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TRACO TXM compact power supplies for chassis mounting

01.05.2021

The Swiss company TRACO Electronic AG has introduced a new family of reliable compact MT from TRACO for installation on the chassis - TXM. It includes eight series with powers from 15 to 200 W (TXM 15, TXM 25, TXM 35, TXM 50, TXM 75, TXM 100, TXM 150, TXM 200). Series with output power from 100 W contain active PFC.

All IP models have a universal input voltage range of 90 ... 264 V (AC), and they briefly withstand an increase in this voltage to 300 V (up to 5 sec.), Operating temperature range -25 (-20) ... 70 ( 65)°C.

Models of the family are designed for standard output voltages from 3,3 to 48 V (depending on the series) with the possibility of manual adjustment. The sources have protection against short circuit, overload and exceeding Vout. Overload protection is based on the limitation of Iout.

The new IP family replaces the existing TXL family (according to capacity) and is characterized by lower cost. IP are intended for use in industrial automation and control systems, in electromechanics, in test and measuring devices, security systems and everywhere where high reliability of power supply is required, and at the same time there are cost restrictions.

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Random news from the Archive

Step to desktop accelerator 23.11.2004

British and American physicists have managed to accelerate electrons almost to the speed of light, and the length of the accelerator was a fraction of a millimeter.

"Our work shows that sooner or later a scientist will not need multi-kilometer accelerators of international centers like CERN to study high-energy physics. The laser accelerator will be located in a university laboratory," says Professor Karl Krushelnik from King's College London. But the fact is that the team of scientists headed by him from London, Strathclyd and Los Angeles managed to accelerate electrons up to 70 MeV using a terawatt femtosecond laser, and this happened at a distance of only 0,6 mm.

The idea of ​​such an accelerator is not new: it was proposed in 1979 by Toshi Tajima and John Dawson. The gas in a powerful focused laser beam is ionized, turns into a plasma, and a wave can appear in it, which moves at a speed close to the speed of light.

The strength of the electric field in such a wave is a hundred times greater than in an accelerator, and it very quickly accelerates electrons to relativistic speeds.

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