"ADS1299集成模拟前端设计脑电、眼电、心电采集设备"

The project report submitted for the 2018 National College Student Biomedical Engineering Innovation Design Competition introduces a novel acquisition device designed for measuring EEG, ECG, and EOG signals. This device is based on the ADS1299 integrated analog front-end, which is capable of filtering, amplifying, and converting analog signals to digital. The data is then packaged and transmitted via Bluetooth using the STM32 microcontroller for further processing and display on a mobile device. The team consists of members from [School Name], under the guidance of [Teacher Name]. The project falls under the Medical Electronics category, specifically addressing the designated topic (B). The details of the team members, along with their contact information, are listed in the report for reference. The device developed in this project proves to be a valuable tool for real-time monitoring of brain, eye, and heart activities. By utilizing the capabilities of the ADS1299 integrated front-end, the device ensures accurate and reliable data acquisition. The data is then sent wirelessly to a mobile device, where it can be processed and displayed for monitoring and analysis purposes. In conclusion, this project demonstrates the successful integration of advanced technology in the field of biomedical engineering. The innovative design of the acquisition device showcases the team's expertise and dedication to solving real-world healthcare challenges. With the potential for further enhancements and applications, this project has the ability to make a significant impact in the medical field, ultimately benefiting both patients and healthcare professionals.