Product Description
We are providing Micro Strip Training Kits that is assured to have international quality standards. These micro strip trainer kits are known for assisting the student to investigate the principles of micro strip technology. To illustrate the essential principles of this field of study, the high precision bench to system uses up to date micro strip components. These are specially designed to use with basic test equipment such as a dual DC supply and a digital multimeter. We also offer VCO and detector along with a calibration curve chart. Further, these systems are also equipped with student manuals and a well designed carrying case. Some of the salient features of our Micro Strip Training Kits are following:Â - Latest microwave technology
- 2.4GHZ to 3.4GHZ VCO
- 2 to 4 GHZ PIN DIODE modulator
- No ancillary test equipment required
- Safe low power output
- Components identified with inscribed reference number
- Supplied in protective case
Kit contains:
- Power source and detector action
- Action of a 3-port circulator
- Insertion loss measurement on a low-pass filter
- Measurement of return loss, reflection coefficient and VSWR of a filter, micro strip and commercial matched loads
- Properties of a power divider and rat-race coupler
- Effective dielectric consultant/line loss measurement with a ring resonator
- Dc biasing and MMIC amplifier investigations
- Pin diode modulator investigations
- Microwave radio link and antenna investigations
Versatile RF Experimentation PlatformThis Micro Strip Training Kit provides an ideal platform for hands-on learning in microwave and RF domains. It covers a broad spectrum from 1 GHz to 3 GHz and supports a wide array of experiments, thanks to its modular coupler, attenuator, and phase shifter modules. The kit's robust design ensures accuracy, repeatability, and durability, making it a preferred choice in academic and research environments.
Multiple Modules for Comprehensive LearningEquipped with various modules-such as power dividers, filters, and variable attenuators-this training kit allows users to set up and analyze diverse RF experiments. Its standardized SMA connectors and bench-top setup make integration with oscilloscopes and other external instruments seamless for in-depth parameter measurement and analysis.
Precision and Durability in One PackageManufactured with FR-4 epoxy PCBs and stainless steel chassis, the kit withstands rigorous laboratory use and temperatures up to 100C. Its accurate measurement capabilities and manual controls help users gain practical experience in microwave measurement techniques while ensuring long-term reliability and stability.
FAQ's of Micro Strip Training Kits:
Q: How do I set up the Micro Strip Training Kit for an RF experiment?
A: To set up the training kit, place it on a bench-top and connect the SMA female connectors to your measurement equipment, such as a vector network analyzer or oscilloscope. Use the provided user manual to configure modules according to your desired experiment-such as selecting the coupler or filter-ensuring input and output ports are properly linked.
Q: What measurement capabilities does the kit support, and how are they performed?
A: The kit allows for insertion loss, reflection coefficient, VSWR, and S-parameter measurements. These are conducted by connecting external measurement instruments to the kit's SMA ports, then analyzing the response as signals pass through different experiment modules. Detailed procedures are provided in the included experiment guide.
Q: When should I use each of the included modules, and what are their benefits?
A: Each module-coupler, attenuator, power divider, filter, and phase shifter-serves specific experiment goals. For instance, use the filter to study frequency selection, the attenuator to observe signal level reduction, and the coupler for isolation and signal sampling. Modular design facilitates targeted learning and practical understanding of RF components.
Q: Where is the Micro Strip Training Kit typically used?
A: This kit is primarily utilized in educational institutions, research laboratories, and training centers across India and internationally. It is designed for laboratory environments focusing on microwave, RF, and communication experimentations where hands-on training is essential.
Q: What makes this training kit suitable for academic and research purposes?
A: High precision, comprehensive module variety, and durable construction make the kit ideal for academic training and practical laboratory exercises. The easy-to-follow user manual, modular design, and compatibility with standard test instruments enhance its suitability for both learning and advanced research.
Q: How does the bench-top setup and power supply work?
A: The kit is designed for bench-top use, requiring minimal space and simple installation. Power is supplied through a built-in or external 220V AC, 50Hz power unit, as per model, enabling reliable operation during experiments.
Q: What is the process for obtaining accurate results with this equipment?
A: Accurate results are achieved by following the procedures outlined in the experiment manual, ensuring correct module selection, solid SMA connections, and calibration of external measurement instruments. Careful handling of the manual switches and variable attenuators also contributes to precision during each experiment.