Kelvin Yuk EEC282 Akella June 4, 2002 I. Introduction What is the problem? The problem is dealing with a high-level description of a system and finding an efficient way of co-synthesizing that system into hardware and software such that performance
By Kelvin Yuk and Jackie Xue Originally published Mar 12, 2003 Introduction In our project, we explore two different circuit design optimization techniques. We first implement the steepest descent algorithm to exemplify some of the basic concepts in
By Kelvin Yuk Date: June 5, 2002 Class: EEC282 – Akella Like Dislike
By Kelvin Yuk Presented: May 31, 2007 Like Dislike
By Kelvin Yuk and Jorge Campos Written: June 7, 2002 Even though research on Silicon-on-Insulator (SOI) devices has proven it to be the next technology that will significantly improve the performance of digital integrated circuits, many skeptics have
By Kelvin Yuk, Sung Park Presented: Dec 4, 2003 Like Dislike
A high-voltage (HV) SOI CMOS VLSI chip has been demonstrated to transport droplets on programmable paths across its coated surface. This HV exciter for a fluidic lab-on-a-chip system creates dielectrophoretic forces that move and help inject droplets
Nowadays, there is a million of Metal-Oxide-Semiconductor Field-Effect Transistors (MOSFET) in digital, analog, and mixed-signals circuits, and noise in transistors has limited the minimum signal level that a circuit can process with acceptable quali
A high-voltage (HV) integrated circuit has been demonstrated to transport droplets on programmable paths across its coated surface. This chip is the engine for a dielectrophoresis (DEP)-based micro-fluidic lab-on-a-chip system. This chip creates DEP
Microwave frequency multipliers provide a high performance means of generating microwave and millimeter-wave signals in a wide variety of communications and radar systems. The advances in active microwave frequency multipliers due to improvements in
A new, simplified empirical large-signal model for high power microwave SiC MESFETs is presented. A generalized drain current source equation is developed, allowing close predictions of both pulsed and static IV characteristics, which vary significan
This is a brief tutorial on the use of ADS Momentum.
