Daitron

low-noise power supplies

Check out the Daitron power supply range

Daitron low-noise power supplies

Switching power supplies can generate ripple and electrical noise. For this reason, linear power supplies are still often used in critical and sensitive applications. Daitron offers a compact and efficient alternative.

Thanks to its unique soft-switching technology, Daitron AC/DC power supplies combine extremely low output ripple, low EMI emissions and low leakage current with the advantages of a switching power supply: compact size, low weight and high efficiency.

This makes them ideal for medical equipment, test and measurement instruments, laboratory systems and sensitive industrial electronics.

Explore all Daitron power supplies

Unique soft-switching technology

Thanks to Daitron’s unique soft-switching technology, these power supplies combine compact size, low weight and high efficiency with exceptionally low noise levels:

Very low output ripple
Low EMI emissions
Low leakage current

Up to 90% lower noise levels

Daitron reduces noise levels to less than 10% of those generated by conventional switching power supplies. EMI emissions remain well below EN 55022 Class B limits, simplifying system integration and certification.

Ideal for sensitive measurement equipment, electron microscopes, medical imaging, and audio and video applications.

Is a Daitron low-noise power supply suitable for your application?
Contact our specialists for technical advice.

Contact our specialists

Discover Daitron technology

Video

Ultra low noise power supplies from Daitron

Daitron low-noise power supplies

Discover how Daitron combines compact switching power supplies with very low ripple, EMI emissions and leakage current.

This video provides an overview of the product range, soft-switching technology and key applications.

Daitron RFS: ultra-low-noise up to 1 mV p-p

The new, compact RFS series delivers output ripple as low as 1 mV p-p at 50 W, combining the low-noise performance of a linear power supply with the efficiency and compact design of a switching power supply.