Compact Hierarchical Bipolar Transistor Modeling With Hicum by Michael Schroter, Anjan Chakravorty

By Michael Schroter, Anjan Chakravorty

Compact Hierarchical Bipolar Transistor Modeling with HiCUM can be of serious functional gain to execs from the method improvement, modeling and circuit layout neighborhood who're drawn to the applying of bipolar transistors, which come with the SiGe:C HBTs fabricated with current state of the art technique technology.
The booklet starts off with an summary at the assorted machine designs of recent bipolar transistors, besides their proper working stipulations whereas the following bankruptcy on transistor concept is subdivided right into a evaluate of in most cases classical theories, introduced into context with smooth expertise, and a bankruptcy on complicated conception that's required for knowing smooth gadget designs. This publication goals to supply an outstanding foundation for the certainty of contemporary compact types.

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Extra resources for Compact Hierarchical Bipolar Transistor Modeling With Hicum (International Series on Advances in Solid State Electronics and Technology)

Sample text

The resulting double-polysilicon self-aligned structure is shown in Fig. 3. In the early eighties, also the first deep-trench isolation (DTI) was developed so that it was possible to significantly reduce not only the footprint but also the cross-talk between devices. It should be mentioned though that even today DTI is often eliminated from production processes due to cost reasons. Another very important innovation was the introduction of the selectively implanted collector (SIC), usually performed self-aligned through the open poly-base or emitter window.

Next, a definition of compact models is given and the relevant requirements are discussed. Finally, some definitions used for charge calculations Device Modeling Overview 39 from numerical simulations are provided that will be used throughout the book. g. [1, 2, 3, 4, 5]). Instead, below the most important process innovations will be briefly reviewed that led to the device design of advanced transistors found today. The physical and electrical effects mentioned will be explained in more detail throughout this book.

The carrier mobility formulation. • Quantum effects such as lateral or vertical confinement and tunnelling through barriers. Non-equilibrium transport can be described to first order by solving an energy balance equation. g. [27]), all being usually referred to as hydrodynamic equations. For compact modeling, only a simplified version is suitable, which can be written as dT c T c – T L 2q -------- + ----------------- + --------- E c = 0 . e. the gradient of 54 Compact Hierarchical Bipolar Transistor Modeling with HICUM respective quasi-Fermi potential), and λc is the carrier energy relaxation length.

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