Gaia Converter has expanded its military and aerospace power systems offerings with the PSDG-48 series board mount module. The series includes isolated power supplies with 2 or 3 outputs, each providing 48W, designed with an emphasis on SWaP-C and a profile of 91×54×9 mm.
GAÏA Converter offers a broad family of state-of-the-art EMI filter modules to address Electromagnetic Interference (EMI) requirements for Hi-Rel Aerospace/Defense power system applications.
Increasingly, military vehicles are provisioned with electronics for control, communications, navigation and display systems. DC-DC converters provide auxiliary power for these systems but can be subject to high electrical and environmental stress in the application. This article outlines the stress levels defined by the common standards used and identifies the specifications that DC-DC converters need to meet.
With its DNA in avionics, GAIA
Converter is leading the charge in providing
OEMs worldwide with high-reliability
modular power solutions and power
architectures designed for mission-critical
operations.
The PSDG-48 Series is a fully integrated COTS multi-output 48W isolated power supply board mount module.
The MGDS-500 Series feature a full range of high density, wide input range DC/DC power modules designed for aerospace, military and high-end industrial applications.
With 500W output power, the MGDM-500 Series is particularly suitable for ultra compact power supply design.
GAIA Converter introduces the PSDG-48: 48W Hi-Rel integrated power supply, 28VDC input, multi-outputs module
GAIA Converter’s AC/DC Power-Factor Corrected front-end modules are compatible with common airborne AC input bus voltages and variable frequencies, while being particularly suited for use in centralized power architectures in conjunction with PoL or isolated DC modules.
Gaia Converter ist ein Marktführer im Bereich hochzuverlässiger Stromversorgungen. Wir sprachen mit John Imaz über die letz-ten 30 Jahre und die Zukunft.
FLHG-60 Series 60W DC/DC Input Bus Conditioner
High Reliability Design is Optimized
for Mil/Aero Distributed Power Systems