DO NOT TOUCH THE BOARD WHILE THE POWER IS ON!
Note: Due to the high voltage output (150V), certain areas are exposed and pose a potential safety risk. Users must take the following precautions:
1. Do not touch the board while powered.
2. After powering off the board, wait several seconds to allow the capacitors on the Nixie Power Click to discharge via the integrated bleeding resistors before handling the setup.
Failure to follow these precautions could result in an unpleasant shock or damage to the equipment. Ensure all safety measures are adhered to for a safe experience.
How does it work?
Nixie IN-12B is an add-on shield board that features a pre-installed IN-12B Nixie tube. This shield offers a reliable and efficient solution for numerical display projects by integrating high-voltage FETs to manage the channels controlling the Nixie tube. The connectors on the shield are carefully designed to ensure proper alignment and prevent incorrect connections. The J1 connector is a male header, while J2 is a female header, complementing the opposite configuration on the base board for added safety.
The IN-12B Nixie tube included on the shield is a popular numerical display tube widely used in Nixie projects due to its affordability and availability. It features a character height of 18mm, displays digits from 0 to 9, and includes a decimal point located on the left side. The tube operates with a typical starting voltage of 150V and requires 3mA of current per segment for optimal performance.
This shield is an excellent choice for applications ranging from vintage clock designs to artistic numerical displays, combining the charm of classic Nixie tube technology with modern electronic control. Its high-voltage FET-driven system and well-designed connector layout ensure safe and dependable operation, making it ideal for creating visually striking and nostalgic displays.
Specifications
Feature | Value |
---|---|
Symbol Height (mm) | 18 |
Characters / Symbols | 0-9 |
Decimal Point Position | Left |
Typical Voltage (V) | 150 |
Current per Segment (mA) | 3 |