Roger T. Howe
William E. Ayer Professor of Engineering
Faculty Director, Stanford Nanofabrication Facility
![](http://www.stanford.edu/group/howe/images/SNF.NewLogo.jpg)
Director, National Nanotechnology Infrastrcture Network (NNIN)
![](http://www.stanford.edu/group/howe/images/NNIN.logo.png)
Department of Electrical EngineeringPaul G. Allen Building, Room 114
420 Via Palou Mall,
Stanford University
Stanford, California 94305-4070
Phone: (650) 723-8030
Email: rthowe@stanford.edu
Table Of Contents:
- 1. Introduction to Microelectronics.
- Introduction. The Digital Inverter. Microelectronic Sensing Systems. Memories.
- 2. Semiconductor Physics and IC Technology.
- Pure Semiconductors. Generation, Recombination, and Thermal Equilibrium. Doping. Carrier Transport. Silicon Integrated Circuit Technology. C Resistors.
- 3. pn Junction and MOS Electrostatics.
- Applied Electrostatics. Carrier Concentration and Potential in Thermal Equilibrium. The PN Junction in Thermal Equilibrium. The PN Junction Under Reverse Bias. Depletion Capacitance. The MOS Capacitor: A First Pass. The Electrostatics of the MOS Capacitor. Capacitance of the MOS Structure.
- 4. The MOS Field-Effect Transistor.
- Introduction. Device Physics of MOSFET: Drain Current and Channel Charge. MOSFET Device Physics: A First Pass. MOSFET Device Physics: the Gradual Channel Approximation. MOSFET Circuit Models. Level I DC Model 35.
- 5. Digital Circuits Using Mos Transistors.
- Logic Concepts. Inverter Characteristics. MOS Inverter Circuits. CMOS Inverter Analysis. Static CMOS Logic Gates. Dynamic Logic. Pass Transistor Logic.
- 6. The pn Junction Diode.
- pn Diode Circuit Symbol and Terminal Characteristics. Integrated Circuit pn Diodes. The pn Junction Diode: A First Pass. pn Junction Diode Circuit Models. SPICE Model of the pn Junction Diode. Device Physics of the pn Junction Diode: Non-Equilibrium Minority Carrier Recombination. The Continuity Equation. Minority Carrier Distributions and Current Components: A Second Pass. Diode Applications.
- 7. The Bipolar Junction Transistor.
- Introduction. Bipolar Junction Transistor Physics: A First Pass. Reverse Active and Saturation Operating Regions. The Ebers-Moll Equations. Small-Signal Model of the npn BJT. BJT Device Physics. Lateral pnp Bipolar Transistor. SPICE Models for Bipolar Junction Transistors.
- 8. Single-State Bipolar/MOS Transistor Amplifiers.
- General Amplifier Concepts. Common-Emitter Amplifier-Introduction. Common-Source Amplifier-Introduction. Current Source Supplies. Common-Source Amplifier with Current Source Supply. Common-Emitter Amplifier with Current Source Supply. Improved Transconductance Amplifier with Emitter Degeneracy Resistor. Common-Base/Gate Amplifier.
- 9. Multistage Amplifiers.
- MOS Multistage Amplifiers-Small Signal Description. BiCMOS Multistage Amplifiers-Small Signal Description. BiCMOS Multistage Amplifiers-Small Signal Description. Direct-coupled Amplifiers-Large Signal Analysis. DC Voltage and Current Sources. A Two-Stage Transconductance Amplifier. Analysis of a BiCMOS Voltage Amplifier. Exercise and Problems.
- 10. Frequency Response.
- Bode Plots. Device Models for Frequency Response Analysis. Short-Circuit Current Gain. Voltage Gain Amplifiers. Frequency Response of Common-Collector/Drain Voltage Buffer. Common-Base/Gate Amplifier-Current Buffer. Frequency Response of Multistage Amplifiers.
- 11. Differential Amplifiers.
- General Concepts for Differential Amplifiers. Small Signal Analysis of Differential Amplifiers. Two-Port Model for the Differential Amplifier. Frequency Response of Differential Amplifiers. Differential Amplifiers with Single-Ended Outputs. Large Signal Analysis of Differential Amplifiers. Exercises and Problems.
- 12. Feedback and Operational Amplifiers.
- Introduction: Amplifier Models and the Feedback Concept. Frequency Response of Feedback Amplifiers. Large-Signal Benefits of Feedback. Practical Feedback Amplifiers. Integrated Operational Amplifiers. BiCOMS Operational Amplifiers.
- 13. MOS Memories.
- Memory Classification. MOS Memory Architecture. Memory Cells. Sense Amplifiers. Address Decoders and Buffers. SRAM Design Example. Exercises and Problems.
Monday/Wednesday/Friday Class Notes/Transparencies
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Tuesday/Thursday Class Notes/Transparencies
Click on a PDF icon to download the file.
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