Figure 1 Device structure and operating principle of an electronic structure modulation transistor.
Antigen structure modulation represents an approach towards designing subunit malaria vaccines.
We report the transport characteristics of a novel transistor based on the electronic structure modulation of the channel.
On the other hand, in geometrically chirped PCs, the band structure modulation arises from a gradual increase in the thicknesses of the layers [5, 6].
The proposed transistor, namely electronic structure modulation transistor (EMT), has also been analyzed as a possible replacement for metal oxide semiconductor field-effect transistor technology [1].
The working principle is based on the electronic structure modulation of a midgap or a near-midgap state due to an electric field by applying a gate voltage.
The DSRC physical layer follows exactly the same frame structure, modulation scheme, and training sequences specified by IEEE 802.11a physical layer.
We envision that the transistors based on the electronic structure modulation can open up a new class of post-CMOS logic devices.
The following sections builds from the ground up, starting with the physical layer, going through fundamental design choices such as frame structure, modulation, and channel coding.
