'Drain voltage' diaporamas de présentation

Chapter 4. Field effect transistor

Chapter 4. Field effect transistor. Introduction. Organic FETs are technologically interesting because they could serve as the main component in cheap and flexible electronic circuits. Major possible applications are radio frequency identification (RF-ID) tags and flexible displays.

877 views • 42 slides

332:479 Concepts in VLSI Design Lecture 6 CMOS Transistor Theory

332:479 Concepts in VLSI Design Lecture 6 CMOS Transistor Theory. David Harris and Michael Bushnell Harvey Mudd College and Rutgers University Spring 2004. Outline. Introduction MOS Capacitor n MOS I-V Characteristics p MOS I-V Characteristics Gate and Diffusion Capacitance

638 views • 34 slides

Lecture #27 MOS

Lecture #27 MOS. LAST TIME: NMOS Electrical Model Describing the I-V Characteristics Evaluating the effective resistance R Switching behavior TODAY: NMOS physical structure: W and L and d ox , PMOS Transistor Geometry and capacitance Scaling of properties with size: ID and C.

517 views • 29 slides

Lecture #27 MOS

Lecture #27 MOS. LAST TIME: NMOS Electrical Model Describing the I-V Characteristics Evaluating the effective resistance R Switching behavior TODAY: NMOS physical structure: W and L and d ox , PMOS Transistor Geometry and capacitance Scaling of properties with size: ID and C.

299 views • 29 slides

Trying to build a model to compute I-Vs

223 views • 22 slides

Resonant Boost Converter Design

Resonant Boost Converter Design. Justin Burkhart April 15, 2009. Presentation Outline. Project Goals The Class E Inverter Resonant Rectifier LDMOS Device Model Completed Boost Converter Design. Project Goals. Design a resonant boost converter using TI LBC5 process LDMOS devices

856 views • 19 slides

Field Effect Transistors

213 views • 17 slides

Channel Length Modulation

157 views • 13 slides

Simulation results indicate that there are 3 natural states to the BDT: High, Med, and Low.

NIRT: Utilization of Ballistic Deflection Phenomena for Room Temperature Devices and Circuitry Martin Margala *, Marc Feldman+, Paul Ampadu+, Yonathan Shapir+ *University of Massachusetts Lowell, +University of Rochester. The Ballistic Deflection Transistor.

70 views • 1 slides