Robust power oscillator design for inductive-power link applications. Abstract: Microelectronic devices are widely used in biomedical applications such as ...
To make the power oscillator robust, injection-locking mechanism is incorporated with the differential power oscillator. The new injection-locked differential ...
Abstract—Microelectronic devices are widely used in biomedical applications such as infusion pumps, artificial organs, dialysis.
Dive into the research topics of 'Robust power oscillator design for inductive-power link applications'. Together they form a unique fingerprint. Sort by ...
This paper reports a power-oscillator based inductive power link to power up any implantable unit inside the human body. Instead of using power amplifier which ...
Missing: Robust design
This paper reports a power-oscillator based inductive power link to power up any implantable unit inside the human body. Instead of using power amplifier which ...
Missing: Robust | Show results with:Robust
A power-oscillator based inductive power link to power up any implantable unit inside the human body and the system has been designed using 0.5-µm standard ...
This application note provides an introduction to the oscillators in. MCU Series 1 or Wireless SoC Series 1 devices and provides guidelines in selecting correct ...
designed for high power applications with DC link voltages of 600-800 V. Fields of application. Inductive energy transmission in the range of the line voltage ...
Missing: Robust design
