Switching Mode Power Supplies (SMPS) are prevalent in modern electronics due to their high power efficiency. One of the rare drawbacks of SMPS dc/dc converters is the noise generated onto the input bus, due to their switching operating mode…
Switching DC/DC converters in military applications must meet stringent standards for limits on conducted input noise emissions, and they typically require input filter networks for compliance…
Switching DC/DC converters in military applications must meet stringent standards for limits on conducted input noise emissions, and they typically require input filter networks for compliance…
Switching Mode Power Supplies (SMPS) are prevalent in modern electronics due to their high power efficiency. One of the rare drawbacks of SMPS dc/dc converters is the noise generated onto the input bus, due to their switching operating mode…
GAIA Converter has released 3 new families of ultra-wide input voltage range DC/DC converters. The novelty about them is the 3 KVrms re-inforced isolation targeting Railway, Transportation & High-end industrial applications. In other words, two isolation barriers from input to output…
Using the MGDM-500 series DC/DC Converter and leveraging the effectiveness of the FGDS-35A series EMI Filters combined with the LGDS-600 series Transient Protection modules, building 500W Power Architectures compliant with the MIL-STD-1275 or the DO-160 has never been so easy to accomplish…
New 20W, 40W, 80W with 12:1 input voltage range DC-DC converter with re-inforced isolation from GAIA Converter covers all Railway bus voltages at once…
Gaia Converter offers a complete line of isolated DC/DC converters for military, avionics, rail and other hi-rel applications…
Gaia’s Converter Hold Up products provide a state-of-the-art solution to the problem of maintaining electronic system operation during input bus power drop-out. Usually this approach uses very large capacitors charged at the voltage at which power fails…
Gaia’s Converter Hold Up products provide a state-of-the-art solution to the problem of maintaining electronic system operation during input bus power drop-out. Usually this approach uses very large capacitors charged at the voltage at which power fails…