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This Advanced System adds accessories to the Basic Microwave Optics System, enabling students to perform Brewster’s Angle and Bragg Diffraction experiments.
Can be used to perform Michelson, Fabry-Perot, and Twyman-Green interferometry. Includes laser.
Mounts magnetically to the Advanced Optics Bench and components mount magnetically to the carrier. A component of PASCO’s Complete Speed of Light Apparatus.
The Hand Operated Vacuum Pump is used with the Michelson Interferometer to measuring the index of refraction of air.
Can be added to the Precision Interferometer System to enable the Twyman-Green mode.
This interferometer is a precision instrument for the introductory lab.
Includes a polyethylene panel for measuring Brewster’s angle and a simulated crystal for Bragg diffraction.
Investigate the nodes and antinodes in standing wave patterns with this microwave probe.
Holds the receiver/amplifier and other objects for the Microwave Optics systems (WA-9314B, WA-9316).
The basic system is built around a Gunn Diode Transmitter and receiver, and is designed to aid students in understanding and visualizing electromagnetic wave interactions.
This Receiver with built-in Amplifier is used in the Microwave Optics systems (WA-9314C, WA-9316A).
This Transmitter is used in the Microwave Optics systems (WA-9314B, WA9316).
A high-precision, movable-mirror interferometer that can be used to perform Michelson, Fabry-Perot & Twyman-Green interferometry.
