Titlebook: Electric Circuits; A Concise, Conceptua Gengsheng Lawrence Zeng,Megan Zeng Textbook 2021 The Editor(s) (if applicable) and The Author(s), u

initiate

Resistors in Series and in Parallel,This chapter will go over what it means for components to be connected in series or in parallel, with an emphasis on resistors. When resistors are connected in series, the effective resistance increases. When the resistors reconnected in parallel, the effective resistance decreases.

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Node-Voltage Method,This chapter will discuss the node-voltage method to solve for voltages at different points in a circuit. The node-voltage method is to set up KCL equations and to solve for the node voltages.

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Mesh-Current Method,This chapter will explore the mesh-current method to solve for currents through a circuit. The mesh-current method is to set up KVL equations and to solve for mesh currents.

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Circuit Simulation Software,This chapter will describe how to build and simulate circuits using the computer simulation software .. Doing computer simulation is an important step to test the feasibility of the circuit that you designed. You can use the computer simulation to predict what the circuit will behave before you construct the circuit.

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Superposition,This chapter will introduce the principle of superposition. If your circuit has multiple sources, you can use one source at a time to evaluate the output for each source. The summation of each individual output gives you the output as if all sources are acting simultaneously.

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Maximum Power Transfer,This chapter will discuss power and how to find the maximum power transfer from the source to the load. The maximum power transfer is achieved if the load resistance is the same as the resistance in the Thévenin or Norton equivalent circuit for the source.

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Inductors,This chapter introduces the inductor, a passive two-terminal electrical component that stores energy in a magnetic field when electric current flows through it.

FIN

Capacitors,This chapter introduces another passive two-terminal electrical component that stores energy in an electric field. In many ways, a capacitor’s behavior is the opposite of an inductor’s.

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First-Order Circuits,If you have a first-order circuit, you do not need to solve the associated first-order differential equation. You can write down solution after you find out three values: the initial, the final value, and the time constant.