My plan is to design an ADS1299 standalone board that includes the LT3045MSE, LM27762DS, and REF5025 chips. The ADS1299 standalone board will be connected to a separate MCU board through an SPI interface, with VCC and GND supplied externally. The standalone board should therefore use a single connection strip/header with 6 or more cables, depending on the final requirements, to provide both power and data communication between the MCU board and the ADS1299 board.  Your task is to review the uploaded KiCad schematic and cross-checked the power architecture against the current ADS1299, LT3045, LM27762, and REF5025 documentations  Design a final manufacturing-release schematic  he power architecture is now defined, but because this is a patient-connected EEG/EMG/biopotential front end, the final PCB must additionally be reviewed for patient leakage current, ESD, creepage/clearance, isolation, fault conditions, and applicable IEC 60601 requirements. Those requirements cannot safely be inferred merely from the ADS1299 datasheet.