Stalwart launched a new generation of high-performance ultra-thin fiber spectrometer: SVS-2400, which has built-in pulsed xenon lamp drive circuits, adopts high sensitivity linear CMOS, and specially customized ultra- low noise CMOS signal processing circuits, which greatly reduces The noise of the sensor is lower, the signalto- noise ratio is obtained (about twice higher than that of similar competitors), and the measurement reliability of the SVS-2400 is improved. The measurement results do not change with the ambient temperature, which is the best level in the industry.

SVS-2400 can receive SMA9 0 5 fiber input light or free space light, and output spectral data measured through USB2.0 or UART ports.

• The minim, ultra-thin, ultra-light weight of a minim;
• Fiber input and signal output are on the same side, which is very easy to integrate.
• Detector: linear CMOS
• Detector pixel: 2048 pixels
• Ultra-low noise CMOS signal processing circuit
• Maximum spectral interval: 910 nm (spectral range 180-1100nm)
• Spectral resolution: 0. 1-2 nm (depending on spectral range, slit width)
• Optical Design: cross-C-T
• Built-in pulsed xenon lamp driver
• Integration time: 0. 1ms- 256s
• Vinner power supply: DC 5V± 10% or USB power supply
• A16 bit, 2MHz ADC
• Incident Interface: SMA905 or free space
• Supported data output interface: USB 2.0 (High speed) or UART
• 20- pin dual-row programmable external expansion interface

SVS-2400 Brochure