WordClock micro

The kit of the WordClock micro comes from the OpenHardware project (see below). The kit was developed for an easier start with not so deep knowledge of electronics. The board is already equipped with the SMD components and the microcontroller is programmed. So there is no need for special tools. Besides the display and the assembled board, no other components are supplied. For the assembly a 5V power supply and a backup battery is needed to not have to set the clock when connecting the voltage. Furthermore the installation in a case is recommended. Some variants can be seen in the blog.  You can also find complete instructions on how to set up and operate it in the blog article. Scope of delivery: Board WordClock micro 30mm display equipped simple foil made with laser printer, if no template is ordered Notice: Due to the minimization of the project's components, there may be differences in the brightness of the LED matrix. The author of the project is Daniel Rojas. More information about the project can be found in the Github Repo as well as the presentation on Hackaday.   Technical data: Size: 32 x 32 x 13mm Power supply: 5V DC (not included in delivery)  

The kit of the WordClock micro comes from the OpenHardware project (see below). The kit was developed for an easier start with not so deep knowledge of electronics. The board is already equipped with the SMD components and the microcontroller is programmed. So there is no need for special tools. Besides the display and the assembled board, no other components are supplied. For the assembly a 5V power supply and a backup battery is needed to not have to set the clock when connecting the voltage. Furthermore the installation in a case is recommended. Some variants can be seen in the blog.  You can also find complete instructions on how to set up and operate it in the blog article. Scope of delivery: Board WordClock micro 30mm display equipped simple foil made with laser printer, if no template is ordered Notice: Due to the minimization of the project's components, there may be differences in the brightness of the LED matrix. The author of the project is Daniel Rojas. More information about the project can be found in the Github Repo as well as the presentation on Hackaday.   Technical data: Size: 32 x 32 x 13mm Power supply: 5V DC (not included in delivery)  

This front panel is designed for the 30mm display of the WordClock micro. The Plexi glass has lasered letters, is 1.8mm thick with a matte finish. Scope of delivery: 1x plexiglass stencil black

This front panel is designed for the 30mm display of the WordClock micro. The Plexi glass has lasered letters, is 1.8mm thick with a matte finish. Scope of delivery: 1x Plexiglas stencil white

This front panel is designed for the 30mm display of the WordClock micro. The Plexi glass has lasered letters, is 1.8mm thick with a matte finish. Scope of delivery: 1x plexiglass stencil silver

This front panel is for the 30mm display of the WordClock micro. A stainless steel foil was laser cut. The outer dimensions of the foil are 40x40mm with rounded corners. Scope of delivery: 1x stainless steel foil  

The WordClock micro can be powered by a coin cell when switched off, in order to keep the time in the clock chip running. This saves setting the clock when it is switched off. According to the data sheet of the clock chip, this then runs for several years with a button cell. Scope of delivery: 1 x button cell holder with solder connection 1 x button cell

Plug-in power supply 5V/1A/5W Output USB-A socket  The item may differ from the picture.

Plug-in power supply 5V/2A Output USB-A socket