2002•Unpublished venueRequires access

Current-feedback magnetic multivibrator with feedback-controlled frequency compensation circuit

Akihiko Katsuki, W. Tahara, Masahiro Matsushima

Abstract

An improved current-feedback magnetic multivibrator having a constant frequency of oscillation is proposed. Current-feedback magnetic multivibrators are noise-proof, reliable, and highly efficient. However, the frequency of oscillation varies with the load. The proposed multivibrator can compensate the oscillation frequency by feedback control. This circuit succeeds to advantages of self-excited multivibrators.

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Available abstract

Key concepts: Multivibrator, Oscillation (cell signaling), Control theory (sociology), Compensation (psychology), Feedback control, Frequency compensation, Current (fluid), Computer science