Model :RHL980
Keyword :Semiconductor laser technology; Software controlled laser; Industrial modular laser inner core
400-820-7939
Technical Support：021-50687686
980nm fluorescence laser is a stable spectrum laser which is developed based on external cavity volume grating technology and used in fluorescence spectrum measurement. The product provides a laser with narrow linewidth, stable spectrum and stable power needed for fluorescence spectral analysis.
◆ High-precision Narrow Linewidth: Provides precise narrow linewidth output, ensuring the accuracy of fluorescence spectroscopy measurements.
◆ Stable Spectrum and Power Output: Offers stable spectral and power characteristics, suitable for reliable long-term use.
◆ Semiconductor Laser Technology: Utilizes advanced semiconductor technology to ensure high performance and lasting stability of the laser.
◆ Wide Application in Multiple Fields: Applicable to bioanalysis, medical devices, material
Product Parameter——RHL980-5HM Modular Laser Core. |
|
| Item | Value |
| sizes | 59×34×14 mm |
| weights | 47g |
| Control Method | Manual/Software |
| Power Supply Voltage | 5V/4A |
| Laser Power | 0-500mW Adjustable |
| Power Stability | <2%RMS(2hrs) |
| Output Mode | Optional FC Interface / SMA905 Interface |
| Service life | 10000hrs |
| Dark noise | <1% RMS(10Hz～100MHz) |
| Operating Temperature | 0～40℃ |
| Operating humidity | 5%-80% |
| Adaptive fiber | 105 μm，0.22 N.A |
| Central wavelength | 976nm±0.5m |
| Laser linewidth | ＜0.1nm |
Product Parameter – RHL785-5HU Software controlled fluorescent laser |
|
| Item | Value |
| sizes | 73×73×46 mm |
| weights | 250g |
| Control Method | Software control |
| Power Supply Voltage | 12V/2A |
| Laser Power | 0-500mW Adjustable |
| Power Stability | <2%RMS(2hrs) |
| Output Mode | Optional FC Interface / SMA905 Interface |
| Service life | 10000hrs |
| Dark noise | ≤1% RMS |
| Operating Temperature | 0～40℃ |
| Operating humidity | 5%-80% |
| Adaptive fiber | 105 μm，0.22 N.A |
| Central wavelength | 976nm±0.5 nm |
| Laser linewidth | <0.1nm |
