True single-mode 895nm VCSEL
Description
A true single-mode 895nm VCSEL, with linear polarized emission designed.
True single-mode 895nm VCSEL
Specifications |
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|---|---|
| Wavelength: | 895 nm |
| Optical Power (CW): | 0.0002 W |
Features
- Low divergence angle
- Circular beam profile
- Single Spectral & Spatial mode
- Narrow spectral width
- Stable SM beam divergence emission over both temperature and current
- Linear stable polarization orientated along chip edge
Applications
- Spectroscopic sensors
- Atomic clock
- Magnetometer
- Interferometry
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Ships from:
United States
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Frequently Asked Questions
The applications of a true single-mode 895nm VCSEL include spectroscopic sensors, atomic clocks, magnetometers, and interferometry.
The features of a true single-mode 895nm VCSEL include low divergence angle, circular beam profile, single spectral and spatial mode, narrow spectral width, and linear stable polarization orientated along chip edge.
The typical performance figures of a true single-mode 895nm VCSEL include L-I-V performance, beam profile, and spectral beam.
A true single-mode 895nm VCSEL is a laser instrument that emits linear polarized light with a narrow spectral width and stable beam divergence over both temperature and current.
The operating temperature of a true single-mode 895nm VCSEL is 80°C and the operating current is 1.2mA unless otherwise stated.