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ECG 2155 Instrumentation and Networks Laboratory UNIVERSITY OF NORTH CAROLINA AT CHARLOTTE Department of Electrical and Computer Engineering EXPERIMENT 2 BASIC CIRCUIT ELEMENTS OBJECTIVES The purpose
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How to fill out parallel and series-parallel circuit:

01
Identify the components: Before filling out the circuit, you need to identify the components that you will be using. These may include resistors, capacitors, or other electronic devices.
02
Determine the values: For each component, determine its value in terms of resistance, capacitance, or any other relevant parameter. This information is usually specified on the component itself or can be found in its datasheet.
03
Calculate the equivalent resistance: In a series-parallel circuit, you will have both series and parallel connections of components. Calculate the equivalent resistance for each series and parallel combination to determine the total resistance.
04
Calculate the current: Once you have the total resistance, you can calculate the total current flowing through the circuit. This can be done using Ohm's Law, where current (I) is equal to voltage (V) divided by resistance (R): I = V / R.
05
Calculate the voltage drops: In a series-parallel circuit, the voltage drops across each component will vary. Use Ohm's Law again to calculate the voltage drop across each component. Remember that in a parallel circuit, the voltage drop across each component connected in parallel is the same.
06
Configure the circuit: Based on the results of the calculations, physically arrange the components in the circuit according to their series and parallel connections. Connect the positive and negative terminals of the power supply accordingly.

Who needs parallel and series-parallel circuit:

01
Electrical engineers and technicians: Parallel and series-parallel circuits are commonly used in electrical and electronics engineering. Professionals in this field need to understand and work with these circuit configurations to design and troubleshoot electronic systems.
02
Students and researchers: Parallel and series-parallel circuits are fundamental concepts in electrical engineering and physics. Students and researchers studying these subjects need to learn how to analyze and work with these circuit configurations.
03
DIY enthusiasts and hobbyists: Individuals interested in electronics and DIY projects may also need to work with parallel and series-parallel circuits. Building electronic circuits, modifying existing systems, or repairing electronics often require knowledge and skills related to these circuit configurations.
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A parallel circuit is a circuit that has multiple paths for current to flow, while a series-parallel circuit combines both series and parallel configurations.
Anyone working with electrical circuits or involved in electronics may be required to understand and work with parallel and series-parallel circuits.
To fill out a parallel or series-parallel circuit, you need to understand the components involved and how they are connected.
The purpose of a parallel or series-parallel circuit is to control the flow of electricity and distribute it efficiently.
Information such as component values, voltage sources, and current values must be reported on a parallel or series-parallel circuit.
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