nachos1 said:ah yes you are correct, it should of been P=W/s not E
The overall power of a Nd/YAG laser refers to the total amount of energy output from the laser, measured in watts. This includes both the continuous wave (CW) power, which is the steady output of the laser, and the pulsed power, which is the energy released in short bursts.
The overall power of a Nd/YAG laser is typically measured using a power meter, which measures the intensity of the laser beam at a specific point. The power meter can be calibrated to measure either continuous wave or pulsed power.
The overall power of a Nd/YAG laser can be affected by a number of factors, including the type of pumping source used (such as flashlamp or diode), the efficiency of the laser cavity, and the quality and alignment of the optical components. Environmental factors such as temperature and humidity can also impact the overall power output.
The overall power of a Nd/YAG laser can vary greatly depending on the specific model and application. However, the typical range for CW power is between 1-100 watts, while pulsed power can range from a few watts up to several kilowatts.
To optimize the overall power of a Nd/YAG laser, it is important to regularly maintain and calibrate the laser components, such as the pump source and optics. Proper alignment and cooling of the laser can also improve overall power output. Additionally, selecting the appropriate pulse duration and repetition rate can help maximize the laser's overall power.