GW-001, GW-002, 3004006, 3204xxx, 3304xxx, 3404xxx USB-CAN modul Systems Manual

2022-02-28
Unveiled in 1995, the Universal Serial Bus (USB) connectivity standard provides a simple and convenient way to connect various peripheral devices to a host-PC. It will replace a wide variety of serial and parallel connections. The USB standard allows up to 127 devices to be connected to the PC without using multiple connector types, without interrupt conflicts (IRQs), hardware address adjustments (jumpers) or channel changes (DMA). USB provides powerful true hot plug-and-play capability; i.e., dynamic attach and recognition for new devices. It allows the user to work with those devices immediately without restarting the operating system.
The USB-CANmodul takes advantage of this communication standard and provides an easy to use portal from a host-PC to a CAN network. Connecting the USB-CANmodul to the host-PC is simple. The included USB cable supports the two types of USB connectors, type A and type B. The type A plug connects to the host computer or an upstream hub. Type B plug connects downstream to the USB-CANmodul. The USB interface enables data transfer with a rate of up to 12 MBit/s. With a uniform connector for all device types, the system is absolutely user friendly.
Once the USB-CANmodul is connected to the host-PC, the operating system reads the configuration data and automatically loads the device driver. All CAN messages are transferred transparently through the USB Bus. CAN Baud Rates of up to 1 MBit/s are supported. The transmitted and received CAN messages are buffered by the USB-CANmodul. The device supports CAN messages according to CAN 2.0A and 2.0B specifications (11- and 29-Bit identifiers). Connection to the CAN bus meets the CiA Standard DS 102 (DB-9) and features optional optical isolation of the CAN signals.
Drivers for Linux, LabView (contributed), Windows 2000/XP and higher are provided for the USB-CANmodul. The USB configuration tool for Windows enables connectivity and management of more than one device on the USB bus. This USB network is configured using device numbers which are assigned by the user and are stored in an EEPROM. The functions for data exchange with the USB-CAN application are available through a DLL (Dynamic Linked Library). The enclosed demo program shows the easy handling of the DLL API functions.

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GW-001GW-00230040063204xxx3304xxx3404xxx

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22th August 2011

Edition August 2011

L-487e_23

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