QEPRO-VIS-NIR
The QE Pro is a high sensitivity spectrometer with low stray light performance. It is ideal for a wide range of general and low light level applications including absorbance, fluorescence, DNA sequencing and Raman analysis. Custom and preconfigured options are available.
The sensitivity and large dynamic range of the QE Pro combine to make it the highest-performance miniature spectrometer in its class. Key features include advanced optoelectronics and thermoelectric cooling to provide thermal stability, and onboard spectral buffering to ensure data integrity at high collection rates.
Features
- Preconfigured for Vis-NIR measurements
- Sensitive
- Powerful
- Stable
- Buffering
specifications
Communications: |
|
---|---|
Wired | USB 2.0 |
Detector: |
|
Detector | Back-thinned, TE Cooled, 1024 x 58 element CCD array |
Entrance slit | 10 µm |
Grating | GRATING_#H38 |
Pixels | 1024 |
Order Sorting | OTF3 |
Quantum Efficiency | ~90% @ 650nm |
Electronics: |
|
A/D Resolution | 18-bit |
Power Requirement | 5VDC, 5A |
Environmental: |
|
Compliance | CE, FCC, UL |
Humidity | 0-90% non-condensing |
Material | Aluminum |
Operating Temperature | 0◦to +50◦C |
Physical: |
|
Dimensions | 182mm X 110mm X 47mm |
Weight | 1.15kg |
Spectroscopy: |
|
Integration Time | 8ms – 3600s |
Optical Resolution | ~1.2nm FWHM |
Wave Length Range | 350nm – 925nm |
Corrected linearity | 0.5% NL |
Dark Noise | 2.5 counts RMS |
Dynamic Range | 85000 |
Input Fiber Connector | SMA 905 |
Signal to Noise Ratio | 1000:1 (single acquisition) |
Thermal Stability | 0.01 pixels/°C |
Manufacturers
show DATA — DO NOT CHANGE ID–
Industries
show DATA — DO NOT CHANGE ID–
Methods
show DATA — DO NOT CHANGE ID–
* For More Information Please Click Here
Spares and accessories for QEPRO-VIS-NIR
HR4-CBL-DB15
Connecting the Flame and X-platform spectrometers is easy with our range of cables and connectors. These spectrometers have a connector called the DD4 connector. It has a low profile, high density 40 pin connector type, similar to those used on many modern consumer electronic devices, such as tablets and smartphones. This lets us pack a lot into a small space!