| PRODUCT NAME |
DOWNLOAD |
FILE |
QCL2000 OEM
QCL2000 LAB |
CS-LD01: Lower Electronic Noise Enhances Atmospheric Gas Sensing |
 |
| LDD400 1 OR 2P |
CS-LD02: Artery Targeted Photothrombosis to Better Model Human Stroke and Forelimb Impairment |
|
LDD200 1 OR 2P
QCL1000 OEM |
CS-LD03: Optical Interruption of Quantum Cascade Laser for Cavity Ring-Down Spectroscopy |
|
WLD33ND
WLD33ND-EV |
CS-LD04: Biological Detection Using Virus Lasers |
|
| QCL2000 LAB |
CS-LD05: CO Detection in SF6 Using Quartz-enhanced Photoacoustic Spectroscopy |
|
| QCL2000 OEM |
CS-LD06: Using QCLs for Studying Exceptional Point Singularities |
|
| QCL2000 LAB |
CS-LD07: High-Definition Video Broadcasting with QCLs |
|
| QCL1000 OEM |
CS-LD08: Measuring Atomic Oxygen Densities with a Terahertz QCL |
|
| QCL1000 OEM |
CS-LD09: Dual-Comb and Fourier Transform for Fast and High Spectral Spectroscopy |
|
| LD5CHA |
CS-LD10: Quantification of the Removal and Inactivation of Virus Particles |
|
| FL500 |
CS-LD11: Laser Absorption of Atmospheric Ammonia for Mobile
Measurements |
|
WLD33ND
WLD33ND-2AEV |
CS-LD12: Real-time Chlorophyll Fluorescence: Enabling Higher Quality Palm Oil
During Production |
|
| QCL1000 OEM |
CS-LD13: Cryogen-Free Solution for Terahertz Absorption Spectroscopy |
|
| QCL2000 OEM |
CS-LD14: Multicolor Images of Hidden Materials with Interferometry Using THz QCLs |
|
| QCL1000 OEM |
CS-LD15: Sulfur Species Detection Using Three-Channel QCL Sensor |
|
| QCL2000 LAB |
CS-LD16: Self-Detecting Dual-Comb Spectroscopy with Injection-Locked QCLs |
|
HTC3000
QCL1000 OEM |
CS-LDTC01: Utilizing Quantum Cascade Lasers for Gas Sensing in the Mid-Infrared |
|
HTC1500
LDD400 1 OR 2P |
CS-LDTC02: Portable Shifted Excitation Raman Difference Spectrometer For In-Situ Field Measurements |
|
| LDTC0520 |
CS-LDTC03: Methane Detection Using Unmanned Aerial Systems |
|
WLD33ND
WTC32ND |
CS-LDTC04: Eye-Safe Atmospheric Lidar Measurements |
|
LDTC2/2E
LDTC2/2O
PLD5K-CH |
CS-LDTC05: Laser Diodes in Optofluidics and Microfluidics |
|
LD15CHA
PTC10K-CH |
CS-LDTC06: Differential Absorption LiDAR for NASA Ozone Mapping |
|
QCL2000 LAB
PTC10K-CH |
CS-LDTC07: Room Temperature Terahertz Frequency Comb Using Quantum Cascade Lasers |
|
QCL1000 OEM
PTC5K-CH |
CS-LDTC08: Methane Isotopologues Spectroscopy Analysis |
|
WLD33ND
WTC32ND |
CS-LDTC09: Ammonia Gas Detection With Laser Absorption Spectroscopy for Livestock |
|
| LDTC0520 |
CS-LDTC10: Improved Gas Concentration Model Accuracy in Wavelength Modulation Spectroscopy |
|
| LDTC1020 |
CS-LDTC11: Deployable Scintillometer for Ocean Turbulence Using Superluminescent LED |
|
| LDTC0520 |
CS-LDTC12: Mapping H2O Transport with Tomographic Absorption Spectroscopy |
|
QCL1000 OEM
PTC5K-CH |
CS-LDTC13: Determining Localized Density of H2O2 Using Absorption Spectroscopy in Plasma Jets |
|
QCL1500 LAB
QCL2000 LAB
TC5 LAB |
CS-LDTC14: Active Ring Resonators Using Mid-Infrared QCLs |
|
| LDTC0520 |
CS-LDTC15: Laser Light Absorption by Atmospheric Oxygen for 3D Imaging |
|
QCL1500 LAB
TC10 LAB |
CS-LDTC16: Ultra-Sensitive CO-LITES Detection at the Parts per Quadrillion Level |
|
| LDTC2/2 E |
CS-LDTC17: Scalable Modular Tomography Sensor for High-Speed Gas-Turbine Exhaust Imaging |
|
LFI3751ANALOG
LFI3751DIGITAL |
CS-TC01: Utilizing Quantum Dots to Label DNA |
|
WTCP-5V5A
WTCPEVAL |
CS-TC02: Frequency-Modulated, LiDAR-Based Length and Thickness Metrology Systems |
|
| PTC5K-CH |
CS-TC03: Single-Mode, Narrow Band Photon Source Using SPDC for Hybrid Quantum Systems |
|
| PTC10K-CH |
CS-TC04: Polymerase Chain Reaction Thermal Cycler with Proportional-Integral Temperature Controller |
|
LFI3751 ANALOG
LFI3751 DIGITAL |
CS-TC05: Fluorescent Hypoxia Detection Based on HIF-1α ODD Domain |
|
LFI3751 ANALOG
LFI3751 DIGITAL |
CS-TC06: Rapid Transitions of Thermo-Responsive Polymer Networks |
|
| WTC3243HB |
CS-TC07: A Ray Tracing Approach to Capillary-Based Backscattering Interferometry |
|
| WTC3243 |
CS-TC08: VCSEL Absorption Spectroscopy of Chip-scale Rubidium Atomic Vapor |
|
WTC3243
WTC3293 |
CS-TC09: Simultaneous Multi-Gas Detection Using ICL Photoacoustic Spectroscopy |
|
