你好，
我需要类似的东西，并开始尝试删除模块的头，这是一个有点不起动器。认为这需要热气和一些耐心。最后，我用DRIMEL来切断尽可能多的模块头（确保没有短路），然后焊接到我需要的头引脚上。
不幸的是，这两个模块头不在一个“0.1”间距，所以你不能轻易附加到一块Velo板。您可以形成0.1个“头”轻微，并可以创造性地与这种类型的垂直安装头：
HTTP://UK.FARNELL.COM/GULULL CONTROREST技术/BG301-04-A0540-L B/Booad to Tab-Dead /DPosiD/DP/2458465
这可以让你对插销的偏移足够大，但总是很紧。
什么样的特点会成为一个好的突破板。例如：
1）0.1个“孔”的矩阵
2）CR2032电池座
3）LED
4）最小的尺寸，还是大量的面积增加更多的组件？
当做
齐格斯
以上来自于百度翻译
以下为原文
Hi,
I needed something similar and started by trying to desolder the headers from the module, which was a bit of a non-starter. Think it would require hot-air and some patience. In the end, I used a dremel to cut of as much of the module headers as I could (Ensuring no shorts were left), and then soldered onto the header pins where I needed to.
Unfortunately, the two module headers are not on a 0.1" pitch, so you can't easily attach to a piece of vero-board. You can form 0.1" headers slightly, and can get creative with this type of header mounted vertically:
http://uk.farnell.com/global-connector-technology/bg301-04-a-0540-l-b/board-to-board-header-4-position/dp/2458465
This may allow you to offset the pins by roughly enough, but it's always a tight fit.
What features would make a good breakout board. E.g. :
1) Matrix of 0.1" holes
2) CR2032 battery holder
3) LED's
4) Minimal size, or plenty of area to add more components?
Regards
Zigs
你好，
我需要类似的东西，并开始尝试删除模块的头，这是一个有点不起动器。认为这需要热气和一些耐心。最后，我用DRIMEL来切断尽可能多的模块头（确保没有短路），然后焊接到我需要的头引脚上。
不幸的是，这两个模块头不在一个“0.1”间距，所以你不能轻易附加到一块Velo板。您可以形成0.1个“头”轻微，并可以创造性地与这种类型的垂直安装头：
HTTP://UK.FARNELL.COM/GULULL CONTROREST技术/BG301-04-A0540-L B/Booad to Tab-Dead /DPosiD/DP/2458465
这可以让你对插销的偏移足够大，但总是很紧。
什么样的特点会成为一个好的突破板。例如：
1）0.1个“孔”的矩阵
2）CR2032电池座
3）LED
4）最小的尺寸，还是大量的面积增加更多的组件？
当做
齐格斯
以上来自于百度翻译
以下为原文
Hi,
I needed something similar and started by trying to desolder the headers from the module, which was a bit of a non-starter. Think it would require hot-air and some patience. In the end, I used a dremel to cut of as much of the module headers as I could (Ensuring no shorts were left), and then soldered onto the header pins where I needed to.
Unfortunately, the two module headers are not on a 0.1" pitch, so you can't easily attach to a piece of vero-board. You can form 0.1" headers slightly, and can get creative with this type of header mounted vertically:
http://uk.farnell.com/global-connector-technology/bg301-04-a-0540-l-b/board-to-board-header-4-position/dp/2458465
This may allow you to offset the pins by roughly enough, but it's always a tight fit.
What features would make a good breakout board. E.g. :
1) Matrix of 0.1" holes
2) CR2032 battery holder
3) LED's
4) Minimal size, or plenty of area to add more components?
Regards
Zigs
举报
