Unbeatable Price Pe530-105 Broad Bandwidth Photopic Response Bandpass Filter M105x1.0 Markdown: -75% [T7jGlXmc]

PE530-105 Broad Bandwidth Photopic Filter

The MidOpt PE530-105 Broad Bandwidth Photopic Response Bandpass Filter is a precision-engineered optical device designed to replicate the spectral response of the human eye. This filter is perfect for applications that require accurate lux, lumen, or cd/m2 readings, providing a reliable solution for various lighting and imaging systems. With its broad bandwidth and photopic response, the PE530 ensures that the light captured by monochrome cameras or sensors closely matches what the human eye would perceive, making it an essential tool for professionals in photography, environmental monitoring, and lighting design.

• Replicates human eye spectral response
• Accurate for lux, lumen, and cd/m2 measurements
• High transmission and broad bandwidth for optimal performance

Technical Specifications and Features

The PE530-105 is crafted with precision and designed to meet the highest standards of optical performance. Key specifications include a useful range of 495nm to 565nm with a tolerance of +/- 10nm, ensuring consistent and reliable results. The filter boasts a peak transmission of ≥70%, which is crucial for capturing sufficient light while maintaining the desired spectral characteristics. The StablEDGE technology ensures that the filter maintains its performance over time, making it a durable and long-lasting investment.

• Useful range: 495nm - 565nm
• Tolerance: +/- 10nm
• Peak transmission: ≥70%
• StablEDGE technology for long-term performance

Applications and Benefits

The MidOpt PE530-105 is versatile and can be used in a wide range of applications, from day-night imaging systems to mobile phone display backlights. Its ability to accurately simulate human vision makes it invaluable for photoelectric sensors and ambient light detectors, where precise control over lighting conditions is critical. This filter is perfect for professionals who require precise measurements and want to ensure their equipment captures light in the most realistic way possible.

• Day-night imaging and photoelectric sensor applications
• Control of infrared LED lighting in day-night imaging
• Automatic display backlight brightness adjustment in mobile phones