We studied a variable-capacitance-type electrostatic generator that could potentially be used to permanently supply electrical energy to an apperatus for in vivo use such as a cardiac pacemaker. The generating system consists of a battery for supplying electric charge, a variable capacitor for energy conversion, a capacitor for electrical energy storage and two rectifiers. A honeycomb-type variable capacitor whose capacitance varies from 54 to 290 nF was created. It was possible to generate a maximum electrical energy of approximately 14.3 μJ/cycle. We found that the electrical energy for driving a cadiac pacemaker can be generated by using the honeycomb-type variable capacitor with higher capacitance.
|Number of pages||6|
|Journal||Japanese Journal of Artificial Organs|
|Publication status||Published - 1999 Jan 1|
- Cardiac pacemaker
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