Nixie Clock on IN-12 and Arduino v2
Boards:
- The dimensions of the board are less than 100x100mm.
- All components are output, soldered even by a beginner
- The number of components is minimized!
- The system consists of two boards: the bottom (all control electronics) and the top (lamps and backlight LEDs)
Hardware Chips:
- The heart of the board is the full-size Arduino NANO, which means easy assembly and firmware
- Power supply for the entire circuit - 5 Volts
- The high voltage generator is swinging the PWM channel of Arduino
- The voltage of the generator is adjusted by a resistor with a twist
- Time sets RTC DS3231
- 3 buttons for setting the time and alarm
- Alarm squeaker
- Illumination of indicator lamps
Software Chips:
- “Busting” the figures once every half an hour, preventing the indicators from oxidizing
- Smooth change of brightness of a point and illumination of lamps
- Setting the brightness of numbers, “dots” and backlight
- Two brightness modes depending on the time of day
- 4 indicator switching modes
- 3 lamp backlight modes
Button control:
Time setting:
- The left button is a choice, the rest are “more” and “less”
- Hold “selection” - time setting
- Click on “choice” - change the setting hours / minutes
- Click “more” and “less” - time change
- Hold “select” - return to watch mode
Setting effects. In watch mode:
The central button toggles the lamp backlight
- breath
- constant light
- off
The right button switches the modes of turning numbers
- No effect
- Smooth fading
- Number Rewind
- Cathode Rewind
- Train
- Rubber
Holding the center button enables / disables “glitches”
Components
Arduino NANO Rev3.0
RTC DS3231
DS3231 micro
Squeaker
Card Slots
Pin rail
Electrolytic Capacitor 4.7 uF 350V
Trimmer resistor 470 kOhm (500 kOhm possible)
Inductance 220 μH
Diode HER106
Transistor IRF840PBF
Optocoupler TLP627 (F) DIP-4
K155ID1 decoder
5mm LEDs
3mm LEDs
0.25W LED
Resistors
150 ohm
470 ohm
10 kOhm
100 Ohm - 3pcs
5 V power supply (charger from smartphone) - 500 mA minimum
Nixie Clock on IN-12 and Arduino v2
*PCBWay community is a sharing platform. We are not responsible for any design issues and parameter issues (board thickness, surface finish, etc.) you choose.
- Comments(6)
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- Engineer Sep 05,2024
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- Sabetta Jean-Claude Jan 13,2020
- Valkov Ivan Victorovich Dec 30,2019
- QSO LABS Dec 17,2019
- Artem Yanov Dec 04,2019
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