



Digital Microwave Transmitter Kit, Reflection Polarisation and Interference Teaching Set
$768.00(Ex GST)
$768.00(Ex GST)
- Digital microwave experiment kit for demonstrating wave behaviour in teaching laboratories
- Includes microwave transmitter and 360° rotating receiver for angle-based signal studies
- Two-section rotating guide rail supports adjustable transmitter, receiver and target positioning
- Stainless steel reflector and polariser support reflection and polarisation demonstrations
- Acrylic and wood absorption plates allow comparison of microwave signal changes through materials
- Interference accessories include scaled support rod, wave blocking baffles and angle guide pieces
- Supplied as a self-contained educational set for supervised physics and laboratory experiments
- Description
Description
The Digital Microwave Transmitter Kit, also known as a microwave optics teaching apparatus, is designed for demonstrating reflection, polarisation, absorption and interference using microwave emission and reception. It is suitable for school physics laboratories, university teaching laboratories and educational science environments where students need to observe wave behaviour through practical experiments.The system includes a microwave transmitter with frequency listed as 10.525 Hz in the supplied data, paired with a microwave receiver that can rotate through 360°. This rotating receiver design allows users to vary the receiving angle and compare signal behaviour under different experimental arrangements.
A two-section experimental guide rail supports controlled positioning of the transmitter, receiver and test accessories. The guide rail can rotate to change the experimental angle, while two high brackets and two low brackets can be moved and fixed along the rail to support repeatable setup during classroom demonstrations. The kit includes a disc centre bracket and a pearl cotton rotating table that can be attached at the rail centre. This allows angle adjustment during reflection, polarisation and wave-direction experiments, helping students compare how signal response changes with geometry and target position.
Supplied accessories include one stainless steel reflector and one stainless steel polariser, both described as magnetically attracted. These components support practical demonstrations of microwave reflection and polarisation, allowing students to observe wave effects in a format similar to optical-style experiments.
The kit also includes two absorption plates, one acrylic and one wood. These allow users to compare how different materials affect microwave signal transmission or absorption, supporting practical discussion of material behaviour and wave interaction.
For interference activities, the set includes one stainless steel horizontal support rod with scale and wave blocking baffles listed as two large and one small reflective lenses. These accessories support structured interference and wave blocking demonstrations when arranged according to the experiment procedure. Additional supplied items include a pearl cotton container box with triangle pieces at 30°, 60° and 90°, a bottle of plastic particles and a double-headed headphone plug wire. Users should confirm all accessories, setup requirements and connection points before use.
LabChoice Australia supplies this Digital Microwave Transmitter Kit for school physics laboratories, university teaching laboratories and educational science departments. It is suitable for supervised experiments involving microwave reflection, polarisation, absorption, interference, angle measurement and wave behaviour using the supplied guide rail, transmitter, receiver and accessories.
FAQs
Q: What is the transmitter frequency?
A: The transmitter frequency is listed as 10.525 Hz.
Q: Can the receiver angle be changed?
A: Yes, the receiver can rotate 360 degrees to change the receiving angle.
Q: What components support reflection, polarisation, and absorption experiments?
A: A stainless steel reflector, a stainless steel polariser, plus acrylic and wood absorption plates are included.
Q: How is the experiment geometry adjusted?
A: Using the rotating two-section guide rail, movable high and low brackets, and the disc centre bracket.
Q: What is included for interference-style setups?
A: A stainless steel support rod with scale and wave blocking baffles listed as two large and one small reflective lenses.
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