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<p>ISO/TS 10303-1707 specifies the application module for Package.</p>
<p>The following are within the scope of ISO/TS 10303-1707:</p>
<ul>
<li>physical shape properties of a component used in electrical design;</li>
<li>physical mounting method used in manufacturing process of attaching the component to a substrate in the assembly;</li>
<li>shape classification of the leads of a component;</li>
<li>simulation of the default mounting surface for a component shape model;</li>
<li>identification and characterization of leads of a component;</li>
<li>rigid and flexible leads of a component;</li>
<li>identification and characterization of areas on lead of a component that are allowed attachment zones;</li>
<li>orientation marks on components accessible by human or vision systems for assembly orientation;</li>
<li>polarization marks on components accessible by human or vision systems for assembly orientation;</li>
<li>pin one identification for computer applications for assembly orientation and design rule checks;</li>
<li>computer based orientation identification using standard feature classification system;</li>
<li>shape classification and representation of the body of a component;</li>
<li>definition of shape properties of a lead template for use in multiple components.</li>
<li>geometric dimensioning and tolerance data for the shape of a component;</li>
</ul>
Reģistrācijas numurs (WIID)
89780
Darbības sfēra
<p>ISO/TS 10303-1707 specifies the application module for Package.</p>
<p>The following are within the scope of ISO/TS 10303-1707:</p>
<ul>
<li>physical shape properties of a component used in electrical design;</li>
<li>physical mounting method used in manufacturing process of attaching the component to a substrate in the assembly;</li>
<li>shape classification of the leads of a component;</li>
<li>simulation of the default mounting surface for a component shape model;</li>
<li>identification and characterization of leads of a component;</li>
<li>rigid and flexible leads of a component;</li>
<li>identification and characterization of areas on lead of a component that are allowed attachment zones;</li>
<li>orientation marks on components accessible by human or vision systems for assembly orientation;</li>
<li>polarization marks on components accessible by human or vision systems for assembly orientation;</li>
<li>pin one identification for computer applications for assembly orientation and design rule checks;</li>
<li>computer based orientation identification using standard feature classification system;</li>
<li>shape classification and representation of the body of a component;</li>
<li>definition of shape properties of a lead template for use in multiple components.</li>
<li>geometric dimensioning and tolerance data for the shape of a component;</li>
</ul>
