PASCO WA-9316A Complete Microwave Optics System User Manual
Complete microwave optics system, Experiment guide
Experiment Guide
013-13906B
Complete Microwave Optics System
WA-9316A
Experiment Guide
See the PASCO Web site at www.pasco.com for information about the Complete Microwave Optics System.
Important Note
•
CAUTION — Under some circumstances, microwaves can interfere with electronic medical devices. If you
use a pacemaker, or other electronic medical device, check with your doctor or the manufacturer to be certain
that low power microwaves at a frequency of 10.525 GHz will not interfere with its operation.
Table of contents
Document Outline
- Important Note
- Introduction
- Microwave Optics System Equipment
- Assembling Equipment for Experiments
- Technical Support
- Experiment 1: Introduction to the Microwave Optics System
- Experiment 2: Reflection
- Experiment 3: Standing Waves – Measuring Wavelength
- Experiment 4: Refraction Through a Prism
- Experiment 5: Polarization
- Experiment 6: Double-Slit Interference
- Experiment 7: Lloyd’s Mirror
- Experiment 8: Fabry-Perot Interferometer
- Experiment 9: Michelson Interferometer
- Experiment 10: Fiber Optics
- Experiment 11: Brewster’s Angle
- Experiment 12: Bragg Diffraction
- Teacher’s Guide
- Experiment 1: Introduction to the Microwave Optics System
- Experiment 2: Reflection
- Experiment 3: Standing Waves - Measuring Wavelengths
- Experiment 4: Refraction Through a Prism
- Experiment 5: Polarization
- Experiment 6: Double-Slit Interference
- Experiment 7: Lloyd’s Mirror
- Experiment 8: Fabry-Perot Interferometer
- Experiment 9: Michelson Interferometer
- Experiment 10: Fiber Optics
- Experiment 11: Brewster’s Angle
- Experiment 12: Bragg Diffraction