We design electrical and electromagnetic components (analysis) or use multicriterial optimization techniques (design) to ensure the best possible solution to your problem. To this end, we have extensive experience in the following areas:

• Analysis and design of synchronous machines
• Optimization using Pareto methods (multiple input variables, multiple objective functions)
• Computation and optimization of eddy current losses in permanent magnets
• Computation of current displacement losses (and knowledge on methods for reducing these)
• Design, simulation, and commissioning of current and speed controllers for drives
• Experiment design and measurement of, e.g., capacitance, inductance, resistance, and paramter identification with static methods

To quickly provide you with cost-effective solutions, we have deep knowledge and experience with the following software and can develop custom computation tools when required

• Matlab/Simulink
• GNU Octave
• FEMM
• Spice
• Excel

We have extensive experience with embedded systems (FPGA, Microcontroller, DSP, SoC, CPLD), in particular for control systems for power electronics and frequency converters.

• Concept and requirements
• FPGA programming (VHDL, Verilog)
• Control systems engineering
• C, C++, Assembly
• Testing and commissioning
• Compliance and electromagnetic compatibility

Based on your requirements, we develop advanced, robust electronic hardware for your product or prototype. Combined, our team has over twenty years of experience in printed circuit board design which we will leverage to provide you with allround, ultra-fast service for successfully realizing your ideas.

• Circuit design, schematic entry, PCB layout
• Complex processors (Microcontrollers, DSPs, SoCs) and programmable logic devices (FPGAs, CPLDs)
• Communications interfaces (field busses, Ethernet, RS232, RS485, CAN, PCI, and many more)
• Power supply (switched and linear conversion)
• Analog and mixed-signal circuits (Op-amps, ADC, DAC, etc.)
• Electromagnetic compliance and isolation
• THT and SMD technologies
• BGAs with 500+ balls down to 0.5 mm pitch
• Layer stacks with 1 to 10 layers
• Structure size down to 100 µm
• Rapid prototyping as well as coordination of series production

Some projects or project phases can be handled most effectively personally, together, on-location. According to your needs, we can conduct certain project activities or carry out entire projects on-location, at your company.

• Development or commissioning of existing or new systems
• Concept and planning - developing form-fitting solutions, in collaboration with your team
• Proximity and instant feedback lead to synergy and optimum results