Recently, Pete launched his new Nixie QTC format for mid sized tubes. Let's take a look at what he's got:
To begin, QTC stands for "quick tube change." The QTC design is an interesting clock kit with the ability to easily replace tubes that previously were hard wired (such as an IN-8-2, Z5070M, or ZM1210). He does this by putting them on a mini PCB with a connector on the back so the tubes can easily be swapped out. Nixie tubes do eventually wear out and this is an elegant way to replace them. One of the advantages of having all of the tubes on mini PCBs is that the main board can support multiple types of tubes with no configuration.
The nixies are drive in a multiplexed display mode. The tubes are driven in a 3x2 multiplex and generate little noise and no perceivable flicker.
This device also supports GPS synchronization making it one of the most affordable clocks with this option.
The following features are standard for the kit version:
6 X (your choice) Nixie tubes, with 18mm digit height
6 X Tube cell components for mounting the tubes
All transistors, resistors, capacitors, ICs, diodes
2 X Neon bulbs for hours:minutes:seconds separators
Double sided, plated - through - hole PCB with red solder resist.
Fully pre-programmed PIC microcontroller, with socket
Jürgen Grau just sent me this video of his two newest clocks in action.
The display effects are the same as the ones that Pete Viricas uses in his QTC clocks. The PIC microcontroller software was designed by him and modified Jürgen for these clocks. See more at NixieKits.eu
Here is a new clock coming soon from NixieKits.eu - this is Laura:
An IN-2 clock, based on the features from Sven - incl. Alarm, but with some more improvements:
High quality socket pins for the socketed IN-2
2 x 3 multiplex for higher brightness / less tube noise
High Efficiency HV voltage converter "ultra cool design", therefore the clock can be easily powered from a single USB connector (power consumption less than 2 VA incl. turned on LEDs) and all electrical parts (incl. MosFet and inductor remains cool - not even warm).
As an option: Build in ASK receiver module for "wireless GPS reception"
External connector (1/8" TRS jack) for DCF/MSF/WWVB or wired GPS receiver (BR-355)
Easy enabling or disabling Day Saving Time by a single button's push
RGB controller for tube backlight with selectable LED fixed colour / brightness for every hour and / or auto changing colours with variable speed
Extra master blanking time for disabling the complete display during weekdays / weekends etc.
1F Super Cap power backup for keeping the time for more than 24 hrs without power supply
New extra optical Nixie effects: fading digit with "scroll back", date scrolling in and out
LEDs on rear for: Alarm, DST active, Time Sync, Time Data input
The PCBs are made with a lot of tiny SMT parts, but they are all pre-assembled and soldered. So building the clock within 2 hrs. is not a problem at all.
Here is a great clock from Michael B. This si the RackMountable Nixie clock. The enclosure was purchased off of eBay, polished up, and brought back to life with the electronics from a NixiChron. Take a look: