Infineon Evaluation Board, RADAR RF Technology, 24GHz Frequency Frequency - DEMODISTANCE2GOLTOBO1 This evaluation board functions as a platform for developing and testing RADAR applications. Built for compatibility with the XMC4700 microcontroller, it integrates 24 GHz RF technology, enabling engineers and developers to investigate innovative solutions across a range of fields. Its design facilitates effective evaluation of the BGT24LTR11 RADAR transceiver, making it significant for professionals in electronics and automation. Features & Benefits • Demonstration board tailored for RADAR applications and development
• Compatibility with the XMC4700 microcontroller for expanded functionality
• 24 GHz RF technology enhances connectivity performance
• Integrated BGT24LTR11 enables efficient signal processing
• Compact design supports easy integration into existing projects Applications • Development of intelligent sensing systems in automation
• Prototyping advanced RADAR technologies in electronics
• Autonomous vehicle tracking and management
• Precision distance measurements in security systems
• Enhanced functionality in smart home automation What is the voltage requirement for operation? The board operates on a single supply voltage of 3.3V, ensuring compatibility with standard microcontroller power supplies. Can this board be used in conjunction with other devices? Yes, the board can be integrated with other RF devices or sensors, benefitting from its modular design. What is the maximum temperature range for reliable operation? The evaluation board functions effectively within an ambient temperature range of -40°C to 85°C, making it suitable for various environmental conditions. How do I interface the board with the XMC4700 microcontroller? The board allows for straightforward integration with the XMC4700, using standard pin connections for RF input and output, which facilitates seamless communication. Is there any external component needed for frequency tuning? External components, such as a resistor, are necessary for connecting to the VCO tuning pin to achieve optimal frequency adjustments and ensure precise functionality.