Features of Application of the Laser Method for Normalization of Accuracy of Resistors in Hybrid Integrated Circuits

Y. Antonov

doi:10.4028/www.scientific.net/KEM.291-292.643

Paper Titles

Numerical Simulation of the Cooling Process of Extruded Plastic Profiles within Vacuum Calibrators
p.619

A Novel Automatic Feedrate Adjustment Method for Die-Cavity Roughing
p.625

Deformation Analysis of Fixturing for Workpiece with Complex Geometry
p.631

Graph-Analytic Modification of the Method of Upper Estimation (Method of Energetic Geometry)
p.637

Features of Application of the Laser Method for Normalization of Accuracy of Resistors in Hybrid Integrated Circuits
p.643

Faults Monitoring and Diagnosis of Ball Bearing Based on Hilbert-Huang Transformation
p.649

Hilbert-Huang Transform and Its Application in Gear Faults Diagnosis
p.655

An Optimal Matching Algorithm Based on Rough Localization and Exact Adjustment
p.661

Study on Key Technologies of DNC System Oriented Networked Manufacturing
p.667

HomeKey Engineering MaterialsKey Engineering Materials Vols. 291-292Features of Application of the Laser Method for...

Features of Application of the Laser Method for Normalization of Accuracy of Resistors in Hybrid Integrated Circuits

Abstract:

Features of application of laser trimming for normalization of accuracy of resistance of resistive elements (REs) of hybrid integrated circuits (ICs) are considered. Limitations of the applied method are determined and decisions on its development are offered on the basis of application of means of the automated designing and modelling. Application of the method of the analysis of hierarchies (MAH) and the theory of indistinct sets for an estimation and optimization of projects of normalization is proved.