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…
Gaia Converter introduces its GRD-40 Series and the Gpack-800 Series configurable military grade C.O.T.S power supplies…
Gaia Converter introduces its GRD-40 Series and the Gpack-800 Series configurable military grade C.O.T.S power supplies…
This paper describes the design and implementation of a compact and high-frequency LLC converter with wide input voltage range (from 220 V to 320 V), output power range (from 250 W to 1.5 kW), high efficiency (over 96 % at full power), high power-density (32 kW/dm 3 ) and narrow frequency variations (15 %)…
This paper exposes the analysis, modeling and comparison of two different LLC converter configurations: the conventional LLC converter and the Three-Phase Y−Δ LLC converter, which is firstly analyzed in this paper…