Pipelined ADC in Parallel and Low Noise Amplifier Design for Neural Recording Device

This article introduces a 20-bit pipelined analog to digital converter and low noise amplifier with a wake-up receiver from an RF detector in a double-sided stacked-up integrated circuit as a neural recording device. The proposed design is to obtain stable built-in action and local field potential. The optimized phase margin of ideal degrees is made sure as compared with original solutions. This article introduces a solution for early diagnoses by establishing a neural recording architecture to measure electroencephalography (EEG) signal along with a deep neural network (DNN) that classify the suspected patients.