Microduino Wikipedia - 用户贡献 [zh-cn]

Microduino Video output

2014-05-04T09:09:25Z

Micxjj：/* Notice */

{| style="width: 800px;"
|-
|

==Outline==
*Project：Microduino TV Output
*Purpose：The course will teach us how to use Microduino to connect your TV and send video output to the screen in the form of PAL or NTSC format.
*Difficulty：Middle
*Time-consuming：1 hour
*Maker：Microduino Studio-ray
*Source: Make Your Own Video Game System by Maik Schmidt http://pragprog.com/magazines/2011-08/make-your-own-video-game-system/

==Bill of Materials==

*'''[[Microduino-Core]]'''
*'''[[Microduino-FT232R]]'''

*Other Hardware Equipments
**A TV set with AV interface
**An USB cable
**A number of wire jumper
**A RCA cable
**A resistance of 1000Ω
**A resistance of 470 Ω
==RCA Cable ==

Before we start to build a video signal, we must connect Microduino to a TV. The cheapest and the simplest solution is RCA cable (sometimes called cinch cable) which is used to send audio or video signals. In the chart below, you can a RCA cable with three connectors.

These cables typically transmit sound (red and white connectors) and video (yellow connector). In this case, all we need is the cable of the yellow connector.

[[File:RCA cable 1.jpg|600px|center|thumb]]

==Video Format==

Video format consists of PAL and NTSC. The former is mainly used in China：

*PAL is a method of color frequency in the television broadcasting, whose full name is Phase Alternating Line). Most parts of the world are based on the PAL format in addition to North America and parts of the East Asia using the NTSC format, as well as the Middle East and Eastern Europe adopting SECAM format. PAL was firstly proposed by the German, Walter Bruch in 1963, who worked for Telefunken.

*NTSC is an abbreviation for National Television Standards Committee, which is responsible for developing a United States standard television broadcasting transmitting and receiving protocol. Besides, there are two sets of standards : PAL and SECAM-which are used for other countries in the world. There is no significant change about NTSC standard in addition to adding new parameters of color signal since coming into being. Moreover, NTSC signal can not be directly compatible with computer systems.

==Schematic Diagram==

[[File: Microduino Video Output Schematic Diagram.jpg|600px|center|thumb]]

[[File:Video Output Schematic Diagram.jpg|600px|center|thumb]]

==Program==

https://github.com/Microduino/Microduino_Tutorials/tree/master/Microduino_Advanced_Tutorial/MicroduinoTVOut

tv.begin(PAL, WIDTH, HEIGHT);//Sett output format, length and width

tv.select_font(font4x6);//Set front
tv.clear_screen();//Clear

tv.draw_line(0, 10, WIDTH - 1, HEIGHT - 1, WHITE);//Draw line

tv.draw_rect(0, 10, WIDTH - 11, HEIGHT - 11, WHITE);//Draw Rectangle

tv.draw_circle(WIDTH / 2, HEIGHT / 2, 20, WHITE);//Draw circle

==Debugging==

Step 1：Since Microduino has no RCA jack field, so how to connect Microduino to TV is a problem. Surely, we can add a RCA jack field on Microduino. However, we will use another way to connect cable to pins of Microduino.

Cut your cable, you will find RCA cable includes signal wire and ground wire.

The outermost layer is the ground wire. The signal wire is in the middle, which is protected by a layer of insulation.

The two wires can be made as follows:

[[File:To make RCA cable .jpg|600px|center|thumb]]

Step 2：To connect 1000 Ω and 470 Ω to two wires divided from the signal wire, according to the schematic diagram. The connecting line finally made looks just like this:

[[File: Pictures of resistance connecting to RCA cable.jpg|600px|center|thumb]]

Step 3：To connect RCA to Microduino, connect 1000 Ω to D9, 470 Ω to D7, and Gnd to GND, as follows:

[[File: Picture of Microduino connecting to RCA cable.jpg|600px|center|thumb]]

The connector of RCA connecting to the AV connector of your TV is yellow and very easy to recognize.

Step 4：A library function will be needed to solve video encoding output problems of PAL and NTSC: http://code.google.com/p/arduino-tvout/

To download the code and compile successfully.

Step 5：To run the code and see what happens on the screen of the TV.

==Result==

A line, a circle and “Hello Microduino” will be displayed recurrently on TV. As follows:

[[File: Video Output Image hello microduino.jpg|600px|center|thumb]]
[[File: Video Output Image.jpg|600px|center|thumb]]

==Notice==

*Mistakes should be avoided during welding resistance

==Video==

http://v.youku.com/v_show/id_XNzAxOTc5NTA4.html

|}

Microduino Video output

2014-05-04T09:08:07Z

Micxjj：/* Video Format */

{| style="width: 800px;"
|-
|

==Outline==
*Project：Microduino TV Output
*Purpose：The course will teach us how to use Microduino to connect your TV and send video output to the screen in the form of PAL or NTSC format.
*Difficulty：Middle
*Time-consuming：1 hour
*Maker：Microduino Studio-ray
*Source: Make Your Own Video Game System by Maik Schmidt http://pragprog.com/magazines/2011-08/make-your-own-video-game-system/

==Bill of Materials==

*'''[[Microduino-Core]]'''
*'''[[Microduino-FT232R]]'''

*Other Hardware Equipments
**A TV set with AV interface
**An USB cable
**A number of wire jumper
**A RCA cable
**A resistance of 1000Ω
**A resistance of 470 Ω
==RCA Cable ==

Before we start to build a video signal, we must connect Microduino to a TV. The cheapest and the simplest solution is RCA cable (sometimes called cinch cable) which is used to send audio or video signals. In the chart below, you can a RCA cable with three connectors.

These cables typically transmit sound (red and white connectors) and video (yellow connector). In this case, all we need is the cable of the yellow connector.

[[File:RCA cable 1.jpg|600px|center|thumb]]

==Video Format==

Video format consists of PAL and NTSC. The former is mainly used in China：

*PAL is a method of color frequency in the television broadcasting, whose full name is Phase Alternating Line). Most parts of the world are based on the PAL format in addition to North America and parts of the East Asia using the NTSC format, as well as the Middle East and Eastern Europe adopting SECAM format. PAL was firstly proposed by the German, Walter Bruch in 1963, who worked for Telefunken.

*NTSC is an abbreviation for National Television Standards Committee, which is responsible for developing a United States standard television broadcasting transmitting and receiving protocol. Besides, there are two sets of standards : PAL and SECAM-which are used for other countries in the world. There is no significant change about NTSC standard in addition to adding new parameters of color signal since coming into being. Moreover, NTSC signal can not be directly compatible with computer systems.

==Schematic Diagram==

[[File: Microduino Video Output Schematic Diagram.jpg|600px|center|thumb]]

[[File:Video Output Schematic Diagram.jpg|600px|center|thumb]]

==Program==

https://github.com/Microduino/Microduino_Tutorials/tree/master/Microduino_Advanced_Tutorial/MicroduinoTVOut

tv.begin(PAL, WIDTH, HEIGHT);//Sett output format, length and width

tv.select_font(font4x6);//Set front
tv.clear_screen();//Clear

tv.draw_line(0, 10, WIDTH - 1, HEIGHT - 1, WHITE);//Draw line

tv.draw_rect(0, 10, WIDTH - 11, HEIGHT - 11, WHITE);//Draw Rectangle

tv.draw_circle(WIDTH / 2, HEIGHT / 2, 20, WHITE);//Draw circle

==Debugging==

Step 1：Since Microduino has no RCA jack field, so how to connect Microduino to TV is a problem. Surely, we can add a RCA jack field on Microduino. However, we will use another way to connect cable to pins of Microduino.

Cut your cable, you will find RCA cable includes signal wire and ground wire.

The outermost layer is the ground wire. The signal wire is in the middle, which is protected by a layer of insulation.

The two wires can be made as follows:

[[File:To make RCA cable .jpg|600px|center|thumb]]

Step 2：To connect 1000 Ω and 470 Ω to two wires divided from the signal wire, according to the schematic diagram. The connecting line finally made looks just like this:

[[File: Pictures of resistance connecting to RCA cable.jpg|600px|center|thumb]]

Step 3：To connect RCA to Microduino, connect 1000 Ω to D9, 470 Ω to D7, and Gnd to GND, as follows:

[[File: Picture of Microduino connecting to RCA cable.jpg|600px|center|thumb]]

The connector of RCA connecting to the AV connector of your TV is yellow and very easy to recognize.

Step 4：A library function will be needed to solve video encoding output problems of PAL and NTSC: http://code.google.com/p/arduino-tvout/

To download the code and compile successfully.

Step 5：To run the code and see what happens on the screen of the TV.

==Result==

A line, a circle and “Hello Microduino” will be displayed recurrently on TV. As follows:

[[File: Video Output Image hello microduino.jpg|600px|center|thumb]]
[[File: Video Output Image.jpg|600px|center|thumb]]

==Notice==

*No mistakes are allowed during welding resistance

==Video==

http://v.youku.com/v_show/id_XNzAxOTc5NTA4.html

|}

Microduino Video output

2014-05-04T09:04:56Z

Micxjj：/* RCA Cable */

{| style="width: 800px;"
|-
|

==Outline==
*Project：Microduino TV Output
*Purpose：The course will teach us how to use Microduino to connect your TV and send video output to the screen in the form of PAL or NTSC format.
*Difficulty：Middle
*Time-consuming：1 hour
*Maker：Microduino Studio-ray
*Source: Make Your Own Video Game System by Maik Schmidt http://pragprog.com/magazines/2011-08/make-your-own-video-game-system/

==Bill of Materials==

*'''[[Microduino-Core]]'''
*'''[[Microduino-FT232R]]'''

*Other Hardware Equipments
**A TV set with AV interface
**An USB cable
**A number of wire jumper
**A RCA cable
**A resistance of 1000Ω
**A resistance of 470 Ω
==RCA Cable ==

Before we start to build a video signal, we must connect Microduino to a TV. The cheapest and the simplest solution is RCA cable (sometimes called cinch cable) which is used to send audio or video signals. In the chart below, you can a RCA cable with three connectors.

These cables typically transmit sound (red and white connectors) and video (yellow connector). In this case, all we need is the cable of the yellow connector.

[[File:RCA cable 1.jpg|600px|center|thumb]]

==Video Format==

Video format consists of PAL and NTSC. The former is mainly used in China：

*PAL is a method of color frequency in the television broadcasting, whose full name is Phase Alternating Line). Most parts of the world are based on the PAL format in addition to North America and parts of the East Asia using the NTSC format, as well as the Middle East and Eastern Europe adopting SECAM format. PAL was firstly proposed by the German, Walter Bruch in1963, who worked for Telefunken.

*NTSC is an abbreviation for National Television Standards Committee, which is responsible for developing a United States standard television broadcasting transmitting and receiving protocol. Besides, there are two sets of standards : PAL and SECAM-which are used for other countries in the world. There is no significant change about NTSC standard in addition to adding new parameters of color signal since coming into being. Moreover, NTSC signal can not be directly compatible with computer systems.

==Schematic Diagram==

[[File: Microduino Video Output Schematic Diagram.jpg|600px|center|thumb]]

[[File:Video Output Schematic Diagram.jpg|600px|center|thumb]]

==Program==

https://github.com/Microduino/Microduino_Tutorials/tree/master/Microduino_Advanced_Tutorial/MicroduinoTVOut

tv.begin(PAL, WIDTH, HEIGHT);//Sett output format, length and width

tv.select_font(font4x6);//Set front
tv.clear_screen();//Clear

tv.draw_line(0, 10, WIDTH - 1, HEIGHT - 1, WHITE);//Draw line

tv.draw_rect(0, 10, WIDTH - 11, HEIGHT - 11, WHITE);//Draw Rectangle

tv.draw_circle(WIDTH / 2, HEIGHT / 2, 20, WHITE);//Draw circle

==Debugging==

Step 1：Since Microduino has no RCA jack field, so how to connect Microduino to TV is a problem. Surely, we can add a RCA jack field on Microduino. However, we will use another way to connect cable to pins of Microduino.

Cut your cable, you will find RCA cable includes signal wire and ground wire.

The outermost layer is the ground wire. The signal wire is in the middle, which is protected by a layer of insulation.

The two wires can be made as follows:

[[File:To make RCA cable .jpg|600px|center|thumb]]

Step 2：To connect 1000 Ω and 470 Ω to two wires divided from the signal wire, according to the schematic diagram. The connecting line finally made looks just like this:

[[File: Pictures of resistance connecting to RCA cable.jpg|600px|center|thumb]]

Step 3：To connect RCA to Microduino, connect 1000 Ω to D9, 470 Ω to D7, and Gnd to GND, as follows:

[[File: Picture of Microduino connecting to RCA cable.jpg|600px|center|thumb]]

The connector of RCA connecting to the AV connector of your TV is yellow and very easy to recognize.

Step 4：A library function will be needed to solve video encoding output problems of PAL and NTSC: http://code.google.com/p/arduino-tvout/

To download the code and compile successfully.

Step 5：To run the code and see what happens on the screen of the TV.

==Result==

A line, a circle and “Hello Microduino” will be displayed recurrently on TV. As follows:

[[File: Video Output Image hello microduino.jpg|600px|center|thumb]]
[[File: Video Output Image.jpg|600px|center|thumb]]

==Notice==

*No mistakes are allowed during welding resistance

==Video==

http://v.youku.com/v_show/id_XNzAxOTc5NTA4.html

|}

Microduino Video output

2014-05-04T08:35:58Z

Micxjj：/* Result */

{| style="width: 800px;"
|-
|

==Outline==
*Project：Microduino TV Output
*Purpose：The course will teach us how to use Microduino to connect your TV and send video output to the screen in the form of PAL or NTSC format.
*Difficulty：Middle
*Time-consuming：1 hour
*Maker：Microduino Studio-ray
*Source: Make Your Own Video Game System by Maik Schmidt http://pragprog.com/magazines/2011-08/make-your-own-video-game-system/

==Bill of Materials==

*'''[[Microduino-Core]]'''
*'''[[Microduino-FT232R]]'''

*Other Hardware Equipments
**A TV set with AV interface
**An USB cable
**A number of wire jumper
**A RCA cable
**A resistance of 1000Ω
**A resistance of 470 Ω
==RCA Cable ==

Before we start to build a video signal, we must get Microduino connecting to a TV. The cheapest and the simplest solution is RCA cable (sometimes called cinch cable) which is used to send audio or video signals. In the chart below, you can a RCA cable with three connectors.

These cables typically transmit sound (red and white connectors) and video (yellow connector). In this case, all we need is the cable of the yellow connector.

[[File:RCA cable 1.jpg|600px|center|thumb]]

==Video Format==

Video format consists of PAL and NTSC. The former is mainly used in China：

*PAL is a method of color frequency in the television broadcasting, whose full name is Phase Alternating Line). Most parts of the world are based on the PAL format in addition to North America and parts of the East Asia using the NTSC format, as well as the Middle East and Eastern Europe adopting SECAM format. PAL was firstly proposed by the German, Walter Bruch in1963, who worked for Telefunken.

*NTSC is an abbreviation for National Television Standards Committee, which is responsible for developing a United States standard television broadcasting transmitting and receiving protocol. Besides, there are two sets of standards : PAL and SECAM-which are used for other countries in the world. There is no significant change about NTSC standard in addition to adding new parameters of color signal since coming into being. Moreover, NTSC signal can not be directly compatible with computer systems.

==Schematic Diagram==

[[File: Microduino Video Output Schematic Diagram.jpg|600px|center|thumb]]

[[File:Video Output Schematic Diagram.jpg|600px|center|thumb]]

==Program==

https://github.com/Microduino/Microduino_Tutorials/tree/master/Microduino_Advanced_Tutorial/MicroduinoTVOut

tv.begin(PAL, WIDTH, HEIGHT);//Sett output format, length and width

tv.select_font(font4x6);//Set front
tv.clear_screen();//Clear

tv.draw_line(0, 10, WIDTH - 1, HEIGHT - 1, WHITE);//Draw line

tv.draw_rect(0, 10, WIDTH - 11, HEIGHT - 11, WHITE);//Draw Rectangle

tv.draw_circle(WIDTH / 2, HEIGHT / 2, 20, WHITE);//Draw circle

==Debugging==

Step 1：Since Microduino has no RCA jack field, so how to connect Microduino to TV is a problem. Surely, we can add a RCA jack field on Microduino. However, we will use another way to connect cable to pins of Microduino.

Cut your cable, you will find RCA cable includes signal wire and ground wire.

The outermost layer is the ground wire. The signal wire is in the middle, which is protected by a layer of insulation.

The two wires can be made as follows:

[[File:To make RCA cable .jpg|600px|center|thumb]]

Step 2：To connect 1000 Ω and 470 Ω to two wires divided from the signal wire, according to the schematic diagram. The connecting line finally made looks just like this:

[[File: Pictures of resistance connecting to RCA cable.jpg|600px|center|thumb]]

Step 3：To connect RCA to Microduino, connect 1000 Ω to D9, 470 Ω to D7, and Gnd to GND, as follows:

[[File: Picture of Microduino connecting to RCA cable.jpg|600px|center|thumb]]

The connector of RCA connecting to the AV connector of your TV is yellow and very easy to recognize.

Step 4：A library function will be needed to solve video encoding output problems of PAL and NTSC: http://code.google.com/p/arduino-tvout/

To download the code and compile successfully.

Step 5：To run the code and see what happens on the screen of the TV.

==Result==

A line, a circle and “Hello Microduino” will be displayed recurrently on TV. As follows:

[[File: Video Output Image hello microduino.jpg|600px|center|thumb]]
[[File: Video Output Image.jpg|600px|center|thumb]]

==Notice==

*No mistakes are allowed during welding resistance

==Video==

http://v.youku.com/v_show/id_XNzAxOTc5NTA4.html

|}

Microduino Video output

2014-05-04T08:31:34Z

Micxjj：Created page with "{| style="width: 800px;" |- | ==Outline== *Project：Microduino TV Output *Purpose：The course will teach us how to use Microduino to connect your TV and send video output ..."

{| style="width: 800px;"
|-
|

==Outline==
*Project：Microduino TV Output
*Purpose：The course will teach us how to use Microduino to connect your TV and send video output to the screen in the form of PAL or NTSC format.
*Difficulty：Middle
*Time-consuming：1 hour
*Maker：Microduino Studio-ray
*Source: Make Your Own Video Game System by Maik Schmidt http://pragprog.com/magazines/2011-08/make-your-own-video-game-system/

==Bill of Materials==

*'''[[Microduino-Core]]'''
*'''[[Microduino-FT232R]]'''

*Other Hardware Equipments
**A TV set with AV interface
**An USB cable
**A number of wire jumper
**A RCA cable
**A resistance of 1000Ω
**A resistance of 470 Ω
==RCA Cable ==

Before we start to build a video signal, we must get Microduino connecting to a TV. The cheapest and the simplest solution is RCA cable (sometimes called cinch cable) which is used to send audio or video signals. In the chart below, you can a RCA cable with three connectors.

These cables typically transmit sound (red and white connectors) and video (yellow connector). In this case, all we need is the cable of the yellow connector.

[[File:RCA cable 1.jpg|600px|center|thumb]]

==Video Format==

Video format consists of PAL and NTSC. The former is mainly used in China：

*PAL is a method of color frequency in the television broadcasting, whose full name is Phase Alternating Line). Most parts of the world are based on the PAL format in addition to North America and parts of the East Asia using the NTSC format, as well as the Middle East and Eastern Europe adopting SECAM format. PAL was firstly proposed by the German, Walter Bruch in1963, who worked for Telefunken.

*NTSC is an abbreviation for National Television Standards Committee, which is responsible for developing a United States standard television broadcasting transmitting and receiving protocol. Besides, there are two sets of standards : PAL and SECAM-which are used for other countries in the world. There is no significant change about NTSC standard in addition to adding new parameters of color signal since coming into being. Moreover, NTSC signal can not be directly compatible with computer systems.

==Schematic Diagram==

[[File: Microduino Video Output Schematic Diagram.jpg|600px|center|thumb]]

[[File:Video Output Schematic Diagram.jpg|600px|center|thumb]]

==Program==

https://github.com/Microduino/Microduino_Tutorials/tree/master/Microduino_Advanced_Tutorial/MicroduinoTVOut

tv.begin(PAL, WIDTH, HEIGHT);//Sett output format, length and width

tv.select_font(font4x6);//Set front
tv.clear_screen();//Clear

tv.draw_line(0, 10, WIDTH - 1, HEIGHT - 1, WHITE);//Draw line

tv.draw_rect(0, 10, WIDTH - 11, HEIGHT - 11, WHITE);//Draw Rectangle

tv.draw_circle(WIDTH / 2, HEIGHT / 2, 20, WHITE);//Draw circle

==Debugging==

Step 1：Since Microduino has no RCA jack field, so how to connect Microduino to TV is a problem. Surely, we can add a RCA jack field on Microduino. However, we will use another way to connect cable to pins of Microduino.

Cut your cable, you will find RCA cable includes signal wire and ground wire.

The outermost layer is the ground wire. The signal wire is in the middle, which is protected by a layer of insulation.

The two wires can be made as follows:

[[File:To make RCA cable .jpg|600px|center|thumb]]

Step 2：To connect 1000 Ω and 470 Ω to two wires divided from the signal wire, according to the schematic diagram. The connecting line finally made looks just like this:

[[File: Pictures of resistance connecting to RCA cable.jpg|600px|center|thumb]]

Step 3：To connect RCA to Microduino, connect 1000 Ω to D9, 470 Ω to D7, and Gnd to GND, as follows:

[[File: Picture of Microduino connecting to RCA cable.jpg|600px|center|thumb]]

The connector of RCA connecting to the AV connector of your TV is yellow and very easy to recognize.

Step 4：A library function will be needed to solve video encoding output problems of PAL and NTSC: http://code.google.com/p/arduino-tvout/

To download the code and compile successfully.

Step 5：To run the code and see what happens on the screen of the TV.

==Result==

A line, a circle and “Hello Microduino” will loop on TV. As follows:

[[File: Video Output Image hello microduino.jpg|600px|center|thumb]]
[[File: Video Output Image.jpg|600px|center|thumb]]

==Notice==

*No mistakes are allowed during welding resistance

==Video==

http://v.youku.com/v_show/id_XNzAxOTc5NTA4.html

|}

Main Page/zh

2014-02-21T01:57:02Z

Micxjj：/* Microduino 进阶教程 */

{{Language|Main Page}}
{| class="titlebox" width="800px" style="border:2px solid #000000; -moz-border-radius:5px 5px 5px 5px; -webkit-border-radius:5px 5px 5px 5px;" cellspacing=0 cellpadding=0
! style="background:#000000; border-radius:2px; padding:5px; color:#ffffff;" | <div style="font-size:180%;text-align:center;">欢迎访问 Microduino 维基百科</div>
|-
|
{|
|-
|[[file:Headline.png|800px|left]]
|}
|-
|
{|
|-
| 小身材，大能量！
|-
| '''[[Microduino]]''' 系列模块是 Arduino 的兼容开发板。
|-
| Microduino 采用独有的 U 型 27 Pin 接口规范（UPin-27），尺寸小巧，长25.4mm X 宽27.94mm，如一枚1元硬币的大小。所有的模块都可以通过 UPIN-27 堆叠在一起，即插即用。
|-
| Microduino 主要应用在玩家作品的创意实现、原型开发、小批量生产等阶段。模块化和轻量化的特点让 Microduino 在对尺寸、成本有要求的项目设计中具有独特的优势，并可以根据玩家的需要，配合其他 Microduino 模块，对设计进行快速灵活的功能扩展。
|}
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Microduino微博: http://www.weibo.com/microduino
 
Microduino淘宝：http://microduino.taobao.com
 
Microduino QQ群：123972320
 
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【'''[[Media:Microduino_Introduction_BJ_Maker_Space.rar|ppsx下载]]'''】【'''[[Media:Microduino_Introduction_BJ_Maker_Space.pdf|pdf下载]]'''】
 
Microduino分享@北邮125
【'''[[Media:From_Arduino_to_Microduino.rar|ppsx下载]]'''】【'''[[Media:From_Arduino_to_Microduino.pdf|pdf下载]]'''】

{| style="width: 800px;"
| colspan="2" |
==Microduino 核心模块（Arduino 兼容板）==
|-
|
'''[[Microduino-Core/zh]]'''
*Microduino 核心模块
*兼容Arduino Uno
*主芯片：ATmega328P/ATmega168PA
*UPin-27 标准接口
|[[File:Microduino-core-rect.jpg|200px|right]]
|-
|
'''[[Microduino-Core+/zh]]''' （性能加强）核心板
*与Arduino Mega2560配置相当
*配备两套硬串口，增加10个数字接口
*主芯片：ATmega644PA/ATmega1284P
*UPin-27 标准接口
|[[File:Microduino-core+-rect.jpg|200px|right]]
|-
|
'''[[Microduino-FT232R/zh]]'''
*Microduino USB转串口通信模块
*与Microduino-Core/Core+ 模块叠加，从上位机下载程序
*UPin-27 标准接口
|
[[File:Microduino-ft232r-rect.jpg|200px|right]]
|}

{| style="width: 800px;"
| colspan="2" |
==Microduino 扩展模块==
|-
|
'''[[Microduino-ENC28J60/zh]]'''
*Microduino 以太网模块
*IEEE 802.3 兼容的以太网控制器
*集成MAC 和10 BASE-T PHY
*通过 spi 接口与Core/Core+ 核心模块通信
*UPin-27 标准接口
|
[[File:Microduino-enc-rect.jpg|200px|right]]
|-
|
'''[[Microduino-RJ45/zh]]'''
*Microduino 以太网口模块
*集成网络变压器
*POE供电
*UPin-27 标准接口
|
[[File:Microduino-rj45-rect.jpg|200px|right]]
|-
|
'''[[Microduino-nRF24/zh]]'''
*Microduino 2.4G 无线通信模块
*通过 spi 接口与Core/Core+ 核心模块通信
*有相应的组网库支持，可进行简单组网
*UPin-27 标准接口
|
[[file:Microduino-nRF-rect.jpg|200px|right]]
|-
|
'''[[Microduino-【BT】/zh]]'''
*Microduino 蓝牙盾，蓝牙4.0版本
*支持蓝牙相应传输协议
*通过串口与 Core/Core+ 核心模块通信
*UPin-27 标准接口
|
[[File:Microduino-bt-rect.jpg|200px|right]]
|-
|
'''[[Microduino-SD/zh]]'''
*Microduino Micro SD 卡存储模块
*通过 spi 接口与Core/Core+ 核心模块通信
*UPin-27 标准接口
|
[[File:Microduino-sd-rect.jpg|200px|right]]
|-
|
'''[[Microduino-BM/zh]]'''
*Microduino 单节锂电池充放电管理模块
*集成充电、电量检测及LED指示功能
*可将锂电池 3.7V升压到5V输出，LDO到3.3V输出
*UPin-27 标准接口
|
[[File:Microduino-bm-rect.jpg|200px|right]]
|-
|
'''[[Microduino-10DOF/zh]]'''
*Microduino 矢量传感器模块，集成四种传感器
*三轴加速度传感器+三轴陀螺仪（MPU6050）
*磁场强度传感器（HMC5883L）
*气压传感器BMP180
*通过I2C接口与Core/Core+ 核心模块通信
*UPin-27 标准接口
|
[[File:Microduino-10dof-rect.jpg|200px|right]]
|-
|
'''[[Microduino-RTC/zh]]'''
*Microduino RTC时钟模块
*基于PCF8563时钟芯片
*采用I2C接口与Core/Core+ 核心模块通信
*带I2C接口的EEPROM AT24C32 存储芯片
*带中断输出
*UPin-27 标准接口
|[[File:Microduino-rtc-rect.jpg|200px|right]]
|-
|
'''[[Microduino-CC3000/zh]]'''
*Microduino WIFI通信模块
*基于TI CC3000 IEEE 802.11b/g solution
*通过 spi 接口与Core/Core+ 核心模块通信
*UPin-27 标准接口
|[[File:Microduino-cc3000-rect.jpg|200px|right]]
|-
|
'''[[Microduino-NEO-6M/zh]]'''
*Microduino GPS定位模块
*核心采用UBLOX NEO-6M模组
*通过串口与 Core/Core+ 核心模块通信
*UPin-27 标准接口
|[[File:Microduino-neo-6m-rect.jpg|200px|right]]
|-
|
'''[[Microduino-LM4863/zh]]'''
*Microduino 音频功率放大模块
*基于LM4863芯片
*2.54排针接口
*UPin-27 标准接口
|[[File:Microduino-lm4863-rect.jpg|200px|right]]
|-
|
'''[[Microduino-A4982/zh]]'''
*Microduino 步进电机驱动模块
*支持四线二相步进电机
*独特的接插方式，更加节省空间
|[[File:Microduino-a4982-rect.jpg|200px|right]]
|-
|
'''[[Microduino-A3906/zh]]'''
*Microduino 直流电机驱动模块
*可驱动两个直流电机
*独特的接插方式，更加节省空间
|[[File:Microduino-a3906-rect.jpg|200px|right]]
|-
|
'''[[Microduino-OLED/zh]]'''
*Microduino OLED 显示模块
*基于 SSD1306 的 0.96 吋 12864 OLED 显示模块
*采用I2C接口与Core/Core+ 核心模块通信
*3.3V 供电
|[[File:Microduino-oled-rect.jpg|200px|right]]
|}

{| style="width: 800px;"
| colspan="2" |

==Microduino 应用主板==

|-
|
'''[[Microduino-Solo/zh]]'''
*基于Microduino模块的传感器扩展板
|[[File:Microduino-solo-rect.jpg|200px|right]]
|-
|

'''[[Microduino-Duo-v/zh]]'''
*基于Microduino模块的扩展板
|[[File:Microduino-duo-v-rect.jpg|200px|right]]
|-
|

'''[[Microduino-Duo-h/zh]]'''
*基于Microduino模块的扩展板
|[[File:Microduino-duo-h-rect.jpg|200px|right]]
|-
|

'''[[Microduino-Uno/zh]]'''
*兼容Arduino uno针脚&UPIN27的主板
|[[File:Microduino-uno-rect.jpg|200px|right]]
|}

 
 

{| style="width: 800px;"
| colspan="2" |

==Microduino 基础教程==
* '''[[课前准备--Microduino 驱动安装及 Arduino IDE 介绍、Arduino 编程介绍]]'''
* '''[[第一课--LED灯闪烁实验（面包板的使用）/zh]]'''
* '''[[第二课--多个led的闪烁/zh]]'''
* '''[[第三课--按钮控制的LED开关/zh]]'''
* '''[[第四课--按钮PWM控制LED亮度/zh]]'''
* '''[[第五课--电位器PWM控制LED亮度/zh]]'''
* '''[[第六课--程序PWM控制LED亮度--呼吸灯/zh]]'''
* '''[[第七课--控制 RGB 彩色 LED 灯的颜色/zh]]'''
* '''[[第八课--脉冲计时（看你按住开关有多久）/zh]]'''
* '''[[第九课--Microduino 做0-5V量程的电压表（万用表的使用）/zh]]'''
* '''[[第十课--第一次洞洞板试验（电烙铁的使用）/zh]]'''
* '''[[第十一课--Microduino 达文西之灯（光敏实验）/zh]]'''
* '''[[第十二课--Microduino 光照指示器/zh]]'''
* '''[[第十三课--Microduino 光照报警器（自己DIY光敏三极管）/zh]]'''
* '''[[第十四课--Microduino 简单温度计/zh]]'''
* '''[[第十五课--Microduino 制作感温杯电路/zh]]'''
* '''[[第十六课--Microduino 指尖开关（三极管触发）]]'''
* '''[[第十七课--Microduino 蜂鸣器警报器]]'''
* '''[[第十八课--Microduino 制作讯线水位报警器模型]]'''
* '''[[第十九课--Microduino 内部基准源ADC采样]]'''
* '''[[第二十课--Microduino 中断的使用]]'''
* '''[[第二十一课--Microduino 串口调试]]'''
|}
 
 

{| style="width: 800px;"
| colspan="2" |

==Microduino 进阶教程==

* '''[[第一课--Microduino 电阻计/zh]]'''
* '''[[第二课--Microduino OLED使用/zh]]'''
* '''[[第三课Microduino 数字电压表/zh]]'''
* '''[[第四课--Microduino 电话拨号器/zh]]'''
* '''[[第五课--Microduino 模拟电脑键盘/zh]]'''
* '''[[第六课--Microduino 简单频率计（串口监视/zh）]]'''
* '''[[第七课--Microduino 舵机驱动，不用库函数/zh]]'''
* '''[[第八课--Microduino 红外发射与接收/zh]]'''
* '''[[第九课--Microduino 红外转码/zh]]'''
* '''[[第十课--Microduino 超声波测距/zh]]'''
* '''[[第十一课--Microduino 红外控制舵机角度/zh]]'''
* '''[[第十二课--Microduino 74HC595级联数据串入并出/zh]]'''
* '''[[第十三课--Microduino 单个数码管带点显示/zh]]'''
* '''[[第十四课--Microduino 数码管实验一-数码管骰子/zh]]'''
* '''[[第十五课--Microduino 数码管实验二-电位器控制/zh]]'''
* '''[[第十六课--Microduino 数码管实验三-显示红外遥控器按键值/zh]]'''
* '''[[第十七课--Microduino 独立按键让数码管加减/zh]]'''
* '''[[第十八课--Microduino 8路抢答器/zh]]'''
* '''[[第十九课--Microduino 两位数码管动态显示/zh]]'''
* '''[[第二十课--Microduino 两位数码管倒计时显示/zh]]'''
* '''[[第二十一课--Microduino 四位位数码管静态显示/zh]]'''
* '''[[第二十二课--Microduino 四位位数码管动态显示/zh]]'''
* '''[[第二十三课--Microduino 数码管时钟/zh]]'''
* '''[[第二十四课--Microduino 数码管温度计/zh]]'''
* '''[[第二十五课--Microduino 5*7点阵静态显示/zh]]'''
* '''[[第二十六课--Microduino 5*7点阵动态显示/zh]]'''
* '''[[第二十七课--Microduino 8*8点阵静态显示/zh]]'''
* '''[[第二十八课--Microduino 8*8点阵横向移动显示/zh]]'''
* '''[[第二十九课--Microduino 8*8点阵纵向移动显示/zh]]'''
* '''[[第三十课--Microduino8*8点阵动画表情制作/zh]]'''
* '''[[第三十一课--Microduino 16*16点阵汉字静态显示/zh]]'''
* '''[[第三十二课--Microduino 16*16点阵汉字横向移动显示/zh]]'''
* '''[[第三十三课--Microduino 16*16点阵汉字纵向移动显示/zh]]'''
* '''[[第三十四课--Microduino 16*16点阵汉字动画表情制作/zh]]'''
* '''[[第三十五课--Microduino EEPROM读写实验/zh]]'''
* '''[[第三十六课--Microduino 红外遥控器更改EEPROM值/zh]]'''
* '''[[第三十七课--Microduino 控制继电器开关/zh]]'''
* '''[[第三十八课--Microduino 步进电机驱动/zh]]'''
* '''[[第三十九课--Microduino 步进电机控制步数/zh]]'''
* '''[[第四十课--Microduino 直流电机驱动（电位器PWM调速）/zh]]'''
* '''[[第四十一课--Microduino 直流电机正反转/zh]]'''
* '''[[第四十二课--Microduino 电机转速测量/zh]]'''

 
 

{| style="width: 800px;"
| colspan="2" |

==Microduino KIT示例教程==

* '''[[Microduino nrf通讯-201KIT]]'''
* '''[[Microduino BLE_IOS-202KIT]]'''
* '''[[通过Microduino CC3000互联网获取天气-203KIT]]'''
* '''[[Microduino LM4863音乐播放器-301KIT]]'''
* '''[[Microduino Enc有线网络实验-302KIT]]'''
* '''[[Microduino Enc网关的Nrf无线通讯-304 KIT]]'''
* '''[[Microduino的GPS记录仪-306KIT]]'''

{| style="width: 800px;"
| colspan="2" |

==Microduino 项目应用==

|-
|
'''[[Gate-Microduino]]'''
*基于 Microduino的应用网关
|[[File:Microduino-gate.JPG|200px|right]]
|-
|
'''[[Room-Microduino]]'''
* Microduino + Yeelink -- “接地气”的智能家居方案
*【老潘orz@微博原创】
|[[File:Microduino-gate.JPG|200px|right]]
|-
|
'''[[Fly-Microduino]]'''
*基于 Microduino 的四轴飞行器【''准备中''】
|[[File:Microduino-Uno.jpg|200px|right]]
|-
|
'''[[Green-Microduino]]'''
*基于 Microduino 的智能花棚【''准备中''】
|[[File:Microduino-Uno.jpg|200px|right]]
|-
|
'''[[Music-Microduino]]'''
*基于 Microduino 的音乐盒【''准备中''】
|[[File:Microduino-Uno.jpg|200px|right]]
|}

{| style="width: 800px;"
| colspan="2" |

==Microduino 接口规范==
|-
|
* Microduino 接口规范说明
[[File:Microduino-1x3.jpg|800px|left]]
 
* Microduino 兼容模块管脚占用、规划表
|-
|
{|class="wikitable"
! rowspan="2" | Micromodule-
! RX0 !! TX1 !! D2 !! D3 !! D4 !! D5 !! D6 !! D7 !! D8 !! D9 !! D10 !! D11 !! D12!! D13!! A0 !! A1 !! A2 !! A3 !! A4 !! A5 !! A6 !! A7 !! 5V !! 3V3 !! GND
|-
! RX !! TX !! INT0 !! !! !! !! !! !! !! !! !! MISO !! MOSI !! SCK !! !! !! !! !! SDA !! SCL !! !! !! !! !!
|-
| Core || RX0 || TX0 || || || || || || || || || || || || || || || || || || || || || IN || ||
|-
| Core+ || RX0 || TX0 || RX1 || TX1 || || || || || || || || || || || || || || || || || || || IN || ||
|-
| FT232RL|| TX0 || RX0 || || || || || || || || || || || || || || || || || || || || || OUT || OUT ||
|-
| ENC28J60 || || || || IRQ || || || || || CS || || || SO || SI || SCK || || || || || || || || || || IN ||
|-
| nRF24L01+ || || || INT || || || || || || || CSN || CE || SO || SI || SCK || || || || || || || || || || IN ||
|-
| CC3000 || || || IRQ || || || || || || || EN || CS || DI || DO || SCK || || || || || || || || || || IN ||
|-
| BT || TX || RX ||(TX)||(RX)|| || || || || ||(TX)||(RX)|| || || || || || || || || || || || || IN ||
|-
| NEO-6M || TX || RX ||(TX)||(RX)|| || || || || || || || || || || || || || || || || || || || IN ||
|-
| SD || || || || || || || || CS || || || || D0 || DI || SCK || CD || || || || || || || || || IN ||
|-
| RTC || || || || || || || || || || || || || || || || || || || SDA || SCL || || || || IN ||
|-
| 10DOF || || || || || || || || || || || || || || || || || || || SDA || SCL || || || || IN ||
|-
| LM4863 || || || || || || || || || || L || R || || || || || || || || || || || || || IN ||
|-
| BM || || || || || || || || || || || || || || || || || || || || || || || OUT/IN || OUT ||
|}
|}

{| class="wikitable" style="width:800px;border:2px solid #000000; -moz-border-radius:5px 5px 5px 5px; -webkit-border-radius:5px 5px 5px 5px;" cellspacing=0 cellpadding=0
|本维基始建于'''2012年11月11日'''，在这里总共有 '''[[特殊:所有页面|{{NUMBEROFARTICLES}} 页文章]]'''，'''[[Special:NewFiles|{{NUMBEROFFILES}} 个新文件上传]]''' 和 '''[[Special:Statistics|{{NUMBEROFEDITS}} 次修订]]'''，已有 {{NUMBEROFACTIVEUSERS}} 人参与维护了本维基。 想了解本维基最新状况请点击'''[[Microduino:新闻动态|新闻动态]]'''。 技术支持：QQ-51728096 推广合作：QQ-2877886248
|}

Main Page/zh

2014-02-21T01:51:17Z

Micxjj：

{{Language|Main Page}}
{| class="titlebox" width="800px" style="border:2px solid #000000; -moz-border-radius:5px 5px 5px 5px; -webkit-border-radius:5px 5px 5px 5px;" cellspacing=0 cellpadding=0
! style="background:#000000; border-radius:2px; padding:5px; color:#ffffff;" | <div style="font-size:180%;text-align:center;">欢迎访问 Microduino 维基百科</div>
|-
|
{|
|-
|[[file:Headline.png|800px|left]]
|}
|-
|
{|
|-
| 小身材，大能量！
|-
| '''[[Microduino]]''' 系列模块是 Arduino 的兼容开发板。
|-
| Microduino 采用独有的 U 型 27 Pin 接口规范（UPin-27），尺寸小巧，长25.4mm X 宽27.94mm，如一枚1元硬币的大小。所有的模块都可以通过 UPIN-27 堆叠在一起，即插即用。
|-
| Microduino 主要应用在玩家作品的创意实现、原型开发、小批量生产等阶段。模块化和轻量化的特点让 Microduino 在对尺寸、成本有要求的项目设计中具有独特的优势，并可以根据玩家的需要，配合其他 Microduino 模块，对设计进行快速灵活的功能扩展。
|}
|}

Microduino微博: http://www.weibo.com/microduino
 
Microduino淘宝：http://microduino.taobao.com
 
Microduino QQ群：123972320
 
Microduino首秀@BJ_Maker_Space
【'''[[Media:Microduino_Introduction_BJ_Maker_Space.rar|ppsx下载]]'''】【'''[[Media:Microduino_Introduction_BJ_Maker_Space.pdf|pdf下载]]'''】
 
Microduino分享@北邮125
【'''[[Media:From_Arduino_to_Microduino.rar|ppsx下载]]'''】【'''[[Media:From_Arduino_to_Microduino.pdf|pdf下载]]'''】

{| style="width: 800px;"
| colspan="2" |
==Microduino 核心模块（Arduino 兼容板）==
|-
|
'''[[Microduino-Core/zh]]'''
*Microduino 核心模块
*兼容Arduino Uno
*主芯片：ATmega328P/ATmega168PA
*UPin-27 标准接口
|[[File:Microduino-core-rect.jpg|200px|right]]
|-
|
'''[[Microduino-Core+/zh]]''' （性能加强）核心板
*与Arduino Mega2560配置相当
*配备两套硬串口，增加10个数字接口
*主芯片：ATmega644PA/ATmega1284P
*UPin-27 标准接口
|[[File:Microduino-core+-rect.jpg|200px|right]]
|-
|
'''[[Microduino-FT232R/zh]]'''
*Microduino USB转串口通信模块
*与Microduino-Core/Core+ 模块叠加，从上位机下载程序
*UPin-27 标准接口
|
[[File:Microduino-ft232r-rect.jpg|200px|right]]
|}

{| style="width: 800px;"
| colspan="2" |
==Microduino 扩展模块==
|-
|
'''[[Microduino-ENC28J60/zh]]'''
*Microduino 以太网模块
*IEEE 802.3 兼容的以太网控制器
*集成MAC 和10 BASE-T PHY
*通过 spi 接口与Core/Core+ 核心模块通信
*UPin-27 标准接口
|
[[File:Microduino-enc-rect.jpg|200px|right]]
|-
|
'''[[Microduino-RJ45/zh]]'''
*Microduino 以太网口模块
*集成网络变压器
*POE供电
*UPin-27 标准接口
|
[[File:Microduino-rj45-rect.jpg|200px|right]]
|-
|
'''[[Microduino-nRF24/zh]]'''
*Microduino 2.4G 无线通信模块
*通过 spi 接口与Core/Core+ 核心模块通信
*有相应的组网库支持，可进行简单组网
*UPin-27 标准接口
|
[[file:Microduino-nRF-rect.jpg|200px|right]]
|-
|
'''[[Microduino-【BT】/zh]]'''
*Microduino 蓝牙盾，蓝牙4.0版本
*支持蓝牙相应传输协议
*通过串口与 Core/Core+ 核心模块通信
*UPin-27 标准接口
|
[[File:Microduino-bt-rect.jpg|200px|right]]
|-
|
'''[[Microduino-SD/zh]]'''
*Microduino Micro SD 卡存储模块
*通过 spi 接口与Core/Core+ 核心模块通信
*UPin-27 标准接口
|
[[File:Microduino-sd-rect.jpg|200px|right]]
|-
|
'''[[Microduino-BM/zh]]'''
*Microduino 单节锂电池充放电管理模块
*集成充电、电量检测及LED指示功能
*可将锂电池 3.7V升压到5V输出，LDO到3.3V输出
*UPin-27 标准接口
|
[[File:Microduino-bm-rect.jpg|200px|right]]
|-
|
'''[[Microduino-10DOF/zh]]'''
*Microduino 矢量传感器模块，集成四种传感器
*三轴加速度传感器+三轴陀螺仪（MPU6050）
*磁场强度传感器（HMC5883L）
*气压传感器BMP180
*通过I2C接口与Core/Core+ 核心模块通信
*UPin-27 标准接口
|
[[File:Microduino-10dof-rect.jpg|200px|right]]
|-
|
'''[[Microduino-RTC/zh]]'''
*Microduino RTC时钟模块
*基于PCF8563时钟芯片
*采用I2C接口与Core/Core+ 核心模块通信
*带I2C接口的EEPROM AT24C32 存储芯片
*带中断输出
*UPin-27 标准接口
|[[File:Microduino-rtc-rect.jpg|200px|right]]
|-
|
'''[[Microduino-CC3000/zh]]'''
*Microduino WIFI通信模块
*基于TI CC3000 IEEE 802.11b/g solution
*通过 spi 接口与Core/Core+ 核心模块通信
*UPin-27 标准接口
|[[File:Microduino-cc3000-rect.jpg|200px|right]]
|-
|
'''[[Microduino-NEO-6M/zh]]'''
*Microduino GPS定位模块
*核心采用UBLOX NEO-6M模组
*通过串口与 Core/Core+ 核心模块通信
*UPin-27 标准接口
|[[File:Microduino-neo-6m-rect.jpg|200px|right]]
|-
|
'''[[Microduino-LM4863/zh]]'''
*Microduino 音频功率放大模块
*基于LM4863芯片
*2.54排针接口
*UPin-27 标准接口
|[[File:Microduino-lm4863-rect.jpg|200px|right]]
|-
|
'''[[Microduino-A4982/zh]]'''
*Microduino 步进电机驱动模块
*支持四线二相步进电机
*独特的接插方式，更加节省空间
|[[File:Microduino-a4982-rect.jpg|200px|right]]
|-
|
'''[[Microduino-A3906/zh]]'''
*Microduino 直流电机驱动模块
*可驱动两个直流电机
*独特的接插方式，更加节省空间
|[[File:Microduino-a3906-rect.jpg|200px|right]]
|-
|
'''[[Microduino-OLED/zh]]'''
*Microduino OLED 显示模块
*基于 SSD1306 的 0.96 吋 12864 OLED 显示模块
*采用I2C接口与Core/Core+ 核心模块通信
*3.3V 供电
|[[File:Microduino-oled-rect.jpg|200px|right]]
|}

{| style="width: 800px;"
| colspan="2" |

==Microduino 应用主板==

|-
|
'''[[Microduino-Solo/zh]]'''
*基于Microduino模块的传感器扩展板
|[[File:Microduino-solo-rect.jpg|200px|right]]
|-
|

'''[[Microduino-Duo-v/zh]]'''
*基于Microduino模块的扩展板
|[[File:Microduino-duo-v-rect.jpg|200px|right]]
|-
|

'''[[Microduino-Duo-h/zh]]'''
*基于Microduino模块的扩展板
|[[File:Microduino-duo-h-rect.jpg|200px|right]]
|-
|

'''[[Microduino-Uno/zh]]'''
*兼容Arduino uno针脚&UPIN27的主板
|[[File:Microduino-uno-rect.jpg|200px|right]]
|}

 
 

{| style="width: 800px;"
| colspan="2" |

==Microduino 基础教程==
* '''[[课前准备--Microduino 驱动安装及 Arduino IDE 介绍、Arduino 编程介绍]]'''
* '''[[第一课--LED灯闪烁实验（面包板的使用）/zh]]'''
* '''[[第二课--多个led的闪烁/zh]]'''
* '''[[第三课--按钮控制的LED开关/zh]]'''
* '''[[第四课--按钮PWM控制LED亮度/zh]]'''
* '''[[第五课--电位器PWM控制LED亮度/zh]]'''
* '''[[第六课--程序PWM控制LED亮度--呼吸灯/zh]]'''
* '''[[第七课--控制 RGB 彩色 LED 灯的颜色/zh]]'''
* '''[[第八课--脉冲计时（看你按住开关有多久）/zh]]'''
* '''[[第九课--Microduino 做0-5V量程的电压表（万用表的使用）/zh]]'''
* '''[[第十课--第一次洞洞板试验（电烙铁的使用）/zh]]'''
* '''[[第十一课--Microduino 达文西之灯（光敏实验）/zh]]'''
* '''[[第十二课--Microduino 光照指示器/zh]]'''
* '''[[第十三课--Microduino 光照报警器（自己DIY光敏三极管）/zh]]'''
* '''[[第十四课--Microduino 简单温度计/zh]]'''
* '''[[第十五课--Microduino 制作感温杯电路/zh]]'''
* '''[[第十六课--Microduino 指尖开关（三极管触发）]]'''
* '''[[第十七课--Microduino 蜂鸣器警报器]]'''
* '''[[第十八课--Microduino 制作讯线水位报警器模型]]'''
* '''[[第十九课--Microduino 内部基准源ADC采样]]'''
* '''[[第二十课--Microduino 中断的使用]]'''
* '''[[第二十一课--Microduino 串口调试]]'''
|}
 
 

{| style="width: 800px;"
| colspan="2" |

==Microduino 进阶教程==

* '''[[第一课--Microduino 电阻计]]'''
* '''[[第二课--Microduino OLED使用]]'''
* '''[[第三课Microduino 数字电压表]]'''
* '''[[第四课--Microduino 电话拨号器]]'''
* '''[[第五课--Microduino 模拟电脑键盘]]'''
* '''[[第六课--Microduino 简单频率计（串口监视）]]'''
* '''[[第七课--Microduino 舵机驱动，不用库函数]]'''
* '''[[第八课--Microduino 红外发射与接收]]'''
* '''[[第九课--Microduino 红外转码]]'''
* '''[[第十课--Microduino 超声波测距]]'''
* '''[[第十一课--Microduino 红外控制舵机角度]]'''
* '''[[第十二课--Microduino 74HC595级联数据串入并出]]'''
* '''[[第十三课--Microduino 单个数码管带点显示]]'''
* '''[[第十四课--Microduino 数码管实验一-数码管骰子]]'''
* '''[[第十五课--Microduino 数码管实验二-电位器控制]]'''
* '''[[第十六课--Microduino 数码管实验三-显示红外遥控器按键值]]'''
* '''[[第十七课--Microduino 独立按键让数码管加减]]'''
* '''[[第十八课--Microduino 8路抢答器]]'''
* '''[[第十九课--Microduino 两位数码管动态显示]]'''
* '''[[第二十课--Microduino 两位数码管倒计时显示]]'''
* '''[[第二十一课--Microduino 四位位数码管静态显示]]'''
* '''[[第二十二课--Microduino 四位位数码管动态显示]]'''
* '''[[第二十三课--Microduino 数码管时钟]]'''
* '''[[第二十四课--Microduino 数码管温度计]]'''
* '''[[第二十五课--Microduino 5*7点阵静态显示]]'''
* '''[[第二十六课--Microduino 5*7点阵动态显示]]'''
* '''[[第二十七课--Microduino 8*8点阵静态显示]]'''
* '''[[第二十八课--Microduino 8*8点阵横向移动显示]]'''
* '''[[第二十九课--Microduino 8*8点阵纵向移动显示]]'''
* '''[[第三十课--Microduino8*8点阵动画表情制作]]'''
* '''[[第三十一课--Microduino 16*16点阵汉字静态显示]]'''
* '''[[第三十二课--Microduino 16*16点阵汉字横向移动显示]]'''
* '''[[第三十三课--Microduino 16*16点阵汉字纵向移动显示]]'''
* '''[[第三十四课--Microduino 16*16点阵汉字动画表情制作]]'''
* '''[[第三十五课--Microduino EEPROM读写实验]]'''
* '''[[第三十六课--Microduino 红外遥控器更改EEPROM值]]'''
* '''[[第三十七课--Microduino 控制继电器开关]]'''
* '''[[第三十八课--Microduino 步进电机驱动]]'''
* '''[[第三十九课--Microduino 步进电机控制步数]]'''
* '''[[第四十课--Microduino 直流电机驱动（电位器PWM调速）]]'''
* '''[[第四十一课--Microduino 直流电机正反转]]'''
* '''[[第四十二课--Microduino 电机转速测量]]'''

 
 

{| style="width: 800px;"
| colspan="2" |

==Microduino KIT示例教程==

* '''[[Microduino nrf通讯-201KIT]]'''
* '''[[Microduino BLE_IOS-202KIT]]'''
* '''[[通过Microduino CC3000互联网获取天气-203KIT]]'''
* '''[[Microduino LM4863音乐播放器-301KIT]]'''
* '''[[Microduino Enc有线网络实验-302KIT]]'''
* '''[[Microduino Enc网关的Nrf无线通讯-304 KIT]]'''
* '''[[Microduino的GPS记录仪-306KIT]]'''

{| style="width: 800px;"
| colspan="2" |

==Microduino 项目应用==

|-
|
'''[[Gate-Microduino]]'''
*基于 Microduino的应用网关
|[[File:Microduino-gate.JPG|200px|right]]
|-
|
'''[[Room-Microduino]]'''
* Microduino + Yeelink -- “接地气”的智能家居方案
*【老潘orz@微博原创】
|[[File:Microduino-gate.JPG|200px|right]]
|-
|
'''[[Fly-Microduino]]'''
*基于 Microduino 的四轴飞行器【''准备中''】
|[[File:Microduino-Uno.jpg|200px|right]]
|-
|
'''[[Green-Microduino]]'''
*基于 Microduino 的智能花棚【''准备中''】
|[[File:Microduino-Uno.jpg|200px|right]]
|-
|
'''[[Music-Microduino]]'''
*基于 Microduino 的音乐盒【''准备中''】
|[[File:Microduino-Uno.jpg|200px|right]]
|}

{| style="width: 800px;"
| colspan="2" |

==Microduino 接口规范==
|-
|
* Microduino 接口规范说明
[[File:Microduino-1x3.jpg|800px|left]]
 
* Microduino 兼容模块管脚占用、规划表
|-
|
{|class="wikitable"
! rowspan="2" | Micromodule-
! RX0 !! TX1 !! D2 !! D3 !! D4 !! D5 !! D6 !! D7 !! D8 !! D9 !! D10 !! D11 !! D12!! D13!! A0 !! A1 !! A2 !! A3 !! A4 !! A5 !! A6 !! A7 !! 5V !! 3V3 !! GND
|-
! RX !! TX !! INT0 !! !! !! !! !! !! !! !! !! MISO !! MOSI !! SCK !! !! !! !! !! SDA !! SCL !! !! !! !! !!
|-
| Core || RX0 || TX0 || || || || || || || || || || || || || || || || || || || || || IN || ||
|-
| Core+ || RX0 || TX0 || RX1 || TX1 || || || || || || || || || || || || || || || || || || || IN || ||
|-
| FT232RL|| TX0 || RX0 || || || || || || || || || || || || || || || || || || || || || OUT || OUT ||
|-
| ENC28J60 || || || || IRQ || || || || || CS || || || SO || SI || SCK || || || || || || || || || || IN ||
|-
| nRF24L01+ || || || INT || || || || || || || CSN || CE || SO || SI || SCK || || || || || || || || || || IN ||
|-
| CC3000 || || || IRQ || || || || || || || EN || CS || DI || DO || SCK || || || || || || || || || || IN ||
|-
| BT || TX || RX ||(TX)||(RX)|| || || || || ||(TX)||(RX)|| || || || || || || || || || || || || IN ||
|-
| NEO-6M || TX || RX ||(TX)||(RX)|| || || || || || || || || || || || || || || || || || || || IN ||
|-
| SD || || || || || || || || CS || || || || D0 || DI || SCK || CD || || || || || || || || || IN ||
|-
| RTC || || || || || || || || || || || || || || || || || || || SDA || SCL || || || || IN ||
|-
| 10DOF || || || || || || || || || || || || || || || || || || || SDA || SCL || || || || IN ||
|-
| LM4863 || || || || || || || || || || L || R || || || || || || || || || || || || || IN ||
|-
| BM || || || || || || || || || || || || || || || || || || || || || || || OUT/IN || OUT ||
|}
|}

{| class="wikitable" style="width:800px;border:2px solid #000000; -moz-border-radius:5px 5px 5px 5px; -webkit-border-radius:5px 5px 5px 5px;" cellspacing=0 cellpadding=0
|本维基始建于'''2012年11月11日'''，在这里总共有 '''[[特殊:所有页面|{{NUMBEROFARTICLES}} 页文章]]'''，'''[[Special:NewFiles|{{NUMBEROFFILES}} 个新文件上传]]''' 和 '''[[Special:Statistics|{{NUMBEROFEDITS}} 次修订]]'''，已有 {{NUMBEROFACTIVEUSERS}} 人参与维护了本维基。 想了解本维基最新状况请点击'''[[Microduino:新闻动态|新闻动态]]'''。 技术支持：QQ-51728096 推广合作：QQ-2877886248
|}