Showing results: 1 - 8 of 8 items found.
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ESD Electronic System Design
A key element for system development are flexible CPU boards. For this reason, esd electronics offers CPU boards and modules for a wide range of applications as standalone modules or plug-on boards with a comprehensive support of operating systems. All boards can also be customized according to customer requirements.
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ESD Electronic System Design
The portfolio of esd's gateway familiy contains linking of CAN and CANopen to industrial field bus systems like PROFIBUS-DP, PROFINET and EtherCAT.
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ESD Electronic System Design
esd offers a wide range of compact stand-alone I/O modules for CANopen and EtherCAT. The modules of the CAN-CBX series offer the possibility of easy mounting in the DIN rail due to the InRailBus. All CANopen modules operate according to CANopen profiles in compliance with the CiA® specification CiA 301.
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ESD Electronic System Design
The CAN bus is the standard bus in automotive applications and is quite common in machine building industry. esd offers a wide range of hardware platforms for CAN interfaces. For Windows, Linux and many real-time operating systems drivers with an identical API are available. Free of charge tools facilitate the development, implementation and error detection even in complex CAN networks.
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ESD Electronic System Design
esd is a supplier of networking products for Ethernet-based fieldbus systems. These include network switches and industrial Gigabit Ethernet switches with integrated COM server. All modules are suitable for DIN rail mounting.
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ESD Electronic System Design
PMC and XMC are the quasi standard for mezzanine cards in VME systems. esd's PMC and XMC modules extend your system with a bus interface (CAN, EtherCAT, Ethernet) or an intelligent sub system (e.g. XMC-CPU/2041, PMC-CPU/440). Furthermore esd develops customized PMC and XMC modules. VME systems without PMC slot can be extended with an esd VME-PMC-Caddy or PCIe-XPIMC-Carrier board.
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ESD Electronic System Design
For the comprehensive range of CAN interfaces layer-2 drivers are available for most kinds of operating systems. Perfect portability is provided by means of esd's universal NTCAN-API, which is identical for all operating systems. The usability of higher layer CAN protocols at these operating systems is also ensured, because they are based on this API. The NTCAN-API is included in the scope of delivery of the CAN modules.
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ESD Electronic System Design
EtherCAT® is a very flexible real-time Industrial Ethernet protocol published as IEC 61158 standard. The data exchange follows the 'processing on the fly' principal which means that data is passed by each slave device with just a minimal delay before it is processed. This makes EtherCAT to the ideal solution for Ethernet based industrial control systems with many distributed I/Os and/or cycle times less than 100 µs.
