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In this course, we'll delve into the core principles of circuit theory, covering topics such as voltage-current relationships in resistive and reactive components, Ohm's Law, Kirchhoff's Laws, and source equivalency. We will also explore advanced concepts like transient responses, AC impedance, and the dynamic behavior of first and second-order systems. Students will gain proficiency in phasor analysis of sinusoidal signals, complex number calculations, signal sampling, and spectral analysis. We'll also touch on linear time-invariant systems, frequency response, and both the design and implementation of filters. A portion of the course will focus on control systems via the s-domain. To enrich your understanding and skill set, we will also introduce programming through Python, which will facilitate data processing and deepen your conceptual grasp. This course serves as a preparatory steppingstone for BME 33000 (Bioelectricity), equipping you with the essential physics knowledge and skills required for more advanced studies.

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