The DC - sources of the LAB/HP series now have an impressive power density of 30 kW in only 3 RU. A maximum power of up to 420 kW can now be realized in a 47 U 19" cabinet. In addition, the power - racks with max. 420 kW can be extended by the function Master-Slave, up to a power of 3, 3 MW.
The electronic AC sources of the series EAC-S up to 10 kVA and EAC-3S up to 3 times 10 kVA are very well suited for the simulation of worldwide grids, whether 1-phase or 3-phase. Output voltages up to 700 VAC/phase zero, DC voltages up to 1000 VDC and output frequencies up to 2000 Hz are optionally available. Furthermore, all common interfaces are optionally available as well as
The DC - sources of the LAB/HP series have been revised very elaborately and now have an impressive power density of 30 kW in only 3 U. Output voltages up to 2000 VDC are available and the master/slave function allows the output power to be increased up to 1.4 MW.
Electric cars, e-bikes, e-scooters and more.: The future will be electric. Our laboratory power supplies are just as future-proof. Today we are already actively shaping the future of e-mobility with our customers. With DC - sources from 750 W to 1.4 MW and output voltages up to 2000 VDC we can cover the whole spectrum of applications.
Lasers have found their way into numerous areas of daily life over the past decades. In every laser printer and all optical drives there are laser diodes, in barcode readers lasers are used to scan barcodes. In industry, lasers are used for a wide range of manufacturing processes - from forming, cutting, joining and coating to changing material properties.
The development and use of MOSFETS, IGBTs, diodes and other high power components requires comprehensive testing of power components such as breakdown voltage, forward current and capacitance measurements.
In aerospace nothing is left to chance. Here laboratory power supplies based on highest reliability are in demand. Whether for the development of aircraft and spacecraft, ground-based equipment or for simulating the board network of an aircraft with an output frequency of 400 or 800 Hz.
The core areas of automation are the monitoring, control and regulation of processes. Depending on the type, this involves the control of the proper operation of process plants, the target-oriented maintenance of a desired process status despite disturbing environmental influences or the realisation of specified or alternatively selected process sequences.
Due to our mobility behaviour, batteries of all kinds are becoming increasingly important as power storage devices. They ensure our independence and comfort in all areas. Due to the multitude of technologies used, such as: Li-Ion, Li-Po, LI-Mn, LMP, NiCd, NiMH and Pb, the batteries differ greatly in their demands on the charging technology or charging curve.