Accurate laser power measurement is critical in advanced packaging to control HAZ, ensure process stability, and improve yield in microelectronics manufacturing.
Ensuring Precision in Advanced Packaging with Ophir Laser Power Meters Read Post »
Measuring laser power and energy in high‑vacuum environments presents unique challenges. This article explains sensor design, thermal control, and calibration considerations.
Laser Power and Energy Measurement in High Vacuum Read Post »
In this comprehensive blog post, we explore the diverse applications and crucial parameters that drive the adoption of lasers in
Unraveling the Intricacies of Laser Microprocessing Read Post »
Electrical cars are all around us. The power source of an electrical car is its Li-ion battery pack. One of
Laser Applications in EV Car Batteries Read Post »
Surface micro structuring using ultra short pulse lasers is a unique technology with many applications such as thin film ablation,
Surface Micro Structuring Using Ultrashort Laser Pulses Read Post »
Displays are all around us, from large TV screens to tiny displays inside AR/VR gear just in front of our
Laser Applications in OLED and microLED Display Manufacturing Read Post »
A Thermopile power sensors may give a reading even when there is no laser radiation pointed at them. Here’s how you can deal with it…
Zeroing and Offset in Thermopile Power Sensors Read Post »
In some applications laser or LED light is illuminating a certain area. In those applications it may be more practical
Measuring irradiance of non-collimated light Read Post »
LED’s are used today in many applications with the most prominent being the lighting of our homes, streets and businesses. Despite their clear advantages, measurement techniques of the power, flux and spectrum of LEDs is not very different from that of traditional types of lamps.
White Paper: Measuring LED Power with Thermal Sensors Read Post »
