RESPONSE OF HIGH-Q, TUNED CIRCUITS TO STEP INPUTS IN FREQUENCY PHASE, AND AMPLITUDE.
SYRACUSE UNIV N Y DEPT OF ELECTRICAL ENGINEERING
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A mathematical analysis of the response of a high-Q tuned circuit to input steps in frequency, phase and amplitude is presented. Laplace transform techniques are used to determine the electrical performance of a generalized RLC resonant circuit and conditions necessary to eliminate transient current effects are derived. Two examples illustrate the circuit response to FSK and PSK types of transition. Author
- Electrical and Electronic Equipment