High Voltage Power Supply Development
Budget: $750 – $1,500 CAD
I'm in need of a high voltage power supply, akin to the Gambetti LF-500. This project has two phases: initially creating a laboratory version for testing and validation, and subsequently designing a board-level version for a new product. The AC output of this power supply will be utilized to generate a plasma discharge in an aerated water mixture.
Key tasks include:
- Developing a usable laboratory version of the power supply
- Designing a board-level version for product integration
- Ensuring the AC output is suitable for plasma generation
The initial laboratory version will need to meet the exact specifications of the LF-500. Safety features are crucial, with both overload and short-circuit protection required.
Ideal candidates for this project should have:
- Extensive experience in high voltage power supply design
- Proficiency in creating laboratory-grade equipment
- Capability to design board-level versions for mass production
- Strong understanding of safety features in high voltage equipment
- Familiarity with plasma generation equipment
Please note, the frequency range and duty cycle have not been specified and would be determined based on the LF-500 specifications.
Key tasks include:
- Developing a usable laboratory version of the power supply
- Designing a board-level version for product integration
- Ensuring the AC output is suitable for plasma generation
The initial laboratory version will need to meet the exact specifications of the LF-500. Safety features are crucial, with both overload and short-circuit protection required.
Ideal candidates for this project should have:
- Extensive experience in high voltage power supply design
- Proficiency in creating laboratory-grade equipment
- Capability to design board-level versions for mass production
- Strong understanding of safety features in high voltage equipment
- Familiarity with plasma generation equipment
Please note, the frequency range and duty cycle have not been specified and would be determined based on the LF-500 specifications.