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What is the expected current through R1 in your circuit

What is the expected current through R1 in your circuit

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I need help answering the questions a.) What is the expected current through R1 in your circuit (using your PSB and resistor) b.) What are your measured resistance values for each of the 330ohms resistors you will be using (R1, R2, and R3)
s in a Row, X. edu/courses/2079441/pages/resistors-in-a-row-part-i-instructions?mod... With the PSB turned off, connect R1 across 3.3V, just as you did in the Resistors in a Row, Part Il Lab, as shown in this schematic: R1 330 Q PSB 3.3 V Again, pay close attention to the circuit voltage. The circuits in this lab are connected from +3.3V to ground, NOT from 5V to ground. Use Ohm's Law to calculate the expected value for current through this simple circuit. The current (in amps) will be equal to the voltage divided by the resistance. 3.3V 3302 = 0.01A (or 10MA). This value is close, but you can get even closer. Use the measured voltage from your PSB. You measured the output in the Test Your Setup Lab. You can use that value or measure again now with your voltmeter. With that value, use the measured resistance for R1 (which you submitted with the Resistors in a Row, Part I Lab). What is the expected current through R1 in your circuit (using your PSB and resistor)? What is your measured voltage for the 3.3V setting on the PSB? What are your measured resistance values for each of the 330 Q resistors you will be using (R1, R2, and R3)?
Transcribed Image Text:s in a Row, X. edu/courses/2079441/pages/resistors-in-a-row-part-i-instructions?mod... With the PSB turned off, connect R1 across 3.3V, just as you did in the Resistors in a Row, Part Il Lab, as shown in this schematic: R1 330 Q PSB 3.3 V Again, pay close attention to the circuit voltage. The circuits in this lab are connected from +3.3V to ground, NOT from 5V to ground. Use Ohm's Law to calculate the expected value for current through this simple circuit. The current (in amps) will be equal to the voltage divided by the resistance. 3.3V 3302 = 0.01A (or 10MA). This value is close, but you can get even closer. Use the measured voltage from your PSB. You measured the output in the Test Your Setup Lab. You can use that value or measure again now with your voltmeter. With that value, use the measured resistance for R1 (which you submitted with the Resistors in a Row, Part I Lab). What is the expected current through R1 in your circuit (using your PSB and resistor)? What is your measured voltage for the 3.3V setting on the PSB? What are your measured resistance values for each of the 330 Q resistors you will be using (R1, R2, and R3)?
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