A bio-implantable integrated circuit is discussed in this paper. The implemented circuit is designed for monitoring blood pressure of transgenic mice. Due to small available volume, the power consumption is the primary design issue. In order...

A novel non-coherent BPSK demodulator featuring ultra-low power and high data rate is presented for inductively powered biomedical implants. The circuit is designed in 0.18 μm standard CMOS technology. Simulation results ...

In this paper a new fully digital high efficiency ASK demodulator for detecting data via inductive link is proposed. The proposed demodulator does not use any passive component and is compatible with standard CMOS digital ...

In this paper, we propose a new energy scavenging system for powering bio-implantable devices. Different

available energy sources and micro-generators are examined. The operation of electrostatic generators will

be examined in detail...