Electromagnetic Field (EMF) Sensors / Detectors / Transducer
Photon Detector is based on Geiger-Mode InGaAs avalanche photodiode.
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Press Release Summary:
Ultra low noise near infrared single photon detector SQLightSensor has detection efficiency up to 25%, trigger up to 10 MHz, and dark count of 5.10-6 per ns gate. Device provides plug-and-play USB connection to PC, enabling users to easily adjust detection efficiency and tune gate width and delay. Product suits scientific, defense and industrial applications, such as single photon counting, spectroscopy, eye-safe laser range finder and LIDAR, and quantum cryptography.
Original Press Release:
The SQLightSensor Is an Ultra Low Noise Near Infrared Single Photon Detector Based on a Geiger-Mode InGaAs Avalanche Photodiode and an Internal Thermoelectrically Cooler
The SQLightSensor includes a Geiger-mode InGaAs avalanche photodiode (APD) and a thermoelectrically cooler (TEC) that ensures high detection efficiency up to 25%, low dark count (5.10-6 per ns gate), high speed trigger up to 10 MHz, and low jitter. The gate width and the delay are adjustable. Thanks to its outstanding high level detection sensitivity the SQLightSensor provides significant benefit over existing detectors.
In addition the SQLighSensor provides plug-and-play Personal Computer connections via the USB interface which enable to easily adjust the detection efficiency, and tune the gate width and delay.
The SmartQuantum's Single Photon Detector SQLightSensor is ideal for the most demanding scientific, defense and industrial applications, such as single photon counting, spectroscopy, microscopy, fluorescence, eye-safe laser range finder and LIDAR, and quantum cryptography.
About SmartQuantum
SmartQuantum is located in Lannion in Brittany and in Sunnyvale in the Silicon Valley. SmartQuantum designs, develops and manufactures security systems for high-speed optical networks by using innovative technologies such as Quantum Key Distribution. In addition, SmartQuantum provides high-performances photonics modules such as Single Photon detectors, DFB laser modules, and super luminescent S-LED light modules.
