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No Downloads. Views Total views. Actions Shares. Embeds 0 No embeds. No notes for slide. An atom with an atomic number of 6 has 6 electrons and 6 protons. Section Materials Used in Electronics 3.
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An atom with four valence electrons is a semiconductor. In a silicon crystal, each atom forms four covalent bonds. Section Current in Semiconductors 6. When heat is added to silicon, more free electrons and holes are produced. Current is produced in silicon at the conduction band and the valence band.
Doping is the carefully controlled addition of trivalent or pentavalent atoms to pure intrinsic semiconductor material for the purpose of increasing the number of majority carriers free electrons or holes.
Antimony is a pentavalent donor material used for doping to increase free electrons. Boron is a trivalent acceptor material used for doping to increase the holes.
Section The PN Junction The electric field across the pn junction of a diode is created by donor atoms in the n region losing free electrons to acceptor atoms in the p region.
This creates positive ions in the n region near the junction and negative ions in the p region near the junction. A field is then established between the ions.
The barrier potential of a diode represents an energy gradient that must be overcome by conduction electrons and produces a voltage drop, not a source of energy. To forward-bias a diode, the positive terminal of a voltage source must be connected to the p region. A series resistor is needed to limit the current through a forward-biased diode to a value that will not damage the diode because the diode itself has very little resistance.
Section Voltage-Current Characteristic of a Diode 3. To generate the forward bias portion of the characteristic curve, connect a voltage source across the diode for forward bias and place an ammeter in series with the diode and a voltmeter across the diode.
Slowly increase the voltage from zero and plot the forward voltage versus the current. A temperature increase would cause the barrier potential of a silicon diode to decrease from 0. Section Diode Models 5. No current from the 10 V source is through the diode. See Figure Figure Chapter 2 4 Section Full-Wave Rectifiers Figure 5.
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Chapter 2 5 Chapter 2 6 Figure 7. Chapter 2 7 Figure 8. Chapter 2 8 Chapter 2 9 Section Voltage Multipliers Chapter 2 10 Figure Section The Diode Datasheet The diode is operating properly. If a bridge rectifier diode opens, the output becomes a half-wave voltage resulting in an increased ripple at 60 Hz.
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Chapter 2 11 However, the 0 V output from the filter indicates that the surge resistor is open or that the capacitor is shorted. Open diode. The circuit should not fail. Application Activity Problems The rectifier must be connected backwards. Chapter 2 12 Chapter 2 13 Each half of the supply uses identical components.
Chapter 2 14 MultiSim Troubleshooting Problems The solutions showing instrument connections for Problems 62 through 79 are available from the Instructor Resource Center. The faults in the circuit files may be accessed using the password book all lowercase.
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Diode shorted Diode open No fault Diode leaky Bottom diode open Reduced transformer turns ratio Open filter capacitor D1 open Load resistor open Figure 2.