Difference between revisions of "Semiconductors Book Outline"
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Outline | Outline | ||
* Thesis and Scope of this book (Introduction) | |||
* Before we begin (Preliminary information) | |||
Thesis and Scope of this book (Introduction) | * Interpreting and drawing a circuit | ||
* Engineering notation | |||
* Black-box conventions used throughout the book | |||
* Devices used in this book's examples | |||
Before we begin (Preliminary information) | * Test equipment | ||
* Tools | |||
* Choosing a correct resistor | |||
* Capacitors | |||
Interpreting and drawing a circuit | * Logarithms and logarithmic behavior | ||
* Safety | |||
* Diodes | |||
* Diode bias | |||
Engineering notation | * Physical diode limitations and imperfections | ||
* Reverse, leakage current | |||
* Datasheets | |||
* Checking a diode with DMM | |||
Black-box conventions used throughout the book | * Special Insert – Thermal considerations | ||
* Variability of parameters | |||
* Special diodes | |||
* Diode applications | |||
Devices used in this book's examples | * Diodes for voltage control | ||
* Light Emitting Diode (LED) | |||
* Diode as a Sensor | |||
* Diodes as Solar Cells | |||
Test equipment | * Controllable Diodes | ||
* Diode-type semiconductors DMM test | |||
* MOSFETs (switches) | |||
* Concepts | |||
Tools | * Special Insert – ESD Safety First | ||
* Ohmic mode | |||
* Low power supply voltages | |||
* How can we find what level of VGS drive voltage is necessary to conduct a certain level of current? | |||
Choosing a correct resistor | * MOSFET as a low power switch | ||
* P-Channel MOSFET | |||
* MOSFETs in digital logic | |||
* MOSFET as a high-power switch | |||
Capacitors | * High frequency switching and dynamic effects | ||
* N-channel MOSFET “upside down” | |||
* Additional MOSFET notes and considerations | |||
* JFET (high input resistance amplifier) | |||
Logarithms and logarithmic behavior | * JFET gate diode | ||
* Class-A amplifiers, Quiescent point | |||
* JFET Class A low-power amplifier | |||
* Input and output resistance, bandwidth, impedance | |||
Safety | * Further circuit analysis | ||
* Range of permissible IDQ and VDSQ levels | |||
* P-channel JFET | |||
* Further notes and circuits | |||
Diodes | * BJT (universal transistor) | ||
* BJT drive requirements | |||
* Large signal behavior | |||
* BJT as a switch | |||
Diode bias | * Linear BJT operation | ||
* Improved Class-A BJT biasing | |||
* Emitter follower configuration – biasing consideration | |||
* Small-signal behavior (Subtle effects) | |||
Physical diode limitations and imperfections | * Practical common-emitter amplifier circuit | ||
* Practical Emitter Follower Amplifier Circuit | |||
* BJT as a switch revisited – three warnings | |||
* PNP BJTs and NPN-PNP stages | |||
Reverse, leakage current | * Multiple stages | ||
* Class AB power amplifier | |||
* Additional notes and further reading | |||
* Other electronic components and concepts | |||
Datasheets | * Other semiconductor devices | ||
* Non-linear devices and circuit protection devices | |||
* Integrated Circuits | |||
* Circuit blocks | |||
Checking a diode with DMM | * Pulse Width Modulation and Motor Control | ||
* Switch Mode Regulation | |||
* H Bridge | |||
* Circuit analysis, Example circuits and projects | |||
Special Insert – Thermal considerations | * Circuit analysis | ||
* What to do when a circuit does not work | |||
* Power circuits | |||
* Light circuits | |||
Variability of parameters | * Time circuits | ||
* Audio circuits | |||
* Temperature circuits | |||
* Control circuits | |||
Special diodes | * Solar Projects | ||
* Driving High-Power MOSFETs | |||
* H-Bridge Protection, filtering, and energy storage | |||
* Appendix A Getting a job | |||
Diode applications | |||
Diodes for voltage control | |||
Light Emitting Diode (LED) | |||
Diode as a Sensor | |||
Diodes as Solar Cells | |||
Controllable Diodes | |||
Diode-type semiconductors DMM test | |||
MOSFETs (switches) | |||
Concepts | |||
Special Insert – ESD Safety First | |||
Ohmic mode | |||
Low power supply voltages | |||
How | |||
MOSFET | |||
P-Channel | |||
MOSFETs | |||
MOSFET | |||
High | |||
N-channel | |||
Additional | |||
JFET | |||
JFET | |||
Class-A | |||
JFET | |||
Input | |||
Further | |||
Range | |||
P-channel | |||
Further | |||
BJT | |||
BJT | |||
Large | |||
BJT | |||
Linear | |||
Improved | |||
Emitter | |||
Small-signal | |||
Practical | |||
Practical | |||
BJT | |||
PNP | |||
Multiple | |||
Class | |||
Additional | |||
Other | |||
Other | |||
Non-linear | |||
Integrated | |||
Circuit | |||
Pulse | |||
Switch | |||
H | |||
Circuit | |||
Circuit | |||
What | |||
Power | |||
Light | |||
Time | |||
Audio | |||
Temperature | |||
Control | |||
Solar | |||
Driving | |||
H-Bridge | |||
Appendix |
Revision as of 23:39, 3 August 2012
Outline
- Thesis and Scope of this book (Introduction)
- Before we begin (Preliminary information)
- Interpreting and drawing a circuit
- Engineering notation
- Black-box conventions used throughout the book
- Devices used in this book's examples
- Test equipment
- Tools
- Choosing a correct resistor
- Capacitors
- Logarithms and logarithmic behavior
- Safety
- Diodes
- Diode bias
- Physical diode limitations and imperfections
- Reverse, leakage current
- Datasheets
- Checking a diode with DMM
- Special Insert – Thermal considerations
- Variability of parameters
- Special diodes
- Diode applications
- Diodes for voltage control
- Light Emitting Diode (LED)
- Diode as a Sensor
- Diodes as Solar Cells
- Controllable Diodes
- Diode-type semiconductors DMM test
- MOSFETs (switches)
- Concepts
- Special Insert – ESD Safety First
- Ohmic mode
- Low power supply voltages
- How can we find what level of VGS drive voltage is necessary to conduct a certain level of current?
- MOSFET as a low power switch
- P-Channel MOSFET
- MOSFETs in digital logic
- MOSFET as a high-power switch
- High frequency switching and dynamic effects
- N-channel MOSFET “upside down”
- Additional MOSFET notes and considerations
- JFET (high input resistance amplifier)
- JFET gate diode
- Class-A amplifiers, Quiescent point
- JFET Class A low-power amplifier
- Input and output resistance, bandwidth, impedance
- Further circuit analysis
- Range of permissible IDQ and VDSQ levels
- P-channel JFET
- Further notes and circuits
- BJT (universal transistor)
- BJT drive requirements
- Large signal behavior
- BJT as a switch
- Linear BJT operation
- Improved Class-A BJT biasing
- Emitter follower configuration – biasing consideration
- Small-signal behavior (Subtle effects)
- Practical common-emitter amplifier circuit
- Practical Emitter Follower Amplifier Circuit
- BJT as a switch revisited – three warnings
- PNP BJTs and NPN-PNP stages
- Multiple stages
- Class AB power amplifier
- Additional notes and further reading
- Other electronic components and concepts
- Other semiconductor devices
- Non-linear devices and circuit protection devices
- Integrated Circuits
- Circuit blocks
- Pulse Width Modulation and Motor Control
- Switch Mode Regulation
- H Bridge
- Circuit analysis, Example circuits and projects
- Circuit analysis
- What to do when a circuit does not work
- Power circuits
- Light circuits
- Time circuits
- Audio circuits
- Temperature circuits
- Control circuits
- Solar Projects
- Driving High-Power MOSFETs
- H-Bridge Protection, filtering, and energy storage
- Appendix A Getting a job