This circuit board is designed for use in Bedini-style pulsed motor systems, working in conjunction with a rotor and bifilar coil to control current switching and pulse timing.

It enables users to build and experiment with pulse-driven electromagnetic systems and battery charging configurations.

Function

The board manages switching behavior between the input source and coil, producing pulsed operation that can be used to explore coil interaction and battery charging setups.

⚠️ This is an experimental component. Performance and results will vary depending on system configuration, tuning, and operating conditions.

Compatibility

Designed to work with Bedini-style rotor and bifilar coil setups
Compatible with a wide range of DIY configurations following standard pulsed motor layouts

Inputs & Outputs

Inputs:
- 12V DC input (user supplied battery)
- 4 coil connections (bifilar coil)
Outputs:
- Charge battery connection (user supplied battery system)

Features

Adjustable variable resistor for tuning system behavior
Indicator LED for system activity and tuning reference
Over-voltage indicator for monitoring system conditions
Component layout designed for stable and repeatable operation

System Use

Commonly used for battery charging experiments and pulsed motor systems
Can be used with a recovery circuit configuration (sold separately) for expanded testing setups

Important Notes

This is an experimental electronics component, not a finished consumer device
Not intended as a standalone power source
Requires proper setup, tuning, and understanding of electrical systems
Results depend on full system configuration

Additional Information

Custom configurations may be available upon request
Assembled in the USA

3 in stock