[NOT FOR NEW PROJECTS] TESND, 10 W - 1200, mounting flanges

DON’T USE FOR NEW PROJECTS!

The series units, besides standard operation in a vast class of radioelectronic and electrical equipment, are meant to be used in critical missions: operation in emergency conditions, operation in case of compromised sealing of the equipment compartment, short-term higher than max power delivery, short-term full operation during surge or drop of input voltage.

AEPS-GROUP power converters of TESND series in robust cases with mounting flanges are mainly meant for universal input of DC mains 28W (16 … 50 VDC) and provide output power up to 1200 W in standard case operating temperature range of -60 °С … +125 °С. Also available inputs – 28, 48W, 48.

Electrical features: all single channel TESND units utilize output synchronous rectification, which significantly increases their efficiency. TESND300 – TESND1000 units contains ability of active current sharing parallel operation.

Constructional features: series units TESND are made in compact dimensions, with high efficiency, power density of 54 to 142 W/inch³. Case base has stiffening ribs and also serves for conductive cooling. Considering that all components significant in weight are connected to the base and submerged in heat-transferring potting – resistance to and durability against mechanical stress is unique.

AEPS-GROUP series TESND are optimal to be utilized in application fields 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11 – for aerial objects at heights up to 15 km in unsealed and unprotected spaces: planes, drones, helicopters, hot air balloons and gliding devices, meteoprobes. Also applied in all types of land transport – railway locomotives and wagons, cars, tracked vehicles. The nits are also an optimal fit for telecom equipment, mining, supercomputers, radars and informational displays and screens, located in outdoors conditions. At the same time, TESND units operate in Arctic and Antarctica, in mountains at all heights and in cold or hot deserts etc.

To know more, read following essays: About input ranges, About efficiency, About planarity.