Description
The Advanced Optical Measurement & Light Source Systems provide a versatile platform for precise spectral and optical characterization across research, industrial, and laboratory applications. This comprehensive range includes high-stability LED light sources (YLS-8303 Series), narrow-linewidth multimode lasers (YLS-8304-01), and optical measurement kits for absorbance, reflectivity, transmissivity, fluorescence, and LED/laser testing.
The systems support UV-VIS, VIS-NIR, and infrared ranges, offering flexible wavelength options from 255 nm to 1064 nm and color temperatures up to 6500 K. High-precision measurements are enabled by narrow linewidths (<0.1 nm), stable power output (±2%), low temperature drift (<0.007 nm/°C), and side-mode suppression ratios of 35–60 dB. Modular designs allow integration of cuvette holders, immersion probes, optical fibers, and integrating spheres for various sample types.
All instruments provide real-time data visualization, software integration for storage and analysis, and compatibility with external triggering, USB/BNC interfaces, and SMA905/FC/PC fiber connectors. These systems are ideal for fluorescence detection, material analysis, Raman spectroscopy, LIBS, UV curing, photolytic reactions, optical component testing, and LED/laser characterization, offering robust, repeatable, and high-resolution results for scientific research, industrial quality control, and educational applications.
Optical Power Meter
Specifications
| Max Average Power: | 10 W |
|---|---|
| Effective Aperture: | 11.28 mm |
| Spectral Range: | 200 – 1650 um |
| Cooling Method: | Convection |
| Model: | YPM-8201/8202/8203/8204/8205 |
| Compatible Detector: | photodetector, thermopile, integrating sphere |
| Sampling Frequency: | 20 Hz |
| Number Of Stored Data Sets: | 800 |
| Communication Interface: | USB2.0 |
| LCD Type: | 80×54mm LCD segment code screen |
| Battery Type: | 2 x 1.2v rechargeable batteries (not supplied) |
| External Power Supply: | Input: 100 - 240 VAC; Output: 6VDC, 1A |
| Auto Power Off: | 10 mins |
| Adjustable Backlight: | Support |
| Weight(g): | 350, 500 |
| Size(mm): | 210×120×36, |
| Material: | Si, Si-UV, InGaAs, Thermopile |
| Wavelength Range: | 200-1650nm, 19-20um |
| Power Range (without Attenuator ): | 100pW - 10mW -70dBm - +10dBm, 100pW - 1mW* -70dBm - 0dBm* |
| Power Range(W): | 0.01-250W, 100nW-3W, 100nW-200mW |
| Maximum Average Power (typical Value): | 2W, 50W (continuous)/70W (<1 minute), 200W (continuous)/ 250W (<1 minute) |
| Maximum Average Power Density (without Attenuator ): | 10mW/cm², 1mW/cm², 10kW/cm² (1064nm/10W/CW), 3.2kW/cm² (10640nm/10W/CW) |
| Maximum Energy Density: | 5J/cm² (1064nm,360us,5Hz), 1J/cm² (1064nm,7ns,10Hz), 0.6J/cm² (532nm,7ns,10Hz), 0.3J/cm² (266nm,7ns,10Hz) |
| Calibration Uncertainty: | ±3%@1064nm, 10640nm/±5%@190-20000 nm, ≤±5% |
| NEP(W/√HZ): | 4.5E-13 , 3.9E-14, 1.40E-14, 01.2E-13 |
| Response Time: | 0.2us, 2us, 5.9us, 3s |
| Effective Diameter(cm): | 1.128, 0.3, 10, 19, 25 |
| Effective Area(cm²）: | 1, 0.071 |
| Uncertainty(%): | ±5, ±2, ≤±0.5% |
| Linearity(%): | ±0.5, ±2, ≤±2 |
| Uniformity(%): | ±2 |
| Cable(m): | 1.5 |
| Fixing Hole: | Universal 8-32 / M4 |
| Dimension(mm): | φ38 x28 |
| Weight(g): | 105 |
| Operating Temperature Relative Humidity: | 5°C-50°C,<70% RH |
| Cooling: | Air-cooled |
| Dimension (L*W*D): | 70mm×70mm×70mm (DB15 version), 97mm×70mm×70mm (Bluetooth/USB version), 62mm x 62mm x 85mm |
| Integrating Sphere Diameter: | 2 inch |
| Integrating Sphere Material: | PTFE |
| Laser Inlet(mm): | 12 |
| Connector For Spectrometer: | SMA905 interface |
| Fixing Hole: | M4 / M6 |
Download Data Sheet
Features
- Broad Spectral Coverage: UV-VIS, VIS-NIR, and IR measurement capability with multiple wavelength options.
- High Precision & Stability: Narrow linewidths, side-mode suppression up to 60 dB, and ±0.005 nm wavelength stability.
- Real-Time Data & Software Integration: Visualize spectra, store data, and perform secondary development via SDK.
- Modular & Flexible Design: Supports cuvette holders, immersion probes, integrating spheres, and fiber coupling.
- Long Lifespan & Low Heat: LED modules up to 100,000 hours; efficient thermal management.
- Compact & Portable: Lightweight designs for laboratory and industrial integration.
- High Repeatability & Accuracy: ±2% power stability and <0.007 nm/°C temperature drift.
- Versatile Interfaces: USB, BNC, SMA905, and FC/PC fiber connections.
- LED & Laser Testing: Measures optical power, peak wavelength, FWHM, chromaticity, and conversion efficiency.
Applications
- Fluorescence Detection: High-precision spectral analysis for liquids, solids, and powders.
- Material Analysis: Quantitative testing of concentration, absorbance, reflectivity, and transmissivity.
- Raman Spectroscopy & LIBS: Stable narrow-linewidth excitation for accurate elemental and molecular studies.
- UV Curing & Photolytic Reactions: Controlled exposure for polymers, coatings, and chemical processes.
- LED & Laser Characterization: Peak wavelength, power, FWHM, and chromaticity measurements for light sources.
- Scientific Research & Education: Laboratory and field applications for optics, chemistry, and material science.
- Industrial Quality Control: Precise and repeatable optical measurements for production and testing lines.
- Secondary Development & Integration: SDK-enabled systems for automated pipelines and custom experiments.
Frequently Asked Questions
What is the YPM-8201-01 handheld optical power meter used for?
How is the YPM-8201-01 powered?
Can the YPM-8201-01 communicate with other detectors?
Can the YPM-8201-01 be connected to a computer?
What functions does the YPM-8201-01 have?
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