Wireless powering and communication in RFCMOS 180 nm for implantable thermal neuromodulators

机译：用于植入式神经调节器的RFCMOS 180 nm无线供电和通信

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A chip with wireless powering and bidirectional communication in RFCMOS 180 nm that can be used to control thermal implantable neuromodulators is presented. This device uses a 2 GHz signal for RF powering and communication and occupies 1.5 mm × 1.5 mm. The power consumption of this device is 17 mW with the thermoactuator deactivated. The building blocks of this device, namely its battery and power management, wireless power transfer and communication modules are presented and discussed.

机译：提出了一种在RFCMOS 180 nm中具有无线供电和双向通信功能的芯片，该芯片可用于控制热植入神经调制器。该设备使用2 GHz信号进行RF供电和通信，占地1.5 mm×1.5 mm。禁用热执行器后，该设备的功耗为17 mW。介绍并讨论了该设备的构建模块，即电池和电源管理，无线电源传输和通信模块。

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《IEEE Portuguese Meeting in Bioengineering》|2019年|1-4|共4页
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V. Silva; P.M. Mendes;
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CMOS integrated circuits; microactuators; microwave power transmission; modulators; neurophysiology; power consumption; prosthetic power supplies; radiofrequency integrated circuits;

机译：CMOS集成电路;微致动器;微波功率传输;调制器;神经生理学;功耗;假体电源;射频集成电路;

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2. A Fully-Integrated Reconfigurable Dual-Band Transceiver for Short Range Wireless Communications in 180 nm CMOS [J] . Yu Xiaobao, Wei Meng, Yin Yun, Solid-State Circuits, IEEE Journal of . 2015,第11期

机译：用于180 nm CMOS的短距离无线通信的完全集成的可重配置双频带收发器
3. Minimization of power and area of digital modulator for cellular communication using cadence in 180nm, 90nm and 45nm CMOS technology [J] . S.M Usha, H.B Mahesh Indian Journal of Science and Technology . 2020,第25期

机译：180nm，90nm和45nm CMOS技术的CADENCES的蜂窝通信功率和地区的功率和面积最小化
4. Wireless powering and communication in RFCMOS 180 nm for implantable thermal neuromodulators [C] . V. Silva, P.M. Mendes IEEE Portuguese Meeting on Bioengineering . 2019

机译：RFCMOS 180nm中的无线供电和通信用于可植入热神经调节剂
5. Wireless Biomedical Sensing: Wireless Power, Communication and Computation for Wearable and Implantable Devices [D] . Nattar Ranganathan, Vaishnavi. 2018

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6. Studies in RF Power Communication SAR and Temperature Elevation in Wireless Implantable Neural Interfaces [O] . Yujuan Zhao, Lin Tang, Robert Rennaker, -1

机译：无线植入式神经接口中的射频功率通信SAR和温度升高的研究
7. A Wireless Powering and Communication System for Implantable Devices Based on a Royer Oscillator with Radio and Near-field Communication Links [O] . Bakula Marko, Pelgrims Patrick, Puers Robert 2015

机译：基于带有无线电和近场通信链路的罗伊尔振荡器的可植入设备的无线供电和通信系统

Wireless powering and communication in RFCMOS 180 nm for implantable thermal neuromodulators

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