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EEE355
·
Module 1
The Digital Abstraction and CMOS Logic
1
Understanding Digital Abstraction and Logic Levels
Define the digital abstraction and its use of VIL, VIH, VOL, VOH.
2
Extracting Logic Levels from VTCs
Analyze a voltage transfer characteristic (VTC) to extract logic levels.
3
Digital Circuit Noise Margins
Calculate noise margins to determine the robustness of a digital circuit.
4
MOSFETs as Voltage-Controlled Switches
Describe the operation of N-channel and P-channel MOSFETs as voltage-controlled switches.
5
CMOS Inverter VTC Analysis
Construct a CMOS inverter and trace its VTC.
6
CMOS Logic Gate Design: NAND and NOR
Apply the CMOS recipe to design NAND and NOR gates.
7
CMOS Gate Delays: Propagation and Contamination
Define and calculate propagation delay and contamination delay for a CMOS gate.
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