500mW 976nm 14pins butterfly FBG Fiber Coupled Laser Diode
The full name of FBG is Fiber Bragg Grating, that is a grating with periodic distribution of spatial phase formed in the fiber core. The essence of its function is to form a narrow-band (transmission or reflection) filter or reflection mirror in the fiber core. Taking advantage of this feature, many unique optical fiber devices can be fabricated. These devices have a wide range of reflection bandwidth, small additional loss, small size, easy coupling with optical fibers, compatibility with other optical devices, and a series of excellent performances such as being unaffected by environmental dust. At present, the applications are mainly concentrated in the field of optical fiber communication and optical fiber sensor (displacement, velocity, acceleration, temperature measurement).
FBG fiber coupled laser diode adopts FBG frequency stabilization technology to output narrow linewidth laser. The 14-pin butterfly package has strong applicability and can be used with most diode drivers on the market.
Main Features:
Center wavelength 976nm
Fiber Hi1060
Output Linewidth < 1 MHz
Stability of wavelength temperature 0.01nm/℃
14-pin butterfly package
Applications:
Precision measurement
Environmental monitoring
Optical Metrology
Alternative to HeNe Lasers

Data Sheet:
Item No:FC976SM500
Item name: 500mw 976nm single model FBG fiber coupled laser diode
| Optical | |
Center Wavelength | 976nm |
| Wavelength Tolerance | ±0.1nm |
Output Power | 500mW |
| Fiber | |
| Fiber | Hi1060 |
| Fiber Length | >1m |
| Fiber Connector | FC/ACP or Bare |
| Electrical | |
| Operating Current | 90mA |
Operating Voltage | 2.5V |
| Thermistor | Available |
| TEC | Available |
| PD | Available |
| Thermal | |
Operating Temperature | 15~35℃ |
Storage Temperature | -20-50℃ |
| Wavelength Temperature Coefficient | 0.01nm/℃ |
Package Drawing:

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