Full-fledged radar trainer kit with integrated hardware & software for precise signal processing. Ideal for lab demonstrations with research-grade accuracy.
Original price was: ₹75,000.00.₹52,500.00Current price is: ₹52,500.00.
Product Material – High-grade metal & PCB components
Grade – Research & Educational
Application – Radar signal processing, Doppler effect studies, RF experiments
The Radar Trainer is a comprehensive hardware and software setup designed to facilitate hands-on learning of radar principles. Built with high-grade metal and PCB components, this kit ensures durability and precision in signal processing. The integrated software provides real-time data visualization, allowing users to analyze radar waveforms, Doppler shifts, and RF signal behavior with research-level accuracy. The system is optimized for seamless compatibility with standard lab equipment, making it an ideal choice for advanced experimentation. Its modular design enables easy customization for different experimental setups, while the user-friendly interface simplifies complex radar concepts for learners. Whether used for basic signal analysis or advanced RF studies, this trainer delivers consistent performance with minimal calibration requirements. The included documentation provides step-by-step guidance for setup and operation, ensuring a smooth learning experience.
This radar trainer supports experiments related to signal modulation, Doppler effect analysis, RF propagation studies, and basic radar cross-section measurements.
Yes, the radar trainer can interface with most standard data acquisition systems via USB or analog outputs for expanded functionality.
Unlike simulation software, this hardware-based trainer provides real-world signal processing, allowing users to experience actual RF behavior and environmental interference effects.
Store the kit in a dry, dust-free environment with temperature control between 10°C to 35°C to maintain optimal performance and longevity.
The included software supports firmware updates, allowing for integration of new experimental protocols and improved signal processing algorithms over time.
This premium AC/DC Power Supply offers stable, variable voltage essential for precise experimentation. A reliable benchtop unit designed for diverse laboratory applications. Ideal for students and educators.
Experience stable DC power with our regulated laboratory battery eliminator. Engineered for consistent performance, it’s a versatile and essential tool for various experimental setups, ensuring precision and safety for your electrical needs.
This essential lab-grade Battery Eliminator provides a stable, adjustable DC power source. Ideal for diverse experimental setups requiring reliable voltage supply.
Our plug keys are precision-built for use in educational physics labs to make or break circuits during experiments. Made from high-quality brass with insulated bases, they are available in one-way, two-way, three-way, and four-way designs, ensuring reliable connections and long-lasting performance.
Our micropipettes deliver high accuracy and ergonomic comfort for precise liquid transfer. Popular in molecular biology, microbiology, diagnostics, and research labs, these pipettes are available in fixed and variable volume ranges, including 10–100 µl, 100–1000 µl, and up to 5000 µl capacities.
Original price was: ₹75,000.00.₹52,500.00Current price is: ₹52,500.00.
Full-fledged radar trainer kit with integrated hardware & software for precise signal processing. Ideal for lab demonstrations with research-grade accuracy.
Product Material – High-grade metal & PCB components
Grade – Research & Educational
Application – Radar signal processing, Doppler effect studies, RF experiments
The Radar Trainer is a comprehensive hardware and software setup designed to facilitate hands-on learning of radar principles. Built with high-grade metal and PCB components, this kit ensures durability and precision in signal processing. The integrated software provides real-time data visualization, allowing users to analyze radar waveforms, Doppler shifts, and RF signal behavior with research-level accuracy. The system is optimized for seamless compatibility with standard lab equipment, making it an ideal choice for advanced experimentation. Its modular design enables easy customization for different experimental setups, while the user-friendly interface simplifies complex radar concepts for learners. Whether used for basic signal analysis or advanced RF studies, this trainer delivers consistent performance with minimal calibration requirements. The included documentation provides step-by-step guidance for setup and operation, ensuring a smooth learning experience.
This radar trainer supports experiments related to signal modulation, Doppler effect analysis, RF propagation studies, and basic radar cross-section measurements.
Yes, the radar trainer can interface with most standard data acquisition systems via USB or analog outputs for expanded functionality.
Unlike simulation software, this hardware-based trainer provides real-world signal processing, allowing users to experience actual RF behavior and environmental interference effects.
Store the kit in a dry, dust-free environment with temperature control between 10°C to 35°C to maintain optimal performance and longevity.
The included software supports firmware updates, allowing for integration of new experimental protocols and improved signal processing algorithms over time.
Versatile lab step-down transformer delivers stable 6V-30V @ 3A and 8V @ 3A. Power general instruments reliably, ensuring precise voltage for educational and research applications.
Our Zener diodes are designed for precise voltage regulation, breakdown voltage testing, and electronics experiments. Widely used in physics labs, engineering colleges, and electronics servicing, these components ensure consistent performance in a variety of applications.
Our plug keys are precision-built for use in educational physics labs to make or break circuits during experiments. Made from high-quality brass with insulated bases, they are available in one-way, two-way, three-way, and four-way designs, ensuring reliable connections and long-lasting performance.
Our Maxwell needle apparatus is designed for physics laboratories to perform the Maxwell needle experiment, helping students and researchers determine the modulus of rigidity of materials.
Our stainless steel sieves are designed for accurate particle size separation and filtration in laboratories, industries, and kitchens. Crafted from food-grade stainless steel, they are resistant to corrosion, easy to clean, and available in multiple mesh sizes for different applications.
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