Pcb Design 06
This project is an electric bike control module designed by good engineers that work in the industry, I only did the layout which took me about 5-6 hours. The electric bike is propelled by a brushless DC (BLDC) motor with integrated Hall sensors. Based on the input signals provided by throttle, brake and torque sensors, an electronic control unit (electric BIKE control electronic module) will generate a proper PWM sequence for the BLDC motor in order to propel the bike from the battery pack or to recover braking energy back into the battery. The electric BIKE control module contains a microcontroller (uC) used to acquire signals from sensors (torque, throttle and brake) via a connector. The micro controller will calculate the necessary PWM signals required for the BLDC motor rotation based on sensors signals and on Hall position signals, this PWM signal will control a H-bridge and will power up the BLDC motor windings.
About Me
I am a hardware developer and layout design engineer with 6+ years experience working with high-bandwidth interface standards (CSI, GMSL, FPD-Link, OpenLDI), SerDes pair with both LVDS and single ended data transmission standards, LED drivers, power supplies circuits (buck, boost, LDO). I also have some experience in IoT products development with modules as BLE, CAN, GNSS, Ethernet PHY, LTE Cat M1/NB1, WWAN. I finished my Bachelor degree in Applied Electronics (2013-2017) and Masters degree in Computer and Communication Networks (2017-2019), Faculty of Electrical Engineering and Computer Science at "Ștefan cel Mare" University of Suceava, Romania. The below PCB projects are just simple designs done during my Bachelor's for TIE which is a design of electronics modules and assemblies contest for students where I won 1st place.
