Specification:

Features:

• High Voltage Output:
  Capable of generating up to 400,000 volts (400KV) from a low-voltage DC input (commonly 3.7V–6V DC).

• Input Voltage:
  Operates from a low voltage source, typically 3.7V to 6V DC, ideal for lithium batteries or USB power.

• Output Type:
  High-voltage pulsed DC suitable for applications like ignition, arc generation, or science experiments.

• Compact Design:
  Small, lightweight module with high voltage coil, epoxy-sealed for insulation and safety.

• High Frequency Oscillation:
  Uses a transistor-based oscillation circuit for high-voltage generation.

• Current Draw:
  Input current typically 2A to 5A, depending on load and voltage source.

• Spark Distance:
  Can generate arcs up to 10mm – 20mm (varies by input power and air humidity).

• Protection:
  Encapsulated in epoxy for moisture resistance and enhanced electrical insulation.

Description:

The 400KV Step-Up Power Module is a compact, high-voltage boost transformer circuit designed to convert low-voltage DC input into an extremely high-voltage output. Operating from a 3.7V to 6V DC input, this module can produce output voltages as high as 400,000 volts (400KV), making it suitable for experimental, ignition, and DIY high-voltage applications.

The module uses a high-frequency oscillation circuit and a ferrite core transformer to step up the voltage. Despite its small size, it can produce visible arcs of electricity and is often used in science projects, high-voltage experiments, ion generators, electronic insect zappers, and ignition systems.