An arduino compatible & daisy-chainable nixie tube driverDesigned by idyl.io in Singapore
This product is no longer available for sale. The seller may be offering an improved version or it may be hanging out on the beach, enjoying the retired life.
What is it? Serial Nixie Driver is a board roughly the size of a IN-12 soviet era nixie tube that can be driven using a serial interface, hence the name. The serial interface itself is compatible w...Read More…
Serial Nixie Driver is a board roughly the size of a IN-12 soviet era nixie tube that can be driven using a serial interface, hence the name.
The serial interface itself is compatible with hardware SPI, but software bit-banging can also be used.
The boards can be daisy-chained to create nixie tube chains of any size.
At the heart of the driver lies two shift registers providing the serial to parallel interface. Each pin controls a high voltage transistor that is able to fully drive each nixie cathode without having to resort to voltage clamps.
The shift registers belong to the "High Speed CMOS" logic family, which means Serial Nixie Driver is compatible with both 3.3 and 5V logic; at up to 25Mhz.
An Arduino library can be obtained from Github.
This will allow you to quickly get started with your tube and with very little code.
For instance: driver.send(7); will display a 7 on a single tube. In the case of a daisy chain of tubes you can simply send an array or each number individually!
Advanced users can write their own code or have a look at the library's source code to see how it works.
The board measures 35x40mm (1.38x1.57"). Additionally, M2.5 mounting screw holes are located on each corner of the board, 3.2mm (0.126") from the side.
In option, you can add an IN-12 "New Old Stock" Nixie Tube. These tubes are brand new and all originate from the same box/same date code, ensuring the tubes match each other.
Through hole headers and pins are not soldered.
The driver requires a 170 to 180V high voltage DC source. A 20K anode resistor is used on each nixie tube. As a result, the tubes will run at 1mA with 170V and 1.5mA with 180V.
If you need one, you can get a high voltage DC power supply here.
We recognize our top users by making them a Tindarian. Tindarians have access to secret & unreleased features.
We look for the most active & best members of the Tindie community, and invite them to join. There isn't a selection process or form to fill out. The only way to become a Tindarian is by being a nice & active member of the Tindie community!