2 layer board of 1.64 x 1.97 inches (41.7 x 50.0 mm)
Uploaded:
August 15th 2017
Shared:
August 28th 2017
Total Price:
$16.10
Breadboard adapter for the NL7037, Z568 or R|Z568M nixie tube. Note that these last two will face in the opposite dir…
Breadboard adapter for the NL7037, Z568 or R|Z568M nixie tube. Note that these last two will face in the opposite direction from the NL7037. These tubes have 1mm pins that plug in to a socket. This board is intended to use female D-SUB pins as a ‘socket’. These are often listed on eBay as ‘1mm tube socket pins’.
The board includes pads for two neopixels and for a current limiting resistor (or a jumper if current is limited off-board). Adding the resistor on the board allows you to easily swap different adapter boards in and out without having to worry about changing this resistor.
See my web site for a complete list of all my Nixie tube adapters.
Breadboard adapter for the NL7037, Z568 or R|Z568M nixie tube. Note that these last two will face in the opposite dir…
Breadboard adapter for the NL7037, Z568 or R|Z568M nixie tube. Note that these last two will face in the opposite direction from the NL7037. These tubes have 1mm pins that plug in to a socket. This board is intended to use female D-SUB pins as a ‘socket’. These are often listed on eBay as ‘1mm tube socket pins’.
The board includes pads for two neopixels and for a current limiting resistor (or a jumper if current is limited off-board). Adding the resistor on the board allows you to easily swap different adapter boards in and out without having to worry about changing this resistor.
See my web site for a complete list of all my Nixie tube adapters.
Hey there! Before ordering, make sure you have all all the info you need to complete and use this design.
This usually means a component list, and sometimes additional information such as assembly notes, source code, or usage guides.
Since this is a project designed by a community member, it may contain design errors that prevent it from working as intended.
OSH Park cannot place any guarantees about the functionality or correctness of the design.
