Test circuit board with multimeter
[DOC File]Experiment 1: Multimeter Measurements on DC Resistive …
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Construct the digital circuit described by the digital schematic of Figure 1 using the breadboard, integrated circuits (chips) provided. Verify the correct output of the combinatorial circuit by using a light emitting diode. Follow the simple steps provided. Examine the photograph of the breadboard below. Notice the array of holes in the board.
[DOCX File]Lab 3: Equivalent Resistance
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Lab 7: AC Test Equipment. Purpose: This lab will introduce many of the fundamental test equipment common to AC circuit testing and analysis. Equipment and Components: 1) Prototyping board, Multimeter, Function Generator, Oscilloscope. 2) Resistors: 4.7 kΩ, 10 kΩ, 2.2 kΩ. 3) Capacitors: 100 nF (0.1 μF) Procedure:
[DOC File]electronicdata
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A multimeter is an ideal piece of test equipment to help with fault finding an electronics transistor circuit. Often circuits like transistor radios fail after they have been used for many years, and it is useful to be able to mend them Also when constructing equipment, circuits do not always work first time and it is necessary to fault-find ...
[DOCX File]Series and Parallel Circuits 1 Lab
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1 green multimeter (with leads) 1 battery board. 1 alligator lead card. 1. Build the circuit shown in the schematic below. The numbers indicate contact points where you will use the multimeter probes to measure voltage. Build the 6V battery from 1.5V cells. Figure 1: A Simple Circuit. Measure the voltage across the battery.
[DOC File]Series and Parallel
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1 yellow multimeter (with leads) 1 battery board. 1 alligator lead card. 1. Build the circuit shown in the schematic below. The numbers indicate contact points where you will use the multimeter probes to measure voltage. Figure 1: Simple Circuit. Measure the voltage across the batteries to establish a benchmark.
[DOCX File]1.1.5.Ac Circuit Theory - Breadboarding
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Using a Digital Logic Board (DLB) and variable power supply, construct the circuit shown below. Use a digital multimeter (DMM) to measure I T , V R1 , V R2 , & V R3 . Remember, unlike measuring voltage, the current measurement is an intrusive measurement.
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