Inductive coupling is widely used for powering biomedical implants, but is inadequate when transmitting low-frequency waveforms. We demonstrate that with amplitude modulation, specific waveforms can be transmitted via integrated receiving coils and passive demodulators. An ‘inlaid electroplating’ process with through-wafer plating is used to reduce internal resistance of microcoils and provide ...

Graphene (GN), a single layer two-dimensional structure nanomaterial, exhibits exceptional physical, electrical and chemical properties that lead to many applications from electronics to biomedicine. The unique parameters of GN, notably its considerable electron mobility, thermal conductivity, high surface area and electrical conductivity, are bringing heightened attention into biomedical appli...

merging Brain-Machine-Brain Interfaces (BMBIs) are promising alternative to study the neural activity underlying cognitive functions and pathologies, detecting mind driven decisions, etc. A BMBI covers many engineering and medical science disciplines. It includes biomedical circuits and systems, biosensor interfaces and devices, biosignal and bioimage processing, and bioinformatics, bioelectron...

This book provides, for the first time, a broad and deep treatment of the fields of both ultra low power electronics and bioelectronics. It discusses fundamental principles and circuits for ultra low power electronic design and their applications in biomedical systems. It also discusses how ultra energy-efficient cellular and neural systems in biology can inspire revolutionary low power archite...

Conventional transplantable biomedical devices generally request sophisticated surgery which however often causes big trauma and serious pain to the patients. Here, we show an alternative way of directly making three-dimensional (3-D) medical electronics inside the biological body through sequential injections of biocompatible packaging material and liquid metal ink. As the most typical electro...

Recent advances in biomedical electronics have opened the doors to pervasive/wearable technologies as well bioinspired systems. Traditional disease treatment is shifting toward preemptive, personalized healthcare. For these work seamlessly, careful design of integrated circuits for sensing, signal processing, and powering crucial. However, applications often are under unique harsh environments,...

Organic Electrochemical Transistors This cover demonstrates a bio-tissue compatible and biodegradable electronics neural interface for efficient monitoring recording of brain activities. The features with the formats ultra-thin, soft, conformal mounting on brain, which allows high-fidelity ability. Besides, property appears in as these scattered points around device, referring to tiny fragments...

Abstract Over the past decade, printed electronics (PE) has shown great potential for a wide range of industries, from consumer goods, electronics, aerospace, automotive, pharmaceutical, biomedical, to textiles and fashion. The rapid development printing technology been strongly driven by growth PE market its many applications. Here, we review latest trends in production quality control, focusi...

Transient electronics is an emerging class of innovative technology wherein electronic devices undergo controlled degradation processes after a period stable operation, leaving no toxic products behind. This offers exciting opportunities in research areas green electronics, temporary biomedical implants, data-secure hardware systems, and many others. However, one major challenge with these thei...

The unique attribute of transient technology is that it promotes the potential for design and implementation sustainable systems through their capability to fully or partially disintegrate after a predefined period stable operation. Transient electronics have wide range applications as biomedical implants, environmental sensors, hardware-secured devices. Controlled disintegration such without n...