The QE12HR-H-MB-D0 is a state-of-the-art pyroelectric detector designed for precise laser energy measurement, capable of handling energies up to 0.85 Joules. This advanced detector is engineered to meet the demands of high-precision applications, offering a robust solution for professionals in the field of laser measurement. Its compact design, with dimensions of 36H x 36W x 33D mm and a lightweight build of 0.12 kg, ensures ease of integration into various setups without compromising on performance.

One of the standout features of the QE12HR-H-MB-D0 is its modular concept, which allows users to enhance the power capability of the detector through two different cooling modules. This flexibility ensures that the detector can be tailored to meet specific needs, providing a versatile tool for a range of applications. The low noise level of 0.7 µJ for the MB coating further enhances its precision, making it an ideal choice for environments where accuracy is paramount.

Additionally, the detector is equipped with a smart interface that contains all the calibration data, simplifying the setup process and ensuring consistent performance. The QE12HR-H-MB-D0 also supports high repetition rates, with options available for 1,000 Hz and 10,000 Hz, catering to both standard and high-speed applications. The inclusion of a test target with MB models and compatibility with the STAND-D-233 stand further underscores its user-friendly design.

Designed to operate within a spectral range of 0.193 to 20 μm, the QE12HR-H-MB-D0 offers exceptional repeatability of less than 0.5%, ensuring reliable measurements every time. Its maximum average power density of 10 W/cm² and energy density of 0.6 J/cm² make it suitable for a wide range of laser types and intensities. With convection cooling via a heatsink and an MB absorber, this detector is built to withstand demanding conditions while maintaining optimal performance.