traslatore level servers, single, low dynamic impedance, in cmos technology

• 1. 一种散热好、低动态阻抗的服务器主板 [P] . 中国专利： CN206451071U . 2017.08.29
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• 3. traslatore level servers, single, low dynamic impedance, in cmos technology [P] . IT1243691B . 1994-06-21

  机译： traslatore级服务器，采用cmos技术的单个低动态阻抗

• 4. traslatore level servers, single, low dynamic impedance, in cmos technology [P] . IT9021086D0 . 1990-07-27

  机译： traslatore级服务器，采用cmos技术的单个低动态阻抗

• 5. method for controlling commutation of a traslatore level and relative level traslatore perfected and collapsible, in particular for references to low power in standard cmos technology [P] . ITMI20002514A1 . 2002-05-23

  机译： 完善和可折叠的控制平移层和相对平移层的换向的方法，特别是对于标准CMOS技术中的低功耗参考

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• 2. Human Interaction Dynamics for Its Use in Mobile Robotics: Impedance Control for Leader-follower Formation [J] . Daniel Herrera, Flavio Roberti, Marcos Toibero, 自动化学报（英文版） . 2017,第004期
• 3. A CMOS impedance cytometer for 3D flowing single-cell real-time analysis with ΔΣ error correction [C] . Kang-Ho Lee, Jeonghun Nam, Sukhwan Choi, Solid-State Circuits Conference Digest of Technical Papers (ISSCC), 2012 IEEE International . 2012
• 4. CMOS Low-Power Dynamic Impedance Matching System for Wireless Power Transfer and Pressure Sensor Design for Implantable Devices [D] . Huang, Yu-Wen. 2018
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• 6. How to achieve sub-cellular-level spatial resolution and sub-spike-level temporal resolution at same time is still a technical challenge in neural mapping while both information are critically important to advance neural science. Here, we present penetrating arrays consisted of single-neuron level transparent microelectrodes with low impedance coating which could realize the high spatial and temporal resolution at the same time. These 32-channel transparent penetrating electrodes with record-small site area, 225 µm², have a low impedance of ~ 149 kΩ at 1 kHz, an adequate charge injection limit of ± 0.76 mC/cm2, and up to 100 yield. Mechanical bending test result show robust mechanism up to 1000 bending cycles. After a temporary stiffen with polyethylene glycol, this electrode achieved great insertion result without any buckling or deformation. Together these results establish a novel neurotechnology - penetrating arrays of transparent, flexible bilayernanomeshMicroelectrodes which possess great potential for brain research [O] . Zhan Shi -1

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