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Synchronised oscillatory systems with nonuniform gain in the feedback loop

Synchronised oscillatory systems with nonuniform gain in the feedback loop

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© The Institution of Electrical Engineers
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A complex synchronised oscillatory system of the feedback type, in which the overall loop frequency response has a dip, as in overcoupled resonance circuits, is studied. The advantages of such a response are emphasised. The stability within the synchronisation range is analysed. The pull-in range is obtained experimentally, and an analogue-computer network of an ‘electronic velodyne’ is developed for the purpose. The results are presented in a form suitable for the design of such synchronised systems.

Inspec keywords: oscillators; radio and radar; stability; synchronisation; pulse generators

Subjects: Control applications in telecommunications; Stability in control theory; Oscillators

References

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      • G.J. Camfield . A frequency generating system for v.h.f. communication equipment. Proc. IEE
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      • H.W. Bode . (1945) , Network analysis and feedback amplifier design.
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