Electric Circuit Design


Electric Circuit Design


Electric Circuit Design


Electric Circuit Design


Electric Circuit Design



Whether you need a new development, redesign, troubleshooting or circuit diagram transfer into a new printed circuit board program - we analyze your requirements and find possible solutions. We explain the advantages and disadvantages of the different solutions to you and prepare the successful completion of the assembly development with circuit diagrams structured accordingly.

We develop analog and digital electronic circuits for our customers. Our focus is on the following areas:

  • Measurement Technology
    • Analog signal processing
    • Signal adjustment
    • Filter
    • Digital measurement data processing
  • Medical engineeering
    • Signal acquisition
    • Signal analysis
    • Security systems
  • Microcontroller Solutions
    • IC bus systems (I²C, IIC, SPI, RS485)
    • System interfaces (USB, CAN, CANopen, Ethernet, fieldbus, WLAN, Bluetooth)
  • Power electronics
    • Loss-minimized FET bridges
    • DC/DC converter
    • High-performance assemblies
    • Battery Management Systems (BMS)
    • Chargers (DC, AC)
  • Mobile devices
    • Displays with touch function
    • RFID Readers

Analog Circuits

Analog Circuits Design


Analog circuit development is indispensable, even for our latest components. We benefit from our longstanding know-how for the conception and dimensioning of analog circuit parts.

  • Signal conditioning
  • Analog signal preprocessing
  • Analog filter
  • MOSFET FET circuits
  • AD converter interface

Digital Circuits


After selecting the microcontroller or processor in terms of performance, price and power supply, the peripheral circuit components are designed. We use PSpice to simulate developed circuit parts.
  • Power supply
  • Microcontroller (PIC, STM, TI, etc.)
  • Processor systems (ARM, RISC)
  • Digital interfaces (IOs, galvanically isolated IOs)
  • Fieldbus systems
  • Sensor electronics (photodiodes, EEG/EKG, pH value, temperature)
  • AD and DA converters
  • µC for LowCurrent applications and display control panels
  • Processor systems
  • Communication interfaces
  • FPGAs
  • Clock designs
  • Power supplies

Design Tools



We prefer the following development tools for circuit design and simulation of analog and digital circuits: