用于外部供电的植入式疼痛控制器的专用微处理器

Proceedings of 17th International Conference of the Engineering in Medicine and Biology Society Pub Date : 1995-09-20 DOI:10.1109/IEMBS.1995.579566

M. Wei, J. Mouine, R. Fontaine, F. Duval

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引用次数: 3

摘要

介绍了一种用于外接电源植入式疼痛控制刺激器的8通道专用微处理器。它设计有8个通道来传递刺激:8个通道中的任何一个子集都可以同时启动或停止。通过适当的编程可以产生任意的电流波形，该波形可以通过透皮串行传输的算法来实现。微处理器可配置为双相或单相或混合操作模式。特别是电荷平衡的双相脉冲很容易产生。在RTL层采用Verilog HDL语言描述完成设计。由此产生的原理图或网表然后自动放置和路由预览单元集成与1.5微米Mitel工艺。

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A dedicated microprocessor for externally powered implantable pain controller

A 8-channel dedicated microprocessor for externally powered implantable pain control stimulator is presented. It is designed with 8 channels to deliver the stimuli: any subset out of 8 channels can be started or stopped simultaneously. Arbitrary current waveforms can be generated through appropriate programming which can be achieved by an algorithm serially transmitted transdermally. The microprocessor can be configured as biphasic or monophasic or mix operation mode. Particularly, the charge balanced biphasic pulses are easily generated. The design is accomplished with Verilog HDL language description at RTL level. The resulting schematic or netlist is then automatically placed and routed by Preview Cell Ensemble with the 1.5 micron Mitel process.

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Proceedings of 17th International Conference of the Engineering in Medicine and Biology Society

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