Founded in 1990, SYS TEC electronic GmbH specializes in
developing and implementing customer-specific solutions for distributed
automation and embedded communication based on CANopen and Internet
connectivity. The following in-house resources and qualities enable SYS
TEC to provide high-quality, microcontroller-based software and hardware
solutions in response to client needs:
- in-house production line (throughhole and SMD assembly);
- high-qualified staff with dedicated specialists for development and production;
- appropriate and transparent communication with clients through all stages of development;
- adherence to customer delivery requirements and timelines from project specification and design through to OEM implementation;
- turn-key services that can range from design specification and parts
procurement to production and post-sale technical support/product
The SYS TEC CANopen Source Code provides all functions and CANopen services required for implementing CANopen devices that comply with CANopen specification CiA 301, CiA 302 and CiA 304.
This compact controller is suitable as a decentral control and sensor / actor interface for scalable automation tasks based on the CANbus.
This tiny yet highly cost-effective insert-ready Single-board computer is based on the Infineon C164CI 16-bit microcontroller in MQFP-80 packaging.
applications that require a high degree of embedded computing power, the SBC
module ECUcore-5484 combines a fast CPU, a high-performance memory layout and a
variety of communication interfaces. Measuring just 40mm x 70mm, the SBC module
comes with two CAN2.0B interfaces, four UARTs and two 10/100Mbps Fast Ethernet
interfaces. It targets applications that require high-speed data acquisition and
real-time communication, such as PLC applications or Ethernet POWERLINK. The SBC
module ECUcore-5484 comes pre-programmed with Linux-OS.
SYS TEC controls, whether standard module or customer-specific, are characterized by an open system structure. Simply expand the local I/Os with additional CANopen I/O devices.
Developing modern and sophisticated control systems
requires versatile, interdisciplinary know-how. This does not only involve
hardware and application development. In fact, operating system adaptations, the
connection of communication and field- buses as well as data exchange between
processes running in parallel become necessary. By applying the PLCcore-9G20 as
PLC kernel in user-specific controls this development effort can be minimized.
Product Name: Safety CANopen
- System Level Design (ESL)
SYS TEC the complete range of hardware and software developments are done according to the well-proven V-model. The source code for software must be written in a structured and transparent fashion