Most Popular Par-2: Apogee Epar Quantum Sensor (400 To 750 Nm) Diy Kit [6aTXkhdm]

Apogee ePar Quantum Sensor (400 to 750 nm)

The Apogee ePar Quantum Sensor is a cutting-edge instrument designed for precise light measurement across the visible spectrum (400 to 750 nm). This state-of-the-art sensor is perfect for a wide range of scientific and industrial applications. With its exceptional accuracy and versatility, the ePar Quantum Sensor stands out as a top choice for researchers and professionals alike. Key features include: high sensitivity, wide dynamic range, and rapid data acquisition, making it ideal for both laboratory and field work.

Product Properties and Specifications

Featuring a 2-channel design, the ePar Quantum Sensor allows for simultaneous measurement of two different wavelengths, providing comprehensive spectral analysis. The sensor's small footprint and lightweight design make it highly portable and convenient for various applications. Here are some of its key specifications:

• Wavelength Range: 400 to 750 nm
• Resolution: 1 nm
• Quantum Efficiency: > 85% at 500 nm
• Response Time: < 200 ms

With these specifications, the ePar Quantum Sensor delivers exceptional performance, ensuring reliable and accurate light measurements in any environment.

Practical Uses and Benefits

The Apogee ePar Quantum Sensor is an invaluable tool for a multitude of applications, including solar energy research, environmental monitoring, and biotechnology. Its high sensitivity and wide dynamic range make it ideal for measuring light intensity, photon flux, and spectral distribution in various settings. Here are some of the practical benefits:

• Enhanced accuracy in scientific research and industrial processes
• Streamlined data acquisition for efficient analysis
• Portable and user-friendly design for ease of use

Whether you're a researcher, engineer, or hobbyist, the ePar Quantum Sensor offers the precision and reliability you need to advance your projects and explore the world of light measurement.