3.4: FETs
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- 3.4.1: Introduction to MOSFETs
- Introduction to MOSFET, a device called the Metal-Oxide-Semiconductor Field Effect Transistor.
- 3.4.2: Basic MOS Structure
- Discussing the basic MOS structure. Includes discussion of oxide capacitance, accumulation and inversion layers, and threshold and threshold voltage.
- 3.4.3: Threshold Voltage
- The process of finding out the threshold voltage.
- 3.4.4: MOS Transistor
- Introduction to the MOS Transistor, especially its structure (source, channel, and gate) and some attributes.
- 3.4.5: MOS Regimes
- Introducing the Sah equation, and discussing some properties of this equation.
- 3.4.6: Plotting MOS I-V
- Plotting MOS I vs V relationships, and sketching their behavior.
- 3.4.7: Models
- Introducing the MOSEFT model, and discussing its advantages over the bipolar transistor.
- 3.4.8: Inverters and Logic
- Introducing the inverter circuit, and building circuits which perform the NOR and NAND function based on this inverter circuit.
- 3.4.9: Transistor Loads for Inverters
- Discussing some other kinds of MOSFETs, and transistor loads for inverters.
- 3.4.10: CMOS Logic
- Introducing the complementary MOS, including how to make a p-channel transistor and how this works.
- 3.4.11: JFET
- How JFETs (junction field effect transistors) work.
- 3.4.12: Electrostatic Discharge and Latch-Up
- Problems that can affect MOS circuits.