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VS100 HTR Specsheet
| Specifications | |
|---|---|
| Typical application | Lifesciences (Microplate readers, HPLC techniques,...), Semiconductors (Endpoint) |
| Measurement type | Absorbance, Emission, Reflectance |
| Spectral range | 190-900 nm |
| Spectral resolution (FWHM) | 1 nm(1) |
| Numerical aperture (NA) | 0.22 |
| Relative stray light | <0.15%(2) |
| Wavelength interpolation accuracy | <0.1 nm(3) |
| Wavelength stability over operational temperature | <0.2 nm |
| Detector | Back-thinned CCD |
| Maximum acquisition rate | 714 Spectra/s |
| Output signal format | 16bit |
| Dynamic range (FW/RN) | 5200:1(4) |
| SNR | 500(5) |
| Input connector | SMA 905(6) |
| Recommended input fiber core diameter | 600 µm(7) |
| Recommended fiber NA | 0.22 |
| Communication | Ethernet TC/IP, Programmable Digital & Analog IO |
| Power requirements | 24V, 1A |
| Typical power consumption | 4W |
| Software | SDK SAPI / JY70 Spectrometer |
| Operating temperature | 5°C to 45°C |
| Storage temperature | 5°C to 55°C |
| Dimensions (L, W, H) | 170 x 142 x 135 mm |
(1) 25 µm slit
(2) Measured with GG495 UV cut filter and 2,800 K tungsten lamp. Relative stray light is the maximum relative output for wavelength smaller than 480 nm. It is expressed in % relative to the maximum signal output in the 800 mm region.
(3) Wavelength interpolation accuracy measured after factory calibration on spectral lines.
(4) Dynamic range is defined as the ratio of the saturation level to the readout noise of the sensor.
(5) SNR is defined as the ratio of the average signal value over time to the standard deviation of the signal.
(6) Customization on slits, fibers and detectors available for volume industrial applications.
(7) 600 µm fiber core diameter used for test. Other diameters are possible.