en to zh_CN translation catalogue (78 entries)

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en: Introduction
zh_CN: 简介

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en: *Copyright*
zh_CN: *版权*

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en: This document is Copyright (C) 2021-2024 by its contributors as listed below. You may distribute it and/or modify it under the terms of either the GNU General Public License (http://www.gnu.org/licenses/gpl.html), version 3 or later, or the Creative Commons Attribution License (http://creativecommons.org/licenses/by/3.0/), version 3.0 or later.
zh_CN: 本文档版权 (C) 2021-2024 年，作者如下。您可以根据 GNU 通用公共许可证 (http://www.gnu.org/licenses/gpl.html) 第 3 版或更高版本或知识共享署名许可证 (http://creativecommons.org/licenses/by/3.0/) 第 3.0 版或更高版本的条款分发和/或修改本文档。

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en: All trademarks within this guide belong to their legitimate owners.
zh_CN: 本指南中的所有商标均属于其合法所有者。

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en: *Contributors*
zh_CN: *贡献者*

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en: *Feedback*
zh_CN: *反馈*

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en: The KiCad project welcomes feedback, bug reports, and suggestions related to the software or its documentation. For more information on how to submit feedback or report an issue, please see the instructions at https://www.kicad.org/help/report-an-issue/
zh_CN: KiCad 项目欢迎与软件或其文档相关的反馈、错误报告和建议。有关如何提交反馈或报告问题的更多信息，请参阅 https://www.kicad.org/help/report-an-issue/ 上的说明

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en: *Publication date*
zh_CN: *出版日期*

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en: Welcome
zh_CN: 欢迎

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en: KiCad is a free and open-source electronics design automation (EDA) suite. It features schematic capture, integrated circuit simulation, printed circuit board (PCB) layout, 3D rendering, and plotting/data export to numerous formats. KiCad also includes a high-quality component library featuring thousands of symbols, footprints, and 3D models. KiCad has minimal system requirements and runs on Linux, Windows, and macOS.
zh_CN: KiCad 是一个免费和开源的电子设计自动化（EDA）套件。它具有原理图捕获、集成电路模拟、印刷电路板（PCB）布局、3D 渲染和绘图/数据导出等多种格式。KiCad 还包括一个高质量的元件库，其中有成千上万的符号、封装和 3D 模型。KiCad 对系统要求最低，可在 Linux、Windows 和 macOS 上运行。

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en: KiCad 8.0 is the most recent major release.  It includes hundreds of new features and bug fixes.  Some of the most notable new features include:
zh_CN: KiCad 8.0 是最新的主要版本。 它包括数百个新功能和错误修复。 一些最值得注意的新功能包括：

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en: A Properties Panel in the Schematic, Symbol, and Footprint editors, which lets you quickly view and edit properties of selected objects. This works even when multiple different types of objects are selected at once. This expands on the Properties Panel in the PCB editor, which was introduced in version 7.0.
zh_CN: 原理图、符号和封装编辑器中的属性面板，可让您快速查看和编辑所选对象的属性。即使一次选择多种不同类型的对象，这也有效。这在 PCB 编辑器的属性面板上进行了扩展，该面板是在 7.0 版本中引入的。

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en: HTTP libraries, which allow connecting KiCad to a networked component database or ERP system via a REST API. The REST endpoint can provide symbol and footprint mappings and other metadata.
zh_CN: HTTP 库，允许通过 REST API 将 KiCad 连接到联网组件数据库或 ERP 系统。REST 端点可以提供符号和封装映射以及其他元数据。

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en: A search panel in the Schematic editor, which lets you search for symbols, labels, and schematic text. This mirrors the search panel in the PCB editor, which was added in version 7.0.
zh_CN: 原理图编辑器中的搜索面板，可用于搜索符号、标签和原理图文本。这反映了 PCB 编辑器中的搜索面板，该面板是在 7.0 版本中添加的。

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en: The Symbol Fields Table has been expanded and now includes a fully-featured and customizable BOM export tool. The legacy BOM export tool, which uses external scripts to generate a BOM in the desired format, is still available.
zh_CN: 符号字段表已扩展，现在包括功能完备且可自定义的 BOM 导出工具。传统的 BOM 导出工具（使用外部脚本生成所需格式的 BOM 表）仍然可用。

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en: The SPICE simulator interface has been expanded and overhauled. The simulator tool now supports several new analysis types (FFTs, noise simulations, pole-zero simulations, and s-parameter analyses). The simulator result plots can now include user-defined signals, including mathematical operations, and the cursor and waveform measurement tools have been improved. Operating point analysis results can be displayed on the schematic itself to show the simulated operating point of each node.
zh_CN: SPICE 仿真器接口已进行了扩展和大修。仿真器工具现在支持多种新的分析类型（FFT、噪声模拟、零极点模拟和 s 参数分析）。仿真器结果图现在可以包含用户定义的信号，包括数学运算，并且光标和波形测量工具也得到了改进。工作点分析结果可以显示在原理图本身上，以显示每个节点的模拟工作点。

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en: The command-line interface has been expanded, and now includes support for running ERC/DRC, exporting to more formats, and specifying text variables, among other improvements.
zh_CN: 命令行界面已扩展，现在包括对运行 ERC/DRC、导出为更多格式和指定文本变量的支持，以及其他改进。

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en: A net navigator tool has been added in the Schematic editor, which displays the locations of a highlighted net across a schematic hierarchy.
zh_CN: 原理图编辑器中添加了一个网络导航器工具，用于显示原理图层次结构中高亮显示的网络的位置。

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en: Grids can now be automatically overridden for specific object types, for example to use a finer grid for moving text and a coarser grid for symbols.
zh_CN: 现在可以自动覆盖特定对象类型的网格，例如，使用更精细的网格来移动文本，使用更宽的网格来移动符号。

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en: Power symbols are now easier to work with, as their assigned net is now determined by the symbol value rather than the pin name. Where before changing a power symbol's net required editing the symbol in the symbol editor, in version 8 you can change the net directly in the schematic.
zh_CN: 电源符号现在更易于使用，因为它们分配的网络现在由符号值而不是引脚名称确定。在更改电源符号的网络之前，需要在符号编辑器中编辑符号，而在版本 8 中，您可以直接在原理图中更改网络。

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en: A graphical comparison tool has been added to compare symbols and footprints between libraries and the copies embedded in schematics and PCBs.
zh_CN: 添加了一个图形比较工具，用于比较库之间的符号和封装以及原理图和 PCB 中嵌入的副本。

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en: Board designs can be exported to the IPC-2581 format, which includes complete fabrication and assembly information in a single file.
zh_CN: 电路板设计可以导出为 IPC-2581 格式，该格式在单个文件中包含完整的制造和组装信息。

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en: The interactive length tuning tools in the PCB editor have been overhauled.  Length tuning meanders are now persistent objects that can be easily modified after they are initially created.
zh_CN: PCB 编辑器中的交互式长度调整工具已经过全面改进。 长度调整蛇形走线现在是持久性对象，在最初创建后可以轻松修改。

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en: Symbol fields are now synced to footprints in the PCB, so schematic symbol metadata is available in the board design.
zh_CN: 符号字段现在与 PCB 中的封装同步，因此电路板设计中可以使用原理图符号元数据。

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en: Graphical polygons on copper PCB layers can now have nets assigned, which can be useful for creating electrical structures with a precise shape.
zh_CN: PCB 铜层上的图形多边形现在可以分配网络， 这对于创建具有精确形状的电气结构非常有用。

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en: "Pin helper" tools have been added to the Schematic editor to quickly break out symbol pins to wires, nets, or no-connects.
zh_CN: 原理图编辑器中添加了 `引脚助手` 工具，用于快速将符号引脚分解到电线、网络或无连接。

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en: The 3D Viewer now has an appearance panel that improves user control over how board designs are visualized in 3D.
zh_CN: 3D 查看器现在具有一个外观面板，可提高用户对电路板设计在 3D 中可视化方式的控制。

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en: New importers and improvements to existing importers. Version 8 adds support for importing EasyEDA (JLCEDA) Standard and Professional Edition projects and libraries, CADSTAR symbol and footprint libraries, Solidworks PCB board files, Altium Designer symbol and integrated libraries, EAGLE symbol libraries, and LTSpice schematics.
zh_CN: 新增导入程序并改进现有导入程序。第 8 版新增了对 EasyEDA (JLCEDA) 标准版和专业版项目和库、CADSTAR 符号和封装库、Solidworks PCB 板文件、Altium Designer 符号和集成库、EAGLE 符号库以及 LTSpice 原理图的导入支持。

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en: New and improved exporters, including copper geometry in STEP exports and Cadence Allegro netlist export.
zh_CN: 全新改进的导出器，包括 STEP 导出和 Cadence Allegro 网表导出中的铜几何图形。

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en: Significant improvements to the Symbol, Footprint, and 3D Model libraries.
zh_CN: 对符号、封装和 3D 模型库进行了重大改进。

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en: A full listing of new features and changes in KiCad 8.0 can be found https://www.kicad.org/blog/2024/02/Version-8.0.0-Released/[here].
zh_CN: 可以 https://www.kicad.org/blog/2024/02/Version-8.0.0-Released/[此处] 找到 KiCad 8.0 中的新功能和更改的完整列表。

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en: Installing and Upgrading KiCad
zh_CN: 安装和升级 KiCad

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en: KiCad maintains compatibility and support with the maintained versions of Microsoft Windows, Apple macOS, and a number of Linux distributions.  Some platforms have specific installation or upgrade instructions. Always check https://www.kicad.org/download/ for the latest release information and instructions for your platform.
zh_CN: KiCad 与微软 Windows、苹果 macOS 和一些 Linux 发行版保持兼容和支持。  一些平台有特定的安装或升级说明。请随时查看 https://www.kicad.org/download/ 了解您所在平台的最新发布信息和说明。

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en: KiCad may compile and run on platforms that are not officially supported.  The KiCad development team makes no guarantees that KiCad will continue to work on these platforms in the future.  See https://www.kicad.org/help/system-requirements/ for more details on supported platforms and hardware requirements.
zh_CN: KiCad 可能会在不被官方支持的平台上编译和运行。  KiCad 开发团队不保证 KiCad 将来会在这些平台上继续运行。  有关支持的平台和硬件要求的详细信息，请参见 https://www.kicad.org/help/system-requirements/ 。

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en: KiCad uses a "major.minor.point" release version format.  Major releases bring new features and other significant changes to the code.  Minor releases are relatively rare and typically bring bug fixes that are too complicated for a point release.  Point releases contain only bugfixes.  Users are encouraged to update to the latest point release for their current major.minor version promptly, as these releases will not break file compatibility.  Major releases almost always come with changes to file formats.  KiCad is in general always backwards compatible with files created by older versions, but not forwards compatible: Once files are edited and saved by a new major version, these files will not be openable by the previous major version.
zh_CN: KiCad 使用 "Major.minor.point" 发布版本格式。  主要版本为代码带来了新功能和其他重大更改。  次要版本相对较少，通常会带来对点版本来说过于复杂的错误修复。  点发布只包含错误修复。  建议用户立即更新到当前主要次要版本的最新单点版本，因为这些版本不会破坏文件兼容性。  主要版本几乎总是伴随着文件格式的更改。  通常，KiCad 总是向后兼容旧版本创建的文件，但不能向前兼容：一旦新的主要版本编辑并保存了文件，这些文件将无法由以前的主要版本打开。

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en: Migrating from Previous Versions
zh_CN: 从以前的版本迁移

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en: In general, to migrate a design to a new version of KiCad, simply open the project with the new version, then open the schematic and PCB and save each file.  More details about specific issues that may come up when migrating designs is covered in the Schematic Editor and PCB Editor chapters of the manual.
zh_CN: 一般来说，要将设计迁移到新版本的 KiCad 中，只需用新版本打开项目，然后打开原理图和 PCB 并保存每个文件。  关于迁移设计时可能出现的具体问题的更多细节，将在本手册的原理图编辑器和 PCB 编辑器章节中讲述。

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en: Make sure to save a backup of your design before opening it with a new version of KiCad.
          Once saved in a new major version of KiCad, designs can no longer be opened by previous
          major versions.
zh_CN: 在使用新版本的 KiCad 打开设计之前，请务必保存设计的备份。一旦在新的 KiCad 主版本中保存了设计，以前的主版本就不能再打开了。

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en: The symbol library format changed in KiCad 6.0.  To continue editing symbol libraries made with a previous version of KiCad, these libraries need to be migrated to the new format.  For details on this process, see the Schematic Editor chapter of the manual.  Symbol libraries that have not been migrated can still be opened and used in read-only mode.
zh_CN: 符号库格式在 KiCad 6.0 中已更改。 要继续编辑使用早期版本的 KiCad 创建的符号库，需要将这些库迁移到新格式。 有关此过程的详细信息，请参阅手册的 **原理图编辑器** 一章。 尚未迁移的符号库仍然可以在只读模式下打开和使用。

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en: KiCad Workflow
zh_CN: KiCad 工作流程

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en: This section presents a high-level overview of the typical KiCad workflow.  Note that KiCad is a flexible software system, and there are other ways of working that are not described here.  For more information about each of the steps described in this section, please see the later chapters in this manual.
zh_CN: 本节介绍了典型的 KiCad 工作流程的高级概述。  请注意，KiCad 是一个灵活的软件系统，还有其他的工作方式在这里没有描述。  关于本节所述每个步骤的更多信息，请参见本手册后面的章节。

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en: A number of tutorials and guided lessons in using KiCad have been created by community
          members.  These resources can be a good way to learn KiCad for some new users.  See the
          Further Reading section at the end of this chapter for more information.
zh_CN: 社区成员已经创建了一些使用 KiCad 的教程和指导课程。
          成员创建的。  这些资源可以成为一些新用户学习 KiCad 的好方法。  参见本章末尾的
          更多信息请参见本章末尾的进一步阅读部分。

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en: Basic Terminology
zh_CN: 基本术语

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en: KiCad uses a number of terms that are fairly standard in the area of electronics design automation (EDA) software, and some that are more specific to KiCad.  This section lists some of the most common terms used throughout KiCad's documentation and user interface.  Other terms that are more specific to a certain part of the KiCad workflow are defined later in this manual.
zh_CN: KiCad 使用了一些在电子设计自动化（EDA）软件领域相当标准的术语，以及一些针对 KiCad 的特殊术语。  本节列出了 KiCad 文档和用户界面中最常用的一些术语。  其他针对 KiCad 工作流程的某一部分的术语将在本手册的后面进行定义。

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en: A **schematic** is a collection of one or more pages (sheets) of circuit schematic drawings.  Each KiCad schematic file represents a single sheet.
zh_CN: 一个 **原理图** 是由一页或多页（张）的电路原理图组成的集合。  每个 KiCad 原理图文件代表一个单页。

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en: A **hierarchical schematic** is a schematic consisting of multiple pages nested inside each other.  KiCad supports hierarchical schematics, but there must be a single **root sheet** at the top of the hierarchy.  Sheets within a hierarchy (other than the root sheet) may be used more than once, for example to create repeated copies of a subcircuit.
zh_CN: **层次原理图** 是由多个页面相互嵌套而成的原理图。  KiCad 支持层次原理图，但在层次结构的顶部必须有一个 **根原理图**。  层次结构中的工作表（除根原理图外）可以被多次使用，例如，创建一个子电路的重复副本。

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en: A **symbol** is a circuit element that can be placed on a schematic.  Symbols can represent physical electrical components, such as a resistor or microcontroller, or non-physical concepts such as a power or ground rail.  Symbols have **pins** which serve as the connection points that can be wired to each other in a schematic.  For physical components, each pin corresponds to a distinct physical connection on the component (for example, a resistor symbol will have two pins, one for each terminal of the resistor).  Symbols are stored in **symbol libraries** so they can be used in many schematics.
zh_CN: **符号** 是一个可以放在原理图上的电路元件。  符号可以代表物理电气元件，如电阻或微控制器，或非物理概念，如电源或地线。  符号有 **引脚**，作为连接点，可以在原理图中相互连接。  对于物理元件，每个引脚都对应于元件上的一个不同的物理连接（例如，一个电阻符号将有两个引脚，一个用于电阻的每个终端）。  符号被存储在 **符号库** 中，因此它们可以在许多原理图中使用。

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en: A **netlist** is a representation of a schematic that is used to convey information to another program.  There are many netlist formats used by various EDA programs, and KiCad has its own netlist format that is used internally to pass information back and forth between the schematic and PCB editors.  The netlist contains (among other things) all the information about which pins connect to each other, and what name should be given to each **net**, or set of connected pins.  Netlists can be written to a **netlist file**, but in modern versions of KiCad, this is not necessary as part of the normal workflow.
zh_CN: **网表** 是原理图的一种表示，用于向另一个程序传递信息。  各种 EDA 程序使用许多网表格式，KiCad 有自己的网表格式，内部用于在原理图和 PCB 编辑器之间来回传递信息。  网表包含（除其他外）所有关于哪些引脚相互连接的信息，以及应该给每个 **网络**，或一组连接的引脚起什么名字。  网表可以写入 **网表文件**，但在现代版本的 KiCad 中，作为正常工作流程的一部分，这并不是必须的。

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en: A **printed circuit board**, or PCB, is a design document that represents the physical implementation of a schematic (or technically, a netlist).  Each KiCad board file refers to a single PCB design.  There is no official support for creating arrays or panels of PCBs within KiCad, although some community-created add-ons provide this functionality.
zh_CN: **印刷电路板**，或称 PCB，是代表原理图 (或技术上的网表) 的物理实现的设计文件。  每个 KiCad 电路板文件指的是单个 PCB 设计。  官方不支持在 KiCad 中创建 PCB 的阵列或面板，尽管一些社区创建的附加组件提供了这一功能。

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en: A **footprint** is a circuit element that can be placed on a PCB.  Footprints often represent physical electrical components, but can also be used as a library of design elements (silkscreen logos, copper antennas and coils, etc.).  Footprints can have **pads** which represent copper areas that are electrically-connected.  The netlist will associate symbol pins with footprint pads.
zh_CN: **封装** 是可以放置在 PCB 上的电路元件。  封装通常代表物理电气元件，但也可以用作设计元素库 (丝印 LOGO、铜质天线和线圈等) 。  封装可以有 **焊盘**，表示电连接的铜区。  网表将把符号引脚与封装焊盘相关联。

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en: A **worksheet** is a drawing template, typically containing a title block and frame, that is used as the template for schematic sheets and PCB drawings.
zh_CN: **图框** 是一个绘图模板，通常包含一个标题块和框架，用作原理图和 PCB 绘图的模板。

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en: **Plotting** is the process of creating manufacturing outputs from a design.  These outputs may include machine-readable formats such as Gerber files or pick-and-place listings, as well as human-readable formats such as PDF drawings.
zh_CN: **绘制** 是从设计创建制造输出的过程。 这些输出可能包括机器可读的格式，如 Gerber 文件或拾取和放置列表，以及人类可读的格式，如 PDF 绘图。

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en: **Ngspice** is a mixed-signal circuit simulator, originally based on Berkeley SPICE, that is integrated into KiCad's schematic editor.  By using symbols with attached SPICE models, you can run circuit simulations on KiCad schematics and plot the results graphically.
zh_CN: Ngspice 是一个混合信号电路模拟器，最初基于 Berkeley SPICE，已集成到 KiCad 的原理图编辑器中。 通过将符号与附加的 SPICE 模型结合使用，您可以在 KiCad 原理图上运行电路仿真，并以图形方式绘制结果。

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en: KiCad Components
zh_CN: KiCad 组件

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en: KiCad consists of a number of different software components, some of which are integrated together to facilitate the PCB design workflow, and some of which are standalone.  In early versions of KiCad, there was very little integration between the software components.  For example, the schematic editor (historically called Eeschema) and PCB editor (historically called PcbNew) were separate applications that had no direct link, and to create a PCB based on a schematic, users had to generate a netlist file in Eeschema and then read this netlist file in PcbNew.  In modern versions of KiCad, the schematic and PCB editor are integrated into the KiCad project manager, and using netlist files is no longer required.  Many tutorials still exist that refer to the old KiCad workflow of separate applications and netlist files, so be sure to check the version being used when looking at tutorials and other documentation.
zh_CN: KiCad 由许多不同的软件组件组成，其中一些集成在一起以促进 PCB 设计工作流程，另一些则是独立的。  在 KiCad 的早期版本中，各软件组件之间的集成度很低。  例如，原理图编辑器（历史上称为 Eeschema）和 PCB 编辑器（历史上称为 PcbNew）是独立的应用程序，没有直接的联系，为了根据原理图创建 PCB，用户必须在 Eeschema 中生成一个网表文件，然后在 PcbNew 中读取这个网表文件。  在现代版本的 KiCad 中，原理图和 PCB 编辑器被集成到 KiCad 工程管理器中，使用网表文件不再是必需的。  许多教程仍然存在参考旧的 KiCad 工作流程的独立应用程序和网表文件，所以在查看教程和其他文档时，一定要检查正在使用的版本。

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en: The main KiCad components are usually started from the launcher buttons in the KiCad project manager window.  These components include:
zh_CN: 主要的 KiCad 组件通常从 KiCad 工程管理器窗口中的启动器按钮启动。  这些组件包括：

note: type: Table
en: |Component name|Description
    |Schematic Editor |Create and edit schematics; simulate circuits with SPICE; generate BOM files
    |Symbol Editor |Create and edit schematic symbols and manage symbol libraries
    |PCB Editor |Create and edit PCBs; export 2D and 3D files; generate fabrication output files
    |Footprint Editor |Create and edit PCB component footprints and manage footprint libraries
    |GerbView |Gerber and drill file viewer
    |Bitmap2Component |Convert bitmap images to symbols or footprints
    |PCB Calculator |Calculator for components, track width, electrical spacing, color codes, etc.
    |Page Layout Editor |Create and edit worksheet files
zh_CN: |组件名称|描述
    |原理图编辑器 |创建和编辑原理图；用 SPICE 模拟电路；生成 BOM 文件
    |符号编辑器 |创建和编辑原理图符号并管理符号库
    |PCB 编辑器 |创建和编辑 PCB，输出 2D 和 3D 文件，生成制造输出文件
    |封装编辑器 |创建和编辑 PCB 元件封装并管理封装库
    |Gerber 查看器 | Gerber 和钻孔文件查看器
    |Bitmap2Component |将位图图像转换为符号或封装
    |PCB 计算器 |元件、布线宽度、电气间距、色环等的计算器。
    |图框编辑器 |创建和编辑图框文件

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en: User Interface
zh_CN: 用户界面

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en: KiCad has a number of user interface behaviors that are common to all the different editor windows.  Some of these behaviors are described in more detail in later chapters of this manual.
zh_CN: KiCad 有许多用户界面行为，这些行为在所有不同的编辑器窗口中是通用的。  其中一些行为在本手册后面的章节中有更详细的描述。

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en: Objects can be selected by clicking on them or by dragging a selection window around them. Dragging from left to right will result in a selection of any items that are completely within the window.  Dragging from right to left will result in a selection of any items that touch the window. Pressing certain modifier keys while clicking or dragging will change the selection behavior.  These keys are platform-specific and are described in the Editing Options section of the Preferences dialog.
zh_CN: 对象可以通过点击它们或在它们周围拖动一个选择窗口来选择。从左到右拖动将导致选择完全在窗口内的任何项目。  从右向左拖动将导致选择任何接触到窗口的项目。在点击或拖动时按下某些快捷键将改变选择行为。  这些键是特定于平台的，在偏好设置对话框的编辑选项部分有描述。

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en: KiCad editors have the concept of a **tool** which can be thought of as a mode that the editor is in.  The default tool is the selection tool, which means that clicking will select objects under the mouse cursor.  There are also tools for placing new objects, inspecting existing objects, etc.  The active tool is highlighted in the toolbar, and the name of the active tool is shown in the bottom right of the editor in the status bar.  Pressing kbd:[Esc] always means "cancel" in KiCad: if a tool is in the middle of some action (for example, routing tracks), the first press of kbd:[Esc] will cancel that action.  The next press of kbd:[Esc] will exit the tool complely, returning to the default selection tool.  With the selection tool active, pressing kbd:[Esc] will clear the current selection, if one exists.
zh_CN: KiCad 编辑器有 **工具** 的概念，可以将其视为编辑器所处的一种模式。 默认工具是选择工具，这意味着单击将选择鼠标光标下的对象。 此外，还有用于放置新对象、检查现有对象等的工具。 活动工具会在工具栏中突出显示，活动工具的名称会显示在编辑器右下方的状态栏中。 在 KiCad 中，按下 kbd:[Esc] 总是表示 "取消"：如果工具正在执行某些操作（例如布线），第一次按下 kbd:[Esc] 将取消该操作。 下一次按下 kbd:[Esc] 将完全退出工具，返回默认的选择工具。 在选择工具处于激活状态时，如果存在当前选择，按下 kbd:[Esc] 将清除当前选择。

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en: KiCad Projects and Files
zh_CN: KiCad 工程和文件

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en: This section of the KiCad documentation has not yet been written.  We
          appreciate your patience as our small team of volunteer documentation
          writers work to update and expand the documentation.
zh_CN: 本节 KiCad 文档尚未编写完成。 我们的志愿文档编写小组正在努力更新和扩充文档，请您耐心等待。

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en: File types and project structure
zh_CN: 文件类型和工程结构

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en: Project workflow
zh_CN: 工程工作流程

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en: Schematic <> PCB workflow
zh_CN: 原理图交互 PCB 工作流程

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en: Standalone vs. project mode for schematic and PCB editors
zh_CN: 原理图和 PCB 编辑器的单机模式与工程模式

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en: Symbol and Footprint Libraries
zh_CN: 符号和封装库

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en: Relationship between libraries and design files
zh_CN: 库和设计文件之间的关系

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en: Global vs project libraries
zh_CN: 全局库与工程库

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en: The KiCad library project (built-in global libraries)
zh_CN: KiCad 库工程（内置全局库）。

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en: Accessory Tools
zh_CN: 辅助工具

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en: PCB Calculator
zh_CN: PCB 计算器

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en: Worksheet Editor (pl_editor)
zh_CN: 图框编辑器 (pl_editor)

note: type: Title ==
en: Further Reading
zh_CN: 扩展阅读

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en: The latest version of this manual can be found in multiple languages at https://docs.kicad.org Manuals for previous versions of KiCad can also be found at that website.
zh_CN: 本手册的最新版本可在以下网站找到多种语言版本：https://docs.kicad.org KiCad 以前版本的手册也可在该网站找到。

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en: The KiCad user community includes a number of forums and chat platforms that are operated independently from the KiCad development team but are fully endorsed as a great way to find help with problems, learn tips and tricks, and share examples of KiCad projects.  A listing of community resources is available under the Community heading at https://www.kicad.org
zh_CN: KiCad 用户社区包括一些独立于 KiCad 开发团队的论坛和聊天平台，但被完全认可为寻找问题帮助、学习技巧和窍门以及分享 KiCad 工程实例的绝佳途径。  社区资源的清单可在社区标题下获得：https://www.kicad.org

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en: Users interested in compiling KiCad from source and/or contributing to KiCad development should visit our developer documentation site at https://dev-docs.kicad.org for instructions, policies and guidelines, and technical information about the KiCad codebase.
zh_CN: 对从源代码编译 KiCad 和/或为 KiCad 开发做出贡献感兴趣的用户应访问我们的开发者文档网站：https://dev-docs.kicad.org，了解有关 KiCad 代码库的说明、政策和指南以及技术信息。
