Single Quantum’s Eos X10 CS is a superconducting nanowire single photon detector (SNSPD) closed-cycle system with unparalleled detection efficiency in the near infrared spectrum. The Eos X10 CS has low timing jitter, low dark counts, robust fiber coupling and is capable of broadband photon detection. Its easy-to-use “plug and play” design consumes no helium.
Current applications for the Eos X10 CS include (but are not limited to): photon correlation measurements; quantum dot spectroscopy; quantum computing; quantum key distribution and quantum cryptography; single molecule fluorescence spectroscopy; CMOS defect analysis; laser remote sensing; and single oxygen luminescence.
Custom Solutions
The system can be customized to meet special requirements of your experiment.
- Wavelength optimization: The detectors can be optimized to achieve maximum efficiency at a wavelength from UV to mid-IR other than the standard wavelengths.
- Ultra-low dark count rate: For experiments requiring extremely low noise, we offer a solution to reduce the dark count rate to <10 Hz.
- More detection channels: A system can be customized to host up to 8 detection channels.
- Fast photon counting: Photon counting at a speed of >20 MHz can be provided.
- Eos X10 OS dipstick system: We offer dipstick systems which are compatible with standard liquid helium dewar.
Features
- Unparalleled system efficiency: >75%
- Sensitivity from UV to mid-IR
- Low dark count rate: <10 Hz
- Low timing jitter: <40 ps
- Short deadtime: <20 ns
- High count rate: >20 MHz
- No helium consumption
- No afterpulsing
- Continuous operation: >10,000 hours
Optical Components
- Cryogenic amplifier: With cryogenic amplifiers, single photons can be detected with higher time resolution. The timing jitter will be reduced to less than 40 ps.
- Automatic polarization controller: By the Single Quantum software you can optimize the input polarization with a fiber-based polarization controller.
- PicoQuant correlators: We offer the time correlation units PicoHarp 300 or HydraHarp 400 from our partner PicoQuant.
- Housing solution: You can choose to have a housing cabinet for the cryostat, the driver and a vacuum pump. You can also choose to integrate a touchscreen and a computer into your housing cabinet.
Brochure
Related products
Quantum Design
These are self-sensing cantilevers without a tip (tipless, TL). This cantilever type is especially suitable for torque magnetometry, force sensing, gas property measurements, and many more applications. The free place where normally the AFM tip is located can be used to accept your own tip, glue a sample, or other uses. Normally, the cantilever is […]
Quantum Design
The NanoFrazor is a unique tool for rapid prototyping of 3D nano-structures and nano-devices. The patterning principle of the NanoFrazor technology is based on Thermal Scanning Probe Lithography (t-SPL) which originates from IBM Rueschlikon.
Quantum Design
The PPMS DynaCool, Quantum Design’s latest development effort, uses a single two-stage Pulse Tube cooler to cool both the superconducting magnet and the temperature control system, providing a low vibration environment for sample measurements.
Quantum Design
NanoMOKE3 is a new generation of ultra-high sensitivity magnetooptical magnetometer and Kerr microscope. Building on the success of NanoMOKE2, it offers high performance laser magnetometry and near video-rate Kerr microscopy in a single machine.
Quantum Design
Designed to serve a variety of applications, Tweez finds its use ranging from physics to biology, from fundamental research to industrial applications.
Quantum Design
Quantum Design brings its 30+ years of low temperature instrumentation design to the development and manufacture of an innovative line of compressors and Gifford-McMahon (G-M) closed-cycle cryo-refrigerators. Variable speed energy efficiency, longer uninterrupted run times between servicing, and low vibration operation are all hallmarks of these cryogenic refrigeration products.
Quantum Design
qutools develops, manufactures and distributes quantum information products, which include: entangled photon sources, quantum random number generators, quantum cryptography systems and quantum optics components.
Quantum Design
The Quantum Design PPMS represents a unique concept in laboratory equipment: an open architecture, variable temperature-field system, designed to perform a variety of automated measurements.