If conventional detectors are unable to distinguish between signal and noise, then single-photon detectors are used. These detectors have a high detection efficiency at a low dark count rate like LASER COMPONENTS' silicon-based single photon avalanche diodes (SPADs). When equipped with electronics, they turn to easy-to-handle photon counting modules.
Especially made for wavelengths in the near infrared LASER COMPONENTS introduces the single photon counting module COUNT® NIR. It has a notable detection efficiency of 60% at 810 nm and achieves further more a maximum detection effiency of almost 80% at 700 nm. Dark count rates of less than 50 photons per second are common. To operate this module, TTL pulses can be used: for this purpose, the COUNT®s are equipped with a gating input. The power is connected using a 12 V power supply.
The COUNT® NIR development has been pushed because of experiments in fundamental research where light quanta play a crucial role. Many experiments are conducted in the wavelength range around 810 nm, such as, for example, in quantum optics and quantum information.
More Information http://www.lasercomponents.com/...
Trade Shows
BiOS 2014, Feb., 01. - 02., 2014, The Moscone Center, San Francisco, USA, Booth 8517
Photonics West 2014, Feb., 04. - 06., 2014, The Moscone Center, San Francisco, USA, Booth 517
analytica 2014, Apr., 01. - 04., 2014, Neue Messe München, Booth A2.400A
Optatec 2014, May, 20. - 22., 2014, Messe Frankfurt
Defense, Security & Sensing 2014, Apr., 30. - May, 02., 2014, Baltimore, USA, Booth 1030
Sensor + Test 2014, Jun., 03. - 05.2014, Messe Nürnberg, Booth 12.117
Especially made for wavelengths in the near infrared LASER COMPONENTS introduces the single photon counting module COUNT® NIR. It has a notable detection efficiency of 60% at 810 nm and achieves further more a maximum detection effiency of almost 80% at 700 nm. Dark count rates of less than 50 photons per second are common. To operate this module, TTL pulses can be used: for this purpose, the COUNT®s are equipped with a gating input. The power is connected using a 12 V power supply.
The COUNT® NIR development has been pushed because of experiments in fundamental research where light quanta play a crucial role. Many experiments are conducted in the wavelength range around 810 nm, such as, for example, in quantum optics and quantum information.
More Information http://www.lasercomponents.com/...
Trade Shows
BiOS 2014, Feb., 01. - 02., 2014, The Moscone Center, San Francisco, USA, Booth 8517
Photonics West 2014, Feb., 04. - 06., 2014, The Moscone Center, San Francisco, USA, Booth 517
analytica 2014, Apr., 01. - 04., 2014, Neue Messe München, Booth A2.400A
Optatec 2014, May, 20. - 22., 2014, Messe Frankfurt
Defense, Security & Sensing 2014, Apr., 30. - May, 02., 2014, Baltimore, USA, Booth 1030
Sensor + Test 2014, Jun., 03. - 05.2014, Messe Nürnberg, Booth 12.117
