About Study Of Microwave Component
Study Of Microwave ComponentExperiments:- To study Magic Tee, Directional Coupler, Isolators & Circulators.
- To measure characteristics of detector diode.
- To study attenuation measurements.
- 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 ExperimentationThe kit delivers a thorough platform for studying critical microwave components such as attenuators, circulators, directional couplers, and matched terminations. Its modular system allows easy configuration, making it ideal for educational labs and practical electronics courses.
Precision Calibrated PerformanceEach waveguide and accessory is manufactured from high-grade aluminum or copper and can be calibrated against traceable standards upon request. This ensures accuracy in measurements and repeatability in learning outcomes, supporting demanding laboratory work.
Safe and Durable Laboratory EquipmentSafety features, including fuse protection and insulated mains, offer peace of mind during experiments. Sturdy construction, rubber feet, and foam-padded packaging protect components and make it convenient for bench-top use and setup.
FAQs of Study Of Microwave Component:
Q: How do I perform attenuation and power measurement experiments with this microwave kit?
A: Begin by connecting the attenuator between the RF source and the power meter using the supplied waveguide and cables. Adjust the attenuator to measure power changes and refer to the user manual for stepwise instructions.
Q: What types of waveguide and connectors are supplied with the kit?
A: The kit includes standard WR-90 rectangular waveguides suitable for X-band frequencies. Interfaces are provided via waveguide flanges, BNC, or SMA connectors, depending on the component and experiment requirements.
Q: When is calibration required and how is it provided?
A: Calibration ensures measurement accuracy, particularly for assessment or research purposes. A calibration certificate with traceable standards is available upon request during ordering, making it suitable for certified lab use.
Q: Where can this microwave study kit be utilized?
A: It is designed for educational laboratories, particularly in fields of electronics and microwave engineering, and is suitable for university courses, research labs, or technical training centers.
Q: What safety measures are included in the equipment?
A: The kit has built-in fuse protection, insulated mains connectors, and stable rubber feet for bench-top mounting, ensuring safe operation during experiments.
Q: How does the kit benefit practical learning in microwave engineering?
A: It provides hands-on experience with key microwave components, enabling students to study and verify theoretical principles such as impedance matching and power coupling. Modular design encourages interactive experimentation and deeper understanding.