Aviation

Bildschirmfoto 2021-12-08 um 11.17 1 (3)

Our Production Series

Elektra can look back on decades of know-how for the aircraft industry. We are able to manufacture DC/DC converters according to Mil Standards 461 and 810.

The “handling” of our converters is made optimal through the use of a special hybrid technology on a ceramic substrate (Al203) in conjunction with a robust housing milled from an aluminum block, which results in a high-power density. This technology can also be used as a brick, half brick, quarter brick, “2×2”, Dil24 and many more.

We Are Your Extended Arm in Industrial Developments

The power range of our industrial converters lies between 5W and 500W. Typical input voltages are: 9-36, 18-75, 43-160, 14-60 VDC. An extended temperature range from -40°C to +85°C without derating can be specified for all converters. We are very happy to work directly with our client’s engineers in industrial and aircraft construction. This enables us to produce even more precisely, faster and more cost-effectively.

Despite the current global delivery bottlenecks, Elektra as an established family business still offers customer-specific solutions within short development times. Feel free to contact us with your specifications.

Examples

Elektra offers a wide range of DC/DC converters in the power range from 5 watts to 360 watts for industrial, telecommunications, automation technology and railway applications according to EN50155. On request, the products are also available RoHS-compliant.

DC/DC converter

EMF150

Development of a tailor-made DC/DC converter for the aircraft sector with input voltages from 16 to 51V; 5 outputs; all linear regulated to achieve a very low output ripple. power: 35 watts. Output voltages: +5,1V; +12V; +15V; +24V; -12V; 48V Plug connection



Download

Free consultation

DC/DC converter

E05-S-I

Power:

5 Watt

Double

exit

Temperature:

-40 °C / +105 °C



Download

Free consultation

DC/DC converter

E12-S-I

Power:

12 Watt

Simple

exit

Temperature:

-40 °C / +105 °C



Download

Free consultation

View all products

How Everything Started

Today’s modern electronics date back to two important events: the invention of the Hertzian dipole (used to propagate electromagnetic waves in space) by Heinrich Hertz in Germany in 1886 and the commercial use by Guglielmo Marconi after the invention of the radio in Italy in 1895. The whole world could now listen to the radio: the industrial rise was rapid.

Radio receivers and transmitters were built in large numbers, with so-called vacuum tubes in all versions. The first digital computers (the forerunners of today’s computers) also had vacuum tubes as circuit elements and were as big as a small house.