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Lab 2 Voltage Divider Circuits

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VOLTAGE DIVIDER CIRCUTS
NAME(S):
DEPARTMENT: ELECTRICAL
DATE: 20/06/2016
WORK: LAB REPORT
PURPOSE: TO GET DEEPER NDERSTANDING OF ANALOG ELECTRONICS DEVICES
THROUGH ANALYZING OF VOLTAGE DIVIDER CIRCUITS

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Equipment used
1. Wave generator as the voltage supply.(Yellow)
2. Scope channel 1 & 2. (Orange and Blue)
3. The ground wire. (black)
Introduction
In this experiment we sought to investigate how voltage behaves when it is applied across a
resistor. We used two resistor and analyzed the output using various resistance values and wave
forms
Background
A voltage divider is a circuit that divides voltage in the ration of resistances in that circuit. Using
just two series resistors and an input voltage, we can create an output voltage that is a fraction of
the input.
Experimental procedure
1. We did Setup the breadboard according to the diagram below
2. We connected the Analog Discovery wave generator 1(yellow) to A
The ground wire (black) to B

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VOLTAGE DIVIDER CIRCUTS NAME(S): DEPARTMENT: ELECTRICAL DATE: 20/06/2016 WORK: LAB REPORT PURPOSE: TO GET DEEPER NDERSTANDING OF ANALOG ELECTRONICS DEVICES THROUGH ANALYZING OF VOLTAGE DIVIDER CIRCUITS Equipment used 1. Wave generator as the voltage supply.(Yellow) 2. Scope channel 1 & 2. (Orange and Blue) 3. The ground wire. (black) Introduction In this experiment we sought to investigate how voltage behaves when it is applied across a resistor. We used two resistor and analyzed the output using various resistance values and wave forms Background A voltage divider is a circuit that divides voltage in the ration of resistances in that circuit. Using just two series resistors and an input voltage, we can create an output voltage that is a fraction of the input. Experimental procedure 1. We did Setup the breadboard according to the diagram below 2. We connected the Analog Discovery wave generator 1(yellow) to A The ground wire (black) to B Scope channel 1(orange) to C Scope channel 2 (blue) to A 3. We applied voltage across R1 and R2 (a series circuit configuration) and monitored the signal from point A to point C. The signal at point A was the same signal as the wave generator as it was being monitored at the same point it was applied. 4. We connected the Analog Discovery Device to the PC using USB port and then opened wave form software 5. Clicked on WaveGen to setup the input voltage to the circuit. 6. Selected sine wave and set frequency to 20khz, amplitude to 4 ...
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