Linear integrated circuits and applications 9 min read
Crystal Growth and Wafer Preparation
In this process following subprocesses, are involved – (i) Crystal growing (ii) Ingot trimming and grinding (iii) Ingot slicing (iv)…
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Linear integrated circuits and applications 1 min read
Single Crystal Growth
We now have hyperpure poly-Si, already doped to the desired level, and the next step must be to convert it…
Linear integrated circuits and applications 4 min read
Monolithic IC – Component Fabrication
Now we shall discuss in detail how different circuit elements like capacitors, transistors, diodes, and resistors are fabricated into an…
Linear integrated circuits and applications 6 min read
Monolithic IC Manufacturing Process
For the manufacture and production of the monolithic IC, all circuit components and their interconnections are to be formed in…
Linear integrated circuits and applications 2 min read
Monolithic IC’s
We have already discussed the basics of Integrated Circuits in our previous post. The concepts of a basic monolithic IC will be…
Linear integrated circuits and applications 4 min read
Types of ICs (Integrated Circuits)
Based on the method or techniques used in manufacturing them, types of ICs can be divided into three classes: 1. Thin and thick…
Linear integrated circuits and applications 5 min read
Integrated Circuits Classification
Depending upon the functional utility, the Integrated Circuits Classification are classified as linear ICs and digital ICs. From the point of view…
Linear integrated circuits and applications 4 min read
Introduction to IC Fabrication
Miniaturization of electronic components and correspondingly the balk and volume of equipments has been an aim which has been progressing…
High voltage 4 min read
Boundary Element Methods
Boundary integral equations are a classical tool for the analysis of boundary value problems for partial differential equations. The term…
High voltage 5 min read
charge simulation method
This paper deals with the calculation of the electric field strength in high voltage (HV) substations comprising complex geometrical structures.…
High voltage 7 min read
The Finite Element Method (FEM)
The description of the laws of physics for space- and time-dependent problems are usually expressed in terms of partial differential equations (PDEs).…
High voltage 3 min read
The finite difference method
The finite difference approximations for derivatives are one of the simplest and of the oldest methods to solve differential equations.…
