Enhance your RF testing and calibration experience with this comprehensive RF Demo Kit, designed as a versatile RF test board for hands-on learning with Vector Network Analyzers and Antenna Analyzers. This compact and lightweight calibration board integrates 18 carefully selected high-quality functional modules, making it an essential tool for both students and professionals who require accurate and reliable testing components. Key Features: · Complete Integration: Features 18 functional modules including filters, RLC circuits, calibration circuits, and attenuation circuits, providing extensive utility for RF testing and experimental setups. · High-Quality Components: Each module is meticulously chosen for excellent stability and reliability to ensure precise and consistent performance during calibration and measurement tasks. · Filter Variety: Includes a range of filters for diverse applications—short-wave low-pass filter (30MHz), FM high-pass filter (100MHz), commonly used SAW bandpass filter (433MHz), and video ceramic trap filter (6.5MHz). · RLC Series and Parallel Circuits: Equipped with resistors, inductors, capacitors, and combinational circuits to support complex impedance and signal testing needs. · Calibration Circuits: Contains open, short circuit, and load calibration circuits to facilitate accurate vector network analyzer and antenna analyzer calibration. · Attenuation Circuit: Integrated attenuation circuit enhances testing flexibility and signal control during measurements. · Portable Design: Small size and lightweight construction make it easy to carry and use in various environments, ideal for use in labs, classrooms, or fieldwork. · Equipped Accessories: Comes with 2 UFL patch cords for quick and convenient connections, improving ease of use and setup efficiency. Package Includes: · 1 x RF Demo Kit (RF Test Board with integrated modules) · 2 x UFL Patch Cords Optimize your RF calibration and testing processes with this all-in-one RF Demo Kit, delivering reliable performance, diverse functionality, and portability tailored for advanced RF learning and measurement applications.