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19121633710
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Room 413, Building 1, No. 111 Real Estate Road, Pudong New Area, Shanghai
제품 카테고리
Shanghai Hai Hai Optoelectronics Technology Co., Ltd
개요
A brief introduction to the use of 785nm Raman probe in conjunction with 785nm semiconductor laser and fiber spectrometer to achieve Raman spectroscopy measurement applications. Equipped with different sampling brackets to measure solid, liquid, or powder samples. The optical interference filter of OD8 effectively ensures the filtering of Rayleigh signals.
제품 정보
The 785nm Raman probe is used in conjunction with a 785nm semiconductor laser and fiber spectrometer to achieve Raman spectroscopy measurement applications. Equipped with different sampling brackets to measure solid, liquid, or powder samples. The optical interference filter of OD8 effectively ensures the filtering of Rayleigh signals.
Feature List
Raman spectroscopy range: 150cm-1-4000cm-1；
Rayleigh scattering light cut-off depth>OD6;
Ensure consistency in product assembly process;
◆ Laser start and interruption can be directly controlled by triggering the switch through the probe hardware;
◆ Initial beam consistency: Start@150cm-1.
description
Product parameters |
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| project | price |
| Product specifications | RPB-785-N-FF |
| size | Main body: 102 × 30 × 13 mm/probe: 45 stainless steel material |
| Outgoing fiber | N.A. |
| Receive optical fiber | N.A. |
| Armor specifications for the bundled section | N.A. |
| Fiber optic (bundle section) | N.A. |
| Fiber optic (splitting section) | N.A. |
| Wire harness | N.A. |
| Trigger device | N.A. |
| Optical path control | N.A. |
| Connect the laser terminal | FC/PC |
| Connect the spectrometer terminals | SMA905 |
| Applicable laser wavelength | 785nm |
| 8.5mm protective tube can withstand tensile force | N.A |
| 785 Rayleigh scattering cut-off depth | OD8 |
| Raman spectroscopy working range | 150cm-1-4000cm-1 |
| Probe working distance | 7.5 mm (standard) |
| Overall output coupling efficiency of the probe | ≥80% |
| operation temperature | 0～80℃ |
| Working humidity | 5%～80% |
Raman spectra
