Design & Manufacturing Services for Electronic Assemblies Over 15 years design experience in Electronic Engineering

25.01.2012: We would like to welcome our new employee Joachim Hausmann. He is responsible for the Prototype- and Series-Production.

 

19.11.2011: Click here to view our new video presentation. A brief insight of our everyday activities. Have fun!

 

10.09.2011: Visit us at the Productronica in Munich on 15-18 November 2011. We`ll be delighted to send you your free entrance ticket, worth € 32.

 

 

14.05.2011: We are now offering a new service in PCB-rework and component recycling - see Manufacturing -> Assembly Repair for more details.

 

08.01.2011: Our relocation from Saarland to Bavaria is complete! We will be at your service from 10.01.2011.

 

23.10.2010: We are pleased to be the official development partner for the new "MediCbus" project in cooperation with Hippokratec GmbH.

 

10.07.2010:  We will be relocating into larger premises at the end of the year, returning back to Bavaria. This move will allow for further expansion of our manufacturing facilities. To this end, we also need to fill a vacancy in the manufacturing department. If you wish to apply see About Us -> Jobs for more details.

 

10.07.2010: Our new internet presence goes on-line. A special thanks to Luke at Pom Design Ltd for his fantastic work. We highly recommend their internet design services. Take a look at Pom Design

Automotive Invention: our design activities have led to a USA patent being granted to our customer for a "Device for Protecting an Electrical Consumer against Voltage Spikes in a Motor Vehicle"

 

Temperature measurements

under a simulated environment ranging from -40°C to +130°C.

A commonplace task required for many high-power assemblies.

 

EMC measurements in third-party or customer on-site laboratories accompany us in many designs. Circuit changes and optimisations can be immediately undertaken in order to meet stringent emission and susceptibility requirements.

 

Development Tool: PC software for the KMA200 Programmable Angle Sensor. All registers can be easily read or written, with the measured angle being updated periodically. The hardware is connected to the RS232 serial interface.

 

Development Industrial Controller: electronics, multi-layer PCB and firmware (in C): 8-bit microcontroller, CPLD digial logic for quadrature and keypad decoders, 3x analog interpolation devices, several LED display decoders and electromechanical relays.

 

Development Automotive: electronics and multi-layer PCB: 16-bit microcontroller, a high-speed CAN interface, analog temperature sensors, several high-side power switches (>40A) and a DC/DC switch-mode power supply (boost topology).

 

Development Lamp Module:

6 high-powered LEDs mounted on a 1.5mm thick aluminium-based copper PCB for optimised heat dissipation.

 

Development Automotive:

x-by-wire brake: 3-phase BLDC motor power stages, current sensors and bus communication interfaces (LIN, CAN and Flexray).

 

Development Tool: PC software used as a debugging tool. All commands of a product can be transmitted or recevied via the USB or Ethernet interfaces, in order to control/read device features, for example: relays, LEDs, motors, CPU-status, etc.

 

Development Lab-Instrument: electronics and firmware (in C):

32-bit microcontroller, USB, Ethernet and 4x RS-232 interfaces, several digital inputs/outputs, 8x analog inputs (+/-10V) and a front panel display consisting of over 96 LEDs.

 

Development PCB Adaptor: 13x16mm PCB for footprint QFN32 to TSSOP24 due to obsolete IC. Double sided SMD-assembly. An inexpensive and time-saving solution.  

 

Development Lab-Instrument:

electronics and firmware (in C):

32-bit microcontroller, USB, 3x USB-hub and ethernet interfaces, a power module for peltier cooling elements, several memory-card readers and an interface for a motorised valve controller.

 

Development In-Circuit Tester:

an automatic in-circuit functionality tester of 32-bit motorboard assemblies with an ICSP interface to perform firmware downloads into flash memory.

 

Development Prototye: 8-bit PIC microcontroller written 100% in assembly language, a speech recorder IC, DCF77 radio clock and a 1W audio amplifier.

 

Development Tool: PC software for two AD9851 180MHz synthesizers. A DDS quadrature oscillator with programmble frequency and phase registers. The hardware is controlled using the parallel (LPT1) or USB interface.

 

Development Re-design: schematic, PCB-layout changes and testing of a high-powered assembly due to component obsolescene.