SEMICONDUCTOR DIODEESSAY: What are your observations on the given table. How forward bias condition and reverse bias condition affects voltage and current?This data is simulated using tinkercad. A series circuit with battery, 1 diode and 1 resistor (100ohms).You can notice in 2nd column the batteries used in every row. Tinkercad AA battery is equivalent to 1.50 volts. Note that they are only different with the number of batteries used but the resistor(100ohms) and diode remains one only. No.R1R2R3R4No.F1F2F3F4Semiconductor Diode - Reverse-Bias Condition (VD<0 V)Battery1x or 1.50 V2x or 3.00 V3x or 4.50 V4x or 6.00 VBatteryThe currentthrough thecircuit using anammeter1x or 1.50 V2x or 3.00 V3x or 4.50 V4x or 6.00 V0.00 A0.00 A0.00 A5.12 mASemiconductor Diode - Forward-Bias Condition (VD > 0 V)The currentthrough thecircuit using anammeterThe voltageacross the diodeusing avoltmeter9.04 mA23.6 mA38.1 mA52.6 MA1.50 V3.00 V4.50 V5.48 VThe voltageacross the diodeusing avoltmeterThe voltageacross the 100-ohm resistorusing avoltmeter591 mV616 mV629 mV637 mV0.00 V0.00 V0.00 V512 mVThe voltageacross the 100-ohm resistorusing avoltmeter904 mV2.36 V3.81 V5.26 V

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Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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SEMICONDUCTOR DIODE ESSAY: What are your observations on the given table. How forward bias condition and reverse bias condition affects voltage and current? This data is simulated using tinkercad. A series circuit with battery, 1 diode and 1 resistor (100ohms). You can notice in 2nd column the batteries used in every row. Tinkercad AA battery is equivalent to 1.50 volts. Note that they are only different with the number of batteries used but the resistor(100ohms) and diode remains one only.

No.
R1
R2
R3
R4
No.
F1
F2
F3
F4
Semiconductor Diode - Reverse-Bias Condition (VD<0 V)
Battery
1x or 1.50 V
2x or 3.00 V
3x or 4.50 V
4x or 6.00 V
Battery
The current
through the
circuit using an
ammeter
1x or 1.50 V
2x or 3.00 V
3x or 4.50 V
4x or 6.00 V
0.00 A
0.00 A
0.00 A
5.12 mA
Semiconductor Diode - Forward-Bias Condition (VD > 0 V)
The current
through the
circuit using an
ammeter
The voltage
across the diode
using a
voltmeter
9.04 mA
23.6 mA
38.1 mA
52.6 MA
1.50 V
3.00 V
4.50 V
5.48 V
The voltage
across the diode
using a
voltmeter
The voltage
across the 100-
ohm resistor
using a
voltmeter
591 mV
616 mV
629 mV
637 mV
0.00 V
0.00 V
0.00 V
512 mV
The voltage
across the 100-
ohm resistor
using a
voltmeter
904 mV
2.36 V
3.81 V
5.26 V

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