This book brings together innovative modelling, simulation and design techniques in CMOS, SOI, GaAs and BJT to achieve successful high-yield manufacture for low-power, high-speed and reliable-by-design analogue and mixed-mode integrated systems.
This book brings together innovative modelling, simulation and design techniques in CMOS, SOI, GaAs and BJT to achieve successful high-yield manufacture for low-power, high-speed and reliable-by-design analogue and mixed-mode integrated systems.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
* Chapter 1: Low-power HF microelectronics: a unified approach * Part 1: Process technology * Chapter 2: Device structures and device simulation techniques * Chapter 3: Stanford's ultra-low-power CMOS technology and applications * Chapter 4: SOI technology * Chapter 5: Radiation effects on ICs and a mixed analog CMOS-NPN-PJFET-on-insulator technology * Part 2: Device modelling/characterisation and circuit simulation * Chapter 6: Modelling and characterisation of GaAs devices * Chapter 7: The EKV Model: a MOST Model Dedicated to Low-Current and Low-Voltage Analogue Circuit Design and Simulation * Chapter 8: Non-linear dynamic modelling of RF bipolar transistors * Chapter 9: APLAC - object-oriented circuit simulator and design tool * Chapter 10: Noise coupling in mixed-signal ASICs * Part 3: Reliability and test * Chapter 11: Robust design and reliability analysis * Chapter 12: Dynamic reliability of systems * Chapter 13: Fault modelling and simulation for the test of integrated analog and mixed-signal circuits * Part 4: Circuit and system design methodology * Chapter 14: High-speed and low-power techniques in CMOS and BiCMOS * Chapter 15: Ultra-low-power digital design * Chapter 16: Matched delay technique for high-speed digital design * Chapter 17: Statistical design and optimisation for high-yield BiCMOS analog circuits * Chapter 18: Design considerations for high-speed amplifiers using complementary BJTs * Chapter 19: S2I techniques for analog sampled-data signal processing * Chapter 20: Design of wireless portable systems * Chapter 21: Low-power radio-frequency ICs and system architectures for portable communications * Chapter 22: Analog and digital CMOS design for spread-spectrum wireless communications * Chapter 23: Design considerations for BJT active mixers * Chapter 24: Distortion in short channel FET circuits * Chapter 25: Intelligent sensor systems and smart sensors: concepts, focus points and technology * Chapter 26: Intelligent sensor systems and smart sensors: applications
* Chapter 1: Low-power HF microelectronics: a unified approach * Part 1: Process technology * Chapter 2: Device structures and device simulation techniques * Chapter 3: Stanford's ultra-low-power CMOS technology and applications * Chapter 4: SOI technology * Chapter 5: Radiation effects on ICs and a mixed analog CMOS-NPN-PJFET-on-insulator technology * Part 2: Device modelling/characterisation and circuit simulation * Chapter 6: Modelling and characterisation of GaAs devices * Chapter 7: The EKV Model: a MOST Model Dedicated to Low-Current and Low-Voltage Analogue Circuit Design and Simulation * Chapter 8: Non-linear dynamic modelling of RF bipolar transistors * Chapter 9: APLAC - object-oriented circuit simulator and design tool * Chapter 10: Noise coupling in mixed-signal ASICs * Part 3: Reliability and test * Chapter 11: Robust design and reliability analysis * Chapter 12: Dynamic reliability of systems * Chapter 13: Fault modelling and simulation for the test of integrated analog and mixed-signal circuits * Part 4: Circuit and system design methodology * Chapter 14: High-speed and low-power techniques in CMOS and BiCMOS * Chapter 15: Ultra-low-power digital design * Chapter 16: Matched delay technique for high-speed digital design * Chapter 17: Statistical design and optimisation for high-yield BiCMOS analog circuits * Chapter 18: Design considerations for high-speed amplifiers using complementary BJTs * Chapter 19: S2I techniques for analog sampled-data signal processing * Chapter 20: Design of wireless portable systems * Chapter 21: Low-power radio-frequency ICs and system architectures for portable communications * Chapter 22: Analog and digital CMOS design for spread-spectrum wireless communications * Chapter 23: Design considerations for BJT active mixers * Chapter 24: Distortion in short channel FET circuits * Chapter 25: Intelligent sensor systems and smart sensors: concepts, focus points and technology * Chapter 26: Intelligent sensor systems and smart sensors: applications
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