High Voltage Power Module DC Generator 3.7V-7.4V 1000 kV Step-up Converter Electronic Module 8.8 x 2.6 cm DIY Projects
This high voltage generator is a compact and powerful step-up module that can increase voltage from 3.7V to 7.4V to an output voltage of up to 1000 kV. It is designed for experimental use, scientific projects, or school experiments, where it is necessary to demonstrate the principles of high voltage and electrical discharge. Due to its small dimensions of 8.8 x 2.6 cm, it is easily integrable into various projects and applications.
The module is suitable for DIY, electronics experiments, and practical demonstrations in schools. It allows the creation of a strong spark discharge that can be used for simulations, physics experiments, or exploring the properties of high voltage. Power can be supplied using standard batteries or an external DC source with a voltage of 3.7V-7.4V. Thanks to its robust construction, the module is resistant to short-term overload, making it ideal for creative and educational applications.
- Input Voltage: DC 3.7V - 7.4V (compatible with batteries or external sources)
- Output Voltage: Up to 1000 kV
- Module Dimensions: 8.8 x 2.6 cm
- Compact step-up converter – ideal for small projects and experiments
- Suitable for DIY, school experiments, and scientific demonstrations
- Simple connection – input and output wires are clearly marked
- Robust construction – resistant to short-term overload
- Creates a strong spark discharge – ideal for demonstrating the principles of high voltage
- Input Wire Length: 9 cm
- High Voltage Type: Pulsed DC type
- Package Contents: 1x High Voltage Generator
This generator is popular among DIY enthusiasts and students interested in electronics and physics. Due to its simple connection and wide range of input voltage, it is also suitable for less experienced users who want to experiment with high voltage. Compact dimensions allow for easy mounting onto project boards or prototypes.
Warning: Due to the high output voltage, safety precautions must be taken when handling the module. Not recommended for children or inexperienced users without supervision. Use is intended for demonstration and experimental purposes only – the module is not designed for permanent connection to devices or for powering sensitive electronics.