Microwave Optics System

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Product Details:

Usage Physics laboratory demonstration and experiment
Display Analog scale meter
Power Less than 5 Watts
Voltage 220V AC, 50 Hz
Product Type Microwave Optics System
Material Precision engineered metal, acrylic, and high-grade plastics
Design Bench-mount robust modular design with detachable elements
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Microwave Optics System Price And Quantity

Minimum Order Quantity 1 Unit

Waveguide Type Standard X-band waveguide included
Transmitter Type Gunn diode oscillator
Accessories Set of metallic and dielectric plates, prism, polarization grid, mounting stands, instruction manual
Operating Frequency Range 812 GHz (X-band microwaves)
Application Refraction, reflection, polarization, interference, and wavelength measurement studies
Modulation Modes Continuous Wave (CW) and Amplitude Modulated (AM)
Receiver Sensitivity <1 W
Environmental Conditions Operates at ambient laboratory conditions

Microwave Optics System Product Specifications

Accuracy High frequency microwave measurement accuracy, typical deviation <0.5%
Dimension (L*W*H) 400 mm x 260 mm x 120 mm
Detector Diode-based microwave receiver
Product Type Microwave Optics System
Usage Physics laboratory demonstration and experiment
Display Analog scale meter
Power Source Mains Electric supply
Design Bench-mount robust modular design with detachable elements
Weight Approx. 4 Kg
Charging Time Not applicable (Powered by mains)
Illuminant Microwave transmitter (Gunn oscillator)
Power Less than 5 Watts
Material Precision engineered metal, acrylic, and high-grade plastics
Voltage 220V AC, 50 Hz

Waveguide Type Standard X-band waveguide included
Transmitter Type Gunn diode oscillator
Accessories Set of metallic and dielectric plates, prism, polarization grid, mounting stands, instruction manual
Operating Frequency Range 812 GHz (X-band microwaves)
Application Refraction, reflection, polarization, interference, and wavelength measurement studies
Modulation Modes Continuous Wave (CW) and Amplitude Modulated (AM)
Receiver Sensitivity <1 W
Environmental Conditions Operates at ambient laboratory conditions

Microwave Optics System Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days
Main Export Market(s) Australia, South America, Western Europe, Middle East, Central America, Asia, Eastern Europe, North America, Africa
Main Domestic Market All India

Product Description

Microwave Optics System

Exp-2 To study the reflection in microwave.
Exp-3 To study the refraction in microwave.
Exp-4 To study the polarization on microwave.
Exp-5 To study the double slit interference.Exp-6 To study the single slit diffraction phenomena.

Features:

Transmitter and receiver horn mounted on heavy base.
0-360 degree goniometer scale.
Gunn diode power supply.
Pin modulation.
Different accessories for study the microwave optics.

Microwave apparatus is used for study of Wave Phenomenon of the radiation produced, because its properties are very similar to those of light.
In the present setup, used for the students to understand and learn the basic concepts of wave phenomenon. Demonstration of wave nature e.g., reflection, refraction, Polarization, Interference and diffraction of the radiation produced, can be done using this kit.

Contents:

Item Name	Qty.
Microwave Transmitter	1
Microwave Receiver	1
Gunn Diode Power Supply	1
Goniometer Scale	1
Aluminum Reflectors size 200x300mm	2
Aluminum Reflectors size 50x300mm	1
Aluminum Reflectors size 300x300mm	1
Acrylic Reflectors size 300x300x3mm	1
Semi-Silvered reflector size 300x300mm	1
Polarizing Grill size 190x300mm	1
Digital Multi-meter	1
BNC cable	2

Versatile X-Band Microwave Laboratory System

This microwave optics system is engineered for physics laboratories, enabling highly accurate studies of X-band microwaves between 812 GHz. Its modular design, complete with a range of setup accessories, supports exploration of key electromagnetic phenomena, including refraction, polarization, and interference. With a sensitive microwave receiver and a user-friendly analog display, this system meets rigorous experimental and teaching standards.

Precision Components and Reliable Accessories

Each system includes precision-engineered components like the Gunn diode oscillator transmitter, standard X-band waveguide, and a detector with high sensitivity. Accessoriesmetallic and dielectric plates, prism, and polarization gridallow for a broad spectrum of experimental configurations. The mounting stands ensure easy setup and stability for repeatable laboratory results.

Effortless Operation and Accurate Results

Powered by standard 220V AC mains, this apparatus requires no charging time and has a low wattage consumption. The analog scale meter provides clear, high-accuracy measurements with typical frequency deviation under 0.5%. Designed for longevity and reliability, it is suitable for continuous use in academic and research environments.

FAQs of Microwave Optics System:

Q: How is the Microwave Optics System used in laboratory settings?

A: The system is commonly employed to demonstrate and investigate principles such as refraction, reflection, polarization, interference, and wavelength measurements using high-frequency microwaves. Its modular elements and clear analog display make experimental setup straightforward for both teaching and research purposes.

Q: What benefits does the Gunn diode oscillator offer as a transmitter?

A: The Gunn diode oscillator delivers stable, coherent microwaves in the 812 GHz X-band frequency range, essential for precise experimentation and accurate measurements. Its reliable output ensures repeatability and reproducibility in lab-based studies.

Q: When is the analog scale meter useful during experiments?

A: The analog scale meter provides real-time visual feedback of received microwave power, enabling users to monitor changes instantly during the adjustment of experimental setups, directly enhancing measurement precision.

Q: Where can the Microwave Optics System be installed for use?

A: This system is designed for installation on laboratory benches in academic institutions, research centers, and demonstration environments, thanks to its robust, modular, bench-mountable design.

Q: What is the process for setting up experiments with the supplied accessories?

A: Experiments are set up by assembling the provided waveguide, plates, prism, and polarization grid according to the instruction manual. Mounting stands assist with positioning, while the modular design allows for quick, secure adjustment and reconfiguration for various experiment types.

Q: How does high receiver sensitivity benefit typical laboratory studies?

A: With receiver sensitivity below 1 W, even low-intensity microwave signals can be reliably detected, ensuring experimentation outcomes are accurate and subtle phenomena are observable in detail.

Q: What usage advantages does the modular and detachable design provide?

A: The robust, bench-mountable, and detachable construction allows for flexible experimental arrangement and easy transportation, enhancing convenience for educators, researchers, exporters, and suppliers alike.

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