400kV High Voltage Generator Module (3–6V DC High Voltage Pulse Generator)

The 400kV High Voltage Generator Module (3–6V DC High Voltage Pulse Generator) is a compact DC high-voltage converter designed to generate high-voltage pulse output from a low-voltage 3V to 6V DC power source. The module uses an internal oscillation circuit, switching transistor, and step-up transformer to convert low-voltage DC input into high-voltage pulsed output suitable for research, educational demonstrations, and high-voltage electronic experiments.

The module accepts a 3–6V DC input and converts it into a high-voltage pulse output through a high-frequency switching circuit and integrated transformer. The output is a high-voltage, low-current pulsed signal, making it suitable for applications where high voltage is required with relatively low current. The actual output voltage depends on the input voltage, power source capability, environmental conditions, and load, and is typically lower than the nominal marketing specification.

Its compact and lightweight design allows easy integration into experimental setups and prototype circuits. The module features clearly marked input and high-voltage output leads for convenient wiring. It is intended for use by experienced users in controlled environments with appropriate electrical safety precautions.

The 400kV High Voltage Generator Module is commonly used in high-voltage educational demonstrations, electrostatic experiments, plasma research, ion generation experiments, laboratory testing, electronic research, and prototype development. It is suitable for educational institutions, laboratories, researchers, and electronics enthusiasts working on controlled high-voltage projects.

Features

• Input voltage: 3V–6V DC

• Compact high-voltage pulse generator module

• High-frequency switching circuit

• Integrated step-up transformer

• Lightweight and compact design

• Low-voltage DC input

• High-voltage pulsed output

• Stable operation with suitable power supply

• Easy wiring with pre-attached input and output leads

• Suitable for laboratory and educational use

Applications

• High-voltage laboratory demonstrations

• Educational electronics experiments

• Electrostatic research

• Plasma and ionization experiments

• Electronic testing and research

• Physics laboratory projects

• Prototype development

• Educational STEM projects

• Controlled high-voltage demonstrations

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