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  • 9.1: Introduction
    https://eng.libretexts.org/Workbench/Introduction_to_Circuit_Analysis/9%3A_Series_RLC_Circuits/10.01%3A_Introduction
    In fact, DC can be thought of as a special case of AC; namely, the frequency drops to zero hertz causing XC to approach an open and XL to drop to zero. In this chapter, as in the most of the...In fact, DC can be thought of as a special case of AC; namely, the frequency drops to zero hertz causing XC to approach an open and XL to drop to zero. In this chapter, as in the most of the remaining chapters, we shall be concerned with determining the circuit response based on a source with a single frequency of excitation, in other words, a simple sine wave.
  • 10.1: Introduction
    https://eng.libretexts.org/Courses/Canada_College/Circuits_and_Devices/10%3A_Series_RLC_Circuits/10.01%3A_Introduction
    In fact, DC can be thought of as a special case of AC; namely, the frequency drops to zero hertz causing XC to approach an open and XL to drop to zero. In this chapter, as in the most of the...In fact, DC can be thought of as a special case of AC; namely, the frequency drops to zero hertz causing XC to approach an open and XL to drop to zero. In this chapter, as in the most of the remaining chapters, we shall be concerned with determining the circuit response based on a source with a single frequency of excitation, in other words, a simple sine wave.

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