range and employs semiconductor cooling technology to reduce dark current during operation. The CCD can operate in a set constant temperature environment (as low as -20ºC), significantly reducing sensor noise and achievinghigh's signal-to-noise ratio (about twice that of similar competitors), while improving the measurement reliability of the ATP6500, with measurement results not varying with environmental temperature.

At the same time,a specially customized ultra-low noise CCD signal processing circuit has been developed, with quantization noise less than 3 counts, making it industry-leadinglevel.

It can receive SMA905 fiber optic input light or free space light and output the measured spectral data through USB2.0 or UART ports.

It only requires a 5V DC power supply, making it very convenient for integration.

Integration time: 8ms-30min;

Deep cooling back-illuminated CCD (cooled to -20 °C)

Detector pixel: 1044 x 64

Ultra-low noise CCD signal processing circuit

Quantum efficiency: >90%;

Ultra-high dynamic range, ultra-high signal-to-noise ratio;

Spectral range: 180-1100nm (customizable within range)

Spectral resolution: 0.01-4 nm (depends on spectral range, slit width)

Optical path structure: cross C-T

Power supply: DC 5V±10% @ <3A

18-bit depth (output 16bit)

Optical input interface: fiber input or free space input

Data output interface: USB 2.0 or UART

20-pin dual-row programmable expansion interface

CFRF162Z Scientific Grade High Resolution, High Sensitivity Fiber Optic Spectrometer

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