Blackbody Experimental System Optics Educational Kits

The Blackbody Experimental System Optics Educational Kits is designed for the quantitative study of thermal radiation and blackbody emission spectra. The system provides an automated platform for measuring, recording, and analyzing radiation energy distributions from various light sources, allowing students to investigate fundamental principles of thermal physics, optics, and quantum theory. Using computer-controlled data acquisition and analysis, the system enables precise measurement of radiation spectra and supports verification of important physical laws governing blackbody radiation. Students can compare theoretical and experimental results while studying the relationship between temperature, wavelength distribution, and emitted radiation energy. The system also allows the investigation of non-blackbody emitters and the determination of color temperature through spectral analysis. In addition, the included spectrometer can be used as a standalone instrument for spectroscopy applications. Physics Lab Experiments from Atico Exports.

Experiments :

Verification of Planck’s Radiation Law :

• Measure and analyze blackbody radiation spectra to verify Planck’s theoretical model.

Verification of Stefan-Boltzmann Law :

• Investigate the relationship between temperature and total radiated energy.

Verification of Wien’s Displacement Law :

• Study the shift of peak wavelength with temperature and determine color temperature characteristics.

Blackbody and Non-Blackbody Radiation Comparison :

• Compare radiation intensity distributions between ideal and practical emitters.

Measurement of Radiation Energy Curves :

• Record and analyze radiation spectra from non-blackbody emission sources.

• Blackbody Radiation Studies
• Thermal Physics Experiments
• Spectral Analysis and Spectroscopy
• Color Temperature Measurement
• Quantum Physics Education
• Optics and Material Science Laboratories

Wavelength Range :

• 800 nm – 2500 nm

Relative Aperture :

• D/F = 1/7

Collimation Lens Focal Length :

• 302 mm

Diffraction Grating :

• 300 Lines/mm

Wavelength Accuracy :

• ±4 nm

Wavelength Repeatability :

• ≤2 nm

Software Compatibility :

• Windows 10 / 11

Spectrometer :

• Quantity: 1

Power and Control Unit :

• Quantity: 1

Receiver :

• Quantity: 1

Software Package :

• Quantity: 1

Power Cords :

• Quantity: 2

Signal Cables :

• Quantity: 3

USB Cable :

• Quantity: 1

Tungsten-Bromine Lamp with Power Supply :

• Quantity: 1

White Color Filter :

• Quantity: 1

Yellow Color Filter :

• Quantity: 1

• Computer-Controlled Blackbody Radiation Spectrum Recording
• Transfer Function Analysis of Optical Components and Photodetectors
• Quantitative Blackbody Radiation Spectrum Analysis
• Includes Tungsten-Bromine Lamp with Power Supply
• Automated Data Acquisition and Processing
• Detailed Instruction Manual