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ELECTRONIC DESIGN OFFICE

Our electronic and mechanical design office, located in Montagny in the Rhône department, develops embedded systems as well as autonomous, connected objects integrated into the product to be monitored.

Electronics design office in Lyon, France.

ANALOGUE ELECTRONICS

Electronics design office in the Rhône-Alpes region

DIGITAL ELECTRONICS

Design office specializing in power electronics, based in Lyon, France

POWER ELECTRONICS EQUIPMENT

Bureau d'étude mécatronique à Lyon dans le Rhône

RADIO FREQUENCY ELECTRONICS

Optoelectronics design office in the Rhône department

OPTOELECTRONICS

DESIGN OF ALL TYPES OF ELECTRONIC BOARDS

Design of all types of electronic boards

 

  • Analogue electronics.
    Sensor conditioning, input-output management.
  • Digital electronics.
    FPGA programmable components (Altera or Xilinx).
  • Power electronics.
    Power supply, DC/DC, AC/DC, AC/AC converter.
  • Radio frequency electronics.
    Standard networks: WIFI, Bluetooth, GSM/GPRS, TETRA, GPS, ZIGBEE.
    Development of proprietary protocols on free frequencies 169, 433, 868 MHz and 2.4 GHz.
  • Optoelectronics
    Led and laser control. Photoreceptor management, spectrophotometer. Optical assemblies. Image processing.
    Electronic design office

    Application in analogue electronics

    Taking measurements is our first job. It includes both mounting the sensor to ensure optimum acquisition conditions and processing the signal at the sensor’s output.

    • Definition of the frequency range to be processed.
    • Adaptation of sensor conditioning to meet this range.
    • Filtering out unwanted frequencies to ensure the best signal-to-noise ratio.
    • Management of acquisition tracks to avoid crosstalk.
    • Card processing to guarantee the best possible EMC.
    • Impedance matching to avoid any unwanted ‘bounce’ in the signal.
    Electronic design office

    Applications in digital electronics

    Once the measurement has been properly conditioned, it needs to be acquired at the right frequency and with the right processing to avoid any distortion or crosstalk. This is where pure digital comes into its own. You have to be able to process the data very quickly, while at the same time not distorting it.

    • Acquisition of analogue signals.
    • Digital and frequency signal processing (digital encoders, PWM inputs, etc.)
    • Management of time and angle clocks.
    • Digital processing on FPGAs for synchronous acquisition or low jitter real-time processing.
    • Impedance and crosstalk management for routing and placement.
    Electronic design office

    On-board energy conversion: applications in power electronics

    Power electronics are present in a lot of our equipment.That’s why our achievements in this field can be very varied:

    • Production test equipment.
    • On-board energy conversion.
    • Medium or high power process control.
    • Hardened power supplies for specific applications.
    Electronic design office

    GPS geolocation products: PPE equipment or tracking equipment.

    EFS develops and designs autonomous products that communicate by radio frequency transmission.

    • GPS geolocation products: PPE equipment or tracking equipment
    • Products on telecommunications network: TETRA network: voice or data transmission, GSM/GPRS data transmission.
    • Products on standard networks: WIFI, Bluetooth, GSM/GPRS, ZIGBEE, B.L.E.
    • Products on free frequencies: 169 – 433 – 868 MHz and 2.4 GHz frequencies.
    • Design of the antenna, from the dedicated circuit to the application and development of the protocol if specific is needed.
    Electronic design office

    Visible UV absorbance spectrum analysis: Optoelectronics application

    • Design of display and/or lighting systems.
    • Optical spectrum processing: visible or UV absorbance spectrum analysis for water analysis.
    • Laser diode control: dimensioning measurement using time-of-flight or optical phase shift.
    • Power LED control: UV or visible LED control, fluorescence measurement, diffraction measurement, etc.
    • Image processing: image acquisition and processing.

    A design office at your service to help you with your project.

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