Microwave Receiver
Microwave Essentials
Microwave Accessories
Detect and hear microwave signal changes in real time across a wide field
The Microwave Receiver uses a plate antenna to detect the 10 GHz signal from the Microwave Transmitter. The plate design captures signal across a wide area, so small positional shifts during setup and student handling don't kill the signal mid-demo. Amplitude changes feed directly to an internal loudspeaker, making wave behavior audible to the entire class the moment conditions change.
A front-panel sensitivity control adjusts the gain for different experiment distances and room sizes. Four millimeter output sockets let you connect a multimeter or oscilloscope for basic amplitude readings when a qualitative demo isn't enough.
Why Teachers Love It
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Wide Detection Area Tolerates Student Handling: the plate antenna picks up signal over a broad zone, so reflectors and obstacles can be moved in and out of the beam during a demo without the class losing the signal because of minor misalignment.
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Loudspeaker Output for Whole-Class Demos: amplitude changes are audible the moment a reflector, shielding material, or polarizer enters the beam path, so students in the back of the room get the same real-time feedback as those at the bench.
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One Knob Covers All Room Sizes: the sensitivity control handles close-range benchtop work and longer-distance classroom setups with no component changes, cutting down setup time between experiments.
Resources
Resources
Product Details
What You Can Teach with the Microwave Receiver
High School Physics
- Signal detection: measuring relative microwave intensity as a function of distance from the transmitter
- Reflection: placing a flat metal plate in the beam path and detecting the reflected signal at a new angle
- Shielding and transmission: comparing signal strength through wood, metal, acrylic, and the human body
- Diffraction: moving the receiver behind an obstacle and detecting that signal reaches regions not in the direct beam
- Demonstrating directional transmission: rotating the receiver out of the beam axis and observing signal drop-off
AP Physics
- Comparing transmitted and reflected intensity from surfaces of different materials
- Setting up and detecting standing wave patterns between the transmitter and a flat reflector
- Measuring relative signal amplitude as a function of receiver angle for basic antenna pattern mapping
Pair with the Microwave Probe Receiver (97-6403)
The plate receiver works for qualitative whole-class demonstrations. When the lesson requires students to locate fringe positions or record numerical amplitude data, the Probe Receiver provides localized detection with oscilloscope-compatible output.
Products being sold are not toys. They are for Educational / Laboratory use only. They are not for use by children 12 and under.
Product Specifications
Specs:
Detection method: Plate antenna
Output: Internal loudspeaker + 4 mm sockets
Sensitivity: Adjustable via front panel control
Connectivity: 4 mm sockets
Dimensions: 60 × 110 × 150 mm
Weight: 400 g
Power: 9 V DC (PSU included)
Compatible with: Microwave Transmitter (97-6401)
FAQ
Warning: California Residents
WARNING: Cancer & Reproductive Harm — www.P65Warnings.ca.gov