קוד קורס: 41001
5.0 נ"ז
Introduction: The CMOS IC Design Process. Notation and Symbology. Analog Signal Processing. CMOS Technology. The MOSFET: The MOSFET Transistor. Cases: Accumulation, Depletion and Strong Inversion. The Threshold voltag. IV Characteristic of MOSFET. MOSFET Operation in triode region. The Saturation region. CMOS Analog Circuit Modeling. SPICE Modeling of the MOSFET.Simple MOS Large-Signal Model. Small-Signal Model for the MOS transistor. CMOS Passive Components. Examples of MOS modeling using SPICE: IV, DC, AC and Transient Analysis. Analog CMOS SubCircuits. MOS Switch. Active Resistor/Loads. Currents Sinks and Sources. The Current Mirrors and Current Amplifiers. Current and Voltage References. Geometrical Consideration in CMOS Design. Layout of Simple Current Mirror. Digital CMOS SubCircuit. Inverter a “Master piece”. Reading Logic Gates. Designing Logic Gates. Flip Flop Design. Memory Cicuits. Memory cells. Read/Write Cycles. Finite State Machines (FSMs). Specification using Graph, Program & Table. Implematation using FFs. Differential Amplifiers: The Source Coupled Pair. CMRR, Noise and Matching Considerations. Operational Amplifiers: Basic CMOS Operational Amplifier. Characterizing the Op Amp. Operational Transcondutance Amplifiers. Design of a Two-Stage Op Amp Mixed Signal Circuits: Digital-to-Analog Converter (DAC). Analog-to-Digital Converter (ADC). VLSI Implementation of Digital/Analog Sub Systems: Students are required to gain knowledge and experience a lab design work on implementation of Digital, Analog and Mixed Signal sub systems.
דרישות הקדם והדרישות המקבילות בקורס התקנים בטכנולוגית VLSI הינן:
דרישות קדם: פיסיקה והתקנים של מוליכים למחצה (40049)
דרישות מקבילות: אין
לחצו למעבר אל תוכנית לימודי הנדסת אלקטרוניקה - התמחות VLSI
לחצו למעבר אל תוכנית לימודי הנדסת אלקטרוניקה - התמחות בתקשורת
