RF Test Board for NanoVNA VNA RF Testing

Product Description: The RF Test Board is designed to extend the capabilities of the NanoVNA Vector Network Analyzer (VNA) for testing various RF components. It provides a convenient and accurate platform for evaluating filters, attenuators, amplifiers, and other RF circuits. The test board features high precision and durability, making it an essential tool for engineers, hobbyists, and anyone involved in RF testing. Key Features: Compatibility: The RF Test Board is compatible with all NanoVNA VNA models. It connects to the NanoVNA via a standard SMA connector, allowing for seamless integration. Wide Frequency Range: The test board supports a wide frequency range, typically from 50 kHz to 900 MHz, making it suitable for testing a wide range of RF devices. High Precision: The test board is calibrated to ensure high accuracy and repeatability. It provides accurate measurements of RF parameters, including impedance, S-parameters, and frequency response. Durable Construction: The test board is constructed using high-quality materials, ensuring durability and longevity. It can withstand multiple insertions and removals of RF components without compromising its performance. Easy Installation: The RF Test Board is easy to install and use. It requires minimal setup and can be integrated into existing test environments quickly and efficiently. Color Options: The test board is available in multiple color options, allowing users to choose the one that best suits their preferences or test setup. Product Features: - Precision SMA connectors for reliable connections - Compatible with all NanoVNA VNA models - Wide frequency range (50 kHz - 900 MHz) - Calibrated for high accuracy and repeatability - Durable construction with high-quality materials - Easy installation and setup - Multiple color options available - Dimensions: 100mm x 60mm - Weight: 50g - Material: FR4 PCB Benefits: - Accurately test and evaluate RF components - Extend the capabilities of the NanoVNA VNA - Gain insights into RF circuit performance - Troubleshoot and diagnose RF issues - Improve design and optimization of RF devices External Links: -

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