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Physical Mechanism of Chaos in Thyristors and Coupled-Transistor Structures
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Electronic chaos in thyristors was observed by ac signal excitation of the anode of thyristors. The origin of this chaotic phenomenon was revealed by detailed measurement of the p-base potential, measurement with a coupled-transistor structure and the results of SPICE simulation. Chaos was generated by the return-mapping nature in the variation of the p-base potential. Chaotic behavior in a thyristor was also reproduced in the experimental coupled-transistor structure and in the results of SPICE simulation.
Title: Physical Mechanism of Chaos in Thyristors and Coupled-Transistor Structures
Description:
Electronic chaos in thyristors was observed by ac signal excitation of the anode of thyristors.
The origin of this chaotic phenomenon was revealed by detailed measurement of the p-base potential, measurement with a coupled-transistor structure and the results of SPICE simulation.
Chaos was generated by the return-mapping nature in the variation of the p-base potential.
Chaotic behavior in a thyristor was also reproduced in the experimental coupled-transistor structure and in the results of SPICE simulation.
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