Performance Optimization of LDMOS Transistor with Dual Gate Oxide for Mixed-Signal Applications

Permeable gate Transistor for digital Printing Applications

A novel permeable gate transistor was designed for use in high-resolution, high-voltage transistor backplanes for digital printing applications. While standard designs for digital xerography require thinfilm transistors (TFTs) capable of switching over 5001500V, with this improvement, TFTs would only be required to switch over 5V, improving resolution and ease of manufacturing. Conducting polym...

Applications of floating-gate based programmable mixed-signal reconfigurable systems

The Optimization of Spacer Engineering for Capacitor-Less DRAM Based on the Dual-Gate Tunneling Transistor

The DRAM based on the dual-gate tunneling FET (DGTFET) has the advantages of capacitor-less structure and high retention time. In this paper, the optimization of spacer engineering for DGTFET DRAM is systematically investigated by Silvaco-Atlas tool to further improve its performance, including the reduction of reading "0" current and extension of retention time. The simulation results show tha...

Simulation of Ldmos High Frequency Power Transistor

Two important properties of an RF LDMOS power transistor are the high-voltage performance and the high-frequency performance. This thesis begins with the design of an initial device model based on a Motorola RF LDMOS product. The effects of varying drift length, n-epi layer doping concentration and thickness are then investigated by simulation using Academi2d software. Each parameter is varied ...

Optimization of Transistor-level Floorplans for Field-programmable Gate Arrays