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| 两侧同时换到之前的修订记录 前一修订版 后一修订版 | 前一修订版 | ||
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kicad6creatfpwizard [2022/04/10 00:46] gongyu |
kicad6creatfpwizard [2022/04/21 14:33] (当前版本) liping |
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| ## 使用向导创建新封装 | ## 使用向导创建新封装 | ||
| [[kicad]] | [[kicad]] | ||
| + | 今天给大家演示一下如何创建一个新的封装，打开kicad，点击封装编辑器如图，进入封装库界面：{{ ::footprint0.png |}}<WRAP centeralign> kicad6.0界面</WRAP>{{ ::footprint1png.png |}}<WRAP centeralign> 封装编辑器界面</WRAP> | ||
| + | 我们打开文件可以看到新建封装和创建封装两种方式，咋一看这种方式好像是一样的，但是实际是有很大区别的，所谓新建封装就是从无到有，需要自己去一点点的绘制，而创建封装是利用封装向导去绘制的，用创建封装去绘制的封装都是规则的型号常见的封装，下面就演示一下如何使用封装向导去绘制封装。 | ||
| + | 首先先确认绘制什么样的封装， | ||
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| - | 常用的一些封装 | ||
| In the previous recipe, you learned how to create a custom footprint. The footprint you designed was for a standard 8-pin DIP integrated circuit. As you will probably agree, designing this footprint required a significant amount of effort. For devices like that, and several others, the KiCad Footprint Editor offer a wizard that can cut the total time needed to create something like the footprint from the previous recipe by 90%. In this recipe, you will learn how to use this wizard to create the same DIP-8 footprint as the one from the previous recipe which just a few keystrokes and clicks. | In the previous recipe, you learned how to create a custom footprint. The footprint you designed was for a standard 8-pin DIP integrated circuit. As you will probably agree, designing this footprint required a significant amount of effort. For devices like that, and several others, the KiCad Footprint Editor offer a wizard that can cut the total time needed to create something like the footprint from the previous recipe by 90%. In this recipe, you will learn how to use this wizard to create the same DIP-8 footprint as the one from the previous recipe which just a few keystrokes and clicks. | ||