MelioraGator said:I have a 1550nm diode laser. I have a function generator sending a triangular function into the fast input of the laser; however, if I am within the bandwidth of the laser (under 10kHz), my output power of the laser mimics my fast input signal, so I get a triangular function on my O-scope with the same Vpp (typically 2V) and frequency. I wanted to know if there are any power stabilization techniques which will give me a DC signal on my O-scope.
The power of a laser is directly proportional to its wavelength. This means that as the wavelength increases, the power of the laser also increases.
The power of a laser directly affects its performance by determining its cutting, heating, or burning capabilities. Higher power lasers are able to perform these tasks more efficiently and effectively than lower power lasers.
Yes, the power of a laser can be adjusted by changing the current or voltage supplied to the laser. This allows for more precise control over the laser's output and performance.
Yes, there is a limit to how much power a laser can produce. This limit is determined by the laser's design and the materials used to create it. Going above this limit can cause damage to the laser itself.
The wavelength of a laser is important for determining its specific use in different applications. Different wavelengths are better suited for specific tasks, such as cutting or welding, and can also affect the material being worked on.