OC Scanner Terahertz Spectrometer and Time-Domain Pulsed Imaging System
The source describes the OCScanner as the world’s first terahertz-camera time-domain pulsed imaging system. It uses broadband organic-crystal terahertz emitters and detectors,with industrial-standard maintenance-free24/7operation and high stability. Easy-to-use software provides time-domain waveforms and spectral analysis. Optional analysis tools support material-composition analysis and imaging; an optionalRigiterahertz camera provides imaging detection.
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Overview
Specifications
| Parameter | Value |
|---|---|
| 1200-1600nm,50fs(FWHM)—Source Column “Model1”—Repetition Rate | < 3 KHz |
| 1200-1600nm,50fs(FWHM)—Source Column “Model1” | 400 μJ (1KHz) |
| 1200-1600nm,50fs(FWHM)—Source Column “Model1”—Output Terahertz Energy | > 8 μJ |
| Source-Labeled THz Peak Power [1200-1600nm,50fs(FWHM);Source Column “Model1”] | > 22 MV/cm |
| 1200-1600nm,50fs(FWHM)—Source Column “Model2”—Repetition Rate | < 3 KHz |
| 1200-1600nm,50fs(FWHM)—Source Column “Model2” | 2 mJ (1KHz) |
| 1200-1600nm,50fs(FWHM)—Source Column “Model2”—Output Terahertz Energy | > 40 μJ |
| Source-Labeled THz Peak Power [1200-1600nm,50fs(FWHM);Source Column “Model2”] | > 50 MV/cm |
| 1200-1600nm,50fs(FWHM)—Source Column “Model3”—Repetition Rate | < 3 KHz |
| 1200-1600nm,50fs(FWHM)—Source Column “Model3” | 10 mJ (1KHz) |
| 1200-1600nm,50fs(FWHM)—Source Column “Model3”—Output Terahertz Energy | > 200 μJ |
| Source-Labeled THz Peak Power [1200-1600nm,50fs(FWHM);Source Column “Model3”] | > 120 MV/cm |
| 800 nm, 80fs(FWHM)—Source Column “Model1”—Repetition Rate | 1 KHz |
| 800 nm, 80fs(FWHM)—Source Column “Model1” | 400 μJ |
| 800 nm, 80fs(FWHM)—Source Column “Model1”—Output Terahertz Energy | > 0.4 μJ |
| Source-Labeled THz Peak Power [800 nm, 80fs(FWHM);Source Column “Model1”] | > 0.4 MV/cm |
| 800 nm, 80fs(FWHM)—Source Column “Model2”—Repetition Rate | 1 KHz |
| 800 nm, 80fs(FWHM)—Source Column “Model2” | 2 mJ |
| 800 nm, 80fs(FWHM)—Source Column “Model2”—Output Terahertz Energy | > 2 μJ |
| Source-Labeled THz Peak Power [800 nm, 80fs(FWHM);Source Column “Model2”] | > 1 MV/cm |
| 800 nm, 80fs(FWHM)—Source Column “Model3”—Repetition Rate | 1 KHz |
| 800 nm, 80fs(FWHM)—Source Column “Model3” | 10 mJ |
| 800 nm, 80fs(FWHM)—Source Column “Model3”—Output Terahertz Energy | > 10 μJ |
| Source-Labeled THz Peak Power [800 nm, 80fs(FWHM);Source Column “Model3”] | > 3 MV/cm |
| 800 nm, 80fs(FWHM)—Source Column “Model4”—Repetition Rate | 100 Hz |
| 800 nm, 80fs(FWHM)—Source Column “Model4” | 2 mJ |
| 800 nm, 80fs(FWHM)—Source Column “Model4”—Output Terahertz Energy | > 4 μJ |
| Source-Labeled THz Peak Power [800 nm, 80fs(FWHM);Source Column “Model4”] | > 2 MV/cm |
| 800 nm, 80fs(FWHM)—Source Column “Model5”—Repetition Rate | 100 Hz |
| 800 nm, 80fs(FWHM)—Source Column “Model5” | 2 mJ |
| 800 nm, 80fs(FWHM)—Source Column “Model5”—Output Terahertz Energy | > 40 μJ |
| Source-Labeled THz Peak Power [800 nm, 80fs(FWHM);Source Column “Model5”] | > 6 MV/cm |
| Laser Parameters—Wavelength | 1550 nm |
| Source-Labeled Laser Pulse Duration | >120 mW |
| Laser Parameters—Pulse Repetition Rate | 40-100 MHz |
| Terahertz Signal Parameters—Peak Frequency | 3 - 4 THz |
| Terahertz Signal Parameters—Bandwidth | 0.1 - 15 THz |
| Terahertz Signal Parameters—Peak Dynamic Range | > 60 dB |
| Terahertz Signal Parameters—Time-Domain Signal Scan Range | > 300 ps |
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Datasheet
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Supplier Information
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