3-Phase BL0906 Energy Metering Schematic -- 3

@anjalio22

I can deliver a complete, production-ready KiCad schematic for your 3-phase BL0906 energy metering system, including the standalone STM32F103CBT6 SPI interface and UART communication with the ESP32. I’ll design the current-input stage with jumper-selectable CT and voltage-output sensor options, including appropriate CT burden protection and scaling. The ZMPT101B voltage sensing paths will include carefully selected passive RC filtering and surge/noise protection suitable for accurate 50/60 Hz measurement. The design will cover RMS voltage/current, active power and energy, line frequency, fault/status registers, calibration provisions, and clean signal conditioning for reliable measurements. I’ll also provide an annotated, sourceable BOM with suitable part numbers and concise design notes explaining filter values, jumper logic, burden selection, calibration, and sensor-value changes. You will receive an organized, editable KiCad project ready for PCB development and future modification. I’ll focus on accuracy, robustness, component availability, and clear documentation throughout. Give me one opportunity to handle your project. I assure you I will complete it with full dedication, accuracy, and professionalism.

@shadabkhan92

With over a decade of experience in Electrical Engineering and Embedded Systems, I am more than qualified to tackle your 3-Phase BL0906 Energy Metering Schematic project. Moreover, my proficiency with the STM32 microcontroller and other relevant tools like KiCad will make your schematic design process effortless. I fully acknowledge the importance of well-calibrated, reliable electrical systems, and guarantee top-notch filter design on every phase to enhance metering accuracy and immunity against mains transients. My hardware expertise aligns perfectly with your requests, with an impressive track record in low-level microcontroller programming - perfect for handling your BL0906 IC communication via SPI. Additionally, my familiarity with ESP32 and UART will ensure seamless integration with your primary controller. I understand that future adaptability is key; therefore, I'll provide detailed design notes so that you can easily tweak values if needed. Lastly, what sets me apart from others is my capability to envisage projects holistically. Given that you currently face the challenge of combining Al solutions and reliable hardware implementation, let me assure you that this is where I thrive. My team is already well-versed in deploying AI systems, edge computing, and sensor networks across various platforms and so leaving a lasting impression on your project would be our utmost desire.