SUMMARY

YMP-6112 comprehensive microwave (MW) optics system studies the wave characteristics of MW, e.g., diffraction, interference, andpolarization. MW is an electromagnetic wave in the range of 300Mz-3000GHz. In the YMP-6112 system, MW is emitted from a signalsource, passes through single/two slits and polarizing plates, and is received by a receiver. By studying the diffraction, interference, andpolarization images of the MW, the wave characteristics of MW can be testified.

FEATURES

• Comprehensive experiments includes all classic wave characteristics of MW.

• Frame design, easy to assemble, also easy to install the corresponding modules according to the teaching requirements.

• Digital power meter, fast and accurate.

• cm-level low-power microwave generator.

• Microwave power attenuator can adjust the microwave intensity.

  
  

EXPERIMENTS

Learn the wave theory of MW through the reflection experiment.

Single slit diffraction experiment.Interference experiment and wavelength calculation.

Standing wave experiment and wavelength calculation.

Refraction experiment and material’s refractive index calculation.

Polarization experiment.Lloyd's mirror MW wavelength measurement experiment.

Brie-Perot interference and wavelength calculation.

Michelson interference and wavelength calculation.

Polarization experiment and Brewster angle experiment.

Bragg diffraction experiment.

Transmission characteristics of MW in fibers.

Relation between receiving voltage and position

Under different angles of the polarizing plate, the measured received signal at each angle

Relationship between double slit interference voltage and rotation angle

Relationship between voltage and rotation angle in Bragg diffraction