This laser fluorescence induction card is small and easy to carry. The laser induction card is a standard size: 50X35mm, and the maximum power is 20W. It can display MIR laser beams, making up for the vacancy of 2um laser induction cards on the market, and provides convenience, safety, reliability and excellent performance for the commonly used 2um lasers in the optical path construction and experimental testing. The obvious beam can be observed on the induction card, which reduces the difficulty of finding the spot size and position of the invisible mid-infrared laser. The 2um high-efficiency laser induction card can sense lasers in the wavelength range of 1900-2100nm. The material of the induction card is a wear-resistant and high-temperature resistant ceramic material. The photosensitive area is coated on its front surface, which can easily locate the infrared light near the mid-infrared 2um and its focus. Moreover, our photosensitive card does not need to charge the photosensitive area. Even when detecting continuous light in the dark, the emission is stable and continuous, and the service life is long.
产品特点Laser alignment and detection、 Low threshold power、 Customized size and shape profile、 Covered band: 1900-2100nm、 High sensitivity, high performance、 Ceramic substrate can withstand Max. 20W power
产品货号E80020011
应用领域Laser alignment and detection、 Construction of laser optical path
产品单价联系客服询价
到货日期请咨询客服获得货期
产品库存请咨询客服
Moli
电话:13061644116
邮箱:moli@microphotons.com
相关产品
Main Parameters:
VI R-MIR-2000 | |
Spectral response range | 1900-2100nm |
Peak response wavelength | 2000nm |
Dimension information | |
Card size | 50×100mm |
Sensing area | 50×50mm |
Whether charging is working | No |
Max. power tolerance | 20W |
Damage threshold | 10W/mm2 |
Note: This product does not include pole holders, etc.
Wavelength Comparison Test
1. Test the 2004nm laser:
| |
Measurement spot of 2004nm laser at 22mW | Value of 2004nm laser at 22mW |
|
|
Measured spot of 2004nm laser at 1W | Value of 2004nm laser at 1W |
2. Test the 1950nm laser
| |
Measured spot of 1950nm laser at 21mW | Value of 1950nm laser at 21mW |
| |
Measured spot of 1950nm laser at 1.3W | Value of 1950nm laser at 1.3W |
During the laser measurement process, we measured that when the 2004nm laser is at 3.8mW, the laser sensor card can show a clear laser spot, and when the 1950nm laser is at 6mW, it can also clearly show the laser spot. We can clearly observe the shape and brightness of the laser. As the laser output power increases, we will find that the brightness of the spot is stronger.
新品推荐