Study Of Microwave Components

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Product Details:

Usage Laboratory experiments/demonstration of microwave principles
Voltage 220-240 V AC
Power 220V AC, 50 Hz
Display Analog Meter & Digital Indicators
Product Type Educational Microwave Trainer
Material High quality aluminum, stainless steel, and engineering plastics
Design Modular setup with detachable components for versatile experiments
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Study Of Microwave Components Price And Quantity

Minimum Order Quantity 1 Unit

Waveguide Type Standard X-Band Rectangular Waveguide
Colour Silver-grey with labeled modules
Input Impedance 50 Ohms
Application Area Physics, Engineering Institution Labs
Supported Experiments VSWR measurement, Frequency measurement, Attenuation, Impedance matching, Measurement of unknown frequency, Directivity, and others
Frequency Range 8.2 - 12.4 GHz (X-Band)
Included Components Klystron Power Supply, Klystron Tube, Isolator, Frequency Meter, Attenuator, Detector Mount, Slotted Section, CRO, Accessories
Mounting Type Bench-top/Laboratory table mount
Safety Overload and over-voltage protected power supply
Operating Temperature 0°C to 50°C

Study Of Microwave Components Product Specifications

Design Modular setup with detachable components for versatile experiments
Dimension (L*W*H) Approx. 60 x 40 x 25 cm
Display Analog Meter & Digital Indicators
Power Source AC Mains
Material High quality aluminum, stainless steel, and engineering plastics
Voltage 220-240 V AC
Power 220V AC, 50 Hz
Usage Laboratory experiments/demonstration of microwave principles
Product Type Educational Microwave Trainer
Charging Time Not Applicable (laboratory apparatus)
Accuracy High measurement accuracy for microwave frequencies
Detector Schottky Diode/Crystal Detector
Weight Approx. 10-12 kg

Waveguide Type Standard X-Band Rectangular Waveguide
Colour Silver-grey with labeled modules
Input Impedance 50 Ohms
Application Area Physics, Engineering Institution Labs
Supported Experiments VSWR measurement, Frequency measurement, Attenuation, Impedance matching, Measurement of unknown frequency, Directivity, and others
Frequency Range 8.2 - 12.4 GHz (X-Band)
Included Components Klystron Power Supply, Klystron Tube, Isolator, Frequency Meter, Attenuator, Detector Mount, Slotted Section, CRO, Accessories
Mounting Type Bench-top/Laboratory table mount
Safety Overload and over-voltage protected power supply
Operating Temperature 0°C to 50°C

Study Of Microwave Components Trade Information

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

Product Description

Study of Microwave Component (Magic Tee, Directional Coupler, Isolator, Circulator)

Experiments:
1. To study Magic Tee, Directional Coupler, Isolators & Circulators.
2. To measure charcteristics of detector diode.
3. To study attenuation measurements.
4. To study the return loss measurements.

Component Name	Qty.
Klystron power supply	1
Klystron Tube	1
Frequency Meter	1
Fixed Attenuator 3,6,10db	3
Detector Mount	1
Slotted Section	1
VSWR Meter Solid State	1
S S Tunner	1
Cooling Fan	1
MHD Coupler 3,10,20db	3
E-Plane Tee	1
Klystron Mount	1
Isolator	1
Variable Attenuator	1
Magic Tee	1
Movable Short	1
Tunable Probe	1
Stands	4
BNC Cable	1
Matched termination	1
Cirulator	1
H-Plane Tee	1

Comprehensive Microwave Experimentation Kit

This kit offers a modular approach, allowing students and researchers to conduct a wide range of microwave-based experiments with ease. Clearly labeled silver-grey modules streamline setup and operation for accurate and repeatable results.

Robust Design for Academic Institutions

Constructed from high-quality materials including aluminum, stainless steel, and engineering plastics, the apparatus is built for durability in busy laboratory environments. The bench-top design and detachable components ensure flexibility and safe, organized usage.

Accurate and Reliable Measurement Tools

Equipped with both analog meter and digital indicators, the system allows high-precision readings of key microwave parameters. The included Schottky diode/crystal detector ensures sensitivity, providing reliable data for research and instructional purposes.

FAQs of Study Of Microwave Components:

Q: How is the microwave components study kit used in laboratory experiments?

A: The kit is used as a practical demonstration tool to study microwave properties and perform experiments like VSWR and frequency measurement. Students assemble the modular components to investigate various principles, enhancing their hands-on understanding of advanced microwave technology.

Q: What are the benefits of the modular and detachable design?

A: The modular design allows users to configure the apparatus for different experiments, ensuring versatility. Detachable components make setup, storage, maintenance, and future upgrades more convenient, which is highly beneficial in educational environments.

Q: When should the apparatus be operated for optimal performance?

A: Operate the system within the prescribed temperature range of 0C to 50C for best accuracy and equipment longevity. Use only on stable laboratory bench-tops and ensure the 220240 V AC supply is available for proper functioning.

Q: Where can this X-Band microwave study kit be deployed?

A: Ideal for physics and engineering institution laboratories, the kit is intended for use in academic settings across India and beyond. Its design and features cater to both undergraduate and postgraduate coursework as well as research projects.

Q: What safety features are incorporated in the power supply unit?

A: The power supply features overload and over-voltage protections, safeguarding both users and sensitive components from electrical faults. These measures ensure a safe operating environment even during prolonged laboratory sessions.

Q: How does the apparatus ensure measurement accuracy?

A: The kit utilizes precisely engineered waveguide components, high-quality detectors, and provides both analog and digital readouts. This combination ensures high accuracy in determining microwave parameters such as frequency, VSWR, and attenuation.

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