Description
Atomfair PIE 627 Intelligent Piezoelectric Ceramic Interferometry Experiment Instrument
Product Overview
Atomfair PIE 627 Intelligent Piezoelectric Ceramic Interferometry Experiment Instrument is controlled by system software, which can accurately measure the piezoelectric constant of piezoelectric ceramics and the frequency response characteristics of their vibration. It is suitable for physics teaching and engineering optics experiment scenarios, providing reliable measurement solutions for experimental teaching and related research.
Instrument Features
- Light Source: He-Ne laser with wavelength 632.8nm, power ≥1.5mW, single mode TEM鈧€鈧€, equipped with full protection safety high-voltage plug, cavity length 250mm.
- Piezoelectric Ceramic: Tubular structure with electrodes plated on inner and outer walls for easy voltage application.
- Structure: Platform Michelson interferometer design for easy addition of measured substances in optical path; open space design facilitates adjustment of equal thickness interference, equal inclination interference and various fringe changes for precision measurement.
- Base: Cast iron material to ensure stability during experiments.
- Software: With functions of data acquisition, data processing and data saving.
Main Experimental Content
- Observe non-localized interference of point light source (Standard equipped with He-Ne laser)
- Observe equal inclination interference fringes (Low pressure sodium lamp required)
- Observe equal thickness interference fringes (Low pressure sodium lamp required)
- Observe white light interference phenomenon (White light source required)
- Determine the wavelength of light source or optical filter (Standard equipped with He-Ne laser or low pressure sodium lamp required)
- Determine the wavelength difference of sodium yellow double lines (Low pressure sodium lamp required)
- Measure the refractive index of transparent medium sheet (Transparent medium sheet required)
- Measure the piezoelectric constant of piezoelectric ceramics, observe and study the frequency response characteristics of their vibration
- Optional experiment: Measure the refractive index of transparent gas (Glass gas chamber required)
- Optional experiment: Observe Fabry-Perot interference phenomenon (Fabry-Perot etalon required)
Main Configuration
- Main unit, ground glass screen, beam expander, one-dimensional base
- Piezoelectric ceramic drive power supply, piezoelectric ceramic displacement unit, piezoelectric ceramic receiving unit, piezoelectric ceramic data acquisition unit
- He-Ne laser (Including power supply)
Optional Accessories
- Low Pressure Sodium Lamp
- White Light Source
- Fabry-Perot Etalon
- Gas Chamber Assembly
Customization Service
Exclusive configuration parameters can be customized according to different customer requirements.
If you’re interested, have any questions, or have specific customization requirements, please feel free to contact us at inquiry@atomfair.com.
