Click image to view full sizeSuperconducting Single Photon Detecting Systems (SSPD)
Superconducting Single Photon Detecting Systems (SSPD)
Superconducting Single Photon Detecting Systems (SSPD)
System specifications
- Timing jitter: ≤ 45 ps
- Dark counts rate: ≤ 10 cps
- Counting rate: ≥ 100 MHz (Dead time ≤ 10 ns)
- No afterpulsing
- Fiber coupling (no misalignment)
- Operation in a continuous mode
General parameters
- Number of channels: 1-4
- Fiber: SMF 28e
- Original output voltage: ≤ 150 mV
- Possible types of output voltage: TTL, ECL, LVDS
- Electrical connection: SMA
- Driver interface: USB, LabVIEW
Applications:
• Photonic quantum computing
• Photon correlation measurements
• Quantum cryptography
• Time-resolved fluorescence measurements
• Picosecond Integrated Circuits analysis (PICA)
• Single quantum dot/molecule fluorescence spectroscopy
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Terahertz Detection System
Terahertz Detection Systems General parameters Number of channels: 1 or 2 Electrical connection: SMA-50 Ohm Driver interface: USB, LabVIEW Advantages of the System Response time down to 50 ps Possibilities for different beam geometry (beam pattern F/3 to F/∞ (collimated beam)) Registration of short pulses (THz pulses from nano- to picoseconds) Ultra-high sensitivity Applications:• Radio astronomy observations • Terahertz spectroscopy• Near-field microscopy • All-weather navigation systems • Atmospheric Remote Sensing• Fusion Diagnostics• Electron cyclotron emission and interferometry• Terahertz imaging for security• Laser radiation detection • Materials Characterization
Spectrum detector
Applications:In fluorescent spectrometers, spectrophotometers with inductive coupled plasma, Raman spectrometers during the scientific and laboratory investigations, at testing of semiconductors, low-light-level registration and also in other scientific and technical areas using spectrometric methods.
