not be encrypted. Models such as these are readily available from numerous sources - manufacturer’s web-sites being just one example. To load a model from an external file, open the Simulation Model Editor database connection. KiCad does not recommend or endorse any particular ODBC driver or database server, but has been tested to work with Sqlite, MySQL, MariaDB, and PostgreSQL. NOTE Windows users: database server allows TCP/IP connections, then add the required Port parameter to your connection string. For example, add Port=3306; for the default TCP port of MySQL/MariaDB, or Server=localhost;Port=5432;

not be encrypted. Models such as these are readily available from numerous sources - manufacturer’s web-sites being just one example. To load a model from an external file, open the Simulation Model Editor database connection. KiCad does not recommend or endorse any particular ODBC driver or database server, but has been tested to work with Sqlite, MySQL, MariaDB, and PostgreSQL. NOTE Windows users: database server allows TCP/IP connections, then add the required Port parameter to your connection string. For example, add Port=3306; for the default TCP port of MySQL/MariaDB, or Server=localhost;Port=5432;

not be encrypted. Models such as these are readily available from numerous sources - manufacturer’s web-sites being just one example. 要从外部文件加载模型，请打开仿真模型编辑器对话框（符号属性 → 仿真模型… ）并从文件中选择 SPICE 模型。 File is the database server allows TCP/IP connections, then add the required Port parameter to your connection string. For example, add Port=3306; for the default TCP port of MySQL/MariaDB, or Server=localhost;Port=5432; Server=localhost;Port=5432; to force PostgreSQL to use a TCP connection to the local server. Using the default UNIX domain socket connections for MySQL, MariaDB, or PostgreSQL is only possible when overriding host file

ODBC driver supports. KiCad does not recommend or endorse any particular ODBC driver or database server, but has been tested to work with Sqlite, MySQL, MariaDB, and PostgreSQL. NOTE Flatpak users: database server allows TCP/IP connections, and then add the required Port parameter to your connection string. For example, add Port=3306; for the default TCP port of MySQL/MariaDB, or Server=localhost;Port=5432; Server=localhost;Port=5432; to force PostgreSQL to use a TCP connection to the local server. Configuring libraries Each database library can contain "sub-libraries" mapped to a single database table. The libraries

TCP/IP 连接，然后在你的连接字符串中添加所需的 Port 参 数 。 例 如 ， 为 MySQL/MariaDB 的 默 认 TCP 端 口 添 加 Port=3306; ， 或 Server=localhost;Port=5432; ，强制 PostgreSQL 使用 TCP 连接到本地服务器。 配置库 每个数据基础库可以包含映射到单个数据库表的 "子库"。 配置文件中的 libraries in a web browser Get Involved Open "Contribute to KiCad" in a web browser Getting Started with KiCad Open “Getting Started in KiCad” guide for beginners Help Open product documentation in a web browser

portability of KiCad project files 41 10 More about KiCad documentation 43 10.1 KiCad documentation on the Web . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43 Getting Started in footprints. Quicklib is a tool that allows you to quickly create KiCad library components with a web-based interface. For more information about Quicklib, refer to Making Schematic Components With Quicklib component for MYCONN3 (see MYCONN3 above) using the Internet tool quicklib. 1. Head to the quicklib web page: http://kicad.rohrbacher.net/quicklib.php 2. Fill out the page with the following information:

portability of KiCad project files 43 9 More about KiCad documentation 45 9.1 KiCad documentation on the Web . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45 Getting Started component for MYCONN3 (see MYCONN3 above) using the Internet tool quicklib. 1. Head to the quicklib web page: http://kicad.rohrbacher.net/quicklib.php 2. Fill out the page with the following information: Make Schematic Components in quicklib we saw how to make a schematic component using the quicklib web- based tool. However, you will occasionally find that you need to create a schematic component with

component for MYCONN3 (see MYCONN3 above) using the Internet tool quicklib. 1. Head to the quicklib web page: http://kicad.rohrbacher.net/quicklib.php 2. Fill out the page with the following information: Make Schematic Components in quicklib we saw how to make a schematic component using the quicklib web-based tool. However, you will occasionally find that you need to create a schematic component with /Library/Application Support/kicad/help/en 9.1. KiCad documentation on the Web Latest KiCad documentations are available in multiple languages on the Web. http://kicad.org/help/documentation/

footprints. Quicklib is a tool that allows you to quickly create KiCad library components with a web-based interface. For more information about Quicklib, refer to Making Schematic Components With Quicklib component for MYCONN3 (see MYCONN3 above) using the Internet tool quicklib. 1. Head to the quicklib web page: http://kicad.rohrbacher.net/quicklib.php 2. Fill out the page with the following information: Make Schematic Components in quicklib we saw how to make a schematic component using the quicklib web-based tool. However, you will occasionally find that you need to create a schematic component with

Finally, Nginx can be used as a cache to the github server to speed up the loading of footprints. It can be installed locally or on a network server. There is an example configuration in KiCad sources is to overwrite the default nginx.conf with this one and export KIGITHUB=http://my_server:54321/KiCad, where my_server is the IP or domain name of the machine running nginx. 2.4.7. Usage Patterns Footprint