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3: FETs

Last updated

Sep 18, 2022
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- 2.6: Small Signal Model for Bipolar Transistor
- 3.1: Introduction to MOSFETs

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3.1: Introduction to MOSFETs
Introduction to MOSFET, a device called the Metal-Oxide-Semiconductor Field Effect Transistor.
3.2: Basic MOS Structure
Discussing the basic MOS structure. Includes discussion of oxide capacitance, accumulation and inversion layers, and threshold and threshold voltage.
3.3: Threshold Voltage
The process of finding out the threshold voltage.
3.4: MOS Transistor
Introduction to the MOS Transistor, especially its structure (source, channel, and gate) and some attributes.
3.5: MOS Regimes
Introducing the Sah equation, and discussing some properties of this equation.
3.6: Plotting MOS I-V
Plotting MOS $I$ vs $V$ relationships, and sketching their behavior.
3.7: Models
Introducing the MOSEFT model, and discussing its advantages over the bipolar transistor.
3.8: Inverters and Logic
Introducing the inverter circuit, and building circuits which perform the NOR and NAND function based on this inverter circuit.
3.9: Transistor Loads for Inverters
Discussing some other kinds of MOSFETs, and transistor loads for inverters.
3.10: CMOS Logic
Introducing the complementary MOS, including how to make a p-channel transistor and how this works.
3.11: JFET
How JFETs (junction field effect transistors) work.
3.12: Electrostatic Discharge and Latch-Up
As you are probably aware, you have to be very careful when handling MOS circuits to be sure that you are properly grounded, and that you do not transfer any static electricity to the chip. The standard human-body model assumes a static charge transfer of about 0.1 micro-Coulombs 10^−7C upon static electricity discharge between a human and a chip.

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