Circuit design techniques for non-crystalline semiconductors

 Content: Fundamentals  Resistor-Capacitor Circuits The Four Primary Circuit Elements Resistor Capacitor Series Resistor-Capacitor (RC) Circuit Charge Sharing between Capacitors Filtering Property of RC Circuits Impedance of the RC Circuit   Fundamentals of Semiconductor Devices Energy Levels and Energy Bands Metals, Semiconductors, Insulators Semiconductor Fundamentals Semiconductor Junctions Metal-Semiconductor Junction p-n Junction Transistors   Circuit Analysis of MOSFET Circuits MOSFET Operation and its Impact in Circuit Design Small Signal Analysis of MOSFET Circuits High Frequency Response of MOSFET Circuits Noise in Circuits    Non-Crystalline Semiconductors  Non-Crystalline Semiconductors Introduction to Non{Crystalline Semiconductors Structure and Electronic Transport Thin Film Transistors   Device Physics of Thin Film Transistors Density of States in Non-Crystalline Semiconductors Device Physics of TFTs Transfer Characteristics of the TFT Mobility Threshold Voltage Shift   Modeling Threshold Voltage Shift for Circuit Design Constant Gate Bias Removal of Gate Bias Variable Gate Bias    Thin Film Transistor Circuits and Applications  Transistor as a Switch Transistor Biasing for Switch Operation On Resistance Off Resistance Switching Time Parasitics   Diode Connected Transistor Circuit Con_guration and Operation Applications   Basic Circuits Analog and Digital Circuits Current Mirrors Voltage Amplifiers Digital Inverter Ring Oscillators Static Random Access Memories Logic Gates Shift Registers   Large-Area Electronic Systems Large-area Electronic Systems Displays Sensors   Compensation Circuits for Displays Compensating for Threshold Voltage Shift Voltage Programmed Compensation Circuits Current Programmed Compensation Circuits Other Compensation Circuits for Display Applications   Self Compensation of Threshold Voltage Shift The Dancing House Analogy Graphical Representation of a TFT Simple TFT circuits as Node Diagrams Paradigm for Circuit Synthesis Building Blocks Extending the Design Paradigm Examples   Case Study- Pseudo PMOS Field Effect Transistor Role of Complementary Devices High Impedance Load with a Non-Complementary Process    Appendix  Appendix- Derivation of the Threshold Voltage Shift Model State Space Form of Charge Trapping Solving for nf (t) and ns(t) Threshold Voltage Shift Generalisations
 Abstract:             ''Written for students and professionals within the fields of Materials Science and Engineering, Electronics Engineering, and Applied Physics, this reference provides a systematic means to synthesize circuits with disordered semiconductor field effect transistors (DS-FETs) and explanation of the issues involved. It offers examples on how self-assembly, structural and functional, can be used as a powerful tool in circuit synthesis and provides starting threads for new and future research. The first book to focus on disordered semiconductors, the text covers theory, materials, techniques, and applications, as well as offer practical solutions for semiconductor use in devices''