- Introduction
- Quantum physics
- Valence and Crystal structure
- Band theory of solids
- Electrons and ``holes''
- The P-N junction
- Junction diodes.
- Insulated-gate field-effect transistors (MOSFET)
- Thyristors
- Semiconductor manufacturing techniques
- Superconducting devices
- Quantum devices
- Semiconductor devices in SPICE
- Introduction
- Meter check of a diode
- Diode ratings
- Rectifier circuits
- Peak detector
- Clipper circuits
- Clamper circuits
- Voltage multipliers
- Inductor commutating circuits
- Diode switching circuits
- Zener diodes
- Special-purpose diodes
- Other diode technologies
- SPICE models
- Introduction
- The transistor as a switch .
- Meter check of a transistor .
- Active mode operation
- The common-emitter amplifier
- The common-collector amplifier .
- The common-base amplifier
- Biasing techniques
- Input and output coupling .
- Feedback
- Current mirrors
- Transistor ratings and packages .
- BJT quirks
JUNCTION FIELD-EFFECT TRANSISTORS
INSULATED-GATE FIELD-EFFECT TRANSISTORS
- Hysteresis
- Gas discharge tubes
- The Shockley Diode
- The DIAC
- The Silicon-Controlled Rectifier (SCR)
- The TRIAC
- Optothyristors
- The Silicon-Controlled Switch (SCS)
- Introduction
- Single-ended and differential amplifiers
- The "operational" amplifier
- Negative feedback
- Divided feedback
- An analogy for divided feedback
- Voltage-to-current signal conversion
- Averager and summer circuits .
- Building a differential amplifier
- The instrumentation amplifier
- Differentiator and integrator circuits
- Positive feedback
- Practical considerations
- Operational amplifier models
- Data
PRACTICAL ANALOG SEMICONDUCTOR CIRCUITS
- Introduction
- Early tube history
- The triode
- The tetrode
- Beam power tubes
- The pentode
- Combination tubes
- Tube parameters
- Ionization (gas-filled) tubes
- Display tubes
- Microwave tubes
- Tubes versus Semiconductors
- A 50-ohm cable?
- Circuits and the speed of light .
- Characteristic impedance
- Finite-length transmission lines
- ``Long'' and ``short'' transmission lines
- Standing waves and resonance
- Impedance transformation
No comments:
Post a Comment
Please give valuable comments on this post.