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Estimating Terminal Deformation and Its Effects on Insertion Efforts
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English
Abstract
High terminal-to-terminal insertion efforts have created the need for improving the design of high density interconnection systems. To meet this challenge with a reduced design time schedule systematic analytical work is required.
As a result of analytical research, a unique three-phase evaluation procedure is presented. Phase I determines the possible terminal deformations; Phase II estimates the ultimate insertion effort. And finally, Phase III analysis computes the variances in such a force and helps to select the design parameters for an optimum insertion effort with minimum uncertainties.
At this stage, it appears imperative that the suggested three-phase analytical concept be accomplished even before any tooling is initiated. The final evaluation, however, must be based on testing of actual parts.
Authors
Citation
Roy, D., "Estimating Terminal Deformation and Its Effects on Insertion Efforts," SAE Technical Paper 930424, 1993, https://doi.org/10.4271/930424.Also In
Multiplex Technology Applications in Vehicle Electrical Systems
Number: SP-0954; Published: 1993-03-01
Number: SP-0954; Published: 1993-03-01
References
- Szabo´ Istva´n Springer - Verlag Auflage