1. Kupu Whakataki
This manual provides detailed instructions for the proper installation, operation, and maintenance of the GODIYMODULES High Voltage DC Converter Module Board. This module is designed to provide stable high voltage DC and filament voltage, suitable for applications such as powering Nixie tubes and Magic Eye tubes.
Whakaahua 1.1: Runga-raro view of the GODIYMODULES High Voltage DC Converter Module Board. This image shows the overall layout of the components, including capacitors, inductors, the DC input jack, and the terminal blocks for input and output connections.
2. Nga korero haumaru
WARNING: This module generates high voltage. Improper handling can result in electric shock, injury, or damage to equipment. Always exercise extreme caution when working with high voltage iahiko.
- Ensure the power supply is disconnected before making any connections or adjustments.
- Do not touch any components on the board when power is applied.
- Use appropriate insulation and safety equipment.
- Verify all connections are correct before applying power.
- This module is intended for experienced electronics hobbyists and professionals.
3. Nga ahuatanga
- Designed for Nixie and Magic Eye Tube anode and filament power supply.
- Vol teitei ka taea te whakaritetage DC output.
- Dedicated 6.3V filament voltage whakaputanga.
- Compact board design.
4. Whakatakotoranga
| Tawhā | Uara |
|---|---|
| Whakauru Voltage | DC 9V-12V |
| DC Socket Specification | 5.5*2.1 mm (Inner Positive, Outer Negative) |
| He kaha Voltage Putanga | DC 150V-280V / 15mA (Adjustable) |
| Kakawaea Voltage Putanga | DC 6.3V / 1500mA |
| Ahu | Tata ki te 5.24 x 3.82 x 1.34 inihi (Pake) |
| Taumaha | Tata ki te 0.634 hekere |
| Rauemi | Te whakarewa, te Kirihou |
5. Tatūnga me nga Hononga
Follow these steps to correctly connect the High Voltage DC Converter Module Board to your system. Ensure all power is disconnected before proceeding.
5.1 Hononga Mana Whakauru
The module accepts a DC input voltage between 9V and 12V. There are two methods for providing input power:
- Jack Hiko DC: Use a DC power adapter with a 5.5*2.1 mm plug. The plug must be inner positive and outer negative.
- Paraka Kapeka: Connect your DC 9V-12V power supply to the designated input terminals on the green screw terminal block. Observe correct polarity.
Image 5.1: Connection diagram showing input and output terminals. The DC 9-12V input can be connected via the barrel jack (5.5*2.1mm, inner positive, outer negative) or the screw terminal block. The image also indicates the output voltage regulation potentiometer.
Image 5.2: Detailed connection diagram illustrating the input power options (DC 9-12V via barrel jack or screw terminals) and the output connections for 6.3V filament voltage, GND, and adjustable DC 150-280V. The output voltage adjustment potentiometer is also clearly marked.
5.2 Hononga Huaputa
The module provides two main outputs via the green screw terminal block:
- DC 150V-280V Output: Ko te vol teitei teneitage output, adjustable via the onboard potentiometer. Connect the anode of your Nixie or Magic Eye tube to this output.
- DC 6.3V Output: This output provides 6.3V for tube filaments. Connect the filament of your tube to this output.
- GND: Common ground connection for both outputs.
Ensure all connections are secure and correctly polarized before applying power.
6. Nga Tohutohu Whakahaere
6.1 Te Whakakaha
Once all connections are verified and secure, connect the DC 9V-12V power supply to the module. The module will immediately begin generating the output voltages.
6.2 Adjusting High Voltage Putanga
Ko te vol teiteitage output (DC 150V-280V) is adjustable using the blue potentiometer located on the board. Use a small screwdriver to carefully turn the potentiometer:
- Hurihuri karaka hiahia piki te putanga voltage.
- Hurihuri counter-karaka hiahia heke te putanga voltage.
Always use a multimeter to measure the output voltage while adjusting to prevent over-voltage damage to your connected components.
Whakaahua 6.1: Runga view of the module, clearly showing the blue potentiometer used for adjusting the high voltage whakaputanga.
7. Tiaki
The GODIYMODULES High Voltage DC Converter Module Board is designed for reliable operation and requires minimal maintenance.
- Kia noho ma te kōwae me te kore o te puehu me te para.
- Me whakarite kia rawaka te hau huri noa i te kōwae hei ārai i te wera nui.
- Avoid exposing the module to moisture or extreme temperatures.
- Regularly inspect connections for looseness or corrosion.
8. Te Raru
- Kore Putanga Voltage:
- Verify the input power supply is connected and providing 9V-12V DC.
- Check the polarity of the input DC power plug (inner positive, outer negative).
- Ensure all output connections are secure.
- Puawai Putanga Hētage:
- Mo te vol teiteitage output, adjust the potentiometer as described in Section 6.2.
- Use a multimeter to accurately measure the output voltages.
- Whakaritea te voltagHe pumau a e, ā, kei roto i te awhe kua tohua.
- Te wera rawa o te kōwae:
- Me whakarite kia rawaka te rere o te hau huri noa i te kōwae.
- Verify that the load connected to the outputs does not exceed the specified current limits (15mA for HV, 1500mA for 6.3V).
9. Tautoko
For further assistance or technical inquiries, please refer to the seller's contact information on the product purchase page or visit the GODIYMODULES official support channels.
