The wireless power transmission (WPT) is a systematic technology improve many
constraints affecting implantable devices. Many methods have been introduced over the …

We propose an induction link based on overlapping arrays to eliminate blank spots on the
electromagnetic field for moving object applications. We use two arrays of four aligned coils …

A CMOS differential-drive bootstrap (BS) rectifier achieving an efficient dynamic threshold
voltage ()-drop compensation at high-frequency RF inputs is proposed for small biomedical …

This letter presents a fully differential CMOS bootstrap rectifier with an effective dynamic
threshold voltage (ie,) compensation (DVC). The bootstrapping circuit for DVC, which …

Objective: Wireless power transfer (WPT) is used as an alternative to batteries to accomplish
miniaturization in electronic medical implants. However, established WPT methods require …

This work presents a miniaturized wireless power transfer (WPT) system integrated with a
neuromodulation headstage for duty-cycled optical stimulation of freely moving rodents. The …

In a phased array-based radio-frequency (RF) wireless power transfer system, the power
transfer efficiency can be determined from the transmitted and received power density levels …

A full-wave CMOS passive rectifier with an effective threshold voltage (V TH) reduction
technique is proposed for wireless-powered biomedical implants. The V TH reduction is …

Valvular heart diseases are one of the most common complications in the cardiovascular
system. To restore the correct cardiac activity, the failing native heart valve is surgically …

We propose an induction link based on overlapping arrays to eliminate blank spots on the
electromagnetic field for moving object applications. We use two arrays of four aligned coils …