Engineering at its best – for efficiency!

Electronic development | E-motor design | Simulation

Hardware Development

Maximum efficiency, high energy density on the smallest installation space and a particularly economical production – these are the specifications according to which we implement various projects.


  • Circuit development & design
  • Circuit simulation & test
  • Layout generation
  • Designs for setup and connection technology
    (hybrid/ceramics substrate, PCB, IMS, punching grid, bonded connections, bare die, etc.)‏
  • Housing and module construction
  • Power loss calculation & thermal analysis
  • Circuit-FMEAs
  • System tests under different framework conditions (vibration, voltage variation, temperature …)
  • Consideration of the effects of serial scatter on product properties & reliability
  • Lifetime tests & aging analyses
  • Support for analysis of failed parts
  • EMC-compatible design

Development focuses

  • Microcontroller systems (8-, 16-, 32-Bit embedded microcontrollers)
  • Power electronics (voltage converters, frequency inverters/inverters)
  • Electrical drives (e-motor, control & power electronics)
  • Controls for LED lighting modules/spotlights
  • Communications modules (CAN, LIN, PWM, SENT, SPI, IIC)
  • Operating and display systems
  • General industrial controls
  • Sensors

Special know-how

  • Draft of electronics modules for high ambience temperatures (>150 °C)
  • Electronics modules with very high power and integration densities
  • Circuit design for high currents ( >300 A)
  • Design for high vibration loads (>20 g)
  • Design of electronic drive systems with particularly high efficiency
  • Simulation of dynamically occurring power loss and calculation/simulation of thermal conduct
  • Cost-optimised & robust design
  • Support of ASIC-developments
  • Holistic analysis of mechatronic systems
  • Long-term experience in the automotive area