Laser peak power calculator
How it works?
The peak power (\(P_{peak}\)) of the laser is determined by the following formula:
$$P_{peak} = \frac{P_{avg}}{f \cdot \tau}$$
Where:
- \(P_{avg}\) is the average power of the laser.
- \(f\) is the repetition rate of the laser pulses.
- \(\tau\) is the pulse duration (Full Width at Half Maximum, FWHM) of the laser pulses.
Why use a Laser Peak Power Calculator?
Laser peak power calculator is a very useful tool in the safe and efficient work of pulsed lasers, purposed to calculate the value of maximum power in every pulse. Knowledge of peak power is important for ensuring the intensity of a laser is within certain application requirements, whether material treatment, medical intervention, or research. Calculating precise peak power prevents overloading sensitive components such as optics, lenses, fibers and mirrors within the laser setup, which can easily be damaged by excessive power. With careful control over peak power, users can optimize things such as cutting, drilling, or material treatments while enhancing safety from costly equipment damage, enabling quicker and more reliable laser operation.